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[en] Nuclear energy is not available in inexhaustible quantities and, for this reason, every opportunity must be taken to improve its utilization. One possibility is to equip the nuclear power plant with facilities for district heating, i.e. to employ it as a heating power plant. The form of steam turbine suitable for the extraction of heat in the power plant will be the subject of investigation in this article. Particular reference will be made to every conceivable arrangement of wet steam heating turbines, and suitable heating turbines for heat extractions of various sizes for a 1000 MW electric power plant will be outlined. Heating turbines for HTR plants will also be dealt with in brief. (M.S.)
Source
Kotakorpi, J.; Tarjanne, R. (Valtion Teknillinen Tutkimuskeskus, Otaniemi (Finland). Ydinvoimatekniikan Lab.) (comps.); Suomen Atomiteknillinen Seura, Helsinki (Finland); European Nuclear Society, Petit-Lancy (Switzerland); American Nuclear Society, Chicago, Ill; p. 325-334; ISBN 951-99123-6-3; 
; 1977; p. 325-334; International topical meeting on low temperature nuclear heat; Otaniemi, Finland; 21 - 24 Aug 1977
; 1977; p. 325-334; International topical meeting on low temperature nuclear heat; Otaniemi, Finland; 21 - 24 Aug 1977
No abstract available
Journal
Verhandlungen der Deutschen Physikalischen Gesellschaft; ISSN 0420-0195; ; CODEN VDPEAZ; v. 36(5); p. 178-179
; CODEN VDPEAZ; v. 36(5); p. 178-179
No abstract available
Journal
Pribory i Tekhnika Ehksperimenta; ISSN 0032-8162; ; (no.3); p. 235
; (no.3); p. 235
No abstract available
Journal
Verhandlungen der Deutschen Physikalischen Gesellschaft; ISSN 0420-0195; ; (no.4); p. 877-878
; (no.4); p. 877-878
[en] The experimental and theoretical researches on a cold cathode Penning discharge at pressures between 10-4 and 10-3 torr are presented. The main discharge characteristics and plasma parameters are determined. The experimental results are explained by a theoretical model of the discharge, which includes an iterative calculation method of plasma parameters. (authors)
Journal
Revue Roumaine de Physique; ISSN 0035-4090; ; v. 25(7); p. 793-805
; v. 25(7); p. 793-805
[en] The measurement is reported of the average neutron yield anti n of a low-energy plasma focus device, as a function of the filling pressure p, for three different values of the external inducatance L0. The variation of anti n in successive shots performed with the same gas is investigated. Data on reproducibility are given. (author)
Source
International Atomic Energy Agency, Vienna (Austria); Nucl. Fusion; Suppl. 1977; v. 3 p. 491-493; ISBN 92-0-130277-0; ; 1977; v. 3 p. 491-493; IAEA; Vienna; 6. international conference on plasma physics and controlled nuclear fusion research; Berchtesgaden, Germany, F.R; 6 - 13 Oct 1976; IAEA-CN--35/E18-5(C)
; 1977; v. 3 p. 491-493; IAEA; Vienna; 6. international conference on plasma physics and controlled nuclear fusion research; Berchtesgaden, Germany, F.R; 6 - 13 Oct 1976; IAEA-CN--35/E18-5(C)
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