1. A fusion reactor has Ne 102 m, and KaT = 9 keV. i. Compute Debye length (Ao) and the number of charged particles in Debye length (No) in the fusion reactor. ii. What is the plasma frequency in the fusion reactor?

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1. A fusion reactor has Ne = 1023 m3, and KsTe = 9 kev.
i. Compute Debye length (Ap) and the number of charged
particles in Debye length (No) in the fusion reactor.
ii, What is the plasma frequency in the fusion reactor?
Transcribed Image Text:1. A fusion reactor has Ne = 1023 m3, and KsTe = 9 kev. i. Compute Debye length (Ap) and the number of charged particles in Debye length (No) in the fusion reactor. ii, What is the plasma frequency in the fusion reactor?
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