topic

CO2-derived polymers & epoxies

CO₂ 유래 고분자 및 에폭시

CO₂를 우레탄 빌딩 블록에 고정하는 고분자 화학 분야로, 비이소시아네이트 비스하이드록시우레탄(BHU) 및 에폭시 네트워크의 우레탄-다이올 강인화제로 사용되는 BHOC 다이올 첨가제를 중심으로 하며, 루이스산(BF₃, 희생 Ti) 에스터화 촉매를 활용한다.

구성 페이지 (6)

묶인 페이지 (6)

BHOC diol additive (bis(2-hydroxyethyl)octane-1,8-diyldicarbamate)Bishydroxyurethane (BHU, non-isocyanate urethane platform)Epoxy toughness vs BHOC loading Urethane-diol epoxy network toughening BF3 active Lewis acid (in-situ esterification catalyst)Ti anode (Lewis-acid generator, sacrificial)

로컬 그래프 (6 연결)

드래그·휠로 탐색 · 노드 호버 → 관계 · 클릭 → 페이지

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없음

역링크 (6)

← part_of

BHOC diol additive (bis(2-hydroxyethyl)octane-1,8-diyldicarbamate)

member of umbrella co2-derived-polymer-materials

← part_of

Bishydroxyurethane (BHU, non-isocyanate urethane platform)

member of umbrella co2-derived-polymer-materials

← part_of

Epoxy toughness vs BHOC loading

member of umbrella co2-derived-polymer-materials

← part_of

Urethane-diol epoxy network toughening

member of umbrella co2-derived-polymer-materials

← part_of

BF3 active Lewis acid (in-situ esterification catalyst)

member of umbrella co2-derived-polymer-materials

← part_of

Ti anode (Lewis-acid generator, sacrificial)

member of umbrella co2-derived-polymer-materials