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Curtis, N.; Nm, Clarke; Br, Fulton; Sj, Hall; Mj, Leddy; Murphy, A. St. J.; Pople, J. S.; Ward, R. P.; Wn, Catford; Gyapong, G.J.; Singer, S. M.; Sp, Chappell; Sp, Fox; Cd, Jones; Dl, Watson; Wd, Rae; Simmons, P.M.

doi:10.1103/physrevc.51.1554

Cited by 51 publications

(58 citation statements)

References 10 publications

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“…In this way the 24 Mg+ 12 C reaction has been investigated with high selectivity at E lab ( 24 Mg) = 130 MeV with the Binary Reaction Spectrometer [ 12] (BRS) in coincidence with EUROBALL IV (EB) installed at the VIVITRON Tandem facility of the IReS at Strasbourg. The choice of the 12 C( 24 Mg, 12 C) 24 Mg * reaction implies that for an incident energy of 130 MeV an excitation energy range up to 30 MeV in 24 Mg is covered [ 10]. The BRS gives access to a novel approach to the study of nuclei at large deformations.…”

Section: Experimental Set-up Of the Brsmentioning

confidence: 99%

“…[ 9,10,11]. The 24 Mg+ 12 C reaction has been extensively investigated by several measurements of the 12 C( 24 Mg, 12 C 12 C) 12 C breakup channel [ 9,10,11]. Sequential breakups are found to occur from specific states in 24 Mg at excitation energies ranging from 20 to 35 MeV, which are linked to the ground state and also have an appreciable overlap with the 12 C+ 12 C quasi-molecular configuration.…”

Section: Introductionmentioning

confidence: 99%

“…These states may be coupled to intrinsic states of 24 Mg * as populated by a breakup process (via resonances) as shown in Refs. [ 9,10,11]. The 24 Mg+ 12 C reaction has been extensively investigated by several measurements of the 12 C( 24 Mg, 12 C 12 C) 12 C breakup channel [ 9,10,11].…”

Section: Introductionmentioning

confidence: 99%

“…Sequential breakups are found to occur from specific states in 24 Mg at excitation energies ranging from 20 to 35 MeV, which are linked to the ground state and also have an appreciable overlap with the 12 C+ 12 C quasi-molecular configuration. Several attempts [ 10] were made to link the 12 C+ 12 C barrier resonances [ 1] with the breakup states. The underlying reaction mechanism is now fairly well established [ 11] and many of the barrier resonances appear to be correlated indicating that a common structure may exist in both instances.…”

Section: Introductionmentioning

confidence: 99%

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Search for12C+12C molecule in24Mg* populated by24Mg+12C

et al. 2004

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The γ-decay properties of 24 Mg excited states are investigated in the inverse reaction 24 Mg+ 12 C at E lab ( 24 Mg) = 130 MeV. At this energy the direct inelastic scattering populates a 24 Mg * energy region where 12 C+ 12 C breakup resonances can occur. Very exclusive data were collected with the Binary Reaction Spectrometer (BRS) in coincidence with EUROBALL installed at the VIVITRON Tandem facility of the IReS at Strasbourg. The experimental detection system is described and preliminary results of binary reaction coincidence data are presented.

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Section: Experimental Set-up Of the Brsmentioning

confidence: 99%

Section: Introductionmentioning

confidence: 99%

Section: Introductionmentioning

confidence: 99%

Section: Introductionmentioning

confidence: 99%

See 2 more Smart Citations

Search for12C+12C molecule in24Mg* populated by24Mg+12C

et al. 2004

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“…These states may be coupled to intrinsic states in 24 Mg * populated by a breakup process (via resonances) as shown in Refs. [24][25][26][27]. The 24 Mg + 12 C reaction has been extensively investigated by 0556-2813/2009/80(3)/034604 (9) 034604-1 ©2009 The American Physical Society several measurements of the 12 C( 24 Mg, 12 C 12 C) 12 C breakup channel [24,26,27].…”

Section: Introductionmentioning

confidence: 99%

Binary reaction decays fromMg24+C12

et al. 2009

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Charged-particle and γ decays in 24 Mg * are investigated for excitation energies where quasimolecular resonances appear in 12 C + 12 C collisions. Various theoretical predictions for the occurrence of superdeformed and hyperdeformed bands associated with resonance structures with low spin are discussed within the measured 24 Mg * excitation energy region. The inverse kinematics reaction 24 Mg + 12 C is studied at E lab ( 24 Mg) = 130 MeV, an energy that enables the population of 24 Mg states decaying into 12 C + 12 C resonant breakup states. Exclusive data were collected with the Binary Reaction Spectrometer in coincidence with Euroball IV installed at the Vivitron tandem facility at Strasbourg. Specific structures with large deformation were selectively populated in binary reactions, and their associated γ decays studied. Coincident events associated with inelastic and α-transfer channels have been selected by choosing the excitation energy or the entry point via the two-body Q values. The analysis of the binary reaction channels is presented with a particular emphasis on 24 Mg-γ, 20 Ne-γ , and 16 O-γ coincidences. New information (spin and branching ratios) is deduced on high-energy states in 24 Mg and 16 O, respectively.

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Clustering in Nuclei from N/Z=1 to N/Z=2

Catford

2000

The Nucleus

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The clustering of nucleons in nuclei is a widespread but elusive phenomenon for study. Here, we wish to highlight the variety of theoretical approaches, and demonstrate how they are mutually supportive and complementary. On the experimental side, we describe recent advances in the study of the classic cluster nucleus 24 Mg. Also, recent studies of clustering in nuclei approaching the neutron drip line are described. In the region near N/Z=2, both theory and experiment now suggest that multi-centre cluster structure is important, in particular for the very neutron rich beryllium isotopes.

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Association of theC12+12

Cited by 51 publications

References 10 publications

Search for12C+12C molecule in24Mg* populated by24Mg+12C

Search for12C+12C molecule in24Mg* populated by24Mg+12C

Binary reaction decays fromMg24+C12

Clustering in Nuclei from N/Z=1 to N/Z=2

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