表面式加热
By increasing heating area and bridge length, its power consumption can be lowered effectively. The result shows that the bridge-type hotplate is more suitable for surface ionization.
通过加热面积和梁长等结构尺寸的优化,可以有效降低功耗,同时能满足表面离化源对离化面积的要求.因此,梁支型微热板比膜片型微热板更适用于表面离化。
Application of spiral-rib and membrane type economizers in fossile power plant is briefly introduced. The advantages and defects of two expanded heating surface economizer are described both in theory and practice.
简要介绍了螺旋肋片和膜式省煤器在火电厂的应用,从理论和实践上论述了这两种扩展受热面省煤器的优缺点;
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