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JENDL High Energy File 2004 and its Benchmark Testing Tokio Fukahori

JENDL High Energy File 2004 and its Benchmark Testing Tokio Fukahori Research Group for Nuclear Data Evaluation Japan Atomic Energy Agency fukahori@ndc.tokai.jaeri.go.jp. Needs of JENDL High Energy File. Activation, Dosimetry Medical RI Production. Isotope Production.

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JENDL High Energy File 2004 and its Benchmark Testing Tokio Fukahori

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  1. JENDL High Energy File 2004 and its Benchmark Testing Tokio Fukahori Research Group for Nuclear Data Evaluation Japan Atomic Energy Agency fukahori@ndc.tokai.jaeri.go.jp

  2. Needs of JENDL High Energy File Activation, Dosimetry Medical RI Production Isotope Production Spallation Neutron Source Radiation Damage Dose Estimation Shielding Calculation Particle Emission DDX Fission CS FPY Fission Spectra MA Transmutation Dosimetry

  3. High Energy Files in the World

  4. Stored Nuclides in JENDL High Energy File Neutron & Proton File up to 3 GeV (Total: 132 nuclides) Nuclides with red color (66) : Released in March 2004 as JENDL/HE-2004

  5. Evaluation Methods and Tools Total, Elastic Reaction X-sec. GNASH ECIS OPTMAN JENDL-HE Transmission C. D.Inela. X-sec. Pre-equilibrium Statistical Cal. OM Cal. Isotope Prod. X-sec. Light Particle Spectra Fraction of MSD QMD+SDM JQMD JAM Isotope Prod. X-sec. Light Particle DDX Fission X-sec. INC+GEM Total, Elastic Reaction X-sec. TOTELA FISCAL Systematics Systematics E < 250 MeV E > 150 MeV

  6. Sample of Evaluated Results Isotope production cross sections : 12C

  7. Sample of Evaluated Results Isotope production cross sections : 12C, 27Al

  8. Isotope production cross sections : Si and Mg Production of 22Na Sample of Evaluated Results

  9. Sample of Evaluated Results Isotope production cross sections : 56Fe

  10. Isotope production cross sections : 56,58Fe Sample of Evaluated Results

  11. Sample of Evaluated Results Isotope production cross sections : 63,65Cu

  12. Elastic scattering angular distributions : Fe Sample of Evaluated Results

  13. Sample of Evaluated Results W (p,xn) @ 113 MeV Double-differential Cross Section (DDX) C (p,xn) @ 113 MeV (p,n) Q value12C : -18.12 MeV13C : - 3.00 MeV JENDL-HE: natC (including 13C) LA150 : 12C

  14. Benchmark Calculation (WNR/C-TTY)

  15. Benchmark Calculation (WNR/Fe-TTY)

  16. Benchmark Calculation (TIARA Experiment) Experimental arrangement @ TIARA, JAERI “Transmission through shields of quasi-monoenergetic neutrons generated by 43- and 68-MeV proton” Ref.) N. Nakao et al., Nucl. Sci. Eng. 124, 228 (1996). H. Nakashima et al., Nucl. Sci. Eng. 124, 243 (1996). Neutron spectrum of p+7Li

  17. Benchmark Calculation (TIARA Experiment) Detector 20 cm Neutron Beam By 43 MeV p+7Li 68 MeV p+7Li 20 cm 10- 200 cm Shield

  18. Benchmark Calculation (TIARA Experiment - Fe) Ep=68 MeV t=20 cm Ep=68 MeV t=40 cm

  19. Benchmark Calculation (TIARA Experiment - Fe) Ep=68 MeV t=70 cm Ep=68 MeV t=100 cm

  20. Benchmark Calculation (TIARA Experiment - Fe) Ep=68 MeV t=130 cm

  21. Benchmark Calculation (TIARA Experiment - Fe) Ep=68 MeV t=20 cm Ep=68 MeV t=40 cm

  22. Comparison of cross sections among three evaluation Benchmark Calculation (TIARA Experiment - Fe) 65 MeV neutron + Fe

  23. Benchmark Calculation (TIARA Experiment - Fe)

  24. Benchmark Calculation (TIARA Experiment - Concrete) Ep=68 MeV t=100 cm Ep=68 MeV t=200 cm

  25. Benchmark Calculation (TIARA Experiment - Concrete) Ep=68 MeV t=25 cm Ep=68 MeV t=50 cm

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