窑顶

用计算机通过实例计算，定量表明了蜂窝状窑顶的节能效果。

The calculating results of actual example illustrated quantitatively the effect of this crown .

玻璃熔窑蜂巢形窑顶的节能机理及应用研究

Energy-Saving Mechanism of Beehive Type Crown of Glass Furnace and Its Application

这种风扇装于窑顶，提供了垂直的气流并能使整个炉腔温度保持均匀。

The fan assembly is roof mounted , providing a vertical airflow pattern and uniform temperature throughout the chamber .

从窑顶、炉墙、散热器、换热器、燃炉等，对国内钢结构在工业、交通及城建领域的应用发明专利进展进行了综述，以加快钢结构在各领域的开发力度。

From kiln roof , radiator , heat exchanger and other aspects the progress made in the patent for the application of steel structure in industry , traffic and urban construction are summarized in order to promote the development of steel structure in every field .

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

玻璃熔窑碹顶穿孔热修

Hot repair of Arch-Apex for Glass Tank

玻璃熔窑蜂窝状窑顶的节能机理及效果

Mechanism and Effect of Energy Saving for the Beehive Type Crown of Glass Melting Furnace

介绍并分析了火焰长度对窑内温度（火焰空间温度、液面温度和窑顶内表面温度）及对窑池内液流影响的数值模拟的结果。

Introduce and analyze the results of mathematical simulate , which includes the influence of flame plume length on the temperature in furnace ( flame space temperature , metal level temperature , inside surface temperature of crown ) and on the current in tank .

生产过程中的侵蚀损毁和烤窑维修过程中的人为损害是影响玻璃池窑碹顶安全的主要因素。

Corrosion during the furnace running and manmade damage during the furnace heating up and maintenances are the main dangerous factors for the glass furnace crown .