13 research outputs found
Benzene and toluene influence with or without nitrogen dioxide on inorganic pigments of works of art-Part II
No full textThe role of surface heterogeneity and lateral interactions in the adsorption of volatile organic compounds on rutile surface
No full textStudy of the adsorption of ozone on the surface of ferric oxide by reversed-flow inverse gas chromatography
No full textAir pollution effect of SO2 and/or aliphatic hydrocarbons on marble statues in Archaeological Museums
No full textGas chromatographic study of degradation phenomena concerning building and cultural heritage materials
No full textDevelopment and characterization of ZnO, Au/ZnO and Pd/ZnO thin films through their adsorptive and catalytic properties
No full textTime-resolved gas chromatography applied to submonolayer adsorption. Modeling and experimental approach
No full textContribution of adsorption phenomena to the degradation study of marble statues in the Archaeological Museum of philippi, Greece
No full textA description is provided of the contribution of time-resolved analysis in understanding adsorption phenomena and its contribution to an examination of the overall degradation mechanism of authentic marble pieces brought about by air pollution. As a consequence, a scientific answer has been provided to the question “how are materials of cultural heritage affected by air pollution?” The use of reversed-flow inverse gas chromatography (RF-IGC) has allowed the determination of important local physicochemical quantities relating to the influence of three light hydrocarbons, either in the presence or absence of sulphur dioxide. A detailed analysis of the results as well as a correlation study is given
