Core excitation in 195Pt

Gal, A.

doi:10.1016/0031-9163(66)90765-7

Cited by 19 publications

(2 citation statements)

References 5 publications

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“…2). A level was seen in (p, d) experiment at 798 keV by BERRIER-Rorr et al [12] which they identified with the level at 793 + 2 keV seen in (d, t)reaction by YAMAZAKI and SHELIrr [13]. A spin of 13/2 + has been proposed for this level by B~~RrER-RONSlr~ et al [12].…”

Section: Discussionmentioning

confidence: 87%

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Negative parity levels in195Pt via [Coulomb excitation

Kulkarni

Andhradev²

1982

Acta Physica

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Low lying negative parity levels in l~~Pt were Coulomb excited with 4.0--5.5 Meu protons to test the weak coupling core-excitation model. A Ge(Li) detector was used to measure gamma ra?( yields and angular distributions. The levels at 449.6 and 793 keV were Coulomb excited repeatedly. The results of the gamma-ray angular distributions not only confirmed the assignment of 3/2 spin to the 199 keV level b u t also established 5/2, 5/2, and 3/2 spins for the levels at 389.6, 449.6 and 793 keV, respectively. The E2 a n d M1 transition probabilities for the 389.6, 449.6 and 793 keV transitions were found for the first time. The 211.2, 239.2, 389.6 and 793 keV states have eleetromagnetic magnetie properties eonsistent with the interpretation of eoupling of a P1/2 n e u t r o n to the 2 + and 2 + core-states.

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Section: Discussionmentioning

confidence: 87%

“…A decade ago GAL (Braunstein) [13] has attcmpted to describe the electromagnetic properties of the low-lying states in 195pt in terms of core-excitation model and had achieved very little suceess. This is mainly because very scanty experimental data abount B(E2) and B(M1) values existed then.…”

Section: Core-excitation Modelmentioning

confidence: 99%

Negative parity levels in195Pt via [Coulomb excitation

Kulkarni

Andhradev²

1982

Acta Physica

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g-Factor of the 53 keV 5/2? state in197Pt measured by the TDPAC method

Saxena

1981

Hyperfine Interact

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Investigation of new neutron-rich gold isotopes203Au and205Au

Wennemann

Schmidt‐Ott

Hild

et al. 1994

Z. Physik A - Hadrons and Nuclei

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Abstract. Using a 2~ beam of the UNILAC accelerator at GSI we produced the new isotopes 2~ and 2~and identified them by measuring their/?-decay properties. Their half-lives were found to be 60(6)s and 31(2)s, respectively, and the Q-value of 2~ was determined to be Qe=2040(60)keV. Nuclear structure information of 2~176 was derived from this measurement. Furthermore, production cross-sections of 203,205Au are given and compared to those obtained in other experiments.

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Core excitation in 195Pt

Cited by 19 publications

References 5 publications

Negative parity levels in195Pt via [Coulomb excitation

Negative parity levels in195Pt via [Coulomb excitation

g-Factor of the 53 keV 5/2? state in197Pt measured by the TDPAC method

Investigation of new neutron-rich gold isotopes203Au and205Au

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