arc erosion的意思|示意

美 / ɑ:k iˈrəuʒən / 英 / ɑrk ɪˈrəʊʒ(ə)n /

电弧侵蚀,电弧腐蚀,电弧烧损


arc erosion的用法详解

Arc erosion, also known as electrical erosion, is a machining process that uses a spark to cut or shape various materials, including metals, plastic and carbon. It is a precision machining tool that uses electrical energy to cause the material to be eroded by a spark. The spark is produced when a high-voltage electrical arc is released between the material and the electrode.

The arc erosion process is a very versatile and accurate machining process and is used in the manufacture of precision components, in the EDM machining of turbine blades, and in the machining of other materials that are difficult to machine. The process is also used to cut intricate shapes and patterns in a variety of materials.

Arc erosion is typically used for machining of very hard materials that are not easily machined using other methods. It is also used for machining shapes and contours that are difficult to produce using other machining processes. The process is very accurate and can create very fine details in the machined material.

Arc erosion also offers some advantages over other machining processes, such as low cost, high accuracy and high speed. The process is also well-suited for automated processes, which reduce the labor involved.

In summary, arc erosion is a precision machining process that uses electrical energy to cause the material to be eroded by a spark. It is used to cut and shape intricate shapes and patterns in a variety of materials, and it offers advantages such as low cost, high accuracy and high speed. The process is well-suited for automated processes, which reduce the labor involved.

arc erosion相关短语

1、 electric arc erosion 电弧烧损

2、 Dispersing arc erosion 分散电弧侵蚀

3、 electrical arc erosion 电弧烧蚀性能

4、 property of arc erosion 电弧烧蚀性能

5、 arc erosion characteristics 电弧磨损特性

6、 Anti-arc erosion performance 抗电弧侵蚀性能

7、 resistance against arc erosion 抗电弧磨损

arc erosion相关例句

The arc erosion rate of the samples has increased greatly after dipping into water.

浸水后试样的静态电弧烧蚀速率较浸水前都有明显的增加.

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The most wear form is adhesive wear, arc erosion and plastic deformation.

粘着磨损 、 电弧侵蚀、塑性变形是其主要的磨损形式.

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