Determination of Si, Al, Ti, Fe and Zr in glass sand samples by 14 MeV neutron activation analysis
S Al-Jobori, Y Kettaneh, J Mustafa - Journal of radioanalytical and …, 1987 - akjournals.com
Fast neutron activation analysis technique was applied for the determination of Si, Al, Ti, Fe
and Zr in glass sand rock samples. The samples and standards were irradiated with a mono-
energetic neutron flux of 10 8 n· cm–· s–1. Pneumatic facility was used. The gamma activities
from samples and standards were counted using a 30 cm 3 Ge (Li) detector, with FWHM of
2.9 keV at 1.332 MeV, coupled to an on-line computer facility.
and Zr in glass sand rock samples. The samples and standards were irradiated with a mono-
energetic neutron flux of 10 8 n· cm–· s–1. Pneumatic facility was used. The gamma activities
from samples and standards were counted using a 30 cm 3 Ge (Li) detector, with FWHM of
2.9 keV at 1.332 MeV, coupled to an on-line computer facility.
[PDF][PDF] Determination of Si, Al, Ti, Fe and Zr in glass sand samples by 14 MeV neutron activation analysis
J Mustafa - researchgate.net
Fast neutron activation analysis technique was applied for the determination of Si, A1, Ti, Fe
and Zr in glass sand rock samples. The samples and standards were irradiated with a mono-
energetic neutron flux of 10Sn-cm-" 9 sa. Pnetunatlcfaeflity was used. The gamma activities
from samples and standards were counted using a 30 era 3 Ge (Li) detector, with FWHM of
2.9 keV at 1.332 MeV, coupled to an on-line computer facility.
and Zr in glass sand rock samples. The samples and standards were irradiated with a mono-
energetic neutron flux of 10Sn-cm-" 9 sa. Pnetunatlcfaeflity was used. The gamma activities
from samples and standards were counted using a 30 era 3 Ge (Li) detector, with FWHM of
2.9 keV at 1.332 MeV, coupled to an on-line computer facility.
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