Presentation is loading. Please wait.

Presentation is loading. Please wait.

Fixed Decay Station at ISOLDE

Published byGervais Hensley Modified over 6 years ago

Similar presentations

Presentation on theme: "Fixed Decay Station at ISOLDE"— Presentation transcript:

1 Fixed Decay Station at ISOLDE
Introduction: Strong physics case for decay studies at ISOLDE using an efficient germanium array surrounding an implantation/decay station Approved experiments: IS456: Study of polonium isotopes ground state properties by simultaneous atomic- and ... IS474: Fast-timing studies of nuclei below 68Ni populated in the beta-decay of Mn isotopes IS476: Studies of beta-delayed two-proton emission: The cases of 31Ar and 35Ca IS507: Study of the beta-decay of 20Mg IS525: Study of multi-neutron emission in the beta-decay of 11Li IS534: Beta-delayed fission, laser spectroscopy and shape-coexistence studies with radioactive... IS545: Experimental investigation of decay properties of neutron deficient Ba isotopes ..... Beam development creates new opportunities for (pioneering) decay studies Current situation: removable detection systems (at LA1 or GLM) limited germanium detection efficiency  need for a fixed set-up with an efficient germanium array and ancillary detectors Original idea: use of Miniball detectors and/or Miniball position (Miniball workshop March 5-6, 2012 Koln) Moving Miniball clusters is cumbersome and risky Not compatible with Coulex and transfer reaction set-up

2 Fixed Decay Station at ISOLDE
Proposal: Fixed decay station position at ISOLDE LA1, former Mistrall or other beam port Miniball type or clover type germanium detectors positioned around a decay station: source to detector distance ~ 5-10 cm: flexible holding structure tape system with plastic scintillator detectors for beta detection: b-decay studies windmill or equivalent system hosting carbon foils and silicon detectors: a-decay, b-delayed fission, b-delayed charge particle studies neutron detectors: b-delayed neutron studies fast timing detectors anti-Compton shields Needs: good and reproducible ISOLDE beam transmission proper beam diagnostics and definition DAQ: compatible with ISOLDE DAQ developments space for TOF neutron detectors and for flexible mounting of germanium detectors and shielding.

3 Fixed Decay Station at ISOLDE
Collaboration/interest: Positive response: Spain (Madrid, Valencia), UK (Paisley, York, Liverpool), Germany (Koln, Darmstadt, Munchen), Denmark (Aarhus), Sweden (Lund), France (Bordeaux), Finland (Jyvaskyla), Switzerland (ISOLDE) and Belgium (Leuven) ISOLDE Decay Station Workshop: October 3, 2012 in CERN Physics case Hardware, detectors and electronics Resources: what exists in the collaboration - permanent physicist at ISOLDE Task list/timeline Collaboration

Download ppt "Fixed Decay Station at ISOLDE"

Similar presentations

MINIBALL g-ray Spectroscopy far from Stability

MINIBALL g-ray Spectroscopy far from Stability
Evolution of nuclear shape in the light Radon isotopes Andrew Robinson, David Jenkins, Stewart Martin-Haugh University of York Jarno Van De Walle CERN.

Evolution of nuclear shape in the light Radon isotopes Andrew Robinson, David Jenkins, Stewart Martin-Haugh University of York Jarno Van De Walle CERN.
Nuclear / Subatomic Physics Physics – Chapter 25 (Holt)

Nuclear / Subatomic Physics Physics – Chapter 25 (Holt)
Atomic Structure: Isotopes and Ions. Isotopes  The number of protons for a given atom never changes.  The number of neutrons can change.  Two atoms.

Atomic Structure: Isotopes and Ions. Isotopes  The number of protons for a given atom never changes.  The number of neutrons can change.  Two atoms.
UNIVERSITY OF JYVÄSKYLÄ Results from the first tests with the SPEDE spectrometer Philippos Papadakis ISOLDE Workshop and Users Meeting 2014.

UNIVERSITY OF JYVÄSKYLÄ Results from the first tests with the SPEDE spectrometer Philippos Papadakis ISOLDE Workshop and Users Meeting 2014.
N. Saito The RISING stopped beam physics meeting Technical status of RISING at GSI N. Saito - GSI for the RISING collaboration Introduction Detector performance.

N. Saito The RISING stopped beam physics meeting Technical status of RISING at GSI N. Saito - GSI for the RISING collaboration Introduction Detector performance.
Status of the ISOLDE DECAY STATION - IDS Hilde De Witte IDS status report, ISCC, June 24 th 2014.

