Experimental‐Assisted Approach to Develop a Numerical Model for Simulating the Reaction Propagation in Reactive Multilayers
Farshad Daneshpazhoonejad,
Marcus Glaser,
Jörg Hildebrand
et al.
Abstract:One outstanding feature of self‐propagating reactions is their ability to release heat of reaction over both temporal and spatial scales, enabling the sustained progression of the reaction after a local ignition. They propagate in the form of a continuous reaction front through the mixture of the starting materials. Previous research on reactive materials has predominantly focused on unravelling the micro structure property relationships influencing released energy in reacting multilayers. This involved consid… Show more
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