Abstract
The problem of particle detection, when using an isotropic neutron point source at different distances from a circular target or a radioactive source as seen by a circular detector, e. g. a solid state counter, is dealt with. Tables are given for different distances of the source when the reaction at the target has an isotropic or a cosine angular distribution in the laboratory system.
Citation Formats
Konijn, J, and Tollander, B.
Solid Angle Computations for a Circular Radiator and a Circular Detector.
Sweden: N. p.,
1963.
Web.
Konijn, J, & Tollander, B.
Solid Angle Computations for a Circular Radiator and a Circular Detector.
Sweden.
Konijn, J, and Tollander, B.
1963.
"Solid Angle Computations for a Circular Radiator and a Circular Detector."
Sweden.
@misc{etde_20930850,
title = {Solid Angle Computations for a Circular Radiator and a Circular Detector}
author = {Konijn, J, and Tollander, B}
abstractNote = {The problem of particle detection, when using an isotropic neutron point source at different distances from a circular target or a radioactive source as seen by a circular detector, e. g. a solid state counter, is dealt with. Tables are given for different distances of the source when the reaction at the target has an isotropic or a cosine angular distribution in the laboratory system.}
place = {Sweden}
year = {1963}
month = {Feb}
}
title = {Solid Angle Computations for a Circular Radiator and a Circular Detector}
author = {Konijn, J, and Tollander, B}
abstractNote = {The problem of particle detection, when using an isotropic neutron point source at different distances from a circular target or a radioactive source as seen by a circular detector, e. g. a solid state counter, is dealt with. Tables are given for different distances of the source when the reaction at the target has an isotropic or a cosine angular distribution in the laboratory system.}
place = {Sweden}
year = {1963}
month = {Feb}
}