Vinylic Redox Systems / Quinonoidal Redox Systems / Quinonoidal Based Redox Systems / / /
Facility
Durham University / University of Durham February / Chemistry University of Durham A Thesis / University of Durliam / University of Durham / /
IndustryTerm
aromatic systems / e-theses / chlorine gas / non-aromatic systems / chemical / metal atoms / crown systems / chemical and electrochemical oxidation / metal cations / thiaarene systems / /
Organization
Experimental Procedures For Chapter / Contents Chapter / University of Durliam / Chemistry University / Durham University / University of Durham / Department of Chemistry / /
Person
Terry How / Marta Kamenjicki / Christian / Igor Lednev / Thomas Hansen / Terry Finn / Ritu Kataky / Table / Adrian Moore / Sanford Asher / Martin Bryce / Andrei Batsanov / Judith Howard / / /
Position
author / supervisor / Professor / die author / General / /
Technology
electrochemistry system / X-ray / electrochemistry / /
Durham E-Theses New derivatives of strained, redox-active 9,10-bis(l,3-dithiol-2-yiidene)- 9,10-dihydroanthraeene systems Finn, Terry