Engineering & Materials Science
Refrigerants
100%
Temperature
75%
Vapor pressure
70%
Surface tension
70%
Vapors
65%
Liquids
46%
Density of liquids
44%
Equations of state
42%
Thermodynamic properties
37%
Phase equilibria
36%
Density of gases
33%
Global warming
27%
Uncertainty
25%
Binary mixtures
24%
Chemical analysis
23%
Propane
21%
Spark plasma sintering
21%
Specific heat
19%
Fluids
16%
Halogenated Hydrocarbons
14%
Working fluids
14%
Exergy
12%
Bellows
12%
Pressure measurement
12%
Heating
10%
Sintering
9%
Butenes
9%
Density (specific gravity)
9%
Ethers
9%
Temperature measurement
8%
Electric contacts
7%
Heat pump systems
7%
Pumps
7%
Cooling
6%
Joining
6%
Metals
5%
Butane
5%
Hot Temperature
5%
Isotherms
5%
Electrodes
5%
Thermometers
5%
Chemical Compounds
Refrigerant
50%
Meniscus
44%
Critical Density
42%
Saturated Liquid
38%
Difluoromethane
37%
Critical Temperature
32%
Pressure
31%
Vapor Pressure
31%
Critical Pressure
27%
Phase Equilibria
27%
Saturated Vapour
25%
R32
23%
Thermoelectricity
21%
Mixture
21%
Equation of State
17%
Heat Capacity
15%
Propane
14%
Isobutane
13%
Sintering
13%
Exergy
12%
Thermodynamic Property
10%
Plasma
10%
Liquid
9%
Binary System
7%
Parachor
6%
Plate Like Crystal
6%
Error
5%
Cooling
5%
Electric Resistance
5%
Physics & Astronomy
refrigerants
71%
vapors
34%
interfacial tension
34%
liquids
23%
liquid-vapor equilibrium
22%
global warming
22%
menisci
19%
loci
18%
vapor pressure
18%
curves
17%
propane
17%
equations of state
16%
critical temperature
15%
critical pressure
15%
opalescence
14%
temperature
13%
binary mixtures
12%
thermodynamic properties
12%
fluids
11%
critical point
11%
thermophysical properties
10%
working fluids
10%
heat pumps
8%
chlorofluorocarbons
6%
vaporizers
6%
bellows
5%
liquefied natural gas
5%
cubic equations
5%
exergy
5%
pressure measurement
5%
visual observation
5%
temperature measurement
5%
evaluation
5%
cycles
5%
liquid-vapor interfaces
5%