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Optoelectronics Letters

Study on the zero-state quantum responses for inductance coupled mesoscopic LC circuits

Xiao-fang Zhou, Bing-liang Bai, Haiyan Guo

Published Mar 1, 2010• 2 citations
Publisher
DOI
10.1007/s11801-010-9089-4

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时间进化操作员的准确答案被使用代数学动力学的计量器转变获得。如此的一个操作员描述量国家的时间进化因为二电感联合了 mesoscopic LC 电路。到输入电压信号的费用和电流的零状态的回答是计算的。结果证明电感的系统联合了 mesoscopic LC 电路线性、时间不变。费用和电流的零状态的回答与相应宏观的电路的那些一致。这个工作被自然科学基础和福建省的教育系的科学研究基础支持了,中国(Nos. 2008J0036, A0220001 和 JA09160 ) 。
The exact solution of time evolution operator was obtained by applying the gauge transform of algebra dynamic. Such an operator describes the quantum state of time dependence of mesoscopic LC circuit containing voltage source. The zero-state response in mesoscopic LC circuit was researched, and the charge and current zero-state response of the import signal were also acquired. The result showed that the system of mesoscopic LC circuit has linear time invariant feature, and the response in mesoscopic LC circuit is the same as in the macroscopic LC circuit.