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Massive, long-lived electrostatic potentials in a rotating mirror plasma
E. J. Kolmes
, I. E. Ochs
, J. M. Rax
,
N. J. Fisch
Astrophysical Sciences
Mechanical & Aerospace Engineering
Research output
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Contribution to journal
›
Article
›
peer-review
8
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Keyphrases
Field Lines
100%
Voltage Drop
100%
Electrostatic Potential
100%
Rotating Mirror
100%
Long-lived
100%
Mirror Plasma
100%
Magnetic Field
33%
Magnetized Plasma
33%
Flow Shear
33%
Highly Conductive
33%
Hot Plasma
33%
Parallel Electric Field
33%
Plasma-facing Components
33%
Parallel Current
33%
Steady-state Voltage
33%
Solid Materials
33%
Material Medium
33%
Electrical Potential
33%
Voltage Overshoot
33%
Flux Surface
33%
Magnetic Confinement
33%
Physics
Steady State
100%
Magnetic Field
100%
Shear Flow
100%
Electrostatics
100%
High Temperature Plasmas
100%
Plasma Facing Component
100%
Electric Field
100%
Engineering
Field Line
100%
Voltage Drop
100%
Electrostatic Potential
100%
Magnetic Field
33%
Fits and Tolerances
33%
Shear Flow
33%
Conductive
33%
Plasma Facing Component
33%
Magnetic Confinement
33%
Electrical Potential
33%
Solid Material
33%
Drift Flow
33%
Electric Field
33%
Material Science
Shear Flow
100%
Solid Material
100%