Abstract
The possibility of using a radioactive source to study the {nu}{sub e}e{sup -} scattering is discussed. In order to have a strong signal in a 100 gr/cm{sup 2} thick liquid scintillator surrounding the source and in order to be sensitive to a low magnetic moment of the neutrino the threshold on the electron recoil energy has to be set very low, around 200 keV. This has two consequences: a huge experimental setup and a big active volume, where the expected signal due to {sup 8}Be solar neutrinos is as high as the one produced by a large magnetic moment of the neutrinos from source.
Broggini, C
[1]
- Ist. Nazionale Di Fisica Nucleare, Laboratori Nazionali del Gran Sasso, Assergi (Italy)
Citation Formats
Broggini, C.
The study of {nu}{sub e}e{sup -} scattering with neutrino source.
Italy: N. p.,
1991.
Web.
Broggini, C.
The study of {nu}{sub e}e{sup -} scattering with neutrino source.
Italy.
Broggini, C.
1991.
"The study of {nu}{sub e}e{sup -} scattering with neutrino source."
Italy.
@misc{etde_10140006,
title = {The study of {nu}{sub e}e{sup -} scattering with neutrino source}
author = {Broggini, C}
abstractNote = {The possibility of using a radioactive source to study the {nu}{sub e}e{sup -} scattering is discussed. In order to have a strong signal in a 100 gr/cm{sup 2} thick liquid scintillator surrounding the source and in order to be sensitive to a low magnetic moment of the neutrino the threshold on the electron recoil energy has to be set very low, around 200 keV. This has two consequences: a huge experimental setup and a big active volume, where the expected signal due to {sup 8}Be solar neutrinos is as high as the one produced by a large magnetic moment of the neutrinos from source.}
place = {Italy}
year = {1991}
month = {Dec}
}
title = {The study of {nu}{sub e}e{sup -} scattering with neutrino source}
author = {Broggini, C}
abstractNote = {The possibility of using a radioactive source to study the {nu}{sub e}e{sup -} scattering is discussed. In order to have a strong signal in a 100 gr/cm{sup 2} thick liquid scintillator surrounding the source and in order to be sensitive to a low magnetic moment of the neutrino the threshold on the electron recoil energy has to be set very low, around 200 keV. This has two consequences: a huge experimental setup and a big active volume, where the expected signal due to {sup 8}Be solar neutrinos is as high as the one produced by a large magnetic moment of the neutrinos from source.}
place = {Italy}
year = {1991}
month = {Dec}
}