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Prout, D. L.; Rapaport, J.; Palarczyk, M.; Cooper, D. A.; Savopulos, G.; Hautala, C.; Anderson, B. D.; Baldwin, A. R.; Foster, C.C.; Gloeckle, W.; Goodman, C. D.; Howes, Ruth; Islam, M. S.; Luther, B.; Madey, R.; Manley, D. M.; Sowiński, J.; Sugarbaker, E.; Taddeucci, T.N.; Heerden, I. van; Watson, J. W.; Witała, H.; Yang, Xiaofei; Zhang, W.-M.

doi:10.1103/physrevc.65.034611

Cited by 12 publications

(2 citation statements)

References 22 publications

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“…The calculated total width of these monopole resonances (about 14 MeV) is not in desagreement with the experimental data [4,13]. However, as follows from recent data on searching for the IVSMR in nat Pb and 90 Zr target nuclei via the (p,n)-reaction at 795 MeV incident energy [14], the IVSMR total width may be larger. In this case, the larger I value results in decreasing the calculated value of b tot without a marked change of the relative partial branching ratios.…”

mentioning

confidence: 65%

Direct-decay properties of charge-exchange spin giant resonances

Rodin¹,

Urin²

2001

Nuclear Physics A

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An extended continuum-RPA approach is applied to describe direct-decay properties of spin giant resonances in $^{208}$Bi and $^{90}$Nb. Partial branching ratios for direct proton decay from these resonances are evaluated. The branching ratio for $\gamma$-decay from the spin-dipole resonance to the Gamow-Teller resonance (main peak) is estimated. The saturation-like behaviour of the mean doorway-state spreading width in $^{208}$Pb is discussed in connection with the branching ratio for direct proton decay from the spin-monopole resonance and the Gamow-Teller strength distribution.Comment: 6 pages, 2 figures, Talk given at the International Conference on Giant Resonances (GR2000),June 2000, Osaka, Japa

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confidence: 65%

Direct-decay properties of charge-exchange spin giant resonances

Rodin¹,

Urin²

2001

Nuclear Physics A

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“…One expects a progress in this field, which would result in predictions for observables at medium energies. Experimental basis, which could be used for testing these forthcoming theoretical findings, is nowadays very poor, especially for spin observables at medium energies [18][19][20][21][22][23][24][25][26][27]. Therefore, the idea of the construction of a polarized 3 He target at the new CCB facility has come up.…”

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confidence: 99%

Possibility of Measurement of Cross Section and Vector Analyzing Powers of $p-^{3}$He Scattering at the Bronowice Cyclotron Center

Ciepał¹,

Kozela²,

Głowacz³

et al. 2016

Acta Phys. Pol. B

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A new possibility of continuation of few-nucleon dynamics studies at medium energies has appeared together with a new facility at the Institute of Nuclear Physics PAN in Kraków -The Bronowice Cyclotron Center (CCB). The new cyclotron PROTEUS provides a proton beam in an energy range of 70-230 MeV. Current progress in the theoretical calculations for four-nucleon (4N ) systems is a main motivation to investigate p− 3 He scattering. Due to the fact that the beam cannot be polarized, the only possibility to study spin observables is to build a polarized 3 He target system. A planned experiment assumes the construction of a cylindrical double Pyrex cell with separated pumping and target chambers with an additional polyamide film covering apertures for the passing beam and the reaction products. To polarize 3 He gas, the spin-exchange optical pumping method will be used.

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Nuclear Data Sheets for A = 3

Purcell

Sheu

2015

Nuclear Data Sheets

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Polarization transfer in quasifree(p→,n→)reactions on
D. L. Prout
¹
,
J. Rapaport
²
,
M. Palarczyk
³

et al.

Cited by 12 publications

References 22 publications

Direct-decay properties of charge-exchange spin giant resonances

Direct-decay properties of charge-exchange spin giant resonances

Possibility of Measurement of Cross Section and Vector Analyzing Powers of $p-^{3}$He Scattering at the Bronowice Cyclotron Center

Nuclear Data Sheets for A = 3

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Polarization transfer in quasifree(p→,n→)reactions onD. L. Prout1, J. Rapaport2, M. Palarczyk3 et al.

Cited by 12 publications

References 22 publications

Direct-decay properties of charge-exchange spin giant resonances

Direct-decay properties of charge-exchange spin giant resonances

Possibility of Measurement of Cross Section and Vector Analyzing Powers of $p-^{3}$He Scattering at the Bronowice Cyclotron Center

Nuclear Data Sheets for A = 3

Contact Info

Product

Resources

About

Polarization transfer in quasifree(p→,n→)reactions on
D. L. Prout
¹
,
J. Rapaport
²
,
M. Palarczyk
³

et al.