Hypernuclear Spectroscopy at JLab Hall C

6533b820fe1ef96bd127a62b

RESEARCH PRODUCT

Hypernuclear Spectroscopy at JLab Hall C

L. Gan Pavlo Baturin M. K. Jones Yoichi Sato W. F. Vulcan X. Yan P. Achenback Y. Zhang T. Horn A. Chiba I. Niculescu S. Wells H. C. Fenker Y. Ye T. Yamamoto I. Albayrak W. U. Boeglin Toshio Motoba L. G. Tang Amur Margaryan A. Asaturyan Osamu Hashimoto F. Cusanno A. Liyanage Brian Raue Masashi Kaneta L. Yuan O. Ates Chhanda Samanta G. M. Uuciuoli Hirokazu Tamura N. Taniya Rolf Ent T. Walton C. Johnston D. Gaskell J. Feng Ashot Gasparian L. Zhu Hiroki Kanda Miroslav Furić Satoshi Nakamura Pete Markowitz J. Zhou V. Tadevosyan Chunhui Chen B. Hu C. E. Keppel Ed V. Hungerford K. Yokota R. De Leo D. Doi Yu Fujii F. Garibaldi J. Pochodzala A. Ahmidouch Y. Fu Hong Lu Z. Ye H. Mkrtchyan W. Wang G. Niculescu Kazushige Maeda T. Seva Yi Jiang Y. Li S. A. Wood J. Shen Neven Simicevic S. Danagoulian Sho Nagao X. Zhang V.m. Rodriguez F. R. Wesselmann Emiko Hiyama Michael Kohl Darko Androić A. Matsumura A. Shichijo Toshiyuki Gogami M. E. Christy G. R. Smith J. Reinhold M. Elaasar Hiroyuki Noumi S. Dhamija S. Maronne Tomislav Petković Tomofumi Maruta D. Kawama A. Mkrtchyan Seigo Kato S. Zhou E. Cisbani T. Takahashi

subject

Nuclear physics Physics Nuclear and High Energy Physics Particle physics Full width at half maximum Luminosity (scattering theory)Electron spectrometer Spectrometer Resolution (electron density)Calibration hypernuclear; electroproduction; kaon spectrometer; electron spectrometer Spectroscopy Spectral line

description

Abstract Since the 1st generation experiment, E89-009, which was successfully carried out as a pilot experiment of (e,e'K+) hypernuclear spectroscopy at JLab Hall C in 2000, precision hypernuclear spectroscopy by the (e,e'K+) reactions made considerable progress. It has evolved to the 2nd generation experiment, E01-011, in which a newly constructed high resolution kaon spectrometer (HKS) was installed and the “Tilt method” was adopted in order to suppress large electromagnetic background and to run with high luminosity. Preliminary high-resolution spectra of 7 Λ He and 28 Λ Al together with that of 12 Λ B that achieved resolution better than 500 keV(FWHM) were obtained. The third generation experiment, E05-115, has completed data taking with an experimental setup combining a new splitter magnet, high resolution electron spectrometer (HES) and the HKS used in the 2nd generation experiment. The data were accumulated with targets of 7 Li, 9 Be, 10 B, 12 C and 52 Cr as well as with those of CH 2 and H 2 O for calibration. The analysis is under way with particular emphasis of determining precision absolute hypernuclear masses. In this article, hypernuclear spectroscopy program in the wide mass range at JLab Hall C that has undergone three generation is described.

year	journal	country	edition	language
2010-04-01	Nuclear Physics A

https://doi.org/10.1016/j.nuclphysa.2010.01.184