Time Allocation January-June 2017
Project no | Applicant | Project Title |
1612011 | Sharon Ashbrook School of Chemistry, University of St Andrews |
Exploiting 17O Isotopic Enrichment to Study Local Structure and Disorder in Ceramics Proposed for Waste Encapsulation. |
1612012 | Sharon Ashbrook School of Chemistry, University of St Andrews |
Investigation of the Occlusion of Mg2+ ions within Calcite (CaCO3) crystals |
1612013 | Frédéric Blanc Department of Chemistry, University of Liverpool |
High Field 17O Variable Temperature NMR for Defect Containing Oxide Ion Conductors |
1612014 | Frédéric Blanc Department of Chemistry, University of Liverpool |
Investigation of 17O local environments of doped melilite samples |
1612015 | Steven Brown Department of Physics, University of Warwick |
Implementation of 35Cl-1H Correlation Experiments: Application to Pharmaceuticals |
1612016 | Steven Brown Department of Physics, University of Warwick |
Evaluation and Application of Double Quantum 13C-13C Recoupling with no 1H Decoupling for High-field Solid State NMR |
1612017 | Marina Carravetta School of Chemistry, University of Southampton |
Optimal control pulses for broadband 14N overtone PRESTO transfer |
1612018 | Marina Carravetta School of Chemistry, University of Southampton |
Cross polarization to 14N Overtone transition at very high speed |
1612019 | Richard Darton School of Chemical & Physical Sciences, Keele University |
17O MAS NMR Study of the Phase Transition and Negative Thermal Expansion in Purely Siliceous Ferrierite |
1612020 | Melinda Duer Department of Chemistry, University of Cambridge |
2H Static NMR of Labelled Collagen and Model Peptides. |
1612021 | Paul Dupree Biochemistry Department, University of Cambridge |
2D and 3D 13C NMR studies of whole plant stems |
1612022 | Clare Grey Department of Chemistry, University of Cambridge |
33S NMR studies of niobium and vanadium sulfides |
1612023 | John Griffin Department of Chemistry, Lancaster University |
High-field 1H Double-Quantum MAS NMR Investigation of Backbone Ordering in High-Mobility Conjugated Polymers |
1612024 | Kenneth Harris School of Chemistry, Cardiff University |
Unravelling the Effects of Nanoscale Confinement on Crystallization Pathways |
1612025 | Kenneth Harris School of Chemistry, Cardiff University |
New Insights into Crystallization of Amorphous Calcium Carbonate by Exploiting “CLASSIC” NMR |
1612026 |
Kenneth Harris |
Kinetic and Mechanistic Understanding (After 188 Years) of One of the Most Famous Solid-State Reactions: An In-Situ High-Temperature Solid-State NMR Study of the Reaction of Ammonium Cyanate to Produce Urea |
1612027 | Yaroslav Khimyak School of Pharmacy, University of East Anglia |
Understanding structure of pre-nucleating clusters of confined pharmaceutical co-crystals |
1612028 |
Yaroslav Khimyak |
Probing mechanism of formation and dissolution of co-crystals using CLASSIC NMR |
1612029 | Jozef Lewandowski Department of Chemistry, University of Warwick |
Investigation of structure and dynamics of 5P12RANTES:CCR5 complex to elucidate molecular basis for inhibition of HIV infection (continuation project) |
1612030 | Russell Morris School of Chemistry, University of St Andrews |
High-Field Solid-State 17O NMR Study of Metal-Organic Frameworks |
1612031 | Mark Pfuhl Randall Division, King's College London |
Solid state NMR of selectively labelled F-actin |
1612032 | Richard Walton Department of Chemistry, University of Warwick |
High-Field 71Ga NMR Study of k-Ga2O3 and GaPd2@Ga2O3 |