Two-dimensional bkutron and gamma calculations for devices irradiated in br2 reflector positions

Charles M. De Raedt; Serge F. Bodart; Bernard J. Ponsard; Marcel J. Wéber; Thierry Maldague

doi:10.1520/STP15156S

Two-dimensional bkutron and gamma calculations for devices irradiated in br2 reflector positions

Charles M. De Raedt, Serge F. Bodart, Bernard J. Ponsard, Marcel J. Wéber, Thierry Maldague

Research output › peer-review

Abstract

For two typical LWR fuel rod irradiation devices introduced into the BR2 reflector two-dimensional neutron and gamma calculations are being carried out. In the first case a single fuel rod surrounded by several pressure tubes and by a time-variable neutron screen (He-3 gas at various pressures) is studied. The calculations are carried out in R,0 geometry, centered on the irradiated fuel rod. In the second case a bundle of nine fuel rods in a 3x3 square lattice is irradiated. Here the calculations are performed in X,Y geometry. The necessity is discussed of performing two-dimensional calculations for these irradiations in the BR2 reflector, to improve the modelling of the fuel behaviour.

Original language	English
Title of host publication	Reactor Dosimetry
Editors	Harry Farrar, E. Parvin Lippincott, John G. Williams, David W. Vehar
Publisher	ASTM International
Pages	608-617
Number of pages	10
ISBN (Electronic)	9780803118997
DOIs	https://doi.org/10.1520/STP15156S
State	Published - 1994
Event	1993 - 8th ASTM-EURATOM symposium on reactor dosimetry - Vail Duration: 29 Aug 1993 → 3 Sep 1993

Publication series

Name	ASTM Special Technical Publication
Volume	STP 1228
ISSN (Print)	0066-0558

Conference

Conference	1993 - 8th ASTM-EURATOM symposium on reactor dosimetry
Country/Territory	United States
City	Vail
Period	1993-08-29 → 1993-09-03

ASJC Scopus subject areas

General Materials Science

Access to Document

10.1520/STP15156S

Cite this

De Raedt, C. M., Bodart, S. F., Ponsard, B. J., Wéber, M. J., & Maldague, T. (1994). Two-dimensional bkutron and gamma calculations for devices irradiated in br2 reflector positions. In H. Farrar, E. P. Lippincott, J. G. Williams, & D. W. Vehar (Eds.), Reactor Dosimetry (pp. 608-617). (ASTM Special Technical Publication; Vol. STP 1228). ASTM International. https://doi.org/10.1520/STP15156S

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title = "Two-dimensional bkutron and gamma calculations for devices irradiated in br2 reflector positions",

abstract = "For two typical LWR fuel rod irradiation devices introduced into the BR2 reflector two-dimensional neutron and gamma calculations are being carried out. In the first case a single fuel rod surrounded by several pressure tubes and by a time-variable neutron screen (He-3 gas at various pressures) is studied. The calculations are carried out in R,0 geometry, centered on the irradiated fuel rod. In the second case a bundle of nine fuel rods in a 3x3 square lattice is irradiated. Here the calculations are performed in X,Y geometry. The necessity is discussed of performing two-dimensional calculations for these irradiations in the BR2 reflector, to improve the modelling of the fuel behaviour.",

keywords = "fissile and structural materials irradiations, fuel rod power, geometrical modelling, MTRs, reflector irradiations, two-dimensional calculations",

author = "{De Raedt}, {Charles M.} and Bodart, {Serge F.} and Ponsard, {Bernard J.} and W{\'e}ber, {Marcel J.} and Thierry Maldague",

year = "1994",

doi = "10.1520/STP15156S",

language = "English",

series = "ASTM Special Technical Publication",

publisher = "ASTM International",

pages = "608--617",

editor = "Harry Farrar and Lippincott, {E. Parvin} and Williams, {John G.} and Vehar, {David W.}",

booktitle = "Reactor Dosimetry",

}

De Raedt, CM, Bodart, SF, Ponsard, BJ, Wéber, MJ & Maldague, T 1994, Two-dimensional bkutron and gamma calculations for devices irradiated in br2 reflector positions. in H Farrar, EP Lippincott, JG Williams & DW Vehar (eds), Reactor Dosimetry. ASTM Special Technical Publication, vol. STP 1228, ASTM International, pp. 608-617, 1993 - 8th ASTM-EURATOM symposium on reactor dosimetry, Vail, Colorado, United States, 1993-08-29. https://doi.org/10.1520/STP15156S

Two-dimensional bkutron and gamma calculations for devices irradiated in br2 reflector positions. / De Raedt, Charles M.; Bodart, Serge F.; Ponsard, Bernard J. et al.
Reactor Dosimetry. ed. / Harry Farrar; E. Parvin Lippincott; John G. Williams; David W. Vehar. ASTM International, 1994. p. 608-617 (ASTM Special Technical Publication; Vol. STP 1228).

Research output › peer-review

TY - GEN

T1 - Two-dimensional bkutron and gamma calculations for devices irradiated in br2 reflector positions

AU - De Raedt, Charles M.

AU - Bodart, Serge F.

AU - Ponsard, Bernard J.

AU - Wéber, Marcel J.

AU - Maldague, Thierry

PY - 1994

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N2 - For two typical LWR fuel rod irradiation devices introduced into the BR2 reflector two-dimensional neutron and gamma calculations are being carried out. In the first case a single fuel rod surrounded by several pressure tubes and by a time-variable neutron screen (He-3 gas at various pressures) is studied. The calculations are carried out in R,0 geometry, centered on the irradiated fuel rod. In the second case a bundle of nine fuel rods in a 3x3 square lattice is irradiated. Here the calculations are performed in X,Y geometry. The necessity is discussed of performing two-dimensional calculations for these irradiations in the BR2 reflector, to improve the modelling of the fuel behaviour.

AB - For two typical LWR fuel rod irradiation devices introduced into the BR2 reflector two-dimensional neutron and gamma calculations are being carried out. In the first case a single fuel rod surrounded by several pressure tubes and by a time-variable neutron screen (He-3 gas at various pressures) is studied. The calculations are carried out in R,0 geometry, centered on the irradiated fuel rod. In the second case a bundle of nine fuel rods in a 3x3 square lattice is irradiated. Here the calculations are performed in X,Y geometry. The necessity is discussed of performing two-dimensional calculations for these irradiations in the BR2 reflector, to improve the modelling of the fuel behaviour.

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