'56 fe' diaporamas de présentation

Results of the de-excitation code ABLA07

Results of the de-excitation code ABLA07. Aleksandra Keli? M. Valentina Ricciardi Karl-Heinz Schmidt. GSI Darmstadt, Germany. Layout. Improvements in ABLA07 Stages of a spallation reaction Influence of the 1 st stage on the results Comparison of ABRA, INCL4, ISABEL + ABLA07

748 views • 50 slides

Results of the de-excitation code ABLA07

Results of the de-excitation code ABLA07. Aleksandra Keli? M. Valentina Ricciardi Karl-Heinz Schmidt. GSI Darmstadt, Germany. Layout. Improvements in ABLA07 Stages of a spallation reaction Influence of the 1 st stage on the results Comparison of ABRA, INCL4, ISABEL + ABLA07

623 views • 50 slides

NUCLEAR FUSION

670 views • 44 slides

Status of 54 Fe and 56 Fe(n, g ) analysis Giuseppe Giubrone Instituto de Fisica Corpuscular

Status of 54 Fe and 56 Fe(n, g ) analysis Giuseppe Giubrone Instituto de Fisica Corpuscular Valencia n_ToF Analysis meeting, CERN 2011. Outline. Experimental details Energy and width calibration Polynomial WF Neutron fluence and Resolution Function SAMMY analysis

530 views • 41 slides

Microcanonical level densities of non-magic nuclei

Microcanonical level densities of non-magic nuclei. Alberto Ventura ENEA, Bologna Italy. Robert Pezer University of Zagreb Croatia. Outline. Motivation and introduction SPINDIS computer program Description of the system Mean field, pairing Residual interactions Experimental results

506 views • 37 slides

Electron-Capture Delayed Fission (ECDF) in the Pb region

178. Tl. 150 ms. a. Electron-Capture Delayed Fission (ECDF) in the Pb region. 200,202 Fr. 192,194, 196 At. Andrei Andreyev. 186,188 Bi. 178, 180, 182 Tl. Z=82. ISOLDE workshop 18th November 2008. Collaboration. Jarno Van De Walle RILIS & ISOLDE. Andrei Andreyev Nick Bree

553 views • 36 slides

Electron-Capture Delayed Fission (ECDF) in the Pb region

178. Tl. 150 ms. a. Electron-Capture Delayed Fission (ECDF) in the Pb region. 200,202 Fr. 192,194, 196 At. Andrei Andreyev. 186,188 Bi. 178, 180, 182 Tl. Z=82. ISOLDE workshop 18th November 2008. Collaboration. Jarno Van De Walle RILIS & ISOLDE. Andrei Andreyev Nick Bree

498 views • 36 slides

Jun Su Sino-French Institure of Nuclear Engineering & Technology,

Mechanisms of fragment emission in heavy ion collisions and spallation. Jun Su Sino-French Institure of Nuclear Engineering & Technology, Sun Yat-sen University, Zhuhai 519082, China . E-mail : sujun3@mail.sysu.edu.cn 2019. Outline. Introduction Theoretical framework R esults.

282 views • 28 slides

Heat Capacities of 56 Fe and 57 Fe

Heat Capacities of 56 Fe and 57 Fe. Emel Algin Eskisehir Osmangazi University Workshop on Level Density and Gamma Strength in Continuum May 21-24, 2007. Motivation. Apply Oslo method to lighter mass region SMMC calculations predict pairing phase transition Astrophysical interest.

370 views • 23 slides

Determination of the influence of primary protons on the assessed neutron doses in the ISS

Determination of the influence of primary protons on the assessed neutron doses in the ISS. ID 236, Neutron Dosimetry. R J Tanner, L G Hager and J S Eakins INTS24, Bologna, September 2008. HPA PADC dosemeter & EuCPD. EuCPD.

291 views • 19 slides

Stellar Spectroscopy and Elemental Abundances

Stellar Spectroscopy and Elemental Abundances. Definitions Solar Abundances Relative Abundances Origin of Elements. Definitions. X, Y, Z : amounts of H, He, and rest (metals) by mass (total of 1; log Z/Z sun in Kurucz models) Solar: X =0.735, Y =0.248, Z =0.017

165 views • 15 slides

Nucleosynthesis and formation of the elements

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DFG Research Unit 580: Electron transfer processes in anoxic aquifers

Source. Absorber. Detector. Output. 57 Co. 57 Fe*. 57 Fe*. 57 Fe. 57 Fe. velocity. (mm/s). Cl-NB. Cl-AN. - velocity. 57 Fe(II). 57 Fe(III). 56 Fe(III). 56 Fe(II). 56 hematite. % Absorption. 0. 6. 12. 6. 0. -12. -6. 0. 6. 12. + velocity. KAP. ZWI. RIC. PLA. MEC.

101 views • 1 slides

RH Liu et al. Nature 459 , 64-67 (2009) doi:10.1038/nature0 7981

107 views • 1 slides

Modeling of Filters for Formation of Mono-Energetic

Modeling of Filters for Formation of Mono-Energetic Neutron Beams in the Research Reactor IRT MEPhI S.V. Ivakhin 1 , G.V. Tikhomirov 1 , A.I. Bolozdynya 1 , D.Yu. Akimov 2 , V.N. Stekhanov 2 1 National Research Nuclear University MEPhI, Moscow, Russia

155 views • 1 slides