Abstract
Explored was the effect of the morphology of Ni particles in green mixtures on the mechanoactivated SHS reactions in the Ni-Al system. In case of fluffy Ni particles (produced in a carbonyl process), the mean size of the agglomerates formed in the course of MA was higher than in case of dense Ni particles (produced in an electrolytic process). The absolute values of combustion temperature and burning velocity were higher in case of carbonyl-derived Ni, while an increment in burning velocity caused by MA was higher in case of electrolytically produced Ni.
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