Molecular Beam Studies

Mass spectrometers for vacuum, gas, plasma and surface science

 

Molecular Beam Studies

For molecular beam analysis

Measures the concentration of gases and vapours in real time

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Mass range

200, 300 or 510 amu

Minimum detectable concentration

5 PPB

Maximum detectable concentration

100%

Sample inlet pressure

100mbar to 2bar abs

 

Options for sampling at pressures up to 30Bar

Response time to gas concentration change

300 milliseconds

Fast measurement speed

Up to 500 measurements per second

Sample flow required

Options for < 1 atm cc/min to 20 atm cc/min

 

Corrosive gas sampling options

For molecular beam analysis

Hiden’s 3F Series 1000/2000 RGA mass spectrometers with pulse ion counting detection system and integral signal gating enable effective molecular beam analysis.

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Related Products

3F Series RGA

EPIC

HPR-60 MBMS

Overview

Hiden’s 3F Series 1000/2000 RGA mass spectrometers with pulse ion counting detection system and integral signal gating enable effective molecular beam analysis. Integral delay timers provide for automatic acquisition of foreground and background signal in pulsed or chopped molecular beam experiments.

Hiden’s cross beam ioniser/analyser shroud analyser accessories enable high sensitivity molecular beam analyses whilst preventing ioniser and quadrupole analyser contamination from condensable species within the beam.

Custom designed analyser length extension, analyser shrouds, and analyser housings are available to provide an optimum analyser gauge configuration to suit new or existing molecular beam experiment chambers.

 

Overview

Hiden’s 3F Series 1000/2000 RGA mass spectrometers with pulse ion counting detection system and integral signal gating enable effective molecular beam analysis. Integral delay timers provide for automatic acquisition of foreground and background signal in pulsed or chopped molecular beam experiments.

Hiden’s cross beam ioniser/analyser shroud analyser accessories enable high sensitivity molecular beam analyses whilst preventing ioniser and quadrupole analyser contamination from condensable species within the beam.

Custom designed analyser length extension, analyser shrouds, and analyser housings are available to provide an optimum analyser gauge configuration to suit new or existing molecular beam experiment chambers.