The calculation method of oxygen consumption rate and heatliberation intensity is put forward on actual condition, and influence function of particle size is gained by experiment.
提出了实际条件下煤体放热强度和耗氧速度的计算方法，并通过实验得出了煤体粒度影响函数。
2
Through these heatliberation and resistance tests obtained are the relationship of heatliberation performance under various frontal air speeds and the air side resistance performance.
通过对小样放热及阻力的试验，得出不同迎面风速下的放热性能及空气侧阻力性能的关系。
3
It is found that T-M is storable and thermostable, and has slow and low liberation of heat in the curing process.