熔窑

róng yáo
  • melting furnace
熔窑熔窑
熔窑[róng yáo]
  1. 通过热平衡测定分析玻璃熔窑运行情况

    Analysis on the Condition at Operation of Glass Melting Furnace by Measuring Heat Balance

  2. CAD在玻璃熔窑设计和节能中的应用

    Application of CAD in Glass Melting Furnace Design and Energy Saving

  3. 采用CAD技术提高玻璃熔窑设计水平

    Improve Glass Furnace Design by Using CAD Technology

  4. PLC在玻璃熔窑火焰换向中的应用

    Application of PLC in glass furnace flame direction-changing operation

  5. 本文介绍CAD技术用于玻璃熔窑设计和节能中的若干问题。

    Some researches on the applications of CAD in glass melting furnace design and ener-gy saving are introduced .

  6. 玻璃电熔窑Scott供电时内部等效电流分析

    Study of equivalent current in electric glass furnaces with Scott power supply

  7. Symphony系统在熔窑控制中的应用

    Application of Symphony System to furnace control

  8. 玻璃熔窑高纯硅质热补料的生产与使用不同方法制备的高纯SiO2纤维的结构及其形成

    High purity silica hot mending mix for glass kiln STRUCTURE AND ITS FORMATION OF HIGH PURITY SILICA FIBERS MADE BY DIFFERENT METHODS

  9. 全氧燃烧玻璃熔窑中电熔AZS砖侵蚀机理浅析

    Corrosion mechanism of electrocast AZS brick in total oxygen combustion glass tank

  10. 介绍玻璃熔窑火焰换向的控制方案,采用可靠性较高的可编程序控制器(PLC),实现火焰换向的自动化。

    In order to realize the automation of glass furnace flame direction_changing operation , the control system is developed using high reliability PLC . The system has overcome the disadvantages of the traditional control system .

  11. 同时,借助于PC型微型电子计算机的优越功能,利用数学模型编制成一个初步的玻璃熔窑CAD系统,玻璃熔窑的优化设计得以实现。

    Meanwhile , a preliminary CAD System for the glass furnace has come into being by utilizing those mathematical models under the aid of superior function of microcomputer , and the optimizing design can be realized .

  12. 对于自然对流起主导作用的电子玻璃熔窑模型试验,可采用Ra和Pr两个相似准则来近似实现原型和模型的相似。

    For buoyancy dominated mixed convection in an electronic glass furnace , the two similarity criteria Ra and Pr can approximately realize the similarity between the prototype and the model .

  13. 结合我公司350t/d熔窑两次冷修所采用的碱性格子砖配置,介绍了碱性砖在浮法玻璃熔窑格子体上的应用。

    The paper presented the use of alkaline bricks in checkers of float glass furnace on the basis of experience on the cold repairs of our 350 t / d furnace .

  14. 熔窑内玻璃液流层厚度对熔化的影响

    The effect of flow layer thickness on melt of glass batch

  15. 熔化黑色玻璃的全电熔窑的设计与运行

    Design and Operation of Fully Electric Melting Furance for Black Glass

  16. 基于张力测试的玻璃熔窑碹顶安全研究

    Research on Safety of Glass Furnace Crown Based on Tension Test

  17. 新型燃料在浮法玻璃熔窑上的运用情况比较

    Application status comparison of new type fuel in float glass furnace

  18. 评价熔窑内玻璃液澄清过程的定量指标

    Quantitative Evaluation for Refining Process of Glass Melt in Tank Furnace

  19. 玻璃熔窑多层保温的优化设计方法

    Optimum Design Method for the Multi-Layer Heat Insulation of Glass Furnaces

  20. 玻璃电熔窑模拟计算的应用

    The Applications of Simulative Calculation to Electric Glass Melting Tank Furnace

  21. 电真空玻璃熔窑内三维数学模型研究

    Three Dimensional Numerical Simulation in an Electric Vacuum Glass Melting Furnace

  22. 玻璃熔窑用国产熔铸耐火材料的配套应用

    Setting application of home-made fused cast refractory in glass melting furnace

  23. 浅谈对玻璃电熔窑设计的一些看法

    A Brief View on Design for the Electric Smelting Glass Kiln

  24. 全氧燃烧浮法玻璃熔窑的技术经济分析对比

    Technical and Economic Analysis and Comparison of Oxy-Fuel Fired Float Furnace

  25. 高碹顶玻璃熔窑全氧燃烧火焰空间的三维数值模拟

    Three-Dimensional Simulation of Oxy-Fuel Combustion Space in High Crown Glass Furnace

  26. 大型乳白玻璃全电熔窑技术应用与改造

    Application and Innovation on Large Electric Melting Furnace for Opal Glass

  27. 浮法玻璃熔窑三维数学模拟研究

    Study of Three-Dimensional Mathematical Simulation in a Float Glass Melting Tank

  28. 燃煤玻璃熔窑燃烧系统自动控制的一些设想

    Some Thoughts of Automatic Control of Coal-fired Glass Furnaces ' Combustion System

  29. 玻璃电熔窑钼电极保护系统的数值模拟研究

    Mathematical Simulation of Mo Electrode Protecting System of Electric Melting Glass Furnace

  30. 阶梯式广义预测控制在浮法玻璃熔窑中的应用

    Stair-like Generalized Predictive Control Using on Float Glass Melting Furnace