About 43 item dissertation in line with Molecular Electronics query results,the following is 1 to 50(Search took 0.048 seconds)

  1. Fabrication and Electrical Characteristics Study of Several Organic Molecular Thin Film Devices,WangDan/Northeastern University,0/6
  2. Interfacial Electron Transportation and Application on Supercapacitor Materials,ZhaoZhenZhen/Nanjing University,0/7
  3. Transport Properties of Graphene and Organicmetal-molecular Clusters Spintronics Devices,ZhuSiCong/Huazhong University of Science and Technology,0/100
  4. Theoretical Study of Properties and Applications of Lindqvist-type Molybdate and Its Derivatives in Molecular Device,WenShiZheng/Northeast Normal University,0/47
  5. Theoretical Study of Spin Polarized Transport Properties of Several Magnetic Molecules,XuKe/University of Science and Technology of China,0/90
  6. Synthesis of Oligo(Phenyleneethynylene)S and Investigation of Their Molecular Conductance,RenFan/Central China Normal University,0/66
  7. Quantum Transport Research on the Several New Two Dimension Molecular Devices,YaoWei/Huazhong University of Science and Technology,0/60
  8. Theoretical Studies on Inelastic Electron Tunneling Spectroscopy of Molecular Electronic Devices,ZouBin/Shandong Normal University,1/221
  9. First - principles study of quantum transport properties of molecular devices,ZhouYongXi/Fudan University,0/325
  10. Synthesis of "Core-shell" Molecular Wires,ShiZiFa/Lanzhou University,0/73
  11. Design and Study of Properties of Functional Molecular Devices,LiZongLiang/Shandong Normal University,2/334
  12. Theoretical study of doped organic polymer and the transport of organic molecular devices,JiangFeng/Fudan University,0/223
  13. Theoretical Study of Polyphenylene-based Molecular Electronic Systems,ZhaoHu/Huazhong University of Science and Technology,0/114
  14. Molecular Spectroscopy Studied on the Structure of Several Kinds of Ultrathin Films,ChengZuoChuan/Jilin University,3/166
  15. Theoretical Study on the Electronic Transport Properties of Single Molecular Junctions,HuangJing/University of Science and Technology of China,0/546
  16. Metal / graphene contact properties First-principles study,WangQinJing/Fudan University,1/245
  17. Nanosystems and transport properties of spin-polarized theory,LiZhongYao/Fudan University,0/327
  18. Quantum Transport and Device Design of Organic-Inorganic Hybrid Molecules,ZuoYi/Huazhong University of Science and Technology,1/152
  19. Organic molecules Electron Transport Properties First-principles study,LiangYunZuo/Fudan University,0/323
  20. First Principles Investigations of the Electronic Transport Properties in Benzene-based Molecular Device,XiaCaiJuan/Shandong University,1/212
  21. New Types of Bipyridine-Ruthenium CyclodextrinsSupramolecular Compounds: Synthesis, Properties and Studies on Their Applications in DNA ECL Biosensors,WangXiuHua/East China Normal University,1/374
  22. Synthesis of Novel Molecular Wires and Investigation on Their Molecular Conductance,WangLeJia/Lanzhou University,0/120
  23. Theoretical Studies of Single Molecular Electronic Devices,LiYingDe/Shandong Normal University,0/142
  24. First-principles study the Nanosystems electronic states and charge / spin transport properties,ShengWei/Fudan University,0/255
  25. Synthesis of Multi-functional OPEs Molecular Wires,ZhaoZiQiang/Lanzhou University,0/25
  26. Theoretical Studies on Electronic Transport Properties of Benzene-amine Molecular Devices,SongXiuNeng/Shandong Normal University,0/51
  27. Theoretical Studies on Electronic Transport Properties of Oligoacene Molecules,LiuLanFeng/Shandong Normal University,0/90
  28. Optical Properties of Current Carrying Molecular Wires,LiKongWang/Anhui University,0/15
  29. Theoretical Studies on Electronic Transport Properties of Molecular Junctions,LiZongLiang/Shandong Normal University,1/177
  30. Theoretical Research on Electronic Transport of π-conjugated Molecule Junction,ZuoXunWang/Shandong Normal University,0/82
  31. Theoretical Studies on Electronic Transport Properties of Molecular Junctions,LiuRuiJin/Shandong Normal University,0/152
  32. Theoretical Studies on Electronic Transport Properties of Organic Molecular Junctions,MaYong/Shandong Normal University,1/120
  33. Theoretical Study of Molecular Device and Universal Device Model,LinZhaoZuo/Huazhong University of Science and Technology,0/118
  34. Theoretical Studies on Electronic Transport Properties of Molecular Junctions,ZouBin/Shandong Normal University,0/137
  35. Design and Synthesis of Molecular Diodes Based on Azulene Structure,YeJian/Lanzhou University,0/32
  36. First-principles Study on Electronic Transport in Metal/Organic Molecule/Metal Junctions,DiYaXin/Shandong University,1/86
  37. Studies on Electronic Transport Properties of Oligoacene Molecular Junctions,PanZhen/University of Science and Technology of China,0/87
  38. Research on Nanocrossbar Device Simultion and Nanomemory Design,ZhangYuBin/National University of Defense Science and Technology,0/76
  39. The Effects of Solvent Environment on the Electronic Properties of Molecular Devices,LiHuaiZhi/Shandong Normal University,0/23
  40. Electron Transportation Based on Different Molecule-electrode Contact,YuCui/Nanjing University,0/40
  41. Organic transistor gate voltage effect - First-principles study,WangJing/Fudan University,0/18
  42. The First-principles Research of the Electronic Structure and Transport Properties of Nanostructure Systems,ZhangYanYan/Anhui University,0/90
  43. Theoretical Studies on I-V Properties of Organic Molecular Junctions,ZhaoBaoYi/Hebei Normal,0/27

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