ELI-NP: The Way Ahead Session 1: Experiments

Slides:

Advertisements

Similar presentations

Hypernuclei: A very quick introduction Electroproduction of hypernuclei The experimental Program at Jefferson Lab Update on the analysis of O and Be targets.

Advertisements

Neutron detectors and spectrometers 1) Complicated reactions → strong dependency of efficiency on energy 2) Small efficiency → necessity of large volumes.

GOVERNMENT OF ROMANIA Structural Instruments Sectoral Operational Programme „Increase of Economic Competitiveness” “Investments for Your Future”

Extreme Light Infrastructure – Nuclear Physics 2 nd Workshop on Ion Beam Instrumentation LULI, Paris, June 7 th – 8 th, 2012.

EURISOL_DS – Task 11 Subtask 5 Neutron- and proton-induced reactions up to Fermi energy J. Äystö / V. Rubchenya JYFL, Jyväskylä (P9) / KhRI, St.Petersburg.

A.Lagoyannis I.N.P.P. NCSR “Demokritos” Nuclear Physics Applications at the Institute of Nuclear and Particle Physics A. Lagoyannis Institute of Nuclear.

The Intensity-Pulse Duration Conjecture: ELI’s Lynchpin ELI-NP: The Way Ahead Bucharest March 10, 2011 Gérard Mourou, Institut de Lumière Extrême 28/02/11mourou.

Temporal Variability of Gamma- Ray Lines from the X-Class Solar Flare of 2002 July 23 Albert Y. Shih 1,2, D. M. Smith 1, R. P. Lin 1,2, S. Krucker 1, R.

Lecture 5 An Introduction to Spectroscopy Electromagnetic radiation, electromagnetic wave Emission, absorption, fluorescence.

Nuclear Energy. Nuclear energy is all around us and can be used for medical purposes. Nuclear energy is when an atom is split and releases energy or particles.

ELBE Neutron Source IAEA TC Meeting “Nuclear Data for IFMIF”, FZ Karlsruhe, October 4-6, 2005 Klaus Seidel Technische Universität Dresden.

Nuclear Astrophysics Working Group Discussion. Schedule 6:00 – 6:15Philippe Collon (p-process: AMS) 6:15 – 6:30 Alan Chen (Classical novae/X-ray bursts)

Scanning Electron Microscope (SEM) – Shoots a high energy beam of electrons (waves of electrons) at a target. Electron gun Focusing coil Objective lens.

ELI-NP: the way ahead, March Anna Ferrari An overview of the shielding problems around high energy laser-accelerated beams Anna Ferrari Institute.

GOVERNMENT OF ROMANIA Structural Instruments Sectoral Operational Programme „Increase of Economic Competitiveness” “Investments for Your Future”

Institute of Isotopes Hungarian Academy of Sciences Current R&D Activities at the Institute of Isotopes Related to Nuclear Safeguards, Forensics and Environmental.

Normalization of the NPDGamma Experimental Data F. Simmons, C. Crawford University of Kentucky, for the NPDGamma collaboration Background: NPDγ Experiment.

Neutron inelastic scattering measurements at the GELINA facility of EC-JRC-IRMM A. Negret 1, C. Borcea 1, A. Plompen 2 1 NIPNE-HH, Romania 2 EC-JRC-IRMM,

Nuclear Physics Type talks 1) Adriana Gagyi-Palffy 2) Ken Ledingham 3) Fred Hartmann 4) Silvia Cipiccia 5) Chris Murphy.

1,2 Tshepo Dinoko, 3 Vasilij Andrianov, 3 Pavel Sedyshev 1 iThemba LABS, Somerset West 7129, South Africa 2 University of the Western Cape, Bellville 7535,

Neutrons (Basic Concepts).  It is desirable to classify neutrons according to their kinetic energy into:

G.Shirkov, Basic Facilities, JINR Scientific Council, Status of the Basic Facilities at JINR G.Shirkov 1.Basic Facilities Operation and development.

Prepared By: A.K.M. Moinul Haque Meaze * Center for High Energy Physics, Kyungpook National University Daegu , Korea Course Title : Phenomenology.

Date: 3-18 Topic: Ch4.4 Glen Chem.. Overview Objective Warm-up Standard ESLR Notes Classwork Homework Dispatch Summary.

February 21-21, 2008JINR Scientific Council 103-d session IREN project status.

Section 19.1 Radioactivity 1.To learn the types of radioactive decay 2.To learn to write nuclear equations for radioactive decay 3.To learn how one element.

Accelerator Physics, JU, First Semester, (Saed Dababneh). 1 Electron pick-up. ~1/E What about fission fragments????? Bragg curve stochastic energy.

Applications of Monte Carlo Code for a Gamma Resonance System Analysis L. Wielopolski, A. Hanson, I. Dioszegi, M. Todosow, Brookhaven National Laboratory,

Nuclear Radiation 9.2. The Nucleus Protons and neutrons Charge of electrons and protons – x C = e –Proton +e –Electron -e.

In Progress T-Rex TAMUTrap SASSYER Active Target Det RTC + chemistry Radioisotope production.

Methods of excitation: nuclear reactions

The Structure of the Atom Radioactivity. –Spontaneous emission of radiation by certain atoms –The structure of atomic nuclei and the changes they undergo.

