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Alison Pawley is a Senior Lecturer in Earth Sciences at the University of Manchester, where she has been contributing to the field since 2004. Her academic journey includes significant roles such as a Lecturer in Experimental Petrology at the same university from 1995 to 2004 and a Postdoctoral Research Assistant at the University of Bristol's Department of Geology from 1993 to 1994. Additionally, she has held positions at Arizona State University, specializing in High-Pressure Synthesis and Chemistry. Her research primarily examines the reactions of sand dust in gas turbine engines, analyzing the hazards posed by particulate matter at high temperatures. Presently, she investigates how airborne dust affects aircraft engines during operation and the characterization of atmospheric particles. Other research interests include halogen partitioning in mantle phases, the stability of hydrous minerals in subduction zones, and understanding geochemical processes within Earth’s mantle. Throughout her career, Alison has utilized advanced numerical modeling and experimental methodologies to explore the dynamics of these geological phenomena and contribute to advancements in Earth Sciences.
University of Manchester • Manchester, England
Responsible for teaching and researching various aspects of Earth Sciences, focusing on the dynamics of particulate materials in high-temperature environments.
University of Manchester • Manchester, England
Lecturer role focusing on the experimental study of petrological processes.
University of Bristol, Department of Geology • Bristol, England
Supported research projects in geology with a focus on experimental methodologies.
Arizona State University, Department of Chemistry • Tempe, AZ, USA
Specialized in high-pressure synthesis within material research.
Arizona State University, Department of Chemistry • Tempe, AZ, USA
Conducted research focused on high-pressure and high-temperature chemical processes.
Includes MSc in Advanced Electrical Power Systems and MSc in Communications and Signal Processing.