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float glass melting
相关语句
  浮法玻璃熔制
     This paper has done research on the doghouse width changes to glass melting quality by utilizing the established mathematical modeling system of float glass melting process.
     利用建立的浮法玻璃熔制过程的数学模拟系统,研究了投料池宽度变化对玻璃液熔化质量的影响,通过改变投料池宽度得到不同的数据,分析发现了投料池内玻璃液对流情况、流场和温度场;
短句来源
  浮法玻璃熔
     Study of Three-Dimensional Mathematical Simulation in a Float Glass Melting Tank
     浮法玻璃熔窑三维数学模拟研究
短句来源
     Some Actions Taken for Improvement of Float Glass Melting Furnace
     关于浮法玻璃熔窑改进的几项措施
短句来源
     Stair-like Generalized Predictive Control Using on Float Glass Melting Furnace
     阶梯式广义预测控制在浮法玻璃熔窑中的应用
短句来源
     This article created three-dimensional mathematical model of glass melting furnace flame space temperature field. It took an output 400t/h fuel oil float glass melting furnace flame space in three oxygen-enriched condition (24%,27%,30%) as example,enunciated the computational solution by applying numerical simulation.
     建立了玻璃熔窑火焰空间温度场的三维数学模型,通过对某日产400t燃油浮法玻璃熔窑火焰空间在三种富氧情况(氧含量分别是24%,27%,30%)下用图像模拟直观的表述出计算结果。
短句来源
  相似匹配句对
     ANALYSIS OF BLISTER IN FLOAT GLASS
     关于浮法玻璃中气泡的分析
短句来源
     Analyses of Bubbles in Float Glass
     浮法玻璃中气泡的分析
短句来源
     Energy Saving Methods of Melting Furnace for Float Glass
     浮法玻璃熔窑节能途径
短句来源
     ART Glass
     艺术玻璃 艺术人生
短句来源
     The Glass House
     玻璃屋
短句来源
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This paper has done research on the doghouse width changes to glass melting quality by utilizing the established mathematical modeling system of float glass melting process. By changing the width of doghouse,we have made analyses and found molten glass convection,flow field and temperature field in the doghouse land the change of width influences the batch melting and energy consumption. After careful research on the constant breadth doghouse,we found that the optimum construction is the width...

This paper has done research on the doghouse width changes to glass melting quality by utilizing the established mathematical modeling system of float glass melting process. By changing the width of doghouse,we have made analyses and found molten glass convection,flow field and temperature field in the doghouse land the change of width influences the batch melting and energy consumption. After careful research on the constant breadth doghouse,we found that the optimum construction is the width should be a little bit narrower than the melting tank.

利用建立的浮法玻璃熔制过程的数学模拟系统,研究了投料池宽度变化对玻璃液熔化质量的影响,通过改变投料池宽度得到不同的数据,分析发现了投料池内玻璃液对流情况、流场和温度场;宽度变化影响配合料的熔化,影响能耗。对等宽投料池作了仔细研究,发现等宽投料池并不是理想结构,比熔化池稍窄一点才是最理想的。

This article makes an appropriate analysis and study on fluidizing form,based on the causes and state of fluid movement with regards to hydromechanics, thermodynamics,kinematics,etc and as well as specific conditions of float glass melting process.It also gives a preliminary model for the fundamental forms,and presents different views on the uncertain points of achievements in scientific research in the past.

本文从流体力学和热力学及运动学等液流运动产生的原因和形成的条件出发 ,结合浮法玻璃熔窑生产的实际状况 ,对窑内液流形态进行了一定的分析和探讨 ,初步给出了其基本形态的模型 ,对以往研究成果中存疑之处也提出了自己不同的看法。

This article created three-dimensional mathematical model of glass melting furnace flame space temperature field.It took an output 400t/h fuel oil float glass melting furnace flame space in three oxygen-enriched condition (24%,27%,30%) as example,enunciated the computational solution by applying numerical simulation. The model included glass phase flow,heat transfer model,orbit model of pulverized oil-spot combustion and radiation heat-transfer model.The program adopted MS-FORTRAN language and Stanfordgraphic...

This article created three-dimensional mathematical model of glass melting furnace flame space temperature field.It took an output 400t/h fuel oil float glass melting furnace flame space in three oxygen-enriched condition (24%,27%,30%) as example,enunciated the computational solution by applying numerical simulation. The model included glass phase flow,heat transfer model,orbit model of pulverized oil-spot combustion and radiation heat-transfer model.The program adopted MS-FORTRAN language and Stanfordgraphic drawing practice.The result showed that as the oxygen-enriched content increasing,the lengths of flame obviously shorten and the temperature rise. The analog result has the value for reference in designing furnace and oxygen-enriched combustion.

建立了玻璃熔窑火焰空间温度场的三维数学模型,通过对某日产400t燃油浮法玻璃熔窑火焰空间在三种富氧情况(氧含量分别是24%,27%,30%)下用图像模拟直观的表述出计算结果。模型包括气相流动与传热模型,雾化油滴燃烧的轨道模型,和辐射传热模型。程序采用MS FORTRAN语言,绘图采用Stanfordgraphic软件。对比结果表明,随着富氧含量的增加,各小炉火焰长度明显缩短,温度显著提升,模拟结果对窑炉设计与富氧燃烧组织有一定的参考价值。

 
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