SCIENTIFIC ABSTRACT IVASHCHENKO, I. - IVASHCHENKO, T.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000619310014-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 20, 2001
• Sequence Number: 14
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

SOV/147-58-3-17/18
Accuracy of the ILinear Dimensions of Forgings
metal consumption without requiring any changes In the
forging technology. There are 3 figures and 4 Soviet
references.
ASSOCIATION:Kuybyshevskiy Aviatsionnyy Institut, Kafedra
Proizvodstva Aviadvigateley (Kuybyshev Institute of
Aeronautics, Chair of Aircraft Engine Manufacture)
SUBMITTED: 24th February 1958.
Card 3/3

IVASHGIMNKO, I.A.
Some factors affecting the precision and r. Lgidity of three-cam
chucks. Stan, i instr. 32 no. 1t29-31 Ja 161. (MIRA 1~:2)
(Chucks-Testing)

IVASHCHENKO, I.F.
Effect of +,he.-length of a rigid reinforcement on the erosive
capacity of thO.stream in the trosion funnel belco6r low-head
gate dams. Dop. AN URSR no.12:157D-1574 161. (MMA 16:11)
10 I~-AA~4 gidrologii i.gidrotekhniki AN UkrSSR i Poltavokoye
stroiteV*O~=nta,zhnoye upravleniye "Vodbud.11 Prodstavleno
akademikci--IN UkrSSR G.I. Sukhomelom (Sukhoniel, H.I.J.

IVASHCHE~KO_.,_~.
Effect of the length of rigid bracing on the maximum bottom
velocity and depth of the erosion funnel Ix)hind a low-pressure
gate dam. Dop. AN URSR no.llsl452-1455 164. (MIRA 18:1)
1. Institut gidrologii i gidrotekhniki AN 1fkrSSR i Poltavakoye
stroitellno-montazhnoye upravleniye 'Todbud". Predstavleno
akademikom AN UkrSSR G.I. Sukhomelom [Sukhomel, H.I.).

jV,*-,,,~:,'I"!:,NKk'), I. P. :~dstoriral cjuthnc~ (,f
(Thc, citi, ci Stalinc. ;t~ ~~,n
!fly c
Icicl-Ices U SS"! .1 -ri -qeS IIISL Of Are hLtl~--c turc n foi* '-he Doi-Tee
of ~ancidate of Architecturai ~~cicnces)
SO: Knizhtiay a Letopisl., No. L.0, 1 clot 55

IVAOYINUMTK03 I. P.
ArIch. i SYFCIiIrK, P. F. Inzh., IIIL'j'T..7IjjpI, jj. 1. Na.-nd, Tekhrl. Nall*),
,, I .P. I I . p
MOTIFRED, YU. B., IVANOV, 1. '1'. Kand Tekhn. Nauk
Nauchno-i~-~Aedovatellskiy institut stroitellnoy-tekhniki A~:ademdi. aelchitektury SSSR
Ratsionallnyye konstruktsii zhilykli i Crazhdan.9kikh zdaniy cilya ralronov podzeinny1ch
vyrabotok Page 68
SO: CollectioUs of AmotittI.Qns of Scian=r, RUO.-Irch LicXk--Zi -C2 is-jructjgn,_qQMp;LQUA
in 1290.
~4'oscow, 1951

