Abstract
The transformation of Li-exchanged H-Y zeolite has been investigated at 300, 550, 850 and 1050 Centigrade degree, formation of quartz structure in addition to an amorphous phase, was nited. The Li-aluminosilicate obtained was neutron irradiated and the chemical behavior of {sup 18}F produced by the reaction sequence {sub 6}Li (n, {alpha}) {sup 3}H, {sup 16}O ({sup 3}H, n) {sup 18}F, was studied. The neutron irradiated material was purged with argon-hydron gas streams. It was found that the amount of released {sup 18}F depends on the temperature used (Author).
Citation Formats
Estevez Lopez, D R.
Behavior of fluorine 18 in neutron irradiated zeolites.; Estudio de fluor-18 en zeolitas de litio.
Mexico: N. p.,
1992.
Web.
Estevez Lopez, D R.
Behavior of fluorine 18 in neutron irradiated zeolites.; Estudio de fluor-18 en zeolitas de litio.
Mexico.
Estevez Lopez, D R.
1992.
"Behavior of fluorine 18 in neutron irradiated zeolites.; Estudio de fluor-18 en zeolitas de litio."
Mexico.
@misc{etde_10132030,
title = {Behavior of fluorine 18 in neutron irradiated zeolites.; Estudio de fluor-18 en zeolitas de litio}
author = {Estevez Lopez, D R}
abstractNote = {The transformation of Li-exchanged H-Y zeolite has been investigated at 300, 550, 850 and 1050 Centigrade degree, formation of quartz structure in addition to an amorphous phase, was nited. The Li-aluminosilicate obtained was neutron irradiated and the chemical behavior of {sup 18}F produced by the reaction sequence {sub 6}Li (n, {alpha}) {sup 3}H, {sup 16}O ({sup 3}H, n) {sup 18}F, was studied. The neutron irradiated material was purged with argon-hydron gas streams. It was found that the amount of released {sup 18}F depends on the temperature used (Author).}
place = {Mexico}
year = {1992}
month = {Dec}
}
title = {Behavior of fluorine 18 in neutron irradiated zeolites.; Estudio de fluor-18 en zeolitas de litio}
author = {Estevez Lopez, D R}
abstractNote = {The transformation of Li-exchanged H-Y zeolite has been investigated at 300, 550, 850 and 1050 Centigrade degree, formation of quartz structure in addition to an amorphous phase, was nited. The Li-aluminosilicate obtained was neutron irradiated and the chemical behavior of {sup 18}F produced by the reaction sequence {sub 6}Li (n, {alpha}) {sup 3}H, {sup 16}O ({sup 3}H, n) {sup 18}F, was studied. The neutron irradiated material was purged with argon-hydron gas streams. It was found that the amount of released {sup 18}F depends on the temperature used (Author).}
place = {Mexico}
year = {1992}
month = {Dec}
}