从冶金反应工程学的视角对焦炭质量问题进行了讨论。
Discussions were made from the viewpoint of metallurgical reaction engineering on the issue of coke quality.
通过热模型实验对纯氧顶底复吹转炉的冶金反应规律进行了研究。
A laboratory study was carried out in a hot model to investigate the characteristics of metallurgical reactions in oxygen top-bottom combined blowing process.
结合COMI炼钢工艺冶金反应热力学分析、物料及能量计算及热态实验研究，证实了COMI炼钢工艺的可行性。
Based on metallurgical reaction thermodynamic analysis, materials and energy calculation and thermal test of COMI steelmaking process, the feasibility of COMI steelmaking process could be confirmed.
二元合金相图给出了冶金反应的条件和范围的一般信息，而超过二元的系统的完整相图相当稀少，不过，二元相图还是能够提供一个有价值的出发点。
Binary phase diagrams provide the general information about the conditions and extent of metallurgical interactions, albeit the complete phase diagrams beyond the binary system are scarce.
结果表明：铝铜薄膜通过界面原子间的范德华力、冶金结合以及界面反应实现无胶连接。
The results show that the force among atoms, metallurgy combination and interface reaction are important to obtain the high quality joint of the aluminum and copper films.
详细推导了发生于冶金溶液的化学反应过程的吉布斯能变化的计算方法；对推导过程中所涉及的量的物理化学意义进行了确切定义。
The calculation method of Gibbs energy change of the chemical reaction in metallurgical solution has been revealed in detail, and the dimensions involved in the revealation have been strictly defined.
分析了冶金焦反应性与反应后强度的相关性。
This article analyzes the correlation of coke strength after reduction and its reactivity.
用于处理冶金组合物的改进方法，该方法包括使冶金组合物与硝酸水溶液反应。
Improved methods for treating metallurgical compositions involve reacting a metallurgical composition with an aqueous nitric acid solution.
该模型基于多流体理论、反应动力学、冶金传输原理及计算流体力学等理论，充分考虑了多相多组分之间的同时相互作用。
It was based on the multi-fluid theory, kinetics, transport phenomena theory and computational fluid dynamics, with the mutual interphase interactions fully taken into account.
加压氰化过程通过强化反应动力学，可实现难浸金属的高效浸出，在贵金属湿法提取冶金领域是一新兴技术。
The researches and newest progressing in pressure cyanidation method for treating the refractory gold ores, spent auto-catalysts and platinum-group metals ores were reviewed in present paper.
核辐射物位计在聚酯化工、冶金、制药等行业的反应釜非接触式测量中得到了广泛应用。
The nuclear radiation material level meters are widely used in contactless measurement of the reactors in polyester chemical, metallurgical, pharmaceutical, and other industries.
核辐射物位计在聚酯化工、冶金、制药等行业的反应釜非接触式测量中得到了广泛应用。
The nuclear radiation material level meters are widely used in contactless measurement of the reactors in polyester chemical, metallurgical, pharmaceutical, and other industries.
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