Hypernuclei: A very quick introduction Electroproduction of hypernuclei The experimental Program at Jefferson Lab Update on the analysis of O and Be targets.
Hypernuclei, – N interaction Electroproduction of hypernuclei E94-107 experiment UPDATE Experimental equipment and setup Kaon identification RICH detector.
J LAB Hall A Experiment E94-107 16 O(e,eK + ) 16 N 12 C(e,eK + ) 12 12 C(e,eK + ) 12 Be(e,eK + ) 9 Li Be(e,eK + ) 9 Li H(e,eK + ) 0 E beam = 4.016, 3.777,
Semi-Inclusive DIS and Transverse-Momentum Dependent Parton Distribution Functions Haiyan Gao Duke University Durham, NC, U.S.A. ( SoLID Collaboration.
Technische Universität München A digital calorimetric trigger for the COMPASS experiment at CERN Markus Krämer J. Friedrich, S. Huber, B. Ketzer, I. Konorov,
Diffusion and local deconfinement in relativistic systems Georg Wolschin Universität Heidelberg, Theor. Physics Georg Wolschin.
Tau-Charm Workshop, IHEP, Beijing, China, Jun 5-7, 2006 Brian Meadows, U. Cincinnati. Charm Decays at B Factories Brian Meadows University of Cincinnati.
The Discovery and Study of B Mesons in the CLEO Experiment Jeffrey D. Richman University of California, Santa Barbara Symposium Celebrating CLEO and CESR,
Hypernuclear spectroscopy in Hall A 12 C, 16 O, 9 Be, H E-07-012 Experimental issues Prospectives: 208 (e,e’K+) 208 Ti PID Target Counting rates High-Resolution.
Hartmut Machner, MENU04 Beijing 1 Physics at COSY - up to 3.6 GeV/c - e and stochastic cooling, - stochastic extraction (10 s - min) - luminosity achieved:
Assisi – 23 June 2005 Tito Bellunato 1 Status of the LHCb RICH detector and the HPD Beauty 2005 Assisi – 23 June 2005 Tito Bellunato – Università degli.
Calibration of the PHENIX Lead Scintillator Calorimeter H.Torii for the PHENIX Collaboration Kyoto Univ./RIKEN Contents Lead Scintillator Calorimeter(PbSc)