SCIENTIFIC ABSTRACT GOGIBERIDZE, A.SH. - GOLANT, V.E.

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CIA-RDP86-00513R002200920016-9
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RIF
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S
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100
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November 2, 2016
Document Release Date: 
September 19, 2001
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16
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December 31, 1967
Content Type: 
SCIENTIFIC ABSTRACT
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USSR uDc: 681.3-519.2 OTKMEZURI,-G. L., GOGIBERIDZE A, Sh .' GURULI, V. V. , ZUBIASHVILI, Sh. M. SIRADZE, Sh. M., SIGUA, V. F., DATUAS.IVITILI, A. N., Tbilisi Affiliate of the All-Union Scientific Research Institute of MetroloMr imeni D. I. M-endeleyev "A Device for Determining the Mathematical Expectation of Random Processes" Moscow, Otkrytiya, Izobreteniya, Promyshlennyye Obraztsy, Tovarnyye Zn,-,-.i, No 48, Dec 73, Author's Certificate No 409244, Division G, filed 4 May 72, published 30 Nov 73, pp 120-121 Translation: This Author's Certificate introduces a device for determining the mathematical expectation of random processes. The device contains a pulse generator, source of input information, an amplifier, diodea, a rec- tifier,and a shifter. Vic pulse generator is connected to a modulator directly and to the first input of an interrupter throuln"i an accumulator. The source of input information ic connected to tlip modul.ator through a comparison circuit. The shifter is connected through a multiplier to the output of the device. As a distinguishing feature of "he patent,the vorking precision of the device is improved by adding magnetic accunnulator eiemer,~S. 112 - 42 - USSR OTMMZURI, G. L. et al., USSR Author's Certificate No 409244 The inputs of these accumulator elements are connected to the corresponding diodes, and the diode inputs are connected to the output of the interruptor. The output of the rectifier is connected to the shifter and to the com- parison circuit. The modulator output is connected through the amplifier to a second input of the interruptor. 2/2 H. Combinat-ory Analysis and, Grapn TriuOry Nifibm A. General Combinatory Analysis Theory USSR UDC: 519.1 GOGIN, N. D. "On a Class of Finite Projective Planes" Zap. nauch. seminarov, Leningr. otd. Mat. in-ta PIT SSSR (Notes of Scien- tific Ser-unars, Leringrad Department of the Mathematics Institute, Acad- emy of Sciences of the USSR), 1973, 31, pp 6!-101 (from RZh-Kibernetika, No 7, Jul 73, abstract ITO 7V347 by N_.-Pukharev) Translation: Let there be defined or, the spine finite get the field F(+,-) and the near-field K(+,o) constructed on the basis of field F. The set 7* of nonzero elements of F is broken down into S, and S2 in such a way that SIU S2= F*, and SIn S2= 0. A new multiplication A is defined on F by the rule 0, if a - 0, XJ%0Jx.a, if ac-.1" G~a, if a(-S,. Then there ex-ist partit-lonS S`T, S7 such that F(+,L) is a cl-lasi-fie3d Q. Necessary and sufficient. conditions are found for the cuasi-J`clas and Q2 obtained with various partitions S, and S2 to liave the prop~-rty 112 USSR GOGIN, N. D., Zap. nauch. seminarov, L-eningr. otd. Mat. in-t-- AN SSSR, 1973, 31, pp 61-101 that multiplication in Q12 is expressed in terms of multilplication in ns of affine planes constructed over the The author examines collineatio resultant quas-i-fields. The case where the partition is such that there is an x-IC-S, for any xC-S, is studied in greater detail. 