Shock Wave in a Nonlinear LC Circuit

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概要

• 論文の詳細を見る

• A shock wave in a nonlinear LC circtnit with dissipation has been investigated theoreticallyand experimentally. A shock wave solution of a stationary waveform traveling with a constantvelocity and a higher-order correction have been obtained theoretically. In the experiment, it hasbeen demonstrated that a shock wave with a constant arnplittude propagates stably in a nonlinearLC circuit with dissipation. The velocity and width of the shock wave have been observed tobe consistent with the theoretical prediction, provided that the amplitude is small enough to beconsistent with the theoretical approxirnation.

• 社団法人日本物理学会の論文
• 1997-05-15

著者

• ISHIWATA Shingo

  Department of Physics,Faculty of Engineering,Yokohama National University

• Watanabe Shinsuke

  Department Of Energy Engineering Faculty Of Engineering Yokohama National University

• Kawaguchi Mayumi

  Department Of Biochemistry And Cell Biology National Institute Of Health

• Kawaguchi Mayumi

  Department Of Energy Engineering Faculty Of Engineering Yokohama National University

• Kawamura Katsuyuki

  Department Of Earth And Planetary Science Tokyo Institute Of Technology

• Ohta Yuriko

  Department Of Energy Engineering Faculty Of Engineering Yokohama National University

• Ohta Yuriko

  Department Of Biochemistry Wakayama Medical University

• WATANBE Shinsuke

  Department of Energy Engineering,Faculty of Engineering,Yokohama National University

• KAWAMURA Kstsuyuki

  Department of Energy Engineering,Faculty of Engineering,Yokohama National University

• Geun Heung

  Department of Energy Engineering,Faculty of Engineering,Yokohama National University

• Ishiwata Shingo

  Department Of Energy Engineering Faculty Of Engineering Yokohama National University

• Geun Heung

  Department Of Energy Engineering Faculty Of Engineering Yokohama National University

• Watanbe Shinsuke

  Department Of Energy Engineering Faculty Of Engineering Yokohama National University

• ISHIWATA Shingo

  Department of Energy Engineering,Faculty of Engineering,Yokohama National University

• OHTA Yuriko

  Department of Energy Engineering,Faculty of Engineering,Yokohama National University

• KAWAGUCHI Mayumi

  Department of Energy Engineering,Faculty of Engineering,Yokohama National University

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