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- Superconductivity emchanism 超导机制
- What is the theory of high-Tc superconductivity? 高温超导的理论是什么？
- Recent progresses on RF superconductivity[J]. 引用该论文 郝建奎;赵夔.
- Superconduct materials and application 2. 2.;生物医用材料；
- Consequently, it cannot be the cause of the superconductivity. 因此，它无法成为超导性质的起因。
- These two basic electrodynamic properties give superconductivity its unique interest. 上述两个基本电动力学性质使超导电性具有无比的重要性。
- Over the past four years, humankind's understanding of superconductivity in MgB2 has evolved at breakneck speed. 过去四年，人类对于硼化镁超导性的了解，正以极快的速度成长。
- At this point, Bardeen, Cooper and Schrieffer(BCS)produced their epochmaking pairing theory of superconductivity. 当时巴
- Operating on the borderline of superconductivity and ordinary conductivity, they produce immense amplification. 它们在超导性和普通导电性的临界线上操作，产生巨大的放大效果。
- Is stable below 700 and begins to decompose from 800 until the complete loss of superconductivity. 在700下是稳定的,从800开始分解,直到完全失去超导电性。
- Within three days of hearing the rumors, we had made these pellets and were able to confirm superconductivity at near 40 K. 在听到传闻的三天内，我们已经制备好这些颗粒，并证实了它们的确在接近40K时可转变为超导体。
- The IBM Zurich Research Laboratory has netted Nobel Prizes for the creation of the scanning tunneling microscope and high-temperature superconductivity. IBM苏黎士研究实验室曾以扫描穿隧显微镜与高温超导荣获诺贝尔奖，也是网路软硬体的开发重镇。
- Leggett(USA).Both superconductivity and superfluidity occur at very low temperatures. 超导性和超流动性是极端低温状态下产生的两种现象。
- Based on the band theory, the BCS mechanism of superconductivity is still valid for Lanthanum. 通过能带理论分析肯定镧的超导机制仍是BCS机制.
- Polarons, Excitons, Superconductivity, Dielectric, Magnetic Materials, Point Defects, Alloys. 偏振子、激子、超导、介电子、磁性材料、点缺陷、合金。
- If it turns out that it is a competing state, you can instead focus more on superconductivity," he said. 把赝隙看作是对立竞争状态，那么我们就能专心研究超导了。”
- Padamsee H. RF Superconductivity for Accelerators. New York: John Wiley &Sons Inc., 1998. 张新民.;超导低温技术与粒子加速器
- What is the theory of high-Tc superconductivity? What interactions can successfully pair electrons? 高温超导的理论是什么?产生电子对的相互作用是什么?
- A serendipitous discovery is now forcing investigators to expand their ideas on superconductivity. 一次意外的发现，促使研究人员将拓展了超导体的概念。
- The predictions of an approximate 30 K upper limit to BCS superconductivity were apparently not valid. 如此看来，预测BCS超导体的最高转变温度为30K的理论，显然并不正确。
