A dressed atomic magnetometer detects in-situ ultra-low-field MRI signals from water phantoms, reaching sub-millimeter positional accuracy in one-dimensional images.
A fast pneumatic sample-shuttle with attenuated shocks
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abstract
We describe a home-built pneumatic shuttle suitable for the fast displacement of samples in the vicinity of a highly sensitive atomic magnetometer. The samples are magnetized at 1 T using a Halbach assembly of magnets. The device enables the remote detection of free induction decay in ultra-low-field and zero-field NMR experiments, in relaxometric measurements and in other applications involving the displacement of magnetized samples within time intervals as short as a few tens of milliseconds. Other possible applications of fast sample shuttling exist in radiological studies, where samples have to be irradiated and then analyzed in a 'cold' environment.
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physics.app-ph 1years
2019 1verdicts
CONDITIONAL 1representative citing papers
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Sub-millimetric ultra-low-field MRI detected in situ by a dressed atomic magnetometer
A dressed atomic magnetometer detects in-situ ultra-low-field MRI signals from water phantoms, reaching sub-millimeter positional accuracy in one-dimensional images.