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In Situ Messung der Vakuumfenster-Birefabenz mit 25Mg+ Fluoreszenz
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In Situ Messung der Vakuumfenster-Birefabenz mit 25Mg+ Fluoreszenz

Article DOI: 10.3791/61175-v • 07:03 min • June 13th, 2020
June 13th, 2020 •
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1MOE Key Laboratory of Fundamental Physical Quantities Measurement, Hubei Key Laboratory of Gravitation and Quantum Physics, PGMF and School of Physics, Huazhong University of Science and Technology

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Hier wird eine Methode vorgestellt, um die Birefreringenz von Vakuumfenstern zu messen, indem die fluoreszenzanzahl von Doppler gekühlt 25Mg+ Ionen in einer Ionenfalle maximiert werden. Die Birefrefabierung von Vakuumfenstern verändert die Polarisationszustände des Lasers, die durch Änderung der azimutalen Winkel externer Wellenplatten kompensiert werden können.

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Engineering Ausgabe 160 Polarisation Birefreringence Fluoreszenz Waveplate Vakuumfenster Ionenfalle
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