电冶金

电冶金是电化学或电热学在冶金过程中的应用。它包括电炉冶炼和电解法等。

Electrometallurgy is the application of electrochemistry or electrothermics to metallurgical process . It includes electricfurnace smelting and electrolysis .

极化曲线的测量对化学电源、电镀、电冶金、电解、金属防腐蚀和电化学基础研究等有着重要的意义。

Determination of polarization curve played a role in chemical electrical source , galvanization , electrometallurgy , electrolysis , corrosion protection of metal and the basic research of electrochemistry .

电渣冶金与电渣熔铸在中国的发展

Development of Electroslag Metallurgy and Remelting Casting in China

电渣冶金的最新进展

Recent Development of Electroslag Metallurgy

制备超纯优质金属材料的精细冶金不断地向前发展，近期电渣冶金的进展令人瞩目。

The fine metallurgy for extra cleaning high quality metallic material has been developed continuously and the recent development of electroslag metallurgy is obvious .

中国电渣冶金起步于1958年，至今所有特殊钢厂均建有电渣冶金车间，拥有工业电渣炉86台，年生产能力10万吨。

The electroslag metallurgy has been developed since 1958.At present , all special steel plants have constructed electroslag metallurgical workshops . There are 86 electroslag remelting furnaces in these steel plants with annual capacity of 100,000 tons .

本文介绍充分发挥电渣冶金的强制脱硫优势，开发了重熔百吨以上锻件用巨型电渣锭获得超低硫（≤0.0020%）的电渣重熔技术。

An ESR process has been developed for making ultralow S (≤ 20 ppm ) big ESR ingots for a forgings of over 100 t by bringing the advantage of forced desulphurizing of the electroslag metallurgy into full play .

中间包钢液施加电脉冲的冶金效果研究

Study on the Metallurgical Effects of Electric Pulse Acted on Molten Steel in Tundish

作为一种二次精炼冶金技术，双极串联技术在电渣重熔冶金中的应用使其具有新的特点。

As a kind of refined metallurgy technology , the electroslag furnace has a new characteristic with using double electrode series .

研究开发了在强氧化气氛下重熔低C（～0.15%）、低Si（≤0.05%）电渣钢确保冶金质量的电渣重熔技术。

The ESR process to assure the metallurgical quality was researched and developed to remelt low-C , low-Si electroslag steels in strong oxidizing atmosphere .

本文提出电涡流检测在冶金过程中的一种应用&连铸熔渣检测器。

A continuous casting molten slag detector , an applicationof eddy current detection in metallurgical process , is developed .

为此，本文首次采用了热、电、力、冶金耦合的电阻点焊过程模型及铝合金的相变模型对铝合金点焊焊点组织进行了数值模拟研究。

In this paper , the heat , electricity , force , metallurgical coupled model of SPW and the phase-change model of aluminum alloy are used on the numerical simulation on the microstructure of the nugget .

因为有了廉价电能的大量供应，电冶金才得以成为大规模的工业生产。

Because of cheap electricity supply in bulk , it is possible that electrometallurgy is made into mass industrial production .

电渣连铸技术填补了国内电渣冶金技术领域的一项空白。

ESCC fill a gap of the domestic electroslag metallurgical technology .

电渣重熔产品由于具有纯净度高、组织致密、成分均匀、表面光洁等一系列优点，使得电渣冶金技术近年来得到快速发展。

Products by the electroslag remelting ( ESR ) have the advantages of high purity , compact structure , homogeneous composition and clean surface , etc. , so electroslag remelting technology has been developed quickly in recent years .