Investigation of the alpha-cluster structure of Ne-22 and Mg-22

VZ Goldberg; GV Rogachev; WH Trzaska; JJ Kolata; A Andreyev; C Angulo; Borge MJG; S Cherubini; G Chubarian; G Crowley; Van Duppen P; M Gorska; M Gulino; M Huyse; P Jesinger; Kjell-Mikael Källman; M Lattuada; T Lonnroth; M Mutterer; R Raabe; S Romano; MV Rozhkov; BB Skorodumov; C Spitaleri; O Tengblad; A Tumino

doi:10.1103/PhysRevC.69.024602

Investigation of the alpha-cluster structure of Ne-22 and Mg-22

VZ Goldberg, GV Rogachev, WH Trzaska, JJ Kolata, A Andreyev, C Angulo, Borge MJG, S Cherubini, G Chubarian, G Crowley, Van Duppen P, M Gorska, M Gulino, M Huyse, P Jesinger, Kjell-Mikael Källman, M Lattuada, T Lonnroth, M Mutterer, R RaabeS Romano, MV Rozhkov, BB Skorodumov, C Spitaleri, O Tengblad, A Tumino

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Abstract

An excitation function for resonance elastic scattering of alpha particles on O-18 and Ne-18 was measured using the method of inverse geometry with a very thick target. Spectroscopic information was obtained for 23 levels in the excitation energy region from 11.9 to 13.7 MeV in Ne-22. Twelve of them are new. General features of a-cluster bands in Ne-22 are analyzed in the framework of the potential model with a deep potential well. Predictions for the 11(-) level in Ne-22, as well as for the isotopic shift of the cluster levels in Mg-22, are given. Evidence is presented that new perspectives on the study of nuclear structure and nuclear spectroscopy can be obtained in complimentary measurements of alpha-cluster states in mirror Nnot equalZ nuclei.

Original language	Undefined/Unknown
Pages (from-to)	–
Number of pages	10
Journal	Physical Review C
Volume	69
DOIs	https://doi.org/10.1103/PhysRevC.69.024602
Publication status	Published - 2004
MoE publication type	A1 Journal article-refereed

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10.1103/PhysRevC.69.024602

Cite this

Goldberg, VZ., Rogachev, GV., Trzaska, WH., Kolata, JJ., Andreyev, A., Angulo, C., MJG, B., Cherubini, S., Chubarian, G., Crowley, G., Duppen P, V., Gorska, M., Gulino, M., Huyse, M., Jesinger, P., Källman, K.-M., Lattuada, M., Lonnroth, T., Mutterer, M., ... Tumino, A. (2004). Investigation of the alpha-cluster structure of Ne-22 and Mg-22. Physical Review C, 69, –. https://doi.org/10.1103/PhysRevC.69.024602

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title = "Investigation of the alpha-cluster structure of Ne-22 and Mg-22",

abstract = "An excitation function for resonance elastic scattering of alpha particles on O-18 and Ne-18 was measured using the method of inverse geometry with a very thick target. Spectroscopic information was obtained for 23 levels in the excitation energy region from 11.9 to 13.7 MeV in Ne-22. Twelve of them are new. General features of a-cluster bands in Ne-22 are analyzed in the framework of the potential model with a deep potential well. Predictions for the 11(-) level in Ne-22, as well as for the isotopic shift of the cluster levels in Mg-22, are given. Evidence is presented that new perspectives on the study of nuclear structure and nuclear spectroscopy can be obtained in complimentary measurements of alpha-cluster states in mirror Nnot equalZ nuclei.",

author = "VZ Goldberg and GV Rogachev and WH Trzaska and JJ Kolata and A Andreyev and C Angulo and Borge MJG and S Cherubini and G Chubarian and G Crowley and \{Duppen P\}, Van and M Gorska and M Gulino and M Huyse and P Jesinger and Kjell-Mikael K{\"a}llman and M Lattuada and T Lonnroth and M Mutterer and R Raabe and S Romano and MV Rozhkov and BB Skorodumov and C Spitaleri and O Tengblad and A Tumino",

year = "2004",

doi = "10.1103/PhysRevC.69.024602",

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journal = "Physical Review C",

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Goldberg, VZ, Rogachev, GV, Trzaska, WH, Kolata, JJ, Andreyev, A, Angulo, C, MJG, B, Cherubini, S, Chubarian, G, Crowley, G, Duppen P, V, Gorska, M, Gulino, M, Huyse, M, Jesinger, P, Källman, K-M, Lattuada, M, Lonnroth, T, Mutterer, M, Raabe, R, Romano, S, Rozhkov, MV, Skorodumov, BB, Spitaleri, C, Tengblad, O & Tumino, A 2004, 'Investigation of the alpha-cluster structure of Ne-22 and Mg-22', Physical Review C, vol. 69, pp. –. https://doi.org/10.1103/PhysRevC.69.024602

TY - JOUR

T1 - Investigation of the alpha-cluster structure of Ne-22 and Mg-22

AU - Goldberg, VZ

AU - Rogachev, GV

AU - Trzaska, WH

AU - Kolata, JJ

AU - Andreyev, A

AU - Angulo, C

AU - MJG, Borge

AU - Cherubini, S

AU - Chubarian, G

AU - Crowley, G

AU - Duppen P, Van

AU - Gorska, M

AU - Gulino, M

AU - Huyse, M

AU - Jesinger, P

AU - Källman, Kjell-Mikael

AU - Lattuada, M

AU - Lonnroth, T

AU - Mutterer, M

AU - Raabe, R

AU - Romano, S

AU - Rozhkov, MV

AU - Skorodumov, BB

AU - Spitaleri, C

AU - Tengblad, O

AU - Tumino, A

PY - 2004

Y1 - 2004

N2 - An excitation function for resonance elastic scattering of alpha particles on O-18 and Ne-18 was measured using the method of inverse geometry with a very thick target. Spectroscopic information was obtained for 23 levels in the excitation energy region from 11.9 to 13.7 MeV in Ne-22. Twelve of them are new. General features of a-cluster bands in Ne-22 are analyzed in the framework of the potential model with a deep potential well. Predictions for the 11(-) level in Ne-22, as well as for the isotopic shift of the cluster levels in Mg-22, are given. Evidence is presented that new perspectives on the study of nuclear structure and nuclear spectroscopy can be obtained in complimentary measurements of alpha-cluster states in mirror Nnot equalZ nuclei.

AB - An excitation function for resonance elastic scattering of alpha particles on O-18 and Ne-18 was measured using the method of inverse geometry with a very thick target. Spectroscopic information was obtained for 23 levels in the excitation energy region from 11.9 to 13.7 MeV in Ne-22. Twelve of them are new. General features of a-cluster bands in Ne-22 are analyzed in the framework of the potential model with a deep potential well. Predictions for the 11(-) level in Ne-22, as well as for the isotopic shift of the cluster levels in Mg-22, are given. Evidence is presented that new perspectives on the study of nuclear structure and nuclear spectroscopy can be obtained in complimentary measurements of alpha-cluster states in mirror Nnot equalZ nuclei.

U2 - 10.1103/PhysRevC.69.024602

DO - 10.1103/PhysRevC.69.024602

M3 - Artikel

SN - 2469-9985

VL - 69

SP - –

JO - Physical Review C

JF - Physical Review C

ER -