It is well known that the exposition to air and weather markedly enhances derogation of all artifacts. In this report, the contribution of light (particularly sunlight) to marked speed-up of the oxidation and other changes by exposition to atmosphere will be analyzed. Five major mechanisms of the effect of insolation can be identified: 1. First is a trivial one – the heating effect which enhances all chemical processes. 2. Photoexcitation of material from which the item is made, turning it more reactive toward air oxygen (and to other present substances). 3. Sensitization of oxygen by excitation to singlet state in which it is extremely reactive, and can react even with inert materials. 4. Photochemical transformation of volatile organic co...
Air pollution has been suspected as a possible cause of damage to museum collections for at least on...
Three main catalytic chain processes are believed to contribute to the loss of ozone in ...
The net effect of aerosols on the Earth’s climate is highly uncertain. Secondary organic aerosols (S...
It is well known that the exposition to air and weather markedly enhances derogation of all artifact...
It is well known that the exposition to air and weather markedly enhances derogation of all artifac...
Atmospheric aerosols play an important role in climate by scattering and absorbing radiation and by ...
A review on advanced photochemical processes influencing properties of materials is presented. Parti...
Photocatalytic oxidation of airborne contaminants appears to be a promising process for remediation ...
Minerals that absorb light near UV/Vis present in dust aerosols interact with trace gases in the atm...
AbstractThe point of view of transmission and conservation of UV energy was put forward to study O3 ...
Les travaux présentés dans cette thèse portent premièrement sur la caractérisation de nouveaux photo...
L’oxydation photocatalytique des Composés Organiques Volatils (COVs) apparaît comme un procédé très ...
Atmospheric aging of organic compounds by photo-chemical oxidation can occur rapidly in the aqueous ...
Atmospheric chromophoric organic matter (COM) plays a fundamental role in photochemistry and aerosol...
Little is currently known regarding the nature and consequences of interactions between photoactive ...
Air pollution has been suspected as a possible cause of damage to museum collections for at least on...
Three main catalytic chain processes are believed to contribute to the loss of ozone in ...
The net effect of aerosols on the Earth’s climate is highly uncertain. Secondary organic aerosols (S...
It is well known that the exposition to air and weather markedly enhances derogation of all artifact...
It is well known that the exposition to air and weather markedly enhances derogation of all artifac...
Atmospheric aerosols play an important role in climate by scattering and absorbing radiation and by ...
A review on advanced photochemical processes influencing properties of materials is presented. Parti...
Photocatalytic oxidation of airborne contaminants appears to be a promising process for remediation ...
Minerals that absorb light near UV/Vis present in dust aerosols interact with trace gases in the atm...
AbstractThe point of view of transmission and conservation of UV energy was put forward to study O3 ...
Les travaux présentés dans cette thèse portent premièrement sur la caractérisation de nouveaux photo...
L’oxydation photocatalytique des Composés Organiques Volatils (COVs) apparaît comme un procédé très ...
Atmospheric aging of organic compounds by photo-chemical oxidation can occur rapidly in the aqueous ...
Atmospheric chromophoric organic matter (COM) plays a fundamental role in photochemistry and aerosol...
Little is currently known regarding the nature and consequences of interactions between photoactive ...
Air pollution has been suspected as a possible cause of damage to museum collections for at least on...
Three main catalytic chain processes are believed to contribute to the loss of ozone in ...
The net effect of aerosols on the Earth’s climate is highly uncertain. Secondary organic aerosols (S...