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JOHN
MOSS
JOHN R
MOSS,
Emeritus
Jamison Professor of Inorganic Chemistry, BSc Honours (1965), PhD
(1968), Leeds; NRC Postdoctoral Fellow, University of Alberta,
Edmonton (1968-70); SRC Fellow, Bristol University (1971-72);
Lecturer, then Senior Lecturer, Rhodes University (1973-79); Senior
Lecturer to Professor, UCT (1979 - present); Visiting Research
Fellow, California Institute of Technology (1986): University of
Cambridge (1992): Colorado State University (1996),
California Institute of Technology (2004, 2007); FRSC, FRSSAf
Email:
John.Moss@uct.ac.za
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RESEARCH INTERESTS
The
research interests of myself and my group centre around the design
and synthesis of new inorganic and organometallic compounds. We
are particularly focussing on applications of these compounds as
catalysts, advanced materials and medicines. The types of
compounds we are investigating include alkyls, hydrides,
carbonyls, carbenes as well as clusters and metallocene compounds
of a wide range of transition metals, including the Platinum Group
Metals.
Projects explore the synthesis, structure and reactivity of novel
organometallic compounds. Our studies have particular relevance
to industrially important catalytic reactions including CO
hydrogenation as well as carbonylation and polymerisation
reactions. By improving our understanding of the mechanism of
catalytic reactions, we can design more selective and efficient
catalysts in the future that are not only environmentally
friendly, but also give purer product at a lower cost. We are
also interested in the preparation of new materials including
liquid crystals and organometallic polymers that may have novel
properties and useful applications.
A
valuable aspect of the research training that a postgraduate
student receives in our group stems from the diversity of the
projects and the wide range of techniques used. Students are
trained in modern techniques of organometallic synthesis which
includes working in an inert atmosphere as well as carrying out
reactions at high pressure or low temperature. These methods are
used to prepare exciting new compounds. The student gains
expertise in modern characterisation methods such as IR, NMR, mass
spectrometry, X-ray diffraction and cyclic voltammetry. These
physical methods are also used to investigate reactivity patterns
of new compounds and to measure the rates of important reactions.
We can thus find out new information about transformations that
are fundamental to our understanding of chemistry and catalysis.
We also have collaborative projects with the Department of
Chemical Engineering, Medical Bio-Chemistry and Pharmacology at
UCT.

REPRESENTATIVE
PUBLICATIONS
New
iron bis(imino)pyridyl complexes containing dendritic wedges for
alkene oligomerisation, M. J. Overett, R. Meijboom and J. R. Moss.
Dalton
Trans., 2005, 551-555.
A
new route to metallacycloalkanes, K. Dralle, N. L. Jaffa, T. le
Roex, J. R. Moss, S. Travis, N. D. Watermeyer, A. Sivaramakrishna,
Chem. Commun. 2005, 3865-3866.
Synthesis, Structure and Biological Activity of Ferrocenyl-carbohydrate
Conjugates, C. L. Ferreira, C. B. Eward, C. A. Barta, S. Little,
V. Yardley, C. Martins,
E. Polishchuk , P. J. Smith, J.
R. Moss, M. Merkel, M. J. Adam and C. Orvig, Inorg Chem,
2006 45(20), 8414-8422.
Metallacycloalkanes – Synthesis, Structure and Reactivity of
Medium to Large Ring Compounds, B. Blom, H. Clayton, M. Kilkenny
and J. R. Moss, Adv. Organomet Chem., 2006, 54,
155
High-Yield synthesis of medium and large platinacycloalkanes from
bis(alkenyl) precursors, A. Sivaramakrishna, H. Su and J. R. Moss,
Angew. Chem. Int. Ed. 2007, 46, 3451
UCT
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