Abstract
The general potential of some selected layers such as the Miocene sediments and the Oligocene basalts is evaluated for the disposal of low level waste, (LLW). In this work, it is aimed to quantify the effect of some key parameters that are though to influence the migration of radionuclides in these layers. Homogeneity-isotopy and engineering properties of selected potential layers at Inshas were examined. Land form stability and collapsible soil were studied. Basaltic lava flows of Oligocene age were thoroughly investigated using petrographic and petrologic techniques and its suitability as a potential host rock for a waste repository is evaluated. 8 figs., 2 tabs.
Al-Gamal, S A;
Emara, A S;
[1]
Shehata, M G
[2]
- National Center for Nuclear Safety and Radiation Control, Nasr City, Atomic Energy Authority, Cairo (Egypt)
- Petroleum Research Institute, Nasr City, Al-Zohour District, Cairo (Egypt)
Citation Formats
Al-Gamal, S A, Emara, A S, and Shehata, M G.
Low Level Waste Disposal Geological Studies At Inshas Site. Vol. 3.
Egypt: N. p.,
1996.
Web.
Al-Gamal, S A, Emara, A S, & Shehata, M G.
Low Level Waste Disposal Geological Studies At Inshas Site. Vol. 3.
Egypt.
Al-Gamal, S A, Emara, A S, and Shehata, M G.
1996.
"Low Level Waste Disposal Geological Studies At Inshas Site. Vol. 3."
Egypt.
@misc{etde_455855,
title = {Low Level Waste Disposal Geological Studies At Inshas Site. Vol. 3}
author = {Al-Gamal, S A, Emara, A S, and Shehata, M G}
abstractNote = {The general potential of some selected layers such as the Miocene sediments and the Oligocene basalts is evaluated for the disposal of low level waste, (LLW). In this work, it is aimed to quantify the effect of some key parameters that are though to influence the migration of radionuclides in these layers. Homogeneity-isotopy and engineering properties of selected potential layers at Inshas were examined. Land form stability and collapsible soil were studied. Basaltic lava flows of Oligocene age were thoroughly investigated using petrographic and petrologic techniques and its suitability as a potential host rock for a waste repository is evaluated. 8 figs., 2 tabs.}
place = {Egypt}
year = {1996}
month = {Mar}
}
title = {Low Level Waste Disposal Geological Studies At Inshas Site. Vol. 3}
author = {Al-Gamal, S A, Emara, A S, and Shehata, M G}
abstractNote = {The general potential of some selected layers such as the Miocene sediments and the Oligocene basalts is evaluated for the disposal of low level waste, (LLW). In this work, it is aimed to quantify the effect of some key parameters that are though to influence the migration of radionuclides in these layers. Homogeneity-isotopy and engineering properties of selected potential layers at Inshas were examined. Land form stability and collapsible soil were studied. Basaltic lava flows of Oligocene age were thoroughly investigated using petrographic and petrologic techniques and its suitability as a potential host rock for a waste repository is evaluated. 8 figs., 2 tabs.}
place = {Egypt}
year = {1996}
month = {Mar}
}