Status of the ISOLDE DECAY STATION - IDS Hilde De Witte IDS status report, ISCC, June 24 th 2014.
Unit 3 Nuclear Chemistry Board Race Review Radioactive Decay Decay SeriesHalf-LifeGrab Bag O’ Fun Reactors 11111 22222 33333 44444 55555.

Unit 3 Nuclear Chemistry Board Race Review Radioactive Decay Decay SeriesHalf-LifeGrab Bag O’ Fun Reactors
What is it to be Radioactive? Radioactive decay is the process in which an unstable atomic nucleus loses energy by emitting radiation in the form of particles.

What is it to be Radioactive? Radioactive decay is the process in which an unstable atomic nucleus loses energy by emitting radiation in the form of particles.
The REXTRAP Penning Trap Pierre Delahaye, CERN/ISOLDE Friedhelm Ames, Pierre Delahaye, Fredrik Wenander and the REXISOLDE collaboration TAS workshop, LPC.

The REXTRAP Penning Trap Pierre Delahaye, CERN/ISOLDE Friedhelm Ames, Pierre Delahaye, Fredrik Wenander and the REXISOLDE collaboration TAS workshop, LPC.
35 Ca decay beta-delayed 1- and 2-proton spokespersons: J. Giovinazzo (CENBG), O. Tengblab (CSIC) institutions: Centre d’Etudes Nucléaires (Bordeaux) –

35 Ca decay beta-delayed 1- and 2-proton spokespersons: J. Giovinazzo (CENBG), O. Tengblab (CSIC) institutions: Centre d’Etudes Nucléaires (Bordeaux) –
Evolution of nuclear shape in the light Radon isotopes Andrew Robinson, David Jenkins, Stewart Martin-Haugh University of York Jarno Van De Walle CERN.

Evolution of nuclear shape in the light Radon isotopes Andrew Robinson, David Jenkins, Stewart Martin-Haugh University of York Jarno Van De Walle CERN.
Coulomb excitation of neutron-rich 32,33 Mg nuclei with MINIBALL at HIE-ISOLDE P. Reiter 1, B. Siebeck 1, M. Seidlitz 1, A. Blazhev 1, K. Geibel 1, N.

Coulomb excitation of neutron-rich 32,33 Mg nuclei with MINIBALL at HIE-ISOLDE P. Reiter 1, B. Siebeck 1, M. Seidlitz 1, A. Blazhev 1, K. Geibel 1, N.
Atomic Structure Test Review 166 point total. 1.The atomic number is the number of protons. 2. The mass number is the number of protons and neutrons.

Atomic Structure Test Review 166 point total. 1.The atomic number is the number of protons. 2. The mass number is the number of protons and neutrons.
Elisa Rapisarda, CERN, PH Division

Elisa Rapisarda, CERN, PH Division
Leuven - Mainz - ISOLDE collaboration at CERN

Leuven - Mainz - ISOLDE collaboration at CERN
Trends in Heavy Ion Physics Research, Dubna, 21-25 May Present and future physics possibilities at ISOLDE Karsten Riisager PH Department, CERN

Trends in Heavy Ion Physics Research, Dubna, May Present and future physics possibilities at ISOLDE Karsten Riisager PH Department, CERN
Section 19.1 Radioactivity TYPES OF RADIOACTIVE DECAY EQ.: WHAT ARE THE DIFFERENT TYPES OF RADIOACTIVE DECAY AND HOW ARE THESE REPRESENTED IN A NUCLEAR.

Section 19.1 Radioactivity TYPES OF RADIOACTIVE DECAY EQ.: WHAT ARE THE DIFFERENT TYPES OF RADIOACTIVE DECAY AND HOW ARE THESE REPRESENTED IN A NUCLEAR.
EUROPEAN ORGANIZATION FOR NUCLEAR RESEARCH Proposal to the ISOLDE and Neutron Time-of-Flight Committee Study of the beta delayed particle emission from.

EUROPEAN ORGANIZATION FOR NUCLEAR RESEARCH Proposal to the ISOLDE and Neutron Time-of-Flight Committee Study of the beta delayed particle emission from.
A HIE-ISOLDE spectrometer for nuclear reaction studies G. Tveten 1, J. Cederkall 2, S. Siem 1, A. Goergen 1, M. Guttormsen 1, P. Hoff 1, D. Di Julio 2,

A HIE-ISOLDE spectrometer for nuclear reaction studies G. Tveten 1, J. Cederkall 2, S. Siem 1, A. Goergen 1, M. Guttormsen 1, P. Hoff 1, D. Di Julio 2,

Similar presentations

Ads by Google