Chemical transformations at aerosol surfaces influence aerosol properties (volatility, radiative, toxicity) and gas-phase composition, but kinetic parameters are often poorly correlated with aerosol properties (e.g. phase, composition, viscosity) or conditions (e.g. RH, T) leading to uncertainty in models.
In this project laboratory studies using (i) an aerosol flow tube equipped with a Potential Aerosol Mass (PAM) chamber and sensitive laser instrumentation and (ii) an aerosol chamber equipped with a Raman spectrometer for determination of diffusion coefficients will be used to correlate measured rates of uptake and production at aerosol surfaces (single component/mixtures, SOA, ambient aerosol) with aerosol properties. A focus will include organic aerosols (varying phase, viscosity).
The laboratory studies will be complemented by modelling using UmanSysProp, an automated online facility for calculating the properties of aerosol particles under experimental or ambient conditions. The rates of heterogeneous uptake, ageing and other parameters can then be calculated for inclusion in atmospheric models.
Centre for Doctoral Training in Aerosol Science
Aerosol science is multidisciplinary, bringing together researchers across the physical, environmental and health sciences, and engineering. Learn to research in diverse teams, gain an advanced understanding of the core science, work with industrial and public sector partners, and undertake groundbreaking research. Further information about the Centre for Doctoral Training in Aerosol Science can be found here.
Applicants must hold or are expecting a minimum of an upper second-class BSc or MSc honours degree, or equivalent, in physical science, engineering, biological science or science discipline.
31 July 2019
Please apply as soon as possible, as the remaining CDT places for this year are filling up.
How to apply
If you are interested in this please contact Professor Heard (email@example.com)