Study of the proton-neutron interaction around 68 Ni: vibrational structure of 72,74 Zn

D. Mücher; K Wimmer; V Bildstein; M Albers; L Bettermann; A Blazhev; J Eberth; C Fransen; K Gladnishki; S Das Gupta; K Hadynska; M Hass; J Iwanicki; J Jolie; A Jungclaus; V Kumar; J Leske; G Lo Bianco; P Napiorkowski; B S Nara Singh; K Nowack; J Pakarinen; N Pietralla; G Rainovski; M Scheck; J Srebrny; N Warr; M Zielinska

Study of the proton-neutron interaction around 68 Ni: vibrational structure of 72,74 Zn

D. Mücher
, K Wimmer
, V Bildstein
, M Albers
, L Bettermann
, A Blazhev
, J Eberth
, C Fransen
, K Gladnishki
, S Das Gupta
, K Hadynska
, M Hass
, J Iwanicki
, J Jolie
, A Jungclaus
, V Kumar
, J Leske
, G Lo Bianco
, P Napiorkowski
, B S Nara Singh

K Nowack, J Pakarinen, N Pietralla, G Rainovski, M Scheck, J Srebrny, N Warr, M Zielinska

Research output: Book/Report › Other report

Abstract

We propose to study the 72Zn nucleus, 2 protons and 2 neutrons away from the possible double-magic 68Ni nucleus, by means of Coulomb Excitation in inverse kinematics. Current data suggest almost degenerated 2+ states of 2-phonon and mixed-symmetric character, respectively. The identification of the 2+ ms state in 72Zn will be a direct measure of the interaction between valence protons and neutrons what is the key to understand the nature of 68Ni. We furthermore propose to study the unusual behavior of the first excited 0+ state in this region using the t(72Zn,p)74Zn reaction.

Original language	English
Publisher	The European Organization for Nuclear Research
Number of pages	11
Publication status	Published - 2010

Publication series

Name	Proposal ISOLDE

Access to Document

Cite this

Mücher, D., Wimmer, K., Bildstein, V., Albers, M., Bettermann, L., Blazhev, A., Eberth, J., Fransen, C., Gladnishki, K., Gupta, S. D., Hadynska, K., Hass, M., Iwanicki, J., Jolie, J., Jungclaus, A., Kumar, V., Leske, J., Bianco, G. L., Napiorkowski, P., ... Zielinska, M. (2010). Study of the proton-neutron interaction around 68 Ni: vibrational structure of 72,74 Zn. (Proposal ISOLDE). The European Organization for Nuclear Research. https://greybook.cern.ch/greybook/experiment/detail?id=IS510

@book{43723eaf36a6498d8946eb4ca52a4b82,

title = "Study of the proton-neutron interaction around 68 Ni: vibrational structure of 72,74 Zn",

abstract = "We propose to study the 72Zn nucleus, 2 protons and 2 neutrons away from the possible double-magic 68Ni nucleus, by means of Coulomb Excitation in inverse kinematics. Current data suggest almost degenerated 2+ states of 2-phonon and mixed-symmetric character, respectively. The identification of the 2+ ms state in 72Zn will be a direct measure of the interaction between valence protons and neutrons what is the key to understand the nature of 68Ni. We furthermore propose to study the unusual behavior of the first excited 0+ state in this region using the t(72Zn,p)74Zn reaction.",

author = "D. M{\"u}cher and K Wimmer and V Bildstein and M Albers and L Bettermann and A Blazhev and J Eberth and C Fransen and K Gladnishki and Gupta, \{S Das\} and K Hadynska and M Hass and J Iwanicki and J Jolie and A Jungclaus and V Kumar and J Leske and Bianco, \{G Lo\} and P Napiorkowski and Singh, \{B S Nara\} and K Nowack and J Pakarinen and N Pietralla and G Rainovski and M Scheck and J Srebrny and N Warr and M Zielinska",

year = "2010",

language = "English",

series = "Proposal ISOLDE",

publisher = "The European Organization for Nuclear Research",

address = "Switzerland",

}

Mücher, D, Wimmer, K, Bildstein, V, Albers, M, Bettermann, L, Blazhev, A, Eberth, J, Fransen, C, Gladnishki, K, Gupta, SD, Hadynska, K, Hass, M, Iwanicki, J, Jolie, J, Jungclaus, A, Kumar, V, Leske, J, Bianco, GL, Napiorkowski, P, Singh, BSN, Nowack, K, Pakarinen, J, Pietralla, N, Rainovski, G, Scheck, M, Srebrny, J, Warr, N & Zielinska, M 2010, Study of the proton-neutron interaction around 68 Ni: vibrational structure of 72,74 Zn. Proposal ISOLDE, The European Organization for Nuclear Research. <https://greybook.cern.ch/greybook/experiment/detail?id=IS510>

TY - BOOK

T1 - Study of the proton-neutron interaction around 68 Ni

T2 - vibrational structure of 72,74 Zn

AU - Mücher, D.

AU - Wimmer, K

AU - Bildstein, V

AU - Albers, M

AU - Bettermann, L

AU - Blazhev, A

AU - Eberth, J

AU - Fransen, C

AU - Gladnishki, K

AU - Gupta, S Das

AU - Hadynska, K

AU - Hass, M

AU - Iwanicki, J

AU - Jolie, J

AU - Jungclaus, A

AU - Kumar, V

AU - Leske, J

AU - Bianco, G Lo

AU - Napiorkowski, P

AU - Singh, B S Nara

AU - Nowack, K

AU - Pakarinen, J

AU - Pietralla, N

AU - Rainovski, G

AU - Scheck, M

AU - Srebrny, J

AU - Warr, N

AU - Zielinska, M

PY - 2010

Y1 - 2010

N2 - We propose to study the 72Zn nucleus, 2 protons and 2 neutrons away from the possible double-magic 68Ni nucleus, by means of Coulomb Excitation in inverse kinematics. Current data suggest almost degenerated 2+ states of 2-phonon and mixed-symmetric character, respectively. The identification of the 2+ ms state in 72Zn will be a direct measure of the interaction between valence protons and neutrons what is the key to understand the nature of 68Ni. We furthermore propose to study the unusual behavior of the first excited 0+ state in this region using the t(72Zn,p)74Zn reaction.

AB - We propose to study the 72Zn nucleus, 2 protons and 2 neutrons away from the possible double-magic 68Ni nucleus, by means of Coulomb Excitation in inverse kinematics. Current data suggest almost degenerated 2+ states of 2-phonon and mixed-symmetric character, respectively. The identification of the 2+ ms state in 72Zn will be a direct measure of the interaction between valence protons and neutrons what is the key to understand the nature of 68Ni. We furthermore propose to study the unusual behavior of the first excited 0+ state in this region using the t(72Zn,p)74Zn reaction.

M3 - Other report

T3 - Proposal ISOLDE

BT - Study of the proton-neutron interaction around 68 Ni

PB - The European Organization for Nuclear Research

ER -

Study of the proton-neutron interaction around 68 Ni: vibrational structure of 72,74 Zn

Abstract

Publication series

Access to Document

Fingerprint

Cite this