Platinum group metal coordination complexes of ferrocenyl N-donor ligands and their potential application in catalysis and medicinal chemistry

Includes bibliographical references. === In this project a series of multinuclear complexes were successfully prepared and characterised using an array of analytical techniques. The use of nitrogen-donor ligands, in particular pyridine and ferrocenyl derivatives thereof was examined. Two main approa...

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Main Author: Rajput, Jaisheila
Format: Doctoral Thesis
Language:English
Published: University of Cape Town 2014
Subjects:
Online Access:http://hdl.handle.net/11427/8616
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spelling ndltd-netd.ac.za-oai-union.ndltd.org-uct-oai-localhost-11427-86162020-07-22T05:08:06Z Platinum group metal coordination complexes of ferrocenyl N-donor ligands and their potential application in catalysis and medicinal chemistry Rajput, Jaisheila Chemistry Includes bibliographical references. In this project a series of multinuclear complexes were successfully prepared and characterised using an array of analytical techniques. The use of nitrogen-donor ligands, in particular pyridine and ferrocenyl derivatives thereof was examined. Two main approaches were taken in the preparation of the ferrocenylpyridines: i. The ferrocenylpyridines were systematically studied by varying the position of substituents along the pyridyl ring in the 4-,3-and 2-positions. ii. The effect of placing spacer groups between the ferrocenyl group and the pendant pyridine was examined. iii. The ligands were prepared with a system of conjugated π bonds, allowing for an electronic pathway within the ligand. 2014-10-18T06:06:02Z 2014-10-18T06:06:02Z 2003 Doctoral Thesis Doctoral PhD http://hdl.handle.net/11427/8616 eng application/pdf University of Cape Town Faculty of Science Department of Chemistry
collection NDLTD
language English
format Doctoral Thesis
sources NDLTD
topic Chemistry
spellingShingle Chemistry
Rajput, Jaisheila
Platinum group metal coordination complexes of ferrocenyl N-donor ligands and their potential application in catalysis and medicinal chemistry
description Includes bibliographical references. === In this project a series of multinuclear complexes were successfully prepared and characterised using an array of analytical techniques. The use of nitrogen-donor ligands, in particular pyridine and ferrocenyl derivatives thereof was examined. Two main approaches were taken in the preparation of the ferrocenylpyridines: i. The ferrocenylpyridines were systematically studied by varying the position of substituents along the pyridyl ring in the 4-,3-and 2-positions. ii. The effect of placing spacer groups between the ferrocenyl group and the pendant pyridine was examined. iii. The ligands were prepared with a system of conjugated π bonds, allowing for an electronic pathway within the ligand.
author Rajput, Jaisheila
author_facet Rajput, Jaisheila
author_sort Rajput, Jaisheila
title Platinum group metal coordination complexes of ferrocenyl N-donor ligands and their potential application in catalysis and medicinal chemistry
title_short Platinum group metal coordination complexes of ferrocenyl N-donor ligands and their potential application in catalysis and medicinal chemistry
title_full Platinum group metal coordination complexes of ferrocenyl N-donor ligands and their potential application in catalysis and medicinal chemistry
title_fullStr Platinum group metal coordination complexes of ferrocenyl N-donor ligands and their potential application in catalysis and medicinal chemistry
title_full_unstemmed Platinum group metal coordination complexes of ferrocenyl N-donor ligands and their potential application in catalysis and medicinal chemistry
title_sort platinum group metal coordination complexes of ferrocenyl n-donor ligands and their potential application in catalysis and medicinal chemistry
publisher University of Cape Town
publishDate 2014
url http://hdl.handle.net/11427/8616
work_keys_str_mv AT rajputjaisheila platinumgroupmetalcoordinationcomplexesofferrocenylndonorligandsandtheirpotentialapplicationincatalysisandmedicinalchemistry
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