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Sterically hindered fragmentation in reactive solids
C. A. Miller
, A. R. Kerstein
,
S. Torquato
Chemistry
Mechanical & Aerospace Engineering
Princeton Materials Institute
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peer-review
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Keyphrases
Mass Fraction
100%
Sterically Hindered
100%
Reactive Solids
100%
Critical Mass
66%
Two Dimensional Model
33%
Divergence
33%
Simulation Data
33%
Monte Carlo
33%
Scaling Function
33%
Physical Behavior
33%
Percolation Theory
33%
Scaling Exponent
33%
Object Size
33%
Scale Concept
33%
Fragmentation Process
33%
Reactive Phases
33%
Subobject
33%
Reactive Materials
33%
Computer Science
Critical Point
100%
Criticality
100%
Dimensional Model
100%
Data Simulation
100%
Scaling Exponent
100%
Percolation Theory
100%
Engineering
Critical Mass Fraction
100%
Two Dimensional
50%
Mass Fraction
50%
Dimensional Model
50%
Critical Point
50%
Physical Behavior
50%
Percolation Theory
50%
Scaling Exponent
50%
Reactive Material
50%
Criticality
50%
Mathematics
Critical Point
100%
Monte Carlo
100%
Dimensional Model
100%
Scaling Function
100%
Scaling Exponent
100%
Material Science
Morphology
100%
Percolation
100%