PHYSICAL MODELING OF THE GLASS MELT HYDRODYNAMICS IN A HIGHLY EFFICIENT MELTING FURNACE FOR CONTAINER GLASS

V. A. Tolstov; V. N. Kiselev; S. S. Denisova

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PHYSICAL MODELING OF THE GLASS MELT HYDRODYNAMICS IN A HIGHLY EFFICIENT MELTING FURNACE FOR CONTAINER GLASS

机译：高效熔融玻璃熔窑中玻璃熔体动力学的物理模拟

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Certain regularities of the motion of glass melt flows in a highly efficient furnace for container glass are studied employing the method of physical modeling of the glass melt hydrodynamics.

机译：使用玻璃熔体流体动力学的物理模型方法研究了在用于容器玻璃的高效熔炉中玻璃熔体流动的某些规律性。

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《Glass and ceramics》 |2000年第8期|共4页
作者
V. A. Tolstov; V. N. Kiselev; S. S. Denisova;
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正文语种 eng
中图分类玻璃工业;
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专利

1. PHYSICAL MODELING OF THE GLASS MELT HYDRODYNAMICS IN A HIGHLY EFFICIENT MELTING FURNACE FOR CONTAINER GLASS [J] . V. A. Tolstov, V. N. Kiselev, S. S. Denisova Glass and ceramics . 2000,第7a8期

机译：高效熔融玻璃熔窑中玻璃熔体动力学的物理模拟
2. Physical modelling of the glass melt dynamics in a high-performance glass-melting furnace upon container glass production [J] . Tolstov V.A., Kiselev V.N. СТИН: Станки инструмент . 2000,第8期

机译：高性能玻璃熔炉中玻璃熔体动力学的物理模型，用于生产容器玻璃
3. Physical modelling of the glass melt dynamics in a high-performance glass-melting furnace upon container glass production [J] . Tolstov V.A., Kiselev V.N. СТИН: Станки инструмент . 2000,第8期

机译：容器玻璃生产高性能玻璃熔炉中玻璃熔体动力学的物理建模
4. OPTIMIZATION OF COMBUSTION SETTINGS: AN ENERGY EFFICIENT APPROACH TO THE REDUCTION OF EMISSIONS BY GLASS MELTING FURNACES [C] . S. Tiozzo, W. Battaglia, R. DallTgna Conference on Glass Problems . 2017

机译：燃烧环境优化：通过玻璃熔炉减少排放的能量有效方法
5. Three-dimensional mathematical modeling of a float glass melting furnace. [D] . Wang, Yongxin. 1998

机译：浮法玻璃熔炉的三维数学建模。
6. Continuous fiberizing by laser melting (Cofiblas): Production of highly flexible glass nanofibers with effectively unlimited length [O] . F. Quintero, J. Penide, A. Riveiro, 2020

机译：通过激光熔化（Cofiblas）连续进行纤维化：生产具有无限长度的高柔韧性玻璃纳米纤维
7. ELECTROMAGNETIC, THERMAL AND HYDRODYNAMIC PROCESSES AT INDUCTION HEATING OF OUTPUT CHANNEL OF GLASS MELTING FURNACE [O] . I.V. Volkov, O.D. Podoltsev, I.M. Kucheriava 2018

机译：玻璃熔炉输出通道的电磁，热和流体动力学过程
8. Physical Modeling of Electric Glass-Melting Furnaces for High-Level-Waste Immobilization [R] . Quigley, M. S., Kreid, D. K. 1979

机译：用于高放废物固定的电动玻璃熔窑的物理模拟

PHYSICAL MODELING OF THE GLASS MELT HYDRODYNAMICS IN A HIGHLY EFFICIENT MELTING FURNACE FOR CONTAINER GLASS

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