Abstract
The advantages of using a transverse magnetic field for precessing the polarization of fast-neutrons are discussed. Design details of a powerful electromagnet supplying a transverse field of approximately 20 kGauss are given. Precession characteristics for polarized fast neutrons obtained at 50 deg (lab. syst.) from the Li{sup 7} (p, n) Be{sup 7} reaction are reported, using elastic scattering at 42 deg (lab. syst.) off natural carbon as an analyser. Correlation of the precession data with theoretical predictions presented elsewhere is made, and good agreement is found.
Citation Formats
Aspesund, O, Bjorkman, J, and Trumpy, G.
An Electromagnet for Precession of the Polarization of Fast-Neutrons.
Sweden: N. p.,
1965.
Web.
Aspesund, O, Bjorkman, J, & Trumpy, G.
An Electromagnet for Precession of the Polarization of Fast-Neutrons.
Sweden.
Aspesund, O, Bjorkman, J, and Trumpy, G.
1965.
"An Electromagnet for Precession of the Polarization of Fast-Neutrons."
Sweden.
@misc{etde_20949551,
title = {An Electromagnet for Precession of the Polarization of Fast-Neutrons}
author = {Aspesund, O, Bjorkman, J, and Trumpy, G}
abstractNote = {The advantages of using a transverse magnetic field for precessing the polarization of fast-neutrons are discussed. Design details of a powerful electromagnet supplying a transverse field of approximately 20 kGauss are given. Precession characteristics for polarized fast neutrons obtained at 50 deg (lab. syst.) from the Li{sup 7} (p, n) Be{sup 7} reaction are reported, using elastic scattering at 42 deg (lab. syst.) off natural carbon as an analyser. Correlation of the precession data with theoretical predictions presented elsewhere is made, and good agreement is found.}
place = {Sweden}
year = {1965}
month = {May}
}
title = {An Electromagnet for Precession of the Polarization of Fast-Neutrons}
author = {Aspesund, O, Bjorkman, J, and Trumpy, G}
abstractNote = {The advantages of using a transverse magnetic field for precessing the polarization of fast-neutrons are discussed. Design details of a powerful electromagnet supplying a transverse field of approximately 20 kGauss are given. Precession characteristics for polarized fast neutrons obtained at 50 deg (lab. syst.) from the Li{sup 7} (p, n) Be{sup 7} reaction are reported, using elastic scattering at 42 deg (lab. syst.) off natural carbon as an analyser. Correlation of the precession data with theoretical predictions presented elsewhere is made, and good agreement is found.}
place = {Sweden}
year = {1965}
month = {May}
}