Munich GERDA/Majorana MC Meeting

Slides:



Advertisements
Similar presentations
Activity for the Gerda-specific part Description of the Gerda setup including shielding (water tank, Cu tank, liquid Nitrogen), crystals array and kapton.
Advertisements

LNGS (GERmanium Detector Assembly Stefan Schönert MPIK Heidelberg NOW 2004, Sept. 12, 2004.
Workshop on the Physics of Excited Nucleons, Sept. 5-8, 2007, Bonn, Germany – Alexander Titov 1 Alexander Titov Forschungzentrum Rossendorf/Dresden and.
Summary TG-10 MC & Background
September 14, 2007Hardy Simgen, TAUP 2007 / Sendai1 Status of the GERDA experiment Hardy Simgen Max-Planck-Institut für Kernphysik Heidelberg on behalf.
M. Di Marco, P. Peiffer, S. Schönert
Results from M. Di Marco, P. Peiffer, S. Schönert Thanks to Davide Franco and Marik Barnabe Heider Gerda collaboration meeting, Tübingen 9th-11th.
WP2 Background simulations Outline Execution plan for the third year Progress of the work Activities and news.
GERDA: GERmanium Detector Array
Phase Difference = Phase Difference = 0.05.
ILIAS Physics in deep underground laboratories JRA1 : Low background techniques WP4 : Radiopurity of materials Pía Loaiza Laboratoire Souterrain de Modane,
LAUNCH - Low-energy, Astroparticle Underground, Neutrino physics and Cosmology in Heidelberg, Low-level techniques applied in experiments.
Gamma spectrometry in deep sea water
CUORICINO and CUORE Chiara Brofferio Università di Milano – Bicocca and INFN, Sez. di Milano NOW 2004 – Otranto 12 – 17 September 2004 On behalf of the.
GERmanium Detector Array – a Search for Neutrinoless Double Beta Decay X. Liu - MPI für Physik, München Symposium – symmetries and phases in the universe,
Activity report of TG10 L. Pandola (LNGS) for the TG10 group Gerda Collaboration Meeting, February 3-5, 2005 (simulations and background studies)
09:00->13:00 ILIAS meeting (Convener: Dominique Lalanne (LAL) ) 09:00 Status report on ILIAS Se enrichment and purification (30') Dominique Lalanne (LAL)
Studies of neutron cross-sections by activation method in Nuclear Physics Institute Řež and in The Svedberg Laboratory Uppsala and experimental determination.
Status of the Se82 project Selenium production and purification JRA2-ILIAS Prague, April 20th, 2006, IDEA-N4 meetingDominique Lalanne.
Topical Workshop in Low Radioactivity Techniques, Sudbury, Canada, August 28-29, 2010 Surface cleaning techniques B. Majorowits a, M. Wójcik b, G. Zuzel.
Ultra-low background HPGe detector at ChyeongPyung Underground Laboratory TaeYeon Kim and KIMS(Korea Invisible Mass Search) Collaboration. * Contents *
Operation of bare Ge-diodes in LN/LAr 1 st IDEA meeting Como, April 8 (2004) Stefan Schoenert.
Monte Carlo Studies on Possible Calibration Sources Kevin Kröninger, MPI für Physik GERDA Collaboration Meeting, DUBNA, 06/27 – 06/29/2005.
M. Wójcik for the GERDA Collaboration Institute of Physics, Jagellonian University Epiphany 2006, Kraków, Poland, 6-7 January 2006.
Energy determination at BEPC-II  Satellite Meeting «On the Need for a super-tau-charm factory» September 26 – 27, 2008, BINP, Novosibirsk, Russia M.N.
TG10 status report L. Pandola INFN, Gran Sasso National Laboratories for the TG10 Task Group Gerda Collaboration Meeting, Tuebingen November 9th – 11th,
What is MaGe? MJ outputGERDA output MaGe is a Monte Carlo simulation package dedicated to experiments searching for 0 2  decay in 76 Ge. Created by the.
Half Day IoP Meeting: Neutrinoless Double Beta Decay, University College London, Great Britain The GERDA Experiment at Gran Sasso Grzegorz Zuzel.
Experimental Studies of Spatial Distributions of Neutrons Produced by Set-ups with Thick Lead Target Irradiated by Relativistic Protons Vladimír Wagner.
Ultra-low background gamma spectrometry 2 nd LSM-Extension Workshop, Valfréjus, 16 October 2009 Pia Loaiza Laboratoire Souterrain de Modane.
M. Wójcik Instytut Fizyki, Uniwersytet Jagielloński Instytut Fizyki Doświadczalnej, Uniwersytet Warszawski Warszawa, 10 Marca 2006.
1 GEMMA: experimental searches for neutrino magnetic moment JINR: V. Brudanin, V. Egorov, D. Medvedev, M. Shirchenko, E. Shevchik, I. Zhitnikov, V. Belov.
The GERDA experiment L. Pandola INFN, Gran Sasso National Laboratory for the GERDA Collaboration WIN2009, Perugia, September 17 th 2009.