This project is funded by the NSF through grant PHY , and the Universities of JINA. The Joint Institute for Nuclear Astrophysics Henderson DUSEL.

GOVERNMENT OF ROMANIA Structural Instruments Sectoral Operational Programme „Increase of Economic Competitiveness” “Investments for Your Future”

Dual Target Design for CLAS12 Omair Alam and Gerard Gilfoyle Department of Physics, University of Richmond Introduction One of the fundamental goals of.

Nuclear Astrophysics ARUNA Workshop, Notre Dame, IN Carl R. Brune Ohio University, Athens Ohio June 12-13, 2014.

3/2003 Rev 1 I.2.0 – slide 1 of 12 Session I.2.0 Part I Review of Fundamentals Module 2Introduction Session 0Part I Table of Contents IAEA Post Graduate.

Authorization and Inspection of Cyclotron Facilities Radiation Fields.

Plan for future GaAs samples for TestBeam measurements JINR DLNP group (presented Z. Krumshteyn) JINR DLNP group (presented Z. Krumshteyn) FCAL Collaboration.

The Applied Physics Laboratory Research Group Jean Paul Allain, Assistant Professor of Nuclear Engineering Ahmed Hassanein, Professor of Nuclear Engineering.

Determining the rp-Process Flow through 56 Ni 56 Ni is a Waiting Point and imposes a delay Decay Lifetime: 2.3x10^4 s ; Burst Time: 10 – 100 s Largest.

Security Applications of Accelerators

Assessment of Physics, Applications and Construction Issues for the Proposed Magurele Short-Pulse Facility Silviu Olariu National Institute of Physics.

Proposal for the End Station Test Beam (ESTB) at SLAC John Jaros ALCPG09 Albuquerque September 30, 2009.

Extreme Light Infrastructure - Nuclear Physics ELI – NP European Research Center Nicolae-Victor Zamfir National Institute for Physics and Nuclear Engineering.

Presentation of Master of medical and imagery physics Rajaa Cherkaoui El Moursli, Mohammed V – Agdal University, Rabat, Morocco Hassan II Academy of Sciences.

Design and Simulations of the Source of Polarized Slow Positrons at ELI-NP Nikolay Djourelov ELI-NP, IFIN-HH, 30 Reactorului Str, MG-6 Bucharest-Magurele,

Overview of low energy positron physics and applications

Radiation Applications Application Cards Find the type of radiation used for your application. Note: If more than one type – choose one Group according.

Accelerator Division Activities Andrea Ghigo on behalf of INFN-LNF Accelerator Division.

ThorEA ADSR Meeting, Glasgow, 7th September 2009 Laser-induced Nuclear Reactions David J. Hamilton

SATIF13 Poster session (ultrashort summary).

Accelerator Division Activities

Objectives To learn the types of radioactive decay

Radiation Applications

Internet of Things for Large Scale Scientific Infrastructures public communication Brussels, May ELI-NP – MHTC.

A sample is injected into the spectrometer and heated to a vapour.

I. Nuclear Equations Mass numbers and atomic numbers are conserved in nuclear equations.

Short focal length target area: X-ray & ion sources and applications

Hall C – this week Time Period Plans 10/24-10/27 Target cool down

ELI-NP: The Way Ahead Session 1: Experiments

Nuclear Data Research at LANSCE with Possible Relevance to IFMIF

Hall “12 GeV” May 27, 2003 NAPP 2003: J.J. LeRose.

The First CEBAF Experiment

Bubble Chamber Experiments at UITF

Chapter – 8 Fluorescence

Unit 4 – Nuclear Reactions

Status of ELI Beamlines

Nuclear Chemistry Essential Question: What are the different types of radioactive decay? How does each type change the nucleus?

Objectives To learn the types of radioactive decay

Presentation transcript:

ELI-NP: The Way Ahead Session 1: Experiments 9:30 – 13:00 Presentations (13:00-14:00) Lunch 14:00 – 18:30 Discussions (after the remaining presentation)

Research Activities (RA) in ELI-NP application RA3-RA5 = “Experiments”: 23 M€ for equipments 15 M€ for salaries + an large part of: 4 M€ for laboratories 3 M€ for travels 0.8 M€ for guests 0.2 M€ for Conf./WS. to spend by the end-2015

Equipments/ Instruments Workpackage Coordinator / Members RA# Exp. hall Workpackage Title Equipments/ Instruments Workpackage Coordinator / Members RA3 E1 Laser induced nuclear reactions Interaction chamber & targets Electron and HI spectrometers Wien filter, penning trap Detectors E6 Intense electron and gamma beams induced by high power beams Electron spectrometers Gamma and neutron detectors E4 E5 Accelerated beams induced by 0.1 -1 PW high repetition laser beams RA4 E2 Nuclear resonance fluorescence and its applications Reaction chamber Gamma multi-detector E3 Positrons source Positron target, moderator, transport PAES, positron microscop, coinc. Dopp. broad. spect. E8 Nuclear reactions induced by high energy gamma/electron beams Reaction chamber (3) Gamma monochromator Gamma, neutron, HI, multi-detector RA5 E7 Experiments with combined laser and gamma beams e+/e- spectrometer, ...