The MFS uses diode laser absorption within an optical cavity in combination with a custom flow meter and allows the absolute number of O 2, CO 2 and H 2O entering and leaving the lungs to be calculated as a function of time. Our group, in collaboration with colleagues in the Department of Physiology and Genetics, has developed a novel highly precise real-time breath analyser, termed a molecular flow sensor (MFS). Particular areas of interest are healthcare and medicine, plasmas diagnostics and atmospheric chemistry.
The research is characterised by novel technique and instrument development which not only allows innovative studies of chemical kinetics, dynamics and photon science, but that can also be translated into the real world. My research concerns laser spectroscopy and its use in analytical chemistry and in studies of gas phase kinetics and dynamics.
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