This paper briefly introduces various prepared technology of high-temperature superconductor on glass and ceramics.
简略介绍以玻璃与陶瓷为基体的高温超导材料的各种制取工艺。
Therefore, the method to measure high-temperature superconductor thin films' microwave surface impedance plays an important role.
因此，用什么方法去测量高温超导薄膜的微波表面电阻就显得尤为重要。
This test system can measure critical currents of high-temperature superconductor at different temperature, and can also measure quench propagation property.
本测试系统不仅可以测量高温超导体在不同温度下的临界电流，还可以测量其失超传播特性。
They claim that by replacing the copper and aluminum wires in the grid with a ceramic, high-temperature superconductor, the lines could have five times the capacity and waste less electricity.
他们声称，用陶瓷的高温超导体替换电网中的铜铝线缆，电网容量将提高5倍，同时减少电力浪费。
July 2008 — Last Wednesday, American superconductor officially commissioned the world's first high-temperature superconductor power-transmission cable system to be used in a commercial power grid.
2008年7月2号——上周三，美国超导公司正式在一个商业电网中部署了世界上第一个高温超导输电系统。
This paper presents a new suspension system with hybrid electromagnets made of high temperature superconductor and normal conductor coil.
经分析比较，提出了一种用高温超导线圈和常导线圈构成的混合式电磁吸力型悬浮系统方案。
The finding of high temperature superconductor (HTS) made a lot of scientists research and study it, then critical temperature of HTS was on the increase.
高温超导材料的发现，引起了众多科学家的关注并进行研究，使得高温超导体的临界温度提高到液氮温度以上。
The average valence of copper in high temperature superconductor was determined by double iodometric titration, then oxygen content also can be calculated.
双碘滴定法是通过定高温超导氧化物中铜的平均价态，计算出氧化物中氧含量的一种方法。
To increase the radiation efficiency and broaden the operation bandwidth, an aperture-coupled microstrip antenna of high temperature superconductor with multi-layer substrates is designed.
为提高辐射效率和扩展工作带宽，对一种口径耦合馈电的多层介质高温超导微带天线进行了设计。
The article makes an overview of the Superconductive mechanism of the high temperature oxide superconductor on the background of the relevant experiments made in recent years.
本文以近年来有关实验为背景对高温氧化物超导体的超导机制问题作了鸟瞰。
In this article, a permanent magnet guideway-high temperature superconductor (PMG-HTS) interaction magnetic levitation (Maglev) system was designed and investigated.
设计和研究了一种永磁导轨与高温超导体作用形成的磁悬浮系统。
Results show that the levitation force is generated between the high temperature superconductor and the magnetic field under the critical temperature.
研究表明，当高温超导体的温度低于其临界温度时，在磁场中开始受到力的作用；
We also believe high temperature superconductor products will be widely used in next 5 years.
然后从长远来看，我们相信在未来5年，高温超导电缆将会得到广泛应用。
We also believe high temperature superconductor products will be widely used in next 5 years.
然后从长远来看，我们相信在未来5年，高温超导电缆将会得到广泛应用。
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