'136 xe' presentation slideshows

WIMPS, 0- ? ?? decay & xenon High-pressure 136 Xe Gas TPC: An emerging opportunity

731 views • 65 slides

Ionization Imaging: a better way to search for 0- v ?? decay?

641 views • 50 slides

Paddy Regan Dept. of Physics University of Surrey, UK E-mail: p.regan@surrey.ac.uk

Deep-Inelastic and Multinucleon Reactions with Discrete Gamma - ray Spectroscopy: A Brief Review. Paddy Regan Dept. of Physics University of Surrey, UK E-mail: p.regan@surrey.ac.uk. Physics of neutron-rich nuclei is the evolution of shell structure related

702 views • 47 slides

Structural Evolution of Neutron-Rich Nuclei Using Thin-Target Deep-Inelastic Reactions

Structural Evolution of Neutron-Rich Nuclei Using Thin-Target Deep-Inelastic Reactions. Paddy Regan Dept. of Physics University of Surrey, UK e-mail: P.REGAN@SURREY.AC.UK. Outline. Physics of high spins in 100 Mo, n -rich SD shell gaps

530 views • 40 slides

D.Leonard, A.Piepke Physics Dept, University of Alabama, Tuscaloosa AL

E nriched X enon O bservatory for double beta decay. D.Leonard, A.Piepke Physics Dept, University of Alabama, Tuscaloosa AL P.Vogel Physics Dept Caltech, Pasadena CA A.Bellerive, M.Bowcock, M.Dixit, I. Ekchtout, C.Hargrove, D.Sinclair, V.Strickland

457 views • 33 slides

Status of the NEXT project

Status of the NEXT project. Lior Arazi Ben-gurion University On behalf of the NEXT collaboration. 15 th Vienna Conference on Instrumentation 18-23 February 2019, Vienna. Neutrinoless double beta decay ( ) : What is it and why should we care?.

317 views • 31 slides

DCEN2011

Oct. 24, 2011. DCEN2011. Experimental project for production of neutron-rich nuclei by multinucleon transfer reaction (KISS project). Y.X. Watanabe (KEK) for KISS collaboration. Collaborators KEK H. Miyatake, S.C. Jeong, H. Ishiyama, N. Imai, Y. Hirayama,

314 views • 31 slides

Status of 0 ??? decay experiments Giorgio Gratta Stanford, Physics Dept P5, SLAC Feb 21, 2008

Status of 0 ??? decay experiments Giorgio Gratta Stanford, Physics Dept P5, SLAC Feb 21, 2008. The next crucial measurement in neutrino physics: Discovery of the neutrino mass scale. 23 eV. ~2.8 eV. ~1 eV. ~0.3 eV. Time of flight from SN1987A (PDG 2002). From tritium endpoint

373 views • 29 slides

Status of 0 ??? decay experiments Giorgio Gratta Stanford, Physics Dept P5, SLAC Feb 21, 2008

Status of 0 ??? decay experiments Giorgio Gratta Stanford, Physics Dept P5, SLAC Feb 21, 2008. The next crucial measurement in neutrino physics: Discovery of the neutrino mass scale. 23 eV. ~2.8 eV. ~1 eV. ~0.3 eV. Time of flight from SN1987A (PDG 2002). From tritium endpoint

296 views • 29 slides

D.Leonard, A.Piepke Physics Dept, University of Alabama, Tuscaloosa AL P.Vogel

E nriched X enon O bservatory for double beta decay. D.Leonard, A.Piepke Physics Dept, University of Alabama, Tuscaloosa AL P.Vogel Physics Dept Caltech, Pasadena CA A.Bellerive, M.Bowcock, M.Dixit, I.Ekchtout, C.Hargrove, D.Sinclair, V.Strickland Carleton University, Ottawa, Canada

394 views • 27 slides

0 ??? nuclear matrix elements within QRPA and its variants

316 views • 21 slides

Isotopically resolved residues from the fragmentation of projectiles with largely different N/Z

Isotopically resolved residues from the fragmentation of projectiles with largely different N/Z. Daniela Henzlova for CHARMS collaboration GSI-Darmstadt, Germany (on leave from NPI Rez, Czech Republic). Motivation.

96 views • 9 slides

Daniela Henzlova GSI-Darmstadt, Germany NSCL-MSU, East Lansing, Michigan

Isotopic composition of the residues produced in the fragmentation of 124 Xe and 136 Xe projectiles. Daniela Henzlova GSI-Darmstadt, Germany NSCL-MSU, East Lansing, Michigan. Introduction. abrasion. projectile spectator. participants. target spectator.

92 views • 9 slides