1) all electric glass melting furnace
玻璃全电熔窑
1.
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.
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。
3) glass furnace
玻璃熔窑
1.
Some critical questions of oxygen-firing in glass furnace;
玻璃熔窑富氧燃烧的几个关键问题
2.
Methods of improving thermal efficiency of the glass furnace regenerator;
提高玻璃熔窑蓄热室热效率的几项措施
3.
Application of PLC in glass furnace flame direction-changing operation;
PLC在玻璃熔窑火焰换向中的应用
4) glass tank
玻璃熔窑
1.
Current three-dimensional mathematical models for simulating flow and heat transfer processes in glass-melting furnaces are summarized,including combustion model, glass tank melt model, coupled model and various sub-models, and val.
数值模拟越来越广泛地应用到了玻璃熔窑的设计与优化中。
2.
This paper mainly focus on the heat transfer and flow in float glass tanks,and the effect of doghouse width on the velocity,temperature field and refining quality.
研究了浮法玻璃熔窑内传热与流动以及投料池宽度变化对熔窑内流场、温度场和玻璃熔制质量的影响 ,采用了 SIMPL EC算法计算了温度和速度场 ,计算了不同投料池宽度下的熔制因子分布和滞留时间微分分布。
3.
The change in structure of glass tank can lead to change in glass flow pattern.
通过与传统池深玻璃熔窑液流结构的比较，发现浅池结构玻璃熔窑的液流形态有所变化。
5) glass melting furnace
玻璃熔窑
1.
It analyzes the application and research of desulfation technology for glass melting furnace flue gas at home on the base of explaining the current desulfation technology, puts forward application foreground of CFBFGD and desulfation, denitrogenation technology.
通过对玻璃熔窑烟气污染物排放情况的分析,结合国务院颁布的《排污费征收管理条例》的实施,提出脱硫治理的必要性,在阐述目前烟气脱硫技术的基础上,对脱硫技术在国内玻璃熔窑烟气治理中的应用及研究现状进行分析,提出烟气循环流化床(CFB FGD)同时脱硫脱氮技术的应用前景。
2.
The mechanism and advantages of oxy-fuel combustion and the changes of working condition in glass melting furnace are introduced.
阐述了玻璃熔窑全氧燃烧技术的机理、优点以及窑内工作条件的变化,分析了全氧窑内大量碱蒸气和水蒸气的增加对胸墙、池壁、大碹等关键部位耐火材料的侵蚀及全氧熔窑耐火材料的选择,展望了国内外全氧玻璃熔窑耐火材料的发展方向。
3.
The glass melting furnace taking the heavy oil as the fuel pollutes the atmospheric environment seriously,from which the concentration of SO2 reaches generally about 1 500～3 600 mg/Nm3 and dust reaches 300～500 mg/Nm3.
以重油为燃料的玻璃熔窑所排放出二氧化硫浓度(SO2)浓度一般在1 500~3 600 mg/Nm3,烟尘浓度300~500 mg/Nm3,大气环境污染比较严重。
6) calcar
[英]['kæl,kɑ:] [美]['kæl,kɑr]
熔玻璃窑
补充资料：熔窑
分子式：
CAS号：
性质：玻璃生产的主要热工设备，电耐火材料构成。分为坩埚窑和池窑两类。多采用硅砖、刚玉砖等制造。
CAS号：
性质：玻璃生产的主要热工设备，电耐火材料构成。分为坩埚窑和池窑两类。多采用硅砖、刚玉砖等制造。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条