1.
The Influence of Shield Current on the Current Distribution in the Superconducting Conductor and Shield in of Cold Dielectric(CD) High-Temperature Superconducting(HTSC) Cables
低温绝缘(CD)高温超导电缆屏蔽层电流对超导电缆导体和屏蔽电流分布的影响
2.
Selection and Calculation of the Taping Tension of PPLP Insulation in CD Insulated HTS Cables
低温绝缘高温超导电缆PPLP绝缘绕包张力选择和计算
3.
Research in the Insulation of the Cryostat, Terminator and Cryostat Connecter of HTS Cable;
高温超导电缆本体绝缘及终端和中间连接体绝缘研究
4.
The Research on Quench Protection of High Temperature Superconducting Cable Induced by Over-Current;
高温超导输电电缆过电流失超保护研究
5.
Study on HTS modules of HTS current leads for ITER
ITER高温超导电流引线超导模件的研究
6.
Electromagnetic Design Research on HTS Magnets by Bi-2223/Ag Tape;
Bi系高温超导磁体的电磁设计研究
7.
R&D ON A 68 kA HTS CURRENT LEAD FOR ITER PROJECT
ITER 68 kA高温超导特大电流引线研发
8.
Influence of Substrate Temperature on Structure and Superconducting Properties of YBCO Thin Films Containing BaZrO_3
衬底温度对掺锆酸钡高温超导YBCO薄膜结构和超导电性能的影响
9.
Study on Quench Protection of High Temperature SMES Magnet in Power Network
电网用高温超导储能磁体的失超保护研究
10.
Critical current density distribution for armature coil of high temperature superconducting motor
高温超导电机电枢线圈临界电流密度研究
11.
Electromagnetic and Thermal Analysis on Conduction-cooled High Temperature Superconducting Energy Storage Magnet;
传导冷却高温超导储能磁体的电磁热综合分析
12.
Electromagnetic Field Analysis and Its Optimization Design on High Temperature Superconducting Power Device;
高温超导电力装置的电磁场分析和优化设计
13.
R&D ON SHUNT FOR HIGH SAFETY HTS CURRENT LEADS FOR ITER
ITER高温超导电流引线的高安全分流器研究
14.
The Study of Improving the Air-gap Induction of HTS Motor
提高高温超导电机气隙磁密的方法研究
15.
This product is used as sheath in communications cable,controlling cable, signal and optical fiber cable which usually have strict requiements on anti environmental stress cracking.
适用于耐环境要求较高的通信电缆，控制电缆，信号电缆和光缆的护层，最高工作温度70℃。
16.
Design and optimization of 50 kA super-conducting transformer dewar and high-temperature
50kA超导变压器杜瓦及高温超导电流引线的设计与优化
17.
Test method of high-temperature for radio-frequency cables
GB/T4098.7-1983射频电缆高温试验方法
18.
Even so, these wires still lose only 1/200th as much power as equivalent copper conductors.
即使这样，超导电缆的能量损失也仅及相应铜电缆的1／200。