Abstract
For any isotope separation method one of the important problems is the development of the priciples-of-separation-effect multiplication in an elementary (simple-process) separation process Earlier an elementary (simple-process) separation process optimization was reported, in which by means of collisional multiple-photon dissociation (MPD) of molecules, with employment of scavengers, the dissociation yield βd was increased.1 There was a laser-frequency red shift from the absorption band, with both dissociation yield βd and dissociation selectivity d2 in this work the characteristics of the laser separating element (LSE) are analyzed, and the possibility of a laser separating reactor (LSR) formation from such elements is discussed.
© 1985 Optical Society of America
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