Vacuum induction melting
- 网络真空感应熔炼
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Vapourization and control of manganese in vacuum induction melting
真空感应熔炼中锰的挥发与控制
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Construction , characteristics and applications of ZGL-0.1 model multipurpose vacuum induction melting furnace are described in detail .
详细介绍了ZGL-0.1多功能真空感应熔炼炉的结构、性能、特点及其用途。
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Optimal control of melting stage process in vacuum induction melting furnace
真空感应炉熔化期工艺优化控制
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Optimization of Electric Power Supply for Melting Process of Vacuum Induction Melting
真空感应炉熔炼过程供电制度的优化
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End-Point Temperature Prediction Based on Neural Network for Vacuum Induction Melting
基于神经网络的真空感应炉终点钢水温度预报
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Evaporation Dynamics of Trace Elements during Vacuum Induction Melting of Steel
钢真空感应熔炼过程痕量元素挥发的动力学
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Factors affecting the smelting of high nitrogen steel in vacuum induction melting furnace
真空感应炉冶炼高氮钢的影响因素
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Fully autocontrol system of vacuum induction melting and casting furnace
真空感应熔铸炉全自动控制
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Preparation and manufacture of rare earth alloy with cold crucible vacuum induction melting equipment
用冷坩埚真空感应熔炼设备制备稀土合金的技术
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A Study on Oxygen Contamination from Crucible Material on Molten Steel during Vacuum Induction Melting
真空感应熔炼过程炉衬材料向钢液供氧现象的研究
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In this paper a series of RE2MgNi9 hydrogen storage alloys were synthesized by vacuum induction melting method .
用真空熔炼法制备了多种贮氢合金原样,分别经不同温度、时间热处理和保护气氛下球磨处理。
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Oxygen contamination from the crucible in batch-type vacuum induction melting
间歇式真空感应炉中坩埚供氧的一个来源
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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。
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A vacuum induction melting furnace with tri-chambers has developed to suit the high needs of the quality and production of engine vanes .
为适应我国的发动机叶片的高质量和高速度生产的要求,开发了三室真空定向结晶炉。
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Ni-Al-graphite alloy was produced by vacuum induction melting , and the effect of Al content on microstructure and properties of the composite were studied .
本文采用感应熔炼法制备出Ni-Al-石墨系合金,系统研究了合金元素Al对材料的凝固组织和性能的影响。
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The interaction between the cerium and tin in steel was studied by vacuum induction melting , Xray diffraction , optical microscopy , electronic probe microscopy analysis , and microhardness tester .
采用中频真空感应熔炼炉、X射线衍射仪、金相显微镜、电子探针、显微硬度计等实验分析方法,研究了稀土金属铈与低熔点金属锡在钢中的相互作用。
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The change of sulfur content during the process of Vacuum induction melting ( VIM ) refining Ni base superalloy using CaO crucible and the influence of adding aluminium on desulphurization were studied .
研究了使用CaO坩埚在VIM法精炼Ni基高温合金过程中S的变化规律及加Al对脱S的影响。
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This paper introduces the construction and composition of 10L vacuum induction melting furnace , bottom pour-ing and points out some problems during adjusting . It is a reference when designing the same type furnace .
介绍了10L下铸式真空感应熔炼炉的结构及组成,指出了安装和热负荷试车过程中存在的问题及解决方法,设计同类电炉时可作为参考。
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To meet the exacting requirements of bearing manufacturers for a clean steel with uniform microstructure , it is produced by vacuum induction melting ( VIM ), followed by vacuum arc remelting ( VAR ) .
为了满足轴承制造商对具有一致微观结构的清洁钢的需求,52100由真空感应熔炼加上真空电弧重熔得来。
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The results show that the vacuum induction melting ( VIM ) has the max effect on the C segregation in ingots . Traditional technology of VAR especially the operation of hot top setpoints decided the distributional trend of Mn .
结果表明:真空感应熔炼对成品锭碳偏析影响最大,传统的真空自耗工艺尤其是热封顶操作决定了成品锭锰的分布趋势。
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As an important method for melting and purifying molten steel , vacuum induction melting ( VIM ) can provide a superior circumstance of oxidization avoidance under vacuum and good electromagnetic stirring for degassing treatment including dehydrogenation , denitrification , deoxidization , etc.
真空感应熔炼是重要的钢液熔炼及纯净化手段,源于它能创造优越的脱气(包括脱氢、脱氮及脱氧)环境&真空条件下避免来自空气的氧化与对钢液良好的电磁搅拌。
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In present work the factors which effect on the decrease ductility and toughness of maraging steels were studied , the effects of vacuum induction melting together with vacuum arc remelting and electron-beam refining techniques on eliminating impurities in maraging steels were also studied .
本文着重研究影响马氏体时效钢韧性与塑性下降的因素,也研究了真空感应冶炼、真空电弧重熔与电子束精炼工艺对排除马氏体时效钢中杂质的影响。
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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 .
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。
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Ni-Cr Alloy Cladding on the Steel 45 by Vacuum and Induction Melting
45钢表面真空炉中和高频感应熔覆Ni-Cr合金的研究
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Improvement of vacuum induction getter melting system
吸气剂真空感应熔炼系统的改进
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Self-lubricating two-phase Ni-graphite alloy was produced by methods of vacuum medium-frequency induction melting , arc melting and containerless rapid solidification process of 3m drop tube assisted by high-frequency induction melting .
采用真空中频感应熔炼、电弧熔炼和高频感应熔炼辅助3m落管无容器快速凝固方法,制备出镍石墨两相自润滑合金。
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Aluminium-lithium alloys were melted and cast in the type ZG-25 vacuum medium frequency induction melting furnace .
在ZG-25型中频感应真空炉中进行了铝-锂合金的熔炼与铸锭。
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Vacuum induction furnaces are important melting equipment , which are mostly used to produce Ni / Co based high temperature alloys , Ti alloys , stainless steels , super high-strength steels and special alloy materials .
真空感应炉是生产镍基高温合金、钛合金、不锈钢、超高强度钢等特种合金材料的重要冶炼设备。