表面充电

不同磁暴条件下GEO卫星表面充电电位分布（英文）卫星接收机中的安全以及电磁兼容设计

Distribution of spacecraft surface charging potential in plasma sheet at geosynchronous orbit during geomagnetic storms Safety and EMC Design Of IRD

航天器表面充电效应及其工程计算

Spacecraft 's surface charging effect and it 's engineering calculation

从最大二次电子发射系数δm和δm对应的能量Em这2个方面，比较了不同二次电子发射特性下表面充电过程及最终平衡电位的异同。

The similarities and differences of charging process of the material with different characteristics of secondary electron emission characteristic is compared .

航天器表面充电状态被动控制用的导电膜

Thin conductive films for charging state passive control on spacecraft surface

卫星表面充电空间环境及其模拟方法

The space environment of the satellite surface charging and its simulation method

尾迹和地磁效应对航天器表面充电影响的研究

A Research on Effects of Geomagnetics and Wakes on Spacecraft Surface Charging

材料二次电子发射特性对表面充电过程影响的数值模拟研究

Numerical simulation of the effects of secondary electron emission characteristic on material surface charging

本文叙述了卫星表面充电环境、充电机理和充电造成的危害。

Said the satellite surface charging environment means the environment of the satellite surface charged .

中低轨道航天器表面充电中地磁场的影响及其数值模拟

Numerical Simulations of the Effects of Earth Magnetics Field for Spacecraft Charging in Low Orbit

本文说明了航天器表面充电状态被动控制的概念及其优点。

The concept and advantages of charging state passive control onthe spacecraft surface have been represented in this article .

航天器表面充电模型研究：Ⅱ&航天器表面电势模型和计算

Study of models for charging on spacecraft surface : II surface electrical potential models of spacecraft and their calculation

所谓卫星表面充电环境是指使卫星表面充电的环境，它主要指磁层亚暴时的等离子体环境。

Said the satellite surface charging environment means the environment of the satellite surface charged . It mainly means the plasma environment when the magnetic substorm occurred .

其中，表面充电是最早被人们发现的空间环境效应，而二次电子发射是影响表面充电的重要因素。

Surface charging is a space environment effect , which is first discovered . However , secondary electron emission is a very important factor that influences surface charging .

卫星表面充电是七十年代初发现的危害同步轨道卫星工作性能的新问题。

The satellite surface charging is a new problem that harm the performance of the synchronous satellites , it was discovered in the beginning of the seventy years .

本论文提出氧环境扫描电子显微分析方法，以减轻和补偿非导电氧化物类样品在电子束辐照作用下的表面充电现象。

In order to reduce and compensate charge phenomena at the surface of non-conductive oxide materials under the electron irradiation , oxygen environmental scanning electron microscopy ( SEM ) is offered in this thesis .

航天器充电效应分为表面充电和内部充电，是由空间环境引起的航天器异常和故障的主要诱因之一。

Spacecraft charging effects can be divided into two parts : surface charging and internal charging . And it is one of the major incentives for Spacecraft anomalies and failures , which is caused by the space environment .

根据计算结果和次级电子发射系数得到，航天器表面充电电位与表面材料的原子序数、最大二次电子发射系数和入射离子引起的次级发射系数均有关。

According to the numerical results and secondary electron yield , we get that spacecraft surface charging potentials have a great relationship with maximum secondary electron yield , the atomic number of surface materials and secondary electron yield caused by incident ions .

GaN基HEMT器件的表面陷阱充电效应研究

Investigation on Surface Trapping Effects of GaN-Based HEMT

驻极体薄膜的表面电位与充电电压、温度、极间距离、充电时间有关，电晕充电法形成的薄膜驻极体的表面电位呈e指数衰减。

The surface voltage of electret film have relationships with charging voltage , temperature , distances between electrodes and charging time , and will attenuate in index .

勿遮盖太阳能电池板表面，以避免充电不良影响效果。

Don 't cover up solar panel surface to refresh by avoiding bad influence result .