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Turbulent mixing and beyond
S. I. Abarzhi,
K. R. Sreenivasan
Mechanical and Aerospace Engineering
Center for Space Science
Research output
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peer-review
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Mathematics
Accretion Disks
100%
Turbulent Mixing
98%
Supernovae
92%
Nonequilibrium Dynamics
89%
Climate
76%
Energy Density
67%
High Energy
66%
Turbulent Flow
66%
Combustion
65%
Explosion
64%
Turbulence
61%
Fusion
58%
Convection
54%
Interior
44%
Influence
41%
Standards
30%
Physics & Astronomy
turbulent mixing
68%
stellar convection
45%
tectonics
42%
lithosphere
42%
climate
34%
dwell
33%
hypersonics
32%
Earth mantle
32%
accretion disks
28%
turbulent flow
25%
supernovae
25%
explosions
24%
astrophysics
23%
fusion
21%
flux density
21%
turbulence
20%
energy
8%
Medicine & Life Sciences
Convection
78%
Physical Phenomena
76%
Explosions
67%
Climate
62%
Engineering & Materials Science
Supernovae
46%
Tectonics
39%
Hypersonic aerodynamics
31%
Convection
26%
Explosions
25%