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15 results on '"Drindak, N. J."'

2. Neutron Transmission and Capture Measurements of 133Cs from 0.01 to 600 eV

Author

Block, R. C., Burke, J. A., Barry, D. P., Drindak, N. J., Leinweber, G., Remley, K. E., Ballad, R. V., Rapp, M. J., and Danon, Y.

Abstract

AbstractNeutron capture and transmission measurements were carried out from 0.01 to 600 eV on both solid and liquid samples containing elemental cesium (133Cs). Only s-wave resonances were observed in these measurements. These data were analyzed for resonance parameters utilizing the SAMMY Bayesian analysis code to simultaneously fit both the capture and transmission data. Parameters were obtained for 31 cesium resonances up to 600 eV. The thermal capture cross section and capture resonance integral were determined. The thermal capture cross section is 10% larger than the ENDF, JENDL, and JEFF evaluated values but lies within the uncertainty of the most recent measurement by Yoon and Lee [New Phys.: Sae Mulli (Korean Phys. Soc.)., Vol. 61, p. 7 (2011)]. The capture resonance integral has a statistical 1σ error of 2% and lies 1.4σ above the JENDL value, 5.5σ above the ENDF value, and 3.9σ above the JEFF value. The s-wave strength function was determined.

Published
2019
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8. Neutron Capture and Transmission Measurements and Resonance Parameter Analysis of Niobium

Author

Drindak, N. J., primary, Burke, J. A., additional, Leinweber, G., additional, Helm, J. A., additional, Hoole, J. G., additional, Block, R. C., additional, Danon, Y., additional, Slovacek, R. E., additional, Moretti, B. E., additional, Werner, C. J., additional, Overberg, M. E., additional, Kolda, S. A., additional, Trbovich, M. J., additional, and Barry, D. P., additional

Published
2006
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10. Neodymium neutron cross section measurements

Author

Barry, D. P., primary, Trbovich, M. J., additional, Danon, Y., additional, Block, R. C., additional, Slovacek, R. E., additional, Leinweber, G., additional, Burke, J. A., additional, and Drindak, N. J., additional

Published
2005
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15. Neutron Transmission and Capture Measurements of 133Cs from 0.01 to 600 eV.

Author

Block, R. C., Burke, J. A., Barry, D. P., Drindak, N. J., Leinweber, G., Remley, K. E., Ballad, R. V., Rapp, M. J., and Danon, Y.

Subjects
*NEUTRONS, *NEUTRON transport theory, *CESIUM, *THERMAL neutron capture, *NEUTRON resonance, *RESONANCE, *BAYESIAN analysis
Abstract

Neutron capture and transmission measurements were carried out from 0.01 to 600 eV on both solid and liquid samples containing elemental cesium (133Cs). Only s-wave resonances were observed in these measurements. These data were analyzed for resonance parameters utilizing the SAMMY Bayesian analysis code to simultaneously fit both the capture and transmission data. Parameters were obtained for 31 cesium resonances up to 600 eV. The thermal capture cross section and capture resonance integral were determined. The thermal capture cross section is 10% larger than the ENDF, JENDL, and JEFF evaluated values but lies within the uncertainty of the most recent measurement by Yoon and Lee [New Phys.: Sae Mulli (Korean Phys. Soc.)., Vol. 61, p. 7 (2011)]. The capture resonance integral has a statistical 1σ error of 2% and lies 1.4σ above the JENDL value, 5.5σ above the ENDF value, and 3.9σ above the JEFF value. The s-wave strength function was determined. [ABSTRACT FROM AUTHOR]

Published
2019
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