1.
The Research of Chromium Boride Cladding on Steel Surface Formed in Melton Slag;
熔渣法钢铁材料表面硼化铬覆层的研究
2.
A PRACTICAL METHOD TO MEASURE THE REMELT BATH DEPTH IN ESR
电渣重熔金属熔池深度的实用测定方法
3.
Test methods for electro-slag remelting furnaces
GB/T1020-1989电渣重熔炉的试验方法
4.
clinker/5klINkE(r);`klINkL/n rough stony material left in a furnace,etc after coal has burnt
（熔炉等内的）熔渣,渣块,煤渣.
5.
The Examine Method of Foamed Slag Height Based on Computer Vision;
基于计算机视觉的熔渣泡沫高度检测方法
6.
To develop large-scale electro-slag remelting furnace process by mathematical statistics
用数理统计方法制定大型电渣炉重熔工艺
7.
Application of fluorescent X ray fusion method in multi-element analysis on furnace slag
X射线荧光熔融法在炉渣多元素分析中的应用
8.
Thermodynamic and kinetic in recovery of iron from nickel residue
熔融还原法镍渣炼铁的热力学与动力学
9.
MATHEMATICAL MODELLING OF SLAG FLOW FIELD IN ESR SYSTEM
电渣重熔体系内熔渣流场的数学模拟
10.
The method of manufacturing glass-ceramics with steel slag, fly-ash, copper mine tailings& sandstones as a major material was described.
介绍以宝钢钢渣、煤灰、尾矿等工业固体废渣为主要原料采用熔融法制备微晶玻璃的方法。
11.
molecular hypothesis of molten slags
熔融炉渣的分子假说
12.
Research on Properties of Al_2O_3-CaO Slag
Al_2O_3-CaO熔渣性能的研究
13.
Adopting High Resistance Slag for Remelting W6Mo5Cr4V2 Steel
采用高电阻渣重熔W6Mo5Cr4V2钢
14.
Keywords: ash, heavy metal, dioxin, melting technology, slag.
关键词：灰渣、重金属、戴奥辛、熔融技术、熔渣。
15.
Application of Non-slag/Slag Classification Gasification Technology in Coal Gasification Plant
非熔渣-熔渣分级气化技术在煤气化装置的应用
16.
The slag resistance of fused magnesia-zirconia materials with different composition has been investigated by crucible test method.
采用坩埚法研究了不同组成的电熔镁锆合成料的抗渣性。
17.
Feasible Leaching Procedure of Toxicity Characteristic of MSWI Fly Ash and Its Melting Residures;
垃圾焚烧飞灰及其熔渣浸出毒性鉴别适宜方法的研究
18.
Applying neural network to optimize the melting point prediction of simulant solid waste ash
应用神经网络方法优化垃圾焚烧模拟灰渣熔点的预测