AEROSOL
OPTICS AND SPECTROSCOPY
- Chak K.
Chan, Department of Chemical Engineering, Hong Kong University of Science and
Technology
Using an electrodynamic balance coupled with Raman
spectroscopy or fluorescence spectroscopy, the molecular structures of diluted
to supersaturated droplets were studied.
1. Choi M.Y. and Chan C.K. (2005)
“Investigation of Efflorescence of Inorganic Aerosols Using Fluorescence
Spectroscopy”, Journal of Physical Chemistry A, 109,
1042-1048.
2. Zhang Y.H., Choi M.Y.and Chan C.K.
(2004) “Relating Hygroscopic Properties of Magnesium Nitrate to the
Formation of Contact Ion Pairs”, Journal of Physical Chemistry A,
108, 1712-1718.
3. Choi M.Y., Chan C.K. and Zhang
Y.H. (2004) “Application of Fluorescence Spectroscopy to Study the State
of Water in Atmospheric Aerosols” Journal of Physical Chemistry A,
108, 1133-1138.
4. Zhang
Y.H. and Chan C.K. (2003) “Observations of Water Monomers in
Supersaturated NaClO4, LiClO4 and Mg(ClO4)2
Droplets Using Raman Spectroscopy”, Journal of Physical
Chemistry A, 107, 5956-5962.
5. Zhang Y.H. and Chan C.K.
(2002) “Understanding the Hygroscopic Properties of Supersaturated
Droplets of Metal and Ammonium Sulfate Solutions Using Raman
Spectroscopy”, Journal of Physical Chemistry A, 106, 285-292.
6. Zhang Y.H. and Chan C.K.
(2000) “Study of Contact Ion Pairs of Supersaturated Magnesium Sulfate
Solutions using Raman Scattering of Levitated Single Droplets”, Journal
of Physical Chemistry A., 104, 9191-9196.