ELECTRODE CONFIGURATIONS IN ALL-ELECTRIC FURNACES; GLASS MELT POWER DENSITY

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ELECTRODE CONFIGURATIONS IN ALL-ELECTRIC FURNACES; GLASS MELT POWER DENSITY

机译：全电炉中的电极配置;玻璃熔体功率密度

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The power density in glass melts has been studied at different arrangements of electrodes in all-electric melting furnaces. Bottom, top and plate electrodes were arranged in the model furnace in hexahedron form of about 1 metre along its edges.

机译：已经在全电熔炉中在电极的不同布置下研究了玻璃熔体中的功率密度。底部，顶部和板极电极以六面体的形式沿模型炉的边缘排列在模型炉中。

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《Glass Machinery Plants & Accessories》 |2012年第5期|共1页
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Glass Machinery Plants amp; Accessories Group;
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正文语种 eng
中图分类硅酸盐工业;
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专利

1. Influence of Electrode Configurations in all-Electric Furnace on Distribution of Power Density in Glass Melt [J] . Stanislav Kasa Kanch . 2012,第2期

机译：全电炉中电极构型对玻璃熔体功率密度分布的影响
2. Correlating Melt Dynamics and Configurational Entropy Change With Topological Phases of AsxS100–x Glasses and the Crucial Role of Melt/Glass Homogenization [J] . Chakravarty Soumendu, Chbeir Ralph, Chen Ping, Frontiers in Materials . 2019,第1期

机译：与ASXS100-X眼镜拓扑阶段相关的熔体动力学和配置熵改变及熔体/玻璃均质化的关键作用
3. Densified glasses as structural proxies for high-pressure melts: Configurational compressibility of silicate melts retained in quenched and decompressed glasses [J] . Wim J. Malfait, Rita Seifert, Carmen Sanchez-Valle The American mineralogist . 2014,第10期

机译：致密玻璃作为高压熔体的结构代表：淬火和减压玻璃中保留的硅酸盐熔体的结构可压缩性
4. DISTRIBUTION OF POWER DENSITY IN THE GLASS MELT AT DIFFERENT ELECTRODE CONFIGURATIONS IN ALL-ELECTRIC FURNACE [C] . Stanislav Kasa ESG Conference . 2008

机译：在全电炉中不同电极配置的玻璃熔体中功率密度分布
5. Global power balance on high density field reversed configurations for use in magnetized target fusion. [D] . Renneke, Richard M. 2007

机译：用于磁化目标融合的高密度场反转配置的全局功率平衡。
6. Configurational entropy of basaltic melts in Earth’s mantle [O] . Sung Keun Lee, Jed L. Mosenfelder, Sun Young Park, 2020

机译：地球地幔中玄武岩熔体的配置熵
7. Sub-Tg features of glasses formed by cooling glycerol under pressure – Additional incompatibility of vibrational with configurational states in the depressurized, high density glass [O] . Andersson, Ove, Johari, G P 2016

机译：通过在压力下冷却甘油而形成的玻璃的Sub-Tg特性–减压的高密度玻璃在振动状态和构型状态方面的其他不兼容性
8. Current Density, Power Density and Electric Resistance in the Electrode and Furnace of an Electric Smelter [R] . Heiss, W. D. 1980

机译：电熔炉电极和炉膛的电流密度，功率密度和电阻

ELECTRODE CONFIGURATIONS IN ALL-ELECTRIC FURNACES; GLASS MELT POWER DENSITY

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