随着结焦时间的延长，焦炭的热态性能，即焦炭反应性(CRI)和反应后强度(CSR)，均得到提高。
The high temperature properties, coke reactivity index (CRI) and coke strength after reaction (CSR) are improved with longer carbonization time.
焦炭热反应性能主要指焦炭反应性和反应后的强度。
The thermal reactive capability of coke mainly include the reactive capability of coke and the intensity after reaction.
继而提出采用负催化剂和化学沉积气相技术抑制溶损反应，降低焦炭反应性，提高反应后强度的有效新途径。
The further study is finding new approaches aimed to improve coke thermal properties of existing metallurgical cokes and upgrade low-grade by enhancing its resistance to oxidation with CC>2.
作者通过焦炭的浸碱试验，阐述了碱金属对焦炭反应性和反应后强度的影响，认为碱金属加速了焦炭的气化反应。
This paper explains the ways alkalis affects both reactivity and strength after reaction coke through the experiment of coke dip alkalis.
作者通过焦炭的浸碱试验，阐述了碱金属对焦炭反应性和反应后强度的影响，认为碱金属加速了焦炭的气化反应。
This paper explains the ways alkalis affects both reactivity and strength after reaction coke through the experiment of coke dip alkalis.
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