Overview of the BNCT neutron beam line facility in NRI Rez (Prague) Most pictures taken from presentation of J.Burian/NRI – Milano09 1 NRI = Nuclear research.

Slides:

Advertisements

Similar presentations

1 Neutron Filtered Beam Technique At Kyiv Research Reactor For Scientific And Technological Purposes STCU Workshop "From Science to Business" 11 – 12 October.

Advertisements

1 Neutron Source For Neutron Capture Therapy Of Cancer Tissues At Kyiv Research Reactor STCU Workshop "From Science to Business" 11 – 12 October 2006,

R. NABBI, P. BOURAUEL, G. DAMM

“Neutron activation analysis on slurry resulted from waste water conditioning” INSTITUTE FOR NUCLEAR RESEARCH PITESTI – ROMANIA INSTITUTE FOR NUCLEAR RESEARCH.

Esteban Fabián Boggio 1 Lucas Provenzano 2 Sara Gonzalez 2,3 Sara Gonzalez 2,3 Juan Manuel Longhino 1 1 Bariloche Atomic Center, Atomic Energy National.

E. Bavarnegin,Yaser Kasesaz, H. Khalafi

Design on Target and Moderator of X- band Compact Electron Linac Neutron Source for Short Pulsed Neutrons Kazuhiro Tagi.

LABORATORIO DE ANÁLISIS POR ACTIVACIÓN NEUTRÓNICA (LAAN) CLEA NUCLEAR ENGINEERING DEPARTMENT ATÓMICO BARILOCHE CENTRO ATÓMICO BARILOCHE COMISIÓN NACIONAL.

Martin Freer Materials Irradiation at University of Birmingham.

Advanced Test Reactor.

Some fission yields for 235U (n,f), 239Pu (n,f), 238U (n,f) reactions in ΣΣ neutron spectrum Dr. Cristina Garlea National Institute for R&D of Physics.

Breazeale Nuclear Reactor Penn State Radiation Science and Engineering Center.

Determination of gamma dose component in thermal column of Pavia Triga reactor by using alanine ESR detectors Saverio Altieri Department of Physics University.

Precision Neutron Cross Section Measurements at Reactor Neutron Filtered Beams O. Gritzay, V. Kolotyi, O. Kalchenko, V. Libman Institute for Nuclear Research.

16 th International Congress on Neutron Capture Therapy June 14-19, 2014 Helsinki, Finland Study of suitability of Fricke-gel-layer dosimeters for in-air.

G. Bartesaghi, 11° ICATPP, Como, 5-9 October 2009 MONTE CARLO SIMULATIONS ON NEUTRON TRANSPORT AND ABSORBED DOSE IN TISSUE-EQUIVALENT PHANTOMS EXPOSED.

Nuclear Reactor Design. Fuel Enrichment  Enriching Uranium results in a greater number of atoms that can be split through fission, releasing more energy.

R2D2 fast overview Sept version This document is a short description of the R2D2 test beam line at the JEEPII reactor at IFE, Norway. (Contact: Isabel.

Andrea Salvini, CERN, L.E.N.A. Laboratory at Pavia University (Laboratorio Energia Nucleare Applicata) TRIGA Mark II pool research reactor.

16 th International Congress on Neutron Capture Therapy June 14-19, Helsinki, Finland Improvement of a PGNAA Facility for BNCT in THOR C. K. Huang 1, H.

Irradiation Facilities at CERN for RD-51 Micro-Pattern Gas Detectors (RD-51) Workshop Nikhef, Amsterdam, April Mar CAPEANS CERN.

Nuclear Forensics: Neutron Activation & Radiography

Future usage of quasi-infinite depleted uranium target (BURAN) for benchmark studies Pavel Tichý Future usage of quasi-infinite depleted uranium target.

VCI - V. Conti February, A TIME OF FLIGHT DETECTOR FOR THERMAL NEUTRONS FROM RADIOTHERAPY LINACS V. Conti, G.Bartesaghi, D.Bolognini, M.Prest,

Simulations of Accelerator Driven Systems (ADS) Aleksander Polanski Joint Institute for Nuclear Research, Dubna, Russia. The Andrzej Soltan Institute for.

Radiation Test Facilities G. Spiezia. Engineering Department ENEN Radiation tests facilities  Radiation test in the accelerator sector  External facilities.

Facilities at the Nuclear Physics Institute Academy of Sciences of the Czech Rep., Řež.

American Detector Irradiation Facilities Erik Ramberg FNAL 22 March, 2011 ALCPG11.

Design and construction of BNCT irradiation

Advanced semiconductor detectors of neutrons

Status on 25 Mg(n,  ) and neutron flux in 2012 Bologna, 27 November 2013 C. Massimi.

Med Phys 3A03/3AA1 Practical Health & Medical Physics Communications D.R. Chettle, with D.F. Moscu TA: Helen Moise.

Building a CANDU reactor

Systematic studies of neutrons produced in the Pb/U assembly irradiated by relativistic protons and deuterons. Vladimír Wagner Nuclear physics institute.

N. Gubanova 1, V. Kanygin 2, A. Kichigin 3, S. Taskaev 4 1 Institute of Cytology and Genetics, Novosibirsk, Russia 2 Novosibirsk State Medical University,

VIEW on RAD HARDNESS TESTS of STS FEE IN MEPHI. Simakov A.B. – Head of “Special Microelectronics” Lab.

Unit 1 Physics Detailed Study 3.3 Chapter 12.3: Nuclear Fissions Reactors.

Nuclear Reactors, BAU, 1st Semester, (Saed Dababneh). 1 Controlled Fission Note that  is greater than 2 at thermal energies and almost 3 at.

