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Electric quadrupole shifts of the precession frequencies of \\(^{131}\\)Xe atoms in rectangular cells
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Electric quadrupole shifts of the precession frequencies of \\(^{131}\\)Xe atoms in rectangular cells
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Paper
Electric quadrupole shifts of the precession frequencies of \\(^{131}\\)Xe atoms in rectangular cells
2020
Overview
We study an atomic comagnetometer design based on the spin precessions of \\(^{129}\\)Xe and \\(^{131}\\)Xe atoms in glass cells. The quadrupole splittings in the precession spectrum of \\(^{131}\\)Xe are fully resolved, allowing a precise determination of the magnetic-dipole precession frequency. The transverse asymmetry of quadrupole interactions, due to both the geometry and surface properties of the cell, characterized by a non-zero asymmetry parameter \\(\\eta\\), modifies the dependence of the quadrupole splittings on the relative orientation between the cell axes and the bias magnetic field, and lead to additional corrections in the precession frequencies of \\(^{131}\\)Xe atoms. We examine these effects both theoretically and experimentally, and develop methods to quantify and control such shifts.
Publisher
Cornell University Library, arXiv.org
Subject
