화학공학소재연구정보센터
학회 한국화학공학회
학술대회 1999년 가을 (10/22 ~ 10/23, 경남대학교)
권호 5권 2호, p.4001
발표분야 이동현상
제목 반응상용화제의 미시적 구조가 비상용성 고분자 계면에 미치는 효과에 관한 몬테카를로 기법을 이용한 연구
초록 Melt blending of different polymer species normally produces weak interfaces due to their entropic penalty of mixing.Block copolymers containing dissimilar types of monomers can be used to tail the properties of immiscible polymer interfaces.One of the most important methods for introducing copolymers to the interface is reactive blending, i.e. the in-situ formation of block copolymers at the interface.Compared to simple admixing of copolymers, chemical reactions generate stronger interfaces and more effectively enhance mechanical blending of thermodynamically incompatible polymer species.A large body of literature has so far been focused on the effect of reactive polymers on morphology and adhesion.Although the structure of the reactive polymer and its reaction kinetics are crucial to understand the interfacial properties, surprisingly little has been investigated about them.
저자 양유성, 차국헌
소속 서울대
키워드 mono-endfunctional polymer; di-endfunctional polymer; reaction kinetics; Monte Carlo Simulation
E-Mail ,
원문파일 초록 보기