In gas handling, precision isn't just preferred-it's essential. Yet across industries-from analytical instrumentation to plasma cutting-many systems still rely on pressure-based setups or fixed manual...

We demonstrate that proper detector integration must consider high-voltage design concepts and use a conservative margin of safety that accommodates real-world environmental, process, and material...

We collected historical Tribrid MS electron multiplier data, which we then compared against "accelerated aging test" results for both the standard and new multipliers....

A variety of capacitance networks have previously been used with discrete-dynode multipliers to improve their pulse dynamic range (linear response to high abundance ion peaks). These have been used...

In this study, we have developed the new high sensitivity detector which has a simple structure to achieve high ion transmission and to eliminate neutral molecules simultaneously...

We demonstrate that proper detector integration, which maximises performance, must account for the pulse-based output of detectors...

We previously developed novel technologies that improve detector sensitivity to improve the dynamic range of mass spectrometers and reduce the 'time to answer'. This includes technologies that allow...

The Gas Control Challenge in Benchtop and Pilot-Scale Bioreactors...

The objective of this study is to determine the primary cause(s) of electron multiplier degradation with use over an extended time, with a view toward optimizing detector lifetime in mass spectrometry...

Our research addresses the primary challenges associated with electron multiplier performance in mass spectrometry...