2007
DOI: 10.1002/ange.200604503
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Blockcopolymere mit funktionellen anorganischen Blöcken: lebende Additionspolymerisation von anorganischen Monomeren

Abstract: Auch Anorganisches will leben: Die lebende Polymerisation anorganischer Monomere bietet einen Zugang zu Blockcopolymeren, die in dünnen Filmen oder bestimmten Lösungsmitteln selbstorganisieren und Nanodomänen mit anorganischen Komponenten bilden können. Ein wichtiger Fortschritt auf diesem Gebiet ist die lebende anionische Additionspolymerisation von Phosphaalkenen, über die jüngst berichtet wurde (siehe Schema; Mes=2,4,6‐Me3C6H2).

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Cited by 10 publications
(1 citation statement)
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References 40 publications
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“…The introduction of inorganic elements into a polymer can lead to useful chemical and physical properties as well as functionality that complements the characteristics accessible with all‐organic materials 49. Polymers containing main group elements and metals have traditionally been difficult to prepare in a controlled fashion; however, recent progress in the preparation of monomers and synthetic techniques has enabled the development of well‐defined inorganic polymers and block copolymers through living polymerizations 49e. Block copolymers containing an inorganic block have been synthesized by living anionic ring‐opening,50 photocontrolled ring‐opening,22 ring‐opening metathesis,51 anionic olefinic‐like chain growth,52 controlled radical,53 and cationic54 polymerization methods.…”
Section: Synthetic Advancesmentioning
confidence: 99%
“…The introduction of inorganic elements into a polymer can lead to useful chemical and physical properties as well as functionality that complements the characteristics accessible with all‐organic materials 49. Polymers containing main group elements and metals have traditionally been difficult to prepare in a controlled fashion; however, recent progress in the preparation of monomers and synthetic techniques has enabled the development of well‐defined inorganic polymers and block copolymers through living polymerizations 49e. Block copolymers containing an inorganic block have been synthesized by living anionic ring‐opening,50 photocontrolled ring‐opening,22 ring‐opening metathesis,51 anionic olefinic‐like chain growth,52 controlled radical,53 and cationic54 polymerization methods.…”
Section: Synthetic Advancesmentioning
confidence: 99%