The normal gas outlet temperature of coal gasifier is related to chemical reactivity, volatile matter and moisture content of gasification coal.
发生炉正常炉出煤气温度与气化用煤的化学反应活性和气化用煤的挥发分及水分含量相关。
If the chemical reactivity of coal is strong, the gasification reaction temperature will be relatively low and the gas outlet temperatures will also be lower.
气化化学反应活性较强的煤，气化反应温度相对较低，其正常炉出煤气温度也相应较低。
Correctly identify the gas outlet temperature target of different coal will help the operator accurately determine and correctly handle the running condition according to the gas outlet temperature.
正确确定发生炉在气化不同煤种时的正常炉出煤气温度指标，有利于操作人员根据出煤气温度的变化，准确判断并正确处理炉况。
The COP of conventional trans critical carbon dioxide air conditioning cycle depends strongly on the working fluid temperature at the gas cooler outlet.
常规跨临界二氧化碳空调循环的性能系数对气体冷却器出口工质温度十分敏感，该温度越低，同等条件下性能越好。
It is confirmed that, the operation level of stoker boilers can be improved such as enhancing the combustion intensity, boiler thermal efficiency and flue gas temperature of furnace outlet.
证实了炉内增拱可较大的提高炉内燃烧强度，提高抛煤机锅炉的热效率和炉膛出口烟温。
Under control of the outlet temperature and the pressures, the increase of feed throughput will cause the decrease of gas, gasoline and coke produced in reaction.
再生器压力、沉降器压力和提升管反应器出口温度均被控制，原料处理量提高后，气体、汽油和焦炭产率均下降。
Below normal outlet temperature of the gas occurrence boiler.
低于正常值的煤气发生炉出口温度。
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.
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。
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.
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。
Results from the experiment show that there exists a maximum coefficient of performance and it depends on the evaporation temperature and outlet temperature of the gas cooler.
实验结果表明，系统运行时的最大制冷(热)系数取决于系统的蒸发温度和气体冷却器出口温度。
The composition and temperature of inlet and outlet gas at different reforming conditions were investigated by the model.
利用该模型研究了不同改质条件下进、出改质煤气成分、温度的相互关系。
Discussing the cause of flue gas temperature difference at furnace outlet in 4 corners tangentially coal fired boilers and proposing measures to eliminate such difference.
讨论了四角切圆燃烧锅炉炉膛出口烟温偏差的原因，提出了消除偏差措施的设想。
The acidity can be decreased by lowering the gas temperature at outlet of waste heat recorerer or the temperature of liquid sulphur, or by degassing the product sulphur.
降低余热回收器出口气温或液硫的温度或将产品脱气，可降低产品酸度。
In circular firing system, residual rotation of airflow at furnace outlet is the main reason for gas temperature deviation between two sides of furnace outlet and horizontal gas duct.
四角切圆燃烧锅炉炉膛出口气流的残余旋转，是形成炉膛出口和水平烟道两侧烟温偏差的重要原因，可造成高温受热面热偏差和超温爆管。
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.
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。
It is used for installing gas pressure & temperature sensor. It is installed between reducer outlet and injector inlet position.
燃气压力温度传感器安装法兰用于安装燃气温度压力传感器，安装在喷阀进气口和减压器出气口之间。
It is used for installing gas pressure & temperature sensor. It is installed between reducer outlet and injector inlet position.
燃气压力温度传感器安装法兰用于安装燃气温度压力传感器，安装在喷阀进气口和减压器出气口之间。
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