Hypersatellites at ^sup 109^Ag, ^sup 123^Te, and ^sup 147^Pm autoionization during internal electron conversion

Hypersatellites at ^sup 109^Ag, ^sup 123^Te, and ^sup 147^Pm autoionization during internal electron conversion

The formation of hypersatellites during internal electron conversion in 109Ag, 123Te, and 147Pm nuclei has been investigated on multidimensional-coincidence spectrometers with Ge-Si(Li), Ge-Ge, and NaI(Tl) detectors. The probability of double ionization of the K shell in these nuclei is determined a...

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Veröffentlicht in:Bulletin of the Russian Academy of Sciences. Physics 2008-11, Vol.72 (11), p.1559
Hauptverfasser: Vishnevsky, I N, Drapey, S S, Zheltonozhsky, V A, Zheltonozhskaya, M V, Strilchuk, N V
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Autoionization
Conversion
Detectors
Energy measurement
Germanium
Ionization
Nuclei
Silicon
Spectrometers
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container_title Bulletin of the Russian Academy of Sciences. Physics
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creator Vishnevsky, I N
Drapey, S S
Zheltonozhsky, V A
Zheltonozhskaya, M V
Strilchuk, N V
description The formation of hypersatellites during internal electron conversion in 109Ag, 123Te, and 147Pm nuclei has been investigated on multidimensional-coincidence spectrometers with Ge-Si(Li), Ge-Ge, and NaI(Tl) detectors. The probability of double ionization of the K shell in these nuclei is determined and hypersatellite energy shift is measured.
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subjects Autoionization
Conversion
Detectors
Energy measurement
Germanium
Ionization
Nuclei
Silicon
Spectrometers
title Hypersatellites at ^sup 109^Ag, ^sup 123^Te, and ^sup 147^Pm autoionization during internal electron conversion
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