INIS
cooling
100%
waste heat
100%
vapors
100%
ammonia
100%
vessels
100%
absorption refrigeration cycle
100%
ionic liquids
100%
refrigeration
75%
simulation
50%
absorption
50%
comparative evaluations
50%
working fluids
50%
monte carlo method
50%
liquids
50%
diesel engines
50%
equilibrium
50%
emission
25%
prediction
25%
carbon
25%
capacity
25%
absorbents
25%
high temperature
25%
seawater
25%
thermodynamics
25%
evaluation
25%
diagrams
25%
vapor pressure
25%
fluoroborates
25%
exhaust gases
25%
fluids
25%
water
25%
enthalpy
25%
modeling
25%
engines
25%
volatility
25%
coefficient of performance
25%
Engineering
Refrigeration Cycle
100%
Fluid
100%
Refrigeration
100%
Diesel Engine
66%
Vapor-Liquid Equilibrium
66%
Exhaust Gas
33%
High Latitude
33%
Absorption System
33%
Ammonia Water
33%
Engine Operating
33%
Coefficient of Performance
33%
Cooling Capacity
33%
Multiscale
33%
Operating Mode
33%
Chemical Engineering
Absorption Refrigeration
100%
Refrigeration
100%
Ammonia
100%
Temperature
100%
Enthalpy
33%
Seawater
33%
Water
33%
Carbon
33%