boiler load
英 [ˈbɔɪlə(r) ləʊd]
美 [ˈbɔɪlər loʊd]
网络 锅炉负荷
双语例句
- 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.
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。 - Application of Genetic Algorithm and Neural Network in the Optimization of Boiler Load Assignment
遗传算法及神经网络在锅炉负荷优化分配中的应用 - 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.
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； - 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。 - 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.
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 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.
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。 - In-furnace average temperature correlates relatively well with boiler load and main steam pressure.
炉内平均温度与机组负荷和主汽压力的相关性较好； - This paper describes a multiple controller for a boiler thermal load system.
介绍了一种用于锅炉热负荷系统的复合控制器。 - A dynamic process is simulated with the condition of boiler stream load disturb under SIMULINK circumstance of MATLAB software.
在MATLAB软件的SIMULINK环境下，结合被控对象的模型仿真了锅炉蒸汽压力干扰下的系统动态过程。 - Two important parameters in the model, the coefficient of mass flow equation in the outlet of the drum and the equivalent ray length of the flue gas inside furnace, are estimated in order to meet the requirement for the large-range change of boiler load.
对模型中与对象有关的两个主要参数&汽包出口流量方程系数和炉内烟气等效射线长度，进行了辨识计算，以适应大范围负荷变化的需要。 - It is characterized by satisfactory atomization properties, good adaptability to variable boiler load, reliable operation and suitability for industrial and power station boiler feed systems.
该喷嘴雾化性能优良，负荷适应性好，工作可靠，适合于工业锅炉及电站锅炉除氧器使用。 - 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.
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。 - Steam Boiler Motion Load in Determining Boiler Flue Dust
蒸汽锅炉出力负荷在锅炉烟尘测试中的意义及计算方法 - At last, with reference to the results of the thermal calculation, we forecast the main operation parameters of the boiler and discussed the infection of the change of the boiler load on some main parameters of the boiler.
最后，通过热力计算，预测了锅炉运行的主要参数并讨论了负荷变化对锅炉各项参数的影响。 - 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).
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。 - Boiler Plant Load Forecasting Based on BP Artificial Neural Network
基于BP神经网络的工业锅炉房负荷预测 - The paper presents the construction, operation principle and main performance parameters of PKXF-I model energy-saving sprayer. It is characterized by a lower design pressure differential, satisfactory atomization properties and good adaptability to variable boiler load by means of cold-state tests.
本文论述了PKXF&I型节能喷嘴的结构、工作原理及主要性能参数，通过该型喷嘴的冷态试验研究.表明该型喷嘴设计压差较低，雾化性能优良，负荷适应性好。 - 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。 - How coal-air ratio change, combustion center change and boiler load change influences the simulation results when boiler combustion adjusting are analyzed together with the boiler operation characteristics.
分析锅炉燃烧调整时风粉配合变化、燃烧中心变化、锅炉负荷变化对模拟结果的影响规律，并分析锅炉运行特性。 - The heat calculation would be different because of dissimilar thermal calculation in the turbo-compressor when the boiler load was changed.
由于涡轮增压机组在不同负荷下的热力计算不同而造成增压锅炉在不同负荷下的热平衡计算的不同； - Water level of boiler drum in power station is one of the main control parameters for turbine-generator unit, which reflects the balance of boiler load and feed-water indirectly.
电站锅炉汽包水位间接地反映了锅炉负荷与给水平衡的关系，是电站发电机组运行的主要控制参数之一。 - Fluid bed boiler has fuel cycle with adaptive wide, cross-sectional high-intensity heat and pollutant emissions less, boiler load adaptability good, relatively simple fuel production system. These characteristics make fluid bed boiler universal application.
循环流化床锅炉具有燃料适应性广、截面热强度高、污染物排放少、锅炉负荷适应性好、燃料制备系统相对简单等特点，使得循环流化床锅炉得到了普遍应用。 - In the optimal combustion experiment, the effects of oxygen content of flue gas, secondary air coefficient, Ca/ S, boiler load on boiler efficiency and main heat loss were studied.
优化燃烧试验考察了锅炉的总体运行状况，研究了排烟氧量、二次风率、添加石灰石、锅炉负荷等因素对锅炉效率和主要热损失的影响； - 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.
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。 - As the boiler load increased, heat loss in the turbo-compressor would increase and the efficiency of the boiler would decrease.
锅炉增压机组的总的热损失随着锅炉负荷的增加而增加，而增压锅炉的热效率随着锅炉负荷的增加而减少； - By experiment to master actual coal characteristics in Luoding power plant, boiler characteristics, optimized boiler combustion and put forward effective governance programs to improve the ability to adapt to the boiler load and boiler efficiency and reduce fuel costs.
通过试验掌握罗定电厂实际的煤种特性、锅炉特性，优化锅炉燃烧，提出有效的治理方案，提高锅炉负荷适应能力和锅炉效率，降低燃料成本。 - Owing to the boiler often load change large, start-stop frequent, rely on manual operation is very difficult to guarantee the stability and safely in economic conditions long-term operation, Therefore, automatic control has become a guarantee of boiler safe efficient operation.
由于锅炉一般负荷变化大、启停频繁，依靠人工操作很难保证其稳定、安全地在经济工况下长期运行，因此，自动控制已成为锅炉安全高效运行的保证。