SOFINSKIY. I.D,; BLOKHIK. P.N.; GELIBM, L.A.; ZDAUCT, P.M.; ly
_141.; LZVINA, G.P.; NAUMOVA, N.A.; SHIRROV, X.So; ARWOTA, R-Io;
NIKCLATEV. N.A.; S1 I SIG, A.A.; KOYALEYSKIT, I.I.; LCOACHST, P.V.;
SLADKOV, S.P.; DZIGAN, A*T.; FORAYONOT, N.K. Prin1mali uchastiya:
ARGANSKIT, A.S.; ASMUS. Te.N.; B.14ZHAWTA, U.N.; BOGATUH, Ta.D.;
BUREN GOLIDING, NOP.; D014SHLAK. I.F*-. MOSEAM, S.A#-.
RABIROVICH, S.G.; ROGOVSKIT. L.V.; KHOVWYA, L.P.; SHASTOPAL, K'Nee
RMANENKO, B.R.. glavnyy red,-, GALKIN, Ta~.G,,, samestglavnogo red.;
SAPRTKIN, V.A., red.; SHCHEMOV, T.M., red,,; WOVITCHWO, K.K.',
nauchnyy red.; VILKOV, G.R.,inzh., red.izd-irs; TTAPKIN, B.G., red.
izd-va; ZLIKINA, E.M., tekhn.red,
[Building your own home] Spravochnik Individuallmogo zantrolshchika.
Moskva, Gos.izd-va lit-ry po etroit.materimla.m, 1956. 442 p.
(MIRA 12:2)
1. Akademiya stroitelistva i arkhitektury S58R.
(Building)

SVISTUNOVJ, A.M. [deceased]; BEYTELIMAB, A.N.; IVASJIC!~! "'I.Ya -
,--ft
SHATUNOV., S.F,
Improving certain elements of an open-hearth furnace. Hatallurg
8 no.7-.17-19,Jl 163. (MIRA 16:8)-
1. Izhevskiy metallurgicheskiy zavod.
(Open-hearth furnaces-Design and construction)

IVASHCENK.0 k~; ILI-T)Iollov, YU.',',.
Extornal dacryocystorhinostomy. Zirav. Kazakh. 25 no,,,',*.19-21. 163.
(MIRA. 17-5)
1. lz gl.aznogo otdaleniya 2-y A-Ima-Atinskoy g,,(>rodskj:.y klinic-heakoy
bollnir.,iy. flau,--!myy rukovocl--t.-I-11tomy - dotsent, 1,.D.

IVASHMADO L.M., arkhitektor
--- I- . ~ -
.. Using precast re cro'be In buildimg uppr=r structur4da-01
hydroelectric ZON.- ~af6ns abroad.-]Biul. otroi. tekh. 15 no.6:
33-34 Je 158- (MIRA 11:6)
I.MookovskiSr arkhitekturnyy institut.
(Hydroelectric power stations) (Precast concrete construction)

IVASHCHMIIKO,-L.M., arkhitektor
Using prefabricated reinforced concrete parts for upper structures
of buildings of hydroelectric power stations. Energokhos. za rub.
no.5:41-43 3-0 '58. (MIRA 11:12)
(Hydroelectric pover stationo) (Reinforced concrete) -

IVASHCHENKO) L.M., arkhitektor; IVASHCIIENKO, Ye.I., arkhitelt~,-,r
Standardization of building sections of hydroelectric power atationo.
Energ. stroi. no.16:16-21 '60. 1% 141 RA 1.6: 12)
1. Akademiya stroitel'stva. i arhhitektury S,')'SR (for L. lva!3hchenkt)).
2. (losudarstvennyy soyuznyy proyektnyy instItut 1,11nisterst-va svyati
(for Ye. Ivashchenko).

SWEETS, Ye.M. [Skobets', IE.M.]; IVASHCHENKO, L.M.; POVKHAN, M.F.
Polarography and oscillogyaphic pollarography of eriochrome
black T. Dop. AN URSR no.1111491-1494 164. (MIRA 181l)
1. Institut fiziologii rasteniy AN UkrSSR I Ukrainskaya
sel'skokhozyaystvennaya akademiya. Predstavleno akademikom
AN UkrSSR Yu.K. Delimarskim [Delimaralkyi, IU.K.].

