id sid tid token lemma pos ws859c70g3w 1 1 recent recent ADJ ws859c70g3w 1 2 observations observation NOUN ws859c70g3w 1 3 of of ADP ws859c70g3w 1 4 the the DET ws859c70g3w 1 5 abundance abundance NOUN ws859c70g3w 1 6 distribution distribution NOUN ws859c70g3w 1 7 of of ADP ws859c70g3w 1 8 heavy heavy ADJ ws859c70g3w 1 9 elements element NOUN ws859c70g3w 1 10 in in ADP ws859c70g3w 1 11 metal metal NOUN ws859c70g3w 1 12 - - PUNCT ws859c70g3w 1 13 poor poor ADJ ws859c70g3w 1 14 old old ADJ ws859c70g3w 1 15 stars star NOUN ws859c70g3w 1 16 suggest suggest VERB ws859c70g3w 1 17 an an DET ws859c70g3w 1 18 existence existence NOUN ws859c70g3w 1 19 of of ADP ws859c70g3w 1 20 more more ADJ ws859c70g3w 1 21 than than ADP ws859c70g3w 1 22 one one NUM ws859c70g3w 1 23 r r NOUN ws859c70g3w 1 24 - - PUNCT ws859c70g3w 1 25 process process NOUN ws859c70g3w 1 26 site site NOUN ws859c70g3w 1 27 , , PUNCT ws859c70g3w 1 28 proposing propose VERB ws859c70g3w 1 29 a a DET ws859c70g3w 1 30 different different ADJ ws859c70g3w 1 31 site site NOUN ws859c70g3w 1 32 for for ADP ws859c70g3w 1 33 the the DET ws859c70g3w 1 34 synthesis synthesis NOUN ws859c70g3w 1 35 of of ADP ws859c70g3w 1 36 light light ADJ ws859c70g3w 1 37 r r NOUN ws859c70g3w 1 38 - - PUNCT ws859c70g3w 1 39 process process NOUN ws859c70g3w 1 40 nuclei nuclei PROPN ws859c70g3w 1 41 . . PUNCT ws859c70g3w 2 1 one one NUM ws859c70g3w 2 2 model model NOUN ws859c70g3w 2 3 is be AUX ws859c70g3w 2 4 the the DET ws859c70g3w 2 5 r r NOUN ws859c70g3w 2 6 - - PUNCT ws859c70g3w 2 7 process process NOUN ws859c70g3w 2 8 nucleosynthesis nucleosynthesis NOUN ws859c70g3w 2 9 in in ADP ws859c70g3w 2 10 the the DET ws859c70g3w 2 11 supernova supernova PROPN ws859c70g3w 2 12 shock shock NOUN ws859c70g3w 2 13 traveling travel VERB ws859c70g3w 2 14 through through ADP ws859c70g3w 2 15 the the DET ws859c70g3w 2 16 he he PROPN ws859c70g3w 2 17 - - PUNCT ws859c70g3w 2 18 rich rich ADJ ws859c70g3w 2 19 shell shell NOUN ws859c70g3w 2 20 of of ADP ws859c70g3w 2 21 the the DET ws859c70g3w 2 22 pre pre NOUN ws859c70g3w 2 23 - - NOUN ws859c70g3w 2 24 supernova supernova PROPN ws859c70g3w 2 25 star star NOUN ws859c70g3w 2 26 . . PUNCT ws859c70g3w 3 1 in in ADP ws859c70g3w 3 2 this this DET ws859c70g3w 3 3 scenario scenario NOUN ws859c70g3w 3 4 , , PUNCT ws859c70g3w 3 5 the the DET ws859c70g3w 3 6 14n 14n NOUN ws859c70g3w 3 7 from from ADP ws859c70g3w 3 8 preceding precede VERB ws859c70g3w 3 9 cno cno PROPN ws859c70g3w 3 10 burning burning NOUN ws859c70g3w 3 11 is be AUX ws859c70g3w 3 12 converted convert VERB ws859c70g3w 3 13 to to ADP ws859c70g3w 3 14 18f 18f NUM ws859c70g3w 3 15 , , PUNCT ws859c70g3w 3 16 via via ADP ws859c70g3w 3 17 the the DET ws859c70g3w 3 18 reaction reaction NOUN ws859c70g3w 3 19 14n(ì_å±,γ)18f 14n(ì_å±,γ)18f NUM ws859c70g3w 3 20 and and CCONJ ws859c70g3w 3 21 subsequent subsequent ADJ ws859c70g3w 3 22 ì_å_+-decay ì_å_+-decay NOUN ws859c70g3w 3 23 forms form NOUN ws859c70g3w 3 24 18o 18o NUM ws859c70g3w 3 25 , , PUNCT ws859c70g3w 3 26 which which PRON ws859c70g3w 3 27 then then ADV ws859c70g3w 3 28 produces produce VERB ws859c70g3w 3 29 neutrons neutron NOUN ws859c70g3w 3 30 via via ADP ws859c70g3w 3 31 18o(ì_å±,n 18o(ì_å±,n NUM ws859c70g3w 3 32 ) ) PUNCT ws859c70g3w 3 33 or or CCONJ ws859c70g3w 3 34 18o(ì_å±,γ)22ne(ì_å±,n 18o(ì_å±,γ)22ne(ì_å±,n NUM ws859c70g3w 3 35 ) ) PUNCT ws859c70g3w 3 36 reactions reaction NOUN ws859c70g3w 3 37 . . PUNCT ws859c70g3w 4 1 the