0000000000113620

AUTHOR

L. E. Miller

showing 3 related works from this author

Molecular structures inT=1states of10B

2011

Multi-center (molecular) structures can play an important role in light nuclei. The highly deformed rotational band in 10Be with band head at 6.179 MeV has been observed recently and suggested to have an exotic alpha:2n:alpha configuration. A search for states with alpha:pn:alpha two-center molecular configurations in 10B that are analogous to the states with alpha:2n:alpha structure in 10Be has been performed. The T=1 isobaric analog states in 10B were studied in the excitation energy range of E=8.7-12.1 MeV using the reaction 1H(9Be,alpha)6Li*(T=1, 0+, 3.56 MeV). An R-matrix analysis was used to extract parameters for the states observed in the (p,alpha) excitation function. Five T=1 stat…

Excitation functionPhysicsNuclear and High Energy PhysicsRange (particle radiation)Light nucleus010308 nuclear & particles physicsAlpha (ethology)State (functional analysis)01 natural sciences0103 physical sciencesIsobaric processAtomic physics010306 general physicsExcitationPhysical Review C
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Clustering in non-self-conjugate nuclei

2012

PhysicsPhysics and Astronomy (miscellaneous)Statistical physicsCluster analysisConjugate
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Molecular Structures in T=1 states of 10B

2011

Multi-center (molecular) structures can play an important role in light nuclei. The highly deformed rotational band in 10Be with band head at 6.179 MeV has been observed recently and suggested to have an exotic alpha:2n:alpha configuration. A search for states with alpha:pn:alpha two-center molecular configurations in 10B that are analogous to the states with alpha:2n:alpha structure in 10Be has been performed. The T=1 isobaric analog states in 10B were studied in the excitation energy range of E=8.7-12.1 MeV using the reaction 1H(9Be,alpha)6Li*(T=1, 0+, 3.56 MeV). An R-matrix analysis was used to extract parameters for the states observed in the (p,alpha) excitation function. Five T=1 stat…

FOS: Physical sciencesNuclear Experiment (nucl-ex)Nuclear Experiment
researchProduct