INIS
design
100%
compression
100%
compressors
100%
optimization
100%
vapors
100%
speed
100%
aircraft
100%
control systems
66%
emission
44%
air
44%
power
22%
applications
22%
fuels
22%
working fluids
22%
architecture
22%
maintenance
22%
configuration
22%
flammability
11%
laboratories
11%
refrigerants
11%
propulsion systems
11%
ozone
11%
air quality
11%
humidity
11%
accounting
11%
distribution
11%
reduction
11%
regulations
11%
fuel consumption
11%
toxicity
11%
simulation
11%
hydrogen
11%
oils
11%
implementation
11%
removal
11%
reliability
11%
computational fluid dynamics
11%
greenhouse gases
11%
burns
11%
fluid mechanics
11%
guidelines
11%
investigations
11%
carbon dioxide
11%
radiative forcing
11%
cost
11%
performance
11%
safety
11%
gas bearings
11%
propulsion
11%
size
11%
experimental data
11%
Engineering
Compression Cycle
100%
Centrifugal Compressor
100%
Powered Aircraft
100%
Vapor Compression
100%
Environmental Control System
85%
Aircraft
71%
Design
57%
Air Cycle
42%
Fluid
28%
Subsystems
28%
Stages
28%
Design Model
14%
Main Component
14%
Multiobjective Optimization
14%
Models
14%
Large Consumer
14%
Optimization Strategy
14%
Computational Fluid Dynamics
14%
Rankine
14%
Propulsion System
14%
Aviation
14%
Safety Concern
14%
Deck
14%
Test Rig
14%
Refrigerant
14%
Development
14%
Air Quality
14%
Gas Bearing
14%
Fluid Dynamics
14%
Reduction
14%
Maintenance Cost
14%
Design Guideline
14%
Greenhouse Gas
14%
Preliminary Design
14%
System Reliability
14%