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。
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。
Good effect of cutting brittle materials such as concrete by premixed abrasive water jet shows that this clod cutting technology has a unique advantage in the schoolwork under urgent conditions.
前混合磨料水射流对混凝土等建筑脆性材料具有良好的切割效果，在易燃易爆等应急场合进行切割作业具有独特优势。
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。
Water jet, as a novel rock cutting tool, can be combined with mechanical method to increase penetrating efficiency.
水射流作为一种新型切割工具运用于石油钻井中，与机械联合破岩可提高破岩效率。
Experiment study has been made on abrasive water jet (AWJ) cutting mechanism according to the demand of industrial cutting.
根据工业性切割的需要，对磨料水射流(awj)切割机制进行实验研究。
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。
To meet the occasion that has the requirement of explosion proof, the cold cutting technology of premixed abrasive water jet was proposed to use in the cut of brittle materials such as concretes.
提出在有防爆要求的场合下，利用前混合磨料水射流冷切割技术对混凝土等脆性材料进行切割。
This paper tells the origin and cutting mechanism of water jet cutting technology, and introduces 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范围。
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。
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。
The water jet which is cutting the glass pane (3) is captured damped by the water surge without its atomizing and rebounding onto the back of the glass pane (3).
水射流切割是玻璃面板(3)对未经其抓获雾化，走上了玻璃面板(3)回用水激增阻尼反弹。
In water jet cutting(WJC) devices, the cutting medium are many kinds of abrasives. There are two types of abrasive mixing methods widely used in present WJC devices: post-mixing and pre-mixing.
前言：在磨料水射流切割设备中，磨料其主要工作介质，磨料与水的混合方式主要有前混合和后混合两种。
The rock cutting techniques under deep water of practical application should consider the relations between cutting times, jet horizontally moving velocity and efficiency.
在深水环境条件下岩石切割技术的生产实际应用中，要综合考虑切割次数和射流横移速度与效率的关系；
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。
Theresult proved, abrasive water jet metal-cutting don't exit heat effect.
试验结果表明，磨料水射流切割无热影响区。
Deep comprehension of water jet scalpel will provide you a chance to utilize the cost-saving cutting equipments.
深入了解水刀技术，将使您有机会利用这些节省成本的切割设备。
Cooled air, minimum botanic oils and little water were used to form new cutting fluids of oils on water (OoW) by means of combined mist-jet.
油膜水滴是使用冷空气、微量可自然降解油剂和少量水经复合喷雾法形成的可自然分解的新型绿色切削液。
The results prove that the water jet cutter is characterized by its high efficiency, low specific power consumption and fine automation level. Therefore it is a new type of cold cutting machine.
结果表明：该水刀具有切割效率高、比能耗低、自动化程度好等特点，是一种新型的冷切割设备。
The water jet which is cutting the glass pane (3) is captured damped by the water surge without its atomizing and rebounding onto the back-of the glass pane (3).
水射流切割是玻璃面板(3)没有捕捉到它的雾化和篮板上回风阻尼水的玻璃面板(3)。
Assembly, machining, quality control, arc welding, spot welding, 3d laser or water jet cutting were among the widely used process application software.
装配、加工、质量控制、电弧焊、点焊、三维激光或液压射流切割工艺就是应用型处理软件广泛使用的结果。
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。
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.
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。
Conventional methods have inadequate, the technique of high-pressure water jet cutting was applied to release the pressure of coal layer.
传统的防治方法各有不足，将高压水射流割缝技术引用到防治冲击地压当中来，实现了本层煤的解放。
Conventional methods have inadequate, the technique of high-pressure water jet cutting was applied to release the pressure of coal layer.
传统的防治方法各有不足，将高压水射流割缝技术引用到防治冲击地压当中来，实现了本层煤的解放。
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