Keyphrases
Boron
100%
Boron Combustion
92%
Burning Time
60%
Boron Particle
53%
Boron Powder
41%
Acetonitrile
40%
Ignition
37%
Ignition Temperature
32%
Al-Zr
29%
Particle Size
27%
Mechanical Milling
26%
Premixed
26%
Process Control Agent
26%
Particle Size Distribution
25%
Mg-based Materials
24%
Intermetallic Structures
24%
High-entropy Alloy Powder
24%
Primary Particles
24%
Amorphization
24%
Intermetallic Phases
24%
Amorphous Phase
24%
Combustion
24%
Magnesium
22%
Composite Powder
21%
Combustion Temperature
19%
Agglomerates
18%
Composite Particles
17%
Hexane
17%
Combustion Characteristics
17%
Flame Temperature
16%
Pure Boron
15%
Powder Particles
15%
High-energy Milling
15%
Al-Ti
14%
Oxidation Kinetics
14%
Intermetallic Reaction
14%
Oxidizing Environment
14%
Burn Rate
13%
Acetylene Flame
13%
Optical Emission
13%
Boron Oxide
12%
Oxide Layer
12%
Spherical Composites
12%
Ignition Characteristics
12%
Iron-based Coating
12%
Transition Metal Catalysts
12%
Ignition Properties
12%
Iron Preparations
12%
Iron Combustion
12%
TiZr
12%
Engineering
Burn Time
68%
Combustion Temperature
26%
Ignition
16%
Oxide Layer
12%
Core-Shell
12%
Activation Energy
12%
Heterogeneous Reaction
12%
Milling Process Parameter
12%
Oxidizer
12%
Melting Temperature
12%
Shell Model
12%
Intermetallics
12%
Shell Thickness
12%
Spherical Particle
12%
Powder Particle
10%
Powder Mass
10%
Mass Gain
10%
Size of Particle
9%
Composite Powder
8%
Equivalence Ratio
8%
Fractal Dimension
8%
Particle Diameter
8%
Combustion Stage
8%
Individual Particle
8%
Combustion Product
7%
Laser Beam
6%
Mols
6%
Mass Ratio
6%
Oxide Film
6%
Material System
6%
Injection System
6%
Heat Source
6%
Fuel Composition
6%
Ignition Temperature
6%
Compact Size
6%
Test Material
6%
Droplet Phase
6%
Microstructure
6%
Processing Condition
6%
Confined Geometry
6%
Heating Rate
6%
Isothermal
6%
Immiscible Liquid
6%
Continuous Phase
6%
Low-Temperature
6%
Crystallite Size
6%
Boiling Temperature
6%
Boiling Point
6%
Rotation Rate
6%
Generated Image
6%
