Investigation of self-purification processes occurring in natural waters with participation of different forms of migration of iron and copper
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StatusThe thesis was presented on the 14 May, 2012Approved by NCAA on the 5 July, 2012 Abstract – 0.53 Mb / in romanian – 0.48 Mb / in russian |
Keywords
migration forms of metals, self-purification processes, inhibition capacity, self- purification by radicals, radicals of organic and inorganic origin.Summary
Keywords: migration forms of metals, self-purification processes, inhibition capacity, self- purification by radicals, radicals of organic and inorganic origin.
The goals and objectives of the work: The goal of the work is to study the processes of natural water self-purification in the presence of metals of transition valence. The problems under investigation presented in the work are related to a promising science branch of environmental protection that metal chemistry in natural water, which accounts the complex contribution of hydrological, biogeochemical and mathematical/statistical aspects to the regularities of migration of metals with transitional valence, and considers the self-purification potential of water ecosystems in the search for methods of preserving the quality of water in basins.
Scientific novelty and originality of investigation emerge from application of kinetic methods for identification of dissolved forms of metals causing inhibition of radical processes of self-purification through application of an innovative procedure of their removal from natural waters, as well as from identification of priority abiotic factors influencing the seasonal dynamics of metals migration.
Theoretical and practical significance of the work is determined by the possibility to apply the developed methods for the removal of dissolved forms of metals from natural water samples for further analysis of their structure. The identified tight correlation between abiotic factors of the environment and dissolved-colloid forms of iron, that corresponds to either a linear or a second degree polynomial relationship, allowed the development of a program of quantification of the iron content at certain air temperature conditions.
Oficial Reviewers
- Vasilie RUSU
doctor habilitat - Maria Sandu
doctor, associate professor (docent), Institute of Ecology and Geografy of the ASM
Council's Members
- Tudor Lupaşcu, president
doctor habilitat, professor, Institute of Chemistry of the ASM - Maria Gonţa, secretary
doctor habilitat, associate professor (docent), Moldova State University - Elena Zubcov, member
doctor habilitat, professor, Institute of Zoology of the ASM - Iurie Subotin, member
doctor, associate professor (docent) - Tatiana Isac, member
doctor, associate professor (docent)
Theses
