1.
A 30T/D ELECTRIC MELTING CERAMIC-TYPE OPAL GLASS FURNACE
日产30吨仿瓷乳白玻璃的全电熔窑
2.
The Future Developing Trend of Electric Melting Technology:Large-scale Furnace
玻璃电熔窑大型化是今后的发展方向
3.
Study on Resistivity of the Throat in the Optical Glass Electric Melting Furnace;
光学玻璃电熔窑炉流液洞耐蚀损性的研究
4.
Application and Innovation on Large Electric Melting Furnace for Opal Glass
大型乳白玻璃全电熔窑技术应用与改造
5.
Study on the Relation of the Electric Field Distribution and Temperature and Liquid Field in the Glass Electric Melting Furnace;
玻璃电熔窑内电场分布对温度场与流体场的关系的研究
6.
A Discussion on Reheating up of Electric Boosting Glass Furnace
电助熔玻璃熔窑二次启动烤窑技术探讨
7.
Effect of Electric Boosting on Heat Exchange in Flame Space of End Port Furnace
电助熔在马蹄焰窑火焰空间热交换中的作用
8.
Mechanism and Effect of Energy Saving for the Beehive Type Crown of Glass Melting Furnace
玻璃熔窑蜂窝状窑顶的节能机理及效果
9.
Energy-Saving Mechanism of Beehive Type Crown of Glass Furnace and Its Application
玻璃熔窑蜂巢形窑顶的节能机理及应用研究
10.
Content of the project: set up a new plant which occupies2,500 m2; add a electric energy-saving melting furnace; add2 production lines of porcelain-like heat-resistant glass dishware.
项目内容：新建厂房2500平方米，新增全电熔节能窑炉1座、白瓷耐热玻璃餐具生产线2条。
11.
The Research on Modeling and Intelligent Control Arithmetic for Glass Furnace;
玻璃熔窑建模及智能控制算法的研究
12.
Intelligent Control Algorithm and Realization for Temperature of Glass Furnace;
玻璃熔窑温度的智能控制算法与实现
13.
Numerical simulation of temperature field of melting pools with different horizontal width in the bottom of float glass furnace
浮法玻璃熔窑熔化池底部横向宽度对熔化池温度场影响的研究
14.
Effect of Structure of Float Glass Furnace on Glass Quality and Energy Consumption
浮法玻璃熔窑窑池结构对玻璃质量和能耗的影响
15.
Study on Corrosion Mechanism of Fusion Al_2O_3-ZrO_2-SiO_2 Check Brick Used in Kinescope Glass;
显像管玻璃熔窑蓄热室用熔铸AZS格子体损毁机理的研究
16.
Research on the Key Technologies of Float Glass Tank Flue Gas Desulfrization System;
浮法玻璃熔窑烟气脱硫系统关键技术研究
17.
The Numerical Simulation on the Structure of the Float-glass Tank and the Related Questions Research;
浮法玻璃熔窑结构的数值模拟和相关问题研究
18.
The Research of FGD by Spray Drying and Performance of System;
玻璃熔窑烟气脱硫技术及其系统性能研究