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APSI mode simplifies MS spectral analysis

APSI mode simplifies MS spectral analysis

Analysis of gaseous species by quadrupole mass spectrometry involves ionisation of the molecular species most typically by the electron bombardment technique, the ionisation process creating fragmentation ions additionally to the parent ion. Spectral interpretation...
CERN Accelerator School

CERN Accelerator School

The CERN Accelerator School in collaboration with MAX IV Laboratory organised a course on Vacuum for Particle Accelerators in Glumslov, Sweden from 6th – 16th June 2017. Hiden Analytical were pleased to provide sponsorship for the school in order to fund a grant...
New Laboratory at the University of Kansas

New Laboratory at the University of Kansas

Hiden Analytical and Hiden Isochema are pleased to announce a new collaboration with Dr. Mark Shiflet at the University of Kansas. Mark and Hiden have worked together for many years and we are pleased to have the opportunity to showcase a wide range of our gas...
Residual gas analysers for UHV/XHV in-vacuum operation

Residual gas analysers for UHV/XHV in-vacuum operation

The Hiden RGA series of quadrupole mass spectrometers for in-vacuum process analysis is further extended to include systems for applications from general vacuum monitoring through to specialised environmental and R&D applications. The Hiden HAL/3F series with...
New Hiden ExQ Dynamic Gas Analyser

New Hiden ExQ Dynamic Gas Analyser

The Hiden ExQ quantitative gas analyser is a new multi-featured and compact mass spectrometer system providing continuous on-line analysis of dynamic gas streams at pressures from sub-atmospheric up to 30 bar, the fully integrated system now being configurable both...
Gas Analysis for Hydrogen Applications

Gas Analysis for Hydrogen Applications

Hydrogen is being evaluated and promoted worldwide as an environmentally benign replacement for gasoline, natural gas and other fuels in both transportation and non-transportation applications. An extensive amount of research and development is currently being...