Abstract
LiF:Ti,MG TLD cards (G-1 and G-7) were irradiated to high and intermediate doses, in the range of 0.15-7.5 Gy and the residual dose and the PTTL (Photo-Transferred Thermoluminescence) were measures. some dosimetric properties (e.g., accuracy and fading) of the residual dose and PTTL were investigated. We measure the minimum reassessed exposure, as well, when using both methods. We found that the minimum detectable exposure is 13 mGy measured by the PTTL, and 360 mGy measured by residual dose. (authors).
Citation Formats
Ben-Shachar, Barak, German, Uzi, Rachmian, Ytzchak, and Ephraim, Naim.
Reassessment of high and intermediate doses by the residual dose and the PTTL.
Israel: N. p.,
1993.
Web.
Ben-Shachar, Barak, German, Uzi, Rachmian, Ytzchak, & Ephraim, Naim.
Reassessment of high and intermediate doses by the residual dose and the PTTL.
Israel.
Ben-Shachar, Barak, German, Uzi, Rachmian, Ytzchak, and Ephraim, Naim.
1993.
"Reassessment of high and intermediate doses by the residual dose and the PTTL."
Israel.
@misc{etde_10134764,
title = {Reassessment of high and intermediate doses by the residual dose and the PTTL}
author = {Ben-Shachar, Barak, German, Uzi, Rachmian, Ytzchak, and Ephraim, Naim}
abstractNote = {LiF:Ti,MG TLD cards (G-1 and G-7) were irradiated to high and intermediate doses, in the range of 0.15-7.5 Gy and the residual dose and the PTTL (Photo-Transferred Thermoluminescence) were measures. some dosimetric properties (e.g., accuracy and fading) of the residual dose and PTTL were investigated. We measure the minimum reassessed exposure, as well, when using both methods. We found that the minimum detectable exposure is 13 mGy measured by the PTTL, and 360 mGy measured by residual dose. (authors).}
place = {Israel}
year = {1993}
month = {Jan}
}
title = {Reassessment of high and intermediate doses by the residual dose and the PTTL}
author = {Ben-Shachar, Barak, German, Uzi, Rachmian, Ytzchak, and Ephraim, Naim}
abstractNote = {LiF:Ti,MG TLD cards (G-1 and G-7) were irradiated to high and intermediate doses, in the range of 0.15-7.5 Gy and the residual dose and the PTTL (Photo-Transferred Thermoluminescence) were measures. some dosimetric properties (e.g., accuracy and fading) of the residual dose and PTTL were investigated. We measure the minimum reassessed exposure, as well, when using both methods. We found that the minimum detectable exposure is 13 mGy measured by the PTTL, and 360 mGy measured by residual dose. (authors).}
place = {Israel}
year = {1993}
month = {Jan}
}