2/2 USSR ANDPEE'EV, A. D., MAY.AR97 G. S., GOGE1, V. B. uDc 669-71.412 "Analysis of Some 1,aws of the Process of Degassing a 1,.'elt Wi,en Blowinug It With an Inert Gas" Metalloved. sDlavo-i le;-r.ikh r:,~et -- V sb. (Physical Netallurgy of Lif-Int Metal Alloys -- collection of worl-s), '..'oscow, Nlauka Press, 1970, 1-)P 72-80 (from RM-Metallurv,y, No 4, Apr 71, Nostract No 4GI-75) Translation: A kinetic equation is derived -which describes the process of _:as. lhe effect of degassing aluminmi during bllowinG of the melt by an inert f various factors on the degassing process is investiEated. Yhe effectiveness of using an inert t,as when blowing the melt throiq,~h tubes in a reverlberatory furnace is low. It can be imoroved by making the bubbles of iriurt ,,as on.aller and creatinG conditions insurins the entire :rass of the relt with ; contact of U the inner Cas. There are 5 illustrations, 2 tables, and a 7-entry bibliog- raph.y. 1/1 USSR UDC 669.71.018.9.4 GOGIN, V. B., MaROV, G. S., 'MITVOL', L. S., MITIN, V. P. e Problems of Pmcessing a ".-elt of Aluminum Alloys in a Vacuum" Metalloved. splavov le2kikh met. -- V sb. (Physical Metallurgy of Alloys of Light 'Metals -- collection of works) , Moscow, Nauka Press, 1970, pp 87-91 (from R17h-Metallurgiva, No 4, Apr 71, Abstract No 4G204) Translation: Results are presented from degassing alloys based on aluminum in a six-ton vacuum mixer. Mixing the liquid bath during the evacuation process reduces the If content in the melt. It is necessary to select the vacuum treatment parameters beginning with the presence of volatile components in the alloys. There are 5 illustrations, 2 tables,and a 6-entry bibliography. Analysis and Testing USSR uDc 669-716:621.745.55:66.o67 ANDREY-Ell A. D., YAKAROV, C. S., and GOGIN, V. B. "Analysis of Sow Regularities of tfi~ De-6assing Process of a Melt by Its Blowing Through With an Inert Gas" Metallovedeniye Splavov LeC-kikh Metallov-Sbornik, Moscow, "Nauka", 1970, pp 7P-80, reswre Translation: A kinetic eauation has been developed which characterizes the degassing process by blowing through a n--lt with an inert gas. The effect of various factors on degassinC is discussed. It is derronstrated that the efficiency of usin,:-, an inert j.,,as by blowing a relt through tubes in a reverber- ating furnace is not ,,,reat. It can be increased by size reduction of bubbles ,ar, and emation of conditions providin~r a contact of the whole of the inert F I malt mass wit;h the in(.,rt ~Ian. Five fij~urcfi, two tablen, reven biblio~-,raphic references. 1/1 USSR uDc 669-716:621-745-55:66.o67 GOGIN, V.-,B,.,,,- MAYCAROVY G. S., 141TVOL1, L. S., and MIN, V. P. "Some Problems in the Vacuum Processing of the Melt of Aluminum Alloys" Meta3-lovedeniye Splavov Legkikh Metallov-Sbornik, Moscov, "Nauka", 1970, pp 87-91, resume Translation: Results of degassing aluminum alloys in a vacuum holding furnace of 6 tons capacity are presented. It was found that ndxing the liquid bath in the vacuum evaporation process decreases the hydrogen content in the Melt. It is demonstrated that the selection of the parameters of vacuum processing must be zaade proceeding from the presence of highly volatile components in tde alloys. Five figures, two tables, six bibliographic references. Vi 1/2 023 LNCLASSIF10.) PROCIESSIING 141E-20NOV70 TITLE-INCkEASE IN ThE 11--iYSICUM.ECHANICAL PFOPE;~~Tl~_S OF CGkiCKETIC IIAROE,ilN~; AT SUbZERL, IL,',PERATURES -U- AUTH(jR-(05)-GG:-~6G%GS, YE.P., GOGIN, V.F., KONKIN, A.P.t GORBONJS, A.D., RATINCVt V.5. .COUNTRY OF INFC-USSR SOUPCE-U.S.S.R. 267,425 %REFERE..'N.CE--C-TKRYTIYAj IZJ8,