1) plasma arc cutting
等离子火焰切割
2) plasma flame
等离子火焰
1.
The influence of ionized gases on the length of plasma flame and the temperature of substrate is more significant than that of the protecting gases.
实验分别使用O2和空气作为等离子体电离气体和冷却保护气体,改变等离子体电离工作气体种类时,等离子体火焰长度和石英玻璃沉积温度变化较大,而灯具冷却保护气体的改变对等离子火焰长度和石英玻璃沉积温度的影响不大。
3) Flame cutting
火焰切割
1.
Discussion of cutting quality of the CNC flame cutting machine;
提高数控火焰切割机切割质量
2.
Realization of Cutting Gap Compensation for NC Flame Cutting Machine;
数控火焰切割机割缝补偿的实现
3.
In the light of the conditions that should possess for guaranteeing the welding quality in the construction,controlling and correcting the thermal deformation of steel plate in the process of flame cutting and welding,and welding with the protection of the CO2 gas,this paper advances a series of preventive measures.
针对施工过程中焊接质量的保证,控制纠正钢板在火焰切割及焊接过程中的热变形、二氧化碳气体保护焊接应具备的条件,提出了一系列防治措施。
4) cutting flame
切割火焰
5) plasma flame cutting torch
等离子焰割炬
6) plasma cutting
等离子切割
1.
Design and simulation of main circuit used in plasma cutting inverter;
逆变式等离子切割电源主电路的设计与仿真
2.
Present situation and development of CNC plasma cutting in China;
数控等离子切割技术在我国的现状与发展
3.
High Speed & Accuracy Steel Plate Plasma Cutting with Cutting Face Controlled by Swirling Flow;
用旋转气流控制切割断面的钢板高速高精度等离子切割
补充资料：等离子态
1.物理学用语。物质存在的一种形态﹐即物质的等离子体状态。高温﹑强大的紫外线﹐x射线和丙种射线等都能使气态物质变成等离子态。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条