Neoma MS/MS

Multicollector ICP-MS with MS/MS mode for removing isobaric interferences and enhancing accuracy in isotopic measurements.

• Status: Active
• Country: Germany
• Isotopic: Yes
• Elemental: Yes
• Analyte Type / Target Of Analysis: Metals and non-metals
• Measurable Isotopes/Elements: Rare earth elements, actinides, and transition metals
• Analyzer Type
  : Magnetic Sector MS, Tandem Magnetic Sector MS
• Ion Source Type: Inductively Coupled Plasma
• Inlet Types: Laser ablation, autosamplers, HPLC, GC
• High Resolution
  : Yes
• Mass Resolution/ Mass Resolving Power
  : Low, medium, high, and extra high resolution (>15,000)
• Multicollector
  : Yes
• Collectors Qty
  : 10 moveable Faraday cups and 1 central dual-mode detector (Faraday/SEM)
• Abundance Sensitivity
  : <50 ppb abundance sensitivity at 1 amu
• Dynamic Range
  : Over 9 orders of magnitude (up to 60 Gcps)
• Detection Limits
  : Sub-ppq levels with enhanced interference removal via MS/MS
• Precision
  : High precision for isotopic and elemental ratio analysis, especially with MS/MS
• Detector Type
  : Faraday cups and discrete dynode electron multiplier
• Possible Amplifiers
  : 24 amplifier slots, 12 x 10¹¹ Ω amplifiers, 4 x 10¹³ Ω amplifiers
• Reaction Cell System Details: MS/MS with pre-cell quadrupole filtering
• Spray Chamber
  : Peltier-cooled cyclonic spray chamber
• Nebulizer
  : Concentric nebulizer
• Torch
  : High-performance torch system
• Interface
  : Jet interface optional
• Geometry Type
  : Nier-Johnson geometry with MS/MS addition
• Focusing Type
  : Double focusing with additional MS/MS quadrupole focusing
• Magnetic Sector Radius/ Angle
  : Large-radius
• Cooling System
  : Water-cooled
• Vacuum System
  : Fully turbo-pumped
• Gas Supply: High-purity argon (>99.996%) with reactive gases (O2, N2O, NH3, SF6) and collision gases (H2, He)
• Reaction Cell System: Yes