Abstract
Kalewa coal was studied with Fast Neutron Activation Analysis (FNAA) technique, employing KAMAN A-710 neutron generator and HP(Ge) detector coupled to ``Canberra`` series 30 MCA. Sequential irradiation and dual aluminium foil monitoring method was employed. Simultaneous multielement analysis was carried out. Namma Coal was studied with radioisotope X-ray Fluorescence (XRF) technique, employing Co-57 exciter source and HP(Ge) detector coupled to ``Canberra`` series 40 MCA. In both FNAA and XRF study, the results obtained were compared to that obtained with Atomic Absorption Spectrophotometry (AAS) technique. Finally, the results were reviewed together with those obtained from similar work on coal with FNAA and XRF techniques. (author).
Naing-Win,
[1]
- Arts and Science University, Yangon (Myanmar)
Citation Formats
Naing-Win,.
Fast neutron activation analysis and radioisotope X-ray fluorescence study on KALEWA and NAMMA coal.
Myanmar: N. p.,
1981.
Web.
Naing-Win,.
Fast neutron activation analysis and radioisotope X-ray fluorescence study on KALEWA and NAMMA coal.
Myanmar.
Naing-Win,.
1981.
"Fast neutron activation analysis and radioisotope X-ray fluorescence study on KALEWA and NAMMA coal."
Myanmar.
@misc{etde_515443,
title = {Fast neutron activation analysis and radioisotope X-ray fluorescence study on KALEWA and NAMMA coal}
author = {Naing-Win,}
abstractNote = {Kalewa coal was studied with Fast Neutron Activation Analysis (FNAA) technique, employing KAMAN A-710 neutron generator and HP(Ge) detector coupled to ``Canberra`` series 30 MCA. Sequential irradiation and dual aluminium foil monitoring method was employed. Simultaneous multielement analysis was carried out. Namma Coal was studied with radioisotope X-ray Fluorescence (XRF) technique, employing Co-57 exciter source and HP(Ge) detector coupled to ``Canberra`` series 40 MCA. In both FNAA and XRF study, the results obtained were compared to that obtained with Atomic Absorption Spectrophotometry (AAS) technique. Finally, the results were reviewed together with those obtained from similar work on coal with FNAA and XRF techniques. (author).}
place = {Myanmar}
year = {1981}
month = {Jul}
}
title = {Fast neutron activation analysis and radioisotope X-ray fluorescence study on KALEWA and NAMMA coal}
author = {Naing-Win,}
abstractNote = {Kalewa coal was studied with Fast Neutron Activation Analysis (FNAA) technique, employing KAMAN A-710 neutron generator and HP(Ge) detector coupled to ``Canberra`` series 30 MCA. Sequential irradiation and dual aluminium foil monitoring method was employed. Simultaneous multielement analysis was carried out. Namma Coal was studied with radioisotope X-ray Fluorescence (XRF) technique, employing Co-57 exciter source and HP(Ge) detector coupled to ``Canberra`` series 40 MCA. In both FNAA and XRF study, the results obtained were compared to that obtained with Atomic Absorption Spectrophotometry (AAS) technique. Finally, the results were reviewed together with those obtained from similar work on coal with FNAA and XRF techniques. (author).}
place = {Myanmar}
year = {1981}
month = {Jul}
}