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Evolution of spheroidal dust in electrically-active sub-stellar atmospheres
C. R. Stark
, D. A. Diver
Division of Games Technology and Mathematics
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Article
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peer-review
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Dive into the research topics of 'Evolution of spheroidal dust in electrically-active sub-stellar atmospheres'. Together they form a unique fingerprint.
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Earth and Planetary Sciences
Dust
100%
Eccentricity
50%
Growth
35%
Distribution Function
28%
Stellar Atmosphere
28%
Near Infrared
14%
Linear Polarization
14%
Geometry
7%
Wavelength
7%
Watershed
7%
Scattering
7%
Time
7%
Context
7%
Utilization
7%
Value
7%
Model
7%
Show
7%
Signature
7%
Observation
7%
Plasma
7%
Order
7%
Physics
Dust
100%
Eccentricity
50%
Growth
35%
near Infrared
14%
Linear Polarization
14%
Populations
14%
Numerical Solution
7%
Model
7%
Value
7%
Utilization
7%
Geometry
7%
Chemistry
Polarization
28%
Dust Particle
14%
Distribution Function
14%
Wavelength
7%
Time
7%
Procedure
7%
Potential
7%
Scattering
7%
Application
7%
Engineering
Surface Electric Field
21%
Linear Polarization
14%
Scattering
7%
Magnitude Calculation
7%
Fractional Change
7%
Governing Differential Equation
7%
Material Science
Plasma Deposition
14%
Protective Atmosphere
7%