Non-Ohmic Effect of Shunted-Josephson-Junction Model : The Autonomous Case

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概要

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• The shunted-Josephson-junction model, consisting of three basic elements carrying a phase-dependent supercurrent, a quasi-particle current, and a displacement current respectively, is discussed for tunnel-type non-ohmic conductances of the quasi-particle current under a time-independent current bias. Dynamics in the phase-plane and I-V characteristics of the junction are investigated. Features peculiar to the non-ohmic conduction are presented.

• 理論物理学刊行会の論文
• 1981-06-10

著者

• Matsuo Kazuhiro

  International Institute For Advanced Study Of Social Information Science

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• Effects of Magnetic Field and Injected Current on dc SQUIDs with Dayem Bridges
• Non-Ohmic Effect of Shunted-Josephson-Junction Model : The Autonomous Case

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