Equipments Details
Description
For analyses of isotope ratios and compositions of diverse metals from solution or in situ; can be equipped with a Spectraphysis femtosecond laser to ablate a diverse range of geomaterials
The Institute of Mineralogy uses a ThermoFinnigan Neptune MC-ICP-MS instrument equipped with 9 Faraday detectors, one secondary electron multiplier (SEM, fixed), and two compact discrete dynode (CDD) SEMs for isotopes with very low signal intensities (< 106 cps; attached to the L4 and H4 Faraday detector, respectively). One amplifier with a 1012 Ω feedback resistor can be selected for a low signal intensity (typically < 5*10-13 A ≡ 50 mV), and nine amplifiers with 1011 Ω resistors are installed enabling measurement of signals of up to 5*10-10 A (≡ 50 V)
The Institute of Mineralogy uses a ThermoFinnigan Neptune MC-ICP-MS instrument equipped with 9 Faraday detectors, one secondary electron multiplier (SEM, fixed), and two compact discrete dynode (CDD) SEMs for isotopes with very low signal intensities (< 106 cps; attached to the L4 and H4 Faraday detector, respectively). One amplifier with a 1012 Ω feedback resistor can be selected for a low signal intensity (typically < 5*10-13 A ≡ 50 mV), and nine amplifiers with 1011 Ω resistors are installed enabling measurement of signals of up to 5*10-10 A (≡ 50 V)
Research techniques
- Spectroscopy > Mass Spectrometry (MS)
Research Service (CoreNAT - Faculty of Natural Sciences)
- Material Analytics
