SCIENTIFIC ABSTRACT PAVLENKO, A. S. - PAVLENKO, G. YE.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001239520010-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 15, 2000
• Sequence Number: 10
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

98-1-1120
Further Development of Power Engineering in the USSR and Projected Con-
struction of Hydroelectric Power Plants
The moat advantageous sites for the construction of hydro-
electric power plants on the western Dwina are located near
Plavinaa and Vitebsk. Plants cn the Neman river are to
serve the Kaliningrad area and the Lithuanian SSR, while
the Verkhne-Tuloma station on the Tuloma river is to eupply
the Kola grid. Construction of several hydroelectric power
plants in the Caucasus will utilize the rich water resources
of that part of the USSR. To accomplish construction of all
mentioned projects, faster and improved construction methods
have to be applied. To lower costs, local building materials
and prefabricated parts have to be used to a greater extent,
and the construction of buildings associated with the power
plants, which constitute 3CJ~ of the total expenditures on
the average, will have to be reduced in the future.
There is 1 'table.
ASSOCIATIO5. Ninieterstvo elektrostantsiy BM (UM Ministry of Electric
Power Plants)
AVAILOLE: Library of Congress
Card 5/5

PAVIINKO, A. S.
Lenin's legacy on the electrification of the country Is
coming true. Energ.strol. no.5:i-6 158. (KIRA. 12:5)
1. Ministr elaktrostantsiy SSSR.
(Electrification)

ZASYAD190, A.F.; WCHEMENK0, V.A.;jAVlX=,~A,4
_,.: GRISHWOV, I.A.;
MIM, V.S.. SEIASILEDV, Z.A.; YEFFMIT, M.T.; SMDWOV, H.S.;
CHIZHOV. D-G-; NOVIWV. 1-T-; HOSOY. R.P-; ASADCOMSUT, A.N.;
NUIDWOV. A.M.; LAVY00WK0. K.D.; TATLASOV. N.Ta.; GABDANX, K.A.;
MVIN. 1.A.; GIWDURG. S.Z.-. ALEKSANDROV. A.P.; WMZIN, r.V.;
OZEROV, I.N.; SOSNIN. L.A.; BRWAU)V,, A.A.; HATKUSHIll, I.I.;
EMBRIN, N.V.; ACHXASOV. D.I.; RUSSO. G.A.; DROBTSHEV, A.I.;
PLATONDY, N.A.-O' ZHIMKRIN, D.G.; FROWSLOV, V.F.; IMISTOY. V.S.;
SAPOZHNIM. F.V.; XASATKIN, N.V., A:LMANDROV, M.Ta.; EDT11EVSKrY.
DeG.
Fedor Georgievich Loginov; obituary. Elek.sta. 2(.) no.8:1-2
Ag '58- (MMA 11: 1,1)
(Loginov, Fedor Georgievich, 1900-195-3)

WOVIKOV, I.T.; PAVLEIZO, A.S.; SlUaMV, H.S.; CHIZHOV, D.G.; JAVRINEM,
K.D.; HIMBOV, A.M.; NOSOV, R.P.; TAIWOV, N.Ys.; ZHIMIWN. -D.G.
UGORNS. I.I.; DMITRIM, I.I.; DROBMfEV. A.I.; IWP.=V. V.S.:
SA3WHNIKOV, F.V.; BOROVOT, A.A.; BAW(K. V.P.; DASKCIVSM. Ta.X.;
RMVIB,, N.A.; FWROV. A.N.; MRLINIKOV,, B.V.; LATYSH, - D.I.;
KONIN, F.F.; DYDYKIN, P.Ye.; BOTMAM. I.I.; GUYIUM. D.L.:
FOBWATwq K.M.
OlIgs Sergeevna Kalashnikova; obituary. Blek.eta. 30 no*2:95
F 159. (MYU 12:3)
(Kalsohnikova, Ollga Sergeevm, 1914)

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avlenko J. c4a. C
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'it was found that the raribud is injivar4W bei-saime td
thc follovins reactions: (I)IIIisreducedbylliohydits-
quirlone Which reacts with irsevall III to forin quinhydrone;
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SOVI~124 58 5 2977
Translation from: Referati%nyy zhurnal Mekhanikj, 1958 Nr ~, F)t)l 'USSR)
AUTHOR: Pavlenko. A V
TITLE- Determination Df Detormation~- oi a Plastic Journal Bearing Due
to Hydrodynamic PresSUre (Opredelenlye deforniatsiy plastil-las
so,. ogo podshipnika kol' zheniya ot deystviya pidrodinamicheskogo
da % I e n i \ A
PERIODICAL : Fr Kh,,! kw _~ p~)Iifekhn i,i ia 111r)b Vol 10 Nr i
pp 107 1 14
ABSTRACT: As demonstrated by experiments, a dimple is lormed (,in the
surface of a plastic hearing in the zone of maximum hydro
dynamic pressures, which dimple helps to increase to some
extent the minimum thickness of the lubricating film as com-
pared to that obtained with a metallic insert lining
Re%,ie\A,,cr' s name not giten
Card I /I

