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Combustion of titanium particles in air is of interest for applications to pyrotechnic countermeasures against chemical or bacteriological pollution, synthesis of nanoscale titania, and fire/explosion safety in metallurgical and SHS technologies. In this work, combustion of single titanium particles is studied using electrodynamic balance (levitation) and laser ignition. High-speed digital video recording...
The use of nickel-coated aluminum particles (10–100 μm) as a fuel component in propellants is expected to improve the performance characteristics of solid rocket motors. They can also be used for combustion synthesis of nickel aluminides. The ignition mechanism of such particles, however, is not well understood. In this study, to provide sufficient spatial and time resolution, single ∼2.5-mm Ni-coated...
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