The key step was a substrate controlled asymmetric heteroatom conjugated addition. 关键反应为底物控制的不对称杂原子共轭加成反应。
With the results of FTIR and TG, we prove that there is an alkene addition-liked reaction happened between the free radicals from BPO and CNTs. 引发剂直接分解的自由基可以和碳纳米管发生加成反应，其引发单体聚合实现链增长后生成的链自由基也应该可以和碳纳米管发生加成反应。
