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htsc

  • 网络高温超导;高温超导体;导体
htschtsc
  1. Rotation of MTG HTSC ring in magnetic field

    多晶熔融织构高温超导环在磁场中的旋转

  2. The paper presents an analytical formula of Maglev force with the maglev system of a HTSC maglev vehicle model being simplified .

    本文对一辆高温超导磁悬浮列车模型悬浮系统的数学模型进行简化,得出了悬浮力的近似计算解析表达式。

  3. Analysis of driving property of HTSC maglev experiment model vehicle

    高温超导磁悬浮模型车驱动性能的分析

  4. Layer - current distribution of conductor for HTSC AC transmission cable

    高温超导交流输电电缆导体层电流分布研究

  5. In the second chapter we introduce the basic properties of the HTSC .

    第二章简单介绍了铜氧化物高温超导体结构与相图的一些共同特征,以及高温超导体中超导态的基本属性。

  6. Influence of HTSC field electron spectrum by field penetration

    高温超导体电场穿透对电子能谱的影响

  7. The Realistic Application for High Quality Bulk HTSC

    高质量高温超导块材的现实应用领域

  8. Theoretical analysis for deposition of HTSC films over large area by laser scanning ablation

    激光扫描制备大尺寸超导薄膜的理论分析

  9. Heat transfer in the conduction cooling HTSC current lead

    直接冷却中高温超导电流引线的传热研究

  10. A research on Application of HTSC to high field magnet at 4 . 2K

    高温超导体在低温强磁场方面的应用研究

  11. Research of HTSC Field Electron Emission Launch window

    高温超导体的场致发射研究

  12. According to the results of measurement the authors present an improved structure of HTSC maglev model vehicle .

    根据测试结果,对高温超导磁悬浮模型车提出了一种改进结构。

  13. HTSC Microwave Resonator with Extremely High Q - values

    极高Q值高温超导微波谐振器的研制

  14. Non-equilibrium Effect of HTSC Field Electron Emission

    高温超导体场致发射的非平衡效应

  15. The nonequilibrium effecting the Field electron Emission from HTSC are reported in the paper .

    本文对高温超导体场致发射的非平衡状态进行了研究。

  16. Non-destructive measurement of critical temperature for large-arear HTSC thin films

    大面积高温超导薄膜临界温度无损伤测试

  17. In chapter 4 , a specific parallel structure is used to develop a six-pole HTSC linear phase filter .

    第四章主要介绍利用并联结构进行高温超导线性相位滤波器的研制。

  18. Normal-state charge transport property of HTSC YBa_2Cu_3O_ ( 6.5 ) film

    高温超导薄膜YBa2Cu3O(6.5)正常态电荷传输特性研究

  19. The Application prospect of bulk HTSC used as magnetic shielding , current leads , permanent magnet and magnetic suspension system is reviewed .

    本文对高质量高温超导块材在诸如磁屏蔽、超导磁体电流引线、永久磁体以及悬浮系统的应用研究进行了评述。指出在这些领域的应用前景比较明朗和现实。

  20. Influence on HTSC Field Emission Current by Field Penetration Research on Electric Field Penetration and Power Absorption in Planar Type Inductively Coupled Plasma Discharge

    电场穿透对高温超导体场致发射电流的影响平面线圈感应耦合等离子体中射频电场穿透及功率沉积的理论研究

  21. Influence of HTSC Photo-field Electron Emission by Non-equilibrium

    非平衡态对高温超导体光场致发射的影响

  22. Design of Open-Loop Resonator HTSC Linear-Phase Filter

    易加工开口环高温超导线性相位滤波器

  23. Switch Device of HTSC

    高温超导体开关器件理论分析

  24. Based on these progresses , we developed present frequency dependent PWE method and calculated 2D high-temperature superconductor ( HTSC ) photonic crystals .

    在此基础上,本文发展了现有的频率依赖的平面波展开方法,计算了二维高温超导体光子晶体能带结构。

  25. The paper presents briefly the structure of a high temperature superconductor ( HTSC ) maglev vehicle and narrates the principle of levitation and guidance .

    介绍了一辆高温超导磁悬浮模型车的结构,并叙述了高温超导磁悬浮模型车的悬浮和导向原理。

  26. Some subjects on HTSC microwave nonlinear devices are discussed in this paper , such as HTSC material modeling , components modeling , devices synthesizing , etc.

    本文讨论高温超导薄膜微波非线性器件的若干问题,包括材料建模,元件建模,器件参数建模,最后通过这些参数完成高温超导薄膜微波非线性器件综合等。

  27. Non-equilibrium is generated by the change of electron distribution which is the effect of electric field . It influences the HTSC photo-field electron emission .

    外加电场的作用下高温超导体材料体内电子平衡态的化学势偏移导致出现非平衡状态,这种非平衡状态将影响高温超导体光场致发射的性质。

  28. This paper presents the characteristics of HTSC ( high temperature superconductivity ) materials , the basical theory of microstrip circuit and the theory of HTSC filters .

    本文介绍了高温超导材料的基本特性、微带电路的基本理论以及高温超导滤波器的设计原理。

  29. Electronegativity and T_c in High-Temperature Superconductors of Cuprate HTSC with Two Layers of CuO_2

    双层CuO2铜酸盐高温超导体的临界温度与电负性标度

  30. Reducing the heat leak to the low temperature environment and gas free cooling HTSC current lend are very important for the application of GM cooler conduction cooling superconductor system .

    降低高温超导电流引线向低温环境的漏热,以及实现电流引线与制冷机冷头导热不导电的直接接触冷却,是制冷机直接冷却超导系统走向应用的关键技术之一。