Laser photochemistry is surveyed as a possible improvement upon the Purex process for reprocessing spent nuclear fuel. Most of the components of spent nuclear fuel are photochemically active, and lasers can be used to selectively excite individual chemical species. The great variety of chemical species present and the degree of separation that must be achieved present difficulties in reprocessing. Lasers may be able to improve the necessary separations by photochemical reaction or effects on rates and equilibria of reactions. (auth
The present aim of this program is photochemical removal of the 7 ppM concentration of DTO in D/sub ...
Direct conversion of nuclear particles’ energy into optical radiation opens up new opportunities in ...
International audienceA wide spectrum of laser applications for nuclear technologies and industry on...
Members of the laser program at Lawrence Livermore National Laboratory (LLNL) reviewed potential app...
Nuclear pumping of lasers by fission-fragments from nuclear chain reactions is discussed. Applicatio...
A significant advancement in fuel reprocessing technology has been made by utilizing a multikilowatt...
While means for transmutation of nuclear waste using fast reactor technology and reprocessing have e...
International audienceLaser methods and their applications for nuclear industry are regarded as very...
L'utilisation du rayon laser pour contrôler des réactions chimiques à grande et petite échelle est d...
The feasibility of photochemically fractionating the actinides in nuclear waste processing is evalua...
Charge-transfer reactions or Penning ionization reactions are used to produce population inversions ...
Starting from the various primary photochemical processes (luminescence, non-radiative transition to...
A brief review is presented of the advantages (and of some of the avoidable pitfalls) in the use of ...
Laser Chemical Processing (LCP) is presented as a novel microstructuring method for multiple applica...
Abstract Laser Chemical Processing (LCP) is presented as a novel microstructuring method for multipl...
The present aim of this program is photochemical removal of the 7 ppM concentration of DTO in D/sub ...
Direct conversion of nuclear particles’ energy into optical radiation opens up new opportunities in ...
International audienceA wide spectrum of laser applications for nuclear technologies and industry on...
Members of the laser program at Lawrence Livermore National Laboratory (LLNL) reviewed potential app...
Nuclear pumping of lasers by fission-fragments from nuclear chain reactions is discussed. Applicatio...
A significant advancement in fuel reprocessing technology has been made by utilizing a multikilowatt...
While means for transmutation of nuclear waste using fast reactor technology and reprocessing have e...
International audienceLaser methods and their applications for nuclear industry are regarded as very...
L'utilisation du rayon laser pour contrôler des réactions chimiques à grande et petite échelle est d...
The feasibility of photochemically fractionating the actinides in nuclear waste processing is evalua...
Charge-transfer reactions or Penning ionization reactions are used to produce population inversions ...
Starting from the various primary photochemical processes (luminescence, non-radiative transition to...
A brief review is presented of the advantages (and of some of the avoidable pitfalls) in the use of ...
Laser Chemical Processing (LCP) is presented as a novel microstructuring method for multiple applica...
Abstract Laser Chemical Processing (LCP) is presented as a novel microstructuring method for multipl...
The present aim of this program is photochemical removal of the 7 ppM concentration of DTO in D/sub ...
Direct conversion of nuclear particles’ energy into optical radiation opens up new opportunities in ...
International audienceA wide spectrum of laser applications for nuclear technologies and industry on...