[en] The proposed nuclear - energetic installation is based use of the anyone electric generating nuclear reactor with high specific energy issues, having high flux density of a thermal neutron more φ_τ≥5.10₁₂ cm₂.s₁, with non-self maintained discharge lasers, built-in reactor core and a reflector. The thermionic reactor-converter on fast neutrons with berillium reflector is particularly considered in that report [1]. Such installation will allow to obtain high-qualitier energy - coherent radiation, especially CW laser radiation or laser radiation with high frequency of impulse replication and correspondingly to provide a high average level of power of laser radiation, which can be important for solution of a number of practical problems. Moreover, non-self maintained discharge will allow to pump a number of lasers in visible and ultra-violet (UV) ranges (for example, excimer on XeF *), that is not accessible for direct nuclear pumped lasers in pulsed nuclear reactors because of rather longer duration of pumping impulse. It is important, that necessary for laser pumping electrical energy and neutrons be produced in same nuclear reactor. We used the researches results of the in-reactor diagnostics of nuclear - excited plasma, created by products of nuclear reaction ''3He (n, p)''3H in gas laser mixtures, dates of the experiments of non-self maintained discharge in gas laser mediums and generations characteristics of the electroionization CO₂ -, CO - lasers and electrodischarge with nuclear ionization excimer XeF * laser, wich carried out by us earlier on the Kazakhstan research nuclear reactor WWR-K, to estimate lasers parameters of the nuclear - energetic installation. Besides we used results of experimental and computing researches of the neutron - physical characteristics of the thermionic reactor - converter

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[en] Data are presented on facilities of Kazakstan atomic energy complex. At the present time the Republic of Kazakstan has 7 uranium mines, 2 plants producing uranium oxide (towns Aktau and Stepnogorsk), 1 plant on processing and production of fuel pellets for WWER and RBMK reactors (Ulbinskij metallurgical plant, Ust-Kamenogorsk), 1 nuclear power plant with BN-350 reactor in the frame of Mangyshlak Power Plant (MAEP) producing up to 125 MWt of electric power and up to 10000 tons of fresh water per day. Total supplies and resources of uranium in Kazakstan are of 1168000 tons. Total volume of uranium mining in Kazakstan in 1992 was of 3000 tons. The only production of beryllium in the Former Soviet Union seized all technological processes ranging from processing of concentrates to getting of final product. The Republic of Kazakstan has all conditions for the creation of the developed atomic energetics