z
USSR/Inorganic Chemistry - Complex Compounds, C
Abet Journal: Referat Zhur - Xhimiya, No 1, 1957, 672
Author: Pilipenko, A. T., and I-vashchenko). L. N.
Institution: None
Title: Investigation of Phosphate Complexes in Solution. 1. Phosl)hate
Complexes of Iron
Original
Periodical: Zh- obshch. khi 11, 1956, Vol 26, No 3, 656-60"o
Abstract: The light-absorption of Fe(Cl04)3 solutions In H3P04 (I) in the range
320-420 n~g has been investigated with a view toward determi-aJng the
composition of the phosphate complex of Fe3+. An isomolar series o!
0-1 ~' Fe(C'04)3 and I in 1 N HC104 showed maximum light absorption at
320 and 360 m at a ratio of Fe3ttpq- = 2:1. Ion transport experimento
shav a concentration of the PO~- at the cathode. The conclusion is
drawn that the complex has the formula, (Fe2POk )3t. The dependence of
thl+optical density at 320 m/kon the concentration of I at constant 3+
Fe concentration was investigated. The degree of cornplexing of Fe
Card 1/2

USSR/Inorganic Chemistry - Complex Compounds, C
Abst Journal: Referat Zhur - Fhimiya, No 1. 1957,, 672
Abstract: was calculated; 1/2 of the total Fe3f is bound in the complex when
the excess concentration of 1 -10-2 M. The applicability of th--
work to the determination of P in ferrous metals is discussed.
Card 2/2

SKOBETS, Ye.M.; IVASHCHENKO, L.N.
Polarographic study of orioohrome black T and its use In
determining magnesium. Ukr. khim. zWr. 29 ilo.7:751-755 t63.
(MIRA 16t8)
1. Ukrainskaya, sellskokhozyaystvennay-a akaderdya.
(Magnesium-Analyols) (Erlochrome b].&ck)

SKOBETS, Ye.M.; IVASHGIIENKO, L.N.
Determination of exchange mgnsaium in the so5l by the
polarogruphic met-hod by means of oriocbrome black T.
Ukr. khim. zhur. 30 no.3:279-281 164. (MIRA 117:10)
1. Ukrainskaya sellskokhozyaystvennaya akademiya.

L.Ya.
, Sw"qHCHMOS
;*I M
Work of a young naturalists' station in the 4xitime TorTitory.
Biol. v shkole no.is62-65 Ja-F 16'). (MIRA 16W
1. Primorskiy institut usovershenstvovaniya uch1teley, Vladivostok.
(Maritime Torritory--Agriculture--Bxpsrimontation)

IVASHCHEA0, It. 1. Cand Med Sci -- (diss) "Sanitary and bacteriological
I--
.1''i -~--
characteristi" of oream in!wlation to the sanitary Ait~e- of confectionery
products andet~o quality of t, rqw material." Khartkov, 1959. 16 pp
(Kharikov State Med Inst), 200 copies (KL, 47-59, 116)
-46-

. _Q4=0sA.Z~,--kand-idat tekhnichnikb naulc.
-IY94
Determination of engine wear according to consupption. Nd)&. sit%
hofjp. 8 no.9:26-27 S 157. (KM 100)
(3ngines) (Motor fuels)

13EZGIN, L.S. (Moskva); ,PWgCHEW94 M
- . 1. (Moskva)
Approximate calculation of a screen protection from meteors.
Izv.AN SSSR.Otd.tekh.nauk.Kekh.i mashinostr. no.D127429 Ja-V
16~. (Space vehicles--Safety measures) (MIRI 16:2)

IVASHGHWO, M.K.; LMIIKOVA~ M.A.
Comparative evaluation of dry purified tubermain prepared by
the Ieningrad Institute of Vaccines and Sera and old Koch
tubermdin. Probl.tub. 39 no.3:5741 161. (MIRk 14:5)
1. Iz leningradskogo nauchno-issledavatellski)go instituta vaktsin
i s7vorotok i Teningradskogo instituta tuberlculeza.
(TUBERCULIN)
I

