The optimization of power supply modes of induction melting apparatus with a total metal draining

机译：全金属排放的感应熔炼设备供电方式的优化

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The criteria of optimal control of capacity of compensation capacitors in power supply systems of installations of induction melting of metals with a full unloading their liquid phase. The technique of improving productivity and energy efficiency of such induction systems is proved.

机译：在完全卸载液相的金属的感应熔炼设备的供电系统中，补偿电容器容量的最佳控制标准。证明了提高这种感应系统的生产率和能量效率的技术。

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《International Conference on Computational Problems of Electrical Engineering》|2015年|255-258|共4页
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Zolotarev Vladimir; Belyanin Roman; Peretyatko Yulia; Lamanov Sergey;
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capacitors; induction heating; inductors; melting; optimal control; optimisation; power supplies to apparatus; compensation capacitors capacity optimal control; energy efficiency; induction melting apparatus; induction melting installations power supply system; power supply mode optimization; total metal draining; Decision support systems; electric power supply; inductor; metal; optimization; power;

机译：电容器;感应加热;电感器;熔炼;最佳控制;优化;设备电源;补偿电容器容量优化控制;能效;感应熔炼设备;感应熔炼装置电源系统;电源模式优化;总金属排放;决策支持系统;电源;电感器;金属;优化;电源;

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1. SECO/WARWICK Group's Subsidiary, Retech Systems LLC, Supplied Two Vacuum Induction Melting (VIM) Systems for Siemens Power and Gas Division [J] . Erin Almaleh International Magazine of the Investment Casting Institute . 2019,第7期

机译：Seco / Warwick集团的子公司Retech Systems LLC，为西门子电力和天然气划分提供了两种真空感应熔化（Vim）系统
2. Melting - New Power Supply Improves Induction Processes [J] . William Kelly Foundry Management & Technology . 2007,第1期

机译：熔化-新电源改善了感应过程
3. Induction heating. Feasibility and prospects of application in processes of special electrometallurgy./Part 2. Methods and equipment for induction melting of metals at melt contact with a crucible wall [J] . Sheiko I. V., Grigorenko G. M. Современная элеκтрометаллургия . 2003,第4期

机译：感应加热。在特种电冶金工艺中的可行性和应用前景。/第2部分。熔融与坩埚壁接触时金属的感应熔化方法和设备
4. The optimization of power supply modes of induction melting apparatus with a total metal draining [C] . Zolotarev Vladimir, Belyanin Roman, Peretyatko Yulia, International Conference on Computational Problems of Electrical Engineering . 2015

机译：总金属排水的感应熔化装置电源模式的优化
5. Predictive modeling, simulation, and optimization of laser processing techniques: UV nanosecond-pulsed laser micromachining of polymers and selective laser melting of powder metals. [D] . Criales Escobar, Luis Ernesto. 2016

机译：激光加工技术的预测建模，仿真和优化：聚合物的UV纳秒脉冲激光微加工和粉末金属的选择性激光熔化。
6. Electron Beam Melting and Refining of Metals: Computational Modeling and Optimization [O] . Katia Vutova, Veliko Donchev 2013

机译：电子束熔化和精炼金属：计算模型和优化
7. The melting point and the density of neptunium metal : a micro melting point apparatus for metals / [O] . Westrum, Edgar F.,, 1919-, Eyring, LeRoy., 1950

机译：ne金属的熔点和密度：金属的微熔点设备/
8. Induction Coil Configurations, Bottom Drain Assemblies, and High-temperature Head Assemblies for Induction Melter Apparatus and Methods of Control and Design Therefor. [R] . Roach, J. A., Richardson, J. G., Raivo, B. D., 2003

机译：用于感应熔化器装置的感应线圈配置，底部漏极组件和高温头部组件及其控制和设计方法。

The optimization of power supply modes of induction melting apparatus with a total metal draining

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