'Fast neutron' diaporamas de présentation

Applications of MPGD beyond particle and nuclear physics

F.Murtas Frascati INFN & CERN The ARDENT Marie Curie ITN project. Applications of MPGD beyond particle and nuclear physics. A triple GEM d etector s ystem Fast neutron beam monitor Thermal neutron detectors Low energy XRay detector

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Det e kce a spektrometrie neutron ? neutron detection and spectroscopy

Det e kce a spektrometrie neutron ? neutron detection and spectroscopy. Slow neutrons Fast neutrons. 1. Slow neutrons neutron kinetic energy E . a) . charged particles are produced , protons, ? particle, or heavy fragments.

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Measurement of sin 2 2 q 13 at the Braidwood Nuclear Reactors Jonathan Link Columbia University

Measurement of sin 2 2 q 13 at the Braidwood Nuclear Reactors Jonathan Link Columbia University Research Techniques Seminar April 13, 2005. Sin 2 2 ? 13 Reactor Experiment Basics. ? e. ? e. ? e. ? e. ? e. ? e. sin 2 2 ? 13.

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Low Energy Heavy-Ion Beam Facility at Korea Basic Science Institute

Low Energy Heavy-Ion Beam Facility at Korea Basic Science Institute. ??? , ??? ??? , ??? , ??? , ??? , ??? (Pusan National University & Korea Basic Science Institute). Presentation. ?? ??? ?? (ECR) ??? ?? ??. Heavy Ion Meeting 2008-11.

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Wenxin Wang

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Nuclear Plant Systems

Nuclear Plant Systems. ACADs (08-006) Covered Keywords Nuclear power history, fission, steam supply, reactor types, plant operations and control, DBA, emergency systems, CFR, Supporting Material. Engineering Technology Division. Power Plant Construction and QA/QC

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Overview of Neutron and Escaping Alpha Diagnostics Planned for ITER

Overview of Neutron and Escaping Alpha Diagnostics Planned for ITER.

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Nucular Reactors: Classification and Technology Oliver Gothe Nucular Physics Laboratory Professor Ralf Gothe May 12, 20

Nucular Reactors: Classification and Technology Oliver Gothe Nucular Physics Laboratory Professor Ralf Gothe May 12, 2008. Three main reaction types: Radioactive Decay Atomic Batteries Radioisotope thermoelectric generators passive Nuclear Fusion Not suitable for power production yet

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Development of GEM-based fast neutron detectors

Development of GEM-based fast neutron detectors. G. Croci 1,2 , C. Cazzaniga 3 , G. Claps 4 , M. Cavenago 5 , G. Grosso 1 , F. Murtas 4,6 , S. Puddu 6 , A. Muraro 1 , E. Perelli Cippo 1 , M. Rebai 2,3 , R. Pasqualotto 7 , M. Tardocchi 1 and G. Gorini 2,3.

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G. Bartesaghi, G. Gambarini, A. Negri

MONTE CARLO SIMULATIONS ON NEUTRON TRANSPORT AND ABSORBED DOSE IN TISSUE-EQUIVALENT PHANTOMS EXPOSED TO HIGH-FLUX EPITHERMAL NEUTRON BEAMS. G. Bartesaghi, G. Gambarini, A. Negri. Department of Physics of the University of Milan and INFN, Milan, Italy. J. Burian, L. Viererbl.

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Triple GEM detectors : measurements of stray neutron.

F.Murtas CERN and LNF-INFN. Triple GEM detectors : measurements of stray neutron. GEM as neutron detector Burning Plasma Monitor Neutron detectors Conclusions. E.Aza , R.Froeshl , S.P.George , M.Magistris , S.Puddu , M.Silari. Polietylene Converter Cathode.

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neutron blanket

SCHEMATIC. neutron dump. neutron blanket. scattered neutrons. GIMM. target chamber port. M2 (penultimate optic). SCOPE of PROBLEM Aluminum has 6x10 22 atoms cm -3 Total scattering cross section of 14.7MeV neutrons is approx. 2 barns

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