切割炬已经可以手持，并可以进行水下切割。
Cutting torch already can be held by hand, and could be carried out underwater.
切割精度比火焰切割高，水下切割无变形，精细等离子切割则精度更高。
The cutting precision than high flame cutting, cutting no deformation, fine underwater plasma cutting is a higher precision.
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。
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。
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.
试验结果表明：前混合磨料射流水下切割混凝土与水下切割钢板规律基本一致。
The results show that the rule of cutting steel and that of cutting concrete have little difference with the PREMAJet in water.
介绍塑料排水板水下切割机的工作原理、电机选用、锯片选用；排水板的限位装置等。
The work principle of underwater cutter of plastic drainage plate, selection of electrical machinery and saw blade, as well as the spacing device of drainage plate, etc. are introduced.
海底石油管道出现损坏时，在维修过程中需要将管道切断，采用常用的水下切割方法很难完成切割工作，文中提出了水下金刚石绳锯机切割技术。
Specialized pipe cutting technology is required to repair damaged seabed oil and gas pipelines because common underwater cutting methods have difficulty working.
等离子切割机主要以半干式等离子，干式等离子和水下等离子三种方式。
Plasma cutting machine mainly with half a dry plasma, dry plasma and underwater plasma three ways.
本课题主要任务是进行水下金刚石绳锯机切割技术的研究与工程样机的研制。
The main work of this dissertation includes researching the underwater cutting technology of diamond wire saw and developing its engineering prototype.
在海底油气管道维修过程中，针对海底作业工况和油气管道的特殊结构采用水下金刚石绳锯机完成管道切割作业。
The job of maintenance adopts the underwater diamond wire saw for cutting the oil - gas pipelines aiming at the characteristic of the benthal condition and the structure of the pipelines.
探讨了射流切割应用于水下的一系列问题。
Then, a series of concerns about water jet cutting are discussed.
水下氧弧切割技术是一种方法简单，应用广泛的技术。
Under-water oxygen-arc cutting technology is easy for operation and widely used.
介绍了水下等离子切割水台的基本结构、主要技术规格、工作特点、制造质量控制以及使用时的注意事项。
This paper introduces the structure, principle, technology specification, quality control and operation of water table on underwater plasma cutting.
简要介绍了由美国L - TEC焊接与切割成套设备公司生产的配有2000系列数控系统的CM- 360型水下等离子切割机的性能与应用。
This paper introduces the performance and application of CM-360 underwater plasma cutting machine with 2000 series nc system manufactured in L-TEC company.
水下等离子切割机割炬体的设计到实现实际应用通过极其漫长和复杂的过程。
Underwater plasma cutting machine cutting torch body design to achieve practical application through an extremely long and complicated process.
可以在空气中或水下进行切割(或清洗)作业。
It can achieve cutting work in the air or under water (or cleaning).
水下机器人使用切割工具将管道剩余的部分切割成锯齿状边缘，这将使围堵设备将管道完全封闭更加困难。
The cutting tools used by the undersea robots left a jagged edge on the remnants of the pipe which will make fitting of a fully sealed containment device more difficult.
水下机器人使用切割工具将管道剩余的部分切割成锯齿状边缘，这将使围堵设备将管道完全封闭更加困难。
The cutting tools used by the undersea robots left a jagged edge on the remnants of the pipe which will make fitting of a fully sealed containment device more difficult.
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