The effect of in-bed tube structure on bed fluidization as well as that of the fluid-bed combustion on heating surface arrangement is also discussed in the paper.
论述了埋管结构对流化质量的影响，以及沸腾层燃烧份额对受热面布置的影响。
Combustion and heat transfer character are the technical basis of combustion in circuiting fluid bed boilers.
燃烧和传热特性是循环流化床锅炉的燃烧技术基础。
Circulating fluid bed multi-generation technology can combine pyrolysis, gasification and combustion in a hybrid process according to different compositions of coalition.
循环流化床多联供技术根据煤的不同组分的特点，实现热解、气化、燃烧的分级利用，是适合我国煤炭特点的技术。
Circulating fluid bed boiler is low temperature combustion, the flame features of which are much worse than that of pulverized coal boiler.
循环流化床锅炉属于低温燃烧，它的火焰特征与煤粉炉完全不同。
Fluid bed performs better than fixed bed for the combustion of toluene because of the disturbance and better heat transfer caused by bed materials;
流化床比固定床更有助于甲苯的分解，床料强化了炉内扰动和换热条件，有利于甲苯燃烧；
Fluid bed performs better than fixed bed for the combustion of toluene because of the disturbance and better heat transfer caused by bed materials;
流化床比固定床更有助于甲苯的分解，床料强化了炉内扰动和换热条件，有利于甲苯燃烧；
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