Electroproduction of Strangeness

Dover, C.B.; Millener, D.J.

doi:10.1142/9789814368391_0018

Cited by 3 publications

(1 citation statement)

References 24 publications

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“…3. 20. It follows that alignment of individual planes and residual offsets between the planes in the parameter files were done correctly since Gaussians are centered around zero.…”

Section: Hks Drift Chambersmentioning

confidence: 96%

Experimental Study of Hypernuclei Electroproduction by High Precision Spectroscopy

Ševa¹

2009

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Λ hypernuclear spectroscopy by the (e, e ′ K + ) reaction is a powerful tool to investigate ΛN interaction because this reaction excites various states up to deep inside of hypernucleus and sub-MeV resolution can be achieved thanks to the high quality primary electron beam from CEBAF at JLab. The second generation hypernuclear spectroscopy at JLab Hall C, E01-011 experiment, was successfully performed in the summer of 2005 introducing High resolution Kaon Spectrometer (HKS) and a new configuration for scattered electron spectrometer. These unique techniques significantly improved both energy resolution and hypernuclear tagging efficiency, and we succeeded to study various hypernuclei including 12 Λ B and 28 Λ Al with high resolution and sufficient statistics for the first time by this reaction.

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“…3. 20. It follows that alignment of individual planes and residual offsets between the planes in the parameter files were done correctly since Gaussians are centered around zero.…”

Section: Hks Drift Chambersmentioning

confidence: 96%

Experimental Study of Hypernuclei Electroproduction by High Precision Spectroscopy

Ševa¹

2009

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Progress and open problems in hypernuclear structure

Millener

1991

Nuclear Physics A

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A hypernuclei exist as particle-stable systems with spectroscopies analogous to those of ordinary nuclei. The analysis of Brookhaven data on (Tr+, K +) reactions, for selected targets up to A_ 90, has yielded information on A single-particle energies and thus the A-nucleus mean field. Better energy resolution and higher intensity beams are needed to carry out coincidence experiments and detailed spectroscopic'studies. The prospects for investigating hypernuclear structure at high-energy electron accelerator facilities via the (e,e'K) or (')',If) reactions, which are kinematically similar to the (Tr+, K +) reaction, but which favor spin-flip transitions, are also considered.

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