Abstract
Within the framework of studies on inertial confinement fusion, this paper examined how non-uniformities in the distribution of the radiation sources on the surface of a radiating cavity are reduced by geometrical averaging, i.e., by the fact that a given point upon a spherical capsule, enclosed within, `sees` an extended cavity area. It was evaluated how this reduction depends on the relative cavity/capsule size and on the non-uniformity wavelength. With regard to the emitter, two cases were considered, that of an optically thick emitting layer, and that of an optically thin one, according to two angular distributions (the frequency label is neglected) in which the specific intensity upon the cavity was assumed to have cylindrical symmetry.
Citation Formats
Dattoli, G, Mari, C, Mezi, L, and Torre, A.
Power flux distribution on capsule enclosed in radiating cavity.
Italy: N. p.,
1991.
Web.
Dattoli, G, Mari, C, Mezi, L, & Torre, A.
Power flux distribution on capsule enclosed in radiating cavity.
Italy.
Dattoli, G, Mari, C, Mezi, L, and Torre, A.
1991.
"Power flux distribution on capsule enclosed in radiating cavity."
Italy.
@misc{etde_10141883,
title = {Power flux distribution on capsule enclosed in radiating cavity}
author = {Dattoli, G, Mari, C, Mezi, L, and Torre, A}
abstractNote = {Within the framework of studies on inertial confinement fusion, this paper examined how non-uniformities in the distribution of the radiation sources on the surface of a radiating cavity are reduced by geometrical averaging, i.e., by the fact that a given point upon a spherical capsule, enclosed within, `sees` an extended cavity area. It was evaluated how this reduction depends on the relative cavity/capsule size and on the non-uniformity wavelength. With regard to the emitter, two cases were considered, that of an optically thick emitting layer, and that of an optically thin one, according to two angular distributions (the frequency label is neglected) in which the specific intensity upon the cavity was assumed to have cylindrical symmetry.}
place = {Italy}
year = {1991}
month = {Dec}
}
title = {Power flux distribution on capsule enclosed in radiating cavity}
author = {Dattoli, G, Mari, C, Mezi, L, and Torre, A}
abstractNote = {Within the framework of studies on inertial confinement fusion, this paper examined how non-uniformities in the distribution of the radiation sources on the surface of a radiating cavity are reduced by geometrical averaging, i.e., by the fact that a given point upon a spherical capsule, enclosed within, `sees` an extended cavity area. It was evaluated how this reduction depends on the relative cavity/capsule size and on the non-uniformity wavelength. With regard to the emitter, two cases were considered, that of an optically thick emitting layer, and that of an optically thin one, according to two angular distributions (the frequency label is neglected) in which the specific intensity upon the cavity was assumed to have cylindrical symmetry.}
place = {Italy}
year = {1991}
month = {Dec}
}