So, the co-carbonization mechanism mainly involves the short alkyl side chain and hydrogen trans-fer reaction between LDOHF and MCTP during pyrolysis and condensation of LDOHF.
共炭化作用的机理主要为共炭化剂的短烷基侧链转移和在热解及聚合时生成氢自由基的氢转移作用。
Effects of reaction temperature, CO pressure and alkali reagent on reaction were discussed. Relative reaction kinetics and possible mechanism were also indicated.
讨论了反应温度、CO压力及碱性试剂对反应的影响，探讨了反应动力学及反应机理。
In this paper, monomer melt-grafting reaction, co-monomer melt-grafting reaction and the mechanism are introduced.
本文介绍了聚烯烃单组分和多组分熔融接枝反应及相关机理。
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