Plasma 1700

Plasma 1700

MC-ICP-MS

 

  • Large geometry MC-ICP-MS with the highest resolution
  • Independently-adjustable collector slits for True high resolution
  • Superior abundance sensitivity

The Nu Plasma 1700 is a unique High Resolution Multi Collector ICP-MS from Nu Instruments providing the ultimate in high resolution isotope ratio measurements.

The instrument has been designed with a high dispersion and large geometry to provide a no compromise high resolution capability whilst still maintaining flat top peaks for high precision measurements with minimal loss in sensitivity.

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    Peak flat at 5,000 resolution

    The Nu Plasma 1700’s large geometry uniquely allows resolutions of >5,000 while maintaining peak flat. Each of its sixteen Faraday detectors and five full size discrete dynode multipliers have independent variable high-resolution slits allowing different resolutions on individual detectors. When the highest performing MC-ICP-MS is required, the Nu Plasma 1700 is the no compromise solution.

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    Boron isotopes in carbonatites (MC-ICP-MS)

    Studies of the boron (B) isotope compositions of materials from a variety of geological backgrounds over the past years have highlighted the value of this isotope system to geochemical research.

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    Isotopic evidence of unaccounted for iron and copper erythropoietic pathways (MC-ICP-MS)

    Although still at an early experimental stage, stable metal isotopes are receiving more attention for their potential use in biomedical research.

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    Mercury isotopes used for contamination source identification (MC-ICP-MS)

    Mercury (Hg) is an element in the natural environment that poses considerable health risks to humans.

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    Laser ablation split stream petrochronology (MC-ICP-MS)

    Petrochronology is the simultaneous use of geochronology and geochemistry to address geologic problems.

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    Radium isotopes in seawater (MC-ICP-MS)

    In this study, 228Ra/226Ra with external reproducibility of 2% (2SD) have been achieved on Nu Plasma HR instrument on Geotraces seawater samples.

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    Spatially resolved measurements of plutonium isotopes in environmental particle samples (MC-ICP-MS)

    The knowledge of chemical and isotopic compositions of nuclear materials, is of particular importance to nuclear forensics and nuclear safeguards.

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    In-situ sulfur isotopic measurements of sulphide samples (MC-ICP-MS)

    Sulfur (S) isotopes are used as a key tracer for ore-forming material sources in geochemical processes.

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