该方法的技术关键是建立等饱和度下的毛细管阻力与含气高度的数学关系式。
The technical key of this method is to build up the mathematical dependence of capillary resistance and gas bearing height under equal saturation.
通过受力分析，推出了毛细管中液体上长的高度公式。
Equations which describe the height that liquid can rise in capillary tube are derived by force analysis.
应用自制柔性化电子束钎焊系统对毛细管板接头的钎焊工艺进行了研究，探讨了钎焊工艺参数对钎料扩散深度以及钎脚高度的影响。
The brazing technology for capillary tube-sheet joints has been studied using a self-made flexible controlling equipment of vacuum electron beam brazing.
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