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Effect of ion viscosity and thermal conductivity on the drift instability in an inhomogeneous high-pressure collisional plasma

V.V. Nemov1972年被引用 4Nuclear FusionIF 3出版社

Applying a magneto-hydrodynamic description of a plasma, the author carries out a theoretical study on the effect of ion viscosity and thermal conductivity on the drift instability in an inhomogeneous plasma with large β and kz ≠ 0 (β = 8π p/B2, kz is the component of the wave vector along the unperturbed magnetic field). It is shown that, if the particle collision frequency is low enough, ion viscosity and thermal conductivity may be the cause of instability.

日本語訳

磁気流体力学によるプラズマの記述を適用して、著者は、大きなβおよびkz ≠ 0(β = 8π p/B2、kzは摂動のない磁場に沿った波数ベクトルの成分である)を持つ不均一プラズマにおけるドリフト不安定性に対するイオン粘性と熱伝導率の影響について理論的研究を行う。粒子衝突頻度が十分に低い場合、イオン粘性と熱伝導率が不安定性の原因となり得ることが示される。

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Thermal conductivityCollisional plasma
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