Abstract
The solid angles have been computed for a proton recoil counter consisting of a circular hydrogenous foil viewed by an isotropic neutron point source at different distances from the target foil. Tables are given for the total subtended solid angle as well as the differential energy distribution function of the proton recoil spectrum. The influence of finite foil thickness has also been studied.
Citation Formats
Konijn, J, Lauber, A, and Tollander, B.
Calculations of Total and Differential Solid Angles for a Proton Recoil Solid State Detector.
Sweden: N. p.,
1963.
Web.
Konijn, J, Lauber, A, & Tollander, B.
Calculations of Total and Differential Solid Angles for a Proton Recoil Solid State Detector.
Sweden.
Konijn, J, Lauber, A, and Tollander, B.
1963.
"Calculations of Total and Differential Solid Angles for a Proton Recoil Solid State Detector."
Sweden.
@misc{etde_20930957,
title = {Calculations of Total and Differential Solid Angles for a Proton Recoil Solid State Detector}
author = {Konijn, J, Lauber, A, and Tollander, B}
abstractNote = {The solid angles have been computed for a proton recoil counter consisting of a circular hydrogenous foil viewed by an isotropic neutron point source at different distances from the target foil. Tables are given for the total subtended solid angle as well as the differential energy distribution function of the proton recoil spectrum. The influence of finite foil thickness has also been studied.}
place = {Sweden}
year = {1963}
month = {Aug}
}
title = {Calculations of Total and Differential Solid Angles for a Proton Recoil Solid State Detector}
author = {Konijn, J, Lauber, A, and Tollander, B}
abstractNote = {The solid angles have been computed for a proton recoil counter consisting of a circular hydrogenous foil viewed by an isotropic neutron point source at different distances from the target foil. Tables are given for the total subtended solid angle as well as the differential energy distribution function of the proton recoil spectrum. The influence of finite foil thickness has also been studied.}
place = {Sweden}
year = {1963}
month = {Aug}
}