SCIENTIFIC ABSTRACT SHITKOV, V.N. - SHITOV, V.V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001549620004-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 23, 2000
• Sequence Number: 4
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

MITYUSHKIN, Yu.I.; SEMENOV, Yu.I., student;_SHITKOV, V.N., student
Compressible gas flow through an axial nozzle tip with cooled
blading. Trudy LKI no-34tl5l-158 161. (PaRA 15:8)
1. Kafedra sudovykh parovykh i gazovykh turbin Leningradskogo
korablestroitellnogo instituta (for Mit;rushkin). 2. MashinoBtroitell-
nyy fakulltet Leningradskogo korablestroitellnogo instituta (for
Semenov, Shitkov).
(Marine gas turbines)

ACCESSION NR: AR4021745 0/0285/64/000/002/0012/0013
SOURCE: RM. Turbostroyeniyep Abse 2.49-75
ve N.
AUMOR: Mityushkin, Yu. I.; Semenov, Yu. I.;
TITLE: Gas flow through cooled guide-vane assemblies vith a variable temperature
field at the intake
CITED SOURCE: Tr. Leningr. korablestroit. in-ta, vY*P- 39- 1962, 91-97
TOPIC TAGS: gas turbine engine, guide vane assembly, turbine vane,'turbine
1 cooling, gas-flow calculation
TRANSLATION: To strengthen the operating vanes it is advisable in certain gas*
turbine engine designs to increase the gas temperature from the base towards the
tip of the vanes. The calculations of the gas flow through a cooled guidevane
assembly take into account the variation of the temperature field at its intake.
Under study is the steady axially-symmetric flow of compressed gas passing with
friction through a guide-vane assembly from the cooled vangs. The gas flow is
assumed to be cylindrical; the distribution of the parameters at the intake of
C.rd

ACCESSION NR: AR4021745*
the guide-vane assembly is known. The presented method makes it possible to
calculate the field of velocities at the outlet of a cooled guide-vane assembly
equipped with arbitrarily twisted vanes, when the temperature field varies at
the inlet to the turbine's stage and the drop in total pressure varies along thei
radius. It is noted that due to the rather small relative length of turbine
blades (-O-/Daverage 2 1/8-1/12) in high-pressure gas-turbine engines used on
ships and due to the insignificant change in the angle of torsion o( and in the
1
flow losses taking place along the height of the vanes, it can be assumed
that both and are constant along the radius. No cooling is required for
nozzle vanes made of ceramic or metallo-ceramic materials. This fact simplifies
considerably the derived equations. In this article are given the results of
calculating the field of velocities at the outlet of a cooled and an uncooled
guide-vane assembly for various laws governing the change in temperature along
the height of the vanes. On the basis of these results it is shown that for
acceptable qjAntities of air used'to cool the nozzle vanes (2% of the air passing
through the engine) and for high gas temperatures it Is practically possible to
;disregard the lowering of the gas temperattwe resulting from Us cooling at the
Card 2/3

ACCESSION M: AR4021745
outlet of the guide-vane assembly. In this case the velocity planes and their
distribution over the height of the vanes are practically the same vith and
without cooling. It is noted that the unste~Ainess of the temperature field at-.
the intake changes substantially the field of velocities at the outlet of the
guide-vane assembly and requires an appropriate shaping of the operating vanes@
There are 2 illustrations an& a bibliography of 4 title@& V. Tenyakov.
DATE ACQ: O111ar61 SUB COM i Ar, PR - ML: 00
Cord 3/3
R. 9

SHITTKOVSKAYA, M.V.
Motortrucks with high roadability. 4Lvt. i trakt. prom. n9.5:46-47 My
'57. (MLU 10:6)
(Motertruakel,

Y*ELISY,YY,V, B.; 6HITKOVSKAYA, H.V.
The bP-90 device for measuring the backing distance of automobiles.
Avt. transp. 36 no.10:35-36 0 '58. (MIRA 13:1)
(Automobiles--Apparatus and supplies)

KALININI Fed--)c Leontiyevich; MEREMINSHY, Yurly Georgiyevich;
LYUDINSKIY, N.A., doktor biol. nauk, otv.red.;
SHITKOVSKAYA. V.L., red.
(Plant growth regulators; the biochemistry of their action
and their use] Reguliatory rosta rastenii; biokhimiia
deistviia i primenenie. Kiev, Naukova dumka, 1965. 405 P.
(MIRA 18:7)

