Specifications

  • Category: Inorganic and Isotopic Mass Spectrometry
  • Technique: Secondary Ion Mass Spectrometry
  • Manufacturer: CAMECA
  • Country: France
  • Available: Active
All specifications

About

Short description

High-throughput Secondary Ion Mass Spectrometer (SIMS) for geochronology. Provides benchmark precision for U-Pb and U-Th isotopic analyses. Combines high spatial resolution and mass resolving power in a compact design.

Specifications

High-throughput Secondary Ion Mass Spectrometer (SIMS) for geochronology. Provides benchmark precision for U-Pb and U-Th isotopic analyses. Combines high spatial resolution and mass resolving power in a compact design.

  • Status: Active
  • Country: France
  • Isotopic: Yes
  • Elemental: Yes
  • Type of measurable elements: Most of elements, isotopes, and molecular species
  • Measurable isotopes/elements: U, Th, Pb isotopes
  • Analyzer type : Magnetic Sector MS
  • Ion source type: RF plasma oxygen ion source (O2−)
  • Inlet types: Automated sample storage with motorized adjustment
  • High Resolution : Yes
  • Mass resolution/ Mass resolving power : Up to 20,000 (10% peak valley definition)
  • Sensitivity : Enhanced with oxygen flooding, up to 7x improvement for Pb isotopes
  • Detection limits : Sub-ppm for trace elements
  • Precision : <0.3%for U-Pb age dating in zircon standards
  • Detector type : Faraday Cup and Electron multiplier
  • Primary beam : Oxygen (O2−)
  • Spatial resolution : Sub-micron lateral resolution (<10 μm)
  • Camera : High-resolution UV-light microscope for sample visualization
  • Geometry type : Double-focusing large geometry
  • Focusing type : Magnetic and electrostatic focusing
  • Vacuum system : Ultra-high vacuum system
  • Gas supply: High-purity oxygen for ion source and flooding

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IMS Wf

  • Category: Inorganic and Isotopic Mass Spectrometry
  • Technique: Secondary Ion Mass Spectrometry
  • Manufacturer: CAMECA
  • Country: France
  • Available: Active
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