Publikation: Reactive Intermediates Formed During Olefin Polymerization by Methylalumoxane-Activated ansa-Zirconocene Catalysts : Identification of a Chain-Carrying Intermediate by NMR Methods
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2010
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Babushkin, Dmitrii E.
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Journal of the American Chemical Society : JACS. 2010, 132(2), pp. 452-453. ISSN 0002-7863. eISSN 1520-5126. Available under: doi: 10.1021/ja909157r
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Addition of 1-hexene to methylalumoxane-activated catalyst systems based on rac-Me(2)Si(ind)(2)ZrMe(2) causes, concurrent with polyhexene formation and diminution of the otherwise prevalent cation rac-Me(2)Si(ind)(2)Zr(mu-Me)(2)AlMe(2), formation of a hitherto unobserved species rac-Me(2)Si(ind)(2)Zr(mu-R)(mu-Me)AlMe(2), where R is a Zr-bound polyhexyl chain. As hexene is increasingly consumed, this cation decays, mainly back to rac-Me(2)Si(ind)(2)Zr(mu-Me)(2)AlMe(2) and, in part, to some species containing a Zr-bound allylic chain end.
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BABUSHKIN, Dmitrii E., Hans-Herbert BRINTZINGER, 2010. Reactive Intermediates Formed During Olefin Polymerization by Methylalumoxane-Activated ansa-Zirconocene Catalysts : Identification of a Chain-Carrying Intermediate by NMR Methods. In: Journal of the American Chemical Society : JACS. 2010, 132(2), pp. 452-453. ISSN 0002-7863. eISSN 1520-5126. Available under: doi: 10.1021/ja909157rBibTex
@article{Babushkin2010React-9556,
year={2010},
doi={10.1021/ja909157r},
title={Reactive Intermediates Formed During Olefin Polymerization by Methylalumoxane-Activated ansa-Zirconocene Catalysts : Identification of a Chain-Carrying Intermediate by NMR Methods},
number={2},
volume={132},
issn={0002-7863},
journal={Journal of the American Chemical Society : JACS},
pages={452--453},
author={Babushkin, Dmitrii E. and Brintzinger, Hans-Herbert}
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<dcterms:abstract>Addition of 1-hexene to methylalumoxane-activated catalyst systems based on rac-Me(2)Si(ind)(2)ZrMe(2) causes, concurrent with polyhexene formation and diminution of the otherwise prevalent cation [rac-Me(2)Si(ind)(2)Zr(mu-Me)(2)AlMe(2)](+), formation of a hitherto unobserved species [rac-Me(2)Si(ind)(2)Zr(mu-R)(mu-Me)AlMe(2)](+), where R is a Zr-bound polyhexyl chain. As hexene is increasingly consumed, this cation decays, mainly back to [rac-Me(2)Si(ind)(2)Zr(mu-Me)(2)AlMe(2)](+) and, in part, to some species containing a Zr-bound allylic chain end.</dcterms:abstract>
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