Titlebook: Light-Induced Processes inOptically-Tweezed Aerosol Droplets; Kerry J. Knox Book 2011 Springer-Verlag Berlin Heidelberg 2011 Optical trapp

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Aerosol Mass Transfer,ability to act as cloud condensation nuclei in the atmosphere [.]. Understanding the factors which determine the particle size underpins all of aerosol science and is essential for the construction of accurate atmospheric models of past, present and future climate. This chapter will outline the ther

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Optical Manipulation in Aerosol Optical Tweezers,970 and later the first single-beam gradient force trap (optical tweezers) in 1986. Since then there have been numerous studies that make use of condensed phase optical tweezers, and that have sought to characterise the gradient forces operating in the trapping region. A notable example is the use o

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Spectroscopy of Optically-Tweezed Aerosol Droplets Containing Fluorescent Chromophores,cence spectroscopy has previously been used in the characterisation of droplet composition, temperature and pH. The potential for using fluorescence spectroscopy to analyse biological aerosol has recently been demonstrated, with unique fingerprints from different fluorophores, including amino acids,

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Ultra-Sensitive Absorption Spectroscopy of Optically-Tweezed Aerosol Droplets,ll be demonstrated [.]. Optical tweezers are used to isolate individual water droplets and changes in the power of the trapping laser beam are used to induce changes in droplet absorption and hence in the droplet temperature. The accompanying change in the equilibrium size of the droplet can be used

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Kinetics of Aerosol Mass Transfer,gives rise to a small shift in the droplet temperature and hence in the equilibrium size at a given relative humidity. The change in equilibrium droplet size allows the absorption coefficient along the pathlength of the laser beam to be determined. In the absorption studies it is the magnitude of th

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Summary, Conclusions and Future Directions,se related to the aerosol direct effect and the aerosol indirect effect. The work has focussed on improving the understanding of the direct effect via the development of a technique for the quantification of aerosol optical absorption. An improvement of the understanding of the indirect effect was a

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