The effect of pressure on clusters, chains and single-molecule magnets.
PhD thesis, University of Glasgow.
Full text available as:
This research deals with the investigation of the correlation between the structures of molecules and their magnetic properties as a function of pressure. To do so, different kinds of molecules have been chosen from single-molecules magnets, chains to small molecules. The variety of molecules is necessary to find the best candidates for high pressure X-ray crystallography and high pressure magnetic measurements.
Bonds lengths and angles have been successfully altered by using high pressure without the complicating issues of chemical modifications. These structural changes produced a
significant effect on the magnetic properties. A tilting of the Jahn-Teller axis in [Mn12O12(O2CCH2tBu)16(H2O)4].MeNO2.CH2Cl2 has been observed both structurally and magnetically. Modification of π–π interactions from edge to edge interaction to offset π–π
stacking in [Gd(PhCOO)3(DMF)]n or a conversion from a CH–π interaction to a π–π interaction in [N(PhCH2)(CH2CH3)3]2[Fe2OCl6] are also reported.
||X-ray crystallography, magnetism, single-molecules magnets, high pressure cell, high pressure magnetism, high pressure crystallography
||Q Science > QD Chemistry
||College of Science and Engineering > School of Chemistry
||Murrie, Dr. Mark
|Date of Award:
Mr Pascal Parois
||Copyright of this thesis is held by the author.
||07 Jul 2010
||18 Sep 2013 15:30
Actions (login required)