Accession Number : ADD009339

Title :   Nuclear Heated and Powered Metal Excimer Laser.

Descriptive Note : Patent Application,


Personal Author(s) : Womack,Dennis R

Report Date : 11 Feb 1982

Pagination or Media Count : 12

Abstract : A laser using heat and thermionic electrical output from a nuclear reactor in which heat generated by the reactor is utilized to vaporize metal lasants. Voltage output from a thermionic converter is used to create an electric discharge in the metal vapors. In one embodiment the laser vapors are excited by a discharge only. The second embodiment utilizes fission coatings on the inside of heat pipes, in which fission fragment excitation and ionization is employed in addition to a discharge. Both embodiments provide efficient laser systems that are capable of many years of operation without servicing. Metal excimers are the most efficient electronic transition lasers known with output in the visible wavelengths. Use of metal excimers, in addition to their efficiency and wavelengths, allows utilization of reactor waste heat which plagues many nuclear pumped laser concepts. (Author)

Descriptors :   *Patent applications, *Lasers, *Nuclear pumping, *Heating, Metal vapors, Excimers, Electric discharges, Heat pipes, Metals, Laser pumping, Nuclear reactors, Wastes, Thermionic emission, Inventions, coatings, Fission, Ionization, Thermionic converters, Voltage

Subject Categories : Lasers and Masers
      Nuclear Fission Reactors(non-power)

Distribution Statement : APPROVED FOR PUBLIC RELEASE