arc cutting
英 [ɑːk ˈkʌtɪŋ]
美 [ɑːrk ˈkʌtɪŋ]
电弧截割；电弧切断；电弧切割法
双语例句
- Air arc cutting and gouging electrode
电弧气割和气刨电极 - At present, the machining method of advanced ceramics have diamond grinding, ultra hard cutters such as PCD, ultrasonic cutting, laser cutting, plasma arc cutting and water-jet cutting.
目前，常见的工程陶瓷加工方法有金刚石砂轮磨削、PCD等超硬刀具切削、超声波加工、激光加工、等离子弧切割及高压水射流切割。 - Ordinary plasma arc cutting machine power supply.
普通等离子弧切割机的电源。 - Investigation of Underwater Arc Cutting and Its Technological Parameters
水下电弧切割现象和工艺参数的研究 - It offer the reference for improving cutting quality of the numerical control plasma arc cutting machine.
为提高数控等离子切割机的切割质量提供参考。 - Mathematical models and geometry analysis of arc cutting edge for three-point drills
群钻圆弧刃的数学模型和几何角度分析 - Air plasma water injection arc cutting machine
喷水空气等离子弧切机 - According to the different main gas, mainly divides into argon plasma arc cutting division, the oxygen plasma arc cutting and cutting, air plasma arc type.
根据不同的主要气体，主要分为氩等离子弧切割划分，氧气切割和等离子弧切割，空气等离子弧的类型。 - Automatic plasmic arc cutting machine
自动等离子电弧切割机 - Gas metal arc cutting
气体金属极电弧切割 - Experimental investigation of semiautomatic underwater arc cutting in deep sea using a consumable electrode water jet technique
深海半自动熔化极水喷射水下电弧切割的试验研究 - The utility model has the advantages of accurate circular arc cutting, even circular arc cutting, good consistency, simple operation, high efficiency and energy saving.
本机切割圆弧准确、整齐、一致性好，并且操作简单、高效节能。 - High-speed plasma arc cutting technology plasma engineering hot metal cutting, and partial melting with high flow will also be the molten metal blow, form a narrow incision.
血浆高速等离子弧切割技术工程热金属削减部分熔融，并与高流量同样会被熔化的金属吹走，形成一个狭窄的切口。 - This paper ana1yes the basic structure, work principle, usages and notice items of PC-60 air plasma arc cutting machine, and lists the common trouble phenomena, causes and solutions.
分析了PC-60型空气等离子弧切割机的基本结构、工作原因、使用方法和注意事项；例举了其常见故障现象、产生原因和排除方法。 - Research on Digital Inverted Plasma Arc Cutting Power
全数字逆变式等离子弧切割电源研究 - Air arc cutting and gouging electrode Suitable for MMA, argon arc, arc gouging welding.
电弧气割和气刨电极可用于手工电弧焊、弧焊、弧气刨。 - It also introduces the operation principle and usage of SCR plasma arc cutting machine.
同时也讲述了晶闸管式等离子弧切割机的操作原理和使用方法。 - Present Situation and Development of Air Plasma Arc Cutting Machine
空气等离子弧切割机的现状与发展 - Plasma arc cutting is a physical process which utilize high temperature to heat materials and high speed flow to blow melted metal, cutting quality is directly influenced by arc power and arc force.
等离子体弧切割是通过高温等离子体弧将工件弧柱部分的材料熔化并利用高速离子流将切渣吹除的物理过程，弧柱的功率和作用力将直接影响到切口质量。 - Taking PCM-32i inverter plasma arc cutting machine as example, this paper illuminates its circuit construction, work principle, use and maintenance.
以PCM-32i逆变式等离子切割机为例，介绍了该切割机的电路结构、工作原理、使用方法和维修措施。 - This paper introduces a new technique of arc cutting of Ni-Cr stainless steel and copper by means of a consumable electrode with a water jet.
本文介绍了喷水式熔化极电弧切割镍铬不锈钢及紫铜的新技术。 - In the finality of this article an experiment study about plasma arc cutting variable-thickness plate is introduced.
本文的最后部分对等离子体弧切割变厚度板材进行实验研究。 - On the basis of practical exploration and design of NC plasma arc cutter, this paper studies into the technology of NC plasma arc cutting at high speed and accuracy.
论文是在数控等离子弧切割机开发设计的实践基础上，对高速、高精度数控等离子弧切割技术进行了研究。 - The NC flame and plasma arc cutting is an advanced heating cutting technique.
数控火焰等离子切割是一种先进的热切割技术。 - New Cutting Method& Waterjet Plasma Arc Cutting
切割新方法&水射流式等离子弧切割 - The effect of underwater consumable electrode arc cutting process parameters on kerf shape was investigated, and the governing factors of underwater cutting arc stability was analyzed in this research.
研究了水下熔化极电弧热切割工艺参数对切口成形的影响，分析了影响水下切割电弧稳定性的因素。 - The modern plasma arc cutting technology developing direction is towards to efficiency, high quality and low cost.
高效、高质量、低成本，是现代等离子弧切割技术的发展方向。 - To analyze the effects of water and ultrasonic frequency pulse, air and oxygen plasma arc cutting experiments were carried out in the the dry and wet circumstances respectively. The dc cutting and the ultrasonic frequency pulsed experiments were also conducted in every case.
为了分析水中超声频脉冲和不同等离子气的工艺效果，分别在干式和湿式条件下，进行了空气和氧气等离子切割试验，并且每种试验条件下都进行了直流切割以及超声频脉冲切割。