1) dust collective device
收尘装置
1.
Transformation of dust collective device in super and thin nickel powder production line;
超细镍粉生产线中收尘装置的改造
2) dust precipitator
电收尘装置
3) dust collection
收尘
1.
The manufacturing method and advantages of membrane-laminated fiberglass filter media and their application for high temperature dust collection in the industries of cement,iron and steel,carbon black,etc.
介绍了玻璃纤维覆膜滤料的制备方法、优点及玻纤覆膜滤料在水泥、钢铁、炭黑等高温袋收尘领域的应用情况。
2.
After modification,it achieves many benefits,such as high reliability and dust collection efficiency of the bag dust collector,convenience for overhaul and maintenance,and small space occupation.
改进后,提高了袋式除尘器的可靠性和收尘效率,检修维护方便,占用空间小。
3.
The way and theory to improve the potential of dust collection of cathode in the elec- trostatic precipitator was investigated.
提出提高阴极收尘潜力的措施,研究电除尘器外逸粒子的收集机制,并在理论指导下,设计制作具有防止阴极二次飞扬、克服与削弱反电晕、增强阴极收尘功能的新型阴极线组;通过实验,研究不同的新型阴极线组放电特性;建立电除尘器内二维流场数学模型确定边界条件和初始条件,求解电除尘器内二维流场数学模型,研究加与不加防风装置情况下通道内气流运动情况。
4) dust collecting and dust collector
收尘及收尘设备
5) collection efficiency
收尘效率
1.
In order to improve the collection efficiency of the electrostatic precipitator,the optimization of the applied electric voltage and the shaking periods were established which were based on the non-steady electrostatic collection theory.
为了进一步提高电除尘器的收尘效率,满足国家新的烟尘排放标准,依据研究建立的非稳态静电收集理论,提出了电除尘器供电电压及振打周期的优化措施。
2.
Compared with EPS conventional collecting plates through experiments,transverse collecting plates have the advantages of a higher velocity, the higher collection efficiency, smaller volumes in size and a smaller quantity in steel consumption.
通过对横向ＥＰ与常规ＥＰ进行试验对比分析，最后得出：横向ＥＰ与常规ＥＰ相比较，具有驱进速度大，收尘效率高、体积小、钢耗量小等优点。
3.
How to further improve collection efficiency of the electrostatic precipitator and meet the present national emission standards,has become the urgent problem .
熟料窑静电收尘器在烧结法生产氧化铝过程中起着举足轻重的作用,但是随着我国粉尘排放标准的提高,目前多数电收尘器的粉尘排放量不能达标,进一步提高静电收尘器的收尘效率以实现粉尘的达标排放成为电收尘技术面临的重大课题。
6) collection plate
收尘极板
1.
The forces & re-entrainment of the precipitated particles on the collection plate;
收尘极板上沉降粉尘受力分析及二次飞扬研究
参考词条
补充资料：收卷装置
分子式：
CAS号：
性质：将薄膜、带材、单丝、软管及包覆电线等用辊筒进行收卷的机械。根据其收卷方式有中心收卷机和表面收卷机两种。亦称收卷装置。
CAS号：
性质：将薄膜、带材、单丝、软管及包覆电线等用辊筒进行收卷的机械。根据其收卷方式有中心收卷机和表面收卷机两种。亦称收卷装置。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。