7
SHITLIN, A.I., slesarl
w-~rnstrument for testing the sweep of group switches. Elek. i t-epl.
tiaga 2 no.1:25-26 Ja 158. (MM 11:3)
1.Depo, ZlatouBt Yuzhno-Ural'Bkoy dorogi.
(Electric switchgear)

Mo c ow, -0 1,
IlDirfital Electronic Computer TsEM-1," Problems of Cybernetics, No 1, ", s
iz, 1958. 268 pp. with co-authors.
Mis collection of articles deals with general problems of
cybernetics, information theory, theory of algorithms and automatic machines,
theory of control systems, theory of game and tactics, methods of operations
I analysis, problems in the theory of calculating machines, progra-I , and the
application of cybernetics to 6ther sciences, such as biology, economics and
linguistics. "Problems of Cybernetics," as a recurrent publication, will continue
to include original papers, survey articles and translations and, like the present
work, will contain the results of earning a in cybernetics hold at Moscow Univ.

MIIHAYLOV, G.A. (Moskva); SHITHIKOV, B.N. (Moskva); YAVLINSk'IY, H.A.
(Moskva)
The TsEM-1 electronic digital computer. Probl.kib. no.1:190-202
'5 8. (MIRA 32:4)
(Electronic digital computers)

SHMTJXOVA, I. S. SPIVAK, G. V., KANAVINA, 14. G., rRILEYAYEVA I. N.
DONBOVSKAYA, T. N., AZOVTSEV, V. K. (Wscow~
"On the Direct Visualization of the Domains of an Ferromagnetic by bJeans of
an Electron Microscope with Secondary Emission and an Electron Mirror," a paper
submitted at the International Conference on Physics of Magnetic Phenomena,
Sverdlovsk, 23-31 May 56.

,_ SHITNIKOVA. Z.
------ -I--
Method of recording morbidity in children's polyclinics. Vop.okh.
mat.i det. 4 no.6:77-78 N-D 159. (MIRA 13:4)
(MEDICAL RECORDS)
.11

SHIM'!) A.A,,. inzh.
in the section on the "n-cceleration of the blast furnace orocess."
Met, i gornorud. prow. nc,2:79-.80 Mr-Ap 162. O/JRA 15:11)
(Blast furnaces--Congresseg)

SHITOV, A.A., inzh.
Meeting of the Scientific Council to "Accelerate and perfect
existing and develop new processes for the production of metals
on the basis of Ukrainian deposits of ores and fuels." Met. i
gornorud. prom. no,,3:87 Yjy-Je 162. (MIRA 15:9)
(Ukraine-Metallurgical research)

SEITOVY A.A., inzh.
Direct process of iron production from ores in the United
States. Met. i gornorad. prom. no.1:81-84 Ja-F 162.
(MIRA 16:6)
(United States-Iron-Metallurgy)

3 1 A.A., inzh.., referent
4 ~T~ - - -
\-) I , X~-
Industrial production of sponge iron in Sweden (from
foreign journals). Met. i gornorud. Prom. no.4:90-9.1
JI-Ag 162. (MDU 15:9)
(Sweden-Iron-bletallurgy)

SHITOV,
New methods for th~ production of iron and steel (from uStahl
uftd Eisen," no.22, 1961; "Iron and Steel Engineer," no,~6,
1959). Met.i gornorud.prom. no.5288-89 S-0 162. (KRA 16:1)
(Steel-Metallurgy) (Iron-Metallurgy)

SHITOV9 A.A., inzh.
Industrial production of ferronickel in the United States by
direct reduction (from foreign periodicals). Met.i gornorud,
prom, no.5.-91-92 S-0 162. (MrRA 16A)
(United States-Iron-nickel alloys)

SHITIOVP A.A., irnh.
Cast- -,fractories in me~a:ldlurgy. Met. i gor-norud. prom. no.O/:
84,85 N-D '62. (MIRA 17:8)

SHITCYV, A.A., inzh.
Expansion of steel vacuuming in foreign countries. Me*'01-, i
gornorud. prom. no.5.*88-90 S-0 163. (141RA 16:11)

