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Water Evaporation and Condensation in Air with Radiation: The Self-Similar Spalding Model
M. Q. Brewster
Mechanical Science and Engineering
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Physics & Astronomy
air
59%
blowing
59%
bulbs
21%
condensation
87%
condensers
19%
Couette flow
19%
enthalpy
73%
evaluation
10%
evaporation
76%
flat plates
17%
inclusions
13%
laminar boundary layer
20%
Lewis numbers
22%
mass transfer
15%
methodology
13%
performance
7%
predictions
8%
psychrometers
31%
radiation
54%
steam
35%
sweat cooling
28%
temperature
4%
textbooks
21%
thermodynamics
11%
tubes
11%
unity
15%
water
56%
water vapor
49%
Engineering & Materials Science
Blow molding
54%
Condensation
100%
Condenser tubes
24%
Cooling
11%
Enthalpy
85%
Evaporation
99%
Mass transfer
14%
Psychrometers
30%
Radiation
78%
Temperature
6%
Textbooks
20%
Thermodynamics
14%
Water
54%
Water vapor
55%
Chemical Compounds
Amount
8%
Condensation
72%
Condenser Tubes
36%
Cooling
17%
Cylinder
21%
Enthalpy
78%
Evaporation
88%
Lewis Number
35%
Water Vapor
56%