H2 H , D , T Hydrogen Isotope 2 Separation Process 2 T2

Laser Separation of Isotopes The isotopes of an element, ordinarily indistinguishable, can be sorted out in the monochromatic light of a laser The process may make isotopes plentiful for medicine, research and nuclear power In nature most elements are mixtures of isotopes: they are made up of at oms that all have the same number

Nuclei, Isotopes and Isotope Separation

deuterium (D) and tritium (T), respectively The word isotope is often misused to designate any particular nuclear species, such as 16O, 14C, 12C It is correct to call 12C and 14C isotopes of carbon since they are nuclear species of the same element However, 16O and 12C are not isotopic since they belong to different

Temperature-Programmed Desorption for Isotope Separation in

The separation of isotopes is, given their chemical similarity, quite challenging, and existing industrial methods are either highly energy ineﬃcient or operate with a low selectivity 5 Thus, new methods are being proposed, and most recently, a separation approach based on the diﬀerence in the quantum behavior of H 2 and D

Separation of isotopes by laser-assisted retardation of

Separation of isotopes by laser-assisted retardation of condensation (SILARC) By JEFF W EERKENS CRISLA Research Laboratory, Nuclear Engineering Program, University of Missouri, Columbia, MO 65211, USA (Received 31 March, 1997 Accepte; d 11 September, 1997) Basic relations are presented to calculate isotope enrichment and depletion factors in a

ISOTOPIC SEPARATION AND ENRICHMENT - raghebco

The separation of the light isotopes occurs in nature in closed bodies of water such as the Great Salt Lake in Utah, USA, and the Dead Sea in the Middle East Evaporation of water leads into an enrichment into heavy water: D 2 O through the process of fractional distillation, because it has a higher boiling point than ordinary water H 2

Lindustrie de la séparation des isotopes duranium

séparation des isotopes d'uranium: évolution récente par Ole Pedersen Il y a encore quelques années, les caractéristiques du marché de la séparation des isotopes de l'uranium étaient les suivantes: un fournisseur principal, une seule technique, des conditions d'offre fixes et une capacité excédentaire Actuellement, le marché traverse