id	sid	tid	token	lemma	pos
work_v2epug2k6jh73oh3kif4fr6r5q	1	1	Magnetic	magnetic	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	1	2	instabilities	instability	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	1	3	along	along	IN
work_v2epug2k6jh73oh3kif4fr6r5q	1	4	the	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	1	5	superconducting	superconducting	NN
work_v2epug2k6jh73oh3kif4fr6r5q	1	6	phase	phase	NN
work_v2epug2k6jh73oh3kif4fr6r5q	1	7	boundary	boundary	NN
work_v2epug2k6jh73oh3kif4fr6r5q	1	8	of	of	IN
work_v2epug2k6jh73oh3kif4fr6r5q	1	9	Nb	Nb	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	1	10	∕	∕	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	1	11	Ni	Ni	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	1	12	multilayers	multilayer	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	1	13	Amish	Amish	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	1	14	G.	G.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	1	15	Joshi	Joshi	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	1	16	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	1	17	Sergiy	Sergiy	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	1	18	A.	a.	NN
work_v2epug2k6jh73oh3kif4fr6r5q	1	19	Kryukov	Kryukov	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	1	20	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	1	21	Lance	Lance	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	1	22	E.	E.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	1	23	De	De	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	1	24	Long	Long	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	1	25	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	1	26	Elvira	Elvira	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	1	27	M.	M.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	1	28	Gonzalez	Gonzalez	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	1	29	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	1	30	Elena	Elena	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	1	31	Navarro	Navarro	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	1	32	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	1	33	Javier	Javier	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	1	34	E.	E.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	1	35	Villegas	Villegas	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	1	36	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	1	37	and	and	CC
work_v2epug2k6jh73oh3kif4fr6r5q	1	38	Jose	Jose	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	1	39	L.	L.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	1	40	Vicent	Vicent	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	1	41	Citation	Citation	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	1	42	:	:	:
work_v2epug2k6jh73oh3kif4fr6r5q	1	43	Journal	Journal	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	1	44	of	of	IN
work_v2epug2k6jh73oh3kif4fr6r5q	1	45	Applied	Applied	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	1	46	Physics	Physics	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	1	47	101	101	CD
work_v2epug2k6jh73oh3kif4fr6r5q	1	48	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	1	49	09G117	09g117	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	1	50	(	(	-LRB-
work_v2epug2k6jh73oh3kif4fr6r5q	1	51	2007	2007	CD
work_v2epug2k6jh73oh3kif4fr6r5q	1	52	)	)	-RRB-
work_v2epug2k6jh73oh3kif4fr6r5q	1	53	;	;	:
work_v2epug2k6jh73oh3kif4fr6r5q	1	54	doi	doi	XX
work_v2epug2k6jh73oh3kif4fr6r5q	1	55	:	:	:
work_v2epug2k6jh73oh3kif4fr6r5q	1	56	10.1063/1.2714302	10.1063/1.2714302	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	1	57	View	View	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	1	58	online	online	RB
work_v2epug2k6jh73oh3kif4fr6r5q	1	59	:	:	:
work_v2epug2k6jh73oh3kif4fr6r5q	1	60	http://dx.doi.org/10.1063/1.2714302	http://dx.doi.org/10.1063/1.2714302	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	1	61	View	View	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	1	62	Table	table	NN
work_v2epug2k6jh73oh3kif4fr6r5q	1	63	of	of	IN
work_v2epug2k6jh73oh3kif4fr6r5q	1	64	Contents	content	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	1	65	:	:	:
work_v2epug2k6jh73oh3kif4fr6r5q	1	66	http://scitation.aip.org/content/aip/journal/jap/101/9?ver=pdfcov	http://scitation.aip.org/content/aip/journal/jap/101/9?ver=pdfcov	ADD
work_v2epug2k6jh73oh3kif4fr6r5q	1	67	Published	publish	VBN
work_v2epug2k6jh73oh3kif4fr6r5q	1	68	by	by	IN
work_v2epug2k6jh73oh3kif4fr6r5q	1	69	the	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	1	70	AIP	AIP	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	1	71	Publishing	Publishing	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	1	72	Articles	Articles	NNPS
work_v2epug2k6jh73oh3kif4fr6r5q	1	73	you	-PRON-	PRP
work_v2epug2k6jh73oh3kif4fr6r5q	1	74	may	may	MD
work_v2epug2k6jh73oh3kif4fr6r5q	1	75	be	be	VB
work_v2epug2k6jh73oh3kif4fr6r5q	1	76	interested	interested	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	1	77	in	in	IN
work_v2epug2k6jh73oh3kif4fr6r5q	1	78	Probing	probe	VBG
work_v2epug2k6jh73oh3kif4fr6r5q	1	79	the	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	1	80	magnetization	magnetization	NN
work_v2epug2k6jh73oh3kif4fr6r5q	1	81	inside	inside	IN
work_v2epug2k6jh73oh3kif4fr6r5q	1	82	a	a	DT
work_v2epug2k6jh73oh3kif4fr6r5q	1	83	superconducting	superconducting	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	1	84	Nb	Nb	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	1	85	film	film	NN
work_v2epug2k6jh73oh3kif4fr6r5q	1	86	by	by	IN
work_v2epug2k6jh73oh3kif4fr6r5q	1	87	nuclear	nuclear	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	1	88	resonant	resonant	NN
work_v2epug2k6jh73oh3kif4fr6r5q	1	89	scattering	scatter	VBG
work_v2epug2k6jh73oh3kif4fr6r5q	1	90	Appl	Appl	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	1	91	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	2	1	Phys	phys	NN
work_v2epug2k6jh73oh3kif4fr6r5q	2	2	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	3	1	Lett	Lett	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	3	2	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	4	1	99	99	CD
work_v2epug2k6jh73oh3kif4fr6r5q	4	2	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	4	3	092508	092508	CD
work_v2epug2k6jh73oh3kif4fr6r5q	4	4	(	(	-LRB-
work_v2epug2k6jh73oh3kif4fr6r5q	4	5	2011	2011	CD
work_v2epug2k6jh73oh3kif4fr6r5q	4	6	)	)	-RRB-
work_v2epug2k6jh73oh3kif4fr6r5q	4	7	;	;	:
work_v2epug2k6jh73oh3kif4fr6r5q	4	8	10.1063/1.3625941	10.1063/1.3625941	CD
work_v2epug2k6jh73oh3kif4fr6r5q	4	9	Full	full	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	4	10	spin	spin	NN
work_v2epug2k6jh73oh3kif4fr6r5q	4	11	switch	switch	NN
work_v2epug2k6jh73oh3kif4fr6r5q	4	12	effect	effect	NN
work_v2epug2k6jh73oh3kif4fr6r5q	4	13	for	for	IN
work_v2epug2k6jh73oh3kif4fr6r5q	4	14	the	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	4	15	superconducting	superconducting	NN
work_v2epug2k6jh73oh3kif4fr6r5q	4	16	current	current	NN
work_v2epug2k6jh73oh3kif4fr6r5q	4	17	in	in	IN
work_v2epug2k6jh73oh3kif4fr6r5q	4	18	a	a	DT
work_v2epug2k6jh73oh3kif4fr6r5q	4	19	superconductor	superconductor	NN
work_v2epug2k6jh73oh3kif4fr6r5q	4	20	/	/	SYM
work_v2epug2k6jh73oh3kif4fr6r5q	4	21	ferromagnet	ferromagnet	NN
work_v2epug2k6jh73oh3kif4fr6r5q	4	22	thin	thin	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	4	23	film	film	NN
work_v2epug2k6jh73oh3kif4fr6r5q	4	24	heterostructure	heterostructure	NN
work_v2epug2k6jh73oh3kif4fr6r5q	4	25	Appl	Appl	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	4	26	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	5	1	Phys	phys	NN
work_v2epug2k6jh73oh3kif4fr6r5q	5	2	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	6	1	Lett	Lett	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	6	2	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	7	1	97	97	CD
work_v2epug2k6jh73oh3kif4fr6r5q	7	2	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	7	3	102505	102505	CD
work_v2epug2k6jh73oh3kif4fr6r5q	7	4	(	(	-LRB-
work_v2epug2k6jh73oh3kif4fr6r5q	7	5	2010	2010	CD
work_v2epug2k6jh73oh3kif4fr6r5q	7	6	)	)	-RRB-
work_v2epug2k6jh73oh3kif4fr6r5q	7	7	;	;	:
work_v2epug2k6jh73oh3kif4fr6r5q	7	8	10.1063/1.3486687	10.1063/1.3486687	CD
work_v2epug2k6jh73oh3kif4fr6r5q	7	9	Magnetism	magnetism	NN
work_v2epug2k6jh73oh3kif4fr6r5q	7	10	and	and	CC
work_v2epug2k6jh73oh3kif4fr6r5q	7	11	superconductivity	superconductivity	NN
work_v2epug2k6jh73oh3kif4fr6r5q	7	12	in	in	IN
work_v2epug2k6jh73oh3kif4fr6r5q	7	13	the	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	7	14	superconductor	superconductor	NN
work_v2epug2k6jh73oh3kif4fr6r5q	7	15	/	/	SYM
work_v2epug2k6jh73oh3kif4fr6r5q	7	16	quasimagnet	quasimagnet	NN
work_v2epug2k6jh73oh3kif4fr6r5q	7	17	/	/	SYM
work_v2epug2k6jh73oh3kif4fr6r5q	7	18	ferromagnet	ferromagnet	NN
work_v2epug2k6jh73oh3kif4fr6r5q	7	19	Nb	Nb	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	7	20	∕	∕	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	7	21	Pd	pd	UH
work_v2epug2k6jh73oh3kif4fr6r5q	7	22	∕	∕	NN
work_v2epug2k6jh73oh3kif4fr6r5q	7	23	Fe	fe	UH
work_v2epug2k6jh73oh3kif4fr6r5q	7	24	system	system	NN
work_v2epug2k6jh73oh3kif4fr6r5q	7	25	J.	J.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	7	26	Appl	Appl	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	7	27	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	8	1	Phys	phys	NN
work_v2epug2k6jh73oh3kif4fr6r5q	8	2	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	9	1	103	103	CD
work_v2epug2k6jh73oh3kif4fr6r5q	9	2	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	9	3	07C703	07C703	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	9	4	(	(	-LRB-
work_v2epug2k6jh73oh3kif4fr6r5q	9	5	2008	2008	CD
work_v2epug2k6jh73oh3kif4fr6r5q	9	6	)	)	-RRB-
work_v2epug2k6jh73oh3kif4fr6r5q	9	7	;	;	:
work_v2epug2k6jh73oh3kif4fr6r5q	9	8	10.1063/1.2829237	10.1063/1.2829237	CD
work_v2epug2k6jh73oh3kif4fr6r5q	9	9	Fabrication	fabrication	NN
work_v2epug2k6jh73oh3kif4fr6r5q	9	10	and	and	CC
work_v2epug2k6jh73oh3kif4fr6r5q	9	11	physical	physical	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	9	12	properties	property	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	9	13	of	of	IN
work_v2epug2k6jh73oh3kif4fr6r5q	9	14	Pb	Pb	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	9	15	∕	∕	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	9	16	Cu	Cu	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	9	17	multilayered	multilayere	VBD
work_v2epug2k6jh73oh3kif4fr6r5q	9	18	superconducting	superconducting	NN
work_v2epug2k6jh73oh3kif4fr6r5q	9	19	nanowires	nanowire	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	9	20	Appl	Appl	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	9	21	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	10	1	Phys	phys	NN
work_v2epug2k6jh73oh3kif4fr6r5q	10	2	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	11	1	Lett	Lett	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	11	2	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	12	1	86	86	CD
work_v2epug2k6jh73oh3kif4fr6r5q	12	2	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	12	3	152510	152510	CD
work_v2epug2k6jh73oh3kif4fr6r5q	12	4	(	(	-LRB-
work_v2epug2k6jh73oh3kif4fr6r5q	12	5	2005	2005	CD
work_v2epug2k6jh73oh3kif4fr6r5q	12	6	)	)	-RRB-
work_v2epug2k6jh73oh3kif4fr6r5q	12	7	;	;	:
work_v2epug2k6jh73oh3kif4fr6r5q	12	8	10.1063/1.1900953	10.1063/1.1900953	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	12	9	Laser	Laser	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	12	10	switch	switch	VBP
work_v2epug2k6jh73oh3kif4fr6r5q	12	11	for	for	IN
work_v2epug2k6jh73oh3kif4fr6r5q	12	12	stroboscopic	stroboscopic	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	12	13	read	read	NN
work_v2epug2k6jh73oh3kif4fr6r5q	12	14	-	-	HYPH
work_v2epug2k6jh73oh3kif4fr6r5q	12	15	out	out	NN
work_v2epug2k6jh73oh3kif4fr6r5q	12	16	of	of	IN
work_v2epug2k6jh73oh3kif4fr6r5q	12	17	magnetic	magnetic	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	12	18	flux	flux	NN
work_v2epug2k6jh73oh3kif4fr6r5q	12	19	Rev.	Rev.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	13	1	Sci	Sci	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	13	2	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	14	1	Instrum	Instrum	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	14	2	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	15	1	75	75	CD
work_v2epug2k6jh73oh3kif4fr6r5q	15	2	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	15	3	2116	2116	CD
work_v2epug2k6jh73oh3kif4fr6r5q	15	4	(	(	-LRB-
work_v2epug2k6jh73oh3kif4fr6r5q	15	5	2004	2004	CD
work_v2epug2k6jh73oh3kif4fr6r5q	15	6	)	)	-RRB-
work_v2epug2k6jh73oh3kif4fr6r5q	15	7	;	;	:
work_v2epug2k6jh73oh3kif4fr6r5q	15	8	10.1063/1.1755440	10.1063/1.1755440	LS
work_v2epug2k6jh73oh3kif4fr6r5q	15	9	[	[	-LRB-
work_v2epug2k6jh73oh3kif4fr6r5q	15	10	This	this	DT
work_v2epug2k6jh73oh3kif4fr6r5q	15	11	article	article	NN
work_v2epug2k6jh73oh3kif4fr6r5q	15	12	is	be	VBZ
work_v2epug2k6jh73oh3kif4fr6r5q	15	13	copyrighted	copyright	VBN
work_v2epug2k6jh73oh3kif4fr6r5q	15	14	as	as	IN
work_v2epug2k6jh73oh3kif4fr6r5q	15	15	indicated	indicate	VBN
work_v2epug2k6jh73oh3kif4fr6r5q	15	16	in	in	IN
work_v2epug2k6jh73oh3kif4fr6r5q	15	17	the	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	15	18	article	article	NN
work_v2epug2k6jh73oh3kif4fr6r5q	15	19	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	16	1	Reuse	reuse	NN
work_v2epug2k6jh73oh3kif4fr6r5q	16	2	of	of	IN
work_v2epug2k6jh73oh3kif4fr6r5q	16	3	AIP	aip	NN
work_v2epug2k6jh73oh3kif4fr6r5q	16	4	content	content	NN
work_v2epug2k6jh73oh3kif4fr6r5q	16	5	is	be	VBZ
work_v2epug2k6jh73oh3kif4fr6r5q	16	6	subject	subject	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	16	7	to	to	IN
work_v2epug2k6jh73oh3kif4fr6r5q	16	8	the	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	16	9	terms	term	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	16	10	at	at	IN
work_v2epug2k6jh73oh3kif4fr6r5q	16	11	:	:	:
work_v2epug2k6jh73oh3kif4fr6r5q	16	12	http://scitation.aip.org/termsconditions	http://scitation.aip.org/termsconditions	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	16	13	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	17	1	Downloaded	download	VBN
work_v2epug2k6jh73oh3kif4fr6r5q	17	2	to	to	IN
work_v2epug2k6jh73oh3kif4fr6r5q	17	3	]	]	-RRB-
work_v2epug2k6jh73oh3kif4fr6r5q	17	4	IP	IP	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	17	5	:	:	:
work_v2epug2k6jh73oh3kif4fr6r5q	17	6	147.96.14.15	147.96.14.15	LS
work_v2epug2k6jh73oh3kif4fr6r5q	17	7	On	on	IN
work_v2epug2k6jh73oh3kif4fr6r5q	17	8	:	:	:
work_v2epug2k6jh73oh3kif4fr6r5q	17	9	Fri	fri	CD
work_v2epug2k6jh73oh3kif4fr6r5q	17	10	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	17	11	11	11	CD
work_v2epug2k6jh73oh3kif4fr6r5q	17	12	Sep	Sep	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	17	13	2015	2015	CD
work_v2epug2k6jh73oh3kif4fr6r5q	17	14	17:27:27	17:27:27	CD
work_v2epug2k6jh73oh3kif4fr6r5q	17	15	http://scitation.aip.org/content/aip/journal/jap?ver=pdfcov	http://scitation.aip.org/content/aip/journal/jap?ver=pdfcov	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	17	16	http://oasc12039.247realmedia.com/RealMedia/ads/click_lx.ads/www.aip.org/pt/adcenter/pdfcover_test/L-37/83543559/x01/AIP-PT/JAP_ArticleDL_090915/AIP-APL_Photonics_Launch_1640x440_general_PDF_ad.jpg/6c527a6a713149424c326b414477302f?x	http://oasc12039.247realmedia.com/RealMedia/ads/click_lx.ads/www.aip.org/pt/adcenter/pdfcover_test/L-37/83543559/x01/AIP-PT/JAP_ArticleDL_090915/AIP-APL_Photonics_Launch_1640x440_general_PDF_ad.jpg/6c527a6a713149424c326b414477302f?x	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	17	17	http://scitation.aip.org/search?value1=Amish+G.+Joshi&option1=author	http://scitation.aip.org/search?value1=amish+g.+joshi&option1=author	ADD
work_v2epug2k6jh73oh3kif4fr6r5q	17	18	http://scitation.aip.org/search?value1=Sergiy+A.+Kryukov&option1=author	http://scitation.aip.org/search?value1=Sergiy+A.+Kryukov&option1=author	:
work_v2epug2k6jh73oh3kif4fr6r5q	17	19	http://scitation.aip.org/search?value1=Lance+E.+De+Long&option1=author	http://scitation.aip.org/search?value1=lance+e.+de+long&option1=author	NN
work_v2epug2k6jh73oh3kif4fr6r5q	17	20	http://scitation.aip.org/search?value1=Elvira+M.+Gonzalez&option1=author	http://scitation.aip.org/search?value1=elvira+m.+gonzalez&option1=author	CD
work_v2epug2k6jh73oh3kif4fr6r5q	17	21	http://scitation.aip.org/search?value1=Elena+Navarro&option1=author	http://scitation.aip.org/search?value1=elena+navarro&option1=author	CD
work_v2epug2k6jh73oh3kif4fr6r5q	17	22	http://scitation.aip.org/search?value1=Javier+E.+Villegas&option1=author	http://scitation.aip.org/search?value1=Javier+E.+Villegas&option1=author	:
work_v2epug2k6jh73oh3kif4fr6r5q	17	23	http://scitation.aip.org/search?value1=Jose+L.+Vicent&option1=author	http://scitation.aip.org/search?value1=jose+l.+vicent&option1=author	VB
work_v2epug2k6jh73oh3kif4fr6r5q	17	24	http://scitation.aip.org/content/aip/journal/jap?ver=pdfcov	http://scitation.aip.org/content/aip/journal/jap?ver=pdfcov	NN
work_v2epug2k6jh73oh3kif4fr6r5q	17	25	http://dx.doi.org/10.1063/1.2714302	http://dx.doi.org/10.1063/1.2714302	NN
work_v2epug2k6jh73oh3kif4fr6r5q	17	26	http://scitation.aip.org/content/aip/journal/jap/101/9?ver=pdfcov	http://scitation.aip.org/content/aip/journal/jap/101/9?ver=pdfcov	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	17	27	http://scitation.aip.org/content/aip?ver=pdfcov	http://scitation.aip.org/content/aip?ver=pdfcov	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	17	28	http://scitation.aip.org/content/aip/journal/apl/99/9/10.1063/1.3625941?ver=pdfcov	http://scitation.aip.org/content/aip/journal/apl/99/9/10.1063/1.3625941?ver=pdfcov	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	17	29	http://scitation.aip.org/content/aip/journal/apl/97/10/10.1063/1.3486687?ver=pdfcov	http://scitation.aip.org/content/aip/journal/apl/97/10/10.1063/1.3486687?ver=pdfcov	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	17	30	http://scitation.aip.org/content/aip/journal/jap/103/7/10.1063/1.2829237?ver=pdfcov	http://scitation.aip.org/content/aip/journal/jap/103/7/10.1063/1.2829237?ver=pdfcov	NN
work_v2epug2k6jh73oh3kif4fr6r5q	17	31	http://scitation.aip.org/content/aip/journal/apl/86/15/10.1063/1.1900953?ver=pdfcov	http://scitation.aip.org/content/aip/journal/apl/86/15/10.1063/1.1900953?ver=pdfcov	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	17	32	http://scitation.aip.org/content/aip/journal/rsi/75/6/10.1063/1.1755440?ver=pdfcov	http://scitation.aip.org/content/aip/journal/rsi/75/6/10.1063/1.1755440?ver=pdfcov	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	17	33	Magnetic	magnetic	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	17	34	instabilities	instability	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	17	35	along	along	IN
work_v2epug2k6jh73oh3kif4fr6r5q	17	36	the	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	17	37	superconducting	superconducting	NN
work_v2epug2k6jh73oh3kif4fr6r5q	17	38	phase	phase	NN
work_v2epug2k6jh73oh3kif4fr6r5q	17	39	boundary	boundary	NN
work_v2epug2k6jh73oh3kif4fr6r5q	17	40	of	of	IN
work_v2epug2k6jh73oh3kif4fr6r5q	17	41	Nb	Nb	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	17	42	/	/	SYM
work_v2epug2k6jh73oh3kif4fr6r5q	17	43	Ni	Ni	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	17	44	multilayers	multilayer	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	17	45	Amish	Amish	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	17	46	G.	G.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	17	47	Joshi	Joshi	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	17	48	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	17	49	a	a	DT
work_v2epug2k6jh73oh3kif4fr6r5q	17	50	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	17	51	Sergiy	Sergiy	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	17	52	A.	a.	NN
work_v2epug2k6jh73oh3kif4fr6r5q	17	53	Kryukov	Kryukov	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	17	54	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	17	55	and	and	CC
work_v2epug2k6jh73oh3kif4fr6r5q	17	56	Lance	Lance	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	17	57	E.	E.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	17	58	De	De	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	17	59	Longb	Longb	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	17	60	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	17	61	Department	Department	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	17	62	of	of	IN
work_v2epug2k6jh73oh3kif4fr6r5q	17	63	Physics	Physics	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	17	64	and	and	CC
work_v2epug2k6jh73oh3kif4fr6r5q	17	65	Astronomy	Astronomy	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	17	66	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	17	67	University	University	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	17	68	of	of	IN
work_v2epug2k6jh73oh3kif4fr6r5q	17	69	Kentucky	Kentucky	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	17	70	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	17	71	Lexington	Lexington	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	17	72	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	17	73	Kentucky	Kentucky	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	17	74	40506	40506	CD
work_v2epug2k6jh73oh3kif4fr6r5q	17	75	-	-	SYM
work_v2epug2k6jh73oh3kif4fr6r5q	17	76	0055	0055	CD
work_v2epug2k6jh73oh3kif4fr6r5q	17	77	Elvira	Elvira	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	17	78	M.	M.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	17	79	Gonzalez	Gonzalez	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	17	80	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	17	81	Elena	Elena	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	17	82	Navarro	Navarro	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	17	83	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	17	84	Javier	Javier	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	17	85	E.	E.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	17	86	Villegas	Villegas	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	17	87	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	17	88	and	and	CC
work_v2epug2k6jh73oh3kif4fr6r5q	17	89	Jose	Jose	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	17	90	L.	L.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	17	91	Vicent	Vicent	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	17	92	Departamento	Departamento	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	17	93	de	de	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	17	94	Fisica	Fisica	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	17	95	de	de	IN
work_v2epug2k6jh73oh3kif4fr6r5q	17	96	Materiales	Materiales	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	17	97	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	17	98	C.	C.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	17	99	C.	C.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	17	100	Fisicas	Fisicas	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	17	101	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	17	102	Universidad	Universidad	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	17	103	Complutense	Complutense	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	17	104	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	17	105	28040	28040	CD
work_v2epug2k6jh73oh3kif4fr6r5q	17	106	Madrid	Madrid	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	17	107	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	17	108	Spain	Spain	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	17	109	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	17	110	Presented	present	VBN
work_v2epug2k6jh73oh3kif4fr6r5q	17	111	on	on	IN
work_v2epug2k6jh73oh3kif4fr6r5q	17	112	9	9	CD
work_v2epug2k6jh73oh3kif4fr6r5q	17	113	January	January	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	17	114	2007	2007	CD
work_v2epug2k6jh73oh3kif4fr6r5q	17	115	;	;	:
work_v2epug2k6jh73oh3kif4fr6r5q	17	116	received	receive	VBD
work_v2epug2k6jh73oh3kif4fr6r5q	17	117	31	31	CD
work_v2epug2k6jh73oh3kif4fr6r5q	17	118	October	October	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	17	119	2006	2006	CD
work_v2epug2k6jh73oh3kif4fr6r5q	17	120	;	;	:
work_v2epug2k6jh73oh3kif4fr6r5q	17	121	accepted	accept	VBD
work_v2epug2k6jh73oh3kif4fr6r5q	17	122	23	23	CD
work_v2epug2k6jh73oh3kif4fr6r5q	17	123	January	January	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	17	124	2007	2007	CD
work_v2epug2k6jh73oh3kif4fr6r5q	17	125	;	;	:
work_v2epug2k6jh73oh3kif4fr6r5q	17	126	published	publish	VBN
work_v2epug2k6jh73oh3kif4fr6r5q	17	127	online	online	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	17	128	8	8	CD
work_v2epug2k6jh73oh3kif4fr6r5q	17	129	May	May	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	17	130	2007	2007	CD
work_v2epug2k6jh73oh3kif4fr6r5q	17	131	�	�	.
work_v2epug2k6jh73oh3kif4fr6r5q	17	132	We	-PRON-	PRP
work_v2epug2k6jh73oh3kif4fr6r5q	17	133	report	report	VBP
work_v2epug2k6jh73oh3kif4fr6r5q	17	134	vibrating	vibrate	VBG
work_v2epug2k6jh73oh3kif4fr6r5q	17	135	reed	reed	NN
work_v2epug2k6jh73oh3kif4fr6r5q	17	136	and	and	CC
work_v2epug2k6jh73oh3kif4fr6r5q	17	137	superconducting	superconducte	VBG
work_v2epug2k6jh73oh3kif4fr6r5q	17	138	quantum	quantum	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	17	139	interference	interference	NN
work_v2epug2k6jh73oh3kif4fr6r5q	17	140	device	device	NN
work_v2epug2k6jh73oh3kif4fr6r5q	17	141	magnetometer	magnetometer	NN
work_v2epug2k6jh73oh3kif4fr6r5q	17	142	data	datum	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	17	143	that	that	WDT
work_v2epug2k6jh73oh3kif4fr6r5q	17	144	exhibit	exhibit	VBP
work_v2epug2k6jh73oh3kif4fr6r5q	17	145	prominent	prominent	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	17	146	dips	dip	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	17	147	or	or	CC
work_v2epug2k6jh73oh3kif4fr6r5q	17	148	oscillations	oscillation	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	17	149	of	of	IN
work_v2epug2k6jh73oh3kif4fr6r5q	17	150	the	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	17	151	superconducting	superconducting	NN
work_v2epug2k6jh73oh3kif4fr6r5q	17	152	�	�	ADD
work_v2epug2k6jh73oh3kif4fr6r5q	17	153	SC	SC	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	17	154	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	17	155	onset	onset	NN
work_v2epug2k6jh73oh3kif4fr6r5q	17	156	temperature	temperature	NN
work_v2epug2k6jh73oh3kif4fr6r5q	17	157	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	17	158	�	�	.
