'Optical potential' diaporamas de présentation

Relativistic Models for Electron and Neutrino-Nucleus Scattering Carlotta Giusti

Relativistic Models for Electron and Neutrino-Nucleus Scattering Carlotta Giusti University and INFN Pavia in collaboration with: A. Meucci (Pavia) F.D. Pacati (Pavia) J.A. Caballero (Sevilla)

545 views • 43 slides

Relativistic Models for Electron and Neutrino-Nucleus Scattering Carlotta Giusti

Relativistic Models for Electron and Neutrino-Nucleus Scattering Carlotta Giusti University and INFN Pavia in collaboration with: A. Meucci (Pavia) F.D. Pacati (Pavia) J.A. Caballero (Sevilla)

437 views • 43 slides

Properties of nuclear matter from subtheshold strangeness production

521 views • 41 slides

Department of Physics, Sungkyunkwan University

Application of the Quark-meson coupling model to dense nuclear matter. 2005 KPS Meeting Chon Buk University. C. Y. Ryu , C. H. Hyun, and S. W. Hong. Department of Physics, Sungkyunkwan University. Application. ? + in nuclear matter Hadron masses in neutron stars

510 views • 40 slides

Deeply-Bound K-Nuclear States

A new paradigm in Nuclear Physics. Atomic states. Nuclear state. K -. DA F NE04 June 8, 2004. Deeply-Bound K-Nuclear States. Yoshinori AKAISHI Akinobu DOTE Toshimitsu YAMAZAKI. Evidence for K - ppn. M. Iwasaki T. Suzuki H. Bhang G. Franklin K. Gomikawa R.S. Hayano T. Hayashi

418 views • 34 slides

Strangeness Hadrons in Few-Body Nuclei

Deeply bound kaonic states. Atomic states. Nuclear state. K -. MENU Sept. 3, 2004. Strangeness Hadrons in Few-Body Nuclei. Yoshinori AKAISHI, Akinobu DOTE and Toshimitsu YAMAZAKI. _. Few-Body KN Systems. S =-1. S =-2. n. p. p. p. p. n. n. p. p. p. p. n. p. p. p. p.

416 views • 31 slides

3 He (In-flight K - , N) ????? K - pp ???????

??????????????????????????? 11 ? 19 ?? KEK. 3 He (In-flight K - , N) ????? K - pp ???????. ????? ????????? ???? ????????. Many calculations support the existence of K - pp deeply-bound state, although B.E. and G are not converged theoretically.

366 views • 28 slides

M. Avrigeanu 1 , W. von Oertzen 2 , U. Fischer 3 , and V. Avrigeanu 1

Association EURATOM - MEdC. EFF/DOC-907. Calculation of D-Li cross sections for energies up to 50 MeV using realistic nucleon-nucleon interactions. M. Avrigeanu 1 , W. von Oertzen 2 , U. Fischer 3 , and V. Avrigeanu 1.

288 views • 23 slides

402 views • 22 slides

The National Superconducting Cyclotron Laboratory @ Michigan State University

Survey of the neutron spectroscopic factors from Li to Cr. Betty Tsang, 2/24-26/2005 INFN Workshop on Reactions and Structure with Exotic Nuclei. Spectroscopic Factors: Measure the orbital configuration of the valence nucleons. Magic number. N=20. N=10. N=2.

309 views • 21 slides

Single Neutron Stripping Reactions for Structural Study of 23 O

420 views • 20 slides

Mean field description of the nucleus-nucleus optical potential

Mean field description of the nucleus-nucleus optical potential. Dao Tien Khoa, Do Cong Cuong and Hoang Sy Than. Institute for Nuclear Science & Technique Vietnam Atomic Energy Commission (VAEC). INPC07 Conference, Tokyo, June 4, 2007. QE nucleus-nucleus scattering a+A->b+B.

418 views • 18 slides

Exploring the Quark Gluon Plasma with Bikash Sinha

283 views • 16 slides

Exploring the Quark Gluon Plasma with Bikash Sinha

253 views • 16 slides

V.K.LUKYANOV, E.V.ZEMLYANAYA, K.V.LUKYANOV

THE K + -NUCLEUS MICROSCOPIC OPTICAL POTENTIAL AND CALCULATIONS OF THE CORRESPONDING DIFFERENTIAL ELASTIC AND TOTAL REACTION CROSS SECTIONS. V.K.LUKYANOV, E.V.ZEMLYANAYA, K.V.LUKYANOV Joint Institute for Nuclear Research, Dubna 141980, Russia; K.M.HANNA

236 views • 15 slides

241 views • 15 slides

SciDAC Reaction Theory

SciDAC Reaction Theory. Ian Thompson. Lawrence Livermore National Laboratory, P. O. Box 808, Livermore, CA 94551. This work performed under the auspices of the U.S. Department of Energy by Lawrence Livermore National Laboratory under Contract DE-AC52-07NA27344. LLNL-PRES-436792.

289 views • 14 slides

Coupled Channel Calculations 06/25/2008

221 views • 10 slides

Reaction Theory in UNEDF Optical Potentials from DFT models

Reaction Theory in UNEDF Optical Potentials from DFT models. Ian Thompson*, J. Escher (LLNL) T. Kawano, M. Dupuis (LANL) G. Arbanas (ORNL) * Nuclear Theory and Modeling Group, Lawrence Livermore National Laboratory.

148 views • 7 slides

Reaction Theory in UNEDF Optical Potentials from DFT models

Reaction Theory in UNEDF Optical Potentials from DFT models. Ian Thompson*, J. Escher (LLNL) T. Kawano, M. Dupuis (LANL) G. Arbanas (ORNL) * Nuclear Theory and Modeling Group, Lawrence Livermore National Laboratory.

75 views • 7 slides