معرفی
Philip Chater serves as the Crystallography Science Group Leader at Diamond Light Source, the UK's national synchrotron facility located at the Harwell Science and Innovation Campus in Oxfordshire. Previously the Principal Beamline Scientist for I15-1 (XPDF), he joined Diamond in August 2013 after appointments at the University of Birmingham and University of Liverpool. His leadership encompasses guiding the crystallography team to optimize beamline operations for user experiments while advancing his own research in local structure analysis.
Dr. Chater's research centers on powder diffraction techniques, particularly Pair Distribution Function (PDF) analysis, to resolve local atomic structures in energy-critical materials including hydrogen storage systems, lithium-ion conductors, and fuel cell components. His work investigates short-range ion ordering mechanisms to elucidate structure-property relationships in ion transport phenomena. Methodological innovations include developing fundamental parameter models for 2-D area detectors in Rietveld refinement, creating high-throughput tools for large diffraction datasets, and pioneering advanced PDF analysis frameworks applicable across battery materials, pharmaceuticals, and earth sciences.
The XPDF beamline under his direction recently implemented a robotic sample changer and next-generation detector system to dramatically enhance data acquisition speed and resolution. His group provides specialized support for researchers utilizing PDF techniques to study disordered solids, amorphous materials, and liquids across physics, chemistry, and materials science disciplines.
Scientific awards are not documented in the available information.
Regarding research guidance, Dr. Chater leads a multidisciplinary team supporting synchrotron users but no formal student supervision or specific grant awards are referenced. His collaborative framework facilitates industry and academic partnerships through Diamond's user program, with recent beamline upgrades enabling breakthroughs in energy materials characterization.
