surface resistivity

Surface resistivity is one of the important parameters of thermal control coatings.

表面电阻率是航天器热控涂层的重要参数之一.

Moisture will cause the surface resistivity measurements to be lower than normal.

湿度将使表面电阻率的测量结果比正常情况低一些.

More importantly the influence of rough surface to the thermal resistivity is investigated.

进一步研究了样品表面的粗糙程度对热阻率的影响。

As the surface resistivity of the coating changes with temperature and humidity, so during the anti-static packaging testing and applications, the effects of temperature and humidity should be concerned.

由于涂层随温、湿度变化而变化，因此在进行防静电包装测试及应用场合要考虑到温、湿度的影响。

It is hence quite possible to use it in resistivity tomography of field surface surveying. Using Fortran Language, the authors made programming for realizing the aboe process, and used the 2. 5 dimensional finite element method in forward modeling.

作者用Fortran语言编制了实现上述过程的程序，对所有数学模型的正演计算均采用2.5维有限元法。

Volume and surface resistivity measurements are dependent on several factors.

体电阻率和表面电阻率的测量决定于几个因素.

Colorful, surface resistivity ≤1011Ω . diversity color, used for ash-proof, anti-static package etc.

彩色, 表面电阻≤1011Ω;色彩多样化, 用于防尘 、 防 静电包装等.

Blue, double side anti-static gelatine coating substrate, low surface resistivity; Used for producing medical X-ray film.

蓝色, 双面涂布防静电明胶底层, 表面电阻率低; 用于生产医用 X 射线胶片等.