work_v2epug2k6jh73oh3kif4fr6r5q	17	159	TC	TC	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	17	160	�	�	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	17	161	H	H	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	17	162	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	17	163	�	�	NN
work_v2epug2k6jh73oh3kif4fr6r5q	17	164	0.01	0.01	CD
work_v2epug2k6jh73oh3kif4fr6r5q	17	165	–	–	:
work_v2epug2k6jh73oh3kif4fr6r5q	17	166	0.7	0.7	CD
work_v2epug2k6jh73oh3kif4fr6r5q	17	167	K	k	NN
work_v2epug2k6jh73oh3kif4fr6r5q	17	168	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	17	169	for	for	IN
work_v2epug2k6jh73oh3kif4fr6r5q	17	170	a	a	DT
work_v2epug2k6jh73oh3kif4fr6r5q	17	171	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	17	172	Nb	Nb	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	17	173	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	17	174	23	23	CD
work_v2epug2k6jh73oh3kif4fr6r5q	17	175	nm	nm	CD
work_v2epug2k6jh73oh3kif4fr6r5q	17	176	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	17	177	/	/	,
work_v2epug2k6jh73oh3kif4fr6r5q	17	178	Ni	Ni	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	17	179	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	17	180	5	5	CD
work_v2epug2k6jh73oh3kif4fr6r5q	17	181	nm	nm	CD
work_v2epug2k6jh73oh3kif4fr6r5q	17	182	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	17	183	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	17	184	5	5	CD
work_v2epug2k6jh73oh3kif4fr6r5q	17	185	multilayer	multilayer	NN
work_v2epug2k6jh73oh3kif4fr6r5q	17	186	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	17	187	ML	ML	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	17	188	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	17	189	in	in	IN
work_v2epug2k6jh73oh3kif4fr6r5q	17	190	dc	dc	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	17	191	magnetic	magnetic	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	17	192	fields	field	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	17	193	applied	apply	VBD
work_v2epug2k6jh73oh3kif4fr6r5q	17	194	nearly	nearly	RB
work_v2epug2k6jh73oh3kif4fr6r5q	17	195	parallel	parallel	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	17	196	to	to	IN
work_v2epug2k6jh73oh3kif4fr6r5q	17	197	the	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	17	198	ML	ML	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	17	199	plane	plane	NN
work_v2epug2k6jh73oh3kif4fr6r5q	17	200	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	18	1	The	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	18	2	vibrating	vibrate	VBG
work_v2epug2k6jh73oh3kif4fr6r5q	18	3	reed	reed	NN
work_v2epug2k6jh73oh3kif4fr6r5q	18	4	data	datum	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	18	5	exhibit	exhibit	NN
work_v2epug2k6jh73oh3kif4fr6r5q	18	6	reproducible	reproducible	NN
work_v2epug2k6jh73oh3kif4fr6r5q	18	7	structures	structure	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	18	8	below	below	IN
work_v2epug2k6jh73oh3kif4fr6r5q	18	9	TC	TC	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	18	10	that	that	WDT
work_v2epug2k6jh73oh3kif4fr6r5q	18	11	may	may	MD
work_v2epug2k6jh73oh3kif4fr6r5q	18	12	reflect	reflect	VB
work_v2epug2k6jh73oh3kif4fr6r5q	18	13	multiple	multiple	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	18	14	SC	SC	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	18	15	transitions	transition	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	18	16	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	18	17	but	but	CC
work_v2epug2k6jh73oh3kif4fr6r5q	18	18	they	-PRON-	PRP
work_v2epug2k6jh73oh3kif4fr6r5q	18	19	are	be	VBP
work_v2epug2k6jh73oh3kif4fr6r5q	18	20	sensitive	sensitive	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	18	21	to	to	IN
work_v2epug2k6jh73oh3kif4fr6r5q	18	22	ac	ac	DT
work_v2epug2k6jh73oh3kif4fr6r5q	18	23	field	field	NN
work_v2epug2k6jh73oh3kif4fr6r5q	18	24	amplitude	amplitude	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	18	25	and	and	CC
work_v2epug2k6jh73oh3kif4fr6r5q	18	26	dc	dc	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	18	27	field	field	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	18	28	orientation	orientation	NN
work_v2epug2k6jh73oh3kif4fr6r5q	18	29	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	19	1	This	this	DT
work_v2epug2k6jh73oh3kif4fr6r5q	19	2	striking	striking	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	19	3	behavior	behavior	NN
work_v2epug2k6jh73oh3kif4fr6r5q	19	4	poses	pose	VBZ
work_v2epug2k6jh73oh3kif4fr6r5q	19	5	challenges	challenge	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	19	6	for	for	IN
work_v2epug2k6jh73oh3kif4fr6r5q	19	7	theoretical	theoretical	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	19	8	and	and	CC
work_v2epug2k6jh73oh3kif4fr6r5q	19	9	experimental	experimental	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	19	10	investigations	investigation	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	19	11	of	of	IN
work_v2epug2k6jh73oh3kif4fr6r5q	19	12	interfaces	interface	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	19	13	between	between	IN
work_v2epug2k6jh73oh3kif4fr6r5q	19	14	SC	SC	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	19	15	and	and	CC
work_v2epug2k6jh73oh3kif4fr6r5q	19	16	ferromagnetic	ferromagnetic	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	19	17	layers	layer	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	19	18	that	that	WDT
work_v2epug2k6jh73oh3kif4fr6r5q	19	19	involve	involve	VBP
work_v2epug2k6jh73oh3kif4fr6r5q	19	20	magnetic	magnetic	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	19	21	pair	pair	NN
work_v2epug2k6jh73oh3kif4fr6r5q	19	22	breaking	breaking	NN
work_v2epug2k6jh73oh3kif4fr6r5q	19	23	effects	effect	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	19	24	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	19	25	“	"	``
work_v2epug2k6jh73oh3kif4fr6r5q	19	26	pi	pi	NN
work_v2epug2k6jh73oh3kif4fr6r5q	19	27	phase	phase	NN
work_v2epug2k6jh73oh3kif4fr6r5q	19	28	shifts	shift	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	19	29	”	"	''
work_v2epug2k6jh73oh3kif4fr6r5q	19	30	of	of	IN
work_v2epug2k6jh73oh3kif4fr6r5q	19	31	the	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	19	32	SC	SC	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	19	33	order	order	NN
work_v2epug2k6jh73oh3kif4fr6r5q	19	34	parameter	parameter	NN
work_v2epug2k6jh73oh3kif4fr6r5q	19	35	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	19	36	and	and	CC
work_v2epug2k6jh73oh3kif4fr6r5q	19	37	exotic	exotic	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	19	38	�	�	''
work_v2epug2k6jh73oh3kif4fr6r5q	19	39	“	"	``
work_v2epug2k6jh73oh3kif4fr6r5q	19	40	LOFF	LOFF	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	19	41	”	"	''
work_v2epug2k6jh73oh3kif4fr6r5q	19	42	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	19	43	pairing	pairing	NN
work_v2epug2k6jh73oh3kif4fr6r5q	19	44	states	state	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	19	45	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	20	1	Alternatively	alternatively	RB
work_v2epug2k6jh73oh3kif4fr6r5q	20	2	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	20	3	the	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	20	4	anomalies	anomaly	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	20	5	may	may	MD
work_v2epug2k6jh73oh3kif4fr6r5q	20	6	mark	mark	VB
work_v2epug2k6jh73oh3kif4fr6r5q	20	7	dynamical	dynamical	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	20	8	instabilities	instability	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	20	9	within	within	IN
work_v2epug2k6jh73oh3kif4fr6r5q	20	10	a	a	DT
work_v2epug2k6jh73oh3kif4fr6r5q	20	11	confined	confine	VBN
work_v2epug2k6jh73oh3kif4fr6r5q	20	12	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	20	13	strongly	strongly	RB
work_v2epug2k6jh73oh3kif4fr6r5q	20	14	anisotropic	anisotropic	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	20	15	Abrikosov	Abrikosov	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	20	16	vortex	vortex	NN
work_v2epug2k6jh73oh3kif4fr6r5q	20	17	lattice	lattice	NN
work_v2epug2k6jh73oh3kif4fr6r5q	20	18	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	21	1	©	©	LS
work_v2epug2k6jh73oh3kif4fr6r5q	21	2	2007	2007	CD
work_v2epug2k6jh73oh3kif4fr6r5q	21	3	American	American	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	21	4	Institute	Institute	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	21	5	of	of	IN
work_v2epug2k6jh73oh3kif4fr6r5q	21	6	Physics	Physics	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	21	7	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	22	1	�	�	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	22	2	DOI	doi	NN
work_v2epug2k6jh73oh3kif4fr6r5q	22	3	:	:	:
work_v2epug2k6jh73oh3kif4fr6r5q	22	4	10.1063/1.2714302	10.1063/1.2714302	CD
work_v2epug2k6jh73oh3kif4fr6r5q	22	5	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	22	6	Multilayers	Multilayers	NNPS
work_v2epug2k6jh73oh3kif4fr6r5q	22	7	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	22	8	MLs	ml	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	22	9	�	�	,
work_v2epug2k6jh73oh3kif4fr6r5q	22	10	composed	compose	VBN
work_v2epug2k6jh73oh3kif4fr6r5q	22	11	of	of	IN
work_v2epug2k6jh73oh3kif4fr6r5q	22	12	alternating	alternate	VBG
work_v2epug2k6jh73oh3kif4fr6r5q	22	13	supercon-	supercon-	NN
work_v2epug2k6jh73oh3kif4fr6r5q	22	14	ducting	ducting	IN
work_v2epug2k6jh73oh3kif4fr6r5q	22	15	�	�	ADD
work_v2epug2k6jh73oh3kif4fr6r5q	22	16	SC	SC	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	22	17	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	22	18	and	and	CC
work_v2epug2k6jh73oh3kif4fr6r5q	22	19	ferromagnetic	ferromagnetic	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	22	20	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	22	21	FM	FM	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	22	22	�	�	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	22	23	thin	thin	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	22	24	films	film	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	22	25	exhibit	exhibit	VBP
work_v2epug2k6jh73oh3kif4fr6r5q	22	26	re-	re-	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	22	27	markable	markable	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	22	28	properties	property	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	22	29	related	relate	VBN
work_v2epug2k6jh73oh3kif4fr6r5q	22	30	to	to	IN
work_v2epug2k6jh73oh3kif4fr6r5q	22	31	the	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	22	32	destabilizing	destabilizing	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	22	33	effect	effect	NN
work_v2epug2k6jh73oh3kif4fr6r5q	22	34	of	of	IN
work_v2epug2k6jh73oh3kif4fr6r5q	22	35	magnetic	magnetic	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	22	36	interactions	interaction	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	22	37	on	on	IN
work_v2epug2k6jh73oh3kif4fr6r5q	22	38	SC	SC	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	22	39	pairing.1,2	pairing.1,2	.
work_v2epug2k6jh73oh3kif4fr6r5q	22	40	This	this	DT
work_v2epug2k6jh73oh3kif4fr6r5q	22	41	work	work	NN
work_v2epug2k6jh73oh3kif4fr6r5q	22	42	was	be	VBD
work_v2epug2k6jh73oh3kif4fr6r5q	22	43	moti-	moti-	XX
work_v2epug2k6jh73oh3kif4fr6r5q	22	44	vated	vate	VBN
work_v2epug2k6jh73oh3kif4fr6r5q	22	45	by	by	IN
work_v2epug2k6jh73oh3kif4fr6r5q	22	46	evidence	evidence	NN
work_v2epug2k6jh73oh3kif4fr6r5q	22	47	of	of	IN
work_v2epug2k6jh73oh3kif4fr6r5q	22	48	oscillations	oscillation	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	22	49	of	of	IN
work_v2epug2k6jh73oh3kif4fr6r5q	22	50	TC	TC	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	22	51	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	22	52	y	y	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	22	53	�	�	NN
work_v2epug2k6jh73oh3kif4fr6r5q	22	54	of	of	IN
work_v2epug2k6jh73oh3kif4fr6r5q	22	55	order	order	NN
work_v2epug2k6jh73oh3kif4fr6r5q	22	56	of	of	IN
work_v2epug2k6jh73oh3kif4fr6r5q	22	57	0.1	0.1	CD
work_v2epug2k6jh73oh3kif4fr6r5q	22	58	K	k	NN
work_v2epug2k6jh73oh3kif4fr6r5q	22	59	for	for	IN
work_v2epug2k6jh73oh3kif4fr6r5q	22	60	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	22	61	Nb	Nb	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	22	62	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	22	63	23	23	CD
work_v2epug2k6jh73oh3kif4fr6r5q	22	64	nm	nm	CD
work_v2epug2k6jh73oh3kif4fr6r5q	22	65	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	22	66	/	/	,
work_v2epug2k6jh73oh3kif4fr6r5q	22	67	Ni	Ni	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	22	68	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	22	69	y	y	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	22	70	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	22	71	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	22	72	5	5	CD
work_v2epug2k6jh73oh3kif4fr6r5q	22	73	ML	ML	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	22	74	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	22	75	Nb	Nb	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	22	76	layer	layer	NN
work_v2epug2k6jh73oh3kif4fr6r5q	22	77	thickness	thickness	NN
work_v2epug2k6jh73oh3kif4fr6r5q	22	78	x	x	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	22	79	=	=	SYM
work_v2epug2k6jh73oh3kif4fr6r5q	22	80	23	23	CD
work_v2epug2k6jh73oh3kif4fr6r5q	22	81	nm	nm	CD
work_v2epug2k6jh73oh3kif4fr6r5q	22	82	and	and	CC
work_v2epug2k6jh73oh3kif4fr6r5q	22	83	Ni	Ni	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	22	84	layer	layer	NN
work_v2epug2k6jh73oh3kif4fr6r5q	22	85	thickness	thickness	NN
work_v2epug2k6jh73oh3kif4fr6r5q	22	86	2.5	2.5	CD
work_v2epug2k6jh73oh3kif4fr6r5q	22	87	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	22	88	y	y	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	22	89	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	22	90	6.0	6.0	CD
work_v2epug2k6jh73oh3kif4fr6r5q	22	91	nm	nm	CD
work_v2epug2k6jh73oh3kif4fr6r5q	22	92	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	22	93	.3,4	.3,4	.
work_v2epug2k6jh73oh3kif4fr6r5q	22	94	Similar	similar	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	22	95	non-	non-	NN
work_v2epug2k6jh73oh3kif4fr6r5q	22	96	monotonic	monotonic	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	22	97	decreases	decrease	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	22	98	of	of	IN
work_v2epug2k6jh73oh3kif4fr6r5q	22	99	TC	TC	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	22	100	with	with	IN
work_v2epug2k6jh73oh3kif4fr6r5q	22	101	FM	FM	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	22	102	layer	layer	NN
work_v2epug2k6jh73oh3kif4fr6r5q	22	103	thickness	thickness	NN
work_v2epug2k6jh73oh3kif4fr6r5q	22	104	have	have	VBP
work_v2epug2k6jh73oh3kif4fr6r5q	22	105	been	be	VBN
work_v2epug2k6jh73oh3kif4fr6r5q	22	106	observed	observe	VBN
work_v2epug2k6jh73oh3kif4fr6r5q	22	107	in	in	IN
work_v2epug2k6jh73oh3kif4fr6r5q	22	108	other	other	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	22	109	SC	SC	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	22	110	/	/	SYM
work_v2epug2k6jh73oh3kif4fr6r5q	22	111	FM	FM	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	22	112	bilayer	bilayer	NN
work_v2epug2k6jh73oh3kif4fr6r5q	22	113	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	22	114	trilayer	trilayer	NN
work_v2epug2k6jh73oh3kif4fr6r5q	22	115	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	22	116	and	and	CC
work_v2epug2k6jh73oh3kif4fr6r5q	22	117	ML	ML	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	22	118	sys-	sys-	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	22	119	tems	tem	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	22	120	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	22	121	and	and	CC
work_v2epug2k6jh73oh3kif4fr6r5q	22	122	attributed	attribute	VBN
work_v2epug2k6jh73oh3kif4fr6r5q	22	123	to	to	IN
work_v2epug2k6jh73oh3kif4fr6r5q	22	124	a	a	DT
work_v2epug2k6jh73oh3kif4fr6r5q	22	125	magnetic	magnetic	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	22	126	exchange	exchange	NN
work_v2epug2k6jh73oh3kif4fr6r5q	22	127	coupling	couple	VBG
work_v2epug2k6jh73oh3kif4fr6r5q	22	128	be-	be-	XX
work_v2epug2k6jh73oh3kif4fr6r5q	22	129	tween	tween	NN
work_v2epug2k6jh73oh3kif4fr6r5q	22	130	FM	FM	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	22	131	layers	layer	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	22	132	that	that	WDT
work_v2epug2k6jh73oh3kif4fr6r5q	22	133	oscillates	oscillate	VBZ
work_v2epug2k6jh73oh3kif4fr6r5q	22	134	in	in	IN
work_v2epug2k6jh73oh3kif4fr6r5q	22	135	magnitude	magnitude	NN
work_v2epug2k6jh73oh3kif4fr6r5q	22	136	and	and	CC
work_v2epug2k6jh73oh3kif4fr6r5q	22	137	sign	sign	NN
work_v2epug2k6jh73oh3kif4fr6r5q	22	138	as	as	IN
work_v2epug2k6jh73oh3kif4fr6r5q	22	139	a	a	DT
work_v2epug2k6jh73oh3kif4fr6r5q	22	140	function	function	NN
work_v2epug2k6jh73oh3kif4fr6r5q	22	141	of	of	IN
work_v2epug2k6jh73oh3kif4fr6r5q	22	142	the	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	22	143	FM	FM	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	22	144	layer	layer	NN
work_v2epug2k6jh73oh3kif4fr6r5q	22	145	thickness.1,5–8	thickness.1,5–8	IN
work_v2epug2k6jh73oh3kif4fr6r5q	22	146	The	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	22	147	SC	SC	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	22	148	proximity	proximity	NN
work_v2epug2k6jh73oh3kif4fr6r5q	22	149	effect	effect	NN
work_v2epug2k6jh73oh3kif4fr6r5q	22	150	and	and	CC
work_v2epug2k6jh73oh3kif4fr6r5q	22	151	magnetic	magnetic	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	22	152	pair	pair	NN
work_v2epug2k6jh73oh3kif4fr6r5q	22	153	breaking	break	VBG
work_v2epug2k6jh73oh3kif4fr6r5q	22	154	interactions	interaction	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	22	155	within	within	IN
work_v2epug2k6jh73oh3kif4fr6r5q	22	156	the	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	22	157	Ni	Ni	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	22	158	layers	layer	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	22	159	alter	alter	VBP
work_v2epug2k6jh73oh3kif4fr6r5q	22	160	the	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	22	161	magnitude	magnitude	NN
work_v2epug2k6jh73oh3kif4fr6r5q	22	162	and	and	CC
work_v2epug2k6jh73oh3kif4fr6r5q	22	163	phase	phase	NN
work_v2epug2k6jh73oh3kif4fr6r5q	22	164	of	of	IN
work_v2epug2k6jh73oh3kif4fr6r5q	22	165	the	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	22	166	complex	complex	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	22	167	SC	SC	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	22	168	or-	or-	XX
work_v2epug2k6jh73oh3kif4fr6r5q	22	169	der	der	XX
work_v2epug2k6jh73oh3kif4fr6r5q	22	170	parameter	parameter	NN
work_v2epug2k6jh73oh3kif4fr6r5q	22	171	that	that	WDT
work_v2epug2k6jh73oh3kif4fr6r5q	22	172	determines	determine	VBZ
work_v2epug2k6jh73oh3kif4fr6r5q	22	173	the	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	22	174	stability	stability	NN
work_v2epug2k6jh73oh3kif4fr6r5q	22	175	of	of	IN
work_v2epug2k6jh73oh3kif4fr6r5q	22	176	the	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	22	177	SC	SC	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	22	178	state	state	NN
work_v2epug2k6jh73oh3kif4fr6r5q	22	179	of	of	IN
work_v2epug2k6jh73oh3kif4fr6r5q	22	180	the	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	22	181	ML	ML	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	22	182	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	22	183	and	and	CC
work_v2epug2k6jh73oh3kif4fr6r5q	22	184	may	may	MD
work_v2epug2k6jh73oh3kif4fr6r5q	22	185	even	even	RB
work_v2epug2k6jh73oh3kif4fr6r5q	22	186	induce	induce	VB
work_v2epug2k6jh73oh3kif4fr6r5q	22	187	“	"	``
work_v2epug2k6jh73oh3kif4fr6r5q	22	188	pi	pi	NN
work_v2epug2k6jh73oh3kif4fr6r5q	22	189	phase	phase	NN
work_v2epug2k6jh73oh3kif4fr6r5q	22	190	shifts	shift	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	22	191	”	"	''
work_v2epug2k6jh73oh3kif4fr6r5q	22	192	that	that	WDT
work_v2epug2k6jh73oh3kif4fr6r5q	22	193	can	can	MD
work_v2epug2k6jh73oh3kif4fr6r5q	22	194	completely	completely	RB
work_v2epug2k6jh73oh3kif4fr6r5q	22	195	suppress	suppress	VB
work_v2epug2k6jh73oh3kif4fr6r5q	22	196	superconductivity.8	superconductivity.8	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	22	197	A	a	DT
work_v2epug2k6jh73oh3kif4fr6r5q	22	198	recent	recent	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	22	199	letter9	letter9	NN
work_v2epug2k6jh73oh3kif4fr6r5q	22	200	has	have	VBZ
work_v2epug2k6jh73oh3kif4fr6r5q	22	201	reported	report	VBN
work_v2epug2k6jh73oh3kif4fr6r5q	22	202	the	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	22	203	resistively	resistively	RB
work_v2epug2k6jh73oh3kif4fr6r5q	22	204	measured	measure	VBN
work_v2epug2k6jh73oh3kif4fr6r5q	22	205	TC	TC	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	22	206	of	of	IN
work_v2epug2k6jh73oh3kif4fr6r5q	22	207	Ni	Ni	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	22	208	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	22	209	7	7	CD
work_v2epug2k6jh73oh3kif4fr6r5q	22	210	nm	nm	CD
work_v2epug2k6jh73oh3kif4fr6r5q	22	211	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	22	212	/	/	SYM
work_v2epug2k6jh73oh3kif4fr6r5q	22	213	Nb	Nb	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	22	214	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	22	215	x	x	SYM
work_v2epug2k6jh73oh3kif4fr6r5q	22	216	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	22	217	/	/	,
work_v2epug2k6jh73oh3kif4fr6r5q	22	218	Ni	Ni	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	22	219	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	22	220	7	7	CD
work_v2epug2k6jh73oh3kif4fr6r5q	22	221	nm	nm	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	22	222	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	22	223	trilayers	trilayer	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	22	224	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	22	225	16	16	CD
work_v2epug2k6jh73oh3kif4fr6r5q	22	226	nm	nm	CD
work_v2epug2k6jh73oh3kif4fr6r5q	22	227	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	22	228	x	x	SYM
work_v2epug2k6jh73oh3kif4fr6r5q	22	229	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	22	230	52	52	CD
work_v2epug2k6jh73oh3kif4fr6r5q	22	231	nm	nm	CD
work_v2epug2k6jh73oh3kif4fr6r5q	22	232	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	22	233	as	as	IN
work_v2epug2k6jh73oh3kif4fr6r5q	22	234	a	a	DT
work_v2epug2k6jh73oh3kif4fr6r5q	22	235	function	function	NN
work_v2epug2k6jh73oh3kif4fr6r5q	22	236	of	of	IN
work_v2epug2k6jh73oh3kif4fr6r5q	22	237	applied	applied	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	22	238	magnetic	magnetic	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	22	239	field	field	NN
work_v2epug2k6jh73oh3kif4fr6r5q	22	240	that	that	WDT
work_v2epug2k6jh73oh3kif4fr6r5q	22	241	controls	control	VBZ
work_v2epug2k6jh73oh3kif4fr6r5q	22	242	the	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	22	243	relative	relative	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	22	244	orientation	orientation	NN
work_v2epug2k6jh73oh3kif4fr6r5q	22	245	of	of	IN
work_v2epug2k6jh73oh3kif4fr6r5q	22	246	the	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	22	247	magnetizations	magnetization	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	22	248	of	of	IN
work_v2epug2k6jh73oh3kif4fr6r5q	22	249	the	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	22	250	two	two	CD
work_v2epug2k6jh73oh3kif4fr6r5q	22	251	Ni	Ni	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	22	252	lay-	lay-	NN
work_v2epug2k6jh73oh3kif4fr6r5q	22	253	ers	er	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	22	254	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	23	1	Although	although	IN
work_v2epug2k6jh73oh3kif4fr6r5q	23	2	very	very	RB
work_v2epug2k6jh73oh3kif4fr6r5q	23	3	small	small	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	23	4	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	23	5	the	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	23	6	observed	observe	VBN
work_v2epug2k6jh73oh3kif4fr6r5q	23	7	shifts	shift	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	23	8	�	�	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	23	9	2	2	CD
work_v2epug2k6jh73oh3kif4fr6r5q	23	10	�	�	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	23	11	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	23	12	TC	TC	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	23	13	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	23	14	41	41	CD
work_v2epug2k6jh73oh3kif4fr6r5q	23	15	mK	mk	NN
work_v2epug2k6jh73oh3kif4fr6r5q	23	16	�	�	NN
work_v2epug2k6jh73oh3kif4fr6r5q	23	17	between	between	IN
work_v2epug2k6jh73oh3kif4fr6r5q	23	18	parallel	parallel	NN
work_v2epug2k6jh73oh3kif4fr6r5q	23	19	and	and	CC
work_v2epug2k6jh73oh3kif4fr6r5q	23	20	antiparallel	antiparallel	VB
work_v2epug2k6jh73oh3kif4fr6r5q	23	21	Ni	Ni	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	23	22	layer	layer	NN
work_v2epug2k6jh73oh3kif4fr6r5q	23	23	orienta-	orienta-	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	23	24	tions	tion	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	23	25	were	be	VBD
work_v2epug2k6jh73oh3kif4fr6r5q	23	26	ten	ten	CD
work_v2epug2k6jh73oh3kif4fr6r5q	23	27	times	time	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	23	28	larger	large	JJR
work_v2epug2k6jh73oh3kif4fr6r5q	23	29	than	than	IN
work_v2epug2k6jh73oh3kif4fr6r5q	23	30	predicted	predict	VBN
work_v2epug2k6jh73oh3kif4fr6r5q	23	31	by	by	IN
work_v2epug2k6jh73oh3kif4fr6r5q	23	32	existing	exist	VBG
work_v2epug2k6jh73oh3kif4fr6r5q	23	33	theo-	theo-	NN
work_v2epug2k6jh73oh3kif4fr6r5q	23	34	ries	rie	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	23	35	for	for	IN
work_v2epug2k6jh73oh3kif4fr6r5q	23	36	FM	FM	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	23	37	/	/	SYM
work_v2epug2k6jh73oh3kif4fr6r5q	23	38	SC	SC	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	23	39	/	/	SYM
work_v2epug2k6jh73oh3kif4fr6r5q	23	40	FM	FM	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	23	41	trilayers	trilayer	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	23	42	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	23	43	using	use	VBG
