锅炉负荷

在同样的二次风配风方式下，SW随锅炉负荷的降低而增加，再热器的最大热偏差系数随SW增加而增加。

Under the same secondary air distribution mode SW will increase with a reduction in boiler load . The maximum thermal deviation factor of the reheater will increase with an increase in SW value .

该文分别在水平和垂直煤粉浓淡燃烧方式下，进行了一次风速、过量空气系数、锅炉负荷、二次风配风方式以及三次风量等因素对电站锅炉NOx排放影响的试验。

The influence of primary air velocity , excess air coefficient , boiler load , auxiliary air distribution and tertiary air on NO , emission was investigated under both Horizontal Bias Combustion ( HBC ) and Vertical Bias Combustion ( VBC ) .

60t／h增压流化床锅炉负荷调节的仿真研究

Simulation Research on Load Regulation in 60t / h PFBC Boiler

汽包锅炉负荷-压力-水位简化非线性动态模型

Simplified Nonlinear Dynamic Model of Load-Pressure-Water Level for Drum Boiler

Y-130/39-2锅炉负荷不足原因分析

Analysis of Insufficient Output of Y-130 / 39-2 Boiler

遗传算法及神经网络在锅炉负荷优化分配中的应用

Application of Genetic Algorithm and Neural Network in the Optimization of Boiler Load Assignment

增压锅炉负荷变化时，烟气侧热力学特性将发生改变。

The thermodynamic characteristics of flue gas will change as the load of a supercharged boiler changes .

闸板式调节阀在现场的试验结果，研究调节阀随锅炉负荷的变化时的工作特性，测试出该种调节阀门的流量系数。

According to the result of testing , researches on flow property and flow coefficient of wedge disc type controlling valve .

随着锅炉负荷的降低，过量空气系数变大，烟尘排放浓度和排放量也变大。

The data showed that excess air factor , concentration and quantity of flue dust emission increased with the load reduction of boilers .

燃煤电厂应用蓄热装置可平衡锅炉负荷，降低运行费用和初次投资，改善环境。

Heat Accumulators in coal-fired power plants are useful for balancing boiler loads , reducing operating cost and initial investment , as well as improving enviromental conditions .

让更多的煤在所需要的细度下通过磨煤机是有利的，因为它允许磨煤机贡献更多的兆瓦来提高锅炉负荷量。

Allowing more coal through a mill at a required fineness is beneficial as it allows a mill to contribute more MW to the required boiler load .

阐述了蓄热器在锅炉负荷调节和工业窑炉等余热综合利用项目中的作用，以及其工作原理和设计思路。

Described the role of thermal accumulator in load adjustment of boiler and waste heat utilization of Industrial Furnace etc , and its working principle and design ideas .

循环流化床脱硫装置的文丘里管直流流化速度随锅炉负荷的变化而变化，这会影响脱硫效率。

The Venturi straight-flow fluidization speed of a circulating fluidized bed desulfurizer will change with a change in boiler load . This has a negative influence on desulfurization efficiency .

提出了一种基于锅炉负荷调整烟气氧含量设定值，再进行风煤比寻优的工业锅炉在线燃烧优化方案。

The paper states a solution , which attunes the set value of the oxygen percentage based on the boilers load , then optimizes the rate between air and coal .

并发现不同物相在煤灰渣中的富集分布特征及随锅炉负荷的变化规律。

As a result , the distribution characteristic of different phases hi the coal ash and dregs was found , and the variation law with the change of the boiler load was summarized .

并对机－液联动的燃料／风量配比控制器、自闭式二段喷嘴、用定压控制方法保证最佳雾化及用段式燃烧调节锅炉负荷等作了较详细的介绍。

The regulation principle of fuel / air rate , self-close two stage nozzle , methods of using fixed pressure to ensure optimum automization and using the stage combustion to regulate boiler load are described in detail .

并利用数值模拟方法分析了气热联产系统在其余参数不变，在干馏温度不同、煤气产量不同、锅炉负荷不同的情况下系统总能量和能量利用系数的变化情况。

When other parameter is given , with numerical computation , it analyzes general energy and energy available coefficient change conditions of heat and gas co-product system in different pyrogenation temperature , different gas output and different boiler load .

锅炉负荷的变动影响重金属元素在电除尘器飞灰中的分布，这与负荷变动引起床温变化规律以及元素本身的挥发性有关。

The influence of variable boiler load to the distribution of heavy metal elements in fly ash collected in the EP is depending upon the variation pattern caused by load variation , as well as the volatility of each element itself .

改造后的水泵既能满足供暖锅炉负荷调整需要，又能减少甚至消除水泵出口节流损失，降低了水泵电能消耗，取得了良好的经济效益。

The water pump has been transformed can both satisfy the load adjustment needs of heating boiler , and decrease even eliminate export throttling loss of water pump , which has reduced the water pump consumption of electrical energy , and got good economic benefits .

结果表明：炉内温度和煤粉细度都是影响煤粉燃尽率的重要因素，当锅炉负荷大于260MW时则煤粉细度成为主导因素；

The results of the measurements and tests indicate that in-furnace temperature and pulverized coal fineness are major factors having a great impact on the burn-out rate of the pulverized coal . When the boiler load exceeds 260 MW , the pulverized coal fineness will become a predominant factor .

实验结果表明，炉内辐射能光谱分布在675~750nm波段存在特征谱线，平均辐射能光谱强度与锅炉负荷、炉内煤量和风量等参数表现出极好的线性相关性。

Results show that the most sensitive spectrum band lies within the range of 675 to 750 nm . The overage radiation energy spectrum intensity is in good linear relationship with the boiler 's output , the amount of coal and air in the furnace as well as other parameters .

基于BP神经网络的工业锅炉房负荷预测

Boiler Plant Load Forecasting Based on BP Artificial Neural Network

CFB锅炉升降负荷参数变化的分析

Analysis on Parameter Variation During Loading Up or Down of CFB Boiler

国产200MW锅炉低负荷调峰的试验研究

Testing and Research on Peaking Operation of Homemade 200 MW Boiler at Low Load

350MW机组锅炉低负荷灰渣可燃物含量高和结渣的分析

Cause Analysis of High Combustible Content in Boiler Ash / Slag and Slagging in Flue Ducts During Low Load Operation of 350 MW Power Units

对微机控制工业锅炉大负荷扰动的处理

The Handle to Big Load Disturbance on Microcomputer Controlled Industrial Boiler

大容量锅炉低负荷稳燃技术研究

Study of Steady Combustion Under Light Load for Large Capacity Boilers

电站锅炉低负荷水循环可靠性试验

Water Circulation Reliability Tests for Power Station Boiler in Low Loads

锅炉高负荷时磷酸盐隐藏的算法研究

Algorithm of phosphate " hide-out " of marine boiler in high load

电站锅炉小负荷下的水动力循环模拟与可靠性研究

Simulation and Study on Safety of Hydro-power under Low-load for Utility Boiler