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- In recent years, high power density beam powder surfacing techniques have been developing rapidly,such as plasma arc surfacing,electron beam surfacing,laser surfacing and focusing light surfacing. 近年来,高能束粉末堆焊技术凭借其特有的优势得到了迅速的发展。
- Structure and Hardness of Nickel-based Alloy Plasma Arc Surfacing 镍基合金等离子弧堆焊组织结构和显微硬度
- Composition Optimization of Composite Powder for Plasma Arc Surfacing 等离子弧堆焊复合粉末成分优化设计
- MICROSTRUCTURE OF THE COBALT- BASE ALLOY POWDER PLASMA ARC SURFACING 钴基合金粉末等离子弧堆焊的显微结构
- Study on Properties of Nickel-based Alloy Powder by Plasma Arc Surfacing 镍基合金粉末等离子弧堆焊层的性能研究
- Magnetic field control on microstructure and properties of plasma arc surfacing layer 等离子弧堆焊层的组织与性能的磁场控制
- Microstructure and wear resrstance of copper base alloy surfacing weld of plasma arc surfacing 等离子弧喷焊铜基合金的组织和耐磨性
- Hot wire plasma arc surfacing 热丝等离子弧堆焊
- plasma arc surfacing welding 等离子堆焊
- plasma arc surfacing 等离子弧堆焊,等离子弧埋焊
- Effect of the Unit Length Energy on the Hardening Depth by Plasma Arc Surface Quenching 等离子弧表面淬火的单位长度能量对硬化深度的影响
- Plasma Arc Surface Hardening 等离子弧表面硬化
- Welding equipment includes automatic plasma arc and TIG hardfacing machines. Only a few typical machines are shown here. 焊接设备包括自动等离子弧和TIG表面硬化机械设备。在此只展示少数典型设备。
- The paper introduces some examples of repairing mineral machinery parts with manual arc surfacing. 介绍了用手工电弧堆煌的方法修复一些矿山机械零件的实例。
- Direct metal forming based on plasma arc welding is a novel rapid prototyping process. 摘要基于等离子弧焊的直接金属成形方法是一种新型的快速成形工艺。
- 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。
- The development of thyristor puls plasma arc welding power source is introduced in this paper. 本文介绍了晶闸管脉冲等离子弧焊电源的研制成果。
- But under the condition of large energy and long pulse the plasma arc may fill the flashlamp bore. 但在大能量长脉冲放电情况下,大口径氙灯的等离子体也可以充满内径。
- There are two reprocessed technologies after plasma arc quenching,they are lapped finishing and chemical running-in. 等离子弧淬火后处理工艺主要采用研磨和化学跑合2种方法。
- In this paper, weld seam tracking method based on microbeam plasma arc is developed. 进行了基于微束等离子弧的焊缝跟踪传感可行性研究。