通过改变热解终温、升温速率和热解压力，多角度地研究了热解条件对热解再生炭黑收率和质量的影响。
By changing the pyrolysis temperature, speed of temperature increasing and pyrolysis pressure, studied the influence of pyrolysis condition on the yield and quality of pyrolytic carbon black.
对热裂解炭黑N990在轮胎中的应用前景进行了探讨。
The prospect of application of thermal black N990 to tire was investigated.
结果表明，热解炭黑的粒径分布是添加在轮胎中各种型号工业炭黑粒径分布的叠加。
The result showed that the distribution of CBp aggregates was the mixed particle distribution of commercial carbon blacks added to tyres in fabrication.
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