跳跃电导

这些结果可以用Fermi能级附近的定域态内的变程跳跃电导来解释。

These results may be explained by the hopping conductivity in the variable range in the vicinity of Fermi energy .

电学测试表明薄膜均为n型导电，载流子传输在低温下满足变程跳跃电导机制，较长的载流子驻留时间为薄膜铁磁特性的形成提供了条件。

The electrical measurement showed that the films were n-type conductivity . The carrier transfer at low temperature satisfied the variable-range hopping conductivity mechanism . The long carrier residence time of carrier is in favor of forming ferromagnetic films .

实验结果表明：在所有掺Mn的样品中，均显示出低温变程跳跃电导；

The experimental results show that all samples of doped Mn always have variable-range hopping conduction ;

一维二元非对角关联无序体系跳跃电导特性

Characteristics of hopping conductivity in one-dimensional binary disordered system with off-diagonal correlations

跳跃电导的一种逾渗模型电子信息资源管理

A Percolation Model About Hopping Conducting The Management of Electronic Information Resources

楔形金薄膜系统中的反常跳跃电导和隧道效应

Anomalous hopping and tunneling effects on the conductivity of a wedge-shaped Au film system

晶粒的激活能与烧结气氛有较大关系，由于氧空位引起的电子的短程跳跃电导、极化子是晶粒电导、电容的主要起源。

The activation energy of the grain is related with the sintering atmosphere , variable-range-hopping conductivity and polaron caused by the oxygen vacancy is the main origins of the conductivity and capacitance of the grains .