Engineering
Carbon Dioxide Capture
100%
Nanofluid
92%
Nanoemulsion
80%
Absorption Performance
69%
Exchanger
66%
Energy Engineering
65%
Nanoparticle
60%
Plate Heat Exchanger
55%
Absorption Rate
54%
Thermal Energy
49%
Coefficient of Performance
48%
Experimental Investigation
42%
Hydrate Formation
41%
Adsorption
40%
Thermal Conductivity
39%
Heat Pump
37%
Pressure Drop
33%
Microscale
30%
Global Warming Potential
30%
Base Fluid
29%
Condensation Heat Transfer
28%
Frictional Pressure Drop
28%
Heat Transfer Coefficient
28%
Combined Heat
27%
Aqueous Solution
26%
Smooth Tube
26%
Experimental Result
25%
Heat Source
24%
Dehumidification
24%
Mass Flowrate
23%
Absorption System
23%
Carbon Nanotube
23%
Dispersion Stability
23%
Energy Harvesting
23%
Performance Analysis
22%
Heat Flux
22%
Aluminium Oxide Nanoparticle
21%
Reynolds' Number
21%
Ammonia Water
20%
Nusselt Number
20%
Minichannels
20%
District Cooling
20%
Design Model
20%
Oil Droplet
19%
Pure Methanol
19%
Condenser
19%
Low-Temperature
19%
Fluid Viscosity
18%
Transients
18%
Mass Transfer
17%
Keyphrases
Absorber
32%
Absorption Mechanism
32%
Nanofluid
30%
Absorption Performance
30%
Methanol
28%
Heat Mass Transfer
28%
Bubble Absorption
27%
Falling Film Absorption
27%
Binary Nanoemulsion
26%
Nanoadsorbent
26%
Absorption Rate
24%
Mass Transfer Enhancement
23%
Al2O3 Nanoparticles
22%
Plate Heat Exchanger
21%
Vol%
21%
Heat Transfer Performance
20%
Absorption-regeneration
20%
Binary Nanofluid
20%
Taylor-Couette
20%
SiO2 Nanoparticles
17%
Oil Droplet
17%
Lithium Bromide
16%
CO2 Gas
16%
Heat of Absorption
15%
Heat Transfer
15%
Experimental Correlation
15%
Performance Enhancement
15%
Combined Heat Transfer
14%
Heat Transfer Enhancement
13%
Industrial CO2
13%
CO2 Absorption
13%
Regeneration Performance
13%
Fluted Tube
13%
CO2 Capture
13%
Marangoni Convection
13%
Nanoemulsion Absorbents
13%
Low GWP Refrigerants
13%
NH3-H2O
13%
Condensation Heat Transfer
13%
Falling Film
13%
Low Global Warming Potential
13%
Carbon Nanotubes
11%
Low Rotational Speed
11%
Heat Flux
10%
Absorption Characteristics
10%
Ammonia Water
10%
Base Fluid
10%
Countercurrent
10%
Heat Transfer Coefficient
10%
LiBr-H2O
10%
