切削力随着水射流压力的增大而减少。
The cutting force reduce with the increase of water pressure.
结果表明：高压水射流的靶距、射流时间和水射流压力均对其冲蚀能力具有重要影响，三种参数在一定范围都存在影响冲蚀能力的平缓平台区；
The results demonstrated that there were important inferences by the three parameters such as time , distance and pressure for the ability of cavitation , and there was a flat in a certain extent.
模型采用三层结构，输入变量有水射流压力、水喷嘴直径、磨料粒子粒度(直径)、磨料流量和切割头进给速度。
Three layers network topology is adopted. The input variables are water pressure, diameter of orifice, diameter of abrasive particles, flow rate of abrasive and feed rate of cutting head respectively.
数值计算结果证实了前混合磨料水射流切割同样的材料所需压力仅为后混合磨料水射流的1/10左右。
The numerical values show that the pressure of pre-mixed abrasive water-jet for cutting the same material is only 1/10 of sub-mixed abrasive water-jet approximately.
本文介绍了超高压力磨料水射流切割机的工作原理、特性和用途。
The review focused on the characteristics of various converters, principles and the applications of ADC and DAC.
本文介绍了超高压力磨料水射流切割机的工作原理、特性和用途。
The review focused on the characteristics of various converters, principles and the applications of ADC and DAC.
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