Abstract
A method for absolute determination of the activity of a I-125 source, based on the counting rate values of the 27 keV photons and the coincidence photon peak is given in the literature. It is based on the principle that if a radionuclide emits two photons in coincidence , a measurement of its disintegration rate in the photopeak and in the sum- peak can determinate it`s absolute activity. When using this method , the system calibration is simplified and parameters such as source geometry or source position relative to the detector have no significant influence. However, when the coincidence rate is very low, the application of this method is limited because of the statistics of the coincidence peak (authors).
Pelled, O;
German, U;
Kol, R;
Levinson, S;
Weinstein, M;
Laichter, Y;
[1]
Alphasy, Z
[2]
- Israel Atomic Energy Commission, Beersheba (Israel). Nuclear Research Center-Negev
- Ben-Gurion Univ. of the Negev, Beersheba (Israel)
Citation Formats
Pelled, O, German, U, Kol, R, Levinson, S, Weinstein, M, Laichter, Y, and Alphasy, Z.
Limitations of absolute activity determination of I-125 sources.
Israel: N. p.,
1996.
Web.
Pelled, O, German, U, Kol, R, Levinson, S, Weinstein, M, Laichter, Y, & Alphasy, Z.
Limitations of absolute activity determination of I-125 sources.
Israel.
Pelled, O, German, U, Kol, R, Levinson, S, Weinstein, M, Laichter, Y, and Alphasy, Z.
1996.
"Limitations of absolute activity determination of I-125 sources."
Israel.
@misc{etde_475939,
title = {Limitations of absolute activity determination of I-125 sources}
author = {Pelled, O, German, U, Kol, R, Levinson, S, Weinstein, M, Laichter, Y, and Alphasy, Z}
abstractNote = {A method for absolute determination of the activity of a I-125 source, based on the counting rate values of the 27 keV photons and the coincidence photon peak is given in the literature. It is based on the principle that if a radionuclide emits two photons in coincidence , a measurement of its disintegration rate in the photopeak and in the sum- peak can determinate it`s absolute activity. When using this method , the system calibration is simplified and parameters such as source geometry or source position relative to the detector have no significant influence. However, when the coincidence rate is very low, the application of this method is limited because of the statistics of the coincidence peak (authors).}
place = {Israel}
year = {1996}
month = {Dec}
}
title = {Limitations of absolute activity determination of I-125 sources}
author = {Pelled, O, German, U, Kol, R, Levinson, S, Weinstein, M, Laichter, Y, and Alphasy, Z}
abstractNote = {A method for absolute determination of the activity of a I-125 source, based on the counting rate values of the 27 keV photons and the coincidence photon peak is given in the literature. It is based on the principle that if a radionuclide emits two photons in coincidence , a measurement of its disintegration rate in the photopeak and in the sum- peak can determinate it`s absolute activity. When using this method , the system calibration is simplified and parameters such as source geometry or source position relative to the detector have no significant influence. However, when the coincidence rate is very low, the application of this method is limited because of the statistics of the coincidence peak (authors).}
place = {Israel}
year = {1996}
month = {Dec}
}