Národní úložiště šedé literatury Nalezeno 6 záznamů.  Hledání trvalo 0.00 vteřin. 
Physico-chemical properties and phototransformation of ferric citrate complex in aquatic environment
Kolář, Michal ; Abida, O. ; Mailhot, G. ; Jirkovský, Jaromír ; Bolte, M.
Iron is the most abundant transition metal on the Earth. It is present in aquatic environments, soils as well as atmosphere. In the aquatic media, it is often present in a form of Fe(III) complexes, especially, with polycarboxylic acids. Citric acid was chosen as their suitable representative in this study.
Degradace organických polutantů ve vodném prostředí fotoindukovaná komplexem Fe(III)CIT: vliv TiO2
Kolář, Michal ; Mailhot, G. ; Jirkovský, Jaromír ; Bolte, M. ; Krýsa, J.
Tato práce se věnuje studiu komplexu trojmocného železa s citrátovými ionty a jeho účinku na fotodegradaci modelového polutantu, monuronu.
Degradation of organic pollutants in aquatic environment photoinduced by Fe(III)Cit complex: Impact of TiO2
Kolář, Michal ; Jirkovský, Jaromír ; Mailhot, G. ; Bolte, M. ; Krýsa, J.
Iron is the most abundant transition metal on the Earth. It is present in the atmosphere, soils as well as aquatic environments. In the aquatic media, it is often presnt in a form of Fe(III) complexes, especially with polycarbolic acids. The complexes of Fe(III) are highly photosensitive in general.
Phototransformation of ferric citrate in aquatic environment
Kolář, Michal ; Abida, O. ; Mailhot, G. ; Jirkovský, Jaromír ; Bolte, M.
Iron is the most abundant transition metal on the Earth. It is present in aquatic environments, soils as well as atmosphere. In the aquatic media, it is often presnt in a form of Fe(III) complexes, especially with polycarbolic acids. Citric acid was chosen as their suitable representative in this study.
Physico-chemical properties and phototransformation of ferric citrate complex in aquatic environment
Kolář, Michal ; Abida, O. ; Mailhot, G. ; Jirkovský, Jaromír ; Bolte, M.
Iron is the most abundant transition metal on the Earth. It is present in aquatic environments, soils as well as atmosphere. In the aquatic media, it is often present ina form of Fe(III) complexes, especially with polycarboxylic acids.

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