TYRYSHKIff, V.G., kandidat tekhnicheskikh nank; IVASHMNO, M.N., inshenor.
Mobile gas-turbine power plants. Inergomashinostroebie no.5:27-30 My
156. (Electric power plants) Was turbines) (Km 9.*g)

S/114/61/000/002/003/007
E194/E255
AUTHOR. Ivashchenko, M. M., Engineer
TITLE: An Investigation of the 'emperature Distribution' in
the Rotor of a Gas Ttirbine Typ(, r1"-600-1,5 (G!2-600-
1-5) under Operating Conditiono
PERIODICAL: Energomashinostroyeniye,, 1961, No. 2, pp. 1?-21
TEXT.-. It is important to know the temperatuxe distribution
in the stator and rotor of gas turbines but work done hitherto has
provided only incomplete information on this subject. Accordingly,
Laboratoriya gazovykhturbin (the Gas Tuxbine Laboratory) of
Ts KTI imeni I. I. Po-lzunov made an experimental. inveatigation of
the temperature distribution in the rotor Luid stator of a gas
turbine type GT-600-1-5 made by the NZL. The followLng measure-
ments were made. The metal temperatuie at various points in the
rotor; the flow temperature and pressure of cooling air delivered
to or removed from the Glands; the pressure and. temperature of gas
at inlet to and exhaust from the turb-ine and in the flow pal;h; and
the air flow in the comprezsor,. It wao particularly difficult to
measure the temperature in the gas-turbine rotor, alcl it ran at
Card 1/9

S./114/61/000/002/003/007
E1911/E255
An Investigation of the Temperature Di.9tribution in the Rotor of
a Gas Turbine Type GT-600-1.5 under Oparating Conditions
5 000 r.p.m. and operated with a maximum Gas temperature at inlet
of 6000C. A total of 72 thermocouples j;ere installed at the
positions shown in Fig. 1. The construction of the thermocouples,
the method of installation and the instrument-ation are described.
The slip-rings used to make con.nection with the thermocouples on
the rotor were initially mounted on a separate baseplate, but as
the rotor expanded the brushes became displaced from the rings.
Eventually the arrangement was mounted on an overhung bracket from
the turbine bearing pedestal. The temperature distribution of the
gas-turbine rotor was studied with various ratos of starting up the
set and with the high-temperature gland of t-fte V~trbine operating
under various conditions. In all the tests the outermost annulusof
gland was connected to the intake of the turbine compressor. Hot
air taken from beyond the regenerator was deliveXed to the
annulus of the low-pressure gland. The test results are given in
Fig. 3; the thermocouple numbers correspond -to t'hi.ose Given in
Fig. 1. White circles denote gas tempe-val;ure at the turbine nozzles
Card 219

3/114/61/000/002/003/007
E194/E255
An Investigation of the Temperature Distribution in -tile Rotor of
a Gas Turbine Type GT-600-1-5 under Operating Conditions
and white triangles the cooling air temperature. It will be noted
that a steady temperature state is reached about five hours after
starting. The maximum temperature in the rotor bore occurs under
the first stage and here the temperature difference radially across
the rotor is greatest. The influence of rate of starting u~p was
studied and the results are briefly discussed. The tests showed
that the temperature of the. cooling gas passing tbrough the high-
temperature gland of the turbine has a considerable influence on
the temperature distribution in the rotor. In partic.ular, when
the air delivered to the front -land is taken fi,om beyond instead
of in front of the regenerator, the maximum temperature difference
across the rotor near the firS6 stage is reduc4-:.,d from 24010 to
180*C. This difference becomes smaller when the rotor has reached
a steady temperature but still remains considerable. The experi-
mental material obtained about the temperature distribution in the
rotor can serve as a basis for calculating temperature stresses
and for recommending starting conditioa5 for this type of turbine
Card 3/9

