Abstract
The effect of thermal annealing on the retention of recoil /sup 54/Mn as permanganate in crystalline KMnO/sub 4/ irradiated with fast neutrons at liquid nitrogen temperature has been studied. The retention after 4 hrs of annealing increases from about 8% at -196/sup 0/ to a maximum of 61% at 180/sup 0/, then decreases at higher temperatures. A single activation energy (approximately 0.01 eV) applies to the thermal annealing process between -196/sup 0/ and -40/sup 0/. Extrapolation of the data suggests that below -229/sup 0/ no thermal annealing would occur.
Citation Formats
Owens, C W, and Lecington, W C.
Low temperature thermal annealing in fast neutron-irradiated potassium permanganate.
Germany: N. p.,
1975.
Web.
Owens, C W, & Lecington, W C.
Low temperature thermal annealing in fast neutron-irradiated potassium permanganate.
Germany.
Owens, C W, and Lecington, W C.
1975.
"Low temperature thermal annealing in fast neutron-irradiated potassium permanganate."
Germany.
@misc{etde_7351433,
title = {Low temperature thermal annealing in fast neutron-irradiated potassium permanganate}
author = {Owens, C W, and Lecington, W C}
abstractNote = {The effect of thermal annealing on the retention of recoil /sup 54/Mn as permanganate in crystalline KMnO/sub 4/ irradiated with fast neutrons at liquid nitrogen temperature has been studied. The retention after 4 hrs of annealing increases from about 8% at -196/sup 0/ to a maximum of 61% at 180/sup 0/, then decreases at higher temperatures. A single activation energy (approximately 0.01 eV) applies to the thermal annealing process between -196/sup 0/ and -40/sup 0/. Extrapolation of the data suggests that below -229/sup 0/ no thermal annealing would occur.}
journal = []
volume = {22:2}
journal type = {AC}
place = {Germany}
year = {1975}
month = {Jan}
}
title = {Low temperature thermal annealing in fast neutron-irradiated potassium permanganate}
author = {Owens, C W, and Lecington, W C}
abstractNote = {The effect of thermal annealing on the retention of recoil /sup 54/Mn as permanganate in crystalline KMnO/sub 4/ irradiated with fast neutrons at liquid nitrogen temperature has been studied. The retention after 4 hrs of annealing increases from about 8% at -196/sup 0/ to a maximum of 61% at 180/sup 0/, then decreases at higher temperatures. A single activation energy (approximately 0.01 eV) applies to the thermal annealing process between -196/sup 0/ and -40/sup 0/. Extrapolation of the data suggests that below -229/sup 0/ no thermal annealing would occur.}
journal = []
volume = {22:2}
journal type = {AC}
place = {Germany}
year = {1975}
month = {Jan}
}