Reaction process and temperature-resistant properties of B/KNO3/PVDF composites using thermal analysis

Authors: C Li, M Li, H Song, X Zhan, C Xu, B Ye, J Wang

Publisher: Elsevier

Abstract:
Using thermal analysis techniques to explore the relationship between temperature and physical and chemical changes in materials is crucial for studying the reaction process of energetic materials. The combustion process of energetic sticks at different heating temperatures and heating times was observed using an i-SPEED 221 high-speed camera from iX Cameras.

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Reaction process and temperature-resistant properties of B/KNO3/PVDF composites using thermal analysis

Automotive TestingAirbag, Component, Off Sled, On Sled, Pedestrian Safety, Seat Testing, Sled Impact, Tire Testing, Train Testing, Vehicle Impact

BallisticsBullet Proof Vest, Explosions, Gun Shell Ejection, Muzzle Exit, Rockets, Shockwave

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Media ArtsCommericals, Art, Documentaries, Special Effects, Equestrian, Flight, Sports

Scientific ResearchArc Discharge, Bubble Flow, Cavitation, Microscopy, Particle Vibration, PIV, Spray, Tensile Test, Welding, X-Ray, Acceptance Testing, Development, Drop Testing, Function Testing, 3D

Automotive Testing
Airbag, Component, Off Sled, On Sled, Pedestrian Safety, Seat Testing, Sled Impact, Tire Testing, Train Testing, Vehicle Impact

Ballistics
Bullet Proof Vest, Explosions, Gun Shell Ejection, Muzzle Exit, Rockets, Shockwave

Manufacturing
Bottling, Boxing, Canning, Capping, Cutting, Filling, Labelling, Milling, Sorting

Media Arts
Commericals, Art, Documentaries, Special Effects, Equestrian, Flight, Sports

Scientific Research
Arc Discharge, Bubble Flow, Cavitation, Microscopy, Particle Vibration, PIV, Spray, Tensile Test, Welding, X-Ray, Acceptance Testing, Development, Drop Testing, Function Testing, 3D