Investigating Single-Particle Structure in 26Na Using the New SHARC Array | Zendy

G. L. Wilson | Zendy; W. N. Catford | Zendy; C. Aa. Diget | Zendy; N. A. Orr | Zendy; A. Matta | Zendy; G. Hackman | Zendy; Spencer J. Williams | Zendy; E. C. Simpson | Zendy; I. C. Celik | Zendy; N. L. Achouri | Zendy; P. Adsley | Zendy; H. Al-Falou | Zendy; Robert Ashley | Zendy; R. A. E. Austin | Zendy; G. C. Ball | Zendy; J. C. Blackmon | Zendy; A.J. Boston | Zendy; H.C. Boston | Zendy; S. Brown | Zendy; D. S. Cross | Zendy; M. Djongolov | Zendy; T.E. Drake | Zendy; U. Hager | Zendy; S. P. Fox | Zendy; Benjamin J. Fulton | Zendy; N. Galinski | Zendy; A. B. Garnsworthy | Zendy; Drew Jamieson | Zendy; R. Kanungo | Zendy; K. G. Leach | Zendy; J. N. Orce | Zendy; C. J. Pearson | Zendy; M. Porter-Peden | Zendy; F. Sarazin | Zendy; Sky Sjue | Zendy; D. Smalley | Zendy; C. Sumithrarachchi | Zendy; S. Triambak | Zendy; C. Unsworth | Zendy; R. Wadsworth | Zendy

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Investigating Single-Particle Structure in ²⁶Na Using the New SHARC Array

Author(s) -

G. L. Wilson,

W. N. Catford,

C. Aa. Diget,

N. A. Orr,

A. Matta,

G. Hackman,

Spencer J. Williams,

E. C. Simpson,

I. C. Celik,

N. L. Achouri,

P. Adsley,

H. Al-Falou,

Robert Ashley,

R. A. E. Austin,

G. C. Ball,

J. C. Blackmon,

A.J. Boston,

H.C. Boston,

S. Brown,

D. S. Cross,

M. Djongolov,

T.E. Drake,

U. Hager,

S. P. Fox,

Benjamin J. Fulton,

N. Galinski,

A. B. Garnsworthy,

Drew Jamieson,

R. Kanungo,

K. G. Leach,

J. N. Orce,

C. J. Pearson,

M. Porter-Peden,

F. Sarazin,

Sky Sjue,

D. Smalley,

C. Sumithrarachchi,

S. Triambak,

C. Unsworth,

R. Wadsworth

Publication year - 2015

Publication title -

proceedings of the conference on advances in radioactive isotope science (aris2014)

Language(s) - English

Resource type - Conference proceedings

DOI - 10.7566/jpscp.6.020004

Subject(s) - computer science , particle (ecology) , geology , oceanography

International audienceThe changing of the nuclear shells for light, neutron-rich nuclei, and the single-particle nature of 26Na, has been explored by studying 25Na(d, p)26Na in inverse kinematics, using a beam of 25Na ions at 5 MeV per nucleon, provided by the ISAC-II facility at TRIUMF, Vancouver. Charged particles were detected with a highly-segmented silicon array that surrounded the 0.5 mg/cm2 (CD2)n target. Gamma rays from the recoiling 26Na nucleus were detected using eight Compton-suppressed HPGe clover detectors. Recoil tagging was provided by an in-beam scintillation foil, downstream of the germanium array. A novel technique of utilising pγ- and pγγ-gating to extract proton angular distributions from states populated close in energy was employed with success. New states in 26Na that are populated directly have been identified, using γ-decay patterns. Shell model calculations for comparison to experimental results are ongoing, using different model bases

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