In this study, the effects of hot briquetting process parameters on cold strength of the CCB, and the mechanism of the CCB high strength are investigated and discussed.
本研究重点考察了煤种及热压工艺参数对热压含碳球团冷态强度的影响，并探讨了热压含碳球团获得高强度的机理。
The effects of coal from different mines and hot briquetting process parameters on the cold strength of CCB were investigated, as well as the mechanism of acquiring high strength of CCB.
本研究重点考察了煤种及热压工艺参数对热压含碳球团冷态强度的影响，并探讨了热压含碳球团获得高强度的机理。
In this study, the effects of hot briquetting process parameters on cold strength of the CCB, and the mechanism of the CCB high strength are investigated and discussed.
重点考察了煤种及热压工艺参数对热压含碳球团冷态强度的影响，并探讨了热压含碳球团获得高强度的机理。
In this study, the effects of hot briquetting process parameters on cold strength of the CCB, and the mechanism of the CCB high strength are investigated and discussed.
重点考察了煤种及热压工艺参数对热压含碳球团冷态强度的影响，并探讨了热压含碳球团获得高强度的机理。
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