New Measurements Of High-Momentum Nucleons And Short-Range Structures In Nuclei

N Fomin,J Arrington,R Asaturyan,F Benmokhtar,W Boeglin,P Bosted,A Bruell,M H S Bukhari,M E Christy,E Chudakov,B Clasie,S H Connell,M M Dalton,A Daniel,D B Day,D Dutta,R Ent,L El Fassi,H Fenker,B W Filippone,K Garrow,D Gaskell,C Hill,R J Holt,T Horn,M K Jones,J Jourdan,N Kalantarians,C E Keppel,D Kiselev,M Kotulla,R Lindgren,A F Lung,S Malace,P Markowitz,P McKee,D G Meekins,H Mkrtchyan, T Navasardyan, G Niculescu, A K Opper, C Perdrisat, D H Potterveld,V Punjabi,X Qian,P E Reimer,J Roche,V M Rodriguez, O Rondon,E Schulte,J Seely, E Segbefia,K Slifer,G R Smith,P Solvignon, V Tadevosyan,S Tajima,L Tang, G Testa, R Trojer, V Tvaskis,W F Vulcan, C Wasko,F R Wesselmann, S A Wood,J Wright,X Zheng

PHYSICAL REVIEW LETTERS（2012）

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摘要

We present new measurements of electron scattering from high-momentum nucleons in nuclei. These data allow an improved determination of the strength of two-nucleon correlations for several nuclei, including light nuclei where clustering effects can, for the first time, be examined. The data also include the kinematic region where three-nucleon correlations are expected to dominate.

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elementary particles,electron scattering

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