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1·Resistivity of the composite is much greater than that of pure SP under cryogenic temperature (77k), which is called Coulomb Blockade Effect.

复合材料低温下(77k)的体积电阻率明显高于纯sp，可以看作是库仑阻塞作用的结果。

2·The growth and the electronic state of quantum dots, quantum size-dependent effects, Coulomb blockade effects and dielectric effects are described.

对玻璃中半导体量子点的生长过程、量子点的电子态，量子尺寸效应、库仑阻塞效应及介电效应，做了比较全面的介绍。

3·This paper looks back to the studied history of the SEDs briefly and discusses some effects, such as coulomb blockade, which are basic of SED design.

本文对这一工作进行了较全面的回顾，同时也讨论了库仑抑制等基本效应，这是此类器件的设计基础。

4·The quantum characteristics of electrons in the semiconductor heterostructure, for example, quantum wave transport, Coulomb blockade effect are described.

本文阐述了半导体异质结构电子的量子特性，如电子波输运、仑阻塞效应等。

5·Thus, confinement effects modify electron energy levels, similar to a particle in a box, whereby Coulomb blockade effect arises as a consequence of the discrete nature of electric charges.

因此，限制效应改变了电子能水平，就好像一个装在盒子中的颗粒，这就是为什么电荷的离散特性会导致库仑阻塞效应的原因。

6·The generation mechanisms of these physical phenomena of Coulomb blockade, Coulomb staircase, single electron tunneling were described with single electron transistor(SET) as the research object.

以单电子晶体管为研究对象，系统阐述了库仑阻塞、库仑台阶、单电子隧穿等物理现象的产生机理。

7·Our research results show that the condition for Coulomb blockade in the dissipative mesoscopic circuit is related not only to the non-dissipative component, but also to the dissipative resistance.

研究结果表明押存在耗散元件的介观电路的库仑阻塞效应不仅与电路的非耗散有关熏而且与耗散电阻有关。