boiler loading meaning in Chinese
锅炉负荷
锅炉载荷
Examples
- Firstly , the spontaneous drop of slag on walltube at the time of boiler load shift is researched and it is the innovative research on the effect on the slagging of boiler operation
首先探索锅炉变负荷运行时炉膛自然掉渣的机理，创新性地开展锅炉运行条件对炉膛灰渣的影响。 - Abstract : the causes of water seepage and bubbles appeared on foundation for the convection chamber of a gas burning boiler was analyzed , and treatment measures to these problems were established which make the adjustment to boiler load flexible and are effective , eliminating the risk potential for the boiler
文摘:分析燃气锅炉基础渗水冒泡原因，制定处理方案，实施后锅炉负荷调整灵活、效果很好，消除了以天然气为燃料的锅炉运行中的隐患。 - Thus clean factor has good adaptability to boiler load , coal quality , excess air coefficient , working medium flow , and boiler efficiency etc . the calculated result gained by inputting the data of history database of the object boiler validates the correctness and adaptability to boiler load of clean factor model
基于稳态传热的清洁因子灰污监测模型，对锅炉负荷、燃煤品质、过量空气系数、各类工质流量、燃煤量和锅炉热效率等的波动变化有很好的适应性。以北仑电厂1 #炉历史库中数据为输入数据，验证了清洁因子模型的正确性和对稳定负荷的适应性。 - The original design was intermediate vapor 42t / h , but the actual output is 30 - 35t / h , at the same time the temperature and pressure of the vapor are unstable , it affects the economic efficiency , the reason were the collecting dust on the heat area and serious corrision , they led to the decrease of the boiler load , and need stop to washing the dust , the article deals with the reform of the exhaust gas boiler , at the basic of the design condition , after thermo calculation , flute gas , resistence calculationand strenth calculation , the structure of the heat surface had been rearranged , then the proof calculation was done
原设计产中压蒸汽42吨时，但投运后只产30 - 35吨时，并且蒸汽温度和压力均不稳定，影响到经济效益。其原因是受热面积灰和腐蚀严重，影响传热使锅炉负荷下降，不能长时间运行，需停产清理积灰。本论文针对此余热锅炉的技术改造，在给定设计条件基础上，通过热力计算，烟气阻力计算和强度计算，对锅炉受热面结构重新布置，然后再作校核计算。 - And it is calculated and analyzed the distribution and quantity of slag thermal stress created by boiler load shift . thermal stress quantity can be as big as e / 1000 and is enough to destroy slag structure and to make some drop . it is also concluded that the walltube parameters can only affect on thermal stress of the slag that is near to contact surface and contribute little to slag drop
针对锅炉变负荷运行时炉膛的自然掉渣现象，分析锅炉水冷壁渣层中热应力的产生机理，建立了水冷壁渣层热应力的计算模型，计算分析了锅炉大范围变负荷运行产生的渣层热应力变化大小和分布，并分析渣层热应力的影响因素。