YA~TRjCMNJKO, Valentin Kuz'mIch._ FAMMMO, A.V.o otv.red.; Sj'NYAVSKAYA.
Te.K.. red.izd-ye; LIRKRM, S.S., red.izd-va; AIMM:YEV, S.P.,
tekhn.red.
[Construction and utilization of textolite bearinga for rolling
Mille] Ustroistvo I ekepluetatsila ti3katolitovyk.)i podshipnikov
prokataykh stanov. Khar*kov, Gos.nau--hno-tekhn.izd--vo lit-ry po
chernoi i tavetnoi metallurgil, 1960. 167 p.
WIRA 13:12)
(Plastic bearings)

PAVLENKOJ, A.V., kand.tekhn.nauk
Investigating the effect of the size of a diametral gap on the
performnee of woodon ollding bearings. jzv.vys*uchab*zav*;
mashinostre noe4wj-123 061* (MIRA 14:6)
-1. Khartkovskiy in2aienerno-ekonomicheakiy institut.
(Wooden bearizge)

L_3~~-66 (A )
ACC VR: AP6018315 SOURCE CODE: IM/0256/65/1)00/011/0068/0060
AUTHOR: Danilov, M. D. (Engineer, V. (Senior
technician, Lieutenant)
ORG: None
TITLE,: Automatic temperature regulator
SOURCE: Vestnik protivovozdushnoy oborony, no. 11, 1965, 68-69
TOPIC ~hGS: temperatpre regulator, temperature control, thermosta t
ABSTRACT: The authors describe a thermostatic system for controlling
temperatures in small rooms, vehicle bodies, mobile radio stations,
etc. The system being composed of standard parts can easily be
assembled by regular military workshops. A fixed-temperature control
is realized by means of two mercury-tube relays maintaining the tem-
perature between 6 and 20 0. The relays actuate a heating circuit
consisting of two heaters equipped with a 1-kw fart. The system is
fed from a three-phase, 220-v, 50 cps source. The relay circuit is
Chrd- 1/2

PAVIZNY,O, A.Ya., gornyy tekhnik-elektrOmekh&nJ-k
System for mechanical washing of st(n-age batteries. Ugoll
Ukr. 6 no.1:41 Ja 162. U-IMA 15-.2,
(Storage batteries-Cleaning)
(Rine railrcads)

TUKANOV, E.F. [TSukanov, Yaj.]; IVANCENKO, F.K. (Ivanclienko, F.K.);
PAVLENFO, B.A.; NIKOLAEVI V.A. (Nikolayev, V.A.l
Studies of the pressure in section milla. Analele me~alarjlc,
16 no.4:133-136 O-D '62.

FAVM.WO, _B!~. kand. tekhn. nauk.
Deterzdning the position of blast furnace bell control mechanism
elements. Ism. vyB. ucheb. zav.; chern. met. no.4tl53-161 Ap 158.
(MIRA 11W
1. Daepropetrovskiy metallurgicheskiy institut.
(Blast fbrnaces) (Governors (Machinery))

-~ 'I; h -, , -:V , ,
, v A uc HE m, .-; , F ~ i, ~ . t m %, I - B. " . , 4, ~ ~ ~, ~ -, 1 ~',A C ; - ~.; F. V , i " ; A -~ % "'i
r,xp,rj4uw-n*,a. )f vessu:eic ie,4 t,-. . '. i'S
- .. 3~ " -
sawc during *.ti-: allI.Ing cf' heated mstai. Izv. vys. U,-neh.
z & -,, . ;c hc - r . rie ! . '7 rko . t) . , 1 .1 .64. (i-~ i hA
I . I -,~: ze r- z ~. ~ riz; K ' .11, 7.av -- i,u z ~
' Dne p - -

GFEBENIK, V.M.; ZIIMiACHLTK, V.D.; IVANCHENKO, F.K.; PAVIENKO, B.A.
Experimental investigation of converter tilting Mments.
Izv. vys.,ucheb. zair.; chern. met. 6 no.2:16!-175 163.
(MBU 16:3)
1. Dneprodzerzhinslciy metallurgiches)dy zavf,)d-vtuz.
(Converters-Modols)