work_v2epug2k6jh73oh3kif4fr6r5q	23	44	measured	measure	VBN
work_v2epug2k6jh73oh3kif4fr6r5q	23	45	normal	normal	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	23	46	state	state	NN
work_v2epug2k6jh73oh3kif4fr6r5q	23	47	parameters.10	parameters.10	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	23	48	We	-PRON-	PRP
work_v2epug2k6jh73oh3kif4fr6r5q	23	49	wish	wish	VBP
work_v2epug2k6jh73oh3kif4fr6r5q	23	50	to	to	TO
work_v2epug2k6jh73oh3kif4fr6r5q	23	51	point	point	VB
work_v2epug2k6jh73oh3kif4fr6r5q	23	52	out	out	RP
work_v2epug2k6jh73oh3kif4fr6r5q	23	53	that	that	IN
work_v2epug2k6jh73oh3kif4fr6r5q	23	54	interpreting	interpret	VBG
work_v2epug2k6jh73oh3kif4fr6r5q	23	55	such	such	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	23	56	shifts	shift	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	23	57	�	�	:
work_v2epug2k6jh73oh3kif4fr6r5q	23	58	TC	TC	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	23	59	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	23	60	10	10	CD
work_v2epug2k6jh73oh3kif4fr6r5q	23	61	mK	mk	NN
work_v2epug2k6jh73oh3kif4fr6r5q	23	62	is	be	VBZ
work_v2epug2k6jh73oh3kif4fr6r5q	23	63	problematic	problematic	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	23	64	because	because	IN
work_v2epug2k6jh73oh3kif4fr6r5q	23	65	the	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	23	66	experimental	experimental	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	23	67	definition	definition	NN
work_v2epug2k6jh73oh3kif4fr6r5q	23	68	of	of	IN
work_v2epug2k6jh73oh3kif4fr6r5q	23	69	TC	TC	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	23	70	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	23	71	H	H	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	23	72	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	23	73	is	be	VBZ
work_v2epug2k6jh73oh3kif4fr6r5q	23	74	not	not	RB
work_v2epug2k6jh73oh3kif4fr6r5q	23	75	precise	precise	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	23	76	in	in	IN
work_v2epug2k6jh73oh3kif4fr6r5q	23	77	applied	applied	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	23	78	magnetic	magnetic	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	23	79	fields	field	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	23	80	that	that	WDT
work_v2epug2k6jh73oh3kif4fr6r5q	23	81	couple	couple	NN
work_v2epug2k6jh73oh3kif4fr6r5q	23	82	the	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	23	83	equilibrium	equilibrium	NN
work_v2epug2k6jh73oh3kif4fr6r5q	23	84	of	of	IN
work_v2epug2k6jh73oh3kif4fr6r5q	23	85	the	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	23	86	SC	SC	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	23	87	state	state	NN
work_v2epug2k6jh73oh3kif4fr6r5q	23	88	to	to	IN
work_v2epug2k6jh73oh3kif4fr6r5q	23	89	the	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	23	90	weak	weak	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	23	91	stability	stability	NN
work_v2epug2k6jh73oh3kif4fr6r5q	23	92	of	of	IN
work_v2epug2k6jh73oh3kif4fr6r5q	23	93	the	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	23	94	Abrikosov	Abrikosov	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	23	95	vortex	vortex	NN
work_v2epug2k6jh73oh3kif4fr6r5q	23	96	lattice	lattice	NN
work_v2epug2k6jh73oh3kif4fr6r5q	23	97	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	24	1	Indeed	indeed	RB
work_v2epug2k6jh73oh3kif4fr6r5q	24	2	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	24	3	modest	modest	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	24	4	probe	probe	NN
work_v2epug2k6jh73oh3kif4fr6r5q	24	5	currents	current	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	24	6	can	can	MD
work_v2epug2k6jh73oh3kif4fr6r5q	24	7	initiate	initiate	VB
work_v2epug2k6jh73oh3kif4fr6r5q	24	8	dissipative	dissipative	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	24	9	motion	motion	NN
work_v2epug2k6jh73oh3kif4fr6r5q	24	10	or	or	CC
work_v2epug2k6jh73oh3kif4fr6r5q	24	11	nonlinear	nonlinear	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	24	12	dynamics	dynamic	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	24	13	of	of	IN
work_v2epug2k6jh73oh3kif4fr6r5q	24	14	vortices11,12	vortices11,12	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	24	15	in	in	IN
work_v2epug2k6jh73oh3kif4fr6r5q	24	16	materials	material	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	24	17	with	with	IN
work_v2epug2k6jh73oh3kif4fr6r5q	24	18	few	few	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	24	19	defects	defect	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	24	20	to	to	TO
work_v2epug2k6jh73oh3kif4fr6r5q	24	21	“	"	``
work_v2epug2k6jh73oh3kif4fr6r5q	24	22	pin	pin	VB
work_v2epug2k6jh73oh3kif4fr6r5q	24	23	”	"	''
work_v2epug2k6jh73oh3kif4fr6r5q	24	24	them	-PRON-	PRP
work_v2epug2k6jh73oh3kif4fr6r5q	24	25	against	against	IN
work_v2epug2k6jh73oh3kif4fr6r5q	24	26	Lorentz	Lorentz	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	24	27	forces	force	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	24	28	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	25	1	Consequently	consequently	RB
work_v2epug2k6jh73oh3kif4fr6r5q	25	2	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	25	3	resistive	resistive	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	25	4	determina-	determina-	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	25	5	tions	tion	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	25	6	of	of	IN
work_v2epug2k6jh73oh3kif4fr6r5q	25	7	TC	TC	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	25	8	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	25	9	H	H	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	25	10	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	25	11	require	require	VBP
work_v2epug2k6jh73oh3kif4fr6r5q	25	12	an	an	DT
work_v2epug2k6jh73oh3kif4fr6r5q	25	13	arbitrary	arbitrary	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	25	14	“	"	``
work_v2epug2k6jh73oh3kif4fr6r5q	25	15	voltage	voltage	NN
work_v2epug2k6jh73oh3kif4fr6r5q	25	16	criterion	criterion	NN
work_v2epug2k6jh73oh3kif4fr6r5q	25	17	”	"	''
work_v2epug2k6jh73oh3kif4fr6r5q	25	18	that	that	WDT
work_v2epug2k6jh73oh3kif4fr6r5q	25	19	defines	define	VBZ
work_v2epug2k6jh73oh3kif4fr6r5q	25	20	when	when	WRB
work_v2epug2k6jh73oh3kif4fr6r5q	25	21	dissipation	dissipation	NN
work_v2epug2k6jh73oh3kif4fr6r5q	25	22	due	due	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	25	23	to	to	IN
work_v2epug2k6jh73oh3kif4fr6r5q	25	24	vortex	vortex	NN
work_v2epug2k6jh73oh3kif4fr6r5q	25	25	motion	motion	NN
work_v2epug2k6jh73oh3kif4fr6r5q	25	26	under	under	IN
work_v2epug2k6jh73oh3kif4fr6r5q	25	27	the	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	25	28	ap-	ap-	NN
work_v2epug2k6jh73oh3kif4fr6r5q	25	29	plied	ply	VBD
work_v2epug2k6jh73oh3kif4fr6r5q	25	30	current	current	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	25	31	drive	drive	NN
work_v2epug2k6jh73oh3kif4fr6r5q	25	32	has	have	VBZ
work_v2epug2k6jh73oh3kif4fr6r5q	25	33	dropped	drop	VBN
work_v2epug2k6jh73oh3kif4fr6r5q	25	34	to	to	IN
work_v2epug2k6jh73oh3kif4fr6r5q	25	35	negligible	negligible	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	25	36	levels.9	levels.9	JJS
work_v2epug2k6jh73oh3kif4fr6r5q	25	37	The	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	25	38	temperature	temperature	NN
work_v2epug2k6jh73oh3kif4fr6r5q	25	39	interval	interval	NN
work_v2epug2k6jh73oh3kif4fr6r5q	25	40	between	between	IN
work_v2epug2k6jh73oh3kif4fr6r5q	25	41	the	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	25	42	initial	initial	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	25	43	decrease	decrease	NN
work_v2epug2k6jh73oh3kif4fr6r5q	25	44	of	of	IN
work_v2epug2k6jh73oh3kif4fr6r5q	25	45	resis-	resis-	NN
work_v2epug2k6jh73oh3kif4fr6r5q	25	46	tance	tance	NN
work_v2epug2k6jh73oh3kif4fr6r5q	25	47	and	and	CC
work_v2epug2k6jh73oh3kif4fr6r5q	25	48	apparent	apparent	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	25	49	TC	TC	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	25	50	defined	define	VBN
work_v2epug2k6jh73oh3kif4fr6r5q	25	51	by	by	IN
work_v2epug2k6jh73oh3kif4fr6r5q	25	52	the	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	25	53	voltage	voltage	NN
work_v2epug2k6jh73oh3kif4fr6r5q	25	54	criterion	criterion	NN
work_v2epug2k6jh73oh3kif4fr6r5q	25	55	can	can	MD
work_v2epug2k6jh73oh3kif4fr6r5q	25	56	be	be	VB
work_v2epug2k6jh73oh3kif4fr6r5q	25	57	substantial	substantial	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	25	58	and	and	CC
work_v2epug2k6jh73oh3kif4fr6r5q	25	59	very	very	RB
work_v2epug2k6jh73oh3kif4fr6r5q	25	60	sensitive	sensitive	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	25	61	to	to	IN
work_v2epug2k6jh73oh3kif4fr6r5q	25	62	the	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	25	63	probe	probe	NN
work_v2epug2k6jh73oh3kif4fr6r5q	25	64	current	current	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	25	65	amplitude,13	amplitude,13	NN
work_v2epug2k6jh73oh3kif4fr6r5q	25	66	and	and	CC
work_v2epug2k6jh73oh3kif4fr6r5q	25	67	inferred	infer	VBD
work_v2epug2k6jh73oh3kif4fr6r5q	25	68	TC	TC	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	25	69	’s	’s	''
work_v2epug2k6jh73oh3kif4fr6r5q	25	70	do	do	VBP
work_v2epug2k6jh73oh3kif4fr6r5q	25	71	not	not	RB
work_v2epug2k6jh73oh3kif4fr6r5q	25	72	necessarily	necessarily	RB
work_v2epug2k6jh73oh3kif4fr6r5q	25	73	reflect	reflect	VB
work_v2epug2k6jh73oh3kif4fr6r5q	25	74	the	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	25	75	equilibrium	equilibrium	NN
work_v2epug2k6jh73oh3kif4fr6r5q	25	76	phase	phase	NN
work_v2epug2k6jh73oh3kif4fr6r5q	25	77	boundary	boundary	NN
work_v2epug2k6jh73oh3kif4fr6r5q	25	78	between	between	IN
work_v2epug2k6jh73oh3kif4fr6r5q	25	79	normal	normal	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	25	80	and	and	CC
work_v2epug2k6jh73oh3kif4fr6r5q	25	81	SC	SC	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	25	82	states	state	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	25	83	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	26	1	On	on	IN
work_v2epug2k6jh73oh3kif4fr6r5q	26	2	the	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	26	3	other	other	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	26	4	hand	hand	NN
work_v2epug2k6jh73oh3kif4fr6r5q	26	5	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	26	6	shifts	shift	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	26	7	of	of	IN
work_v2epug2k6jh73oh3kif4fr6r5q	26	8	order	order	NN
work_v2epug2k6jh73oh3kif4fr6r5q	26	9	10	10	CD
work_v2epug2k6jh73oh3kif4fr6r5q	26	10	mK	mK	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	26	11	are	be	VBP
work_v2epug2k6jh73oh3kif4fr6r5q	26	12	known	know	VBN
work_v2epug2k6jh73oh3kif4fr6r5q	26	13	to	to	TO
work_v2epug2k6jh73oh3kif4fr6r5q	26	14	result	result	VB
work_v2epug2k6jh73oh3kif4fr6r5q	26	15	from	from	IN
work_v2epug2k6jh73oh3kif4fr6r5q	26	16	confinement	confinement	NN
work_v2epug2k6jh73oh3kif4fr6r5q	26	17	of	of	IN
work_v2epug2k6jh73oh3kif4fr6r5q	26	18	supercurrents	supercurrent	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	26	19	and	and	CC
work_v2epug2k6jh73oh3kif4fr6r5q	26	20	quantized	quantize	VBD
work_v2epug2k6jh73oh3kif4fr6r5q	26	21	mag-	mag-	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	26	22	netic	netic	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	26	23	flux	flux	NN
work_v2epug2k6jh73oh3kif4fr6r5q	26	24	by	by	IN
work_v2epug2k6jh73oh3kif4fr6r5q	26	25	mesoscopic	mesoscopic	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	26	26	boundaries	boundary	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	26	27	such	such	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	26	28	as	as	IN
work_v2epug2k6jh73oh3kif4fr6r5q	26	29	thin	thin	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	26	30	-	-	HYPH
work_v2epug2k6jh73oh3kif4fr6r5q	26	31	film	film	NN
work_v2epug2k6jh73oh3kif4fr6r5q	26	32	cross	cross	NN
work_v2epug2k6jh73oh3kif4fr6r5q	26	33	sections4,14	sections4,14	CD
work_v2epug2k6jh73oh3kif4fr6r5q	26	34	or	or	CC
work_v2epug2k6jh73oh3kif4fr6r5q	26	35	submicron	submicron	NN
work_v2epug2k6jh73oh3kif4fr6r5q	26	36	holes	hole	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	26	37	lithographically	lithographically	RB
work_v2epug2k6jh73oh3kif4fr6r5q	26	38	patterned	pattern	VBN
work_v2epug2k6jh73oh3kif4fr6r5q	26	39	in	in	IN
work_v2epug2k6jh73oh3kif4fr6r5q	26	40	SC	SC	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	26	41	films.11,15	films.11,15	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	26	42	In	in	IN
work_v2epug2k6jh73oh3kif4fr6r5q	26	43	these	these	DT
work_v2epug2k6jh73oh3kif4fr6r5q	26	44	cases	case	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	26	45	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	26	46	the	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	26	47	TC	TC	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	26	48	shifts	shift	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	26	49	reflect	reflect	VBP
work_v2epug2k6jh73oh3kif4fr6r5q	26	50	an	an	DT
work_v2epug2k6jh73oh3kif4fr6r5q	26	51	equilib-	equilib-	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	26	52	rium	rium	NN
work_v2epug2k6jh73oh3kif4fr6r5q	26	53	phase	phase	NN
work_v2epug2k6jh73oh3kif4fr6r5q	26	54	boundary	boundary	NN
work_v2epug2k6jh73oh3kif4fr6r5q	26	55	when	when	WRB
work_v2epug2k6jh73oh3kif4fr6r5q	26	56	carefully	carefully	RB
work_v2epug2k6jh73oh3kif4fr6r5q	26	57	measured	measure	VBN
work_v2epug2k6jh73oh3kif4fr6r5q	26	58	at	at	IN
work_v2epug2k6jh73oh3kif4fr6r5q	26	59	“	"	``
work_v2epug2k6jh73oh3kif4fr6r5q	26	60	vanish-	vanish-	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	26	61	ing	ing	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	26	62	”	"	''
work_v2epug2k6jh73oh3kif4fr6r5q	26	63	drive	drive	NN
work_v2epug2k6jh73oh3kif4fr6r5q	26	64	current.15,16	current.15,16	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	26	65	Magnetometry	Magnetometry	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	26	66	techniques	technique	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	26	67	offer	offer	VBP
work_v2epug2k6jh73oh3kif4fr6r5q	26	68	alternative	alternative	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	26	69	definitions	definition	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	26	70	of	of	IN
work_v2epug2k6jh73oh3kif4fr6r5q	26	71	the	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	26	72	SC	SC	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	26	73	onset	onset	NN
work_v2epug2k6jh73oh3kif4fr6r5q	26	74	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	26	75	such	such	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	26	76	as	as	IN
work_v2epug2k6jh73oh3kif4fr6r5q	26	77	an	an	DT
work_v2epug2k6jh73oh3kif4fr6r5q	26	78	initial	initial	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	26	79	diamagnetic	diamagnetic	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	26	80	change	change	NN
work_v2epug2k6jh73oh3kif4fr6r5q	26	81	of	of	IN
work_v2epug2k6jh73oh3kif4fr6r5q	26	82	the	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	26	83	real	real	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	26	84	part	part	NN
work_v2epug2k6jh73oh3kif4fr6r5q	26	85	�	�	VBN
work_v2epug2k6jh73oh3kif4fr6r5q	26	86	m	m	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	26	87	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	26	88	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	26	89	or	or	CC
work_v2epug2k6jh73oh3kif4fr6r5q	26	90	an	an	DT
work_v2epug2k6jh73oh3kif4fr6r5q	26	91	abrupt	abrupt	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	26	92	increase	increase	NN
work_v2epug2k6jh73oh3kif4fr6r5q	26	93	in	in	IN
work_v2epug2k6jh73oh3kif4fr6r5q	26	94	the	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	26	95	dissipative	dissipative	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	26	96	imagi-	imagi-	NN
work_v2epug2k6jh73oh3kif4fr6r5q	26	97	nary	nary	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	26	98	part	part	NN
work_v2epug2k6jh73oh3kif4fr6r5q	26	99	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	26	100	m	m	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	26	101	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	26	102	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	26	103	of	of	IN
work_v2epug2k6jh73oh3kif4fr6r5q	26	104	the	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	26	105	ac	ac	RB
work_v2epug2k6jh73oh3kif4fr6r5q	26	106	magnetic	magnetic	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	26	107	moment	moment	NN
work_v2epug2k6jh73oh3kif4fr6r5q	26	108	in	in	IN
work_v2epug2k6jh73oh3kif4fr6r5q	26	109	field	field	NN
work_v2epug2k6jh73oh3kif4fr6r5q	26	110	-	-	HYPH
work_v2epug2k6jh73oh3kif4fr6r5q	26	111	cooling	cool	VBG
work_v2epug2k6jh73oh3kif4fr6r5q	26	112	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	26	113	FC	FC	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	26	114	�	�	,
work_v2epug2k6jh73oh3kif4fr6r5q	26	115	experiments.11	experiments.11	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	26	116	Vibrating	vibrate	VBG
work_v2epug2k6jh73oh3kif4fr6r5q	26	117	reed	reed	NN
work_v2epug2k6jh73oh3kif4fr6r5q	26	118	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	26	119	VR	VR	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	26	120	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	26	121	magnetometry	magnetometry	NN
work_v2epug2k6jh73oh3kif4fr6r5q	26	122	is	be	VBZ
work_v2epug2k6jh73oh3kif4fr6r5q	26	123	particularly	particularly	RB
work_v2epug2k6jh73oh3kif4fr6r5q	26	124	well	well	RB
work_v2epug2k6jh73oh3kif4fr6r5q	26	125	suited	suited	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	26	126	for	for	IN
work_v2epug2k6jh73oh3kif4fr6r5q	26	127	measurements	measurement	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	26	128	of	of	IN
work_v2epug2k6jh73oh3kif4fr6r5q	26	129	thin	thin	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	26	130	-	-	HYPH
work_v2epug2k6jh73oh3kif4fr6r5q	26	131	film	film	NN
work_v2epug2k6jh73oh3kif4fr6r5q	26	132	or	or	CC
work_v2epug2k6jh73oh3kif4fr6r5q	26	133	an-	an-	CC
work_v2epug2k6jh73oh3kif4fr6r5q	26	134	isotropic	isotropic	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	26	135	samples17	samples17	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	26	136	and	and	CC
work_v2epug2k6jh73oh3kif4fr6r5q	26	137	is	be	VBZ
work_v2epug2k6jh73oh3kif4fr6r5q	26	138	essentially	essentially	RB
work_v2epug2k6jh73oh3kif4fr6r5q	26	139	a	a	DT
work_v2epug2k6jh73oh3kif4fr6r5q	26	140	transverse	transverse	NN
work_v2epug2k6jh73oh3kif4fr6r5q	26	141	ac	ac	NN
work_v2epug2k6jh73oh3kif4fr6r5q	26	142	suscep-	suscep-	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	26	143	tibility	tibility	NN
work_v2epug2k6jh73oh3kif4fr6r5q	26	144	technique	technique	NN
work_v2epug2k6jh73oh3kif4fr6r5q	26	145	that	that	WDT
work_v2epug2k6jh73oh3kif4fr6r5q	26	146	employs	employ	VBZ
work_v2epug2k6jh73oh3kif4fr6r5q	26	147	very	very	RB
work_v2epug2k6jh73oh3kif4fr6r5q	26	148	low	low	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	26	149	ac	ac	IN
work_v2epug2k6jh73oh3kif4fr6r5q	26	150	fields	field	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	26	151	generated	generate	VBN
work_v2epug2k6jh73oh3kif4fr6r5q	26	152	perpendicular	perpendicular	IN
work_v2epug2k6jh73oh3kif4fr6r5q	26	153	to	to	IN
work_v2epug2k6jh73oh3kif4fr6r5q	26	154	the	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	26	155	dc	dc	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	26	156	applied	apply	VBD
work_v2epug2k6jh73oh3kif4fr6r5q	26	157	field.18,19	field.18,19	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	26	158	The	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	26	159	high	high	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	26	160	sensitivity	sensitivity	NN
work_v2epug2k6jh73oh3kif4fr6r5q	26	161	of	of	IN
work_v2epug2k6jh73oh3kif4fr6r5q	26	162	the	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	26	163	VR	vr	NN
work_v2epug2k6jh73oh3kif4fr6r5q	26	164	to	to	IN
work_v2epug2k6jh73oh3kif4fr6r5q	26	165	the	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	26	166	entire	entire	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	26	167	sample	sample	NN
work_v2epug2k6jh73oh3kif4fr6r5q	26	168	bulk	bulk	NN
work_v2epug2k6jh73oh3kif4fr6r5q	26	169	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	26	170	which	which	WDT
work_v2epug2k6jh73oh3kif4fr6r5q	26	171	is	be	VBZ
work_v2epug2k6jh73oh3kif4fr6r5q	26	172	not	not	RB
work_v2epug2k6jh73oh3kif4fr6r5q	26	173	necessarily	necessarily	RB
work_v2epug2k6jh73oh3kif4fr6r5q	26	174	the	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	26	175	case	case	NN
work_v2epug2k6jh73oh3kif4fr6r5q	26	176	with	with	IN
work_v2epug2k6jh73oh3kif4fr6r5q	26	177	resistivity	resistivity	NN
work_v2epug2k6jh73oh3kif4fr6r5q	26	178	measurements	measurement	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	26	179	�	�	.
work_v2epug2k6jh73oh3kif4fr6r5q	26	180	at	at	IN
work_v2epug2k6jh73oh3kif4fr6r5q	26	181	relatively	relatively	RB
work_v2epug2k6jh73oh3kif4fr6r5q	26	182	low	low	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	26	183	ac	ac	IN
work_v2epug2k6jh73oh3kif4fr6r5q	26	184	drives	drive	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	26	185	has	have	VBZ
work_v2epug2k6jh73oh3kif4fr6r5q	26	186	been	be	VBN
work_v2epug2k6jh73oh3kif4fr6r5q	26	187	exploited	exploit	VBN
work_v2epug2k6jh73oh3kif4fr6r5q	26	188	to	to	TO
work_v2epug2k6jh73oh3kif4fr6r5q	26	189	detect	detect	VB
work_v2epug2k6jh73oh3kif4fr6r5q	26	190	subtle	subtle	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	26	191	transitions	transition	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	26	192	between	between	IN
work_v2epug2k6jh73oh3kif4fr6r5q	26	193	equilibrium	equilibrium	NN
work_v2epug2k6jh73oh3kif4fr6r5q	26	194	vortex	vortex	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	26	195	lattice	lattice	NN
work_v2epug2k6jh73oh3kif4fr6r5q	26	196	phases	phase	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	26	197	in	in	IN
work_v2epug2k6jh73oh3kif4fr6r5q	26	198	bulk	bulk	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	26	199	FM	FM	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	26	200	super-	super-	NN
work_v2epug2k6jh73oh3kif4fr6r5q	26	201	conductors17	conductors17	NN
work_v2epug2k6jh73oh3kif4fr6r5q	26	202	and	and	CC
work_v2epug2k6jh73oh3kif4fr6r5q	26	203	the	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	26	204	onsets	onset	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	26	205	of	of	IN
work_v2epug2k6jh73oh3kif4fr6r5q	26	206	plastic	plastic	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	26	207	deformation	deformation	NN
work_v2epug2k6jh73oh3kif4fr6r5q	26	208	and	and	CC
work_v2epug2k6jh73oh3kif4fr6r5q	26	209	flow	flow	NN
work_v2epug2k6jh73oh3kif4fr6r5q	26	210	of	of	IN
work_v2epug2k6jh73oh3kif4fr6r5q	26	211	the	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	26	212	vortex	vortex	NN
work_v2epug2k6jh73oh3kif4fr6r5q	26	213	lattice.12	lattice.12	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	26	214	a	a	DT
work_v2epug2k6jh73oh3kif4fr6r5q	26	215	�	�	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	26	216	Present	present	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	26	217	address	address	NN
work_v2epug2k6jh73oh3kif4fr6r5q	26	218	:	:	:
work_v2epug2k6jh73oh3kif4fr6r5q	26	219	National	National	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	26	220	Physical	Physical	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	26	221	Laboratory	Laboratory	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	26	222	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	26	223	Dr.	Dr.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	26	224	K.	K.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	26	225	S.	S.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	26	226	Krishnan	Krishnan	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	26	227	Road	Road	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	26	228	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	26	229	New	New	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	26	230	Delhi	Delhi	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	26	231	110	110	CD
work_v2epug2k6jh73oh3kif4fr6r5q	26	232	012	012	CD
work_v2epug2k6jh73oh3kif4fr6r5q	26	233	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	26	234	India	India	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	26	235	b	b	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	26	236	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	26	237	Author	author	NN
work_v2epug2k6jh73oh3kif4fr6r5q	26	238	to	to	TO
work_v2epug2k6jh73oh3kif4fr6r5q	26	239	whom	whom	WP
work_v2epug2k6jh73oh3kif4fr6r5q	26	240	correspondence	correspondence	NN
work_v2epug2k6jh73oh3kif4fr6r5q	26	241	should	should	MD
work_v2epug2k6jh73oh3kif4fr6r5q	26	242	be	be	VB
work_v2epug2k6jh73oh3kif4fr6r5q	26	243	addressed	address	VBN
work_v2epug2k6jh73oh3kif4fr6r5q	26	244	;	;	,
work_v2epug2k6jh73oh3kif4fr6r5q	26	245	electronic	electronic	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	26	246	mail	mail	NN
work_v2epug2k6jh73oh3kif4fr6r5q	26	247	:	:	:
work_v2epug2k6jh73oh3kif4fr6r5q	26	248	delong@pa.uky.edu	delong@pa.uky.edu	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	26	249	JOURNAL	JOURNAL	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	26	250	OF	of	IN
work_v2epug2k6jh73oh3kif4fr6r5q	26	251	APPLIED	APPLIED	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	26	252	PHYSICS	PHYSICS	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	26	253	101	101	CD
work_v2epug2k6jh73oh3kif4fr6r5q	26	254	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	26	255	09G117	09g117	DT
work_v2epug2k6jh73oh3kif4fr6r5q	26	256	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	26	257	2007	2007	CD
work_v2epug2k6jh73oh3kif4fr6r5q	26	258	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	26	259	0021	0021	CD
work_v2epug2k6jh73oh3kif4fr6r5q	26	260	-	-	HYPH
work_v2epug2k6jh73oh3kif4fr6r5q	26	261	8979/2007/101	8979/2007/101	CD
work_v2epug2k6jh73oh3kif4fr6r5q	26	262	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	26	263	9	9	CD
work_v2epug2k6jh73oh3kif4fr6r5q	26	264	�	�	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	26	265	/09G117/3/$23.00	/09G117/3/$23.00	.
