Modeling the Correction of Small-Sized Rubidium Atomic Clock by a Quantum Magnetometer Under Conditions of Geomagnetic Field Variations

Author:

Rogatin Maxim1,Sergeeva Maria1,Ermak Sergey1,Semenov Vladimir1,Ermak Olga1

Affiliation:

1. Peter the Great St.Petersburg Polytechnic University,St.Petersburg,Russia

Funder

Russian Science Foundation

Publisher

IEEE

Reference19 articles.

1. Demonstration of high-performance compact magnetic shields for chip-scale atomic devices

2. The influence of the orientation frequency shift of the quantum sensor with optical pumping on the measurement of the orbit parameters of the satellites of navigation systems;lozov;J Radioengineering Russia,2018

3. Modeling the effect of geomagnetic field anomalies on the frequency of satellite onboard rubidium clock in the GPS navigation system;borisov;International Youth Conference on Electronics Telecommunications and Information Technologies,0

4. Orientation frequency shifts of rubidium onboard atomic clock;ermak;Radiotechnika,2022

5. On the contribution of the tensor component to the light shift of the frequency of radio-optical microwave resonance in rubidium vapor;semenov;Izvestiya Vuzov Phys,1999

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