玻璃熔制

石灰石粒度对平板玻璃熔制的影响

Influence of Limestone ′ s Particle Size on Flat Glass Melting

玻璃熔制过程三维数学模拟的运用

The Use of Three Dimensional Mathematical Modeling for Glass Melting Process

碱金属氧化物、冰晶石、B2O3主要起助熔作用，降低玻璃熔制温度，加速玻璃的澄清和均化，间接防止着色剂硒和硫的挥发。

Introducing of alkali metal oxide , borax , cryolite facilitates melt and accelerates the refining and homogenizing of glass , so they can indirectly prevent the colorant from evaporating .

纤维玻璃熔制温度的计算

Calculation of melting temperature of glass used for fiber manufacturing

浮法玻璃熔制过程气泡的产生及控制

The production and control of bubbles in melting process of float glass

砂岩颗粒度对玻璃熔制的影响

Effect of Sand Grain Size and Grain Size Distribution on Glass Melting

低热光常数火石玻璃熔制工艺的探讨

The Melting Technology Inquiry for " Athermalized " Flint Glass

仪器玻璃熔制试验用粉石英原料的分析研究

Properties of Tripoli and its use as a raw material for glassware production

玻璃熔制过程的三维数值模拟

Three Dimensional Mathematical Modeling of Glass Melting Process

光致变色玻璃熔制工艺中的若干问题

On the Melting Process of Photochromic Glasses

为防止着色剂挥发，研究了快速的低温玻璃熔制技术。

To prevent from colorant volatiling , quickly low temperature melting technique must be adopted .

玻璃熔制技术最新动向

A New Stirrer for Glass Melting

砂岩粒径上下限对玻璃熔制质量的影响

Study on the Influence of Limitation of Particle Size Range on the Quality of Glass Melting

玻璃熔制过程的定量化评价

Quantitative evaluation for glass fusion processes

ZLaF1玻璃熔制工艺的改进

Improvement in ZLaF_1 Glass Melting

用碎玻璃熔制的玻璃

Glass melted from cullet

横向液面温度不对称改变了横向流态并且降低了玻璃熔制质量。

Unsymmetrical transversal surface temperature distribution will change the transversal flow pattern and reduce the glass melting quality .

相对于侧墙和桥墙散热，池底散热显著影响玻璃熔制过程；

Heat loss from bottom wall has more effect on the glass melting process than those from side wall and bridge wall .

这两个指数建立了玻璃熔制质量与玻璃液速度场和温度场的定量关系。

Thus , the quantitative relations between the fusion quality and the fields of velocity and temperature for glass melt were found .

窑炉压力是玻璃熔制过程中的主要控制参数之一，压力的波动直接影响到温度和液位的稳定。

The brothel-furnace pressure is one of the main control parameters in glass melt system process , the pressure fluctuation affects the stability of temperature and liquid level directly .

全氧燃烧技术是在玻璃熔制过程中用纯氧代替空气作为助燃气体，与燃料进行燃烧的一种高效强化燃烧技术。

The oxy-fuel firing technology used in glass furnace is a very high efficency combustion technology that in the process of glass melting air is taken place by pure oxygen to improve fuel burning .

为了改善玻璃熔制质量，剖析了传统池赛结构与运行特性的缺陷，针对性地提出了一种能克服其缺陷的新型池赛结构。

In order to improve the glass fusion quality , the author anlysed the defects of the traditional tank furnace , and directing against these , proposed a new glass tank furnace structure which could overcome the shortcomings of the traditional one .

结果表明：鼓泡使窑内熔体温度升高、流速加快，玻璃熔制、均化条件改善，微细气泡澄清条件变差，玻璃单耗降低。

The results show that bubbling is contributory to the raising of glass temperature , acceleration of flow velocity , improvement of glass melting and homogenizing conditions , and decreases in specific heat consumption It increases the possibility of fine seed out furnace simultaneously .

用澄清指数考查了熔窑结构和操作参数对彩色显像管玻璃熔制质量的影响，为玻璃生产提供了理论依据，指出了改进方向。

The effects of the structure , size and operation parameters of color TV tube glass furnace on the quality of the glass melt have been determined by using the refining index in the numerical simulation . This provides theoretical basis for improving glass production .

运用XRF分析污泥灰中的化学成分，以微波为热源进行基础玻璃的熔制，确定最佳的熔制工艺条件。

The chemical composition of sewage sludge residue was analysis by XRF in this experiment , the as-quenched glass was made by the microwave melting method to determine the best conditions .

高铁铝型铁矿尾矿饰面玻璃的熔制

Melting of decoration glass using iron ore tailings of ferric alumina

富铁矿渣玻璃的熔制溢液现象及解决

A Solution of Overflow in the Melting Fe-Rich Slag Glass

选矿尾砂综合利用的探讨黑色尾砂微晶玻璃的熔制

Melting and Preparation of Glass-ceramic Use Black Tailings

玻璃的熔制温度不高于1530℃，处理时问仅为1.5小时。

The glass melting temperature was lower than 1530 ℃ and the period of ion exchange process was only 1.5 hours .

采用成型池两侧壁打孔放料的办法，排除了炉池底部脏料，显著改进了高硼硅质玻璃的熔制质量。

Melting quality of a Pyrex type glass was improved considerably by tapping the bottom dirty layer from the side wall of the working chamber of the furnace .