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Geosensor–Ringlaser

Geosensor–Ringlaser

Zündrohr Wandinstallation in der Universität von Canterbury Cristchurch NZ

Geosensor–Ringlaser

Wandinstallation in der Universität von Canterbury Cristchurch NZ

Geosensor–Ringlaser

Wandinstallation in der Universität von Canterbury Cristchurch NZ

Geosensor–Ringlaser

Bodeninstallation im Pinon Flat observatory (USA)

Geosensor–Ringlaser

Testinstallation auf dem Boden in der Fundamentalstation in Wettzell (Deutschland)



Descriptions

Geosensor–Ringlaser

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Technical Description


Laser Gyroscope for measurement of seismic rotational waves in seismic and geophysical studies.

Technical Datas


Laser wavelength: 633 nm

Mirror distance / Area: Square 1.6 x 1.6 m2
scalable to larger dimensions

Mirror system: 4 spherical supermirrors ø25.4mm separate adjustable with a folded lever system in 4 corner boxes made from mineral–epoxy casted material

Vakuum range: built in a completely UHV compatible design,
but running under He–Ne–filling

Kunde & Zeitraum


Kunde:

Technical University Munich
Realisierungszeitraum:

2002 to 2005