Dr. Jane Coates

Global modelling of tropospheric ozone using CESM looking at source-receptor relationships of ozone concentrations to precursor emissions.

PhD titled "Investigation of Tropospheric Ozone Production Pathways with Detailed Chemical Mechanisms". Idealised box modelling experiments looking at the sensitivity of tropospheric ozone production predicted using different chemical mechanisms and speciations of NMVOC emissions. Also considered the non-linear relationship between temperature, ozone and NOx.

Coordinated a team that was responsible for process validation, cleaning validation, technical transfer of manufacturing and analytical methods. Also involved in audit teams, submission of products to health authorities in Europe, Canada and US and writing of Standard Operating Procedures

Atmospheric Chemistry, atmospheric modelling, programming, data visualisation, tropospheric ozone, VOC speciations, temperature dependent chemistry

Algebraic graph theory, combinatorics

Graph theory, linear algebra, topography, analysis, differential equations, complex analysis, finite element analysis, numerical methods, atmospheric physics, geophysics, remote sensing, thermodynamics, nuclear physics, mechanics, statistical mechanics