Near-threshold photoproduction of \u3d5 mesons from deuterium
- X. Qian
- W. Chen
- H. Gao
- K. Hicks
- K. Kramer
- J.M. Laget
- T. Mibe
- Y. Qiang
- S. Stepanyan
- D.J. Tedeschi
- W. Xu
- K.P. Adhikari
- M. Amaryan
- M. Anghinolfi
- J. Ball
- M. Battaglieri
- V. Batourine
- I. Bedlinskiy
- M. Bellis
- A.S. Biselli
- C. Bookwalter
- D. Branford
- W.J. Briscoe
- W.K. Brooks
- V.D. Burkert
- S.L. Careccia
- D.S. Carman
- P.L. Cole
- P. Collins
- V. Crede
- A. D'Angelo
- A. Daniel
- N. Dashyan
- R. De Vita
- E. De Sanctis
- A. Deur
- B. Dey
- S. Dhamija
- C. Djalali
- D. Doughty
- R. Dupre
- H. Egiyan
- A. El Alaoui
- P. Eugenio
- S. Fegan
- M.Y. Gabrielyan
- N. Gevorgyan
- G.P. Gilfoyle
- K.L. Giovanetti
- F.X. Girod
- J.T. Goetz
- W. Gohn
- R.W. Gothe
- L. Graham
- K.A. Griffioen
- M. Guidal
- L. Guo
- K. Hafidi
- H. Hakobyan
- C. Hanretty
- N. Hassall
- M. Holtrop
- Y. Ilieva
- D.G. Ireland
- S.S. Jawalkar
- H.S. Jo
- K. Joo
- D. Keller
- M. Khandaker
- P. Khetarpal
- A. Kim
- W. Kim
- A. Klein
- F.J. Klein
- P. Konczykowski
- V. Kubarovsky
- S.V. Kuleshov
- V. Kuznetsov
- K. Livingston
- D. Martinez
- M. Mayer
- J. McAndrew
- M.E. McCracken
- B. McKinnon
- C.A. Meyer
- K. Mikhailov
- T. Mineeva
- M. Mirazita
- V. Mokeev
- B. Moreno
- K. Moriya
- B. Morrison
- H. Moutarde
- E. Munevar
- P. Nadel-Turonski
- A. Ni
- S. Niccolai
- I. Niculescu
- M.R. Niroula
- M. Osipenko
- A.I. Ostrovidov
- R. Paremuzyan
- K. Park
- S. Park
- S. Anefalos Pereira
- S. Pisano
- O. Pogorelko
- S. Pozdniakov
- J.W. Price
- S. Procureur
- D. Protopopescu
- G. Ricco
- M. Ripani
- B.G. Ritchie
- G. Rosner
- P. Rossi
- F. Sabati\ue9
- M.S. Saini
- C. Salgado
- D. Schott
- R.A. Schumacher
- E. Seder
- H. Seraydaryan
- Y.G. Sharabian
- E.S. Smith
- G.D. Smith
- D.I. Sober
- D. Sokhan
- S.S. Stepanyan
- P. Stoler
- I.I. Strakovsky
- S. Strauch
- M. Taiuti
- C.E. Taylor
- S. Tkachenko
- M. Ungaro
- B. Vernarsky
- M.F. Vineyard
- E. Voutier
- L.B. Weinstein
- D.P. Weygand
- M.H. Wood
- N. Zachariou
- L. Zana
- J. Zhang
- B. Zhao
- Z.W. Zhao
DOIAbstract
We report the first, kinematically-complete measurement of the differential cross section of \u3d5-meson photoproduction from deuterium near the production threshold for a proton using the CLAS detector and a tagged-photon beam in Hall B at Jefferson Lab. The measurement was carried out by a triple coincidence detection of a proton, K+ and K 12 near the theoretical production threshold of 1.57 GeV. The extracted differential cross sections View the MathML source for the initial photon energy range of 1.65\u20131.75 GeV are consistent with predictions based on a quasifree mechanism. Our finding is different from recent LEPS results on \u3d5-meson photoproduction from deuterium in a similar incident photon energy range, but in a different mom...
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