Engineering & Materials Science
Surface active agents
100%
Coalescence
69%
Buoyancy
60%
Viscosity
31%
Gravitation
24%
Thermal gradients
21%
Reynolds number
19%
Population dynamics
18%
Trajectories
15%
Van der Waals forces
14%
Thermal conductivity
12%
Glycols
11%
Convection
9%
Drop breakup
9%
Tissue
9%
Surface tension
7%
Hydrodynamics
7%
Contacts (fluid mechanics)
6%
Shear flow
5%
Brownian movement
5%
Fluids
5%
Physics & Astronomy
surfactants
54%
buoyancy
51%
coalescing
38%
collisions
33%
interactions
27%
drop size
25%
gravitation
22%
viscosity
18%
low Reynolds number
18%
binary fluids
15%
bubbles
14%
salicylates
14%
temperature gradients
13%
Van der Waals forces
12%
radii
11%
attraction
10%
inertia
10%
interfacial tension
9%
glycols
9%
shear
7%
fluids
7%
hydrodynamics
7%
thermal conductivity
6%
mesh
6%
trailing edges
6%
trajectory analysis
5%
trajectories
5%
Chemical Compounds
Drop
98%
Coalescence
40%
Collision
39%
Surfactant
31%
Reynolds Number
21%
Thermal Conductivity
14%
Brownian Motion
10%
Compound Mobility
10%
Force
10%
Ethyl Salicylate
10%
Flow
8%
Diethylene Glycol
6%
Tension
6%
Gravity
6%
Inertia
6%
