1) accumulated charge at dust layer
粉尘层积累电荷
2) charged dust
荷电粉尘
1.
But the collection principles of ESP and fabric filter is fundamentally different, so in order to achieve the optimal combination of the principles, it is need to study the principle that the charged dust is collected and filter characteristics of the fabric.
然而电除尘与袋除尘在除尘机理上,有着根本的不同,因而要实现两种除尘效果的优化组合,需要研究电袋复合除尘器对荷电粉尘的捕集规律和滤料在电袋复合除尘器中的过滤特性。
3) charge accumulation
电荷积累
1.
Disservice of the Charge accumulation and the way to accumulate
宽束冷阴极离子源工作中电荷积累的影响和中和方法
2.
The secondary emission may induce charge accumulation, change electric field distribution and produce ions which may cause the damage to the cathode through ion bombardment.
二次电子发射引起电荷积累,改变电场分布,二次电子再与空间电荷碰撞激发离子,引起离子轰击,这些将对场致发射造成极大影响。
5) charge accumulation
电荷累积
1.
Here the charge accumulation of LCD was analyzed from the opinion of the dielectric physics in this paper,and it was found that the accumulated charge can be produced in the interface when the ratio of dielectric constant and conductivity for alignment layer doesn\'t equal to that of LCD layer.
TN模式的电荷累积缺陷,是液晶显示器生产中一个相当棘手问题。
6) Cumulative exposure dust
累积粉尘接触量
补充资料：积累层
分子式：
CAS号：
性质： 当多数载流子从表面注入半导体，且这些额外的多数载流子充当空间电荷时，形成积累层。
CAS号：
性质： 当多数载流子从表面注入半导体，且这些额外的多数载流子充当空间电荷时，形成积累层。
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