1) Surface charge layer
表面电荷层
2) surface space-charge layer
表面空间电荷层
3) surface charge
表面电荷
1.
Effects of pretreatment of chrysotile by three compounds on the crystal lattice structure and the surface charge of chrysotile;
三种化合物浸泡处理对石棉晶格结构和表面电荷的影响
2.
Effect of electret on cell growth and surface charge in fibroblast cells;
驻极体对成纤维细胞生长和表面电荷的影响(英文)
3.
Experimental study on surface charge properties of sediment particles and their effect on dry-bulk density;
泥沙颗粒表面电荷特性及其对干容重影响试验研究
4) surface charges
表面电荷
1.
The total charges and surface charges of kraft softwood bleached pulp, softwood mechanical pulp, waste pulp and reed chemical pulp were determined.
分析了漂白针叶木化学浆、针叶木机械浆、再生浆和漂白芦苇化学浆的总电荷、表面电荷量 。
2.
Four pulps were sieved to long, middle and short fiber, and total charges and surface charges of the each fiber constituent were determined.
分析了漂白马尾松化学浆、漂白芦苇化学浆、马尾松热磨机械浆和废纸浆的长、中、短纤维含量以及它们的总电荷量和表面电荷量。
3.
For further study of the generation and properties of surface charges on polyimide(PI),surface charges in micro-nanometer scales were generated by frictionating the PI films using the conductive probe of Dimension 3100 scanning probe microscopy(SPM).
为进一步研究聚合物电介质材料聚酰亚胺表面电荷的生成规律和特性,利用Dimension 3100型扫描探针显微镜在微纳米尺度下对聚酰亚胺表面进行摩擦产生了电荷,并用静电力显微镜观察了电荷的消散过程。
5) surface electric charge
表面电荷
1.
Effect of organic matter content on surface electric charge and NH-4~+ adsorption-desorption characteristics in brown soil;
有机质含量对棕壤表面电荷及NH_4~+的吸附解吸特性的影响
2.
The surface defect of insulator can cause surface electric charge accumulation, which makes the electric field distortion of insulator surface, and effects creeping discharge of insulator under impulse voltage.
绝缘子的表面缺陷会导致表面电荷积聚,使绝缘子表面的电场发生畸变,影响冲击电压下绝缘子的沿面放电。
3.
It also discusses how to measure the ζ_electric potential of such surface electric charges.
本文以物理化学理论为指导，实验为基础，较详细地介绍了矿料遇水后，表面电荷的起因、表面电荷的性质和ζ电势的测定，从而说明沥青与矿料间的相互作用机
6) surface charge
电荷表面
补充资料：电荷产生层材料
分子式：
CAS号：
性质：有机光导体中产生电荷的有机材料。主要是由光导电性功能染料和高分子粘接剂组成的，已经开发应用的染料有蒽醌类、苝类、偶氮类、方形酸类、菁类、酞菁类等化合物。一般要求电离势较低，光照时容易产生分离的电子和正穴的化合物。
CAS号：
性质：有机光导体中产生电荷的有机材料。主要是由光导电性功能染料和高分子粘接剂组成的，已经开发应用的染料有蒽醌类、苝类、偶氮类、方形酸类、菁类、酞菁类等化合物。一般要求电离势较低，光照时容易产生分离的电子和正穴的化合物。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条