Keyphrases
Active Medium
8%
Alkali Atoms
9%
Beam Overlap
9%
Beam Quality
18%
Buffer Gas
30%
Chemical Efficiency
17%
Chemical Generators
8%
Chemical Laser
12%
Chemical Oxygen Iodine Laser
100%
Comparison Experiment
9%
Computational Fluid Dynamics Modeling
26%
Cs DPALs
9%
Diode Pumped Alkali Laser
61%
Diode-pumped
13%
Dissociation
18%
Dissociation Fraction
10%
Dissociation Mechanism
13%
Dynamic Process
8%
Extraction Efficiency
11%
Flow Velocity
12%
Flowing Gas
41%
Fluid Dynamics
17%
Gas Diode
26%
Gas Flow
10%
High Efficiency
13%
High Pressure
9%
Iodine
38%
Iodine Dissociation
19%
Iodine Flow Rate
10%
Jet-type
9%
Laser Beams
17%
Laser Power
22%
Lasing
30%
Maximum Gain
8%
Model Calculation
19%
Nozzle
11%
Optical Axis
10%
Power Output
22%
Pump Beam
19%
Pumping Power
21%
Resonator
30%
Semi-analytical Model
10%
Slit Nozzle
11%
Small-signal Gain
10%
Spatial Distribution
9%
Supersonic Mixing
8%
Temperature Rise
8%
Three-dimensional Computational Fluid Dynamics
22%
Transonic
26%
Water Vapor
9%
Engineering
Active Medium
8%
Analytical Model
12%
Buffer Gas
29%
Computational Fluid Dynamic Modeling
15%
Computational Fluid Dynamics
32%
Cross Section
10%
Dynamic Models
16%
Dynamic Process
7%
Ejector
7%
Energy Engineering
8%
Experimental Result
34%
Flow Parameters
7%
Flow Rate
26%
Flow Velocity
13%
Flowing Gas
41%
Fluid Dynamics
22%
Gain Medium
5%
Gas Flow
9%
Gas Temperature
6%
Gas Velocity
9%
Good Agreement
20%
Laser Beam
30%
Laser Intensity
5%
Laser Parameter
5%
Laser Power
24%
Mach Number
7%
Methane
7%
Mode Operation
6%
Molar Flow Rate
11%
Nitrogen Flow Rate
7%
One Dimensional
14%
Optical Axis
7%
Optical Efficiency
6%
Optimal Value
12%
Output Power
28%
Parametric Study
21%
Population Inversion
6%
Pump Power
25%
Rate Constant
5%
Resonator
48%
Signal Gain
12%
Spatial Distribution
15%
Temperature Rise
9%
Theoretical Study
10%
Physics
Beam Propagation
7%
Caesium
8%
Cesium Vapor
7%
Charge Flow Device
12%
Chemical Laser
9%
Chemical Oxygen-Iodine Lasers
50%
Computational Fluid Dynamics
36%
Far Field
5%
Flow Velocity
21%
Fluid Dynamics
12%
Gas Flow
10%
Gas Velocity
5%
Gaussian Distribution
6%
Laser Beams
32%
Laser Outputs
5%
Lasing
22%
Methane
8%
Optics
5%
Refractivity
6%
Resonator
29%
Spatial Distribution
5%
Supersonics
56%
Transonic Flow
8%
Wave Optics
7%