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Keyphrases
Pressure Drop
75%
Mass Flux
73%
Propane
73%
Heat Transfer Coefficient
72%
Heat Flux
68%
R290
63%
Two-phase Flow Boiling
59%
Ice Slurry
52%
Refrigerant
51%
Saturation Temperature
51%
Two-phase Flow
38%
Vapor Quality
34%
Natural Refrigerants
33%
Small Tube
30%
Seawater
28%
Heat Transfer Coefficient Correlation
28%
Boiling Heat Transfer Coefficient
25%
Ice Slurry Generator
25%
Heat Transfer
24%
R-22
24%
Tube Diameter
24%
Pentamaran
23%
R410A
23%
Indonesia
22%
Evaporative
22%
Stainless Steel Tube
22%
Mini
21%
Frictional Pressure Drop
21%
R134a
21%
Flow Boiling Heat Transfer
20%
Warp-chine
19%
Laminar Flow
19%
Small Channel
19%
New Correlation
18%
Inner Tube
18%
Nucleate Boiling
18%
Vaporization
17%
Boiling Heat Transfer
16%
Electric Current
15%
Scraper
15%
Prediction Method
15%
Horizontal Small Tubes
15%
Flow Pattern
14%
Superposition Model
14%
Genetic Algorithm
14%
Wave Resistance
14%
Side Hull
13%
Local Heat Transfer Coefficient
13%
Reynolds number
13%
Working Fluid
12%
Engineering
Two-Phase Flow
100%
Heat Transfer Coefficient
86%
Pressure Drop
77%
Mass Transport
68%
Heat Flux
51%
Boiling Heat Transfer
45%
Saturation Temperature
45%
Microchannel
45%
Minichannels
38%
Boiling Heat Transfer Coefficient
29%
Test Section
29%
Superposition
28%
Flow Pattern
28%
Stainless Steel
26%
Diameter Tube
25%
Frictional Pressure Drop
24%
Vaporization
21%
Evaporator
20%
Steel Tube
18%
Laminar Flows
18%
Refrigeration System
17%
Experimental Result
17%
Nucleate Boiling
17%
Friction Factor
16%
Porosity
15%
Experimental Investigation
14%
Heat Flux Range
14%
Genetic Algorithm
14%
Hydrodynamics
13%
Mm Diameter
13%
Melting Point
12%
Phase Heat Transfer Coefficient
12%
Performance Analysis
11%
Isobutane
11%
Review Paper
11%
Local Heat Transfer Coefficient
11%
Circular Pipe
11%
Main Hull
11%
Reynolds' Number
10%
Horizontal Tube
10%
Fluid Viscosity
10%
Mass Fraction
10%
Outrigger
10%
Convective
10%
Peat Sample
9%
Convective Boiling
9%
Circular Tubes
9%
Phase Flow
9%
Cooling Load
8%
Optimization Approach
8%