1) Josephson equation
约瑟夫森方程
1.
In the work of investigating superconducting RSFQ digital cell, basic theory of Josephson equation and SQUID are intensively analysised.
在研究超导RSFQ数字单元电路工作中，本文深入研究了约瑟夫森方程和超导量子干涉器等超导RSFQ数字电路的基础理论。
2) Josephson
约瑟夫森
1.
The foresee of Smale horseshoes transformation of planar Josephson equation with Melnikov function ,obtaining the solution of Josephson equation under condition of(t)=0 and (t)0with perturbation metho
利用梅尔尼科夫 (Melnikov)函数法预测平面约瑟 (Josephson)方程具有斯梅尔马蹄变换 (SmalehorseshoesTransformation) ,应用微扰法对约瑟夫森方程在ε(t) =0和ε(t)≠ 0 ,两种条件下求出了方程的
3) Josephson junction
约瑟夫森结
1.
Quantization of mesoscopic mutual inductance coupling circuit with superconducting Josephson junctions and their quantum effects;
含有超导约瑟夫森结介观互感电路的量子化及其量子效应
2.
Quantum corrections in fitting the switching current distributions of intrinsic Josephson junction;
本征约瑟夫森结跳变电流分布的量子修正
3.
Computer simulations for the intermittent-type chaos and chaos control in RC-shunted Josephson junction;
电阻电容分路的约瑟夫森结中阵发性混沌及混沌控制的计算机模拟
4) Josephson junctions
约瑟夫森结
1.
Quantum dynamics, in particular, macroscopic quantum tunneling in Josephson junctions coupled with resonant electro-magnetic modes is studied in the paper.
研究存在电磁共振模式耦合时约瑟夫森结中的宏观量子效应。
5) Josephson effect
约瑟夫森效应
1.
A new kind of magnetic flux sensor is designed based on the Josephson effect of high temperature superconductor, the major components of a magnetic flux sensor are superconducting quantum interference device and corresponding apparatus, such as input coil, filtering circuit, oscillating circuit and ancillary circuit.
基于超导体的约瑟夫森效应设计一种新型的磁通传感器,以高温超导量子干涉仪制作,再配合相应的输入线圈、滤波电路、振荡电路和辅助电路实现。
2.
According to the AC Josephson effect,we have studied the issue of the phase locking of Josephson junction arrays embedded in the Fabry-Perot resonator under the microwave radiation.
根据交流约瑟夫森效应,研究了嵌入Fabry-Perot谐振腔里的约瑟夫森结阵列在微波辐照下的相位锁定问题。
6) mesoscopic Josephson junction
介观约瑟夫森结
1.
An effective bosonic Hamiltonian describing the interaction of a mesoscopic Josephson junction with a quantized radiation field is studied.
研究一个描述介观约瑟夫森结与量子辐射场相互作用系统的等效玻色子哈密顿量 。
2.
To investigate the interaction of a mesoscopic Josephson junction with a single mode quantized electromagnetic field, the diagnonalizing process of the coupled system Hamiltonian was performed by using an unitary transformation.
研究介观约瑟夫森结与量子化电磁场相互作用系统 。
3.
To study the nonclassical effects of the mesoscopic Josephson junction in the presence of a nonclassical microwave, the mesoscopic Josephson junction and the field were both treated quantum mechanically, and the external field approximation was used.
研究非经典光场作用下介观约瑟夫森结中的非经典效应 。
补充资料：约瑟夫森方程（Josephsonequation）
约瑟夫森方程（Josephsonequation）
由于约瑟夫森效应与结区两侧超导体的超导电子对的波函数的位相差Δφ有直接关系（参见“超导电子学”），Δφ与空间和时间t的关系由如下约瑟夫森方程来表示（在高斯单位制下）：
`\nabla^2(\Delta\phi)-\frac{1}{v^2}\frac{\partial^2}{\partialt^2}(\Delta\phi)`
$=\lambda_J^{-2}sin(\Delta\phi)$
这是二阶非线性方程式，其中$v=c(4\piCd)^{-1/2}$是结中电磁波传播速度，c和C分别是真空中光速和单位面积的结电容，d=λ1 λ2 l为势垒区磁场的有效穿透深度，λ1和λ2分别是势垒两侧超导体的伦敦穿透深度，l是势垒厚度，$\lambda_J=(\hbarc^2//8\piedJ_c)^{1/2}$称“约瑟夫森穿透深度”，可理解为位相差$\Delta\varphi$穿透结的距离，通常为毫米量级，$hbar$是除以2π的普朗克常数，e是电子电荷量，Jc为最大约瑟夫森电流值。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条