work_v2epug2k6jh73oh3kif4fr6r5q	26	266	©	©	LS
work_v2epug2k6jh73oh3kif4fr6r5q	26	267	2007	2007	CD
work_v2epug2k6jh73oh3kif4fr6r5q	26	268	American	American	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	26	269	Institute	Institute	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	26	270	of	of	IN
work_v2epug2k6jh73oh3kif4fr6r5q	26	271	Physics101	Physics101	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	26	272	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	26	273	09G117	09g117	NN
work_v2epug2k6jh73oh3kif4fr6r5q	26	274	-	-	HYPH
work_v2epug2k6jh73oh3kif4fr6r5q	26	275	1	1	CD
work_v2epug2k6jh73oh3kif4fr6r5q	26	276	[	[	-LRB-
work_v2epug2k6jh73oh3kif4fr6r5q	26	277	This	this	DT
work_v2epug2k6jh73oh3kif4fr6r5q	26	278	article	article	NN
work_v2epug2k6jh73oh3kif4fr6r5q	26	279	is	be	VBZ
work_v2epug2k6jh73oh3kif4fr6r5q	26	280	copyrighted	copyright	VBN
work_v2epug2k6jh73oh3kif4fr6r5q	26	281	as	as	IN
work_v2epug2k6jh73oh3kif4fr6r5q	26	282	indicated	indicate	VBN
work_v2epug2k6jh73oh3kif4fr6r5q	26	283	in	in	IN
work_v2epug2k6jh73oh3kif4fr6r5q	26	284	the	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	26	285	article	article	NN
work_v2epug2k6jh73oh3kif4fr6r5q	26	286	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	27	1	Reuse	reuse	NN
work_v2epug2k6jh73oh3kif4fr6r5q	27	2	of	of	IN
work_v2epug2k6jh73oh3kif4fr6r5q	27	3	AIP	aip	NN
work_v2epug2k6jh73oh3kif4fr6r5q	27	4	content	content	NN
work_v2epug2k6jh73oh3kif4fr6r5q	27	5	is	be	VBZ
work_v2epug2k6jh73oh3kif4fr6r5q	27	6	subject	subject	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	27	7	to	to	IN
work_v2epug2k6jh73oh3kif4fr6r5q	27	8	the	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	27	9	terms	term	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	27	10	at	at	IN
work_v2epug2k6jh73oh3kif4fr6r5q	27	11	:	:	:
work_v2epug2k6jh73oh3kif4fr6r5q	27	12	http://scitation.aip.org/termsconditions	http://scitation.aip.org/termsconditions	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	27	13	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	28	1	Downloaded	download	VBN
work_v2epug2k6jh73oh3kif4fr6r5q	28	2	to	to	IN
work_v2epug2k6jh73oh3kif4fr6r5q	28	3	]	]	-RRB-
work_v2epug2k6jh73oh3kif4fr6r5q	28	4	IP	IP	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	28	5	:	:	:
work_v2epug2k6jh73oh3kif4fr6r5q	28	6	147.96.14.15	147.96.14.15	LS
work_v2epug2k6jh73oh3kif4fr6r5q	28	7	On	on	IN
work_v2epug2k6jh73oh3kif4fr6r5q	28	8	:	:	:
work_v2epug2k6jh73oh3kif4fr6r5q	28	9	Fri	fri	CD
work_v2epug2k6jh73oh3kif4fr6r5q	28	10	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	28	11	11	11	CD
work_v2epug2k6jh73oh3kif4fr6r5q	28	12	Sep	Sep	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	28	13	2015	2015	CD
work_v2epug2k6jh73oh3kif4fr6r5q	28	14	17:27:27	17:27:27	CD
work_v2epug2k6jh73oh3kif4fr6r5q	28	15	http://dx.doi.org/10.1063/1.2714302	http://dx.doi.org/10.1063/1.2714302	NN
work_v2epug2k6jh73oh3kif4fr6r5q	28	16	http://dx.doi.org/10.1063/1.2714302	http://dx.doi.org/10.1063/1.2714302	NN
work_v2epug2k6jh73oh3kif4fr6r5q	28	17	http://dx.doi.org/10.1063/1.2714302	http://dx.doi.org/10.1063/1.2714302	PDT
work_v2epug2k6jh73oh3kif4fr6r5q	28	18	The	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	28	19	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	28	20	Nb	Nb	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	28	21	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	28	22	23	23	CD
work_v2epug2k6jh73oh3kif4fr6r5q	28	23	nm	nm	CD
work_v2epug2k6jh73oh3kif4fr6r5q	28	24	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	28	25	/	/	,
work_v2epug2k6jh73oh3kif4fr6r5q	28	26	Ni	Ni	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	28	27	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	28	28	5	5	CD
work_v2epug2k6jh73oh3kif4fr6r5q	28	29	nm	nm	CD
work_v2epug2k6jh73oh3kif4fr6r5q	28	30	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	28	31	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	28	32	5	5	CD
work_v2epug2k6jh73oh3kif4fr6r5q	28	33	ML	ML	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	28	34	was	be	VBD
work_v2epug2k6jh73oh3kif4fr6r5q	28	35	fabricated	fabricate	VBN
work_v2epug2k6jh73oh3kif4fr6r5q	28	36	by	by	IN
work_v2epug2k6jh73oh3kif4fr6r5q	28	37	dc	dc	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	28	38	magnetron	magnetron	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	28	39	sputtering	sputter	VBG
work_v2epug2k6jh73oh3kif4fr6r5q	28	40	on	on	IN
work_v2epug2k6jh73oh3kif4fr6r5q	28	41	a	a	DT
work_v2epug2k6jh73oh3kif4fr6r5q	28	42	Si	Si	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	28	43	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	28	44	100	100	CD
work_v2epug2k6jh73oh3kif4fr6r5q	28	45	�	�	NN
work_v2epug2k6jh73oh3kif4fr6r5q	28	46	substrate	substrate	NN
work_v2epug2k6jh73oh3kif4fr6r5q	28	47	and	and	CC
work_v2epug2k6jh73oh3kif4fr6r5q	28	48	exhibited	exhibit	VBN
work_v2epug2k6jh73oh3kif4fr6r5q	28	49	textured	texture	VBN
work_v2epug2k6jh73oh3kif4fr6r5q	28	50	growth	growth	NN
work_v2epug2k6jh73oh3kif4fr6r5q	28	51	of	of	IN
work_v2epug2k6jh73oh3kif4fr6r5q	28	52	Nb	Nb	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	28	53	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	28	54	110	110	CD
work_v2epug2k6jh73oh3kif4fr6r5q	28	55	�	�	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	28	56	and	and	CC
work_v2epug2k6jh73oh3kif4fr6r5q	28	57	Ni	Ni	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	28	58	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	28	59	111	111	CD
work_v2epug2k6jh73oh3kif4fr6r5q	28	60	�	�	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	28	61	layers3,4	layers3,4	CD
work_v2epug2k6jh73oh3kif4fr6r5q	28	62	with	with	IN
work_v2epug2k6jh73oh3kif4fr6r5q	28	63	only	only	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	28	64	small	small	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	28	65	Nb	Nb	NNPS
work_v2epug2k6jh73oh3kif4fr6r5q	28	66	–	–	:
work_v2epug2k6jh73oh3kif4fr6r5q	28	67	Ni	Ni	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	28	68	interdiffusion	interdiffusion	NN
work_v2epug2k6jh73oh3kif4fr6r5q	28	69	and	and	CC
work_v2epug2k6jh73oh3kif4fr6r5q	28	70	interface	interface	NN
work_v2epug2k6jh73oh3kif4fr6r5q	28	71	roughness	roughness	NN
work_v2epug2k6jh73oh3kif4fr6r5q	28	72	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	29	1	In	in	IN
work_v2epug2k6jh73oh3kif4fr6r5q	29	2	order	order	NN
work_v2epug2k6jh73oh3kif4fr6r5q	29	3	to	to	TO
work_v2epug2k6jh73oh3kif4fr6r5q	29	4	carry	carry	VB
work_v2epug2k6jh73oh3kif4fr6r5q	29	5	out	out	RP
work_v2epug2k6jh73oh3kif4fr6r5q	29	6	vibrating	vibrate	VBG
work_v2epug2k6jh73oh3kif4fr6r5q	29	7	reed	reed	NN
work_v2epug2k6jh73oh3kif4fr6r5q	29	8	experiments	experiment	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	29	9	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	29	10	a	a	DT
work_v2epug2k6jh73oh3kif4fr6r5q	29	11	sample	sample	NN
work_v2epug2k6jh73oh3kif4fr6r5q	29	12	ML	ML	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	29	13	was	be	VBD
work_v2epug2k6jh73oh3kif4fr6r5q	29	14	glued	glue	VBN
work_v2epug2k6jh73oh3kif4fr6r5q	29	15	onto	onto	IN
work_v2epug2k6jh73oh3kif4fr6r5q	29	16	one	one	CD
work_v2epug2k6jh73oh3kif4fr6r5q	29	17	end	end	NN
work_v2epug2k6jh73oh3kif4fr6r5q	29	18	of	of	IN
work_v2epug2k6jh73oh3kif4fr6r5q	29	19	a	a	DT
work_v2epug2k6jh73oh3kif4fr6r5q	29	20	rectangular	rectangular	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	29	21	reed	reed	NN
work_v2epug2k6jh73oh3kif4fr6r5q	29	22	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	29	23	2.5	2.5	CD
work_v2epug2k6jh73oh3kif4fr6r5q	29	24	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	29	25	7	7	CD
work_v2epug2k6jh73oh3kif4fr6r5q	29	26	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	29	27	0.05	0.05	CD
work_v2epug2k6jh73oh3kif4fr6r5q	29	28	mm3	mm3	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	29	29	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	29	30	cut	cut	VBN
work_v2epug2k6jh73oh3kif4fr6r5q	29	31	from	from	IN
work_v2epug2k6jh73oh3kif4fr6r5q	29	32	a	a	DT
work_v2epug2k6jh73oh3kif4fr6r5q	29	33	Si	Si	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	29	34	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	29	35	100	100	CD
work_v2epug2k6jh73oh3kif4fr6r5q	29	36	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	29	37	wafer	wafer	NN
work_v2epug2k6jh73oh3kif4fr6r5q	29	38	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	29	39	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	29	40	the	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	29	41	opposite	opposite	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	29	42	end	end	NN
work_v2epug2k6jh73oh3kif4fr6r5q	29	43	of	of	IN
work_v2epug2k6jh73oh3kif4fr6r5q	29	44	which	which	WDT
work_v2epug2k6jh73oh3kif4fr6r5q	29	45	was	be	VBD
work_v2epug2k6jh73oh3kif4fr6r5q	29	46	mounted	mount	VBN
work_v2epug2k6jh73oh3kif4fr6r5q	29	47	onto	onto	IN
work_v2epug2k6jh73oh3kif4fr6r5q	29	48	one	one	CD
work_v2epug2k6jh73oh3kif4fr6r5q	29	49	side	side	NN
work_v2epug2k6jh73oh3kif4fr6r5q	29	50	of	of	IN
work_v2epug2k6jh73oh3kif4fr6r5q	29	51	a	a	DT
work_v2epug2k6jh73oh3kif4fr6r5q	29	52	piezoelectric	piezoelectric	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	29	53	transducer	transducer	NN
work_v2epug2k6jh73oh3kif4fr6r5q	29	54	to	to	TO
work_v2epug2k6jh73oh3kif4fr6r5q	29	55	form	form	VB
work_v2epug2k6jh73oh3kif4fr6r5q	29	56	a	a	DT
work_v2epug2k6jh73oh3kif4fr6r5q	29	57	cantilever	cantilever	NN
work_v2epug2k6jh73oh3kif4fr6r5q	29	58	beam	beam	NN
work_v2epug2k6jh73oh3kif4fr6r5q	29	59	arrangement.17	arrangement.17	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	29	60	The	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	29	61	transducer	transducer	NN
work_v2epug2k6jh73oh3kif4fr6r5q	29	62	was	be	VBD
work_v2epug2k6jh73oh3kif4fr6r5q	29	63	driven	drive	VBN
work_v2epug2k6jh73oh3kif4fr6r5q	29	64	by	by	IN
work_v2epug2k6jh73oh3kif4fr6r5q	29	65	a	a	DT
work_v2epug2k6jh73oh3kif4fr6r5q	29	66	synthesizer	synthesizer	NN
work_v2epug2k6jh73oh3kif4fr6r5q	29	67	tuned	tune	VBN
work_v2epug2k6jh73oh3kif4fr6r5q	29	68	to	to	IN
work_v2epug2k6jh73oh3kif4fr6r5q	29	69	the	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	29	70	funda-	funda-	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	29	71	mental	mental	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	29	72	cantilever	cantilever	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	29	73	mode	mode	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	29	74	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	29	75	frequency	frequency	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	29	76	f	f	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	29	77	=	=	SYM
work_v2epug2k6jh73oh3kif4fr6r5q	29	78	650	650	CD
work_v2epug2k6jh73oh3kif4fr6r5q	29	79	–	–	:
work_v2epug2k6jh73oh3kif4fr6r5q	29	80	865	865	CD
work_v2epug2k6jh73oh3kif4fr6r5q	29	81	Hz	Hz	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	29	82	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	29	83	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	29	84	and	and	CC
work_v2epug2k6jh73oh3kif4fr6r5q	29	85	the	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	29	86	reed	reed	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	29	87	amplitude	amplitude	NN
work_v2epug2k6jh73oh3kif4fr6r5q	29	88	was	be	VBD
work_v2epug2k6jh73oh3kif4fr6r5q	29	89	detected	detect	VBN
work_v2epug2k6jh73oh3kif4fr6r5q	29	90	capacitively	capacitively	RB
work_v2epug2k6jh73oh3kif4fr6r5q	29	91	using	use	VBG
work_v2epug2k6jh73oh3kif4fr6r5q	29	92	a	a	DT
work_v2epug2k6jh73oh3kif4fr6r5q	29	93	resonant	resonant	NN
work_v2epug2k6jh73oh3kif4fr6r5q	29	94	rf	rf	NN
work_v2epug2k6jh73oh3kif4fr6r5q	29	95	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	29	96	327	327	CD
work_v2epug2k6jh73oh3kif4fr6r5q	29	97	MHz	MHz	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	29	98	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	29	99	cavity	cavity	NN
work_v2epug2k6jh73oh3kif4fr6r5q	29	100	technique.17,20	technique.17,20	CD
work_v2epug2k6jh73oh3kif4fr6r5q	29	101	The	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	29	102	Si	Si	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	29	103	reed	reed	NN
work_v2epug2k6jh73oh3kif4fr6r5q	29	104	was	be	VBD
work_v2epug2k6jh73oh3kif4fr6r5q	29	105	oriented	orient	VBN
work_v2epug2k6jh73oh3kif4fr6r5q	29	106	with	with	IN
work_v2epug2k6jh73oh3kif4fr6r5q	29	107	its	-PRON-	PRP$
work_v2epug2k6jh73oh3kif4fr6r5q	29	108	long	long	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	29	109	dimension	dimension	NN
work_v2epug2k6jh73oh3kif4fr6r5q	29	110	and	and	CC
work_v2epug2k6jh73oh3kif4fr6r5q	29	111	the	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	29	112	ML	ML	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	29	113	plane	plane	NN
work_v2epug2k6jh73oh3kif4fr6r5q	29	114	parallel	parallel	NN
work_v2epug2k6jh73oh3kif4fr6r5q	29	115	to	to	IN
work_v2epug2k6jh73oh3kif4fr6r5q	29	116	the	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	29	117	dc	dc	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	29	118	magnetic	magnetic	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	29	119	field	field	NN
work_v2epug2k6jh73oh3kif4fr6r5q	29	120	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	29	121	which	which	WDT
work_v2epug2k6jh73oh3kif4fr6r5q	29	122	results	result	VBZ
work_v2epug2k6jh73oh3kif4fr6r5q	29	123	in	in	IN
work_v2epug2k6jh73oh3kif4fr6r5q	29	124	a	a	DT
work_v2epug2k6jh73oh3kif4fr6r5q	29	125	transverse	transverse	NN
work_v2epug2k6jh73oh3kif4fr6r5q	29	126	ac	ac	NN
work_v2epug2k6jh73oh3kif4fr6r5q	29	127	field	field	NN
work_v2epug2k6jh73oh3kif4fr6r5q	29	128	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	29	129	viewed	view	VBN
work_v2epug2k6jh73oh3kif4fr6r5q	29	130	in	in	IN
work_v2epug2k6jh73oh3kif4fr6r5q	29	131	the	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	29	132	moving	move	VBG
work_v2epug2k6jh73oh3kif4fr6r5q	29	133	VR	vr	NN
work_v2epug2k6jh73oh3kif4fr6r5q	29	134	frame	frame	NN
work_v2epug2k6jh73oh3kif4fr6r5q	29	135	�	�	,
work_v2epug2k6jh73oh3kif4fr6r5q	29	136	oriented	orient	VBN
work_v2epug2k6jh73oh3kif4fr6r5q	29	137	perpendicular	perpendicular	NN
work_v2epug2k6jh73oh3kif4fr6r5q	29	138	to	to	IN
work_v2epug2k6jh73oh3kif4fr6r5q	29	139	the	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	29	140	ap-	ap-	NN
work_v2epug2k6jh73oh3kif4fr6r5q	29	141	plied	ply	VBD
work_v2epug2k6jh73oh3kif4fr6r5q	29	142	dc	dc	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	29	143	field.18,19	field.18,19	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	29	144	Shifts	Shifts	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	29	145	of	of	IN
work_v2epug2k6jh73oh3kif4fr6r5q	29	146	the	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	29	147	VR	vr	NN
work_v2epug2k6jh73oh3kif4fr6r5q	29	148	frequency	frequency	NN
work_v2epug2k6jh73oh3kif4fr6r5q	29	149	f	f	NN
work_v2epug2k6jh73oh3kif4fr6r5q	29	150	�	�	NN
work_v2epug2k6jh73oh3kif4fr6r5q	29	151	comparable	comparable	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	29	152	to	to	IN
work_v2epug2k6jh73oh3kif4fr6r5q	29	153	transverse	transverse	VB
work_v2epug2k6jh73oh3kif4fr6r5q	29	154	m	m	LS
work_v2epug2k6jh73oh3kif4fr6r5q	29	155	�	�	,
work_v2epug2k6jh73oh3kif4fr6r5q	29	156	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	29	157	measure	measure	VB
work_v2epug2k6jh73oh3kif4fr6r5q	29	158	a	a	DT
work_v2epug2k6jh73oh3kif4fr6r5q	29	159	magnetic	magnetic	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	29	160	restoring	restoring	NN
work_v2epug2k6jh73oh3kif4fr6r5q	29	161	torque	torque	NN
work_v2epug2k6jh73oh3kif4fr6r5q	29	162	ex-	ex-	RB
work_v2epug2k6jh73oh3kif4fr6r5q	29	163	erted	erte	VBD
work_v2epug2k6jh73oh3kif4fr6r5q	29	164	on	on	IN
work_v2epug2k6jh73oh3kif4fr6r5q	29	165	supercurrents	supercurrent	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	29	166	that	that	WDT
work_v2epug2k6jh73oh3kif4fr6r5q	29	167	screen	screen	VBP
work_v2epug2k6jh73oh3kif4fr6r5q	29	168	the	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	29	169	ac	ac	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	29	170	field	field	NN
work_v2epug2k6jh73oh3kif4fr6r5q	29	171	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	30	1	The	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	30	2	inverse	inverse	NN
work_v2epug2k6jh73oh3kif4fr6r5q	30	3	VR	vr	NN
work_v2epug2k6jh73oh3kif4fr6r5q	30	4	amplitude	amplitude	NN
work_v2epug2k6jh73oh3kif4fr6r5q	30	5	A−1	A−1	JJR
work_v2epug2k6jh73oh3kif4fr6r5q	30	6	measures	measure	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	30	7	ac	ac	IN
work_v2epug2k6jh73oh3kif4fr6r5q	30	8	losses	loss	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	30	9	�	�	,
work_v2epug2k6jh73oh3kif4fr6r5q	30	10	comparable	comparable	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	30	11	to	to	IN
work_v2epug2k6jh73oh3kif4fr6r5q	30	12	trans-	trans-	XX
work_v2epug2k6jh73oh3kif4fr6r5q	30	13	verse	verse	NN
work_v2epug2k6jh73oh3kif4fr6r5q	30	14	m	m	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	30	15	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	30	16	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	30	17	generated	generate	VBN
work_v2epug2k6jh73oh3kif4fr6r5q	30	18	primarily	primarily	RB
work_v2epug2k6jh73oh3kif4fr6r5q	30	19	by	by	IN
work_v2epug2k6jh73oh3kif4fr6r5q	30	20	vortex	vortex	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	30	21	motion.18	motion.18	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	30	22	In	in	IN
work_v2epug2k6jh73oh3kif4fr6r5q	30	23	order	order	NN
work_v2epug2k6jh73oh3kif4fr6r5q	30	24	to	to	TO
work_v2epug2k6jh73oh3kif4fr6r5q	30	25	complement	complement	VB
work_v2epug2k6jh73oh3kif4fr6r5q	30	26	the	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	30	27	transverse	transverse	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	30	28	VR	vr	NN
work_v2epug2k6jh73oh3kif4fr6r5q	30	29	response	response	NN
work_v2epug2k6jh73oh3kif4fr6r5q	30	30	per-	per-	NN
work_v2epug2k6jh73oh3kif4fr6r5q	30	31	pendicular	pendicular	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	30	32	to	to	IN
work_v2epug2k6jh73oh3kif4fr6r5q	30	33	the	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	30	34	applied	apply	VBN
work_v2epug2k6jh73oh3kif4fr6r5q	30	35	dc	dc	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	30	36	field	field	NN
work_v2epug2k6jh73oh3kif4fr6r5q	30	37	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	30	38	we	-PRON-	PRP
work_v2epug2k6jh73oh3kif4fr6r5q	30	39	also	also	RB
work_v2epug2k6jh73oh3kif4fr6r5q	30	40	carried	carry	VBD
work_v2epug2k6jh73oh3kif4fr6r5q	30	41	out	out	RP
work_v2epug2k6jh73oh3kif4fr6r5q	30	42	con-	con-	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	30	43	ventional	ventional	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	30	44	longitudinal	longitudinal	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	30	45	measurements	measurement	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	30	46	�	�	.
work_v2epug2k6jh73oh3kif4fr6r5q	30	47	with	with	IN
work_v2epug2k6jh73oh3kif4fr6r5q	30	48	both	both	CC
work_v2epug2k6jh73oh3kif4fr6r5q	30	49	dc	dc	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	30	50	and	and	CC
work_v2epug2k6jh73oh3kif4fr6r5q	30	51	ac	ac	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	30	52	fields	field	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	30	53	applied	apply	VBN
work_v2epug2k6jh73oh3kif4fr6r5q	30	54	along	along	IN
work_v2epug2k6jh73oh3kif4fr6r5q	30	55	the	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	30	56	ML	ML	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	30	57	plane	plane	NN
work_v2epug2k6jh73oh3kif4fr6r5q	30	58	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	30	59	using	use	VBG
work_v2epug2k6jh73oh3kif4fr6r5q	30	60	a	a	DT
work_v2epug2k6jh73oh3kif4fr6r5q	30	61	Quantum	Quantum	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	30	62	Design	Design	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	30	63	MPMS5	mpms5	NN
work_v2epug2k6jh73oh3kif4fr6r5q	30	64	supreconducting	supreconducting	NN
work_v2epug2k6jh73oh3kif4fr6r5q	30	65	quantum	quantum	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	30	66	interference	interference	NN
work_v2epug2k6jh73oh3kif4fr6r5q	30	67	device	device	NN
work_v2epug2k6jh73oh3kif4fr6r5q	30	68	�	�	.
