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Supercritical combustion synthesis of titanium nitride
K. Brezinsky
, J. A. Brehm
,
C. K. Law
, I. Glassman
Research output
:
Contribution to journal
›
Article
›
peer-review
8
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Scopus citations
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Keyphrases
Burning Conditions
50%
Combustion Synthesis
100%
Control Mechanism
50%
Cryogenic Nitrogen
50%
Density Increase
50%
Environment Loading
50%
Fluid Density
50%
Gas-phase Synthesis
50%
Gaseous Nitrogen
50%
High-pressure Gas
50%
Liquid Nitrogen
50%
Liquid-like
50%
Low Nitrogen
50%
Mass Diffusion
50%
Mass Effect
50%
Metallic Nitride
50%
Nitrogen Density
100%
Nitrogen Loading
50%
Product Yield
50%
Rutile
100%
Self-propagating High-temperature Synthesis
50%
State Regimes
50%
Supercritical Combustion
100%
Supercritical State
50%
Synthesis Methods
50%
Titanium Control
50%
Titanium Nitride
100%
Titanium Powder
50%
Ultra-high Pressure
50%
Unique Characteristics
50%
Material Science
Combustion Synthesis
100%
Density
83%
Nitride Compound
100%
Synthesis Gas
16%
Titanium
100%
Engineering
Controlling Mechanism
14%
Critical Point
14%
Fluid Density
14%
Nitride
100%
Nitrogen
100%
Product Yield
14%
Self-Propagating High-Temperature Synthesis
14%
Supercritical State
14%
Chemical Engineering
Cryogenics
16%
Liquid Nitrogen
16%
Nitride
16%
Nitrogen
100%
Titanium Nitride
100%