Time Allocation Jan - June 2026

260111	Sharon Ashbrook	School of Chemistry	University of St Andrews	High-Field High-Resolution 183W NMR Study of Aluminate Sodalites
260112	Sharon Ashbrook	School of Chemistry	University of St Andrews	Using 93Nb-17O correlations to discriminate between Nb-O-Nb, Nb-O-Ta and Ta-O-Ta bonds in 17O-enriched SrNbTaO6 (continuation - TAP allocation 250714)
260113	Sharon Ashbrook	School of Chemistry	University of St Andrews	Understanding the Oxygen Sites of 17O-Enriched Zeolites Using Multinuclear NMR Spectroscopy
260114	Frédéric Blanc	Department of Chemistry	University of Liverpool	47/49Ti Magic Angle Spinning (MAS) NMR of Ba3TiMoO8
260115	Frédéric Blanc	Department of Chemistry	University of Liverpool	High Temperature MAS NMR from doped to stochiometric Palmierite Oxide
260116	Frédéric Blanc	Department of Chemistry	University of Liverpool	Identification of in-/ex-pore species and 1H-17O interactions in biomass mimic activated and adsorbed ZSM-5 samples
260117	Frédéric Blanc	Department of Chemistry	University of Liverpool	Fast MAS 1H and 14N-1H HMQC Spectra of Quercetin Cocrystals, Prepared via Liquid Assisted Grinding and Neat Grinding
260118	Steven Brown	Physics	University of Warwick	High-Field Solid-State NMR to Probe Interactions between the Active Pharmaceutical Ingredient Roxithromycin and Excipients as a Powder and in a Gel-State
260119	Marina Carravetta	Department of Chemistry	University of Southampton	Investigation of the local environment of 25Mg in MgAlPO-5 under variable temperature conditions
260120	James Cooper	Department of Chemistry	University of Reading	Monitoring the conformational dynamics of rotaxanes in vesicles using 19F NMR
260121	Russell Taylor	Department of Chemistry	Durham University	Synthesis of Magnesium Aluminophosphates from sustainable materials and Synthesis of Zn-AlPO's for methanol-to-hydrocarbons chemistry
260122	Pasul Dupree	Biochemistry	University of Cambridge	2D 13C Solid state NMR studies of natural cellulose fibrils
260123	Paul Dupree	Biochemistry	University of Cambridge	2D Solid state NMR studies of modified cellulose
260124	Paul Dupree	Biochemistry	University of Cambridge	2D 13C NMR studies of hemicellulose influence on cellulose fibrils in plant primary cell walls
260125	Paul Dupree	Biochemistry	University of Cambridge	Solid state NMR studies of Cryptococcus neoformans cell wall
260126	Tomislav Friscic	School of Chemistry	University of Birmingham	Deciphering complex desolvation patterns of simple organic materials
260127	Tamara Galloway	Biosciences, Faculty of Health and Life Sciences	University of Exeter	Determining the structure of a novel cellulose and chitosan-based bioplastic
260128	John Griffin	Department of Chemistry	Lancaster University	Investigating the electrochemical behaviour of Li3V2O5 using in situ high-field solid-state NMR
260129	Kenneth Harris	School of Chemistry	Cardiff University	In-situ Solid-state NMR Studies of the Spontaneous Formation of Multi-component Crystals at the Solid-Liquid and Solid-Solid Interfaces Between the Pure Phases of the Individual Components
260130	Michael Hope	Chemistry	University of Warwick	81Br NMR of Layered Lead-Halide Perovskites
260131	Dominik J. Kubicki	School of Chemistry	University of Birmingham	Investigating the Atomic-Level Structure of Halide Perovskite Alteration Layers Formed During Moisture-Induced Degradation Using High-Field 17O NMR
260132	Dominik Kubicki	School of Chemistry	University of Birmingham	Studying structural dynamics of melting and glass formation in phosphonium based metal halide perovskites: 31P VT NMR studies
260133	Dominik J. Kubicki	School of Chemistry	University of Birmingham	Ion diffusion and phase evolution in low-dimensional halide perovskitoids
260134	Laura Lander	Department of Engineering	King's College London	High-Field Solid-State NMR Investigation of Li� Transport Pathways via Isotope Exchange in Polymer–Ceramic Composite Electrolytes
260135	Jozef Lewandowski	Chemistry	University of Warwick	Mapping complex interface with solvent edited experiments at fast MAS
260136	Jozef Lewandowski	Chemistry	University of Warwick	SOFAST-NOESY at Ultrafast MAS for Studying Large Complexes (continuation project)
260137	Josh Makepeace	School of Chemistry	University of Birmingham	Atomic-level structure and ion dynamics in metal amide, imide and nitride-hydride hydrogen storage materials (6/7Li, 137Ba, 87Sr, 14/15N)
260138	Russell Morris	School of Chemistry	University of St Andrews	Determining the Surface Modification and Growth for Hybrid Materials using 17O MAS NMR Spectroscopy
260139	Sarah Robinson	Sainsbury Laboratory	University of Cambridge	Solid-State NMR Studies of Cell Wall Remodelling in Response to Environmental and Hormonal Cues
260140	Shanwen Tao	School of Engineering	University of Warwick	Elucidating Lithium Environments in Li-Doped Copper Oxides by �Li Solid-State NMR
260141	Shanwen Tao	School of Engineering	University of Warwick	Investigate the ion conduction mechanism of oxide conductors by solid state NMR
260142	Ian Taylor	Macromolecular Structure Laboratory	The Francis Crick Institute, London-UK	CP-MAS Solid-State NMR studies of HIV-1 capsid tubular assembly-CPSF6 and -Sec24c interactions (continuation).
260143	Brant Walkley	School of Chemical, Materials, and Biological Engineering	The University of Sheffield	11B MAS and MQMAS NMR to investigate the immobilisation/leaching mechanism of neutron absorber B in geopolymer wasteform (Proposal 2 of 2 by the PI; this proposal is the second priority)
260144	Brant Walkley	School of Chemical, Materials, and Biological Engineering	The University of Sheffield	High-field 17O, 27Al, and 127I (MQ)MAS NMR to understand the immobilisation mechanism of radioactive anions (Technetium and iodine) in phosphate-based geopolymer wasteform (Proposal 1 of 2 by the PI; this proposal is the first priority)
260145	Paul Webb	School of Chemistry	University of St Andrews	Investigating Structure-Performance Relationships in Silica-Based Heterogenous Catalysts
260146	Philip Williamson	School of Biological Sciences	University of Southampton	3D SOFAST/BEST-based solid-state NMR experiments for protein assignment
260147	Philip Williamson	School of Biological Sciences	University of Southampton	How does the cellular environment influence the conformation of alpha-synuclein aggregates and what role does this play in disease progression?
260148	Philip Williamson	School of Biological Sciences	University of Southampton	Exchange Phenomena and Their Impact on Membrane Partitioning
260149	Paul Wright	School of Chemistry	University of St Andrews	Understanding the Al Environments in Zeolites Using Solid-State NMR Spectroscopy