磁通量子

用Josephson结电子模拟器测量磁通量子2e/h

Testing magnetic flux quantum 2e / h with Josephson junction electronic simulator

介绍用Josephson结电子模拟器在正常温度下，模拟测量磁通量子2e/h，用模拟器来研究Josephson结的特性。

This paper presents how to use electronic simulator of Josephson junction to simulate and test magnetic flux quantum 2e / h under normal temperature . The characteristics of Josephson junction are studied using simulator .

在一个磁通量子内dcJosephson电流的阶梯效应（Ⅰ）双结SQUID

The step structure effect of DC Josephson current within one flux quantum period (ⅰ) squid consisting of two junctions

超导弱连接中的Josephson电流在一个磁通量子内的振荡（Ⅰ）Josephson结

The supercurrent oscillations within one flux quantum period φ _0 for weak links ( I ) the Josephson junction

并讨论了电容耦合效应对介观LC电路中电荷和磁通量子涨落的影响。

Thus we give an approach of mesoscopic LC circuit 's quantization and discuss the influence of capacitor 's coupling effects to the quantum fluctuation of mesoscopic LC circuit .

本文介绍了快速单磁通量子（RSFQ）电路的基本原理和部分逻辑门电路工作原理及其设计注意点。

In this paper , the principles and characteristics of rapid single flux quantum ( RSFQ ) circuits are discussed .

快速单磁通量子计数器及其逻辑电路

Rapid single flux quantum counter and it ′ s logic circuits

约瑟夫逊结中磁通量子运动的分析

An analysis of motion of flux quanta in Josephson junctions

在空轨道区和混合价区，振荡的周期是磁通量子Φ0。

More specifically , the period is of the flux quantum Φ 0 in the empty-orbital and mixed-valence regimes .

我们提出和分析的一个新实验可以检测任意子和分数磁通量子。

We propose and analyse a crucial experiment to test the fractional quantum of magnetic flux as well as any " - on " s.

AB磁通对量子格气模型非线性解的影响

Effects of AB Flux on Nonlinear Solutions of the Quantum Lattice Gas Model

求出了有AB磁通时量子格气模型的椭圆函数波解。

Cnoidal wave solutions in the quantum lattice gas model in the presence of the Aharonov_Bohm flux in a ring are found .

再利用热场动力学理论方法研究了介观LC电路在有限温度时热克尔态下电荷和磁通的量子涨落，并对结果进行了讨论。

We also used the thermal field dynamic theory to investigate the thermal Kerr state at a definite temperature and calculated the quantum fluctuation of both charge and magnetic flux , and discussed the results .

通过量子化LC电路，运用全量子理论研究了在激发压缩真空态下介观LC电路中电荷、磁通量的量子涨落。

A quantization scheme for an LC circuit a source was proposed and the fluctuations of the charge and the magnetic flux of the circuit in excited squeezed vacuum state are studied by using the complete quantum theory .

给出了半径、能级和磁通量等的量子表达式。

The quantum expressions of radius , energy level and flux are obtained .