Regional deposition comparison

Regional deposition comparison to experimental results of other investigators... 

Hallworth, G. W., Padfield, J. M. Comparison of the regional deposition in a model nose of a drug discharged from metered-aerosol and metered-dose nasal delivery systems. J Allergy Clin Immunol 77(2) 348-353 (1986). 

Black, A. Pritchard, J.N. (1984) A comparison of the regional deposition and short term clearance of tar particulate matter from cigarette smoke with that of 2.5 pm polystyrene microspheres. Journal of Aerosol Science, 15, 224-7. 

Pritchard, J.N. et al. (1980) A comparison of the regional deposition of monodisperse polystyrene particles in the respiratory tract of healthy male smokers and non-smokers. In Aerosols in Science, Medicine and Technology, ed. W. Stober D. Hochrainer. Schmallenberg, F.R.G. Gesellschaft fiir Aerosolforshung. 

A comparison of the calculated inventories of the anthropogenic contaminants (e.g., Zn, PCBs) shows partly surprising similarities of the different basins. This shows that these pollutants were widespread and nearly uniformly distributed all over the area before final deposition. Other components such as Pb and Hg show differences in the regional deposition. These values were higher in the near coastal and shallower western basins compared to the central and deeper basins of the Baltic Sea. 

Greening AP, Miniati M, Fazio F. Regional deposition of aerosols in health and in airways obstruction a comparison with kryton-81m ventilation scanning. Bull Eur Physiopathol Respir 1980 16 287-298. 

Ferron GA, Hornik S, Kreyling WG, Haider B. Comparison of experimental and calculated data for the total and regional deposition in the human lung. J Aerosol Sci 1985 16 133-143. 

Figure 2 Comparison of measured wet deposition of ammonium at Rothamsted, England with model estimates by Asman et al for regions whieh assume ehanges in emissions are only due to differenees in animal numbers. (Taken from Sutton et al ).

Melroy and co-workers88 recently reported on the EXAFS spectrum of Pb underpotentially deposited on silver (111). In this case, no Pb/Ag scattering was observed and this was ascribed to the large Debye-Waller factor for the lead as well as to the presence of an incommensurate layer. However, data analysis as well as comparison of the edge region of spectra for the underpotentially deposited lead, lead foil, lead acetate, and lead oxide indicated the presence of oxygen from either water or acetate (from electrolyte) as a backscatterer. 

Bichler, M., Egger, H., Preisinger, A., Ritter, D., and Strastny, P. (1997). NAA of the Minoan pumice at Thera and comparison to alluvial pumice deposits in the Eastern Mediterranean region. Journal of Radioanalytical and Nuclear Chemistry 224 7-14. 

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