Decay of 32.2 min<sup>138</sup>Cs to<sup>138</sup>Ba

Nagahara, Teruaki; Miyaji, Nobuyoshi; Kurihara, H.; Mizuno, Yukiko; Ishizuka, Y.

doi:10.1143/jpsj.28.283

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A Previous Work On the Decay Of Cs And The Levels In I^oba1

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1971

1975

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Cited by 17 publications

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“…138 Carlson, Schick, Talbert, and Wohn (26) reported the half-life of Cs to be 32.2 ^ 0.2 minutes, and Alvëger, Naumann, Retry, Sidenius, and Thomas (27) measured energies and intensities for nine gamma rays observed 138 in the Cs decay. Nagahara, Miyaji, Kurihara, Mizuno, and ishizuka (28) observed 3Î gamma-rays and placed them in a level scheme of 19 excited levels with the aid of Ge(Li)-Na1 (Tl) coincidence data. A list of these levels will be presented later.…”

Section: A Previous Work On the Decay Of Cs And The Levels In I^obamentioning

confidence: 99%

The decays of 138Xe and 138Cs

Carlson¹

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Section: A Previous Work On the Decay Of Cs And The Levels In I^obamentioning

confidence: 99%

The decays of 138Xe and 138Cs

Carlson¹

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“…Thomas (27) measured energies and intensities for nine gamma rays observed 138 in the Cs decay. Nagahara, Miyaji, Kurihara, Mizuno, and ishizuka (28) observed 3Î gamma-rays and placed them in a level scheme of 19 excited levels with the aid of Ge(Li)-Na1 (Tl) coincidence data. A list of these levels will be presented later.…”

Section: Inmentioning

confidence: 99%

The decays of 138Xe and 138Cs

Carlson

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A. TRISTAN On-line System 13 B. Isobaric Separation of A=138 Activities 13 C. Detectors and Electronics 17 D. Gamma-ray Singles Counting Methods 19 E. Coincidence Counting Methods 19 F. Low-energy Gamma-ray Detection 23 III. DATA ANALYSIS 26 A. Singles Experiments 26 B. Gamma-gamma Coincidence Experiments 3] C. Level Scheme Construction 33 D. Beta-spectrum Analysis 34 E. Log ft Calculation 40 IV. RESULTS 42 A. '^®Cs Decay 42 B. '^^Xe Decay 61

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