CAJ | 학술논문

提出了一种采用低温等离子体快速引发PVC氯化的气固相氯化聚氯乙烯（CPVC）合成方法。通过等离子体振动床在线氯化分析方法，探究了等离子体的高效引发氯化效率。通过拉曼光谱、固相NMR、GPC等典型表征手段，证明产品CPVC具有较为理想的微观结构。
제출료일충채용저온등리자체쾌속인발PVC록화적기고상록화취록을희（CPVC）합성방법。통과등리자체진동상재선록화분석방법，탐구료등리자체적고효인발록화효솔。통과랍만광보、고상NMR、GPC등전형표정수단，증명산품CPVC구유교위이상적미관결구。
This work proposes a novel gas-solid PVC chlorination method using cold plasma as the initiator. At the same time, the efficiency of plasma initiation is explored by online analysis of chlorination process in plasma vibrated bed and the feasibility of process decoupling method is validated. Subsequently, we use typical analysis method such as Raman spectral analysis, Solid NMR and GPC to prove that CPVC products have regular microstructure.