Abstract
The principle and methods of the calibration for an in-situ {gamma} spectrometer are introduced. The calibration for a portable HPGe {gamma} spectrometer has been completed. The N{sub f}/A(peak count rate per unit activity in soil) and N{sub f}/D(peak count rate per unit absorbed dose rate in the air) are listed. The uncertainties of the calibration factors are estimated. The in-situ measurements have been carried out in surroundings near the nuclear facilities and the data are compared with those measured by other methods.
Citation Formats
Xuefu, Xiao, and Qingyu, Yue.
Calibration and application of a HPGe gamma spectrometer for in-situ measurements.
China: N. p.,
1992.
Web.
Xuefu, Xiao, & Qingyu, Yue.
Calibration and application of a HPGe gamma spectrometer for in-situ measurements.
China.
Xuefu, Xiao, and Qingyu, Yue.
1992.
"Calibration and application of a HPGe gamma spectrometer for in-situ measurements."
China.
@misc{etde_10145285,
title = {Calibration and application of a HPGe gamma spectrometer for in-situ measurements}
author = {Xuefu, Xiao, and Qingyu, Yue}
abstractNote = {The principle and methods of the calibration for an in-situ {gamma} spectrometer are introduced. The calibration for a portable HPGe {gamma} spectrometer has been completed. The N{sub f}/A(peak count rate per unit activity in soil) and N{sub f}/D(peak count rate per unit absorbed dose rate in the air) are listed. The uncertainties of the calibration factors are estimated. The in-situ measurements have been carried out in surroundings near the nuclear facilities and the data are compared with those measured by other methods.}
place = {China}
year = {1992}
month = {Feb}
}
title = {Calibration and application of a HPGe gamma spectrometer for in-situ measurements}
author = {Xuefu, Xiao, and Qingyu, Yue}
abstractNote = {The principle and methods of the calibration for an in-situ {gamma} spectrometer are introduced. The calibration for a portable HPGe {gamma} spectrometer has been completed. The N{sub f}/A(peak count rate per unit activity in soil) and N{sub f}/D(peak count rate per unit absorbed dose rate in the air) are listed. The uncertainties of the calibration factors are estimated. The in-situ measurements have been carried out in surroundings near the nuclear facilities and the data are compared with those measured by other methods.}
place = {China}
year = {1992}
month = {Feb}
}