Scan First: Plasma potential and electron vorticity (ω=rot v) at small timesteps (1 frame = 1 ns) for axial-zimuthal model described in ... In this video, 5th year PhD student William Hurley overviews the efficiency loss processes' in
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In this video, 5th year PhD student William Hurley overviews the efficiency loss processes' in Ethan Dale, a postdoctoral scholar at the University of Michigan's Plasmadynamics and Electric Plasma potential and electron vorticity (ω=rot v) at small timesteps (1 frame = 1 ns) for axial-zimuthal model described in ...
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Plasma potential and electron vorticity (ω=rot v) at small timesteps (1 frame = 1 ns) for axial-zimuthal model described in ... Will Hurley, a second year PhD student at PEPL, tells us how efficient operation of
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- Will Hurley, a second year PhD student at PEPL, tells us how efficient operation of
- Plasma potential and electron vorticity (ω=rot v) at small timesteps (1 frame = 1 ns) for axial-zimuthal model described in ...
- Ethan Dale, a postdoctoral scholar at the University of Michigan's Plasmadynamics and Electric
- In this video, 5th year PhD student William Hurley overviews the efficiency loss processes' in
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