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Simulation of detonation in high explosives with aluminum particles
L. Orth-Farrell,
H. Krier
Mechanical Science and Engineering
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peer-review
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Dive into the research topics of 'Simulation of detonation in high explosives with aluminum particles'. Together they form a unique fingerprint.
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Keyphrases
Detonation
100%
High Explosives
100%
Aluminum Particles
100%
Physical Chemistry
50%
Chemical Release
50%
Release Rate
50%
One-dimensional Model
50%
Behavioral Data
50%
Metal Particles
50%
Kinetic Mechanism
50%
Heat Transfer Rate
50%
Complex Kinetics
50%
Non-ideal Behavior
50%
Generalized Model
50%
Detonation Velocity
50%
Condensed Explosives
50%
Detonation Structure
50%
Organic Explosives
50%
Metallized Explosives
50%
Explosive Behavior
50%
Detonation Pressure
50%
Dispersed Aluminum
50%
Engineering
One Dimensional
100%
Extreme Condition
100%
Dimensional Model
100%
Heat Transfer Rate
100%
Release Rate
100%