Engineering & Materials Science
Evaporation
95%
Molecular dynamics
84%
Liquids
58%
Water
57%
Heat flux
47%
Nanopores
39%
Boiling liquids
39%
Heat transfer
38%
Zeolites
35%
Computer simulation
33%
Contact angle
33%
Vapors
32%
Thin films
29%
Nucleation
29%
Argon
29%
Infiltration
25%
Wetting
24%
Nanostructures
24%
Temperature
22%
Platinum
21%
Heating
20%
Transpiration
20%
Membranes
19%
Temperature control
19%
Nucleate boiling
18%
Molecules
18%
Liquid films
16%
Cooling
15%
Lipids
15%
Atoms
15%
Electroporation
14%
Desalination
12%
Monolayers
12%
Membrane Lipids
12%
Hot Temperature
11%
Phospholipids
11%
Molecular mechanics
11%
Charge distribution
10%
Tobacco
9%
Surface tension
9%
Superhydrophobicity
9%
Heat transfer coefficients
9%
Molecular structure
9%
Evaporators
8%
Capillarity
8%
Graphene
8%
Viruses
8%
Condensation
8%
Experiments
7%
Cavitation
7%
Chemical Compounds
Nanochannel
100%
Evaporation
78%
Heat Transfer
72%
Meniscus
69%
Simulation
50%
Heat
49%
Boiling
44%
Disjoining Pressure
39%
Molecular Dynamics
39%
Liquid
36%
Surface
34%
Pressure
30%
Liquid Film
25%
Porosity
22%
Bubble
21%
Pore
19%
Cooling
16%
Surface Temperature
15%
Zeolite
15%
Nanomaterial
13%
Nucleation
12%
Platinum
12%
Dissipation
10%
Electroporation
9%
Capillarity
9%
Cavitation
8%
Transfer Coefficient
8%
Argon Atom
7%
Solar Collector
7%
Surface Structure
6%
Flow
6%
Nanoporosity
6%
Force
6%
Volume
6%
Etching
6%
Application
6%
Silicon Dioxide
5%
Drop
5%
Condensation
5%
Coolant
5%
Vacuum
5%
Waste Heat
5%
Physics & Astronomy
evaporation
63%
heat transfer
47%
boiling
45%
menisci
44%
heat flux
43%
liquids
42%
molecular dynamics
33%
bubbles
33%
water
28%
simulation
25%
vapors
25%
wicks
23%
augmentation
22%
porosity
22%
nucleation
19%
nucleate boiling
18%
zeolites
15%
thin films
15%
cooling
14%
heating
14%
argon
13%
heaters
13%
ridges
10%
membranes
10%
transpiration
10%
physical sciences
9%
heat pipes
9%
pulse heating
9%
platinum
9%
infiltration
8%
heat
8%
film thickness
8%
wettability
8%
interfacial tension
8%
solid oxide fuel cells
8%
performance
7%
liquid flow
7%
heat transfer coefficients
7%
radii
7%
pressure distribution
6%
physics
6%
templates
6%
vapor phases
6%
microstructure
6%
cavitation flow
6%
coolants
5%
isopropyl alcohol
5%
perspiration
5%
temperature
5%
manufacturing
5%