ISOTOPE SHIFTS IN THE 6p**2 **3P//0-6p7s **3P degree //1 283. 3-nm LINE OF NATURAL LEAD.

F. A. Moscatelli, O. Redi, P. Schoenberger, H. H. Stroke, R. L. Wiggins

    Research output: Chapter in Book/Report/Conference proceedingConference contribution

    Abstract

    The isotope shifts in the 283. 3-nm resonance line of natural lead were measured by atomic-beam absorption spectroscopy with a 9. 1-m focal-length spectrometer. The spectrum was calibrated internally by the measured 6p7s **3P degree //1 hfs separation of **2**0**7Pb and by the value calculated from level-crossing results. The isotope shifts relative to **2**0**8Pb are minus 46. 6(6), **2**0**7Pb center of gravity; minus 74. 5(6), **2**0**6Pb; minus 142(3), **2**0**4Pb. The values are in units of 0. 001 cm** minus **1, the negative sign indicating a shift to lower wave numbers. The precision is nearly 1 order of magnitude greater than that of previous measurements.

    Original languageEnglish (US)
    Title of host publicationJournal of the Optical Society of America
    Pages918-922
    Number of pages5
    Volume72
    Edition7
    StatePublished - Jul 1982

    Fingerprint

    Isotopes
    Atomic beams
    Absorption spectroscopy
    Spectrometers
    Gravitation
    Lead

    ASJC Scopus subject areas

    • Engineering(all)

    Cite this

    Moscatelli, F. A., Redi, O., Schoenberger, P., Stroke, H. H., & Wiggins, R. L. (1982). ISOTOPE SHIFTS IN THE 6p**2 **3P//0-6p7s **3P degree //1 283. 3-nm LINE OF NATURAL LEAD. In Journal of the Optical Society of America (7 ed., Vol. 72, pp. 918-922)

    ISOTOPE SHIFTS IN THE 6p**2 **3P//0-6p7s **3P degree //1 283. 3-nm LINE OF NATURAL LEAD. / Moscatelli, F. A.; Redi, O.; Schoenberger, P.; Stroke, H. H.; Wiggins, R. L.

    Journal of the Optical Society of America. Vol. 72 7. ed. 1982. p. 918-922.

    Research output: Chapter in Book/Report/Conference proceedingConference contribution

    Moscatelli, FA, Redi, O, Schoenberger, P, Stroke, HH & Wiggins, RL 1982, ISOTOPE SHIFTS IN THE 6p**2 **3P//0-6p7s **3P degree //1 283. 3-nm LINE OF NATURAL LEAD. in Journal of the Optical Society of America. 7 edn, vol. 72, pp. 918-922.
    Moscatelli FA, Redi O, Schoenberger P, Stroke HH, Wiggins RL. ISOTOPE SHIFTS IN THE 6p**2 **3P//0-6p7s **3P degree //1 283. 3-nm LINE OF NATURAL LEAD. In Journal of the Optical Society of America. 7 ed. Vol. 72. 1982. p. 918-922
    Moscatelli, F. A. ; Redi, O. ; Schoenberger, P. ; Stroke, H. H. ; Wiggins, R. L. / ISOTOPE SHIFTS IN THE 6p**2 **3P//0-6p7s **3P degree //1 283. 3-nm LINE OF NATURAL LEAD. Journal of the Optical Society of America. Vol. 72 7. ed. 1982. pp. 918-922
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    abstract = "The isotope shifts in the 283. 3-nm resonance line of natural lead were measured by atomic-beam absorption spectroscopy with a 9. 1-m focal-length spectrometer. The spectrum was calibrated internally by the measured 6p7s **3P degree //1 hfs separation of **2**0**7Pb and by the value calculated from level-crossing results. The isotope shifts relative to **2**0**8Pb are minus 46. 6(6), **2**0**7Pb center of gravity; minus 74. 5(6), **2**0**6Pb; minus 142(3), **2**0**4Pb. The values are in units of 0. 001 cm** minus **1, the negative sign indicating a shift to lower wave numbers. The precision is nearly 1 order of magnitude greater than that of previous measurements.",
    author = "Moscatelli, {F. A.} and O. Redi and P. Schoenberger and Stroke, {H. H.} and Wiggins, {R. L.}",
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    AU - Moscatelli, F. A.

    AU - Redi, O.

    AU - Schoenberger, P.

    AU - Stroke, H. H.

    AU - Wiggins, R. L.

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    N2 - The isotope shifts in the 283. 3-nm resonance line of natural lead were measured by atomic-beam absorption spectroscopy with a 9. 1-m focal-length spectrometer. The spectrum was calibrated internally by the measured 6p7s **3P degree //1 hfs separation of **2**0**7Pb and by the value calculated from level-crossing results. The isotope shifts relative to **2**0**8Pb are minus 46. 6(6), **2**0**7Pb center of gravity; minus 74. 5(6), **2**0**6Pb; minus 142(3), **2**0**4Pb. The values are in units of 0. 001 cm** minus **1, the negative sign indicating a shift to lower wave numbers. The precision is nearly 1 order of magnitude greater than that of previous measurements.

    AB - The isotope shifts in the 283. 3-nm resonance line of natural lead were measured by atomic-beam absorption spectroscopy with a 9. 1-m focal-length spectrometer. The spectrum was calibrated internally by the measured 6p7s **3P degree //1 hfs separation of **2**0**7Pb and by the value calculated from level-crossing results. The isotope shifts relative to **2**0**8Pb are minus 46. 6(6), **2**0**7Pb center of gravity; minus 74. 5(6), **2**0**6Pb; minus 142(3), **2**0**4Pb. The values are in units of 0. 001 cm** minus **1, the negative sign indicating a shift to lower wave numbers. The precision is nearly 1 order of magnitude greater than that of previous measurements.

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