High precision copper and zinc isotopes with Neoma MS/MS MC-ICP
Goal To demonstrate the ability of Thermo ScientificTM NeomaTM MS/MS MC-ICP-MS to measure copper and zinc isotopes at high precision.
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Goal To demonstrate the ability of Thermo ScientificTM NeomaTM MS/MS MC-ICP-MS to measure copper and zinc isotopes at high precision.
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The ScopeX Copper Alloy Special Analyzer, is a spectrometer designed specifically for rapid analysis of copper alloys. It features high precision, a wide range of analyzable elements, and quick testing
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Discover the VAS Gold Plus XL Optical Emission Spectrometer, designed for accurate pure copper analysis with high sensitivity and rapid testing. Ideal for laboratory use, it features a single beam
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Here we present an analytical method for Cu isotopic measurement using standard-sample bracketing on a Nu Sapphire multi-collector inductively coupled plasma mass spectrometer.
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We present a new approach to Cu isotopic measurements using a state-of-the-art Nu Sapphire multicollector inductively coupled plasma source mass spectrometer equipped with a
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Sapphire XD enables our users to analyse every isotope system the way they wish to – be it in conventional MC-ICP-MS mode, through mass filtering and mass shifting using the
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In this study, we report an independent and fully calibrated isotope ratio measurement of a high-purity copper certified reference material, HICU-1, at the National Research Council Canada
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Taken together, these measures will improve our ability to interpret results and perform routine, high accuracy and precision measurements of the Cu isotope ratio in low-Cu samples, thus
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The measured Cu isotopes of the new reference materials by LA-MC-ICP-MS analysis were used to examine the Cu isotope homogeneity of the reference materials, and evaluate the achievable
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The intermediate precision of Cu isotopic measurements was evaluated by repeat measurements of NIST SRM 3114 and NWU-Cu-A standards over a 10 month period.
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