2018•Polymer ChemistryRequires access

Open-cage silsesquioxane necklace polymers having closed-cage silsesquioxane pendants

Hiroaki Imoto, Ryoichi Katoh, Kensuke Naka

Open publisher page 31 citations

Abstract

A novel POSS monomer design has been proposed; a closed-cage POSS was tethered to an open-cage POSS, and the remaining two functional groups were employed for polymerization. The thermal and optical properties of the obtained main-chain type POSS polymers can be widely tuned by the substituents at the corners of the POSSs.

About this research paper

What this paper is about

A novel POSS monomer design has been proposed; a closed-cage POSS was tethered to an open-cage POSS, and the remaining two functional groups were employed for polymerization. The thermal and optical properties of the obtained main-chain type POSS polymers can be widely tuned by the substituents at the corners of the POSSs.

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OpenAlex reports 31 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

A novel POSS monomer design has been proposed; a closed-cage POSS was tethered to an open-cage POSS, and the remaining two functional groups were employed for polymerization. The thermal and optical properties of the obtained main-chain type POSS polymers can be widely tuned by the substituents at the corners of the POSSs.

Key concepts: Silsesquioxane, Cage, Monomer, Polymer, Polymer chemistry, Necklace, Polymerization, Chemistry

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Open-cage silsesquioxane necklace polymers having closed-cage silsesquioxane pendants — Research Paper | ScholarLens