真空感应炉

研究了在真空感应炉中使用CaO坩埚熔炼镍基高温合金的脱氧效果，分析了加入0.02%C、0.5%Al对脱氧的影响。

The deoxidation effect of VIM refining Ni-base superalloy by using CaO crucible was studied . The influence of adding 0.02 % C and 0.5 % Al on deoxidation was also analyzed .

为制备无固相脱氧产物的高洁净钢，在真空感应炉内用碳对无铝高纯铁进行脱氧。

In order to produce the extra clean steel without solid deoxidization products , aluminum free super clean iron was deoxidized by carbon in VIM refining .

牙科铸造用Co－Cr合金在真空感应炉中进行熔配.浇成小铸锭。

A dental casting Co-Cr alloy was melted by vaccum induction furnace and casted into little ingot .

T-S模糊模型在真空感应炉出钢温度预测中的应用

The application of T-S fuzzy model in vacuum induction furnace for temperature prediction

采用真空感应炉、金相显微镜、扫描电镜及X射线衍射等手段，研究1150℃下C对NiCrW高温合金的组织和高温强度的影响。

The effect of carbon on microstructure and strength of Ni-Cr-W is studied by vacuum induction furnace , metallographic microscope , SEM and X-ray diffraction at 1 150 ℃ .

通过真空感应炉对比试验考察了不同的Ti含量条件下，430不锈钢凝固组织的差异。

The difference of solidification structure of 430 ferrite stainless steel was discussed through the comparative tests of vacuum inductive furnace melting for in different content of Ti .

针对真空感应炉生产过程中温度测量成本较高及精度较差等不足，建立了基于RBF神经网络的真空感应炉终点钢水温度预报模型。

A prediction model of molten steel temperature based on RBF neural network was developed to reduce cost and improve temperature control accuracy for vacuum induction melting .

针对冶炼过程中碳含量不能直接测定的不足，采用RBF神经网络对真空感应炉的终点碳含量进行预报。

Considering the deficiency of measurement in the melting process , an RBF neural network method is developed to predict the end-point carbon content in the vacuum induction furnace .

真空感应炉充氩冶炼高氮Cr-Mn-Mo-Cu奥氏体不锈钢

High Nitrogen Cr-Mn-Mo-Cu Austenite Stainless Steel Melted by Vacuum Induction Furnace Filled Argon

在实验室用真空感应炉冶炼复相钢和马氏体钢，锻坯、控轧成3mm厚的板材后采用不同冷却模式进行控制冷却。研究了成分、冷却工艺对组织与力学性能的影响。

The effect of chemical composition and cooling process on microstructure and mechanical properties of specimens taken from the controlled rolled and cooled strips of vacuum melted multiphase and martensite steels were researched .

依据百分因子（APF）法，参考现今先进耐蚀合金，预设计了6种APF介于2.5~3.3的通用性镍基耐蚀合金成分.应用真空感应炉和手工电弧炉熔炼合金获得了良好的效果。

Based on the APF method and advanced corrosion resistant alloys available now , six schemes ( APF from 2.5 to 3.3 ) were designed for versatile Ni-base corrosion resistant alloys , which were prepared by using vacuum induction melting and manual electro-arc furnace , with a good result .

采用真空感应炉制备出0.5%Te，1.0%Te，1.5%Te的Cu-Te合金，然后进行了锻造和拉拔工艺试验。

Cu-Te alloys ( 0.5 % Te , 1.0 % Te , 1.5 % Te ) were melted by vacuum induction furnace and then forged and cold drawn .

用50kg真空感应炉，通过VN合金（8%C，12%N，80%V）来增钒增氮，研究和模拟在RH真空条件下微合金钢水中N的行为。

The behavior of nitrogen in microalloy steel during RH vacuum condition has been studied and simulated using a 50 kg vacuum induction furnace by adding V-N alloy ( 8 % C , 12 % N , 80 % V ) to increase V and N in steel .

中碳Cr-Ni-Mo合金钢用50kg真空感应炉冶炼，并通过Gleeble-3800试验机测定了该试验钢在600～1400℃的力学性能-最大力值（载荷）和断面收缩率。

The medium carbon alloy steel Cr-Ni-Mo was melted by a 50 kg vacuum induction furnace , and the mechanical properties of test steel-maximum load and reduction of area at 600 ~ 1 400 ℃ have been measured by Gleeble-3800 test machine .

根据在真空感应炉中取出的不同反应时间的反应动力学试样的相组成和元素组成及所对应的炉内PO2的测试结果，分析了炉内气氛对反应过程和最后反应产物的影响。

According to the compositions of elements and phases of the kinetics samples taken from the vacuum furnace in different reaction time and measured results of P O 2 in the furnace , the effects of furnace atmosphere on the reaction process and the reacted reactants are analyzed .

在40kg真空感应炉上进行了真空下钢液脱氮工艺的实验研究。实验考察了真空下碳氧反应工艺、表面活性元素控制和脱氮渣系等因素对钢液脱氮动力学的影响。

The kinetics experiments for steel denitrogenation in vacuum degasser have been carried out with 40 kg vacuum induction furnace and such processes as vacuum carbon oxygen reaction , surface active element control and molten slag are studied respectively .

真空感应炉氧化镁坩埚熔炼纯铁的研究

Investigation in the vacuum melting of high-purity iron in magnesia crucibles

真空感应炉控制系统的设计与研究

Design and Research of the Control System of Vacuum Induction Furnaces

基于神经网络的真空感应炉终点钢水温度预报

End-Point Temperature Prediction Based on Neural Network for Vacuum Induction Melting

真空感应炉熔化期工艺优化控制

Optimal control of melting stage process in vacuum induction melting furnace

间歇式真空感应炉中坩埚供氧的一个来源

Oxygen contamination from the crucible in batch-type vacuum induction melting

真空感应炉熔炼过程供电制度的优化

Optimization of Electric Power Supply for Melting Process of Vacuum Induction Melting

真空感应炉冶炼高氮钢的影响因素

Factors affecting the smelting of high nitrogen steel in vacuum induction melting furnace

真空感应炉终点预报方法的研究

Research of End-point Prediction Method to Vacuum Induction Furnace

用国产电熔镁砂制作大型真空感应炉坩埚

Making large crucibles for vacuum induction re-melting furnace by using homemade electric magnesium sand

罗茨油环机组在真空感应炉上的应用

Application of the Roots Pump and Oil Ring Pump Combination System in Vacuum Induction Oven

真空感应炉真空机组中的前级泵，历来使用滑阀泵。

Rotary piston pumps always used as backing pumps of vacuum systems in vacuum induction ovens .

以往不锈轴承钢的冶炼工艺多采用电渣重熔工艺进行生产，为获得更高质量的材料，本文研究采用真空感应炉+真空自耗炉（双真空）工艺生产7Cr14Mo不锈轴承钢。

The past , smelting process of stainless bearing steel use more the ESR to produce .

真空感应炉近常压气氛保护熔炼高氮马氏体不锈钢

Smelting of high nitrogen martensitic stainless steels by vacuum induction furnace under near normal protective atmosphere

此外简单介绍了氧化钙坩埚在真空感应炉中冶炼高温合金的使用情况。

The application of CaO crucible in high temperature smelting alloy in vacuum induction furnace was introduced .