GREBENIK,- V.M.; ZHERNACHUK,
V.D.; IVANCHENKO, F.K.;_PAVLENKO,. B.A.
Investigating the turning mechanism of a 1300-ton zrixer. Irv.
vy,s. ucheb. zav.; chern. met. 6 ro.7t183-190 163. (KIRA 16:9)
1. Dneprodzerzhinskly metallui-gicheskiy zavod-vtuz.
(Mixing machinery-Electric driving)

133-58-4-17/4C
AUTHORS: Tsuk-anov, E.F., Ivanchenho, F. K. and '_'olot's--rDv, L.F.',
Docents, Pavlenko, B. A., Nikolayev, V. A.,
Krizhanovs3_'riy, A. L. and Kol~~;LO, P. Ya.,EriGinE!ers
TITLE: Investigaticii cf Loads DurinG Rolling Plateo
(Isslcdovani~e d&vler~iy pri prokatke listov)
PERIODICAL: Stall, 19581 Nr 11, PP 332-7~34 (USSR)
ABSTRACT: The measurements of rollinF, '.oads ondured by rolls in a
aiedium p1ate mill durinC, roll-'-nF, plates were carried out
The mjl'L corisif;t.ed of tvio stands in line: three rolls
(LAUT) for rollin6 plates and two-rolls for rifflin,~
plates. In thE? three roll mill E70 x 517 x 670 rM:1 for
rollinG smooth plates cast iron rolls v;ith- a chilled
surface are used an,-'", for riffled plates, forged steel
rolls (50 KhG), The lenGth of rolls 1800 mm. In the tivo
roll stand in which only one pasc is made for rifflin~~,
cast iron rolls of 650 mm diameter with chilled surface
are used. The mill is powered with a 900 h.p. motor.
Riffled plate was rolled in 10-12' passes a-nd smooth
plates in 11-1'5 passes. Meas,.irements of loads on rollc
were carried out durinF, rolli:aG plates (dimensions in
Table 1) and the most charact,~riEtic results are L;iven
Card 112 in Table 2. E-:perimental res-Ilts, are compared in

Investigation of Loads During Rolling Plates 133-58-4-17/40
Conclusions: During intensive reductions in cast iron
chilled rolls stresses are formed considerably exceedinr,
the permissible ones. Specific load on rolls 5-6 kg/mL2
at the beginning of ro ling increases at the end of
rolling to 28-30 kg/V. During rolling on steel rolls
the specific load is higher than on rolling on cast iron
olls (due to an increase in friction in the former case),,
During rolling comparatively thin products (H < 33 mm)
-the maximum specific pressure was observed at reductions
of 34-40%. With further increase in reduction the
specific load decreases.
There are 2 tables, 3 figures and. 3 references, all of
which are Soviet.
ASSOCIATIONS: DnepDdzerzhinskiy vecherniy metallurgicheskiy
institut (Dneprodzerzhinsk- Evening Metallurgical
Institute) and zavod im. Dzerzhinskogo (Works imeni
Dzerzhinskiy)
1. Rolling mills--operhtion 2, Plates--Rolling 3. Roliing
mills--Stresses
Card 2/2

NIKOIAYEV, V.A.; IVAUCHENKO, F.K.; TSUKANOV, E.F.; UAVV,90, P.A.;
GHEPELEVP P.M.
Investigating applied stresses during rolling on rail and
structural steel mills. Stall 23 no.10:924-925 0 '63.
(MIRA 16:11)
1. Dneprodzerzhinskiy metallurgAcheskiy zavod-vtuz i ziwod im.
Dzerzhinskogo.

TSUKANOV, M.P., dote.; IVANCHMO. F.K., dote.; MOIMKOV, L.?,, dote.;
NINCXAYSV. V.A., inzh.; XRIZHANOVSKIY. A.L..
insh.; KCMO. P.Ta., in2h.
Imesti ing preagntras duriDg plate zvlllvg (with sumary in
M~glslh , St&10 18 no,4:332-334 Ap 15S. (KIRA 11:5)
1. Dneprofterzhinskly vecherniy metal'Lurgicheakiy institut i
Zavod im, Dzershinskogo.
(Rolling (Idstabrark))

A[/,6,YA 106
AU7HORS 1vanchenko, F.K., Vlolotkov, L.P., Tsukan.)v, B.P., Nikolayev, V.A.,
Pavlenko, B.A.
TITLE: Measurement of pressure on a medium-sheet mill and new conditions
of reduction
PERIODICAL, Referativnyy zhurnal, Metallurglya, no.5, 1961, 4, abstract 5D26
("Sb.tr. Dneprodzorzh. vech. metallurg. In-ta", 1960, v.2. 1.39-145)
TEXTi -no ft,~thjri pre3vnl~ a short dencription of the mill which consists
cf two stands: a La-it.h three-high mill - for the broaching or a smooth sheet,
and a two-high mill for th- ro:ling cf a corrugated sheet. During the Investiga-
tions the, temperature =1 ;~resaure of Ine metal on the rolls were measured wher,
rolling rmocth eh-e-to of 4 x 1,4C)0 x 4,-.W mm dimennicna and CT .3 (3t.3) cor-
rugated nteel sheets of 5 x 1, .00 x 6,000 rrin. The experimental results were used
to calvulate niw c,,ndit,lonn of rtluotlan which mnke It poD!1Ibl# to rales the ef.
ficiency of thm mill by 15 - 20%. V. P.
[Abstracter's note, Complete translation]
Card 1/1

