烟气温度对脱硫率影响不大。
Inlet gas temperature has little impact on desulphurization.
举例说明了烟气温度模糊控制器的设计过程。
A fuzzy control strategy proposed for temperature control of the flue gas.
随烟气温度的升高，脱硫效率表现出减少的趋势。
With the increase of the flue gas temperature, the efficiency of desulphurization showed a decreased tendency.
直接给出屏式过热器壁温计算入口断面烟气温度参数；
The calculating method of two great region simplifies amount of furnace heat transfer calculation and provides smoke temperature directly on calculating section in calculation of scr…
模型计算揭示烟气温度和热流密度在炉膛内的分布变化。
The calculation of the model reveals the distribution variation of flue gas concentration and heat flux density within the furnace.
模型计算揭示烟气温度和热流密度在炉膛内的分布变化。
The results of the calculation indicate that in the heat transfer calculation of a circulating fluidized bed boiler furnace th…
实验过程中主要测量了火源功率和大空间内的烟气温度两个参数。
In the testing process, we measured fire power and smoke temperature in such cases.
烟气温度模糊控制根据系统多点温度值及其变化模糊推断混风阀的开度。
Flue gas temperature fuzzy control dimly deduces turndown ratio of mixer valve according to temperature values of multipoints and their variations.
对于文中研究的液滴，无量纲完全蒸发时间随烟气温度变化呈指数递减规律。
For the droplet considered, the life time of droplet reveals the index declining rule along the flue gas temperature varying.
用到循环流化床锅炉启动，可以任意调整出口烟气温度、出口烟气射流长度。
Exit flue gas temperature, flue gas quantity and length of flue gas jet could be control conveniently according to requirement of the boiler start up process.
由于炉内火焰温度存在波动，使得采用常规的三热电偶方法无法测定真实的烟气温度。
Because of the pulsation of furnace gas temperature, it is impossible to measure the real gas temperature use normal three thermocouple.
乙烯裂解炉底部燃烧器的燃气射流，使炉内烟气流动复杂，烟气温度分布的均匀性较差。
Complex patterns of flue gas and non-uniform temperature distribution along furnace height were taken place due to high jet velocity of bottom burners in the ethylene cracking furnace.
运用几种热力计算方法，对某型船用增压锅炉低负荷工况的炉膛出口烟气温度进行了计算。
Use several kinds of thermal calculation methods of boiler's furnace, and calculate the outlet flue gas temperature of a low load of some supercharged boiler.
该模型只利用进出口烟气温度、空气预热器管壁温度和烟气压降等易测参数来监测积灰情况。
The model is based on the easy measurable parameters, such as the inlet and outlet temperature of flue gas, the wall temperature of air preheater, and the pressure difference of the air preheater.
建立了泡沫多孔板的传热模型和能量方程，同时求得了板内烟气温度分布及辐射热流强度变化。
Heat transfer model and energy equations for porous plaque have been established, temperature distribution and variation of radiative heat flux are also found.
这将导致燃烧器出口处热量局部聚集，烟气温度非常高，造成炉内温度分布不均及喷嘴的损坏。
These will result in local heat accumulation at the outlet of burner, very high temperature of flue gas, uneven distribution of temperature in furnace and damage of nozzles.
实验结果表明，氨与CO2的摩尔比、氨水浓度、停留时间和烟气温度等因素影响CO2吸收效率。
The result shows that such factors as molar ratio of ammonia and CO2, concentration of hydrous ammonia, resident time and gas temperature influence CO2 absorption.
研究表明垃圾焚烧炉金属管腐蚀主要与烟气成分、烟气温度、金属管温度、金属管耐蚀性能等有关。
The reason of metal tube corrosion in MSW incinerator is related with flue gas composition, flue gas temperature, metal tube temperature and anti-corrosion properties of metal tube.
结果表明：一次风率对煤粉气流的着火影响较大，而对出口处烟气温度、氧量以及飞灰含碳量影响较小。
The results illustrate that primary air ratio has a major effect on pulverized coal ignition and minor effects on gas temperature, oxygen concentration and unburned carbon at furnace exit.
针对六角切圆燃烧锅炉水平烟道入口烟气温度偏差问题，利用模化理论建立试验台，进行冷态模化试验。
Aimed at the deviation of gas temperature in the input of level gas flue of six angles tangential firing boiler, the cold modeling test is put on building the test stand by using the modeling theory.
为此，通过稳定烧结工艺操作，改进带冷密封提高烟气温度，以及优化余热发电系统等，大幅度提高了发电量。
So that, many countermeasures such as steadying sintering process operation, improving straight cooler sealing, elevating waste gas temperature, and optimizing power generating system itself etc.
提高进口烟气温度、降低蒸汽压力或减小节点温差，均可显著降低设计出口烟气温度，从而增大蒸发量，提高热效率；
Higher gas inlet temperature, lower steam pressure or pinch point temperature difference lead to lower exhaust gas temperature, larger evaporation and higher efficiency;
且铜精炼氧化过程炉膛具有很大的热惯性，这直接导致炉膛烟气温度动态响应速度很慢、动态过程时间很长的现象出现。
Furthermore, the value of heat inertia in the hearth of copper refining rotary anode furnace in the reduction phase is so big that smoke temperature change can not quickly respond to the disturbance.
通过化学热力学平衡模拟，研究了在不同烟气温度下汞从元素态汞转化为二价汞的规律，并与小型实验结果进行了比较。
Simulations were carried out to study the effects of different compositions, such as O2, HCl, NO and SO2 on the mercury transformation.
三台实测槽中，试验槽内的烟气温度明显比对比槽的要低，较低的烟气温度有利于提高烟气净化效率、提高除尘器布袋的使用寿命。
Gas temperatures of tentative cell is significantly lower than that of comparative cell, lower flue gas temperature benefit to improve efficiency and enhance the service life of filter bags.
计算采用典型F GD入口烟气参数，应用烟气湿度和定压容积热容的概念计算了吸收塔出口烟气温度及塔内蒸发水量，并分析了其变化规律。
With adoption of the typical flue gas inlet parameter for FGD, this article completes above calculation with humidity and pressure volume heat concept, and analyzes the relative changing rules.
计算采用典型F GD入口烟气参数，应用烟气湿度和定压容积热容的概念计算了吸收塔出口烟气温度及塔内蒸发水量，并分析了其变化规律。
With adoption of the typical flue gas inlet parameter for FGD, this article completes above calculation with humidity and pressure volume heat concept, and analyzes the relative changing rules.
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