'Liquid scintillator' diaporamas de présentation

Observation of Electron Antineutrino Disappearance at Daya Bay

Observation of Electron Antineutrino Disappearance at Daya Bay. Elizabeth Worcester (BNL) April 24 2012 on behalf of the Daya Bay collaboration. Neutrino Oscillation. Mass eigenstates ? flavor eigenstates Flavor composition of neutrinos change as they propagate.

790 views • 63 slides

Aksel Hallin June 13, 2008

663 views • 55 slides

Kim Siyeon ??? Chung- Ang University ???

Status of RENO Experiment Reactor Neutrino Oscillation in Korea. Sapporo Winter School, Hokkaido University March 8-10, 2012. Kim Siyeon ??? Chung- Ang University ???. Outline. Experimental Goal - Systematic & Statistical Uncertainties - Expected q 1 3 Sensitivity.

653 views • 54 slides

The Last Unknown Neutrino Mixing Angle: ? 13

564 views • 50 slides

Detection Methods at Reactor N eutrino E xperiments

Jun Cao Institute of High Energy Physics (Beijing). Detection Methods at Reactor N eutrino E xperiments. Feb. 11-15, 2013. Outline. A better title: Liquid Scintillator Detector for High Precision (Reactor) Neutrino Studies. Reactor n eutrino experiments

651 views • 46 slides

Richard L. (Dick) Hahn

Two Proposals to Measure Theta-13 with Antineutrinos: at the Braidwood (USA) and Daya Bay (PRC) Reactors. Richard L. (Dick) Hahn. Solar-Neutrino & Nuclear-Chemistry Group * Chemistry Department, BNL Upton NY 11973, USA.

559 views • 45 slides

Borexino Solar Neutrino Program Toward CNO Neutrinos Better 7 Be and pep Data

610 views • 42 slides

SNO and the new SNOLAB

SNO and the new SNOLAB. SNO: Heavy Water Phase Complete Status of SNOLAB Future experiments at SNOLAB: (Dark Matter, Double beta, Solar n , geo- n , supernova n ). Art McDonald, SNO Institute Director For the SNO Collaboration Neutrino Telescopes, Venice, 2007.

534 views • 35 slides

Supernova Watches and HALO

478 views • 32 slides

Status of Recent Detector Deployment(s) at SONGS December 14, 2007

Nathaniel Bowden Advanced Detectors Group Lawrence Livermore National Laboratory. Status of Recent Detector Deployment(s) at SONGS December 14, 2007.

377 views • 29 slides

Chromatographic Separation and Measurement of Charged-Particle Emitting Radionuclides

Chromatographic Separation and Measurement of Charged-Particle Emitting Radionuclides. Timothy A. DeVol, Ph.D., C.H.P. Environmental Engineering and Science Clemson University 16 May 2000. Introduction to Dual Functionality Materials. Liquid Extractive Scintillators

543 views • 26 slides

Park Kang Soon Seokyeong Univ.

378 views • 25 slides

GEANT4 simulation of the Borexino solar neutrino experiment.

GEANT4 simulation of the Borexino solar neutrino experiment. Igor Machulin Moscow, Kurchatov Institute On behalf of the Borexino Collaboration. Milano. Perugia. Borexino Collaboration. Genova. Princeton University. APC Paris. Virginia Tech. University. Munich (Germany). Dubna JINR

485 views • 25 slides

Simulating Radioactive Decays in Next Generation Geoneutrino Detectors

337 views • 21 slides

376 views • 19 slides

LENS: m LENS Simulations, Analysis, and Results

LENS: m LENS Simulations, Analysis, and Results. B. Charles Rasco Louisiana State University on behalf of the LENS Collaboration. Why Low-Energy Neutrino Spectroscopy (LENS)?. To get n e energy information from the sun!.

337 views • 16 slides

Low Background Counting

Low Background Counting. A Facility Wish List for the New Underground Laboratory F. Calaprice. Low Background Experiments. Dark Matter Searches Double Beta Decay Solar neutrinos Other Radioactivity dating Nuclear inspections. Typical Background Problems. Cosmic ray muons

296 views • 15 slides

R&D on Liquid-Scintillator Detectors

R&D on Liquid-Scintillator Detectors. R&D and Astroparticle Physics Lisbon, January 8th 2008 Michael Wurm Technische Universität München. Organic Liquid Scintillators. scintillator. liquid. organic.

318 views • 14 slides

Options for HF (Phase II Upgrade)

204 views • 13 slides

Neutrino detectors

Neutrino detectors. Basic features: 1) Very small cross-sections of interactions ? very big volumes of detectors 2) Very effective shielding ? underground detectors, underwater,

219 views • 6 slides