S/114/61/000-/002/'003/007
E194/E255
An Investigation of the Temperature Distribution in the Rotor of
a Gas Turbine Type GT-600-1-5 under Operating Conditions
and similar types. The data may also be used to determine mean
values of heat-transfer coefficient in different parts of the gas-
turbine rotor. There are 5 figures, 1 table and 3 Soviet
references.
Card 4/9

S/114/61/000/002/003/007
B194/E255
-he Rotor of
An Investi-ation of the Temperature Distribution in L
a.Gas Turbine Type GT-600-1.5 under Operating 0:)nditions
Fig. 1
jv
Card 5/9
7: 0

S/114/61/000/002/003/007
E194/E255
An Investigation of the Temperature Distribution in the Rotor of
a Gas Turbine Type GT-600-1-5 under Operating Conditions
Fig. 1
Card 6/9
PHC. 1. PAVeMeHile Teporlop B pMPC H CTOTOPe IMOBOR TYP611HU

S/114/61/000/002/003/007
~
'E,194/F,255
An Investigation of the Temperature Diot-ributio- in I;he Rot f
a OT 0
a Gas Turbine Type GT-600-1-5 under Operat in, Co ditions

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S/114/61/QOC'/002/003/007
E194/E255
An Investigation of the Temperature Distribution in the Rotor,
a Gas Turbine.Type -.6 der 0-.-)orat ng onditions
Fig.
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S/114/61/000/002/003/007
E194/E255
An Investigation of the Temperature Distribution in the Rotor' of:
a Gas Turbine Type GT-6 00-1-5 under Operating C:inditions
Fig. 3

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Card 9/9

IVASHCHENKO. M, M., inzh.
Study of the temperature conditions of the rotor of a gas tur-
bine,at different operating conditions. lssv. vys. ucheb. ZaT.;
energ. 5 no.7:61-69 Jl 162. OIERA 150)
1. TSentrallrVy nauchno-isaledovatellskiy I proyektno-konstruktorskiy
kotloturbinnyy institut imeni I.I.Polzunoira. Prodstaylena nauchno-
tekhnicheskoy sektsiysy turbomashin.
(Gas turbines)

GOL,DZIN, N.M., inzh.; BASHCHENKO, I-jLnd. tekhn. naul;
hIjZNET,3OV,
Experimental study of the cooling system of the rotOr of a gave
turbine. Energomashinostroenie 11 no-5:5-7 14~ 165-~

1\
IVASHCHENK , M. N.; MATVETEV, A. D.
Case of prolonged-presence of foreign bodies in the esophagus. '
Vest. otorin. no.3,.88-.89 161. (MIRA 14:12)
1. Iz kliniki bolezney ukha, nosa, i gorla (zav. - prof. I. G. Koz1ova)
Meditsinskogo instituta, imeni akad. I. P. Pavlova i Xtorinolaringolo-
gi-chaskago ot,deleniya, oblastnoy bollnitay imeni Ir.A. Somashko, Ryazan'.
(ESOPHAGUS-FOREIGN BODIES)

IVASHCHENKO, MIN_.- MATVEYEV, A.D.
Rare teratoid tulAor of the larynx with prolapse from the oral
cavity. Zhur. ush., nos. i gorl. bol. 21 no.3:60-61 My-Je 161.
WIRA 14:6)
1. Iz otdoleniya. bolezney ukha, gorla i nosa ( mv. - V.A.Pridantsev,
nAuchnYY konsulltaryt - prof. I.B.Kozlova) Oblaatnoy klinicheskoy
bollnitsy imeni N.A.Somashko g. Ryazani.
(URM-TUROBS)

