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The multi-phase and multi-stage combustion of boron particles is studied numerically with a time-dependent spherosymmetric numerical model specifically developed for simulating the sequential ignition and combustion of an isolated boron particle in chemically reacting gases. The present model represents an extension of previous models developed by the authors in which ignition and combustion were...
A detailed chemically reacting flow model was developed to study the full-fledged combustion of an initially oxide-free boron particle in a quiescent environment of combustion products. In the model, a surface chemistry mechanism previously developed for fluorine-free environments was extended to include fluorine. The effect of fluorine concentration as well as ambient gas temperature and particle...
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