This is titanium sponge that comes out of the bottom of this reactor and it subsequently re-melted in a vacuum arc furnace .

海绵状的钛，从反应器的底部出来，随后在 真空 炉中重新熔炼。

Vacuum arc furnace is an important equipment for melting refractory alloys and active metals which plays an important role in the preparation of special materials .

真空 电弧 炉是熔炼难熔合金和活性金属的重要设备，对许多 工业领域的特种材料的制备起着重要的作用。

Experimental Study on the Mathematical Model and Control Strategy of Vacuum Consumable Arc Furnace

真空自耗 电弧 炉数学模型的实验研究及控制策略

Abstract In this paper the constitution of vacuum consumable electrod arc furnace ( V.C.E.A.F ) is briefly mentioned . The structure functions and control process of the automatic control system for V.C. E.

本文简述了 真空自耗电极 电弧 炉的构成，详细介绍了 真空自耗电极电弧炉自动控制系统的结构、功能及其控制过程.实现了 真空自耗电极 电弧 炉生产过程的自动控制。

Electric Control System for Vacuum Consumable Electrode Arc Furnace

真空自耗 电弧 炉电气系统

Control system of consumable vacuum arc furnace based on PLC

基于PLC的 真空自耗 电弧 炉控制系统

The author construed the microstructure and componential analysis of the Ti alloy produced by non-consumable vacuum arc smelting furnace and calcined it to fulfil the request for dynam capability of biomedical Ti alloy .

作者对非自耗 真空 电弧凝壳 炉熔炼的钛合金进行了显微组织结构和成分分析，并对Ti合金进行热锻加工以满足医用钛合金的力学性能要求。

Influence factors on electrical arc stability of vacuum consumable electrode arc furnace and taken countermeasures

影响 真空自耗电极 电弧 炉电弧稳定性的因素及对策

Development of 1 t vacuum arc furnace ZTH 100

ZHT100型1t 真空自耗 电弧 炉的研制

Influencing factors on operational safety of vacuum arc remelting furnace and measures to take

影响 VAR 炉 熔炼安全的因素及对策

The Technique of Vacuum Circuit Breaker and its Application in the Arc Furnace Transformer Control

真空断路器技术在控制 电炉变压器中的应用

The mechanism of welding crack generation in the copper-stainless steel tube electrode stem of Vacuum Consumable Arc Furnace has been analyzed .

分析了 真空白耗 电弧 炉铜-不锈钢异种金属套管式电极杆焊接裂纹产生的机理。

Consumable electrode vacuum arc furnace

自耗电极 真空 电弧 炉

Development and use efficiency of blocking valve in vacuum consumable electrode arc furnace

真空自耗电极 电弧 炉闭锁阀研制与使用功效

The object of this thesis are two kind of different materials which was smelted by ZG-0.01 vacuum medium frequency induction furnace and WS-4 non-consumable vacuum arc furnace with pure iron pure chromium carbon rare earth element ( cerium ) as raw materials .

本论文研究是以纯铁、纯铬、碳、稀土元素铈为原料，通过ZG-0.01真空中频感应炉和WS-4非自耗 真空 电弧 炉分别冶炼了两种Ce含量不同的1Cr17Ce不锈钢试样。

An ingot of Nb based in-situ composites ( NBISC ) was produced by a vacuum self-consuming arc melting furnace . The directionally solidified samples were prepared by an electron beam floating zone melting ( EBFZM ) furnace with a high temperature gradient and their microstructural characteristics were analyzed .

铌基共晶自生复合材料（ NBISC）经 真空自耗 电弧熔炼成母合金锭，采用高温度梯度的电子束区熔装置制备定向凝固的试样，分析其组织特征。

Sums up and discusses theoretically several influencing factors on the operational safety of vacuum arc remelting furnace and proposes the measures to take so as to improve the design of VAR furnace especially its control system .

总结了影响VAR炉 熔炼安全的多种因素，通过理论分析，总结出在设计和控制方面采取的应对方案和方法。

The design of initiation system is similar to design of electrode of vacuum arc furnace . Electrode moves fluctuate to maintain arc .

点火系统采用了类似 真空 电弧 炉电极的设计，电极可以上下移动，用以维弧。