机译:单个烷二醇的电导:分子-电极接触的导电机理和作用
Contribution from the Department of Electrical Engineering and Center for Solid State Electronic Research,Biodesign Institute,Department of Physics and Astronomy,and Department of Chemistry and Biochemistry,Arizona State University,Tempe,Arizona 8528;
Contribution from the Department of Electrical Engineering and Center for Solid State Electronic Research,Biodesign Institute,Department of Physics and Astronomy,and Department of Chemistry and Biochemistry,Arizona State University,Tempe,Arizona 8528;
Contribution from the Department of Electrical Engineering and Center for Solid State Electronic Research,Biodesign Institute,Department of Physics and Astronomy,and Department of Chemistry and Biochemistry,Arizona State University,Tempe,Arizona 8528;
Contribution from the Department of Electrical Engineering and Center for Solid State Electronic Research,Biodesign Institute,Department of Physics and Astronomy,and Department of Chemistry and Biochemistry,Arizona State University,Tempe,Arizona 8528;
Contribution from the Department of Electrical Engineering and Center for Solid State Electronic Research,Biodesign Institute,Department of Physics and Astronomy,and Department of Chemistry and Biochemistry,Arizona State University,Tempe,Arizona 8528;
Contribution from the Department of Electrical Engineering and Center for Solid State Electronic Research,Biodesign Institute,Department of Physics and Astronomy,and Department of Chemistry and Biochemistry,Arizona State University,Tempe,Arizona 8528;
机译:单个烷二硫醇分子连接中的电导,接触和界面态
机译:大金纳米粒子的导电原子显微镜测定链烷二酚的单分子电导率
机译:通过单个烷烃分子结的分子-电极接触的电子隧穿:实验确定和实用的势垒模型
机译:关于单铁磁膜的点触点电导滞后机理
机译:使用通过矩阵变换进行模型归约的逆热传导来确定热通量和热接触电导率。
机译:通过删除Cx40剖析两种与Cx37独立的传导血管扩张剂机制:电动传导与再生传导
机译:alkanedithiol单分子结的电导:分子动力学研究