γ‐Zerfall von Isobar‐Analog‐Zuständen im Fe<sup>56</sup>

Friedrich, R.; Kiessling, M.; Otto, G.

doi:10.1002/andp.19694780307

Cited by 16 publications

(8 citation statements)

References 23 publications

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“…1, after correcting for the Ge(Li) detector efficiency, taking the intensity of the 9844 keV y-line (from the resonance level at E,, = 11929 4 keV t o the 2085 keV second excited state of Fern) as 100. The present results were compaied to those of FRIEDRICH et al [3] (after renormalizing the relative intensities so that the 9844 keV y-line is taken as 100). Fairly good agreement exists between both results, as clear from Table 1, except for few transitions and some of the relative intensities.…”

Section: Experimental Techniquesupporting

confidence: 58%

“…reaction at E, 7 1806 f 4 keV compared to the results of FRIEDRIOH et al [3]. Errors in the energy levels of FeS6 are taken from [3] The Present Results Results of FRIEDRICH et al to three cbannels studies [6] showed that the 486 keV state in MnM is identified as a 3+ state from the properties of the observed y-decays.…”

Section: T a B L E 2 Energies And Relative Intensities Of The Y-transmentioning

confidence: 57%

“…Errors in the energy levels of FeS6 are taken from [3] The Present Results Results of FRIEDRICH et al to three cbannels studies [6] showed that the 486 keV state in MnM is identified as a 3+ state from the properties of the observed y-decays. Theoretical double correlation function [4] for different J" values was calculated for the above transition taking into account all the considerations as given in the previous resonance.…”

Section: T a B L E 2 Energies And Relative Intensities Of The Y-transmentioning

confidence: 67%

“…reaction at E, 7 1806 f 4 keV compared to the results of FRIEDRIOH et al [3]. Errors in the energy levels of FeS6 are taken from [3] The Present Results W ( ) = 1 -(0.085 f 0.045) P, (COR 0).…”

Section: T a B L E 2 Energies And Relative Intensities Of The Y-transitions From The Mns5(py)fe66mentioning

confidence: 73%

“…[3] Errors in the energy levels of FeS6 are taken from [3] The value of ''6" equal t o -0.123 and +0.009 respcetively, with the spin 4 more probable. It was then important t o study the results of the elastic scattering of protons on Mn55 to clearifg the parity assignment.…”

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confidence: 99%

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The Isobaric-Analogue Resonance States in the Fe⁵⁶Nucleus

1973

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Gamma ray spectra from the reaction Mn55(p, y ) Fe56 have been measured a t the isobaric-analogue resonances a t E , = 1769 3 4 keV and 1806 f 4 keV respectively with a 15 om3 Ge(Li) dedector. Double correlation for the transition from the resonance level t o the second excited state of Fe56 has been measured for the two cases. Proton elastic scattering was also studied a t each resonance a t the angle 150". Analysis of the ( p , y ) and ( p , p ) works yields a J" assignment 4' or 5 ' and 3+ for the two mentioned resonance states, respectively, which are the isobaric-analogues of the 0.454 MeV and 0.486 MeV states of MnS6. The proton partial width and the total width for each resonance state were also determined.

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Section: Experimental Techniquesupporting

confidence: 58%

Section: T a B L E 2 Energies And Relative Intensities Of The Y-transmentioning

confidence: 57%

Section: T a B L E 2 Energies And Relative Intensities Of The Y-transmentioning

confidence: 67%

Section: T a B L E 2 Energies And Relative Intensities Of The Y-transitions From The Mns5(py)fe66mentioning

confidence: 73%

mentioning

confidence: 99%

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The Isobaric-Analogue Resonance States in the Fe⁵⁶Nucleus

1973

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Isobaric Analogue State of the 0.211 MeV Level of Mn⁵⁶in Fe⁵⁶

et al. 1973

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Gamma-ray spectrum from the reaction Mn55(p, y ) FeS6 at the isobaric analogue resonance a t E, = 1537 4keV has beenmeasuredwith a 15 cm8 Ge(Li) detector. Double and triple angular correlations at this resonance state have been measured. Proton elastic scattering was studied also a t this resonance at the angles 135" and 150". Analysis of these data yields a spin and parity assignment 2+, proton radiative width 2 f 0.2 keV and total width 9 keV to this resonance state which is the isobaric analogue of the third excited state of MnS6 at excitation energy 0.211 MeV.

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