It discusses the water-jet cutting process by the balance of energy, and builds a mathematic model of cutting depth.
论文从能量平衡的角度探讨了射流切割的过程，建立了水射流切割深度数学模型。
水喷流切割；
This paper elaborates on the Artificial Neural Network application to the abrasive water jet cutting technology.
主要叙述了人工神经网络理论在磨料水射流切割技术中的应用。
In combination with practices, a new progress of high-pressure water jet cutting technology is briefly described.
结合实践，简述了高压水射流切割工艺的新进展。
In this paper, an expert diagnostic system (EDS) for detecting electrical system faults in a water jet cutting Mach is introduced.
介绍了一个用于超高压水射流切割机电气故障的专家诊断系统。
Based on the theory of two-phase flow, the equation of the pressure gradient is found for the short pipe in cavitation jet cutting set.
基于两相流体动力学的理论，建立空蚀射流切割装置中短管内的压力变化梯度的基本方程式；
The technique of abrasive jet cutting in oil well are developed to be used in increasing oil production by abrasive two-phase jet theory.
磨料射流油井割缝增产技术是利用磨料两相射流机理开发出来的用于油田提高油井采收率的一项技术。
The paper describes the origin of cutting mechanism with water jet cutting technology, and introduces the fundamental of getting high pressure water jet and its application.
论述了高压水射流加工技术的起源、切割机理，并介绍了获得高压水射流的基本原理和应用范围。
In this paper, several kinds of cutting techniques are analyzed and compared. Although all techniques may be practiced underwater, the water jet cutting is advanced and better.
文章对比分析了当前可以采用的水下切割技术，指出射流切割更具有发展潜力。
The abrasive water-jet cutting technology is mainly summarized on the aspects of the characteristic, cutting mechanism, crucial technology, and the influencing factor of cutting effect.
着重从磨料水射流切割技术的特点、切割机理、关键技术以及切割效果的影响因素做了综述。
Aimed at the bottleneck problem in the spread and application of the abrasive suspension jet technology from abroad, a new technical equipment of abrasive suspension jet cutting was developed.
针对国外磨料浆体射流切割技术在我国推广和应用的瓶颈问题，研制出一种新型的磨料浆体射流切割工艺设备。
To get a full understanding of the reaction thrust generated by water jet is the preliminary step that has to be taken before the designs of water jet cutting systems and jet propulsion systems.
认识并掌握水射流产生推进力的机理，是进行水射流切削系统和水射流推进系统设计的基础。
To get a full understanding of the reaction thrust generated by water jet is the preliminary step that has to be taken before the designs of water jet cutting systems and jet propulsion systems.
认识并掌握水射流产生推进力的机理，是进行水射流切削系统和水射流推进系统设计的基础。
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