Abstract
An internal-standard method was applied for the determination of uranium, thorium, lanthanum and europium is carbonaceous shale samples and monazite sand by epithermal neutron activation analysis using gold as an internal standard element. The samples were irradiated in a zero-power reactor at the Institute of Nuclear Energy Research and measured with a high-resolution Ge(Li) detector. The detection limit is 0.1 ppm for uranium and europium, 1 ppm for thorium, 5 ppm for lanthanum, and the realative error of all elements is within +-2.6%.
Chen, Shuenn-Gang;
Tsai, Hui-Tuh;
Wu, Shaw-Chii
[1]
- Institute of Nuclear Energy Research, Lung-Tan (Taiwan, Republic of China)
Citation Formats
Chen, Shuenn-Gang, Tsai, Hui-Tuh, and Wu, Shaw-Chii.
Internal-standard method for the determination of uranium, thorium, lanthanum and europium in carbonaceous shale and monazite by epithermal neutron activation analysis.
Switzerland: N. p.,
1981.
Web.
Chen, Shuenn-Gang, Tsai, Hui-Tuh, & Wu, Shaw-Chii.
Internal-standard method for the determination of uranium, thorium, lanthanum and europium in carbonaceous shale and monazite by epithermal neutron activation analysis.
Switzerland.
Chen, Shuenn-Gang, Tsai, Hui-Tuh, and Wu, Shaw-Chii.
1981.
"Internal-standard method for the determination of uranium, thorium, lanthanum and europium in carbonaceous shale and monazite by epithermal neutron activation analysis."
Switzerland.
@misc{etde_5364453,
title = {Internal-standard method for the determination of uranium, thorium, lanthanum and europium in carbonaceous shale and monazite by epithermal neutron activation analysis}
author = {Chen, Shuenn-Gang, Tsai, Hui-Tuh, and Wu, Shaw-Chii}
abstractNote = {An internal-standard method was applied for the determination of uranium, thorium, lanthanum and europium is carbonaceous shale samples and monazite sand by epithermal neutron activation analysis using gold as an internal standard element. The samples were irradiated in a zero-power reactor at the Institute of Nuclear Energy Research and measured with a high-resolution Ge(Li) detector. The detection limit is 0.1 ppm for uranium and europium, 1 ppm for thorium, 5 ppm for lanthanum, and the realative error of all elements is within +-2.6%.}
journal = []
volume = {49:3}
journal type = {AC}
place = {Switzerland}
year = {1981}
month = {Oct}
}
title = {Internal-standard method for the determination of uranium, thorium, lanthanum and europium in carbonaceous shale and monazite by epithermal neutron activation analysis}
author = {Chen, Shuenn-Gang, Tsai, Hui-Tuh, and Wu, Shaw-Chii}
abstractNote = {An internal-standard method was applied for the determination of uranium, thorium, lanthanum and europium is carbonaceous shale samples and monazite sand by epithermal neutron activation analysis using gold as an internal standard element. The samples were irradiated in a zero-power reactor at the Institute of Nuclear Energy Research and measured with a high-resolution Ge(Li) detector. The detection limit is 0.1 ppm for uranium and europium, 1 ppm for thorium, 5 ppm for lanthanum, and the realative error of all elements is within +-2.6%.}
journal = []
volume = {49:3}
journal type = {AC}
place = {Switzerland}
year = {1981}
month = {Oct}
}