1.
Coke for metallurgy
GB/T1996-1994冶金焦炭
2.
Coke for metallurgy--Determination of mechanical strength
GB/T2006-1994冶金焦炭机械强度的测定方法
3.
Execution and Discussion on the Standard of the Mechanical Strength Measurement of Coke
冶金焦炭强度测定标准的实施与探讨
4.
Coke for metallurgy--Determination of coke breeze content and size consist
GB/T2005-1994冶金焦炭的焦末含量及筛分组成的测定方法
5.
The quality of metallurgical coke is improved by means of controlling caking index in the coking plant of Taiyuan Iron＆ Steel Complex.
太钢焦化厂通过控制粘结指数指标提高了冶金焦炭的质量。
6.
METALLURGY WITHOUT COKE-DEVELOPMENT OF SMELTING REDUCTION TECHNOLOGY
无焦炭冶金——熔融还原技术的发展
7.
Coke is a major material for the production of iron. Metallurgical coke supplies most of the reducing gas and heat for ore reduction and smelting.
焦炭是炼铁的重要原料。冶金焦为矿石的还原和熔炼提供大部分还原煤气和热。
8.
Production and Practice of Use Metallurgy Third Class Coke at No.5 BF.Smelting Process in Bayi Steel
八钢5号高炉使用冶金三级焦冶炼生产实践
9.
Study of The Alkali Metal influence on Coke Quality and Alkali Resistance of Coke
碱金属对焦炭质量的影响及焦炭抗碱性的研究
10.
ON THE DEVELOPMENT OF CONTINUOUS COKING TECHNOLOGY FOR METALLURGICAL COKE PART ( Ⅰ ) CURRENT STATUS AND STRUCTURE
连续冶炼冶金焦工艺初探──（Ⅰ）现状分析和连续混热式焦炉的结构
11.
ANALYSIS TO PRESENT QUALITY STANDARD FOR METALLURGICAL COKE AND SUGGESTION
对现行冶金焦质量标准的分析及建议
12.
REPLACING COKE WITH GAS-A WAY BENEFICIAL TO BOTH NATURAL GAS MARKET AND METALLURGIC ONE;
以气代焦 天然气与冶金市场双赢
13.
INFLUENCE OF FOUNDRY COKE AND METALLURGICAL COKE ON HOT METAL CARBURIZATION
铸造焦与冶金焦对铁水渗碳过程的影响
14.
I have the impression that blast furnace smelting uses coke. It must be used as fuel.
我有一个印象．高炉冶炼要用焦炭。这一定是用作燃料的吧?
15.
Influences of Basic Metal on the Thermal Properties of Quenched Coke
碱金属对干湿法熄焦焦炭热性能的影响
16.
Study on Change of Alkali Metal of Coke at BF Hearth Radial Direction and the Affection of Coke Performance
高炉炉缸径向焦炭碱金属变化及其对焦炭性能影响的研究
17.
Development of a new refining process of oil shale using metallurgical coking production technology
运用冶金焦化生产技术开发油页岩炼制新工艺
18.
Study on Relationship of Porosity & Pore Structure of Metallurgical Coke with Thermal Performance
冶金焦气孔率和气孔结构与热性能关系的研究