For those in the UK:
BRSG Christmas Meeting 2015: NMR & Crystallography
Institute of Physics, London
14 December 2015
Organised by the IOP BRSG: Magnetic Resonance Group
The annual “Christmas” meeting of the British Radiofrequency Spectroscopy Group (BRSG) at the Institute of Physics, London, will this year bring together solid-state NMR researchers with crystallographers and modellers to present research of common interest.
Programme
10.30 Registration and refreshments
11.00 Introductory remarks
11.05 BRSG/NMRDG Prize Winner
Singlet states and hyperpolarization
Giuseppe Pileio, University of Southampton, UK
11.30 Proton chemical shift anisotropies for structure refinement
Jeremy Titman, University of Nottingham, UK
12.00 Fast ion conductors for energy applications: Synergy of diffraction and NMR
Ivana Evans, Durham University, UK
12.30 Lunch
13.40 Some applications of NMR crystallography in materials and pharmaceutical sciences
Marek Potrzebowski, Polish Academy of Sciences, Poland
14.25 Combining crystal structure prediction with solid-state NMR for organic molecular crystals
Graeme Day, University of Southampton, UK
14.55 Refreshments
15.15 How perfect are crystal structures?
Terry Threlfall, University of Southampton, UK
15.45 Chemical shifts and crystallography: Featuring databases and density functional theory
Corey Widdifield, Durham University, UK
16.15 Close of meeting
Fees
The registration fee is inclusive of refreshments, lunch and all event material.
Attendee category
Before or on 16 November 2015
From 17 November 2015
IOP Member
£75
£95
IOP Concessionary
£45
£65
Non Member
£100
£120
Student Non Member
£60
£80
A discount of £20 will be applied to the above fees for those who register and pay online with a valid credit/debit card.
Important deadlines
Early registration deadline: 16 November 2015
Registration deadline: 7 December 2015
You can register for the meeting here<http://iop.msgfocus.com/c/15OTXxduSWKuWmTH72pQo>. For more information, please visit the meeting website<http://iop.msgfocus.com/c/15OUuOhpJjC7ED0jv8TzF>.
|