Sobre una nueva serie de isobaros estaño-antimonio
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Comisión Nacional de Energía Atómica. Argentina
Resumen
Se encontró un nuevo isótopo de estaño como producto de fisión de uranio, irradiado con deuterones. Su vida media de 57 ± 2 minutos se determinó mediante separaciones a intervalos de su sustancia hija. La vida media del hijo, un isótopo de antimonio, se midió en 10,3 + 0,3 minutos y su energía β máxima en aproximadamente 2,9 MeV.
A new tin isotope was found as fission product of uranium, irradiated with deuterons. Its half-life of 57 ± 2 minutes was determined by separations at intervals of its daughter substance. The half-life of the daughter, an antimonium isotope was measured as 10,3 + 0,3 minutes and its maximum β energy about 2,9 MeV.
A new tin isotope was found as fission product of uranium, irradiated with deuterons. Its half-life of 57 ± 2 minutes was determined by separations at intervals of its daughter substance. The half-life of the daughter, an antimonium isotope was measured as 10,3 + 0,3 minutes and its maximum β energy about 2,9 MeV.