Effect of Converted Isometric Transition in (125m)Te on the Emission Spectra of Mossbauer Gamma-Quanta in a Number of Tellurium Compounds

Effect of Converted Isometric Transition in (125m)Te on the Emission Spectra of Mossbauer Gamma-Quanta in a Number of Tellurium Compounds

New sources for nuclear gamma-resonance experiments with 125Te were tested. Beta-((125m)Te)O3 was found to have a recoilless fraction of gamma-rays double that of Pb((125m)Te) or 125Sb in a Cu-matrix. H6((126m)Te)O6 and Na2H4 ((125m)Te) O6 sources yielded abnormal forms of emission spectra, which we...

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Bibliographische Detailangaben
Hauptverfasser: Lebedev,V. A, Lebedev,R. A, Babeshkin,A. M, Nesmeyanov,A. N
Format: Report
Sprache:eng
Schlagworte:
Atomic and Molecular Physics and Spectroscopy
Emission spectra
Gamma ray spectra
Mossbauer effect
Quadrupole splitting
Resonance
Spectrum analysis
Tellurides
Tellurium compounds
Transitions
Translations
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Zusammenfassung:New sources for nuclear gamma-resonance experiments with 125Te were tested. Beta-((125m)Te)O3 was found to have a recoilless fraction of gamma-rays double that of Pb((125m)Te) or 125Sb in a Cu-matrix. H6((126m)Te)O6 and Na2H4 ((125m)Te) O6 sources yielded abnormal forms of emission spectra, which were interpreted in terms of 'hot atoms' chemistry. (Author) Trans. of Moscow Univ. Vestnik. Seriya 2: Khimiya (USSR) v23 n4 p1619 1968, by L. Holtschlag.