Aerosol chemical processes in the environment

Computer generated contents: Chapt. 1. Aerosol chemistry and its environmental effects -- chapt. 2. Physical chemistry of aerosol formation -- chapt. 3. The estimation of time-dependent (relaxation) processes related with condensation and evaporation of liquid drop -- chapt. 4. Phase transformation and growth of hygroscopic aerosols -- chapt. 5. On the role of aerosol particles in the phase transition in the atmosphere -- chapt. 6. Reversible chemical reactions in aerosols -- chapt. 7. LAMMA and raman study of oxidation states of chromium in aerosols: application to industrial hygiene -- chapt. 8. Chemical characterization of aerosol particles by laser raman spectroscopy -- chapt. 9. Novel applications of the electrodynamic levitater for the study of aerosol chemical processes -- chapt. 10. Radioactive labeling in experimental aerosol research -- chapt. 11. Synthesis and online characterization of zirconia powder produced by atomization -- chapt. 12. Recent developments in the structural investigation of aerosols by synchrotron radiation: application to ceramic processing -- chapt. 13. Fundamentals and performance of the MCVD aerosol process -- chapt. 14. Aerosol particles deposited on building stone -- chapt. 15. Effects of aerosol on modern and ancient building materials -- chapt. 16. Aerosol and stone monuments -- chapt. 17. Calcium in the urban atmosphere -- chapt. 18. Corrosion of asbestos cement building materials by the action of atmospheric acidic aerosols and precipitations -- chapt. 19. Characterization of urban aerosols in the nagoya area -- chapt. 20. Analysis of atmospheric aerosols in large urban areas with particle induced x-ray emission -- chapt. 21. Chemical characteristics and temporal variation of size-fractionated urban aerosols and trace gases in budapest -- chapt. 22. Trace elements in atmospheric pollution processes: the contribution of neutron activation analysis -- chapt. 23. Urban and rural organic fine aerosols: components source reconciliation using an organic geochemical approach -- chapt. 24. Elimination of diesel soots using oxidation catalysts -- chapt. 25. The influence of morphological restructuring of carbonaceous aerosol on microphysical atmospheric processes -- chapt. 26. Atmospheric contamination by fibrous aerosols -- chapt. 27. Atmospheric contamination by agroaerosols -- chapt. 28. Transport and chemistry of pesticides in the atmosphere.