Dissertation　

About 19 item dissertation in line with spin current query results,the following is 1 to 50(Search took 0.061 seconds)

  1. Spin-dependent Quantum Transport in Graphene,ZhangQingTian/University of Science and Technology of China,0/71
  2. Spin-dependent Electron Transport Through Single-molecule Magnets,JieHaiQing/Shanxi University,0/12
  3. The effective magnetic field study on transport properties of atomic and non atomic magnetic magnetic vortex states and modulation magnetic field under the tight binding electronic system,ZhaoYang/Nanjing University,0/24
  4. Imaging Technique by Using Optical Second Harmonic Generation and the Investigation of Spin Dynamics in Low Dimensional Semiconductor System,HanYiBo/Wuhan University,0/13
  5. Charge/Spin Transport Properties in Organic Devices,HuGuiChao/Shandong University,1/334
  6. The Electronic Transport Properties in the Coupled Quantum Dot Systems,GongWeiJiang/Jilin University,4/367
  7. Quantum Transport in Simple Mesoscopic Systems,WangRui/Shanxi University,1/416
  8. Alternating Response of Tunneling in Nano-structures,SongHongYan/Shanghai University,0/103
  9. Spin Transport in Low Dimensional Mesoscopic Systems,YeChengZhi/Shanxi University,0/232
  10. Study on the Spin Transport of Semiconductor Heterostructure Quantum Wire with Spin-Orbit Coupling,FuXi/Hunan Normal University,0/222
  11. Spin Transport in Low-dimenional Systems with Spin-orbit Coupling,JinPeiQing/Zhejiang University,0/151
  12. Generator of Spin-current and Spread of the Energy Gap in Quantum-dot,LiuYiXing/Hunan University,0/84
  13. Studies on the Energy in Presence of Spin-orbit Coupling,FengJunSheng/Anhui University,0/129
  14. Persistent Spin Current for a Rashba Spin-Orbit Coupling Quantum Wire,WangZuo/Hunan Normal University,0/191
  15. The Research about the Spin-pump Current in the Quantum Dot,LiHong/Jiangxi Normal University,0/51
  16. Duan’s Topological Current Theory, Duan-Ge’s U(1) Gauge Potential Decomposition Theory and Their Applications in Ferromagnets and Spin Hall Effects,WangJiBiao/Lanzhou University,0/65
  17. Andreev Conductance and Spin Current in Quantum Dots,LiJinLiang/Hebei Normal,0/77
  18. Transport Properties of Quantum Systems Driven by Spin Bias Voltage,DuanYaNan/Shanxi University,0/44
  19. Study of Spin Transport in Mesoscopic Quantum-dot Systems,GeSenQuan/Ningbo University,0/28

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