MaGe framework for Monte Carlo simulations MaGe is a Geant4-based Monte Carlo simulation package dedicated to experiments searching for 0 2  decay of.
LArGe-MPIK progress report physics validation of MaGe comparison with LArGe-MPIK: (preliminary) results GERDA collaboration meeting Dubna, June 26 th -29.
Muon and Neutron Backgrounds at Yangyang underground lab Muju Workshop Kwak, Jungwon Seoul National University 1.External Backgrounds 2.Muon.
Experiment [1] M. Di Marco, P. Peiffer, S. Schonert, LArGe: Background suppression using liquid argon scintillation for 0νββ - decay search with enriched.
NASA 2001 Mars Odyssey page 1 Workshop HEND Russian Aviation and Space Agency Institute for Space Research Present knowledge of HEND efficiency.
CUTAPP05 A. Caldwell/MPI.
TG 11 overview / Material screening Hardy Simgen MPI für Kernphysik for Task Group 11.
Peter Konik Petersburg Nuclear Physics Institute, Gatchina, Russia Saint-Petersburg State University, Saint-Petersburg, Russia.
ICP 9/25/12 Nuclear Decay Equations. Warmup 1)What composes an alpha particle? 2)What composes a beta particle? 3)What is gamma radiation?
GERDA – a Search for Neutrinoless Double Beta Decay MPI für Physik, München Neutrinoless double beta decay and the GERDA experimentThe detector array and.
M.Altmann, GERDA Status Report SNOLAB Workshop IV, Investigating Neutrinoless Double Beta Decay Status of the GERDA Experiment Michael Altmann.
Phase I: Use available 76 Ge diodes from Heidelberg- Moscow and IGEX experiments (~18 kg). Scrutinize with high siginificance current evidence. Phase II:
Nasim Fatemi-Ghomi, Group Christmass Meeting December Nasim Fatemi-Ghomi Double Beta Decay Study of 150 Nd at NEMO3 (The magic isotope!!)
1 Double Beta Decay of 150 Nd in the NEMO 3 Experiment Nasim Fatemi-Ghomi (On behalf of the NEMO 3 collaboration) The University of Manchester IOP HEPP.
November 19, 2007Hardy Simgen, IDEA-Meeting Paris Status of the GERDA experiment Hardy Simgen Max-Planck-Institut für Kernphysik Heidelberg on behalf.
MPI für Physik, Fachbeirat, Béla Majorovits The GERDA experiment Béla Majorovits.
P. CermakRez near Prague, December 2005 EC/EC process measurement in TGV experiment For TGV collaboration: JINR Dubna, Russia CTU Prague, Czech Republic.
ILIAS, Jaca, Spain 5 of December 2006 Se-82 purification: how to control the procedure (Bi-214)? Kornoukhov Vasily INR RAS Moscow.
SIMULATION OF BACKGROUND REDUCTION TECHNIQUES FOR Ge DBD DETECTORS Héctor Gómez Maluenda. University of Zaragoza. GERDA/Majorana MC Meeting.
JINR group V. Brudanin, V. Egorov, K. Gusev, A. Klimenko, O. Kochetov, I. Nemchenok, V. Sandukovsky, A. Smolnikov, M.Shirchenko, D. Zinatulina Project.
Search for Neutrinoless Double-Beta Decay Werner Tornow Duke University & Triangle Universities Nuclear Laboratory (TUNL) & Kavli-Tokyo Institute of the.
B. Majorovits (MPI für Physik) for the collaboration
Gabriel I. Lopez Morales* ~
Overview of GERDA simulation activities with MaGe
Prompt Gamma Activation Analysis on 76Ge
GERDA Collaboration Meeting,
On measurability of mBq/kg levels of alpha activity
The Heidelberg Dark Matter Search Experiment
Student Practice in JINR Fields of Research
Natural CMO+HPGe experiment
Deep learning possibilities for GERDA
Neutrino Telescope Stefan Schönert (TUM)
H. Simgen, MPI for Nuclear Physics / Heidelberg
Status of Neutron flux Analysis in KIMS experiment
Analysis Update: Mean Charged Multiplicity in DIS
3rd International Conference Terahertz and Microwave Radiation: Generation, Detection and Applications (TERA-2018). Nizhny Novgorod, Russia, October 22.

Presentation transcript:

Munich GERDA/Majorana MC Meeting 15-16.02.07 GERDA experiment background due to holder system and detector radioactive contaminations. Phase I Alexander A. Klimenko Joint Institute of Nuclear Research, Dubna, Russia Institute of Nuclear Research of RAS, Moscow, Russia

Conceptions 1. Phase I 2. MaGe – version 11-12-2006 3. Holder/suspension systems & HPGe’s 4. Liquid Argon was done 5. 238U and 232Th chains in equilibrium 6. Contributions from 214Bi and 208Tl 7. Copper material 8. Anticoincidence 9. Mass scaling ================

Summary Demands on radioactive contaminations for holder and Suspension systems are in region of current technology Possibilities for Phase I of GERDA experiment.