Conversion Probability of the 35 keV Transition in <sup>125</sup>Te

Marelius, A.; Välivaara, K. G.; Awwad, Z.; Lindskog, J.; Phil, J.; Hägglund, S. E.

doi:10.1088/0031-8949/1/2-3/005

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A Internal Conversion Coefficients and The Nuclear Parameters1

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2019

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“…This agreement indicates that the PV model describes the dominant part of the 1/2 + and 3/2 + state wavefunctions reasonably well. As a consequence of the small M 1 strength, the magnitude of the calculated λ = +5.6 is about five times larger than 6.68 (14) 1990Iw04 [34] 7.01 6.73 6.55 (13) 1992ScZZ [35] αT ot 13.65 (28) 1969Ka08 [36] 13.26 13.86 14.25(64) 1979CoZG [30] αK /(1 + αT ot) 0.80 (5) 1952Bo16 [37] 0.795 0.800 0.804(10) 1970Ma51 [38] αL/(1 + αT ot) 0.11 (2) 1952Bo16 [37] 0.109 0.107 αM /(1 + αT ot) 0.020 (4) 1952Bo16 [37] 0.022 0.021 K 12.01 (18)…”

Section: A Internal Conversion Coefficients and The Nuclear Parametersmentioning

confidence: 99%

High-resolution conversion electron spectroscopy of the I125 electron-capture decay

et al. 2019

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The conversion electrons from the decay of the 35.5-keV excited state of 125 Te following the electron capture decay of 125 I have been investigated at high resolution using an electrostatic spectrometer. The penetration parameter λ = −1.2(6) and mixing ratio |δ(E2/M 1)| = 0.015(2) were deduced by fitting to literature values and present data. The shake probability of the conversion electrons is estimated to be 0.5, more than two times larger than the predicted value of 0.2.

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