News Article
Henniker reveals ultra sensitive spectrometer for gas analysis
The new tool can be used in the monitoring of MOCVD grown III-V compound semiconductors
The Extrel MAXCS-50 Series quadrupole mass spectrometer from Henniker Scientific has been released and directly addresses research applications requiring high sensitivity gas analysis of low molecular weight species.
High Resolution Quadrupole Mass Spectrometer
At the heart of the instrument is a high specification quadrupole mass filter assembly, featuring a precision machined 19mm quadrupole rod set with RF-only pre- and post-filter stages, stabilising rods and the latest high stability CS Series RF generator that in combination deliver exceptional transmission, resolution and abundance sensitivity characteristics at low masses.
Typical applications include geochronology isotope ratio measurements and helium-deuterium gas purity analysis, where the instrument’s exceptional resolution is able to resolve adjacent mass peaks separated by only a few hundredths of an atomic mass unit even at low concentration.
The MAXCS-50 is available as a fully UHV compatible bolt-on probe or with application matched pressure reduction stages which address a wide range of atomic, molecular and surface analysis studies.
High Resolution Quadrupole Mass Spectrometer
At the heart of the instrument is a high specification quadrupole mass filter assembly, featuring a precision machined 19mm quadrupole rod set with RF-only pre- and post-filter stages, stabilising rods and the latest high stability CS Series RF generator that in combination deliver exceptional transmission, resolution and abundance sensitivity characteristics at low masses.
Typical applications include geochronology isotope ratio measurements and helium-deuterium gas purity analysis, where the instrument’s exceptional resolution is able to resolve adjacent mass peaks separated by only a few hundredths of an atomic mass unit even at low concentration.
The MAXCS-50 is available as a fully UHV compatible bolt-on probe or with application matched pressure reduction stages which address a wide range of atomic, molecular and surface analysis studies.
