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Mass variation of a thin liquid film driven by an acoustic wave
W. Batson, Y. Agnon, A. Oron
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Contribution to journal
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Article
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peer-review
4
Scopus citations
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Mathematics
Thin Liquid Films
100%
Acoustic Waves
74%
Evaporation
24%
Condensation
20%
Acoustics
18%
Ceiling
13%
Thermodynamic Equilibrium
12%
Driving Force
11%
Phase Change
11%
Inclination
11%
Nonlinear Effects
10%
Inclined
10%
Anomalous
10%
Wavelength
9%
Linear Stability
9%
Nonlinear Dynamics
9%
Linear Order
8%
Traveling Wave
8%
Reverse
8%
Liquid
8%
Unstable
7%
Model
2%
Engineering & Materials Science
Liquid films
75%
Thin films
56%
Vapors
53%
Acoustic waves
47%
Condensation
24%
Evaporation
23%
Acoustic fields
15%
Ceilings
13%
Gravitation
10%
Wavelength
10%
Thermodynamics
10%
Acoustics
9%
Temperature
4%
Chemical Compounds
Sound Property
85%
Liquid Film
29%
Evaporation
21%
Nonlinear Dynamics
18%
Condensation
17%
Gravity
13%
Wavenumber
12%
Wave
11%
Wavelength
8%
Force
8%
Thermodynamics
7%
Pressure
6%
Physics & Astronomy
acoustics
34%
vapors
32%
liquids
31%
condensation
15%
evaporation
13%
ceilings
10%
thermodynamic equilibrium
9%
traveling waves
8%
inclination
8%
gravitation
6%
wavelengths
4%
temperature
2%