Numerical simulation of three dimensional dendritic growth is performed by using a macro micro coupled method and a capturing liquid method.
以相场模型为基础，采用宏微观耦合方法和界面捕获液态方法对铝合金枝晶生长进行模拟计算。
Liquid dispersal is precondition and is key technology in capturing dust by explosion water mist.
其中液体的抛撒是水雾捕尘的前提条件，是爆炸水雾降尘中的关键技术。
The technology works by capturing and recycling otherwise wasted pressure energy in fluid flows, by a clean liquid-to-liquid energy exchange between high pressure and low pressure fluids.
该技术的工作原理是在高压和低压流体之间通过一个清洁的液体能量交换设备，捕获和再循环本将浪费掉的液压能。
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