SCIENTIFIC ABSTRACT GORBUNOV, A.VA. - GORCHAKOV, YE.V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R002201010003-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 99
• Document Creation Date: November 2, 2016
• Document Release Date: September 1, 2001
• Sequence Number: 3
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

USSR
-GORBUNOV, A. V., Tr. In-ta elektron. upravl. mashin, 1971, vyp. 18, pp 26-29
nonhomogeneous fragments of logic expressions, whose values are logic data
blocks (a vector function) . Nonhom-ogeneity here is understood to mean that
different elements of the data block are computed by different logic formulas.
The tabular specification of nonhomogeneous fragments of logic expressions is
effected by reference to tables included in the logic expressions at the end
of the formula where reference to such tables occurs. In addition to the
apparatus for description of logic circuits, the language incorporates means
which enable its use as a programming language.
2/2
36

USSR
GORBUNONT, A. V.
"A Programming Systci-,i Based on a Language for Desci'ipl-luli Of
Logic Systems"
Tr. In-ta Elektron. UpravI. Mashin. [horks of the Jnstitutc of Electronic
Control Machines], 1971, No 18, pp 26-29 (Translated 1.1o fern ti vnyy
Zhurnal, Kibernetika, No 1, 1973, Abstract No 1 V802 bY V. Mikheyexr) .
Translation: It is suggested that a language for the description of the
logic systems of di-ital device., called "Skhemokod" be used as an analy-
tic tool for circuit prorranju-ing. On the basis of the descriptive propcr-
ties of Skhemokod consists of lopic formulzis in scal-ar and dimensional
form. It is noted that the calculation of a set of values (status of a
register, group of flip-flops, etc.) is described by one lo-ic fo1-;:iu!.q
in dimensional foini. Th e ru I e s f o r ma tch ing o f d iln~il!i i Olin I I t i es o f f~ i I
variable in the ri)~ht and left ponions of the logic -1-on-mila fol lox; fl,OM
the principles of construction of digital Circuits. 11110), allow one di-
mensional logic expression to describe homogeneous branchin.-, of chains
of infomation. transli'lission. Skhemokod allows represu-itation of the tahu-
lar value of heterogeneous frag7munts of logic cxprc--.q:3 j 1h(' Vz;111'--; of
which are files of logic values (vector fulletioll'). llo~--rogcn~:jq ill tfli:~
1/2
Ta ;APT

GORBUNTOV, A. V., Tr. In-ta Elcktron. Upravl. Mashin., 1971, No 18,
pp 26-29.
case refers to the fact that various eJements of the file of valuos 1-0
calculated accordinF to various logical formulas. Tzibi;1ar assignmem of
heterogeneous fragments of logic expressions is perfjorii;ed usin() reftrunces
to tables in logic expressions, placed at the end of Clie formula in %.:hich
the), are referenced. In addition to the means for description of logic
circuits, the language includes means allOW411g it to be used as a pro-
C,
gramming language.
2 / 12

v
112 026 UNCLASSIFIED OROCIESSING DATE-13NO
TITLE-WETTA31LITY AND MGP-cf-l TIES U"IF M F214 04 N J D 13 0,R. 10 E S 0 F GU-1 U P I V A;, i)
T I-Tl
METALS -U-
M
AUTHOA - ( 0 3TWAA740 V t VI A.YE. K0111DRATEP-103, T.M.
AUTI
IF
tGUNTPY OF [.'JFO--USSR
.~.SOURCE--ZH. FIZ. KHVA. 1.9709 4412) t 540
DATE PU;3LISH"c:L'-------70
SUBJECT AREAS-CHEMISTRY, IMATERIALS
TOPIC TAGS-BORIDE,.-TITANIUM CCj'4POUNDY CHROMIUM COMPGUND, TU'IIGSTE.~l
COMPOUND, ZIRCONIUM BORIDE, COPPER ALLOYj NICKEL ALLOY, CH.*~G,MIU,".! ALLOY,
IiJLYBDEt4U.'l ALLOY, MICAGHARDNESSt WETTING
CONTROL MARKING-PiC RESTRICTIONS
UOCUMF,%lr CLASS-UNCLASSIFIED
PROXY REEI./FRAMF--1999/1104
STEP NO--IJR/0076/ 101/0-rt4/002/0540/0540
CIRC ACCFSSl1Ji,.! Nki-AP0123o,36

