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1·Each cell stores no more than a single charge storage state.

每一单元储存不多于一个单一电荷储存状态。

2·The more oxygen vacancies are, the greater the charge storage ability is.

氧空位越多，电荷存储能力越强。

3·The charge storage in DH laser driven by pairs of bell-shape pulse current has been investigated.

在钟形双脉冲激励下，观察了DH激光器的电荷存储效应。

4·The relation between charge storage capability and reliability of electrolytic capacitors is discussed.

试图探讨铝电解电容器贮存电荷的能力与电容器可靠性之间的关系。

5·The charge storage characteristic of Ge/Si double-layer quantum-dots floating-gate nano-memory was investigated.

设计了一种新型的存储器结构单元———锗/硅双层量子点阵列浮栅结构纳米存储器。

6·Therefore, the charge storage capability and charge stability can be optimized by reasonably regulating the thickness of the sample.

因此，合理地调控薄膜厚度，可以有效地优化驻极体的电荷储存能力及电荷稳定性。

7·The paper introduces the designing and manufacturing of a new type limbs movement and getting-well apparatus which can charge storage batteries.

设计并制作一种全新的带充电功能的四肢运动或康复用的健身器材。

8·Multi-state data storage is obtained by separately reading binary states of the spatially separated charge storage regions within the dielectric.

通过单独读取电介质内的空间上分隔的电荷存储区的二元状态而获得多状态数据存储。

9·The results show that the charge storage stability of film electret increases remarkably in high humidity surroundings after chemical surface modification.

实验结果表明，经过化学表面修正后，驻极体薄膜在高湿环境中的电荷储存稳定性显著提高；

10·Impact ionization arises from a charge injector (25), defining a virtual diode (30) in the substrate (20) of a floating gate charge storage transistor (11).

碰撞电离通过一在一浮栅电荷存储晶体管(11)的衬底(20)中限定一虚拟二极管(30)的电荷注入器(25)而产生。