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EIGER

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Description of EIGER

Sketch of the Instrument

The neutrons first pass a sapphire filter, which absorbs neutrons with an energy above about 80meV.
The adjustable virtual source reduces the background.
The double focusing PG monochromator selects neutrons of the proper wavelength and focus the beam at the sample position.
The monochromator shielding is built from non-magnetic materials so that high field cryo-magnets can be used with EIGER .
The horizontally focusing analyser selects neutrons with a given energy and focus them onto the detector.
The det…
The neutrons first pass a sapphire filter, which absorbs neutrons with an energy above about 80meV.

The adjustable virtual source reduces the background.

The double focusing PG monochromator selects neutrons of the proper wavelength and focus the beam at the sample position.

The monochromator shielding is built from non-magnetic materials so that high field cryo-magnets can be used with EIGER .

The horizontally focusing analyser selects neutrons with a given energy and focus them onto the detector.

The detector is a single 3He-tube.

The EIGER instrument

Please click on the pictures to enlarge.

From left to right:  monochromator shielding, sample table with cryostat, analyzer shielding, detector housing
From left to right:
monochromator shielding, sample table with cryostat, analyzer shielding, detector housing
Double focusing PG monochromator
Double focusing PG monochromator
Top view into the monochromator shielding
Top view into the monochromator shielding

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Call for Proposals

Next submission deadline:
May 15, 2023

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SINQ Sample Environment

Get full information on the SINQ sample environment
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