work_v2epug2k6jh73oh3kif4fr6r5q	30	69	SQUID	squid	RB
work_v2epug2k6jh73oh3kif4fr6r5q	30	70	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	30	71	magnetometer	magnetometer	NN
work_v2epug2k6jh73oh3kif4fr6r5q	30	72	operated	operate	VBD
work_v2epug2k6jh73oh3kif4fr6r5q	30	73	at	at	IN
work_v2epug2k6jh73oh3kif4fr6r5q	30	74	frequencies	frequency	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	30	75	0.1	0.1	CD
work_v2epug2k6jh73oh3kif4fr6r5q	30	76	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	30	77	f	f	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	30	78	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	30	79	10	10	CD
work_v2epug2k6jh73oh3kif4fr6r5q	30	80	Hz	Hz	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	30	81	and	and	CC
work_v2epug2k6jh73oh3kif4fr6r5q	30	82	drive	drive	VB
work_v2epug2k6jh73oh3kif4fr6r5q	30	83	amplitudes	amplitude	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	30	84	0.01	0.01	CD
work_v2epug2k6jh73oh3kif4fr6r5q	30	85	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	30	86	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	30	87	oho	oho	CD
work_v2epug2k6jh73oh3kif4fr6r5q	30	88	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	30	89	0.3	0.3	CD
work_v2epug2k6jh73oh3kif4fr6r5q	30	90	mT.	mT.	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	31	1	The	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	31	2	real	real	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	31	3	part	part	NN
work_v2epug2k6jh73oh3kif4fr6r5q	31	4	�	�	VBN
work_v2epug2k6jh73oh3kif4fr6r5q	31	5	m	m	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	31	6	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	31	7	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	31	8	of	of	IN
work_v2epug2k6jh73oh3kif4fr6r5q	31	9	the	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	31	10	ac	ac	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	31	11	moment	moment	NN
work_v2epug2k6jh73oh3kif4fr6r5q	31	12	measures	measure	VBZ
work_v2epug2k6jh73oh3kif4fr6r5q	31	13	the	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	31	14	supercurrent	supercurrent	NN
work_v2epug2k6jh73oh3kif4fr6r5q	31	15	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	31	16	circulating	circulate	VBG
work_v2epug2k6jh73oh3kif4fr6r5q	31	17	perpendicular	perpendicular	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	31	18	to	to	IN
work_v2epug2k6jh73oh3kif4fr6r5q	31	19	the	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	31	20	dc	dc	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	31	21	field	field	NN
work_v2epug2k6jh73oh3kif4fr6r5q	31	22	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	31	23	that	that	WDT
work_v2epug2k6jh73oh3kif4fr6r5q	31	24	screens	screen	VBZ
work_v2epug2k6jh73oh3kif4fr6r5q	31	25	the	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	31	26	ac	ac	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	31	27	field	field	NN
work_v2epug2k6jh73oh3kif4fr6r5q	31	28	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	31	29	and	and	CC
work_v2epug2k6jh73oh3kif4fr6r5q	31	30	the	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	31	31	imaginary	imaginary	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	31	32	part	part	NN
work_v2epug2k6jh73oh3kif4fr6r5q	31	33	�	�	VBN
work_v2epug2k6jh73oh3kif4fr6r5q	31	34	m	m	CD
work_v2epug2k6jh73oh3kif4fr6r5q	31	35	�	�	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	31	36	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	31	37	mainly	mainly	RB
work_v2epug2k6jh73oh3kif4fr6r5q	31	38	measures	measure	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	31	39	ac	ac	IN
work_v2epug2k6jh73oh3kif4fr6r5q	31	40	losses	loss	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	31	41	generated	generate	VBN
work_v2epug2k6jh73oh3kif4fr6r5q	31	42	by	by	IN
work_v2epug2k6jh73oh3kif4fr6r5q	31	43	SC	SC	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	31	44	vortex	vortex	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	31	45	motion.18	motion.18	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	31	46	We	-PRON-	PRP
work_v2epug2k6jh73oh3kif4fr6r5q	31	47	determined	determine	VBD
work_v2epug2k6jh73oh3kif4fr6r5q	31	48	the	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	31	49	SC	SC	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	31	50	onset	onset	NN
work_v2epug2k6jh73oh3kif4fr6r5q	31	51	temperatures	temperature	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	31	52	using	use	VBG
work_v2epug2k6jh73oh3kif4fr6r5q	31	53	either	either	CC
work_v2epug2k6jh73oh3kif4fr6r5q	31	54	the	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	31	55	VR	vr	NN
work_v2epug2k6jh73oh3kif4fr6r5q	31	56	frequency	frequency	NN
work_v2epug2k6jh73oh3kif4fr6r5q	31	57	f	f	NN
work_v2epug2k6jh73oh3kif4fr6r5q	31	58	or	or	CC
work_v2epug2k6jh73oh3kif4fr6r5q	31	59	amplitude	amplitude	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	31	60	A	a	DT
work_v2epug2k6jh73oh3kif4fr6r5q	31	61	for	for	IN
work_v2epug2k6jh73oh3kif4fr6r5q	31	62	a	a	DT
work_v2epug2k6jh73oh3kif4fr6r5q	31	63	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	31	64	Nb	Nb	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	31	65	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	31	66	23	23	CD
work_v2epug2k6jh73oh3kif4fr6r5q	31	67	nm	nm	CD
work_v2epug2k6jh73oh3kif4fr6r5q	31	68	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	31	69	/	/	,
work_v2epug2k6jh73oh3kif4fr6r5q	31	70	Ni	Ni	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	31	71	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	31	72	5	5	CD
work_v2epug2k6jh73oh3kif4fr6r5q	31	73	nm	nm	CD
work_v2epug2k6jh73oh3kif4fr6r5q	31	74	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	31	75	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	31	76	5	5	CD
work_v2epug2k6jh73oh3kif4fr6r5q	31	77	ML	ML	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	31	78	sample	sample	NN
work_v2epug2k6jh73oh3kif4fr6r5q	31	79	in	in	IN
work_v2epug2k6jh73oh3kif4fr6r5q	31	80	parallel	parallel	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	31	81	dc	dc	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	31	82	fields	field	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	31	83	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	31	84	see	see	VBP
work_v2epug2k6jh73oh3kif4fr6r5q	31	85	Fig	Fig	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	31	86	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	32	1	1	1	CD
work_v2epug2k6jh73oh3kif4fr6r5q	32	2	�	�	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	32	3	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	33	1	The	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	33	2	data	datum	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	33	3	define	define	VBP
work_v2epug2k6jh73oh3kif4fr6r5q	33	4	two	two	CD
work_v2epug2k6jh73oh3kif4fr6r5q	33	5	reversible	reversible	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	33	6	phase	phase	NN
work_v2epug2k6jh73oh3kif4fr6r5q	33	7	boundaries	boundary	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	33	8	that	that	WDT
work_v2epug2k6jh73oh3kif4fr6r5q	33	9	coincide	coincide	VBP
work_v2epug2k6jh73oh3kif4fr6r5q	33	10	remarkably	remarkably	RB
work_v2epug2k6jh73oh3kif4fr6r5q	33	11	well	well	RB
work_v2epug2k6jh73oh3kif4fr6r5q	33	12	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	33	13	except	except	IN
work_v2epug2k6jh73oh3kif4fr6r5q	33	14	where	where	WRB
work_v2epug2k6jh73oh3kif4fr6r5q	33	15	they	-PRON-	PRP
work_v2epug2k6jh73oh3kif4fr6r5q	33	16	exhibit	exhibit	VBP
work_v2epug2k6jh73oh3kif4fr6r5q	33	17	large	large	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	33	18	downshifts	downshift	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	33	19	at	at	IN
work_v2epug2k6jh73oh3kif4fr6r5q	33	20	0.22	0.22	CD
work_v2epug2k6jh73oh3kif4fr6r5q	33	21	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	33	22	0.36	0.36	CD
work_v2epug2k6jh73oh3kif4fr6r5q	33	23	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	33	24	and	and	CC
work_v2epug2k6jh73oh3kif4fr6r5q	33	25	0.62	0.62	CD
work_v2epug2k6jh73oh3kif4fr6r5q	33	26	T	t	NN
work_v2epug2k6jh73oh3kif4fr6r5q	33	27	�	�	NN
work_v2epug2k6jh73oh3kif4fr6r5q	33	28	and	and	CC
work_v2epug2k6jh73oh3kif4fr6r5q	33	29	smaller	small	JJR
work_v2epug2k6jh73oh3kif4fr6r5q	33	30	shifts	shift	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	33	31	at	at	IN
work_v2epug2k6jh73oh3kif4fr6r5q	33	32	0.1	0.1	CD
work_v2epug2k6jh73oh3kif4fr6r5q	33	33	and	and	CC
work_v2epug2k6jh73oh3kif4fr6r5q	33	34	0.58	0.58	CD
work_v2epug2k6jh73oh3kif4fr6r5q	33	35	T	t	NN
work_v2epug2k6jh73oh3kif4fr6r5q	33	36	�	�	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	33	37	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	33	38	as	as	IN
work_v2epug2k6jh73oh3kif4fr6r5q	33	39	shown	show	VBN
work_v2epug2k6jh73oh3kif4fr6r5q	33	40	in	in	IN
work_v2epug2k6jh73oh3kif4fr6r5q	33	41	Fig	Fig	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	33	42	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	34	1	2	2	LS
work_v2epug2k6jh73oh3kif4fr6r5q	34	2	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	35	1	Additional	additional	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	35	2	peaks	peak	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	35	3	or	or	CC
work_v2epug2k6jh73oh3kif4fr6r5q	35	4	abrupt	abrupt	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	35	5	slope	slope	NN
work_v2epug2k6jh73oh3kif4fr6r5q	35	6	changes	change	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	35	7	in	in	IN
work_v2epug2k6jh73oh3kif4fr6r5q	35	8	f	f	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	35	9	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	35	10	T	T	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	35	11	�	�	NN
work_v2epug2k6jh73oh3kif4fr6r5q	35	12	and	and	CC
work_v2epug2k6jh73oh3kif4fr6r5q	35	13	A	a	DT
work_v2epug2k6jh73oh3kif4fr6r5q	35	14	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	35	15	T	T	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	35	16	�	�	NN
work_v2epug2k6jh73oh3kif4fr6r5q	35	17	were	be	VBD
work_v2epug2k6jh73oh3kif4fr6r5q	35	18	also	also	RB
work_v2epug2k6jh73oh3kif4fr6r5q	35	19	identified	identify	VBN
work_v2epug2k6jh73oh3kif4fr6r5q	35	20	well	well	RB
work_v2epug2k6jh73oh3kif4fr6r5q	35	21	below	below	IN
work_v2epug2k6jh73oh3kif4fr6r5q	35	22	the	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	35	23	upper	upper	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	35	24	SC	SC	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	35	25	onset	onset	NN
work_v2epug2k6jh73oh3kif4fr6r5q	35	26	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	35	27	see	see	VB
work_v2epug2k6jh73oh3kif4fr6r5q	35	28	Fig	Fig	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	35	29	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	36	1	1	1	CD
work_v2epug2k6jh73oh3kif4fr6r5q	36	2	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	36	3	and	and	CC
work_v2epug2k6jh73oh3kif4fr6r5q	36	4	were	be	VBD
work_v2epug2k6jh73oh3kif4fr6r5q	36	5	gener-	gener-	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	36	6	ally	ally	NN
work_v2epug2k6jh73oh3kif4fr6r5q	36	7	found	find	VBD
work_v2epug2k6jh73oh3kif4fr6r5q	36	8	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	36	9	almost	almost	RB
work_v2epug2k6jh73oh3kif4fr6r5q	36	10	independent	independent	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	36	11	of	of	IN
work_v2epug2k6jh73oh3kif4fr6r5q	36	12	dc	dc	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	36	13	field	field	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	36	14	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	36	15	near	near	IN
work_v2epug2k6jh73oh3kif4fr6r5q	36	16	characteris-	characteris-	NN
work_v2epug2k6jh73oh3kif4fr6r5q	36	17	tic	tic	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	36	18	temperatures	temperature	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	36	19	of	of	IN
work_v2epug2k6jh73oh3kif4fr6r5q	36	20	5.1	5.1	CD
work_v2epug2k6jh73oh3kif4fr6r5q	36	21	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	36	22	5.6	5.6	CD
work_v2epug2k6jh73oh3kif4fr6r5q	36	23	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	36	24	and	and	CC
work_v2epug2k6jh73oh3kif4fr6r5q	36	25	6.0	6.0	CD
work_v2epug2k6jh73oh3kif4fr6r5q	36	26	K.	k.	NN
work_v2epug2k6jh73oh3kif4fr6r5q	36	27	These	these	DT
work_v2epug2k6jh73oh3kif4fr6r5q	36	28	anomalies	anomaly	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	36	29	could	could	MD
work_v2epug2k6jh73oh3kif4fr6r5q	36	30	be	be	VB
work_v2epug2k6jh73oh3kif4fr6r5q	36	31	grouped	group	VBN
work_v2epug2k6jh73oh3kif4fr6r5q	36	32	into	into	IN
work_v2epug2k6jh73oh3kif4fr6r5q	36	33	two	two	CD
work_v2epug2k6jh73oh3kif4fr6r5q	36	34	other	other	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	36	35	trajectories	trajectory	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	36	36	that	that	WDT
work_v2epug2k6jh73oh3kif4fr6r5q	36	37	closely	closely	RB
work_v2epug2k6jh73oh3kif4fr6r5q	36	38	par-	par-	RB
work_v2epug2k6jh73oh3kif4fr6r5q	36	39	alleled	allele	VBD
work_v2epug2k6jh73oh3kif4fr6r5q	36	40	the	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	36	41	behavior	behavior	NN
work_v2epug2k6jh73oh3kif4fr6r5q	36	42	of	of	IN
work_v2epug2k6jh73oh3kif4fr6r5q	36	43	the	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	36	44	SC	SC	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	36	45	onsets	onset	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	36	46	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	36	47	as	as	IN
work_v2epug2k6jh73oh3kif4fr6r5q	36	48	shown	show	VBN
work_v2epug2k6jh73oh3kif4fr6r5q	36	49	in	in	IN
work_v2epug2k6jh73oh3kif4fr6r5q	36	50	Fig	Fig	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	36	51	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	37	1	2	2	LS
work_v2epug2k6jh73oh3kif4fr6r5q	37	2	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	38	1	The	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	38	2	complementary	complementary	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	38	3	m	m	NN
work_v2epug2k6jh73oh3kif4fr6r5q	38	4	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	38	5	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	38	6	H	h	NN
work_v2epug2k6jh73oh3kif4fr6r5q	38	7	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	38	8	T	t	NN
work_v2epug2k6jh73oh3kif4fr6r5q	38	9	�	�	:
work_v2epug2k6jh73oh3kif4fr6r5q	38	10	boundary	boundary	NN
work_v2epug2k6jh73oh3kif4fr6r5q	38	11	determined	determine	VBD
work_v2epug2k6jh73oh3kif4fr6r5q	38	12	from	from	IN
work_v2epug2k6jh73oh3kif4fr6r5q	38	13	longitudinal	longitudinal	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	38	14	SQUID	SQUID	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	38	15	data	datum	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	38	16	for	for	IN
work_v2epug2k6jh73oh3kif4fr6r5q	38	17	field	field	NN
work_v2epug2k6jh73oh3kif4fr6r5q	38	18	parallel	parallel	NN
work_v2epug2k6jh73oh3kif4fr6r5q	38	19	to	to	IN
work_v2epug2k6jh73oh3kif4fr6r5q	38	20	the	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	38	21	ML	ML	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	38	22	plane	plane	NN
work_v2epug2k6jh73oh3kif4fr6r5q	38	23	exhibits	exhibit	VBZ
work_v2epug2k6jh73oh3kif4fr6r5q	38	24	strong	strong	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	38	25	oscillations	oscillation	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	38	26	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	38	27	60	60	CD
work_v2epug2k6jh73oh3kif4fr6r5q	38	28	–	–	:
work_v2epug2k6jh73oh3kif4fr6r5q	38	29	180	180	CD
work_v2epug2k6jh73oh3kif4fr6r5q	38	30	mK	mK	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	38	31	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	38	32	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	38	33	and	and	CC
work_v2epug2k6jh73oh3kif4fr6r5q	38	34	these	these	DT
work_v2epug2k6jh73oh3kif4fr6r5q	38	35	anoma-	anoma-	XX
work_v2epug2k6jh73oh3kif4fr6r5q	38	36	lies	lie	VBZ
work_v2epug2k6jh73oh3kif4fr6r5q	38	37	persist	persist	VBP
work_v2epug2k6jh73oh3kif4fr6r5q	38	38	to	to	IN
work_v2epug2k6jh73oh3kif4fr6r5q	38	39	fields	field	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	38	40	of	of	IN
work_v2epug2k6jh73oh3kif4fr6r5q	38	41	at	at	RB
work_v2epug2k6jh73oh3kif4fr6r5q	38	42	least	least	JJS
work_v2epug2k6jh73oh3kif4fr6r5q	38	43	0.65	0.65	CD
work_v2epug2k6jh73oh3kif4fr6r5q	38	44	T	t	NN
work_v2epug2k6jh73oh3kif4fr6r5q	38	45	with	with	IN
work_v2epug2k6jh73oh3kif4fr6r5q	38	46	an	an	DT
work_v2epug2k6jh73oh3kif4fr6r5q	38	47	average	average	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	38	48	period	period	NN
work_v2epug2k6jh73oh3kif4fr6r5q	38	49	�	�	.
work_v2epug2k6jh73oh3kif4fr6r5q	38	50	o	o	NN
work_v2epug2k6jh73oh3kif4fr6r5q	38	51	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	38	52	H	H	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	38	53	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	38	54	80	80	CD
work_v2epug2k6jh73oh3kif4fr6r5q	38	55	mT	mT	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	38	56	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	38	57	as	as	IN
work_v2epug2k6jh73oh3kif4fr6r5q	38	58	shown	show	VBN
work_v2epug2k6jh73oh3kif4fr6r5q	38	59	in	in	IN
work_v2epug2k6jh73oh3kif4fr6r5q	38	60	Fig	Fig	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	38	61	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	39	1	3	3	LS
work_v2epug2k6jh73oh3kif4fr6r5q	39	2	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	40	1	Additional	additional	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	40	2	SQUID	SQUID	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	40	3	mea-	mea-	VBP
work_v2epug2k6jh73oh3kif4fr6r5q	40	4	surements	surement	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	40	5	using	use	VBG
work_v2epug2k6jh73oh3kif4fr6r5q	40	6	ac	ac	IN
work_v2epug2k6jh73oh3kif4fr6r5q	40	7	field	field	NN
work_v2epug2k6jh73oh3kif4fr6r5q	40	8	amplitudes	amplitude	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	40	9	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	40	10	oho	oho	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	40	11	=	=	SYM
work_v2epug2k6jh73oh3kif4fr6r5q	40	12	0.02	0.02	CD
work_v2epug2k6jh73oh3kif4fr6r5q	40	13	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	40	14	0.05	0.05	CD
work_v2epug2k6jh73oh3kif4fr6r5q	40	15	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	40	16	0.1	0.1	CD
work_v2epug2k6jh73oh3kif4fr6r5q	40	17	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	40	18	and	and	CC
work_v2epug2k6jh73oh3kif4fr6r5q	40	19	0.2	0.2	CD
work_v2epug2k6jh73oh3kif4fr6r5q	40	20	mT	mT	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	40	21	yield	yield	VBP
work_v2epug2k6jh73oh3kif4fr6r5q	40	22	different	different	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	40	23	trajectories	trajectory	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	40	24	—	—	:
work_v2epug2k6jh73oh3kif4fr6r5q	40	25	probably	probably	RB
work_v2epug2k6jh73oh3kif4fr6r5q	40	26	a	a	DT
work_v2epug2k6jh73oh3kif4fr6r5q	40	27	result	result	NN
work_v2epug2k6jh73oh3kif4fr6r5q	40	28	of	of	IN
work_v2epug2k6jh73oh3kif4fr6r5q	40	29	FIG	FIG	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	40	30	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	41	1	1	1	LS
work_v2epug2k6jh73oh3kif4fr6r5q	41	2	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	42	1	�	�	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	42	2	Color	color	NN
work_v2epug2k6jh73oh3kif4fr6r5q	42	3	online	online	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	42	4	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	42	5	VR	vr	NN
work_v2epug2k6jh73oh3kif4fr6r5q	42	6	frequency	frequency	NN
work_v2epug2k6jh73oh3kif4fr6r5q	42	7	f	f	NN
work_v2epug2k6jh73oh3kif4fr6r5q	42	8	and	and	CC
work_v2epug2k6jh73oh3kif4fr6r5q	42	9	amplitude	amplitude	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	42	10	A	A	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	42	11	vs	vs	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	42	12	temperature	temperature	NN
work_v2epug2k6jh73oh3kif4fr6r5q	42	13	T	t	NN
work_v2epug2k6jh73oh3kif4fr6r5q	42	14	for	for	IN
work_v2epug2k6jh73oh3kif4fr6r5q	42	15	a	a	DT
work_v2epug2k6jh73oh3kif4fr6r5q	42	16	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	42	17	Nb	Nb	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	42	18	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	42	19	23	23	CD
work_v2epug2k6jh73oh3kif4fr6r5q	42	20	nm	nm	CD
work_v2epug2k6jh73oh3kif4fr6r5q	42	21	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	42	22	/	/	,
work_v2epug2k6jh73oh3kif4fr6r5q	42	23	Ni	Ni	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	42	24	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	42	25	5	5	CD
work_v2epug2k6jh73oh3kif4fr6r5q	42	26	nm	nm	CD
work_v2epug2k6jh73oh3kif4fr6r5q	42	27	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	42	28	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	42	29	5	5	CD
work_v2epug2k6jh73oh3kif4fr6r5q	42	30	ML	ML	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	42	31	in	in	IN
work_v2epug2k6jh73oh3kif4fr6r5q	42	32	parallel	parallel	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	42	33	magnetic	magnetic	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	42	34	field	field	NN
work_v2epug2k6jh73oh3kif4fr6r5q	42	35	�	�	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	42	36	oH	oh	NN
work_v2epug2k6jh73oh3kif4fr6r5q	42	37	=	=	SYM
work_v2epug2k6jh73oh3kif4fr6r5q	42	38	0.12	0.12	CD
work_v2epug2k6jh73oh3kif4fr6r5q	42	39	T	t	NN
work_v2epug2k6jh73oh3kif4fr6r5q	42	40	with	with	IN
work_v2epug2k6jh73oh3kif4fr6r5q	42	41	VR	vr	NN
work_v2epug2k6jh73oh3kif4fr6r5q	42	42	drive	drive	NN
work_v2epug2k6jh73oh3kif4fr6r5q	42	43	V	V	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	42	44	=	=	SYM
work_v2epug2k6jh73oh3kif4fr6r5q	42	45	100	100	CD
work_v2epug2k6jh73oh3kif4fr6r5q	42	46	mV.	mv.	NN
work_v2epug2k6jh73oh3kif4fr6r5q	43	1	Open	open	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	43	2	symbols	symbol	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	43	3	denote	denote	VBP
work_v2epug2k6jh73oh3kif4fr6r5q	43	4	initial	initial	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	43	5	field	field	NN
work_v2epug2k6jh73oh3kif4fr6r5q	43	6	-	-	HYPH
work_v2epug2k6jh73oh3kif4fr6r5q	43	7	cooled	cool	VBN
work_v2epug2k6jh73oh3kif4fr6r5q	43	8	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	43	9	FC	FC	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	43	10	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	43	11	data	datum	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	43	12	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	43	13	and	and	CC
work_v2epug2k6jh73oh3kif4fr6r5q	43	14	solid	solid	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	43	15	symbols	symbol	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	43	16	denote	denote	VBP
work_v2epug2k6jh73oh3kif4fr6r5q	43	17	subsequent	subsequent	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	43	18	FC	FC	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	43	19	-	-	HYPH
work_v2epug2k6jh73oh3kif4fr6r5q	43	20	warming	warm	VBG
work_v2epug2k6jh73oh3kif4fr6r5q	43	21	cycle	cycle	NN
work_v2epug2k6jh73oh3kif4fr6r5q	43	22	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	43	23	FCW	FCW	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	43	24	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	43	25	data	datum	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	43	26	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	44	1	Red	red	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	44	2	lines	line	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	44	3	indicate	indicate	VBP
work_v2epug2k6jh73oh3kif4fr6r5q	44	4	the	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	44	5	assumed	assumed	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	44	6	normal	normal	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	44	7	-	-	HYPH
work_v2epug2k6jh73oh3kif4fr6r5q	44	8	state	state	NN
work_v2epug2k6jh73oh3kif4fr6r5q	44	9	base	base	NN
work_v2epug2k6jh73oh3kif4fr6r5q	44	10	lines	line	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	44	11	in	in	IN
work_v2epug2k6jh73oh3kif4fr6r5q	44	12	f	f	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	44	13	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	44	14	T	T	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	44	15	�	�	NN
work_v2epug2k6jh73oh3kif4fr6r5q	44	16	and	and	CC
work_v2epug2k6jh73oh3kif4fr6r5q	44	17	A	a	DT
work_v2epug2k6jh73oh3kif4fr6r5q	44	18	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	44	19	T	T	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	44	20	�	�	NN
work_v2epug2k6jh73oh3kif4fr6r5q	44	21	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	44	22	and	and	CC
work_v2epug2k6jh73oh3kif4fr6r5q	44	23	vertical	vertical	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	44	24	arrows	arrow	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	44	25	denote	denote	VBP
work_v2epug2k6jh73oh3kif4fr6r5q	44	26	the	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	44	27	temperatures	temperature	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	44	28	of	of	IN
work_v2epug2k6jh73oh3kif4fr6r5q	44	29	the	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	44	30	SC	SC	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	44	31	onset	onset	NN
work_v2epug2k6jh73oh3kif4fr6r5q	44	32	near	near	IN
work_v2epug2k6jh73oh3kif4fr6r5q	44	33	6.6	6.6	CD
work_v2epug2k6jh73oh3kif4fr6r5q	44	34	K	k	NN
work_v2epug2k6jh73oh3kif4fr6r5q	44	35	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	44	36	and	and	CC
work_v2epug2k6jh73oh3kif4fr6r5q	44	37	slope	slope	NN
work_v2epug2k6jh73oh3kif4fr6r5q	44	38	changes	change	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	44	39	apparent	apparent	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	44	40	near	near	IN
work_v2epug2k6jh73oh3kif4fr6r5q	44	41	6.0	6.0	CD
work_v2epug2k6jh73oh3kif4fr6r5q	44	42	and	and	CC
work_v2epug2k6jh73oh3kif4fr6r5q	44	43	5.6	5.6	CD
work_v2epug2k6jh73oh3kif4fr6r5q	44	44	K.	k.	NN
work_v2epug2k6jh73oh3kif4fr6r5q	44	45	FIG	FIG	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	44	46	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	45	1	2	2	LS
work_v2epug2k6jh73oh3kif4fr6r5q	45	2	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	46	1	Magnetic	magnetic	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	46	2	field	field	NN
work_v2epug2k6jh73oh3kif4fr6r5q	46	3	�	�	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	46	4	H	h	NN
work_v2epug2k6jh73oh3kif4fr6r5q	46	5	�	�	NN
work_v2epug2k6jh73oh3kif4fr6r5q	46	6	-temperature	-temperature	NN
work_v2epug2k6jh73oh3kif4fr6r5q	46	7	�	�	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	46	8	T	T	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	46	9	�	�	,
work_v2epug2k6jh73oh3kif4fr6r5q	46	10	“	"	``
work_v2epug2k6jh73oh3kif4fr6r5q	46	11	phase	phase	NN
work_v2epug2k6jh73oh3kif4fr6r5q	46	12	boundary	boundary	NN
work_v2epug2k6jh73oh3kif4fr6r5q	46	13	”	"	''
work_v2epug2k6jh73oh3kif4fr6r5q	46	14	between	between	IN
work_v2epug2k6jh73oh3kif4fr6r5q	46	15	the	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	46	16	SC	SC	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	46	17	and	and	CC
work_v2epug2k6jh73oh3kif4fr6r5q	46	18	normal	normal	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	46	19	states	state	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	46	20	for	for	IN
work_v2epug2k6jh73oh3kif4fr6r5q	46	21	a	a	DT
work_v2epug2k6jh73oh3kif4fr6r5q	46	22	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	46	23	Nb	Nb	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	46	24	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	46	25	23	23	CD
work_v2epug2k6jh73oh3kif4fr6r5q	46	26	nm	nm	CD
work_v2epug2k6jh73oh3kif4fr6r5q	46	27	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	46	28	/	/	,
work_v2epug2k6jh73oh3kif4fr6r5q	46	29	Ni	Ni	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	46	30	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	46	31	5	5	CD
work_v2epug2k6jh73oh3kif4fr6r5q	46	32	nm	nm	CD
work_v2epug2k6jh73oh3kif4fr6r5q	46	33	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	46	34	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	46	35	5	5	CD
work_v2epug2k6jh73oh3kif4fr6r5q	46	36	ML	ML	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	46	37	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	46	38	defined	define	VBN
work_v2epug2k6jh73oh3kif4fr6r5q	46	39	by	by	IN
work_v2epug2k6jh73oh3kif4fr6r5q	46	40	an	an	DT
work_v2epug2k6jh73oh3kif4fr6r5q	46	41	abrupt	abrupt	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	46	42	decrease	decrease	NN
work_v2epug2k6jh73oh3kif4fr6r5q	46	43	in	in	IN
work_v2epug2k6jh73oh3kif4fr6r5q	46	44	the	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	46	45	VR	vr	NN
work_v2epug2k6jh73oh3kif4fr6r5q	46	46	amplitude	amplitude	NN
work_v2epug2k6jh73oh3kif4fr6r5q	46	47	A	a	DT
work_v2epug2k6jh73oh3kif4fr6r5q	46	48	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	46	49	open	open	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	46	50	circles	circle	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	46	51	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	46	52	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	47	1	Data	datum	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	47	2	were	be	VBD
work_v2epug2k6jh73oh3kif4fr6r5q	47	3	taken	take	VBN
work_v2epug2k6jh73oh3kif4fr6r5q	47	4	in	in	IN
work_v2epug2k6jh73oh3kif4fr6r5q	47	5	field	field	NN
work_v2epug2k6jh73oh3kif4fr6r5q	47	6	-	-	HYPH
work_v2epug2k6jh73oh3kif4fr6r5q	47	7	cooled	cool	VBN
work_v2epug2k6jh73oh3kif4fr6r5q	47	8	-	-	HYPH
work_v2epug2k6jh73oh3kif4fr6r5q	47	9	warming	warming	NN
work_v2epug2k6jh73oh3kif4fr6r5q	47	10	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	47	11	FCW	FCW	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	47	12	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	47	13	experiments	experiment	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	47	14	with	with	IN
work_v2epug2k6jh73oh3kif4fr6r5q	47	15	VR	vr	NN
work_v2epug2k6jh73oh3kif4fr6r5q	47	16	drive	drive	NN
work_v2epug2k6jh73oh3kif4fr6r5q	47	17	V	V	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	47	18	=	=	SYM
work_v2epug2k6jh73oh3kif4fr6r5q	47	19	100	100	CD
work_v2epug2k6jh73oh3kif4fr6r5q	47	20	mV	mV	NNPS
work_v2epug2k6jh73oh3kif4fr6r5q	47	21	and	and	CC
work_v2epug2k6jh73oh3kif4fr6r5q	47	22	dc	dc	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	47	23	field	field	NN
work_v2epug2k6jh73oh3kif4fr6r5q	47	24	H	H	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	47	25	nearly	nearly	RB
work_v2epug2k6jh73oh3kif4fr6r5q	47	26	parallel	parallel	VBP
work_v2epug2k6jh73oh3kif4fr6r5q	47	27	to	to	IN
work_v2epug2k6jh73oh3kif4fr6r5q	47	28	the	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	47	29	ML	ML	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	47	30	plane	plane	NN
work_v2epug2k6jh73oh3kif4fr6r5q	47	31	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	48	1	The	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	48	2	left	left	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	48	3	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	48	4	open	open	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	48	5	triangles	triangle	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	48	6	�	�	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	48	7	and	and	CC
work_v2epug2k6jh73oh3kif4fr6r5q	48	8	middle	middle	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	48	9	�	�	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	48	10	solid	solid	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	48	11	squares	square	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	48	12	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	48	13	trajectories	trajectory	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	48	14	mark	mark	VBP
work_v2epug2k6jh73oh3kif4fr6r5q	48	15	temperatures	temperature	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	48	16	of	of	IN
work_v2epug2k6jh73oh3kif4fr6r5q	48	17	two	two	CD
work_v2epug2k6jh73oh3kif4fr6r5q	48	18	anomalies	anomaly	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	48	19	in	in	IN
work_v2epug2k6jh73oh3kif4fr6r5q	48	20	the	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	48	21	slope	slope	NN
work_v2epug2k6jh73oh3kif4fr6r5q	48	22	of	of	IN
work_v2epug2k6jh73oh3kif4fr6r5q	48	23	A	a	DT
work_v2epug2k6jh73oh3kif4fr6r5q	48	24	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	48	25	T	T	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	48	26	�	�	,
work_v2epug2k6jh73oh3kif4fr6r5q	48	27	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	48	28	see	see	VBP
work_v2epug2k6jh73oh3kif4fr6r5q	48	29	Fig	fig	NN
work_v2epug2k6jh73oh3kif4fr6r5q	48	30	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	49	1	1	1	CD
work_v2epug2k6jh73oh3kif4fr6r5q	49	2	�	�	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	49	3	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	50	1	Solid	solid	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	50	2	lines	line	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	50	3	are	be	VBP
work_v2epug2k6jh73oh3kif4fr6r5q	50	4	guides	guide	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	50	5	to	to	IN
work_v2epug2k6jh73oh3kif4fr6r5q	50	6	the	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	50	7	eye	eye	NN
work_v2epug2k6jh73oh3kif4fr6r5q	50	8	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	50	9	and	and	CC
work_v2epug2k6jh73oh3kif4fr6r5q	50	10	error	error	NN
work_v2epug2k6jh73oh3kif4fr6r5q	50	11	bars	bar	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	50	12	denote	denote	VBP
work_v2epug2k6jh73oh3kif4fr6r5q	50	13	uncertainties	uncertainty	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	50	14	in	in	IN
work_v2epug2k6jh73oh3kif4fr6r5q	50	15	extracting	extract	VBG
work_v2epug2k6jh73oh3kif4fr6r5q	50	16	the	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	50	17	points	point	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	50	18	from	from	IN
work_v2epug2k6jh73oh3kif4fr6r5q	50	19	data	datum	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	50	20	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	51	1	Dashed	dash	VBN
work_v2epug2k6jh73oh3kif4fr6r5q	51	2	lines	line	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	51	3	denote	denote	VBP
work_v2epug2k6jh73oh3kif4fr6r5q	51	4	possible	possible	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	51	5	phase	phase	NN
work_v2epug2k6jh73oh3kif4fr6r5q	51	6	transition	transition	NN
work_v2epug2k6jh73oh3kif4fr6r5q	51	7	lines	line	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	51	8	between	between	IN
work_v2epug2k6jh73oh3kif4fr6r5q	51	9	SC	SC	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	51	10	states	state	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	51	11	of	of	IN
work_v2epug2k6jh73oh3kif4fr6r5q	51	12	the	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	51	13	entire	entire	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	51	14	ML	ML	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	51	15	or	or	CC
work_v2epug2k6jh73oh3kif4fr6r5q	51	16	SC	SC	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	51	17	transitions	transition	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	51	18	within	within	IN
work_v2epug2k6jh73oh3kif4fr6r5q	51	19	individual	individual	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	51	20	Nb	Nb	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	51	21	layers	layer	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	51	22	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	52	1	FIG	FIG	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	52	2	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	53	1	3	3	LS
work_v2epug2k6jh73oh3kif4fr6r5q	53	2	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	54	1	�	�	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	54	2	Color	color	NN
work_v2epug2k6jh73oh3kif4fr6r5q	54	3	online	online	NN
work_v2epug2k6jh73oh3kif4fr6r5q	54	4	�	�	.
