COURSE GUIDE
수강 정보
강좌 구분
KOCW
제공처
서울대학교
교수·강사
고란 웅가
비용·방식
원문 확인
학습 기간
상시
— 종료일 미정
강좌 소개
The course gives an overview of structure and physical properties of polymers in the condensed state i e semicrystalline amorphous (glassy rubbery) and liquid crystalline The aim is to demonstrate the relationship between chemical structure molecular organization microstructure and physical properties of polymers in these states to draw parallels between synthetic polymers and biopolymers and to indicate the different methods of microstructural investigation The course will follow the three hierarchical levels of organization of semicrystalline polymers (molecular conformation and packing in crystals lamellar and fibrillar polymer crystals spherulites cylindrites fibres) and deal with the processes of structure formation polymorphism and solid solid phase transitions melting and annealing as well as thermodynamics and mechanical properties Routes to high modulus high strength polymeric materials and fibres are explored from ultradrawing solid state extrusion and gel spinning to p
핵심 정보
강좌 요약
2009년 1학기
교육 대분류
공학계열
교육 중분류
화공
상세 데이터
상세 데이터
강좌 소개
The course gives an overview of structure and physical properties of polymers in the condensed state i e semicrystalline amorphous (glassy rubbery) and liquid crystalline The aim is to demonstrate the relationship between chemical structure molecular organization microstructure and physical properties of polymers in these states to draw parallels between synthetic polymers and biopolymers and to indicate the different methods of microstructural investigation The course will follow the three hierarchical levels of organization of semicrystalline polymers (molecular conformation and packing in crystals lamellar and fibrillar polymer crystals spherulites cylindrites fibres) and deal with the processes of structure formation polymorphism and solid solid phase transitions melting and annealing as well as thermodynamics and mechanical properties Routes to high modulus high strength polymeric materials and fibres are explored from ultradrawing solid state extrusion and gel spinning to p
교수·강사
고란 웅가
등록일
2009-10-20
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