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Reaction interface for heterogeneous oxidation of aluminum powders
Shasha Zhang
,
Edward L. Dreizin
Chemical and Materials Engineering
Research output
:
Contribution to journal
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Article
›
peer-review
80
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Scopus citations
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Dive into the research topics of 'Reaction interface for heterogeneous oxidation of aluminum powders'. Together they form a unique fingerprint.
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Keyphrases
Interface Area
100%
Oxide Shell
100%
Aluminum Oxidation
100%
Aluminum Powder
100%
Heterogeneous Oxidation
100%
Reaction Interface
100%
Outward Diffusion
100%
Oxides
66%
Oxide Surfaces
66%
Reactive Interface
66%
Particle Size Distribution
33%
Electron Microscopy
33%
Reaction Mechanism
33%
Oxidation Mechanism
33%
Rate Limiting
33%
Size Particle
33%
Thermogravimetric Measurements
33%
Heterogeneous Reaction
33%
Oxidation Rate
33%
Particle Form
33%
Oxygen Diffusion
33%
Aluminum Oxide Layer
33%
Oxygen Ions
33%
Overlapping Particles
33%
Surface Features
33%
Weight Gain
33%
Inward Diffusion
33%
Measurement Weights
33%
Aluminium Core
33%
Oxidation Weight Gain
33%
Aluminum Ion
33%
Engineering
Aluminum Powder
100%
Outer Surface
100%
Interface Reaction
100%
Assuming
33%
Surface Oxide
33%
Oxide Layer
33%
Aluminum Oxide
33%
Heterogeneous Reaction
33%
Surface Feature
33%
Oxygen Ion
33%
Material Science
Powder
100%
Aluminum
100%
Oxidation Reaction
100%
Oxide Compound
55%
Oxide Surface
22%
Particle Size Analysis
11%
Aluminum Oxide
11%
Aluminium Ion
11%
Electron Microscopy of Particle
11%