work_v2epug2k6jh73oh3kif4fr6r5q	54	5	Magnetic	magnetic	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	54	6	field	field	NN
work_v2epug2k6jh73oh3kif4fr6r5q	54	7	�	�	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	54	8	H	h	NN
work_v2epug2k6jh73oh3kif4fr6r5q	54	9	�	�	NN
work_v2epug2k6jh73oh3kif4fr6r5q	54	10	-temperature	-temperature	NN
work_v2epug2k6jh73oh3kif4fr6r5q	54	11	�	�	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	54	12	T	T	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	54	13	�	�	,
work_v2epug2k6jh73oh3kif4fr6r5q	54	14	“	"	``
work_v2epug2k6jh73oh3kif4fr6r5q	54	15	phase	phase	NN
work_v2epug2k6jh73oh3kif4fr6r5q	54	16	bound-	bound-	NN
work_v2epug2k6jh73oh3kif4fr6r5q	54	17	ary	ary	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	54	18	”	"	''
work_v2epug2k6jh73oh3kif4fr6r5q	54	19	between	between	IN
work_v2epug2k6jh73oh3kif4fr6r5q	54	20	the	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	54	21	SC	SC	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	54	22	and	and	CC
work_v2epug2k6jh73oh3kif4fr6r5q	54	23	normal	normal	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	54	24	states	state	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	54	25	for	for	IN
work_v2epug2k6jh73oh3kif4fr6r5q	54	26	a	a	DT
work_v2epug2k6jh73oh3kif4fr6r5q	54	27	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	54	28	Nb	Nb	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	54	29	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	54	30	23	23	CD
work_v2epug2k6jh73oh3kif4fr6r5q	54	31	nm	nm	CD
work_v2epug2k6jh73oh3kif4fr6r5q	54	32	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	54	33	/	/	,
work_v2epug2k6jh73oh3kif4fr6r5q	54	34	Ni	Ni	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	54	35	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	54	36	5	5	CD
work_v2epug2k6jh73oh3kif4fr6r5q	54	37	nm	nm	CD
work_v2epug2k6jh73oh3kif4fr6r5q	54	38	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	54	39	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	54	40	5	5	CD
work_v2epug2k6jh73oh3kif4fr6r5q	54	41	ML	ML	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	54	42	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	54	43	determined	determine	VBN
work_v2epug2k6jh73oh3kif4fr6r5q	54	44	from	from	IN
work_v2epug2k6jh73oh3kif4fr6r5q	54	45	SQUID	SQUID	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	54	46	magnetometer	magnetometer	NN
work_v2epug2k6jh73oh3kif4fr6r5q	54	47	experiments	experiment	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	54	48	at	at	IN
work_v2epug2k6jh73oh3kif4fr6r5q	54	49	ac	ac	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	54	50	frequency	frequency	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	54	51	f	f	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	54	52	=	=	SYM
work_v2epug2k6jh73oh3kif4fr6r5q	54	53	10	10	CD
work_v2epug2k6jh73oh3kif4fr6r5q	54	54	Hz	Hz	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	54	55	and	and	CC
work_v2epug2k6jh73oh3kif4fr6r5q	54	56	amplitude	amplitude	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	54	57	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	54	58	oho	oho	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	54	59	=	=	SYM
work_v2epug2k6jh73oh3kif4fr6r5q	54	60	0.2	0.2	CD
work_v2epug2k6jh73oh3kif4fr6r5q	54	61	mT	mT	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	54	62	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	54	63	with	with	IN
work_v2epug2k6jh73oh3kif4fr6r5q	54	64	applied	applied	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	54	65	dc	dc	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	54	66	field	field	NN
work_v2epug2k6jh73oh3kif4fr6r5q	54	67	H	h	NN
work_v2epug2k6jh73oh3kif4fr6r5q	54	68	parallel	parallel	NN
work_v2epug2k6jh73oh3kif4fr6r5q	54	69	to	to	IN
work_v2epug2k6jh73oh3kif4fr6r5q	54	70	the	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	54	71	ML	ML	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	54	72	plane	plane	NN
work_v2epug2k6jh73oh3kif4fr6r5q	54	73	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	55	1	Solid	solid	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	55	2	symbols	symbol	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	55	3	denote	denote	VBP
work_v2epug2k6jh73oh3kif4fr6r5q	55	4	the	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	55	5	SC	SC	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	55	6	onset	onset	NN
work_v2epug2k6jh73oh3kif4fr6r5q	55	7	temperature	temperature	NN
work_v2epug2k6jh73oh3kif4fr6r5q	55	8	indicated	indicate	VBN
work_v2epug2k6jh73oh3kif4fr6r5q	55	9	by	by	IN
work_v2epug2k6jh73oh3kif4fr6r5q	55	10	an	an	DT
work_v2epug2k6jh73oh3kif4fr6r5q	55	11	abrupt	abrupt	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	55	12	increase	increase	NN
work_v2epug2k6jh73oh3kif4fr6r5q	55	13	in	in	IN
work_v2epug2k6jh73oh3kif4fr6r5q	55	14	the	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	55	15	imaginary	imaginary	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	55	16	part	part	NN
work_v2epug2k6jh73oh3kif4fr6r5q	55	17	m	m	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	55	18	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	55	19	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	55	20	and	and	CC
work_v2epug2k6jh73oh3kif4fr6r5q	55	21	open	open	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	55	22	symbols	symbol	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	55	23	by	by	IN
work_v2epug2k6jh73oh3kif4fr6r5q	55	24	an	an	DT
work_v2epug2k6jh73oh3kif4fr6r5q	55	25	abrupt	abrupt	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	55	26	diamagnetic	diamagnetic	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	55	27	shift	shift	NN
work_v2epug2k6jh73oh3kif4fr6r5q	55	28	in	in	IN
work_v2epug2k6jh73oh3kif4fr6r5q	55	29	the	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	55	30	real	real	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	55	31	part	part	NN
work_v2epug2k6jh73oh3kif4fr6r5q	55	32	m	m	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	55	33	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	55	34	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	55	35	of	of	IN
work_v2epug2k6jh73oh3kif4fr6r5q	55	36	the	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	55	37	ac	ac	RB
work_v2epug2k6jh73oh3kif4fr6r5q	55	38	magnetic	magnetic	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	55	39	moment	moment	NN
work_v2epug2k6jh73oh3kif4fr6r5q	55	40	during	during	IN
work_v2epug2k6jh73oh3kif4fr6r5q	55	41	FC	FC	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	55	42	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	56	1	The	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	56	2	divergence	divergence	NN
work_v2epug2k6jh73oh3kif4fr6r5q	56	3	of	of	IN
work_v2epug2k6jh73oh3kif4fr6r5q	56	4	the	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	56	5	m	m	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	56	6	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	56	7	and	and	CC
work_v2epug2k6jh73oh3kif4fr6r5q	56	8	m	m	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	56	9	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	56	10	data	datum	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	56	11	near	near	IN
work_v2epug2k6jh73oh3kif4fr6r5q	56	12	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	56	13	oH	oh	UH
work_v2epug2k6jh73oh3kif4fr6r5q	56	14	=	=	SYM
work_v2epug2k6jh73oh3kif4fr6r5q	56	15	0.2	0.2	CD
work_v2epug2k6jh73oh3kif4fr6r5q	56	16	T	t	NN
work_v2epug2k6jh73oh3kif4fr6r5q	56	17	reflects	reflect	VBZ
work_v2epug2k6jh73oh3kif4fr6r5q	56	18	the	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	56	19	onset	onset	NN
work_v2epug2k6jh73oh3kif4fr6r5q	56	20	of	of	IN
work_v2epug2k6jh73oh3kif4fr6r5q	56	21	vortex	vortex	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	56	22	depinning	depinne	VBG
work_v2epug2k6jh73oh3kif4fr6r5q	56	23	with	with	IN
work_v2epug2k6jh73oh3kif4fr6r5q	56	24	increasing	increase	VBG
work_v2epug2k6jh73oh3kif4fr6r5q	56	25	dc	dc	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	56	26	field	field	NN
work_v2epug2k6jh73oh3kif4fr6r5q	56	27	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	57	1	09G117	09g117	LS
work_v2epug2k6jh73oh3kif4fr6r5q	57	2	-	-	:
work_v2epug2k6jh73oh3kif4fr6r5q	57	3	2	2	CD
work_v2epug2k6jh73oh3kif4fr6r5q	57	4	Joshi	Joshi	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	57	5	et	et	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	57	6	al	al	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	57	7	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	58	1	J.	J.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	58	2	Appl	Appl	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	58	3	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	59	1	Phys	phys	NN
work_v2epug2k6jh73oh3kif4fr6r5q	59	2	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	60	1	101	101	CD
work_v2epug2k6jh73oh3kif4fr6r5q	60	2	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	60	3	09G117	09g117	DT
work_v2epug2k6jh73oh3kif4fr6r5q	60	4	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	60	5	2007	2007	CD
work_v2epug2k6jh73oh3kif4fr6r5q	60	6	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	60	7	[	[	-LRB-
work_v2epug2k6jh73oh3kif4fr6r5q	60	8	This	this	DT
work_v2epug2k6jh73oh3kif4fr6r5q	60	9	article	article	NN
work_v2epug2k6jh73oh3kif4fr6r5q	60	10	is	be	VBZ
work_v2epug2k6jh73oh3kif4fr6r5q	60	11	copyrighted	copyright	VBN
work_v2epug2k6jh73oh3kif4fr6r5q	60	12	as	as	IN
work_v2epug2k6jh73oh3kif4fr6r5q	60	13	indicated	indicate	VBN
work_v2epug2k6jh73oh3kif4fr6r5q	60	14	in	in	IN
work_v2epug2k6jh73oh3kif4fr6r5q	60	15	the	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	60	16	article	article	NN
work_v2epug2k6jh73oh3kif4fr6r5q	60	17	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	61	1	Reuse	reuse	NN
work_v2epug2k6jh73oh3kif4fr6r5q	61	2	of	of	IN
work_v2epug2k6jh73oh3kif4fr6r5q	61	3	AIP	aip	NN
work_v2epug2k6jh73oh3kif4fr6r5q	61	4	content	content	NN
work_v2epug2k6jh73oh3kif4fr6r5q	61	5	is	be	VBZ
work_v2epug2k6jh73oh3kif4fr6r5q	61	6	subject	subject	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	61	7	to	to	IN
work_v2epug2k6jh73oh3kif4fr6r5q	61	8	the	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	61	9	terms	term	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	61	10	at	at	IN
work_v2epug2k6jh73oh3kif4fr6r5q	61	11	:	:	:
work_v2epug2k6jh73oh3kif4fr6r5q	61	12	http://scitation.aip.org/termsconditions	http://scitation.aip.org/termsconditions	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	61	13	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	62	1	Downloaded	download	VBN
work_v2epug2k6jh73oh3kif4fr6r5q	62	2	to	to	IN
work_v2epug2k6jh73oh3kif4fr6r5q	62	3	]	]	-RRB-
work_v2epug2k6jh73oh3kif4fr6r5q	62	4	IP	IP	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	62	5	:	:	:
work_v2epug2k6jh73oh3kif4fr6r5q	62	6	147.96.14.15	147.96.14.15	LS
work_v2epug2k6jh73oh3kif4fr6r5q	62	7	On	on	IN
work_v2epug2k6jh73oh3kif4fr6r5q	62	8	:	:	:
work_v2epug2k6jh73oh3kif4fr6r5q	62	9	Fri	fri	CD
work_v2epug2k6jh73oh3kif4fr6r5q	62	10	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	62	11	11	11	CD
work_v2epug2k6jh73oh3kif4fr6r5q	62	12	Sep	Sep	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	62	13	2015	2015	CD
work_v2epug2k6jh73oh3kif4fr6r5q	62	14	17:27:27	17:27:27	CD
work_v2epug2k6jh73oh3kif4fr6r5q	62	15	vortex	vortex	NN
work_v2epug2k6jh73oh3kif4fr6r5q	62	16	depinning	depinning	NN
work_v2epug2k6jh73oh3kif4fr6r5q	62	17	and	and	CC
work_v2epug2k6jh73oh3kif4fr6r5q	62	18	nonequilibrium	nonequilibrium	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	62	19	disorder	disorder	NN
work_v2epug2k6jh73oh3kif4fr6r5q	62	20	of	of	IN
work_v2epug2k6jh73oh3kif4fr6r5q	62	21	the	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	62	22	vortex	vortex	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	62	23	lattice	lattice	NN
work_v2epug2k6jh73oh3kif4fr6r5q	62	24	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	63	1	Nevertheless	nevertheless	RB
work_v2epug2k6jh73oh3kif4fr6r5q	63	2	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	63	3	these	these	DT
work_v2epug2k6jh73oh3kif4fr6r5q	63	4	data	datum	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	63	5	consistently	consistently	RB
work_v2epug2k6jh73oh3kif4fr6r5q	63	6	exhibit	exhibit	VBP
work_v2epug2k6jh73oh3kif4fr6r5q	63	7	oscilla-	oscilla-	VBG
work_v2epug2k6jh73oh3kif4fr6r5q	63	8	tions	tion	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	63	9	with	with	IN
work_v2epug2k6jh73oh3kif4fr6r5q	63	10	the	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	63	11	same	same	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	63	12	average	average	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	63	13	spacing	spacing	NN
work_v2epug2k6jh73oh3kif4fr6r5q	63	14	and	and	CC
work_v2epug2k6jh73oh3kif4fr6r5q	63	15	magnitudes	magnitude	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	63	16	shown	show	VBN
work_v2epug2k6jh73oh3kif4fr6r5q	63	17	in	in	IN
work_v2epug2k6jh73oh3kif4fr6r5q	63	18	Fig	Fig	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	63	19	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	64	1	3	3	LS
work_v2epug2k6jh73oh3kif4fr6r5q	64	2	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	65	1	Small	small	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	65	2	oscillations	oscillation	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	65	3	�	�	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	65	4	of	of	IN
work_v2epug2k6jh73oh3kif4fr6r5q	65	5	order	order	NN
work_v2epug2k6jh73oh3kif4fr6r5q	65	6	of	of	IN
work_v2epug2k6jh73oh3kif4fr6r5q	65	7	10	10	CD
work_v2epug2k6jh73oh3kif4fr6r5q	65	8	–	–	:
work_v2epug2k6jh73oh3kif4fr6r5q	65	9	30	30	CD
work_v2epug2k6jh73oh3kif4fr6r5q	65	10	mK	mK	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	65	11	and	and	CC
work_v2epug2k6jh73oh3kif4fr6r5q	65	12	rough	rough	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	65	13	pe-	pe-	XX
work_v2epug2k6jh73oh3kif4fr6r5q	65	14	riod	riod	NN
work_v2epug2k6jh73oh3kif4fr6r5q	65	15	of	of	IN
work_v2epug2k6jh73oh3kif4fr6r5q	65	16	70	70	CD
work_v2epug2k6jh73oh3kif4fr6r5q	65	17	mT	mT	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	65	18	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	65	19	were	be	VBD
work_v2epug2k6jh73oh3kif4fr6r5q	65	20	previously	previously	RB
work_v2epug2k6jh73oh3kif4fr6r5q	65	21	observed	observe	VBN
work_v2epug2k6jh73oh3kif4fr6r5q	65	22	in	in	IN
work_v2epug2k6jh73oh3kif4fr6r5q	65	23	lower	low	JJR
work_v2epug2k6jh73oh3kif4fr6r5q	65	24	-	-	HYPH
work_v2epug2k6jh73oh3kif4fr6r5q	65	25	precision	precision	NN
work_v2epug2k6jh73oh3kif4fr6r5q	65	26	SQUID	SQUID	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	65	27	measurements4	measurements4	NN
work_v2epug2k6jh73oh3kif4fr6r5q	65	28	on	on	IN
work_v2epug2k6jh73oh3kif4fr6r5q	65	29	Nb	Nb	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	65	30	/	/	SYM
work_v2epug2k6jh73oh3kif4fr6r5q	65	31	Ni	Ni	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	65	32	ML	ML	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	65	33	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	66	1	These	these	DT
work_v2epug2k6jh73oh3kif4fr6r5q	66	2	variations	variation	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	66	3	were	be	VBD
work_v2epug2k6jh73oh3kif4fr6r5q	66	4	interpreted	interpret	VBN
work_v2epug2k6jh73oh3kif4fr6r5q	66	5	as	as	IN
work_v2epug2k6jh73oh3kif4fr6r5q	66	6	“	"	``
work_v2epug2k6jh73oh3kif4fr6r5q	66	7	matching	match	VBG
work_v2epug2k6jh73oh3kif4fr6r5q	66	8	anomalies	anomaly	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	66	9	”	"	''
work_v2epug2k6jh73oh3kif4fr6r5q	66	10	at	at	IN
work_v2epug2k6jh73oh3kif4fr6r5q	66	11	applied	applied	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	66	12	fields	field	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	66	13	where	where	WRB
work_v2epug2k6jh73oh3kif4fr6r5q	66	14	the	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	66	15	vortex	vortex	NN
work_v2epug2k6jh73oh3kif4fr6r5q	66	16	density	density	NN
work_v2epug2k6jh73oh3kif4fr6r5q	66	17	is	be	VBZ
work_v2epug2k6jh73oh3kif4fr6r5q	66	18	equal	equal	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	66	19	to	to	IN
work_v2epug2k6jh73oh3kif4fr6r5q	66	20	an	an	DT
work_v2epug2k6jh73oh3kif4fr6r5q	66	21	integral	integral	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	66	22	multiple	multiple	NN
work_v2epug2k6jh73oh3kif4fr6r5q	66	23	of	of	IN
work_v2epug2k6jh73oh3kif4fr6r5q	66	24	the	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	66	25	average	average	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	66	26	density	density	NN
work_v2epug2k6jh73oh3kif4fr6r5q	66	27	of	of	IN
work_v2epug2k6jh73oh3kif4fr6r5q	66	28	strong	strong	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	66	29	vortex	vortex	NN
work_v2epug2k6jh73oh3kif4fr6r5q	66	30	pinning	pinning	NN
work_v2epug2k6jh73oh3kif4fr6r5q	66	31	centers.4,15	centers.4,15	''
work_v2epug2k6jh73oh3kif4fr6r5q	66	32	Match-	Match-	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	66	33	ing	ing	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	66	34	anomalies	anomaly	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	66	35	are	be	VBP
work_v2epug2k6jh73oh3kif4fr6r5q	66	36	most	most	RBS
work_v2epug2k6jh73oh3kif4fr6r5q	66	37	prominent	prominent	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	66	38	if	if	IN
work_v2epug2k6jh73oh3kif4fr6r5q	66	39	pinning	pinning	NN
work_v2epug2k6jh73oh3kif4fr6r5q	66	40	centers	center	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	66	41	have	have	VBP
work_v2epug2k6jh73oh3kif4fr6r5q	66	42	a	a	DT
work_v2epug2k6jh73oh3kif4fr6r5q	66	43	characteristic	characteristic	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	66	44	size	size	NN
work_v2epug2k6jh73oh3kif4fr6r5q	66	45	�	�	.
work_v2epug2k6jh73oh3kif4fr6r5q	66	46	�	�	,
work_v2epug2k6jh73oh3kif4fr6r5q	66	47	T	t	NN
work_v2epug2k6jh73oh3kif4fr6r5q	66	48	�	�	NN
work_v2epug2k6jh73oh3kif4fr6r5q	66	49	�	�	NN
work_v2epug2k6jh73oh3kif4fr6r5q	66	50	D	d	NN
work_v2epug2k6jh73oh3kif4fr6r5q	66	51	�	�	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	66	52	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	66	53	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	66	54	T	t	NN
work_v2epug2k6jh73oh3kif4fr6r5q	66	55	�	�	NN
work_v2epug2k6jh73oh3kif4fr6r5q	66	56	and	and	CC
work_v2epug2k6jh73oh3kif4fr6r5q	66	57	are	be	VBP
work_v2epug2k6jh73oh3kif4fr6r5q	66	58	located	locate	VBN
work_v2epug2k6jh73oh3kif4fr6r5q	66	59	on	on	IN
work_v2epug2k6jh73oh3kif4fr6r5q	66	60	a	a	DT
work_v2epug2k6jh73oh3kif4fr6r5q	66	61	peri-	peri-	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	66	62	odic	odic	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	66	63	lattice.21	lattice.21	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	66	64	The	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	66	65	SC	SC	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	66	66	/	/	SYM
work_v2epug2k6jh73oh3kif4fr6r5q	66	67	FM	FM	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	66	68	ML	ML	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	66	69	is	be	VBZ
work_v2epug2k6jh73oh3kif4fr6r5q	66	70	essentially	essentially	RB
work_v2epug2k6jh73oh3kif4fr6r5q	66	71	a	a	DT
work_v2epug2k6jh73oh3kif4fr6r5q	66	72	one-	one-	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	66	73	dimensional	dimensional	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	66	74	periodic	periodic	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	66	75	array	array	NN
work_v2epug2k6jh73oh3kif4fr6r5q	66	76	of	of	IN
work_v2epug2k6jh73oh3kif4fr6r5q	66	77	thin	thin	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	66	78	SC	SC	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	66	79	slabs	slab	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	66	80	spaced	space	VBN
work_v2epug2k6jh73oh3kif4fr6r5q	66	81	by	by	IN
work_v2epug2k6jh73oh3kif4fr6r5q	66	82	Ni	Ni	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	66	83	layers	layer	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	66	84	that	that	IN
work_v2epug2k6jh73oh3kif4fr6r5q	66	85	strongly	strongly	RB
work_v2epug2k6jh73oh3kif4fr6r5q	66	86	confine	confine	VBP
work_v2epug2k6jh73oh3kif4fr6r5q	66	87	vortices	vortex	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	66	88	when	when	WRB
work_v2epug2k6jh73oh3kif4fr6r5q	66	89	their	-PRON-	PRP$
work_v2epug2k6jh73oh3kif4fr6r5q	66	90	planar	planar	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	66	91	cross	cross	NN
work_v2epug2k6jh73oh3kif4fr6r5q	66	92	sections	section	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	66	93	are	be	VBP
work_v2epug2k6jh73oh3kif4fr6r5q	66	94	oriented	orient	VBN
work_v2epug2k6jh73oh3kif4fr6r5q	66	95	perpendicular	perpendicular	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	66	96	to	to	IN
work_v2epug2k6jh73oh3kif4fr6r5q	66	97	an	an	DT
work_v2epug2k6jh73oh3kif4fr6r5q	66	98	applied	applied	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	66	99	dc	dc	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	66	100	magnetic	magnetic	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	66	101	field	field	NN
work_v2epug2k6jh73oh3kif4fr6r5q	66	102	H.	H.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	66	103	A	a	DT
work_v2epug2k6jh73oh3kif4fr6r5q	66	104	related	related	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	66	105	matching	matching	NN
work_v2epug2k6jh73oh3kif4fr6r5q	66	106	effect	effect	NN
work_v2epug2k6jh73oh3kif4fr6r5q	66	107	has	have	VBZ
work_v2epug2k6jh73oh3kif4fr6r5q	66	108	been	be	VBN
work_v2epug2k6jh73oh3kif4fr6r5q	66	109	predicted22	predicted22	NNPS
work_v2epug2k6jh73oh3kif4fr6r5q	66	110	and	and	CC
work_v2epug2k6jh73oh3kif4fr6r5q	66	111	observed	observe	VBN
work_v2epug2k6jh73oh3kif4fr6r5q	66	112	in	in	IN
work_v2epug2k6jh73oh3kif4fr6r5q	66	113	ML	ML	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	66	114	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	66	115	Ref	Ref	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	66	116	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	67	1	23	23	CD
work_v2epug2k6jh73oh3kif4fr6r5q	67	2	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	67	3	when	when	WRB
work_v2epug2k6jh73oh3kif4fr6r5q	67	4	NL	NL	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	67	5	vortices	vortex	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	67	6	enter	enter	VBP
work_v2epug2k6jh73oh3kif4fr6r5q	67	7	in	in	IN
work_v2epug2k6jh73oh3kif4fr6r5q	67	8	succes-	succes-	NN
work_v2epug2k6jh73oh3kif4fr6r5q	67	9	sive	sive	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	67	10	chains	chain	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	67	11	aligned	align	VBD
work_v2epug2k6jh73oh3kif4fr6r5q	67	12	parallel	parallel	NN
work_v2epug2k6jh73oh3kif4fr6r5q	67	13	to	to	IN
work_v2epug2k6jh73oh3kif4fr6r5q	67	14	the	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	67	15	ML	ML	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	67	16	and	and	CC
work_v2epug2k6jh73oh3kif4fr6r5q	67	17	H	H	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	67	18	�	�	,
work_v2epug2k6jh73oh3kif4fr6r5q	67	19	an	an	DT
work_v2epug2k6jh73oh3kif4fr6r5q	67	20	average	average	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	67	21	oscillation	oscillation	NN
work_v2epug2k6jh73oh3kif4fr6r5q	67	22	period	period	NN
work_v2epug2k6jh73oh3kif4fr6r5q	67	23	of	of	IN
work_v2epug2k6jh73oh3kif4fr6r5q	67	24	70	70	CD
work_v2epug2k6jh73oh3kif4fr6r5q	67	25	mT	mT	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	67	26	implies4	implies4	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	67	27	NL	NL	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	67	28	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	67	29	2	2	CD
work_v2epug2k6jh73oh3kif4fr6r5q	67	30	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	67	31	10	10	CD
work_v2epug2k6jh73oh3kif4fr6r5q	67	32	3	3	CD
work_v2epug2k6jh73oh3kif4fr6r5q	67	33	�	�	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	67	34	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	68	1	More-	more-	RB
work_v2epug2k6jh73oh3kif4fr6r5q	68	2	over	over	RB
work_v2epug2k6jh73oh3kif4fr6r5q	68	3	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	68	4	calculations22,24,25	calculations22,24,25	VBZ
work_v2epug2k6jh73oh3kif4fr6r5q	68	5	predict	predict	VBP
work_v2epug2k6jh73oh3kif4fr6r5q	68	6	that	that	IN
work_v2epug2k6jh73oh3kif4fr6r5q	68	7	a	a	DT
work_v2epug2k6jh73oh3kif4fr6r5q	68	8	succession	succession	NN
work_v2epug2k6jh73oh3kif4fr6r5q	68	9	of	of	IN
work_v2epug2k6jh73oh3kif4fr6r5q	68	10	vortex	vortex	NN
work_v2epug2k6jh73oh3kif4fr6r5q	68	11	lattices	lattice	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	68	12	will	will	MD
work_v2epug2k6jh73oh3kif4fr6r5q	68	13	form	form	VB
work_v2epug2k6jh73oh3kif4fr6r5q	68	14	within	within	IN
work_v2epug2k6jh73oh3kif4fr6r5q	68	15	a	a	DT
work_v2epug2k6jh73oh3kif4fr6r5q	68	16	thin	thin	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	68	17	SC	SC	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	68	18	slab	slab	NN
work_v2epug2k6jh73oh3kif4fr6r5q	68	19	in	in	IN
work_v2epug2k6jh73oh3kif4fr6r5q	68	20	an	an	DT
work_v2epug2k6jh73oh3kif4fr6r5q	68	21	increasing	increase	VBG
work_v2epug2k6jh73oh3kif4fr6r5q	68	22	par-	par-	NN
work_v2epug2k6jh73oh3kif4fr6r5q	68	23	allel	allel	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	68	24	field	field	NN
work_v2epug2k6jh73oh3kif4fr6r5q	68	25	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	68	26	and	and	CC
work_v2epug2k6jh73oh3kif4fr6r5q	68	27	these	these	DT
work_v2epug2k6jh73oh3kif4fr6r5q	68	28	phases	phase	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	68	29	will	will	MD
work_v2epug2k6jh73oh3kif4fr6r5q	68	30	have	have	VB
work_v2epug2k6jh73oh3kif4fr6r5q	68	31	different	different	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	68	32	packing	packing	NN
work_v2epug2k6jh73oh3kif4fr6r5q	68	33	to-	to-	XX
work_v2epug2k6jh73oh3kif4fr6r5q	68	34	pologies	pologie	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	68	35	whose	whose	WP$
work_v2epug2k6jh73oh3kif4fr6r5q	68	36	ranges	range	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	68	37	of	of	IN
work_v2epug2k6jh73oh3kif4fr6r5q	68	38	stability	stability	NN
work_v2epug2k6jh73oh3kif4fr6r5q	68	39	may	may	MD
work_v2epug2k6jh73oh3kif4fr6r5q	68	40	not	not	RB
work_v2epug2k6jh73oh3kif4fr6r5q	68	41	be	be	VB
work_v2epug2k6jh73oh3kif4fr6r5q	68	42	strictly	strictly	RB
work_v2epug2k6jh73oh3kif4fr6r5q	68	43	peri-	peri-	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	68	44	odic	odic	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	68	45	in	in	IN
work_v2epug2k6jh73oh3kif4fr6r5q	68	46	applied	applied	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	68	47	field	field	NN
work_v2epug2k6jh73oh3kif4fr6r5q	68	48	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	69	1	However	however	RB
work_v2epug2k6jh73oh3kif4fr6r5q	69	2	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	69	3	matching	match	VBG
work_v2epug2k6jh73oh3kif4fr6r5q	69	4	analyses	analysis	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	69	5	of	of	IN
work_v2epug2k6jh73oh3kif4fr6r5q	69	6	parallel	parallel	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	69	7	dc	dc	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	69	8	field	field	NN
work_v2epug2k6jh73oh3kif4fr6r5q	69	9	data	datum	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	69	10	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	69	11	Fig	fig	NN
work_v2epug2k6jh73oh3kif4fr6r5q	69	12	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	70	1	3	3	LS
work_v2epug2k6jh73oh3kif4fr6r5q	70	2	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	70	3	do	do	VBP
work_v2epug2k6jh73oh3kif4fr6r5q	70	4	not	not	RB
work_v2epug2k6jh73oh3kif4fr6r5q	70	5	clearly	clearly	RB
work_v2epug2k6jh73oh3kif4fr6r5q	70	6	discriminate	discriminate	VB
work_v2epug2k6jh73oh3kif4fr6r5q	70	7	between	between	IN
work_v2epug2k6jh73oh3kif4fr6r5q	70	8	cases	case	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	70	9	for	for	IN
work_v2epug2k6jh73oh3kif4fr6r5q	70	10	which	which	WDT
work_v2epug2k6jh73oh3kif4fr6r5q	70	11	there	there	EX
work_v2epug2k6jh73oh3kif4fr6r5q	70	12	is	be	VBZ
work_v2epug2k6jh73oh3kif4fr6r5q	70	13	either	either	CC
work_v2epug2k6jh73oh3kif4fr6r5q	70	14	a	a	DT
work_v2epug2k6jh73oh3kif4fr6r5q	70	15	nonzero	nonzero	NN
work_v2epug2k6jh73oh3kif4fr6r5q	70	16	SC	SC	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	70	17	order	order	NN
work_v2epug2k6jh73oh3kif4fr6r5q	70	18	parameter	parameter	NN
work_v2epug2k6jh73oh3kif4fr6r5q	70	19	within	within	IN
work_v2epug2k6jh73oh3kif4fr6r5q	70	20	the	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	70	21	Ni	Ni	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	70	22	layers	layer	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	70	23	or	or	CC
work_v2epug2k6jh73oh3kif4fr6r5q	70	24	isolated	isolate	VBN
work_v2epug2k6jh73oh3kif4fr6r5q	70	25	SC	SC	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	70	26	Nb	Nb	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	70	27	layers	layer	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	70	28	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	70	29	having	have	VBG
work_v2epug2k6jh73oh3kif4fr6r5q	70	30	distinct	distinct	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	70	31	TC	TC	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	70	32	’s	’s	POS
work_v2epug2k6jh73oh3kif4fr6r5q	70	33	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	70	34	sepa-	sepa-	NN
work_v2epug2k6jh73oh3kif4fr6r5q	70	35	rated	rate	VBN
work_v2epug2k6jh73oh3kif4fr6r5q	70	36	by	by	IN
work_v2epug2k6jh73oh3kif4fr6r5q	70	37	Ni	Ni	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	70	38	layers	layer	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	70	39	having	have	VBG
work_v2epug2k6jh73oh3kif4fr6r5q	70	40	zero	zero	CD
work_v2epug2k6jh73oh3kif4fr6r5q	70	41	SC	SC	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	70	42	order	order	NN
work_v2epug2k6jh73oh3kif4fr6r5q	70	43	parameter.4	parameter.4	CD
work_v2epug2k6jh73oh3kif4fr6r5q	70	44	Additional	Additional	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	70	45	VR	VR	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	70	46	data	datum	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	70	47	were	be	VBD
work_v2epug2k6jh73oh3kif4fr6r5q	70	48	acquired	acquire	VBN
work_v2epug2k6jh73oh3kif4fr6r5q	70	49	at	at	IN
work_v2epug2k6jh73oh3kif4fr6r5q	70	50	piezoelectric	piezoelectric	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	70	51	drives	drive	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	70	52	of	of	IN
work_v2epug2k6jh73oh3kif4fr6r5q	70	53	5	5	CD
work_v2epug2k6jh73oh3kif4fr6r5q	70	54	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	70	55	10	10	CD
work_v2epug2k6jh73oh3kif4fr6r5q	70	56	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	70	57	26	26	CD
work_v2epug2k6jh73oh3kif4fr6r5q	70	58	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	70	59	and	and	CC
work_v2epug2k6jh73oh3kif4fr6r5q	70	60	50	50	CD
work_v2epug2k6jh73oh3kif4fr6r5q	70	61	mV	mV	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	70	62	at	at	IN
work_v2epug2k6jh73oh3kif4fr6r5q	70	63	selected	select	VBN
work_v2epug2k6jh73oh3kif4fr6r5q	70	64	dc	dc	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	70	65	fields	field	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	70	66	of	of	IN
work_v2epug2k6jh73oh3kif4fr6r5q	70	67	0.08	0.08	CD
work_v2epug2k6jh73oh3kif4fr6r5q	70	68	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	70	69	0.10	0.10	CD
work_v2epug2k6jh73oh3kif4fr6r5q	70	70	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	70	71	0.36	0.36	CD
work_v2epug2k6jh73oh3kif4fr6r5q	70	72	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	70	73	and	and	CC
