Transition from collectivity to single-particle degrees of freedom from magnetic moment measurements in $^{82}_{38}$Sr and $^{90}_{38}$Sr
ORAL
Abstract
The $g$ factors of excited states in the unstable isotopes $^{82}$Sr and $^{90}$Sr were measured by the transient field technique. Beams of $^{78}$Kr and $^{86}$Kr from the K500 cyclotron at Texas A\&M University were accelerated to energies just above the Coulomb barrier on carbon to produce the strontium isotopes via an $\alpha$ particle pickup. We report on the $\alpha$ transfer reaction and on the simultaneous $g$ factor measurements of the Coulomb-excited Kr isotopes.
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Authors
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Gerfried J. Kumbartzki
Rutgers University
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Noemie Benczer-Koller
Rutgers University
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A. Ratkiewicz
Rutgers University
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Yitzhak Y. Sharon
Rutgers University
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Samantha Rice
Rutgers University
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Sean Burcher
Rutgers University
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Diego A. Torres
Universidad Nacional de Colombia
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Karl-Heinz Speidel
University Bonn
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Gulhan Gurdal
Millsaps College
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S.D. Pain
ORNL, Oak Ridge National Laboratory
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Matthew McCleskey
Texas A\&M University
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Mike Henry
Texas A\&M University
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Antti Saastamoinen
Texas A\&M University
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Alexandra Spiridon
Texas A\&M University
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Michael Slater
Texas A\&M University
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Andrew Cudd
Texas A\&M University
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Vladimir Zherebchevskii
Texas A\&M University
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Sergey Torilov
Texas A\&M University