2/2 026 U;4CLASSIFIED P-RCCESSING 0ATE-13MOV70
CIRC ACCESSIJIN NC!--AP0123096
ABSTRACT/EXTr~ACT--(U) GP-0- AI35TRACT. THE WETfABILITY OF T16, CRI3, ',M,
ZRF3 SUB2, ANJ C8B SUDR BY CUt AND ALLOYS 01: NI-CR, HtvF--
BEE.M STUDIED. THE SP. ELEC. CUNJ. AND MCRO HAPOHESS Akc' GIVEN. 'mE
CGNTACT 'WETTItNIG ANGLE WAS DETO. AT 10 PRIME NEGAI'IVE-4-LO P;~IME 1,4EGATIVE5
TORR BY T14E DROP METH0.) AT THE ;'4.tj. OF THE WETTING SP. ELEC.
COND. 4AS '4-EASURED BY USING THE EDDY CURRENT METHGO AND MICRQHA-~DMESS
WAS MEASUREO 111' KG-11M PkIME2 AT A LOAD OF 40 G. THE hc-:TTA31LITY OF ZRB
SUBZ BY MANY COMPONENT rqf 3ASED ALLOYS WAS LESS TH4,1,. THAT JN PUKE NI.
THE COITACT IkETTIN6 Al,);~L' VARI -0 FRGM 75-80DEGREES. IN THL CASE OF CR6r
c L
THE 'WETTIING ANGLE f;AS ZERO. ~iETTA31LITY UF ;,10NJ ANO DIPORIDLS BY Pil AND
CU IMPROVED I~ITH RISING AT. iNO. OF THE METAL OF fiG,10E. DECREASE OF B
C0,1TENT li"i tVG40f)(jPI0~::S AS COVARE-0 TO DIBORIDES RESULTED IN THE DECREASE
OF CONTACT i4ciTTING ANIGLE BY NI 4ND CU.
U'i'C' L A S'sj f F 11 1~ D

11/2 032 UNCLASSIFIED PROCESSING DATE--230CT70
TITLE--ENERGY CONPINEMENT TIME OF A PLASMA AS A FUNCTION OF THE DISCHARGE
PAkAMETERS IN THE TOKAMAK-3 -U-
AUTHOR-(03)-GORBUNC!Vt E.P~i MI.RNOV, S.V., STRELKOVt V-S-
............... ....... .I-
C-OUNTRY OF INFO--USSR
SOURCE--NUCLEAR FUSION VOL. 10, MAR 1970, P. 43-51
DATE PUBLISHED ---- PIAR70
SUBJECT AREAS--PHY!)'ICS
TOPIC TAGS--THERMAL INSULATIONy PLASMA CONFINEMENT, ION OENSlry, CURRENT
DENSITY/(U)TOKAMAK 3 THERMONUCLEAR DEVICE
CONTPJL MARKING--NO RESTRICTIONS
DOCUMENT CLASS--UNCLASS[FIED
PROXY REEL/FRAME--1985/1836 STEP NJ--AU/0000/70/010/000/0043/0051
CIRC ACCESSION NO--AP0101883
UNCLASS f F (ED

2/2 . 0132 UNCLASSIFIED PRUCESSING OATE--23OCT70
CIRC ACCESSION NO--AP0101883
ABSTRACT/EXTRACT--(U) GP-0- ABSTRACT. THE AUTHORS INVESTIGATE THE
THERMAL INSULATION OF PLASMAS IN TOKAMAK-31 TAKING AS THERMAL INSULATION
PARAMETER THE ENERGY CONFINEMENT TIME OF THE PLASMA AND RELATING I r TO
THE DISCHARGE PARAMETERS: THE StABILIZING MAGNETIC FIELD, THE CHARGED
PARTICLE DENSITY, AND THE DISCHARGE CURRENT. IT IS FOUND THAT FOR
CHARGED PARTICLE DENSITIES GREATER THAN 2 TIMES 10 TO THE 13TH POWER PER
CU CMt THE ENERGY CONF114EMENT TIME IS VIRTUALLY INDEPENUENT OF THE
STABILIZING FIELD AND INCREASES SOMEWHAT WITH CHARGEO PARTICLE DENSITY
AND IN PROPORTION TO THE DISCHARGE CURRENT. FACILITY: AKADEMIIA
NAUK SSSR, INSTITUT ATOMNOI ENERGIly MOSCOW, USSR.
UNCLASSIFIED

USSR UDC 536.46.621.454
CORBUNOV, G. , PESUKOV, A. V. , Kill' I STOFOROV, I. L. , r."12"IL' , M. V.
HAir Flow Behind tile Vane Si-.,irler in the Fire Tuhe of the Combustion Chamber of
a Gas Turbine Engine"
Kazan' , Izvestilya Vysshikh UchebnylJl Zqvedeniy -- AviatsionnaNa Teklinika, No 1,
1971, pp 63-68
Abstract: A study is rade of some of the characteristic fcatures of the
u,hirling flow in the for~mrd section of the combustion cham,'oer ncrtaininf~, to
tile shape of the jet leaving the swirler, the static Twes'sure distribution and
the turbulence intensity. Comparison of the calculated ind the experimiental
data shows that in the presence of proper wreement of the parameters of the
vane swirler and tile transition cone, a smooth contintious whi.rlin,- Nov is ob-
served alon,,-I, tile generatrix of the transition cone. The profile of the distri-
bution of the turbulence intensity in tile forward section of the chanber essen-
tially depends on the aerodynamier, of the flov, which are dc.-t