id	author	title	date	pages	extension	mime	words	sentences	flesch	summary	cache	txt
work_wlissbtqtnf4jlpao45q5uto5y	JP McDonald	High-Speed Optical Microscopy of Spin-Like Reactions in Exothermic Nanolaminates	2010.0	2	.pdf	application/pdf	928	97	56	High-Speed Optical Microscopy of Spin-Like Reactions in Exothermic Nanolaminates High-Speed Optical Microscopy of Spin-Like Reactions in Exothermic exothermic nanolaminate foil is presented in FIG. For planar exothermic nanolaminates, spin-like reactions were initially discovered in Co/Al foils, the net reaction propagation (FIG. The influence of exothermic foil properties on the spin-like reactions is revealed in FIG. is apparent that both the net and transverse reaction propagation speeds decrease with increasing influence of spin reactions and oxidation/combustion reactions in exothermic nanolaminates has Observation of reaction propagation in planar exothermic nanolaminates using high-speed optical microscopy revealed the presence of spin-like reactions, an unsteady mode of reaction propagation P. McDonald, et al, Applied Physics Letters 94, 3 (2009). P. Adams, et al, Journal of Applied Physics 106, 8 (2009). Reaction mode and propagation speed an exothermic reaction in a Sc/Cu foil with 41.2 nm Net and transverse reaction speeds for 	./cache/work_wlissbtqtnf4jlpao45q5uto5y.pdf	./txt/work_wlissbtqtnf4jlpao45q5uto5y.txt