2002•Neues Jahrbuch für Mineralogie - Abhandlungen Journal of Mineralogy and GeochemistryOpen access

Minerals from Macedonia. IV. Discrimination between some carbonate minerals by FTIR spectroscopy

Глигор Јовановски, Viktor Stefov, Bojan Šoptrajanov, Blažo Boev

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Abstract

The use of FflR spectroscopy to distinguish between some geologically im portant carbonate minerals (calcite -CitCD), aragonite -CaCD), siderite -FeCD.I , magnesite -MgCD) and dolomite -CaMg(CD. 1h) originating from Macedonia and to detect mineral impurities in them is considered.11 was shown that the series of the studied isomorphous c~lcite type minerals is an ideal test case for the evaluating the in fluence of the corresponding cation upon the band frequencies or the carbonate v), V2 and v~ modes in their ini'rared spectra, It enables to distinguish the isomorphous calcite type carbonates from one another.In the course of the quantitative determination of the composition of mixtures it is shown that the limit of detection of impurities of ara gonite in the mixtures with calcite (or other calcite type minerals) is around I wt %.The spectra or natural calcite and siderite were compared to those of their synthetic analogues.

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The use of FflR spectroscopy to distinguish between some geologically im portant carbonate minerals (calcite -CitCD), aragonite -CaCD), siderite -FeCD.I , magnesite -MgCD) and dolomite -CaMg(CD. 1h) originating from Macedonia and to detect mineral impurities in them is considered.11 was shown that the series of the studied isomorphous c~lcite type minerals is an ideal test case for the evaluating the in fluence of the corresponding cation upon the band frequencies or the carbonate v), V2 and v~ modes in their ini'rared spectra, It enables to distinguish the isomorphous calcite type carbonates from one another.In the course of the quantitative determination of the composition of mixtures it is shown that the limit of detection of impurities of ara gonite in the mixtures with calcite (or other calcite type minerals) is around I wt %.The spectra or natural calcite and siderite were compared to those of their synthetic analogues.

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Available abstract

The use of FflR spectroscopy to distinguish between some geologically im portant carbonate minerals (calcite -CitCD), aragonite -CaCD), siderite -FeCD.I , magnesite -MgCD) and dolomite -CaMg(CD. 1h) originating from Macedonia and to detect mineral impurities in them is considered.11 was shown that the series of the studied isomorphous c~lcite type minerals is an ideal test case for the evaluating the in fluence of the corresponding cation upon the band frequencies or the carbonate v), V2 and v~ modes in their ini'rared spectra, It enables to distinguish the isomorphous calcite type carbonates from one another.In the course of the quantitative determination of the composition of mixtures it is shown that the limit of detection of impurities of ara gonite in the mixtures with calcite (or other calcite type minerals) is around I wt %.The spectra or natural calcite and siderite were compared to those of their synthetic analogues.

Key concepts: Fourier transform infrared spectroscopy, Carbonate, Carbonate minerals, Mineral, Spectroscopy, Geochemistry, Mineralogy, Clay minerals

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