Keyphrases
Plasma Torch
100%
Industrial Space
100%
Dual-channel
100%
TORCH
100%
Plasma Temperature
66%
Helium
33%
Number Density
16%
Dynamic Behavior
16%
Argon
16%
High Discharge
16%
Surface Coating
16%
Method of Lines
16%
Computational Experiment
16%
Thermoelectric Properties
16%
Low Flow Rate
16%
Short Pulse
16%
Single Channel
16%
Non-ideality
16%
Space Operations
16%
Argon Gas
16%
Discharge Current
16%
Thermal Equilibrium State
16%
Optical Emission Spectroscopy
16%
Electrothermal Plasma
16%
Pulse Mode
16%
Kinetic Temperature
16%
Power Rating
16%
Plasma Kinetics
16%
Metal Industry
16%
Local Thermodynamic Equilibrium
16%
Plasma Flow
16%
Pulse Length
16%
High-temperature Plasma
16%
Dense Plasma
16%
Electron number Density
16%
Optical Emission Spectrum
16%
Kinetic Electrons
16%
Combustible Gas
16%
Plasma Conductivity
16%
Electric Mains
16%
Pulse Mode Operation
16%
Thermal Energy Conversion
16%
Thermal Plasma Torch
16%
Torch Modeling
16%
Macroparticles
16%
Surface Hardening
16%
Engineering
Temperature Plasma
100%
Number Density
40%
Flow Rate
20%
Dynamic Behavior
20%
Line Method
20%
Surface Coating
20%
Mode Operation
20%
Good Correlation
20%
Low Flow Rate
20%
Single Channel
20%
Energy Conversion
20%
Equilibrium Condition
20%
Space Operation
20%
Emission Spectra
20%
Power Rating
20%
Electron Number
20%
Result Code
20%
Combustible Gas
20%
Pulse Length
20%
Local Thermodynamic Equilibrium
20%
Macroparticles
20%
Physics
Plasma Temperature
57%
Flow Velocity
28%
Light Emission
14%
Emission Spectra
14%
Thermal Plasma
14%
Optical Emission Spectroscopy
14%
High Temperature Plasmas
14%
Local Thermodynamic Equilibrium
14%
Dense Plasmas
14%