The improvement of the energy resolution in epi-thermal region of Bonner sphere using boric acid solution moderator H. Ueda1, H. Tanaka2, Y. Sakurai2.

Beam test possibilities at JINR and Fermilab V. Pronskikh Fermilab 02/15/2012.

Authorization and Inspection of Cyclotron Facilities Design, Layout and Shielding.

Institute of Nuclear Engineering and Science National Tsing Hua University Institute of Nuclear Engineering and Science National Tsing Hua University BNCT.

M Asnal *, T Liamsuwan 2 and T Onjun 1 1 Sirindhorn International Institute of Technology, Thammasat University 2 Nuclear Research and Development Division,

TRIUMF and ISIS Test Facilities Radiation 2 Electronics (R2E) LHC Activities TRIUMF and ISIS test facilities Rubén García Alía, Salvatore Danzeca, Adam.

EAR2 Beam Line Report on the Status C. Weiss EAR2 Beam Line - Report on the Status1.

Neutron Capture Cross Sections from 1 MeV to 2 MeV by Activation Measurements Korea Institutes of Geoscience and Mineral Resource G.D.Kim, T.K.Yang, Y.S.Kim,

M. Štefánik *), P. Bém, M. Honusek, K. Katovský, M. Majerle, J. Novák, and E. Šimečková AER Working Group F – „Spent Fuel Transmutation“ and INPRO IAEA.

N_TOF commissioning INTC-P-249 Spokespersons: J.L.Tain, V.Vlachoudis Contactperson: V.Vlachoudis th Nov 2009 for the n_TOF collaboration.

UCN Source at the NCSU PULSTAR Reactor Bernard Wehring and Albert Young North Carolina State University International Workshop on Neutron-Antineutron Transition.

June , RD50 Workshop1 Jan B o hm, Jan Brož, Zdeněk Doležal, Peter Kodyš, Petr Kubík, Marcela Mikeštíková Neutron irradiation program in Prague Charles.

Sources of Radiation Research Reactors

Institute of Experimental and Applied Physics Czech Technical University in Prague IEAP – CTU Prague 1 BrightnESS T4.1 Meeting Activity at IEAP CTU in.

Radiation Damage Experience: SiPM & QIE Cards Proton Cyclotron - Mass General Hospital (& MIT Research Reactor) Larry Sulak with Sergey Los*, Jim Freeman*,

RadMon thermal neutron cross-section calibration D.Kramer for the RadMon team L.Viererbl, V.Klupak NRI Rez 1.

High Energy Neutron and Proton Irradiation Facilities at TSL Alexander Prokofiev, , 6th LHC Radiation Workshop 1.

Plans for Neutron Irradiations at RINSC

Fast neutron flux measurement in CJPL

GEANT4 Simulations of a Beam Shaping Assembly Design and Optimization for Thermal/Epithermal Neutrons Vahagn Ivanyan Yerevan Physics Institute, Armenia.

P. Buffa, S. Rizzo, E. Tomarchio

Ephitermal neutron source at Maria reactor

Electron Beamlines Safety Workshop at ELI Beamlines April 2016

Control Blade Design and Fabrication Improvements using Laser Welding

JOINT INSTITUTE FOR NUCLEAR RESEARCH

Pebble Bed Reactors for Once Trough Nuclear Transmutation

Outside the nucleus, the beta decay {image} will not occur because the neutron and electron have more total mass than the proton. This process can occur.

Benoît Brichard Instrumentation Department Tel: Secr: Fax: Ooms Hans

Recent Activities in Neutron Standardization at NMIJ/AIST

Sheng Yang a, Yen-Wan Hsueh Liu b

TRANSPORTATION CASK AND CONCRETE MODULE DESIGN FOR MANAGING NUCLEAR SPENT FUEL PRODUCED IN BUSHEHR NUCLEAR POWER PLANT A.M. TAHERIAN Iran Radioactive Waste.

Presentation transcript:

Overview of the BNCT neutron beam line facility in NRI Rez (Prague) Most pictures taken from presentation of J.Burian/NRI – Milano09 1 NRI = Nuclear research institute plc BNCT = boron neutron capture therapy

Research Reactor LVR-15 (10MW)  36% enriched U235  Light water with forced cooling  Access allowed when reactor ON 2

Experimental facilities using LVR-15 3

Approximate maximum fluxes 4 thermal neutron flux at the end of the horizontal beam tube1x10 9 n/cm 2 s maximum thermal neutron flux in the core1.5x10 14 n/cm 2 s maximum fast neutron flux in the core3x10 14 n/cm 2 s thermal neutron flux in irradiation channel in fuel 1.2x10 14 n/cm 2 s thermal neutron flux in irradiation channel in reflector 9x10 13 n/cm 2 s Material tests possible in the vertical irradiation channels Dedicated analysis labs available in NRI 2 Ge spectrometers and a portable one operated by NRI

BNCT line with shutter 5 Online epithermal/fast neutron flux monitoring performed with fission chambers (U 235/238 ) inside the collimator

 Gamma component up to 0.5 Gy/h  Control room dose rate ~ 2 uSv/h  Beam diameter 12cm  Access possible to the irradiation room when reactor is ON (shutter opens ~5mins)  x-y Laser alignment available  Cable feed through 4-5cm only, possibility to pass around the door (2 Fip cables max)  Desk space limited  Non-Czech citizens need special permit  RP control possible outside of normal hours 6

BNCT spectrum WITH the Li6 filtering Thermal neutrons 7 We used 4cm polyethylene moderator (thermalization depth) WITHOUT Li 6 filter Spectra to be received next week