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Strathclyde
Stabilization and reactivity of low oxidation state main group compounds
Speaker: Dr Andreas Stasch ( University of St Andrews)
The information on this talk is not live. For up-to-date details please visit:https://www.strath.ac.uk/science/chemistry/events/On: November 7, 2018 From: 13h59 To: 15h00
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Heriot Watt
TBC
Speaker: Dr Dan Smith (CatSci )
The information on this talk is not live. For up-to-date details please visit: https://projects.eps.hw.ac.uk/seminars/event/1304On: November 7, 2018 From: 14h15 To: 15h15
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Strathclyde
Analysing Snow Flakes: Analytical Chemistry of the Cryosphere
Speaker: Professor Warren Cairns (Italian National Research Council Institute for the Dynamics of Environmental Processes)
The information on this talk is not live. For up-to-date details please visit:https://www.strath.ac.uk/science/chemistry/events/On: November 14, 2018 From: 14h00 To: 16h00
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Heriot Watt
Using Time-Resolved Infra-Red Spectroscopy to Probe Transition Metal-Catalysed Reactions
Speaker: Dr Jason Lynam (University of York )
The information on this talk is not live. For up-to-date details please visit: https://projects.eps.hw.ac.uk/seminars/event/1305On: November 14, 2018 From: 14h15 To: 15h00
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St Andrews
Guest binding and catalysed reactions in the cavity of a coordination cage
Speaker: Michael Ward (Warwick)
Self -assembled coordination cages (hollow metal/ligand capsules) have the ability to encapsulate small molecule guests in the central cavity. In this talk is presented a coordination cage with a very well developed host guest chemistry, for which the factors responsible for guest binding have been dissected in detail to the extent that guest binding can be quantitatively predicted. The combination of b inding of hydrophobic guests in the cage cavity in water, and accumulation of anions around the positively -charged cage surface by ion -pairing, has led to his catalytic rate enhancements for reactions of cavity -bound guests with surface -bound anions. As g uest binding and ion -pairing are based on orthogonal interactions, this affords a system capable in principle of quite general bimolecular catalysis of reactions of electrophiles with anions.On: November 14, 2018 From: 14h00 To: 15h00
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Heriot Watt
Using Time-Resolved Infra-Red Spectroscopy to Probe Transition Metal-Catalysed Reactions
Speaker: Dr Jason Lynam (University of York )
The information on this talk is not live. For up-to-date details please visit: https://projects.eps.hw.ac.uk/seminars/event/1305On: November 14, 2018 From: 14h15 To: 15h15
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