work_v2epug2k6jh73oh3kif4fr6r5q	70	74	0.62	0.62	CD
work_v2epug2k6jh73oh3kif4fr6r5q	70	75	T	t	NN
work_v2epug2k6jh73oh3kif4fr6r5q	70	76	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	70	77	at	at	IN
work_v2epug2k6jh73oh3kif4fr6r5q	70	78	which	which	WDT
work_v2epug2k6jh73oh3kif4fr6r5q	70	79	thermal	thermal	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	70	80	hysteresis	hysteresis	NN
work_v2epug2k6jh73oh3kif4fr6r5q	70	81	was	be	VBD
work_v2epug2k6jh73oh3kif4fr6r5q	70	82	observed	observe	VBN
work_v2epug2k6jh73oh3kif4fr6r5q	70	83	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	71	1	The	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	71	2	SC	SC	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	71	3	onsets	onset	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	71	4	exhibited	exhibit	VBD
work_v2epug2k6jh73oh3kif4fr6r5q	71	5	extraordinary	extraordinary	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	71	6	downshifts	downshift	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	71	7	of	of	IN
work_v2epug2k6jh73oh3kif4fr6r5q	71	8	0.5	0.5	CD
work_v2epug2k6jh73oh3kif4fr6r5q	71	9	–	–	:
work_v2epug2k6jh73oh3kif4fr6r5q	71	10	1.0	1.0	CD
work_v2epug2k6jh73oh3kif4fr6r5q	71	11	K	k	NN
work_v2epug2k6jh73oh3kif4fr6r5q	71	12	with	with	IN
work_v2epug2k6jh73oh3kif4fr6r5q	71	13	increasing	increase	VBG
work_v2epug2k6jh73oh3kif4fr6r5q	71	14	VR	vr	NN
work_v2epug2k6jh73oh3kif4fr6r5q	71	15	drive	drive	NN
work_v2epug2k6jh73oh3kif4fr6r5q	71	16	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	71	17	indicating	indicate	VBG
work_v2epug2k6jh73oh3kif4fr6r5q	71	18	weak	weak	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	71	19	vortex	vortex	NN
work_v2epug2k6jh73oh3kif4fr6r5q	71	20	pinning	pinning	NN
work_v2epug2k6jh73oh3kif4fr6r5q	71	21	and	and	CC
work_v2epug2k6jh73oh3kif4fr6r5q	71	22	nonequilibrium	nonequilibrium	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	71	23	vortex	vortex	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	71	24	lattice	lattice	NN
work_v2epug2k6jh73oh3kif4fr6r5q	71	25	disorder	disorder	NN
work_v2epug2k6jh73oh3kif4fr6r5q	71	26	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	72	1	The	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	72	2	line	line	NN
work_v2epug2k6jh73oh3kif4fr6r5q	72	3	of	of	IN
work_v2epug2k6jh73oh3kif4fr6r5q	72	4	onsets	onset	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	72	5	near	near	IN
work_v2epug2k6jh73oh3kif4fr6r5q	72	6	6.5	6.5	CD
work_v2epug2k6jh73oh3kif4fr6r5q	72	7	K	k	NN
work_v2epug2k6jh73oh3kif4fr6r5q	72	8	was	be	VBD
work_v2epug2k6jh73oh3kif4fr6r5q	72	9	found	find	VBN
work_v2epug2k6jh73oh3kif4fr6r5q	72	10	to	to	TO
work_v2epug2k6jh73oh3kif4fr6r5q	72	11	extend	extend	VB
work_v2epug2k6jh73oh3kif4fr6r5q	72	12	to	to	IN
work_v2epug2k6jh73oh3kif4fr6r5q	72	13	at	at	RB
work_v2epug2k6jh73oh3kif4fr6r5q	72	14	least	least	JJS
work_v2epug2k6jh73oh3kif4fr6r5q	72	15	0.62	0.62	CD
work_v2epug2k6jh73oh3kif4fr6r5q	72	16	T	t	NN
work_v2epug2k6jh73oh3kif4fr6r5q	72	17	for	for	IN
work_v2epug2k6jh73oh3kif4fr6r5q	72	18	drives	drive	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	72	19	of	of	IN
work_v2epug2k6jh73oh3kif4fr6r5q	72	20	5	5	CD
work_v2epug2k6jh73oh3kif4fr6r5q	72	21	–	–	SYM
work_v2epug2k6jh73oh3kif4fr6r5q	72	22	26	26	CD
work_v2epug2k6jh73oh3kif4fr6r5q	72	23	mV	mv	CD
work_v2epug2k6jh73oh3kif4fr6r5q	72	24	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	72	25	but	but	CC
work_v2epug2k6jh73oh3kif4fr6r5q	72	26	disappeared	disappear	VBD
work_v2epug2k6jh73oh3kif4fr6r5q	72	27	at	at	IN
work_v2epug2k6jh73oh3kif4fr6r5q	72	28	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	72	29	oH	oh	UH
work_v2epug2k6jh73oh3kif4fr6r5q	72	30	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	72	31	0.2	0.2	CD
work_v2epug2k6jh73oh3kif4fr6r5q	72	32	T	t	NN
work_v2epug2k6jh73oh3kif4fr6r5q	72	33	for	for	IN
work_v2epug2k6jh73oh3kif4fr6r5q	72	34	drives	drive	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	72	35	V	v	CD
work_v2epug2k6jh73oh3kif4fr6r5q	72	36	50	50	CD
work_v2epug2k6jh73oh3kif4fr6r5q	72	37	mV	mV	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	72	38	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	72	39	whereas	whereas	IN
work_v2epug2k6jh73oh3kif4fr6r5q	72	40	a	a	DT
work_v2epug2k6jh73oh3kif4fr6r5q	72	41	line	line	NN
work_v2epug2k6jh73oh3kif4fr6r5q	72	42	of	of	IN
work_v2epug2k6jh73oh3kif4fr6r5q	72	43	anomalies	anomaly	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	72	44	near	near	IN
work_v2epug2k6jh73oh3kif4fr6r5q	72	45	6.0	6.0	CD
work_v2epug2k6jh73oh3kif4fr6r5q	72	46	K	k	NN
work_v2epug2k6jh73oh3kif4fr6r5q	72	47	was	be	VBD
work_v2epug2k6jh73oh3kif4fr6r5q	72	48	found	find	VBN
work_v2epug2k6jh73oh3kif4fr6r5q	72	49	to	to	TO
work_v2epug2k6jh73oh3kif4fr6r5q	72	50	terminate	terminate	VB
work_v2epug2k6jh73oh3kif4fr6r5q	72	51	at	at	IN
work_v2epug2k6jh73oh3kif4fr6r5q	72	52	0.62	0.62	CD
work_v2epug2k6jh73oh3kif4fr6r5q	72	53	T	t	NN
work_v2epug2k6jh73oh3kif4fr6r5q	72	54	for	for	IN
work_v2epug2k6jh73oh3kif4fr6r5q	72	55	V	V	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	72	56	26	26	CD
work_v2epug2k6jh73oh3kif4fr6r5q	72	57	mV	mV	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	72	58	�	�	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	72	59	see	see	VB
work_v2epug2k6jh73oh3kif4fr6r5q	72	60	Fig	fig	NN
work_v2epug2k6jh73oh3kif4fr6r5q	72	61	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	73	1	2	2	LS
work_v2epug2k6jh73oh3kif4fr6r5q	73	2	�	�	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	73	3	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	74	1	The	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	74	2	downshift	downshift	NN
work_v2epug2k6jh73oh3kif4fr6r5q	74	3	of	of	IN
work_v2epug2k6jh73oh3kif4fr6r5q	74	4	the	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	74	5	SC	SC	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	74	6	onset	onset	NN
work_v2epug2k6jh73oh3kif4fr6r5q	74	7	near	near	IN
work_v2epug2k6jh73oh3kif4fr6r5q	74	8	0.2	0.2	CD
work_v2epug2k6jh73oh3kif4fr6r5q	74	9	T	T	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	74	10	�	�	NN
work_v2epug2k6jh73oh3kif4fr6r5q	74	11	0.62	0.62	CD
work_v2epug2k6jh73oh3kif4fr6r5q	74	12	T	t	NN
work_v2epug2k6jh73oh3kif4fr6r5q	74	13	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	74	14	therefore	therefore	RB
work_v2epug2k6jh73oh3kif4fr6r5q	74	15	marks	mark	VBZ
work_v2epug2k6jh73oh3kif4fr6r5q	74	16	a	a	DT
work_v2epug2k6jh73oh3kif4fr6r5q	74	17	hysteretic	hysteretic	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	74	18	jump	jump	NN
work_v2epug2k6jh73oh3kif4fr6r5q	74	19	from	from	IN
work_v2epug2k6jh73oh3kif4fr6r5q	74	20	the	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	74	21	6.5	6.5	CD
work_v2epug2k6jh73oh3kif4fr6r5q	74	22	to	to	TO
work_v2epug2k6jh73oh3kif4fr6r5q	74	23	6.0	6.0	CD
work_v2epug2k6jh73oh3kif4fr6r5q	74	24	K	K	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	74	25	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	74	26	6.0	6.0	CD
work_v2epug2k6jh73oh3kif4fr6r5q	74	27	–	–	:
work_v2epug2k6jh73oh3kif4fr6r5q	74	28	5.5	5.5	CD
work_v2epug2k6jh73oh3kif4fr6r5q	74	29	K	K	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	74	30	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	74	31	“	"	``
work_v2epug2k6jh73oh3kif4fr6r5q	74	32	transition	transition	NN
work_v2epug2k6jh73oh3kif4fr6r5q	74	33	line	line	NN
work_v2epug2k6jh73oh3kif4fr6r5q	74	34	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	74	35	”	"	''
work_v2epug2k6jh73oh3kif4fr6r5q	74	36	possibly	possibly	RB
work_v2epug2k6jh73oh3kif4fr6r5q	74	37	due	due	IN
work_v2epug2k6jh73oh3kif4fr6r5q	74	38	to	to	IN
work_v2epug2k6jh73oh3kif4fr6r5q	74	39	an	an	DT
work_v2epug2k6jh73oh3kif4fr6r5q	74	40	increase	increase	NN
work_v2epug2k6jh73oh3kif4fr6r5q	74	41	in	in	IN
work_v2epug2k6jh73oh3kif4fr6r5q	74	42	SC	SC	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	74	43	currents	current	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	74	44	that	that	WDT
work_v2epug2k6jh73oh3kif4fr6r5q	74	45	drive	drive	VBP
work_v2epug2k6jh73oh3kif4fr6r5q	74	46	the	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	74	47	vortex	vortex	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	74	48	lattice	lattice	NN
work_v2epug2k6jh73oh3kif4fr6r5q	74	49	and	and	CC
work_v2epug2k6jh73oh3kif4fr6r5q	74	50	have	have	VBP
work_v2epug2k6jh73oh3kif4fr6r5q	74	51	the	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	74	52	potential	potential	NN
work_v2epug2k6jh73oh3kif4fr6r5q	74	53	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	74	54	for	for	IN
work_v2epug2k6jh73oh3kif4fr6r5q	74	55	criti-	criti-	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	74	56	cal	cal	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	74	57	current	current	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	74	58	densities	density	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	74	59	JC	JC	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	74	60	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	74	61	10	10	CD
work_v2epug2k6jh73oh3kif4fr6r5q	74	62	7	7	CD
work_v2epug2k6jh73oh3kif4fr6r5q	74	63	A	a	NN
work_v2epug2k6jh73oh3kif4fr6r5q	74	64	/	/	SYM
work_v2epug2k6jh73oh3kif4fr6r5q	74	65	cm2	cm2	NN
work_v2epug2k6jh73oh3kif4fr6r5q	74	66	�	�	,
work_v2epug2k6jh73oh3kif4fr6r5q	74	67	to	to	TO
work_v2epug2k6jh73oh3kif4fr6r5q	74	68	switch	switch	VB
work_v2epug2k6jh73oh3kif4fr6r5q	74	69	the	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	74	70	magneti-	magneti-	NN
work_v2epug2k6jh73oh3kif4fr6r5q	74	71	zation	zation	NN
work_v2epug2k6jh73oh3kif4fr6r5q	74	72	direction	direction	NN
work_v2epug2k6jh73oh3kif4fr6r5q	74	73	of	of	IN
work_v2epug2k6jh73oh3kif4fr6r5q	74	74	Ni	Ni	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	74	75	domains	domain	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	74	76	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	75	1	Both	both	DT
work_v2epug2k6jh73oh3kif4fr6r5q	75	2	VR	vr	NN
work_v2epug2k6jh73oh3kif4fr6r5q	75	3	and	and	CC
work_v2epug2k6jh73oh3kif4fr6r5q	75	4	ac	ac	NN
work_v2epug2k6jh73oh3kif4fr6r5q	75	5	SQUID	SQUID	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	75	6	magnetometry	magnetometry	NN
work_v2epug2k6jh73oh3kif4fr6r5q	75	7	sensitively	sensitively	RB
work_v2epug2k6jh73oh3kif4fr6r5q	75	8	probe	probe	VBP
work_v2epug2k6jh73oh3kif4fr6r5q	75	9	the	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	75	10	pinning	pinning	NN
work_v2epug2k6jh73oh3kif4fr6r5q	75	11	and	and	CC
work_v2epug2k6jh73oh3kif4fr6r5q	75	12	dynamics	dynamic	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	75	13	of	of	IN
work_v2epug2k6jh73oh3kif4fr6r5q	75	14	Abrikosov	Abrikosov	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	75	15	vortices,18	vortices,18	NN
work_v2epug2k6jh73oh3kif4fr6r5q	75	16	and	and	CC
work_v2epug2k6jh73oh3kif4fr6r5q	75	17	the	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	75	18	anomalies	anomaly	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	75	19	of	of	IN
work_v2epug2k6jh73oh3kif4fr6r5q	75	20	Figs	fig	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	75	21	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	76	1	1–3	1–3	CD
work_v2epug2k6jh73oh3kif4fr6r5q	76	2	are	be	VBP
work_v2epug2k6jh73oh3kif4fr6r5q	76	3	clearly	clearly	RB
work_v2epug2k6jh73oh3kif4fr6r5q	76	4	affected	affect	VBN
work_v2epug2k6jh73oh3kif4fr6r5q	76	5	by	by	IN
work_v2epug2k6jh73oh3kif4fr6r5q	76	6	vortex	vortex	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	76	7	dynam-	dynam-	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	76	8	ics	ics	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	76	9	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	76	10	but	but	CC
work_v2epug2k6jh73oh3kif4fr6r5q	76	11	since	since	IN
work_v2epug2k6jh73oh3kif4fr6r5q	76	12	the	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	76	13	local	local	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	76	14	vortex	vortex	NN
work_v2epug2k6jh73oh3kif4fr6r5q	76	15	pinning	pin	VBG
work_v2epug2k6jh73oh3kif4fr6r5q	76	16	force	force	NN
work_v2epug2k6jh73oh3kif4fr6r5q	76	17	is	be	VBZ
work_v2epug2k6jh73oh3kif4fr6r5q	76	18	proportional	proportional	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	76	19	to	to	IN
work_v2epug2k6jh73oh3kif4fr6r5q	76	20	the	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	76	21	spatial	spatial	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	76	22	gradient	gradient	NN
work_v2epug2k6jh73oh3kif4fr6r5q	76	23	of	of	IN
work_v2epug2k6jh73oh3kif4fr6r5q	76	24	the	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	76	25	squared	square	VBN
work_v2epug2k6jh73oh3kif4fr6r5q	76	26	sc	sc	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	76	27	order	order	NN
work_v2epug2k6jh73oh3kif4fr6r5q	76	28	parameter	parameter	NN
work_v2epug2k6jh73oh3kif4fr6r5q	76	29	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	76	30	the	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	76	31	anomalies	anomaly	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	76	32	nevertheless	nevertheless	RB
work_v2epug2k6jh73oh3kif4fr6r5q	76	33	reflect	reflect	VBP
work_v2epug2k6jh73oh3kif4fr6r5q	76	34	unusually	unusually	RB
work_v2epug2k6jh73oh3kif4fr6r5q	76	35	strong	strong	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	76	36	variations	variation	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	76	37	in	in	IN
work_v2epug2k6jh73oh3kif4fr6r5q	76	38	the	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	76	39	stability	stability	NN
work_v2epug2k6jh73oh3kif4fr6r5q	76	40	of	of	IN
work_v2epug2k6jh73oh3kif4fr6r5q	76	41	the	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	76	42	sc	sc	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	76	43	state	state	NN
work_v2epug2k6jh73oh3kif4fr6r5q	76	44	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	77	1	Since	since	IN
work_v2epug2k6jh73oh3kif4fr6r5q	77	2	both	both	CC
work_v2epug2k6jh73oh3kif4fr6r5q	77	3	the	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	77	4	real	real	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	77	5	and	and	CC
work_v2epug2k6jh73oh3kif4fr6r5q	77	6	imaginary	imaginary	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	77	7	parts	part	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	77	8	of	of	IN
work_v2epug2k6jh73oh3kif4fr6r5q	77	9	the	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	77	10	VR	VR	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	77	11	signal	signal	NN
work_v2epug2k6jh73oh3kif4fr6r5q	77	12	behave	behave	VBP
work_v2epug2k6jh73oh3kif4fr6r5q	77	13	similarly	similarly	RB
work_v2epug2k6jh73oh3kif4fr6r5q	77	14	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	77	15	the	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	77	16	anomalies	anomaly	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	77	17	of	of	IN
work_v2epug2k6jh73oh3kif4fr6r5q	77	18	Fig	Fig	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	77	19	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	78	1	2	2	LS
work_v2epug2k6jh73oh3kif4fr6r5q	78	2	may	may	MD
work_v2epug2k6jh73oh3kif4fr6r5q	78	3	well	well	RB
work_v2epug2k6jh73oh3kif4fr6r5q	78	4	reflect	reflect	VB
work_v2epug2k6jh73oh3kif4fr6r5q	78	5	SC	SC	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	78	6	phase	phase	NN
work_v2epug2k6jh73oh3kif4fr6r5q	78	7	transition	transition	NN
work_v2epug2k6jh73oh3kif4fr6r5q	78	8	lines	line	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	78	9	for	for	IN
work_v2epug2k6jh73oh3kif4fr6r5q	78	10	the	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	78	11	entire	entire	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	78	12	ML	ml	NN
work_v2epug2k6jh73oh3kif4fr6r5q	78	13	or	or	CC
work_v2epug2k6jh73oh3kif4fr6r5q	78	14	for	for	IN
work_v2epug2k6jh73oh3kif4fr6r5q	78	15	individual	individual	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	78	16	Nb	Nb	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	78	17	layers	layer	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	78	18	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	79	1	The	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	79	2	possibility	possibility	NN
work_v2epug2k6jh73oh3kif4fr6r5q	79	3	remains	remain	VBZ
work_v2epug2k6jh73oh3kif4fr6r5q	79	4	open	open	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	79	5	that	that	IN
work_v2epug2k6jh73oh3kif4fr6r5q	79	6	they	-PRON-	PRP
work_v2epug2k6jh73oh3kif4fr6r5q	79	7	are	be	VBP
work_v2epug2k6jh73oh3kif4fr6r5q	79	8	caused	cause	VBN
work_v2epug2k6jh73oh3kif4fr6r5q	79	9	by	by	IN
work_v2epug2k6jh73oh3kif4fr6r5q	79	10	changes	change	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	79	11	in	in	IN
work_v2epug2k6jh73oh3kif4fr6r5q	79	12	the	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	79	13	Ni	Ni	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	79	14	-	-	HYPH
work_v2epug2k6jh73oh3kif4fr6r5q	79	15	layer	layer	NN
work_v2epug2k6jh73oh3kif4fr6r5q	79	16	magnetizations	magnetization	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	79	17	that	that	WDT
work_v2epug2k6jh73oh3kif4fr6r5q	79	18	alter	alter	VBP
work_v2epug2k6jh73oh3kif4fr6r5q	79	19	the	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	79	20	phase	phase	NN
work_v2epug2k6jh73oh3kif4fr6r5q	79	21	and	and	CC
work_v2epug2k6jh73oh3kif4fr6r5q	79	22	coupling	coupling	NN
work_v2epug2k6jh73oh3kif4fr6r5q	79	23	between	between	IN
work_v2epug2k6jh73oh3kif4fr6r5q	79	24	the	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	79	25	SC	SC	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	79	26	order	order	VBP
work_v2epug2k6jh73oh3kif4fr6r5q	79	27	pa-	pa-	XX
work_v2epug2k6jh73oh3kif4fr6r5q	79	28	rameter	rameter	NN
work_v2epug2k6jh73oh3kif4fr6r5q	79	29	of	of	IN
work_v2epug2k6jh73oh3kif4fr6r5q	79	30	adjacent	adjacent	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	79	31	Nb	Nb	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	79	32	layers	layer	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	79	33	with	with	IN
work_v2epug2k6jh73oh3kif4fr6r5q	79	34	applied	applied	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	79	35	dc	dc	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	79	36	field	field	NN
work_v2epug2k6jh73oh3kif4fr6r5q	79	37	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	80	1	Research	research	NN
work_v2epug2k6jh73oh3kif4fr6r5q	80	2	at	at	IN
work_v2epug2k6jh73oh3kif4fr6r5q	80	3	University	University	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	80	4	of	of	IN
work_v2epug2k6jh73oh3kif4fr6r5q	80	5	Kentucky	Kentucky	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	80	6	supported	support	VBN
work_v2epug2k6jh73oh3kif4fr6r5q	80	7	by	by	IN
work_v2epug2k6jh73oh3kif4fr6r5q	80	8	U.S.	U.S.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	80	9	Department	Department	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	80	10	of	of	IN
work_v2epug2k6jh73oh3kif4fr6r5q	80	11	Energy	Energy	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	80	12	and	and	CC
work_v2epug2k6jh73oh3kif4fr6r5q	80	13	Kentucky	Kentucky	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	80	14	Science	Science	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	80	15	and	and	CC
work_v2epug2k6jh73oh3kif4fr6r5q	80	16	Engineer-	Engineer-	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	80	17	ing	ing	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	80	18	Foundation	Foundation	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	80	19	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	81	1	Research	research	NN
work_v2epug2k6jh73oh3kif4fr6r5q	81	2	at	at	IN
work_v2epug2k6jh73oh3kif4fr6r5q	81	3	Universidad	Universidad	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	81	4	Complutense	Complutense	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	81	5	supported	support	VBN
work_v2epug2k6jh73oh3kif4fr6r5q	81	6	by	by	IN
work_v2epug2k6jh73oh3kif4fr6r5q	81	7	Spanish	spanish	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	81	8	Ministerio	Ministerio	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	81	9	de	de	IN
work_v2epug2k6jh73oh3kif4fr6r5q	81	10	Educacion	Educacion	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	81	11	y	y	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	81	12	Ciencia	Ciencia	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	81	13	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	81	14	Comunidad	Comunidad	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	81	15	de	de	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	81	16	Madrid	Madrid	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	81	17	y	y	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	81	18	Santander	Santander	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	81	19	-	-	HYPH
work_v2epug2k6jh73oh3kif4fr6r5q	81	20	UCM	UCM	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	81	21	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	82	1	One	one	CD
work_v2epug2k6jh73oh3kif4fr6r5q	82	2	of	of	IN
work_v2epug2k6jh73oh3kif4fr6r5q	82	3	the	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	82	4	authors	author	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	82	5	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	82	6	A.G.J.	A.G.J.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	82	7	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	82	8	was	be	VBD
work_v2epug2k6jh73oh3kif4fr6r5q	82	9	supported	support	VBN
work_v2epug2k6jh73oh3kif4fr6r5q	82	10	by	by	IN
work_v2epug2k6jh73oh3kif4fr6r5q	82	11	an	an	DT
work_v2epug2k6jh73oh3kif4fr6r5q	82	12	Indian	Indian	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	82	13	Department	Department	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	82	14	of	of	IN
work_v2epug2k6jh73oh3kif4fr6r5q	82	15	Science	Science	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	82	16	and	and	CC
work_v2epug2k6jh73oh3kif4fr6r5q	82	17	Technology	Technology	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	82	18	BOYSCAST	BOYSCAST	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	82	19	Fellowship	fellowship	NN
work_v2epug2k6jh73oh3kif4fr6r5q	82	20	No	no	NN
work_v2epug2k6jh73oh3kif4fr6r5q	82	21	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	83	1	SR	SR	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	83	2	/	/	SYM
work_v2epug2k6jh73oh3kif4fr6r5q	83	3	BY	BY	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	83	4	/	/	SYM
work_v2epug2k6jh73oh3kif4fr6r5q	83	5	P-01/	p-01/	SYM
work_v2epug2k6jh73oh3kif4fr6r5q	83	6	04	04	CD
work_v2epug2k6jh73oh3kif4fr6r5q	83	7	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	84	1	1B.	1b.	XX
work_v2epug2k6jh73oh3kif4fr6r5q	85	1	Y.	Y.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	85	2	Jin	Jin	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	85	3	and	and	CC
work_v2epug2k6jh73oh3kif4fr6r5q	85	4	J.	J.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	86	1	B.	B.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	86	2	Ketterson	Ketterson	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	86	3	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	86	4	Adv	Adv	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	86	5	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	87	1	Phys	phys	NN
work_v2epug2k6jh73oh3kif4fr6r5q	87	2	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	88	1	38	38	CD
work_v2epug2k6jh73oh3kif4fr6r5q	88	2	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	88	3	189	189	CD
work_v2epug2k6jh73oh3kif4fr6r5q	88	4	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	88	5	1989	1989	CD
work_v2epug2k6jh73oh3kif4fr6r5q	88	6	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	88	7	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	89	1	2M.	2m.	LS
work_v2epug2k6jh73oh3kif4fr6r5q	90	1	B.	B.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	91	1	Maple	Maple	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	91	2	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	91	3	Physica	Physica	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	91	4	B	B	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	91	5	215	215	CD
work_v2epug2k6jh73oh3kif4fr6r5q	91	6	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	91	7	110	110	CD
work_v2epug2k6jh73oh3kif4fr6r5q	91	8	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	91	9	1995	1995	CD
work_v2epug2k6jh73oh3kif4fr6r5q	91	10	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	91	11	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	92	1	3J.	3j.	LS
work_v2epug2k6jh73oh3kif4fr6r5q	93	1	E.	E.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	93	2	Villegas	Villegas	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	93	3	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	93	4	E.	E.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	93	5	Navarro	Navarro	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	93	6	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	93	7	D.	D.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	93	8	Jaque	Jaque	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	93	9	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	93	10	E.	E.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	93	11	M.	M.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	93	12	Gonzalez	Gonzalez	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	93	13	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	93	14	J.	J.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	93	15	I.	I.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	93	16	Martin	Martin	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	93	17	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	93	18	and	and	CC
work_v2epug2k6jh73oh3kif4fr6r5q	93	19	J.	J.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	93	20	L.	L.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	93	21	Vicent	Vicent	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	93	22	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	93	23	Physica	Physica	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	93	24	C	C	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	93	25	369	369	CD
work_v2epug2k6jh73oh3kif4fr6r5q	93	26	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	93	27	213	213	CD
work_v2epug2k6jh73oh3kif4fr6r5q	93	28	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	93	29	2002	2002	CD
work_v2epug2k6jh73oh3kif4fr6r5q	93	30	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	93	31	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	94	1	4L.	4l.	LS
work_v2epug2k6jh73oh3kif4fr6r5q	95	1	E.	E.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	95	2	De	De	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	95	3	Long	Long	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	95	4	et	et	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	95	5	al	al	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	95	6	.	.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	95	7	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	95	8	Philos	Philos	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	95	9	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	96	1	Mag	mag	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	96	2	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	97	1	86	86	CD
work_v2epug2k6jh73oh3kif4fr6r5q	97	2	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	97	3	2735	2735	CD
work_v2epug2k6jh73oh3kif4fr6r5q	97	4	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	97	5	2006	2006	CD
work_v2epug2k6jh73oh3kif4fr6r5q	97	6	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	97	7	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	98	1	5Yu	5yu	LS
work_v2epug2k6jh73oh3kif4fr6r5q	98	2	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	99	1	A.	A.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	99	2	Izyumov	Izyumov	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	99	3	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	99	4	Yu	Yu	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	99	5	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	100	1	N.	N.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	100	2	Proshin	Proshin	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	100	3	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	100	4	and	and	CC
work_v2epug2k6jh73oh3kif4fr6r5q	100	5	M.	M.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	100	6	G.	G.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	100	7	Khusainov	Khusainov	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	100	8	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	100	9	Phys	Phys	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	100	10	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	101	1	Usp	usp	VB
work_v2epug2k6jh73oh3kif4fr6r5q	101	2	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	102	1	45	45	CD
work_v2epug2k6jh73oh3kif4fr6r5q	102	2	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	102	3	109	109	CD
work_v2epug2k6jh73oh3kif4fr6r5q	102	4	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	102	5	2002	2002	CD
work_v2epug2k6jh73oh3kif4fr6r5q	102	6	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	102	7	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	103	1	6See	6See	``
work_v2epug2k6jh73oh3kif4fr6r5q	103	2	review	review	NN
work_v2epug2k6jh73oh3kif4fr6r5q	103	3	of	of	IN
work_v2epug2k6jh73oh3kif4fr6r5q	103	4	early	early	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	103	5	work	work	NN
work_v2epug2k6jh73oh3kif4fr6r5q	103	6	in	in	IN
work_v2epug2k6jh73oh3kif4fr6r5q	103	7	C.	C.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	103	8	L.	L.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	103	9	Chien	Chien	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	103	10	and	and	CC
work_v2epug2k6jh73oh3kif4fr6r5q	103	11	D.	D.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	103	12	H.	H.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	103	13	Reich	Reich	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	103	14	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	103	15	J.	J.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	103	16	Magn	Magn	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	103	17	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	104	1	Magn	magn	NN
work_v2epug2k6jh73oh3kif4fr6r5q	104	2	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	105	1	Mater	Mater	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	105	2	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	106	1	200	200	CD
work_v2epug2k6jh73oh3kif4fr6r5q	106	2	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	106	3	83	83	CD
work_v2epug2k6jh73oh3kif4fr6r5q	106	4	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	106	5	1999	1999	CD
work_v2epug2k6jh73oh3kif4fr6r5q	106	6	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	106	7	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	107	1	7See	7See	``
work_v2epug2k6jh73oh3kif4fr6r5q	107	2	recent	recent	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	107	3	work	work	NN
work_v2epug2k6jh73oh3kif4fr6r5q	107	4	in	in	IN
work_v2epug2k6jh73oh3kif4fr6r5q	107	5	C.	C.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	107	6	R.	R.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	107	7	Phys	Phys	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	107	8	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	108	1	7	7	CD
work_v2epug2k6jh73oh3kif4fr6r5q	108	2	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	108	3	1	1	CD
work_v2epug2k6jh73oh3kif4fr6r5q	108	4	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	108	5	2006	2006	CD
work_v2epug2k6jh73oh3kif4fr6r5q	108	6	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	108	7	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	109	1	8Z.	8Z.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	110	1	Radovic	Radovic	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	110	2	et	et	FW
