经实际测试表明，机组的除尘效率达99。
Finally, through the actual test, unit's collection efficiency reaches above 99.
对滤管除尘效率、压降及反吹清灰特性作了考察。
The collection efficiency, pressure drop and the pulse back blowing of the filter were discussed.
通过实例计算，分析了设计参数对除尘效率的影响。
It analyzes the effects of design parameters on dust-removal efficiency according to some examples.
这为提高细微尘粒除尘效率提供了一种可选的方案。
It is may be a good way to improve the performance of the moving granular bed for hot gas dust removal.
除尘效率是衡量废气污染源治理设备性能的重要指标。
Dust removal rate is an important index to measure the function of waste gas pollution treatment facilities.
对弱磁性粉尘采用加入磁种的方法来提高其除尘效率。
As to get a high dust removal rate of weak-magnetic dust, magnetic seeds are added into.
但除尘效果不能达标是其弱点，不能达到很高的除尘效率。
But the dust removal effect cannot attain a designated standard what its weakness. It is cannot achieve the very high dust removal efficiency.
分析了振弦栅除尘机理，给出了影响振弦栅除尘效率的因素。
This paper has analyzes the mechanism for the vibrating grid filtration.
与高温情况相比，在低温区，温度对除尘效率的影响更加显著。
The temperature has more significant effect on the precipitation efficiency in low temperature zone than that in high temperature condition.
反电晕和二次扬尘是提高电除尘器的除尘效率所面临的两大难题。
The discorona and re-entrain dust are two key issues to improve the efficiency of the electric precipitator.
解决多管除尘器由于落尘返混现象，有助于提高除尘器的除尘效率。
Solving the problem of backmixing of falling dust is helpful to raise the dust collect efficiency of a deduster.
高海拔地区电除尘器运行电流大、电场电压低，除尘效率往往不高。
In high elevation zones, the operational current of ESP is larger, the field voltage is lower and its collection efficiency is unsatisfactory.
建立了沉降室除尘效率的统计模型，并介绍了计算机模拟计算的方法。
The statistic model of the dusting efficiency for the sedimentation chamber is established. The computational method of the computer simulation is introduced.
研究了制作的工艺条件，测定材料的密度、透气度和除尘效率等性能。
The density, ventilation rate of gas and excluding dust efficiency of the foaming aluminium samples were measured.
经实际测试表明，机组的除尘效率达99.8%以上，满足设计要求。
Finally, through the actual test, unit's collection efficiency reaches above 99.8%, conforms to the design requirement.
实验结果表明：随着烟气流速的增加，阻力损失增大，除尘效率降低。
The results show that: with the increase of gas flow rate, the increase of the pressure drop, the reduce of the collection efficiency.
静电除尘器虽然综合性能较好，但它对微细颗粒物的除尘效率并不高。
Electrostatic precipitator has well comprehensive performance, but its collecting efficiency for fine particles is low.
电除尘器内部的气流分布情况是影响电收尘器除尘效率的重要因素之一。
The status of air-flow distribution is one of the important factors affecting the precipitating efficiency of ESP.
手烧锅炉烟气被风机牵引，进入封闭的水浴箱处理，其除尘效率达81%。
Dust is drawn by induced draft fan form manual boiler and enters sealed water bath case. The dust collection efficiency is 81%.
在满足系统除尘效率的情况下，确定了除尘器经济入口风量，使系统经济运行。
In case of meeting the dust collecting efficiency of the system, the economical ventilation quantity was determined making the system to be operated under economic condition.
首先通过单因素实验及正交实验确定了影响除尘效率的主要因素及其影响规律。
The single condition experiments and the orthogonal experiments were conducted and explained in order to get the main factors which effect on the rate of dust removal and to get the influence law.
除尘效率：99.99%，特殊要求，针对特殊要求可采用二次高效过滤除尘器；
Filter efficiency:99.99% and if need, can use two times high efficiency filters.
在正常工作条件下，SW型燃煤炉窑烟气净化装置的平均除尘效率可达96 4%。
The average dust removal efficiency of the SW type smoke gas purifying device can reach 96.4% under the normal work condition.
燃煤电厂所使用的电除尘器常常会出现反电晕和电晕封闭现象，导致除尘效率不高。
The phenomena of back corona and corona obstruction often take place in electric precipitators of coal-fired power plants and lead to low dust removal efficiency.
反应塔脱硫效率超过95%，系统脱硫效率超过70%，系统除尘效率大于94%。
DeSOx efficiency of the reaction tower exceeds 95%, while the system DeSOx efficiency exceeds 70%. Dedust efficiency is more than 94%.
通过对强磁性粉尘的磁分离实验研究，确定了影响除尘效率的主要因素及其影响规律。
After the experimental research of strong magnetic, we get the main factors which affect the rate of dust removal and the influence law.
采用离散相模型(DPM)，模拟固体颗粒运动轨迹，并对固体颗粒的除尘效率进行分析。
Discrete phase model (DPM) was applied to simulate the trajectory of solid particles, and the collection efficiency of solid particles was analyzed.
并得出在采样气体状态参数和环境条件一定时，除尘效率的测定误差主要取决于取样时间及流量。
Under a definite gas state parameter and environment condition, the measurement deviation was correlated with the sampling time and the flow rate.
运行结果表明，该设备工作性能稳定可靠，除尘效率有了明显的提高，由原来的90％提高到98％。
Through a year operation, it is stated that the Operational performances of this unit is stable and reliable and the ratio of dust precipitation is increased from 90% to 98%.
应用低压旋流雾化水喷嘴(不同运行压力和组合方式)实验研究了旋流雾化水雾膜对除尘效率的影响。
The effect of a cyclone atomizing water fog film on the low pressure cyclone atomizing water nozzle is researched.
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