the DET ws859c70g3w 4 2 statistical statistical ADJ ws859c70g3w 4 3 model model NOUN ws859c70g3w 4 4 predicted predict VERB ws859c70g3w 4 5 that that SCONJ ws859c70g3w 4 6 the the DET ws859c70g3w 4 7 18f(ì_å±,p)21ne 18f(ì_å±,p)21ne NUM ws859c70g3w 4 8 reaction reaction NOUN ws859c70g3w 4 9 can can AUX ws859c70g3w 4 10 compete compete VERB ws859c70g3w 4 11 with with ADP ws859c70g3w 4 12 the the DET ws859c70g3w 4 13 ì_å_+-decay ì_å_+-decay NOUN ws859c70g3w 4 14 at at ADP ws859c70g3w 4 15 high high ADJ ws859c70g3w 4 16 helium helium NOUN ws859c70g3w 4 17 density density NOUN ws859c70g3w 4 18 and and CCONJ ws859c70g3w 4 19 temperatures temperature NOUN ws859c70g3w 4 20 . . PUNCT ws859c70g3w 5 1 since since SCONJ ws859c70g3w 5 2 21ne(ì_å±,n 21ne(ì_å±,n NUM ws859c70g3w 5 3 ) ) PUNCT ws859c70g3w 5 4 has have VERB ws859c70g3w 5 5 a a DET ws859c70g3w 5 6 positive positive ADJ ws859c70g3w 5 7 q q NOUN ws859c70g3w 5 8 - - NOUN ws859c70g3w 5 9 value value NOUN ws859c70g3w 5 10 , , PUNCT ws859c70g3w 5 11 it it PRON ws859c70g3w 5 12 has have AUX ws859c70g3w 5 13 been be AUX ws859c70g3w 5 14 identified identify VERB ws859c70g3w 5 15 as as ADP ws859c70g3w 5 16 a a DET ws859c70g3w 5 17 stronger strong ADJ ws859c70g3w 5 18 neutron neutron NOUN ws859c70g3w 5 19 source source NOUN ws859c70g3w 5 20 than than ADP ws859c70g3w 5 21 22ne(ì_å±,n 22ne(ì_å±,n NUM ws859c70g3w 5 22 ) ) PUNCT ws859c70g3w 5 23 . . PUNCT ws859c70g3w 6 1 because because SCONJ ws859c70g3w 6 2 no no DET ws859c70g3w 6 3 published published ADJ ws859c70g3w 6 4 data datum NOUN ws859c70g3w 6 5 on on ADP ws859c70g3w 6 6 the the DET ws859c70g3w 6 7 18f(ì_å±,p)21ne 18f(ì_å±,p)21ne NUM ws859c70g3w 6 8 reaction reaction NOUN ws859c70g3w 6 9 are be AUX ws859c70g3w 6 10 available available ADJ ws859c70g3w 6 11 , , PUNCT ws859c70g3w 6 12 we we PRON ws859c70g3w 6 13 have have AUX ws859c70g3w 6 14 measured measure VERB ws859c70g3w 6 15 the the DET ws859c70g3w 6 16 total total ADJ ws859c70g3w 6 17 cross cross NOUN ws859c70g3w 6 18 sections section NOUN ws859c70g3w 6 19 of of ADP ws859c70g3w 6 20 the the DET ws859c70g3w 6 21 18f(ì_å±,p)21ne 18f(ì_å±,p)21ne NUM ws859c70g3w 6 22 reaction reaction NOUN ws859c70g3w 6 23 in in ADP ws859c70g3w 6 24 inverse inverse ADJ ws859c70g3w 6 25 kinematics kinematic NOUN ws859c70g3w 6 26 and and CCONJ ws859c70g3w 6 27 the the DET ws859c70g3w 6 28 time time NOUN ws859c70g3w 6 29 - - PUNCT ws859c70g3w 6 30 reverse reverse ADJ ws859c70g3w 6 31 reaction reaction NOUN ws859c70g3w 6 32 , , PUNCT ws859c70g3w 6 33 21ne(p 21ne(p NUM ws859c70g3w 6 34 , , PUNCT ws859c70g3w 6 35 ì_å±)18f ì_å±)18f SPACE ws859c70g3w 6 36 . . PUNCT ws859c70g3w 7 1 the the DET ws859c70g3w 7 2 results result NOUN ws859c70g3w 7 3 were be AUX ws859c70g3w 7 4 compared compare VERB ws859c70g3w 7 5 with with ADP ws859c70g3w 7 6 hauser hauser PROPN ws859c70g3w 7 7 - - PUNCT ws859c70g3w 7 8 feshbach feshbach NOUN ws859c70g3w 7 9 statistical statistical ADJ ws859c70g3w 7 10 model model NOUN ws859c70g3w 7 11 calculations calculation NOUN ws859c70g3w 7 12 . . PUNCT ws859c70g3w 8 1 the the DET ws859c70g3w 8 2 astrophysical astrophysical ADJ ws859c70g3w 8 3 implications implication NOUN ws859c70g3w 8 4 of of ADP ws859c70g3w 8 5 the the DET ws859c70g3w 8 6 new new ADJ ws859c70g3w 8 7 experimental experimental ADJ ws859c70g3w 8 8 reaction reaction NOUN ws859c70g3w 8 9 rate rate NOUN ws859c70g3w 8 10 are be AUX ws859c70g3w 8 11 discussed discuss VERB ws859c70g3w 8 12 . . PUNCT