通过改变不同的入口高度、进液速度和入口管的截面形状，比较了不同的分离效果。
The various separation efficiencies were compared with changing inlet heights, feed speeds, and cross section shapes.
采用实体模型试验方法，测试了玻璃池窑模型中心轴纵截面上模拟液的速度分布。
The velocity distribution of glass current in the vertical section along the axis of the model has been measured by means of physical simulated test.
通过对薄液膜蒸发传热以及热管壁轴向导热的分析，对三角形截面微型热管的蒸发段建立了蒸发传热模型。
The evaporation model of micro heat pipe with triangular cross section was presented by analyzing both the heat transfer through the thin liquid film and the heat conduction along the heat pipe wall.
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