Abstract
Radio frequency induced transitions between 3D 5/2- and 3P 3/2-Zeeman sublevels in He+ have been detected. From the position of the line center of theD 5/2 (m=−1/2)—P 3/2(m=1/2) transition, the splittings 3D 5/2—3P 3/2=(17259±13) MHz and 3P 3/2—3D 3/2=(81±13) MHz have been deduced. The theoretical values are 17254.9 and 85.4 MHz.
Three crossings of Zeeman sublevels of the 3S-, 3P- and 3D-states of He+ have been detected both by a magnetic and an electric field modulation method. The crossing-field strengths are in good agreement with the calculated values.
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Herrn Prof. Dr. H. Krüger danke ich für die Anregung zu dieser Arbeit. Herrn Doz. Dr. M. Baumann bin ich für seine Unterstützung und viele anregende Diskussionen zu Dank verpflichtet. Herr Dipl.-Math. W. Sautter vom Rechenzentrum der Universität Tübingen stellte das Iterationsprogramm zur Anpassung der Signalkurven zur Verfügung.
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Eibofner, A. Bestimmung derP 3/2 —D 3/2-Aufspaltimg und Nachweis von crossing-Signalen im Zustandn=3 von ionisiertem Helium. Z. Physik 249, 58–72 (1971). https://doi.org/10.1007/BF01397924
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DOI: https://doi.org/10.1007/BF01397924