11 research outputs found
Determination of aluminium in groundwater samples by GF-AAS, ICP-AES, ICP-MS and modelling of inorganic aluminium complexes
Full text linkChemism of underground waters of river valleys and its main formation factors
No full textA direct effect on the formation of chemism of underground waters of river valleys exert hydrodynamic conditions, lithologico -mineralogic composition (clayey minerals and organic matter) and nanagement of the area. Under natural conditions low-mineralized waters of the HCO₃⁻- Ca⁺² (Mg⁺²) type occur with formed mosaic-like changes of the content of Fe, Mn and nitrogen compounds.Непосредственное влияние на образование химизма подземных вод в речных долинах оказывают гидродинамические условия, литологи- ческо-минералогический состав (илистые минералы и органическое вещество), а также освоение площади. В природных условиях выступают низкоминерализованные воды типа НСО₃⁻ - Ca⁺² (Mg⁺² ), характеризующиеся часто изменным содержанием Fe, Mn и соединений азота
Chromatographic investigation of the hydrophobic properties of isomeric naphthalene derivatives
No full textDerivation of consolidation partial differential equations with non-linear fl ow characteristics on organic soil example
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Groundwater geochemical evolution under the influence of polymetallic deposit in Czarnów (Western Sudetes, SW Poland)
No full textSeasonal Variation of Lead in Fish Pond Waters of High Hunting Activity Area and Relation to Metals and Ions
No full textDetermination of the activity and the average annual dose of absorbed uranium and polonium in drinking water from Warsaw
No full textMobility of copper and zinc in near-surface groundwater as a function of the hypergenic zone lithology at the Kampinos National Park (Central Poland)
No full text76Nie dotycz
Anionic polyacrylamide influence on the lead(II) ion accumulation in soil – the study on montmorillonite
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