Abstract
Radicals have been detected at low temperatures (550-700 degree centigrade) in the thermal decomposition of dimethyl and methyl-ethyl-ketone by the Paneth method. the sensitivity of the method has been increased by the use of radioactive mirrors of PB{sup 2}12. They have proved to detect one radical among 2.10{sup 6} molecules. (Author) 18 refs.
Citation Formats
Molera, M J, Gamboa, J M, and Garcia Guijarro, E.
Free radical detection by means of {sup 2}12Pb mirrors; Deteccion de radicales libres mediante espejos de Pb{sup 2}12.
Spain: N. p.,
1961.
Web.
Molera, M J, Gamboa, J M, & Garcia Guijarro, E.
Free radical detection by means of {sup 2}12Pb mirrors; Deteccion de radicales libres mediante espejos de Pb{sup 2}12.
Spain.
Molera, M J, Gamboa, J M, and Garcia Guijarro, E.
1961.
"Free radical detection by means of {sup 2}12Pb mirrors; Deteccion de radicales libres mediante espejos de Pb{sup 2}12."
Spain.
@misc{etde_21222103,
title = {Free radical detection by means of {sup 2}12Pb mirrors; Deteccion de radicales libres mediante espejos de Pb{sup 2}12}
author = {Molera, M J, Gamboa, J M, and Garcia Guijarro, E}
abstractNote = {Radicals have been detected at low temperatures (550-700 degree centigrade) in the thermal decomposition of dimethyl and methyl-ethyl-ketone by the Paneth method. the sensitivity of the method has been increased by the use of radioactive mirrors of PB{sup 2}12. They have proved to detect one radical among 2.10{sup 6} molecules. (Author) 18 refs.}
place = {Spain}
year = {1961}
month = {Jul}
}
title = {Free radical detection by means of {sup 2}12Pb mirrors; Deteccion de radicales libres mediante espejos de Pb{sup 2}12}
author = {Molera, M J, Gamboa, J M, and Garcia Guijarro, E}
abstractNote = {Radicals have been detected at low temperatures (550-700 degree centigrade) in the thermal decomposition of dimethyl and methyl-ethyl-ketone by the Paneth method. the sensitivity of the method has been increased by the use of radioactive mirrors of PB{sup 2}12. They have proved to detect one radical among 2.10{sup 6} molecules. (Author) 18 refs.}
place = {Spain}
year = {1961}
month = {Jul}
}