Evaluation of the /sup 232/Th neutron capture cross section above 3 keV

Saussure, G. de; Macklin, R. L.

doi:10.2172/5080086

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Mulki Bhat Of Bnl Is Coordinating the Evaluation Of1

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“…The sensitivities in Table 3. 26.1 are about JO higher for the radial blanket than for the axial blanket. Thus, a 1-D sensitivity analysis for this specific case would probably be reasonably accurate.…”

Section: Mulki Bhat Of Bnl Is Coordinating the Evaluation Ofmentioning

confidence: 81%

Engineering Physics Division progress report for period ending November 30, 1978. [ORNL]

Maienschein¹

1979

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Applied to an Integral Test of Niobium Cross Sections 3-26 0. T. Ingersoll and B. H. Wehring 3.29. A Comparison of Experimental and Calculated Pe»onance Integrals for U0 2 and ThO^ Isolated Rods 3-26 V. C. Baker and J. K. Marable 3.30. Analytical Inequalities Satisfied by the Cross-Section Self-Shielding Factors 3-29 D. 6. Cacuci and M. A. Bjerke 4. INTEGRAL EXPERIMENTS AND THEIR ANALYSES 4.0. Inunction 4-3 4.1. Analysis of a Neutron Scattering and Gamma-Ray Production Integral Experiment on Aluminum for Neutron Energies from 1 to 15 MeV 4-5 S. N. Cramer and E. M. Oblow 4.2. Analysis of a Neutron Scattering and Gamma-Ray Production Integral Experiment on Silicon Dioxide for Neutron Energies from 1 to 15 MeV 4-5 S. N. Cramer and E. M. Oblow 4.3. An Integral Measurement to Test Evaluated Neutron Cross Sections for Carbon 4-6

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Section: Mulki Bhat Of Bnl Is Coordinating the Evaluation Ofmentioning

confidence: 81%