work_v2epug2k6jh73oh3kif4fr6r5q	110	3	al	al	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	110	4	.	.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	110	5	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	110	6	Phys	Phys	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	110	7	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	111	1	Rev.	Rev.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	112	1	B	B	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	112	2	44	44	CD
work_v2epug2k6jh73oh3kif4fr6r5q	112	3	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	112	4	759	759	CD
work_v2epug2k6jh73oh3kif4fr6r5q	112	5	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	112	6	1991	1991	CD
work_v2epug2k6jh73oh3kif4fr6r5q	112	7	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	112	8	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	113	1	9I.	9I.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	114	1	C.	C.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	114	2	Moraru	Moraru	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	114	3	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	114	4	W.	W.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	114	5	P.	P.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	114	6	Pratt	Pratt	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	114	7	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	114	8	Jr.	Jr.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	114	9	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	114	10	and	and	CC
work_v2epug2k6jh73oh3kif4fr6r5q	114	11	N.	N.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	114	12	O.	O.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	114	13	Birge	Birge	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	114	14	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	114	15	Phys	Phys	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	114	16	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	115	1	Rev.	Rev.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	116	1	Lett	Lett	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	116	2	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	117	1	96	96	CD
work_v2epug2k6jh73oh3kif4fr6r5q	117	2	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	117	3	037004	037004	CD
work_v2epug2k6jh73oh3kif4fr6r5q	117	4	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	117	5	2006	2006	CD
work_v2epug2k6jh73oh3kif4fr6r5q	117	6	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	117	7	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	118	1	10L.	10l.	LS
work_v2epug2k6jh73oh3kif4fr6r5q	119	1	R.	R.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	119	2	Tagirov	Tagirov	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	119	3	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	119	4	Phys	Phys	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	119	5	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	120	1	Rev.	Rev.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	121	1	Lett	Lett	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	121	2	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	122	1	83	83	CD
work_v2epug2k6jh73oh3kif4fr6r5q	122	2	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	122	3	2058	2058	CD
work_v2epug2k6jh73oh3kif4fr6r5q	122	4	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	122	5	1999	1999	CD
work_v2epug2k6jh73oh3kif4fr6r5q	122	6	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	122	7	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	123	1	11L.	11l.	LS
work_v2epug2k6jh73oh3kif4fr6r5q	124	1	E.	E.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	124	2	De	De	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	124	3	Long	Long	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	124	4	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	124	5	S.	S.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	124	6	Lokhre	Lokhre	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	124	7	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	124	8	T.	T.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	124	9	Yun	Yun	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	124	10	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	124	11	V.	V.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	124	12	V.	V.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	124	13	Metlushko	Metlushko	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	124	14	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	124	15	V.	V.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	124	16	V.	V.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	124	17	Moshchalkov	Moshchalkov	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	124	18	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	124	19	and	and	CC
work_v2epug2k6jh73oh3kif4fr6r5q	124	20	Y.	Y.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	124	21	Bruynseraede	Bruynseraede	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	124	22	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	124	23	Physica	Physica	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	124	24	C	C	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	124	25	369	369	CD
work_v2epug2k6jh73oh3kif4fr6r5q	124	26	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	124	27	118	118	CD
work_v2epug2k6jh73oh3kif4fr6r5q	124	28	�	�	NN
work_v2epug2k6jh73oh3kif4fr6r5q	124	29	2002	2002	CD
work_v2epug2k6jh73oh3kif4fr6r5q	124	30	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	124	31	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	125	1	12J.	12j.	LS
work_v2epug2k6jh73oh3kif4fr6r5q	126	1	Zhang	Zhang	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	126	2	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	126	3	L.	L.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	126	4	E.	E.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	126	5	De	De	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	126	6	Long	Long	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	126	7	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	126	8	V.	V.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	126	9	Majidi	Majidi	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	126	10	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	126	11	and	and	CC
work_v2epug2k6jh73oh3kif4fr6r5q	126	12	R.	R.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	126	13	C.	C.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	126	14	Budhani	Budhani	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	126	15	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	126	16	Phys	Phys	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	126	17	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	127	1	Rev.	Rev.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	128	1	B	B	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	128	2	53	53	CD
work_v2epug2k6jh73oh3kif4fr6r5q	128	3	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	128	4	R8851	R8851	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	128	5	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	128	6	1996	1996	CD
work_v2epug2k6jh73oh3kif4fr6r5q	128	7	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	128	8	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	129	1	13T.	13t.	LS
work_v2epug2k6jh73oh3kif4fr6r5q	130	1	T.	T.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	130	2	M.	M.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	130	3	Paalstra	Paalstra	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	130	4	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	130	5	B.	B.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	130	6	Batlogg	Batlogg	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	130	7	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	130	8	R.	R.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	130	9	B.	B.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	130	10	van	van	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	130	11	Dover	Dover	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	130	12	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	130	13	L.	L.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	130	14	F.	F.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	130	15	Scheemeyer	Scheemeyer	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	130	16	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	130	17	and	and	CC
work_v2epug2k6jh73oh3kif4fr6r5q	130	18	J.	J.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	130	19	V.	V.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	130	20	Waszczak	Waszczak	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	130	21	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	130	22	Phys	Phys	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	130	23	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	131	1	Rev.	Rev.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	132	1	B	b	NN
work_v2epug2k6jh73oh3kif4fr6r5q	132	2	41	41	CD
work_v2epug2k6jh73oh3kif4fr6r5q	132	3	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	132	4	6621	6621	CD
work_v2epug2k6jh73oh3kif4fr6r5q	132	5	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	132	6	1990	1990	CD
work_v2epug2k6jh73oh3kif4fr6r5q	132	7	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	132	8	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	133	1	14J.	14j.	LS
work_v2epug2k6jh73oh3kif4fr6r5q	134	1	Guimpel	Guimpel	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	134	2	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	134	3	L.	L.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	134	4	Civale	Civale	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	134	5	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	134	6	F.	F.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	134	7	de	de	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	134	8	la	la	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	134	9	Cruz	Cruz	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	134	10	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	134	11	J.	J.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	134	12	M.	M.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	134	13	Murduck	Murduck	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	134	14	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	134	15	and	and	CC
work_v2epug2k6jh73oh3kif4fr6r5q	134	16	I.	I.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	134	17	V.	V.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	134	18	Schuller	Schuller	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	134	19	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	134	20	Phys	Phys	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	134	21	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	135	1	Rev.	Rev.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	136	1	B	B	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	136	2	38	38	CD
work_v2epug2k6jh73oh3kif4fr6r5q	136	3	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	136	4	2342	2342	CD
work_v2epug2k6jh73oh3kif4fr6r5q	136	5	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	136	6	1988	1988	CD
work_v2epug2k6jh73oh3kif4fr6r5q	136	7	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	136	8	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	137	1	15V.	15v.	LS
work_v2epug2k6jh73oh3kif4fr6r5q	138	1	V.	V.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	138	2	Moshchalkov	Moshchalkov	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	138	3	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	138	4	M.	M.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	138	5	Baert	Baert	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	138	6	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	138	7	V.	V.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	138	8	V.	V.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	138	9	Metlushko	Metlushko	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	138	10	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	138	11	E.	E.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	138	12	Rosseel	Rosseel	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	138	13	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	138	14	M.	M.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	138	15	J.	J.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	139	1	Van	Van	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	139	2	Bael	Bael	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	139	3	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	139	4	K.	K.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	139	5	Temst	Temst	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	139	6	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	139	7	R.	R.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	139	8	Jonckheere	Jonckheere	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	139	9	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	139	10	and	and	CC
work_v2epug2k6jh73oh3kif4fr6r5q	139	11	Y.	Y.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	139	12	Bruynseraede	Bruynseraede	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	139	13	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	139	14	Phys	Phys	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	139	15	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	140	1	Rev.	Rev.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	141	1	B	b	NN
work_v2epug2k6jh73oh3kif4fr6r5q	141	2	54	54	CD
work_v2epug2k6jh73oh3kif4fr6r5q	141	3	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	141	4	7385	7385	CD
work_v2epug2k6jh73oh3kif4fr6r5q	141	5	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	141	6	1996	1996	CD
work_v2epug2k6jh73oh3kif4fr6r5q	141	7	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	141	8	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	142	1	16G.	16g.	LS
work_v2epug2k6jh73oh3kif4fr6r5q	143	1	R.	R.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	143	2	Berdiyorov	Berdiyorov	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	143	3	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	143	4	B.	B.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	143	5	J.	J.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	143	6	Baelus	Baelus	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	143	7	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	143	8	M.	M.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	143	9	V.	V.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	143	10	Milosevic	Milosevic	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	143	11	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	143	12	and	and	CC
work_v2epug2k6jh73oh3kif4fr6r5q	143	13	F.	F.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	143	14	M.	M.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	143	15	Peeters	Peeters	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	143	16	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	143	17	Physica	Physica	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	143	18	C	C	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	143	19	404	404	CD
work_v2epug2k6jh73oh3kif4fr6r5q	143	20	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	143	21	56	56	CD
work_v2epug2k6jh73oh3kif4fr6r5q	143	22	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	143	23	2004	2004	CD
work_v2epug2k6jh73oh3kif4fr6r5q	143	24	�	�	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	143	25	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	144	1	17L.	17l.	LS
work_v2epug2k6jh73oh3kif4fr6r5q	145	1	E.	E.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	145	2	De	De	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	145	3	Long	Long	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	145	4	et	et	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	145	5	al	al	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	145	6	.	.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	145	7	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	145	8	Physica	Physica	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	145	9	B	B	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	145	10	223	223	CD
work_v2epug2k6jh73oh3kif4fr6r5q	145	11	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	145	12	22	22	CD
work_v2epug2k6jh73oh3kif4fr6r5q	145	13	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	145	14	1996	1996	CD
work_v2epug2k6jh73oh3kif4fr6r5q	145	15	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	145	16	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	146	1	18P.	18p.	LS
work_v2epug2k6jh73oh3kif4fr6r5q	147	1	Esquinazi	Esquinazi	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	147	2	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	147	3	J.	J.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	148	1	Low	Low	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	148	2	Temp	Temp	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	148	3	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	149	1	Phys	phys	NN
work_v2epug2k6jh73oh3kif4fr6r5q	149	2	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	150	1	85	85	CD
work_v2epug2k6jh73oh3kif4fr6r5q	150	2	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	150	3	139	139	CD
work_v2epug2k6jh73oh3kif4fr6r5q	150	4	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	150	5	1991	1991	CD
work_v2epug2k6jh73oh3kif4fr6r5q	150	6	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	150	7	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	151	1	19R.	19r.	LS
work_v2epug2k6jh73oh3kif4fr6r5q	152	1	L.	L.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	152	2	Jacobsen	Jacobsen	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	152	3	and	and	CC
work_v2epug2k6jh73oh3kif4fr6r5q	152	4	A.	A.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	152	5	C.	C.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	152	6	Ehrlich	Ehrlich	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	152	7	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	152	8	Phys	Phys	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	152	9	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	153	1	Rev.	Rev.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	154	1	Lett	Lett	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	154	2	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	155	1	73	73	CD
work_v2epug2k6jh73oh3kif4fr6r5q	155	2	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	155	3	348	348	CD
work_v2epug2k6jh73oh3kif4fr6r5q	155	4	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	155	5	1993	1993	CD
work_v2epug2k6jh73oh3kif4fr6r5q	155	6	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	155	7	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	156	1	20X.	20x.	LS
work_v2epug2k6jh73oh3kif4fr6r5q	157	1	D.	D.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	157	2	Xiang	Xiang	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	157	3	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	157	4	J.	J.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	157	5	W.	W.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	157	6	Brill	Brill	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	157	7	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	157	8	and	and	CC
work_v2epug2k6jh73oh3kif4fr6r5q	157	9	W.	W.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	157	10	F.	F.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	157	11	Fuqua	Fuqua	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	157	12	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	157	13	Rev.	Rev.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	158	1	Sci	Sci	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	158	2	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	159	1	Instrum	Instrum	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	159	2	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	160	1	60	60	CD
work_v2epug2k6jh73oh3kif4fr6r5q	160	2	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	160	3	3035	3035	CD
work_v2epug2k6jh73oh3kif4fr6r5q	160	4	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	160	5	1989	1989	CD
work_v2epug2k6jh73oh3kif4fr6r5q	160	6	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	160	7	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	161	1	21V.	21v.	LS
work_v2epug2k6jh73oh3kif4fr6r5q	162	1	V.	V.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	162	2	Moshchalkov	Moshchalkov	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	162	3	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	162	4	M.	M.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	162	5	Baert	Baert	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	162	6	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	162	7	V.	V.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	162	8	V.	V.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	162	9	Metlushko	Metlushko	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	162	10	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	162	11	E.	E.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	162	12	Rosseel	Rosseel	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	162	13	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	162	14	M.	M.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	162	15	J.	J.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	163	1	Van	Van	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	163	2	Bael	Bael	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	163	3	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	163	4	K.	K.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	163	5	Temst	Temst	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	163	6	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	163	7	Y.	Y.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	163	8	Bruynseraede	Bruynseraede	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	163	9	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	163	10	and	and	CC
work_v2epug2k6jh73oh3kif4fr6r5q	163	11	R.	R.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	163	12	Jockheere	Jockheere	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	163	13	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	163	14	Phys	Phys	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	163	15	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	164	1	Rev.	Rev.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	165	1	B	B	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	165	2	57	57	CD
work_v2epug2k6jh73oh3kif4fr6r5q	165	3	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	165	4	3615	3615	CD
work_v2epug2k6jh73oh3kif4fr6r5q	165	5	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	165	6	1998	1998	CD
work_v2epug2k6jh73oh3kif4fr6r5q	165	7	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	165	8	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	166	1	22A.	22a.	LS
work_v2epug2k6jh73oh3kif4fr6r5q	167	1	I.	I.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	167	2	Buzdin	Buzdin	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	167	3	and	and	CC
work_v2epug2k6jh73oh3kif4fr6r5q	167	4	A.	A.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	167	5	Yu	Yu	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	167	6	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	168	1	Simonov	Simonov	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	168	2	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	168	3	Physica	Physica	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	168	4	C	C	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	168	5	175	175	CD
work_v2epug2k6jh73oh3kif4fr6r5q	168	6	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	168	7	143	143	CD
work_v2epug2k6jh73oh3kif4fr6r5q	168	8	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	168	9	1991	1991	CD
work_v2epug2k6jh73oh3kif4fr6r5q	168	10	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	168	11	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	169	1	23S.-W.	23s.-w.	CD
work_v2epug2k6jh73oh3kif4fr6r5q	169	2	Han	Han	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	169	3	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	169	4	J.	J.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	170	1	Farmer	Farmer	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	170	2	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	170	3	H.	H.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	170	4	Kaiser	Kaiser	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	170	5	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	170	6	P.	P.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	170	7	F.	F.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	170	8	Miceli	Miceli	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	170	9	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	170	10	I.	I.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	170	11	V.	V.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	170	12	Roshchin	Roshchin	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	170	13	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	170	14	and	and	CC
work_v2epug2k6jh73oh3kif4fr6r5q	170	15	L.	L.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	170	16	H.	H.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	170	17	Greene	Greene	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	170	18	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	170	19	Physica	Physica	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	170	20	B	B	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	170	21	336	336	CD
work_v2epug2k6jh73oh3kif4fr6r5q	170	22	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	170	23	162	162	CD
work_v2epug2k6jh73oh3kif4fr6r5q	170	24	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	170	25	2003	2003	CD
work_v2epug2k6jh73oh3kif4fr6r5q	170	26	�	�	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	170	27	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	171	1	24L.	24l.	LS
work_v2epug2k6jh73oh3kif4fr6r5q	172	1	S.	S.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	172	2	Levitov	Levitov	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	172	3	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	172	4	Phys	Phys	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	172	5	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	173	1	Rev.	Rev.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	174	1	Lett	Lett	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	174	2	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	175	1	66	66	CD
work_v2epug2k6jh73oh3kif4fr6r5q	175	2	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	175	3	224	224	CD
work_v2epug2k6jh73oh3kif4fr6r5q	175	4	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	175	5	1991	1991	CD
work_v2epug2k6jh73oh3kif4fr6r5q	175	6	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	175	7	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	176	1	25C.	25c.	LS
work_v2epug2k6jh73oh3kif4fr6r5q	177	1	C.	C.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	177	2	de	de	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	177	3	Souza	Souza	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	177	4	Silva	Silva	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	177	5	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	177	6	L.	L.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	177	7	R.	R.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	177	8	E.	E.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	177	9	Cabral	Cabral	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	177	10	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	177	11	and	and	CC
work_v2epug2k6jh73oh3kif4fr6r5q	177	12	J.	J.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	177	13	Albino	Albino	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	177	14	Aguiar	Aguiar	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	177	15	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	177	16	Physica	Physica	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	177	17	C	C	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	177	18	404	404	CD
work_v2epug2k6jh73oh3kif4fr6r5q	177	19	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	177	20	11	11	CD
work_v2epug2k6jh73oh3kif4fr6r5q	177	21	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	177	22	2004	2004	CD
work_v2epug2k6jh73oh3kif4fr6r5q	177	23	�	�	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	177	24	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	178	1	09G117	09g117	LS
work_v2epug2k6jh73oh3kif4fr6r5q	178	2	-	-	SYM
work_v2epug2k6jh73oh3kif4fr6r5q	178	3	3	3	CD
work_v2epug2k6jh73oh3kif4fr6r5q	178	4	Joshi	Joshi	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	178	5	et	et	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	178	6	al	al	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	178	7	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	179	1	J.	J.	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	179	2	Appl	Appl	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	179	3	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	180	1	Phys	phys	NN
work_v2epug2k6jh73oh3kif4fr6r5q	180	2	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	181	1	101	101	CD
work_v2epug2k6jh73oh3kif4fr6r5q	181	2	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	181	3	09G117	09g117	DT
work_v2epug2k6jh73oh3kif4fr6r5q	181	4	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	181	5	2007	2007	CD
work_v2epug2k6jh73oh3kif4fr6r5q	181	6	�	�	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	181	7	[	[	-LRB-
work_v2epug2k6jh73oh3kif4fr6r5q	181	8	This	this	DT
work_v2epug2k6jh73oh3kif4fr6r5q	181	9	article	article	NN
work_v2epug2k6jh73oh3kif4fr6r5q	181	10	is	be	VBZ
work_v2epug2k6jh73oh3kif4fr6r5q	181	11	copyrighted	copyright	VBN
work_v2epug2k6jh73oh3kif4fr6r5q	181	12	as	as	IN
work_v2epug2k6jh73oh3kif4fr6r5q	181	13	indicated	indicate	VBN
work_v2epug2k6jh73oh3kif4fr6r5q	181	14	in	in	IN
work_v2epug2k6jh73oh3kif4fr6r5q	181	15	the	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	181	16	article	article	NN
work_v2epug2k6jh73oh3kif4fr6r5q	181	17	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	182	1	Reuse	reuse	NN
work_v2epug2k6jh73oh3kif4fr6r5q	182	2	of	of	IN
work_v2epug2k6jh73oh3kif4fr6r5q	182	3	AIP	aip	NN
work_v2epug2k6jh73oh3kif4fr6r5q	182	4	content	content	NN
work_v2epug2k6jh73oh3kif4fr6r5q	182	5	is	be	VBZ
work_v2epug2k6jh73oh3kif4fr6r5q	182	6	subject	subject	JJ
work_v2epug2k6jh73oh3kif4fr6r5q	182	7	to	to	IN
work_v2epug2k6jh73oh3kif4fr6r5q	182	8	the	the	DT
work_v2epug2k6jh73oh3kif4fr6r5q	182	9	terms	term	NNS
work_v2epug2k6jh73oh3kif4fr6r5q	182	10	at	at	IN
work_v2epug2k6jh73oh3kif4fr6r5q	182	11	:	:	:
work_v2epug2k6jh73oh3kif4fr6r5q	182	12	http://scitation.aip.org/termsconditions	http://scitation.aip.org/termsconditions	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	182	13	.	.	.
work_v2epug2k6jh73oh3kif4fr6r5q	183	1	Downloaded	download	VBN
work_v2epug2k6jh73oh3kif4fr6r5q	183	2	to	to	IN
work_v2epug2k6jh73oh3kif4fr6r5q	183	3	]	]	-RRB-
work_v2epug2k6jh73oh3kif4fr6r5q	183	4	IP	IP	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	183	5	:	:	:
work_v2epug2k6jh73oh3kif4fr6r5q	183	6	147.96.14.15	147.96.14.15	LS
work_v2epug2k6jh73oh3kif4fr6r5q	183	7	On	on	IN
work_v2epug2k6jh73oh3kif4fr6r5q	183	8	:	:	:
work_v2epug2k6jh73oh3kif4fr6r5q	183	9	Fri	fri	CD
work_v2epug2k6jh73oh3kif4fr6r5q	183	10	,	,	,
work_v2epug2k6jh73oh3kif4fr6r5q	183	11	11	11	CD
work_v2epug2k6jh73oh3kif4fr6r5q	183	12	Sep	Sep	NNP
work_v2epug2k6jh73oh3kif4fr6r5q	183	13	2015	2015	CD
work_v2epug2k6jh73oh3kif4fr6r5q	183	14	17:27:27	17:27:27	CD