----SHITOV, A.I., inzh.
Soldering without the use of a soldering iron. Avtom., telem. i
sviaz' 4 no-10:32-33 0 160. (MIRA 13:10)
(Solder and soldering)
"t -

WX i I U OTH is 3t 11 1 1 V X AD 41 Q 43 AS'
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and V. B. P.~-FrSFS.
Protsess ~.-,azovoi tsem,intatsiJ ; obrazovanie O'kaltn". (Ventn- Vash. ,
la~o, no. 4-1-44.
(Process of c!ps cementation and formal.ion of scale.)
D-LC: T:-,t4.V4
SO; k".73nufacturing and 1'echanical Tt-n-ineering in the Soviet Union,
Library of Congress, 1953.

SHITOVIR A.P.; PYAUKOV, L.L.; GOEMULISKIY, I-Ya.; KULIKOVP I-M-;
""IffiliT. S. I.
Induction surface hardening of tractor block bushings instead
of through hardening. Prom.energ, 11 no.8:21-22 Ag '56.
(Cast iron-Hardening)

ZVW,V, A.G.; POPOV, V.F.-, FADEYEV, I.I.; BABUSHKIN, V.I.; BERLOVICH, I.L.;
BOCHKO, A.M.; BUEJACHENKO, S.Ye.; GARBUZOV, V.F.; DMITRICHEV, P.Ya.;
DUNDUKOV, G.F.; ZLOBIN, I.D.; KOROTUSHKIN, A.K.; KORSHUNOV, A.I.;
KUZIN, M.G.; KUTUZZOV, G.A.; LYSKOVICH, A.A.; MASHTAKOV, A.M.;
MIKH3YF.V, V.Ye.; NIKZL'BERG, P.M.; POSKOROV, A.A.; ROMAROV, G.V.;
SOSIN, I.F.; SOSNOVSKIY, V.V.; POVOLOTSKIY, M.M.; URYUPIN, F.A.;
KHARIONOVSKIY, A.I.; CHULKOV, N.S.; SHESHMO, N.A.; SHITOV, A.P.-,
SHUVALOV, A.M.; YANBUKHTIN, K.Kh.
Arsenii Mikhailovich Safronov; obituary. Fin.SSSR 18 no.11:95
N 157. (MIRA 10:12)
(Safronov, Arsenii Mikhailovich, 1903-1957)

U.YTSES, V.B., k-and. tekhn. nauk; SHITOV, A.P., inzh.
Industrial testing of electric heating furnaces. Sbor. at. CHPI
no.14:101-104 '59- (MIU 12:9)
(Electric furnaces--Testing) (Furnaces, Heat-treating)

S/137/63/000/00i/o14/oig
A006/A101
AUTHORS: Pyatakova, L. L., Iskhakov, S. S., Shitov, A. P., Miroshnikova,
K. Ye.
TITLE-: On the mechanism of the effect of some elements upon the properties
of carburized steel
PERIODICAL: Referativnyy zhurnal, Metallurgiya, no. 1, 1961-50, abstract 11283
(In collection: "Novoye v metalloved. i tekhnol. term. obrabotki
stali", Chelyabinsk, 19052, 7 - 23)
TEKT: The authors investigated the Si-Mn steel system containing in %:
C 0.15 - 0.24, Si 0.80 - 1.30, Mn 1.5 - 2.00 with admixtures of V, Cu, W, B, Ti,
Cr and Mo. The steel is intended for the production of gears. The effect of
alloying elements upon martensite transformation was studied. MS is most strong-
ly reduced by Mn and Cr; less by Ni, V. Mo. and is almost not reduced by Si
and Cu. Due to alloying with Si (1-0 - 1.3%) it is possible to prevent, during
carburizing, oversaturation of the surface C layer and to obtain a necessary
depth of the carburized layer at an optimum C content (o.85 0.9%). Si-rlb~'
Card 1/2

S/137/63/000/001/ol4/oig
On the mechanism of the effect of ... A006/A101
steels have a martensite transformation temperature as high as 300 to 3650C.
Admixtures of Mo, V, Cr (0-5 - 0.7%) or B (0.001 - 0.002%) to Si-INIn steel secure
high roasting ability and satisfactory properties on large-size parts, up to
jm2' c~ 122 - 145 kg/mm2,
100 mm in diameter. Si-VIn steels have