Keyphrases
Laser Ignition
81%
Ignition
74%
Propellant
51%
Thruster
36%
Rocket Engine
32%
Methane
29%
Transpiration Cooling
26%
Liquid Oxygen
26%
Combustion Chamber
25%
Coolant
24%
Rocket Combustor
23%
Booster Stage
20%
Multi-injector
20%
Launcher
20%
Transpiration
20%
Supersonic Combustion Ramjet
20%
Cooling System
20%
Propulsion System
19%
Cooling Channel
18%
Space Transportation System
17%
Cryogenic Reactions
16%
Cryogenic Control
16%
Strategic Scenarios
16%
System-theoretic Process Analysis
16%
Ignition System
15%
Injector Head
14%
Overpressure
14%
Hydrocarbon Impurities
14%
Aerospace
14%
Flyback
13%
Heat Transfer
13%
Water Hammer
13%
Nucleate Boiling
13%
High-speed Imaging
12%
Shock Wave Boundary Layer Interaction
12%
Ignition Energy
11%
Launch Operations
11%
Background Oriented Schlieren
11%
Energy Deposition
10%
Pressure Surge
10%
Cryogenic Rocket Engine
10%
Life Cycle Analysis
10%
Space Industry
10%
Rocket Motor
10%
Laser Pulse Energy
10%
Pre-ignition
10%
Schlieren
9%
Space Traffic Management
9%
Gaseous Hydrogen
9%
Optical Breakdown
9%
Engineering
Ignition
100%
Rocket Engine
61%
Combustor
41%
Combustion Chamber
39%
Thruster
35%
Methane
34%
Cooling System
27%
Propulsion System
26%
Supersonic Combustion
25%
Schlieren
24%
Preliminary Design
20%
Stage Operation
20%
Cooling Channel
20%
Liquid Oxygen
20%
Porosity
20%
Water Hammer
17%
Energy Engineering
17%
Applicability
16%
Boundary Layer
14%
Future Technology
13%
Test Bench
13%
Layer Interaction
13%
Stainless Steel
12%
Ignition System
12%
Space Object
11%
System Component
10%
Control Action
10%
Pressure Surge
10%
Engine Cycle
10%
Gas Generator
10%
Equations of State
10%
Performance Analysis
9%
Ambient Pressure
9%
Main Flow
9%
Hot Gas
9%
Cycle Analysis
9%
Flow Phenomenon
9%
Medium Size
8%
Engine Cooling
8%
Reynolds-Averaged Navier-Stokes
8%
Navier-Stokes Equation
8%
Laser Pulse Energy
8%
Safety Level
8%
Traffic Management
8%
Control of Structures
8%
Flow Path
6%
Liquid Rocket Engine
6%
Laboratory Safety
6%
Space System
6%
Diffusion Model
6%