研究了玻璃熔窑大碹的受力状况。
浮法玻璃熔窑的帮砖。
本文针对玻璃熔窑这种复杂的工业对象提出一种智能温度控制系统。
An aptitude temperature control system of such complicated industry plant as glass furnace was presented.
本吊墙用于玻璃熔窑前脸墙，取代传统的碹结构前脸墙，有以下优点。
It is used in glass furnace front wall, replacing the traditional arch structure front wall. The advantages are as follows.
本文介绍用于玻璃熔窑保温层设计、保温层节能效果计算及熔窑热平衡计算的软件。
A specialized software is introduced which is useful for design and calculating the energy saving efficiency of insulation layers and for calculating energy balance of glass melting furnaces.
针对浮法玻璃熔窑运行后期熔化部压力波动形成的原因及对策，做了较为详尽的论述。
This paper discussed the causes of pressure fluctuation of melting region in later stage of float glass furnace in detail and the countermeasures to this fluctuation was also introduced.
工艺参数的控制方法必须针对浮法玻璃熔窑运行后期的特点，才能保证工艺制度的稳定。
The technological parameters control must aim at the running characteristics of float glass furnace in its later stage so as to insure the stability of technological regulations.
本文介绍了玻璃熔窑微机控制系统的工作原理、调节功能、检测参数、检测方式及控制精度。
This paper is concerned with the working principle, regulating behaviour, testing parameters, estimation model and controlling accuracy of microprocessor control system of glass melters.
某工程大型玻璃熔窑在一次漏玻璃液火灾中，钢管混凝土窑底柱表现出不寻常的抗火灾能力。
The concrete filled steel tubular columns for supperting furnace showed a outstanding fire-resistant capability in a fire case caused by the leakage of molten glass from one large glass furnace.
本文讨论玻璃熔窑成型区温度控制方法，提出了计算机直接数字控制系统，给出了该系统的硬件和软件。
This paper discusses the method of Glass Furnace Forehearth Zone Temperatures and presents a direct digital computer system and hardware software.
阐述了玻璃熔窑全氧燃烧技术的机理，全氧燃烧应用的优点以及应用过程中存在的一些问题和解决方法。
This paper introduces the mechanism, advantages of oxy-fuel combustion in glass melting furnace and there are some problems and solutions in the application process.
简述了富氧燃烧节能技术的原理，论述了富氧燃烧在浮法玻璃熔窑应用过程中的关键问题及相关解决方法。
The principle of rich oxygen combustion energy-conservation technology was described, some key issues and corresponding solutions of the technology were also discussed in this article.
对浮法玻璃熔窑节能技术进行了探讨，特别就熔窑运行过程中实际操作方面的一些节能技术进行了分析总结，并提出了自己的见解。
The energy saving technology of float glass furnace was discussed and the operation skills for saving energy during the running period of furnace were also summarized.
设计一个运行性能优良、可控性好的熔窑是玻璃熔窑设计师追求的重要目标，单凭经验进行设计难以达到这一目标，而借助于模拟技术则有可能实现。
The method of designing new furnaces based only on experience can hardly satisfy such purpose, but the simulation technique may help to reach this goal.
熔窑结构的变化必然会引起玻璃液流结构的变化。
The change in structure of glass tank can lead to change in glass flow pattern.
利用三维计算机模拟技术，研究了窑坎在超薄浮法玻璃生产中对稳定熔窑内玻璃液流的作用。
The function of the weir in the furnace of the thin float glass was studied by using three- mathematics simulation.
论述了玻璃全电熔窑烤窑步骤及烤窑过程中每个步骤应做的主要工作和应注意的问题。
The steps in baking process in all electric glass melting furnace and the main work in every step as well as the attentions during baking were described.
对玻璃池窑池壁、小炉口、流液洞、加料口等处的电熔锆刚玉砖侵蚀特征进行了研究。
This paper researched the corrosion features of the fused zirconia corundum blocks which fixed in the tank wall, port mouth, throat, dog house of glass tank furnace.
流槽是连接熔窑和锡槽的一个关键部位，主要包括流槽砖和唇砖，其中唇砖的好坏直接影响玻璃的产、质量。
Stout is a key place which joins furnace with tin slot. It mainly includes stout brick and lip brick. The lip brick's quality directly influences the glass 'yield and quality.
该系统投入生产运行后，性能稳定，熔窑各项热工参数得到稳定控制，保证了玻璃熔制质量，并明显地降低了能源消耗。
It is running stably in practical use. All thermotechnical parameters of the melting furnace can be well controlled to guarantee glass melting quality and reduce remarkably energy consumption.
该系统投入生产运行后，性能稳定，熔窑各项热工参数得到稳定控制，保证了玻璃熔制质量，并明显地降低了能源消耗。
It is running stably in practical use. All thermotechnical parameters of the melting furnace can be well controlled to guarantee glass melting quality and reduce remarkably energy consumption.
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