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SOURCE CON: UR10416166100010101007110012
AUTHOR: Ivashchenko, ff. (Major general, Technical for**@)
ORG: none
TITLE: Laying a composito bridge
SOURCE: Tyl i onabzheniy-- sovetskikh vooruzhennykh oil, no. ID, 1966, 71-72
TOPIC TAGS: floating bridge, military bridge, portable bridge, militairy engineering
ABSTRACT: Officers of the military conumanications service imd the engineer, forces
have designed, org%Azed the laying,and tested a floating bridge made of a combination of
600-ton-capacity flat river barges, demountable loading and unloading ramps, and a
wooden scaffold. It was tested over a 98 m wide- river. A 40-m-long scaffold vas firsi
built over a pile foundation-which was designed to support 60 tone; then four barges
were linked In pairs and anchored, and the entire structure ims interconnected by threi
demountable freight-handling metal ramps. Cables from the end barges to the scaffold
on one bank and posts on the other bank added stability to tbe bridge. The bridge
has a 24-hour capacity of 12,000. vehicles traveling 10 km/hr at 20-a intervals. TIM
center section of ;the bridge, composed of two barges and acovesories, can be wred
by a 150-hp tug to allow for the passage of 18-m beam vessels. Orig. art. ban:
2 figures.
SUB COIE: '13, 15/ SUBM DATE: none/ ATD PRESS: 5100
Card i /i _-.1 C,

IVASHCIMTKO, II.F. (stantoiya Kazatin II, Yugo-ZiLvadnoy' doroO). .
New machinery being tested. Put' i put.khoo. 4 no.2:44 7' 160.
(MRA 13:5)
(Railroads-- Tracklaying machinery)

DMITRIKt R.S.;, IVASHGHMiKPI_ TARTAKOVSKIY, R.H., Icand.tokhn.naWc
- -i ------- _-- i)
st.Kaz~t-iiiv iu o-Zapadiloy dorog
Equipment of tie repair shops needs to be wderilized. Put' I
put. khoz. 5 no.3:26 Mr 161. (MMA 14;3)
1. Nachallnik shpaloremntnykh masterskikh, st4matsiya Kazatin,)
Yugo-Zapadnoy dorogi (for Dmitrik)., 2. Nachallmik Putavoy dorozhnoy
mashinnoy stantsii, st.Kazatinj Yugro-Zapadnoy dorogi (for Ivashchenko).
(Railroads.-Ties)

21(9) S071/89-7-3-9/29
AUTHORS. Kutateladze, S. S. , _1f Zablotskaya_ T. 7.
TITLEi On the Influence of an Internal Heat Source on the Coeffic'-ent
of Heat Transfer
PERIODICAL: Atomnaya energiya, 1959, Vol 7, Nr 3, PP 255-254 (USSR)
ABSTRACT: Internal heat sources exist in a flow of liquid, which carries
radioactive impurities with it, or ff an electric current pas-
ses through a liquid metal beam. The influence exercised by heat
sources upon the thermal coefficient; is theoretically lnves-~,i-
gated for the case in which the liqufd carrying sournes with
it moves within a round tube. The iu'be is assumed -.o be saf-
ficiently long in order that the places of disturban,.e at the
entry of the liquid into the tube may be neglected. The formulas
are written down practically without deduction, and the in-
fluence exercised by the density of the internal- heat scuroe
upon a stabilizing heat transfer in -the tube is shown gra hical-
ly, in which case 1) an extrem turbulent flow (0- 1), 25 EL
laminar flow, ard 3) a turbulent flaw witk-, the velocity distri-
bution according to thq !/7-law is assumgi. in genera12 the
Card 112 influence exercised by an internal source upon the heat transfeX

S-07/89-7 -3 -9/20
A ' e.
ff irl rr~- t Tranafez
I On the Influence of an Internal Heat SOu ce on the Coe o" Hea
coefficient is found to be not great and to be effe-tive only
at Wj 1. There are 1 figure and 2 referenc;ea, I cf which is
Soviet.
SUBMITTED: December 12, 1958
Card 2/2

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IVASHCHENKO, N.J., Cand Tech Sci -- (diss) "Heat exchange
and resistance 4p.tulrbulent non-isothermic flow in tubes
of licraids nith "O[Tn~umers~,wt PraiLdtl Prml and Pr-