Assessment of the unresolved resonance treatment for cross-section and covariance representation

Leal, L.; Noguère, G.; John, C. de Saint; Sirakov, I.; Capote Noy, R.; Sublet, J.-Ch.; Ribon, P.; Delclaux, M. Coste; Jouanne, C.; Iwamoto, O.; Chiba, G.; Shibata, K.; MacFarlane, R.E.; Kahler, A.C.; Libutz, C.R.; Cullen, D.; Herman, M.; Leal, L.; Noguère, G.; John, C. de Saint; Sirakov, I.; Capote Noy, R.; Sublet, J.-Ch.; Ribon, P.; Delclaux, M. Coste; Jouanne, C.; Iwamoto, O.; Chiba, G.; Shibata, K.; MacFarlane, R.E.; Kahler, A.C.; Libutz, C.R.; Cullen, D.; Herman, M.

Published October 2011

NDS Staff Publication

Assessment of the unresolved resonance treatment for cross-section and covariance representation

1. Nuclear Data Section, IAEA

The report was issued by WPEC Subgroup 32, which investigates the methodologies used in the unresolved resonance region (URR) for cross-section and covariance representation. The objectives of the subgroup were to: - investigate the use of the Single-level Breit-Wigner formalism in the URR for fissile and fertile isotopes; - investigate URR parameter representation based on the LSSF = 0 or LSSF - 1 option; - report on teh URR resonance parameter interpolation issue; - report on the URR covariance representation.

	All versions	This version
Views	0	0
Downloads	0	0
Data volume	0 Bytes	0 Bytes

Assessment of the unresolved resonance treatment for cross-section and covariance representation

Creators

Description