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中文摘要：
小说原文如此起泡沫阀门托盘用薄片做的原文如此起泡沫有一个高特定的表面区域的材料。小说的水动力学表演原文如此起泡沫阀门托盘在气压与空气水系统被学习。包括的这些性能参数迫使落下，乘火车，哭泣并且清楚的液体高度。集体转移效率原文如此，泡沫阀门托盘在实验室板列被测量。与 F1 漂流阀门托盘相比，干燥压力落下被减少大约 25% ，乘火车率是大约 70% 在高煤气的负担更低，哭泣是好一些的，并且集体转移效率更高是远的。因此，小说的全面表演原文如此起泡沫阀门托盘比 F1 的好漂流阀门托盘。
英文摘要：
The novel SiC foam valve tray was made of thin slices of SiC foam material with a high specific surfacearea. Hydrodynamic performances of the novel SiC foam valve tray were studied with air-water system at atmos-pheric pressure. These performance parameters included pressure drop, entrainment, weeping and clear liquidheight. The mass transfer efficiency of the SiC foam valve tray was measured in laboratory plate column. Comparedwith the F1 float valve tray, the dry pressure drop was decreased about 25%, the entrainment rate was about 70%lower at high gas load, the weeping was much better, and the mass transfer efficiency was far higher. Thus, theoverall performance of the novel SiC foam valve tray was better than that of F1 float valve tray.
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同项目期刊论文
Computational fluid dynamics simulations of direct contact heat and mass transfer of a multicomponen
Liquid flow behavior study in SiC foam corrugated sheet using a novel ultraviolet fluorescence techn
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