IVARCHENHO, Fedor Kondratlyevichi PAVLE4KO, Boris Altaksandrovich;
YEZDOKOVA, M.L., rect. izd-va; MIKHAYLUA, V.V., tekhn. red.
[Mechanical equipment ir, stell-srmeltirC shops] Yekhaniche-
skae oborudovanie staleplaviltnykh tsekhov. Vosk-va, lzd-vo
Mletallurgiia, 1964. "0 p. (MIRA 17:4)

FAVIaKD, D.
Ele--trificatinn of Latvia An the sixth Five-Year Plan. T). '11,
PADOWU LA7VIJAS KOMM1379, Riga. Vol. 11, no. 1, Mar. 105A.
SOURCE: East European Acession List (SFAI) Library of Congress
Vol. 5. no. S. Aurust 1956.

MURATOV, V.;_EAVLENI~G, D.
Piece rate wages for the entire brigade in proupecting. Sots.
trud 6 no.9:56-61 S 161. (MIRA 14:9)
(Prospecting) (Piecework)

~11 PAVISNKOr-LD.. gorWy imb.
How we organized mWng at high speed rates. Ugol' U4r. 4
nuo2t34 7 16o. (PIU 13:6)
(Donets Basin--Coal mines and mining--labor productivity)

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PAVLENKO. D.K.
The electrification of the Latvian Republic should have unified
control. Elek. eta. 33 no.7:2-4 J'I 162. (AURA 15:8)
1. Nachallnik Uprayleniya energeticheakogo khozyaystva Soveta
narodnogo kho2y&ystva Latviyakoy SSR.
(Latvia-IP,lectrification)

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me A Id I 1.1111 a .1141.1 ill IV All it .00
No. I-, vati-d tight e
00 1-111 11
It' Il.wuld aill
111-malor It, IV. S. A. It.. L
.
,

It
4k

0 0 0 0 o 0 0 0 0 0 0 o 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0
0 0 0 0 9 & a 0 0 0 0 0 0 0 0 0 & 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 9 0

FAVLENKO, Dmitriy Makarovich
(Organization of work and wages in prcapecting work] Or-
ganizat3iia truda i zarabotnoi platy ra goxmorezvedochnykh
rabotakh. 14oskva, Gosgeol.tekhizdat, 3.963. 187 p.
(MIRA 17:6)

DOROKHOV,, Ivan Petrovich; LUTOV, Aleksey Antonovich; EA~EtIKO,_ Dmitriy
Vasillyevich; CHAPAN, ( I red - GORRAVENKO, ~.Ijiorkavenko,
-L-,I., ~-e-VM-.--red.; LAU~Iil', I.T:[Lahutin, I.T.), tekhn. red.
[Manual on the calculation of timber and forest production]Do-
vidnyk z obliku lisomateria-liv i lisovoi produ'Ktsii, ~By] 1.P.
Dorokhov tFi inshi. Kyiv, Derzh.vyd-vo tekhn.lit-ry Ut6R, 1961.
587 1). (MIRA 16: "')
(Lumbering-Tables and ready-reckoners)

USSR / Cultivated Plants. Frulms, Berries. M-7
Abs Jour :Ref Zhur - Biologiya, No 13, 1958, No- 587'56
Author :Favlonko, F. A.
Inst :Dendrological Park 'Teselye Bokovefiki", KI-rovog"d
Oblast'
Title :The Propagation of 'Turduk" by Wane of Green Scions
Orig Pub :Sad I 090rod, 1957, No 6, 59-6o
Abstract :Experiments on green bud grafting of 14 furmiuk
variozies were carried out at the denlrological park
Veselye Bokovon!ki, Kirovograd Oblast in 15155- W011
acclimatized mrieties (70-9C%) TAcraina 50, Pioner 66,
Funduk No 85, Sovietskly 86 and Stepnoy 83 and
varieties which did not acclimati:,.e as well (20-3W
stood out. -- R. Garcia-Gonsales
Card 1/1
149

PAV.LENK0, F.A., kand.sel'skokhoz,nauk (Khar,kov)
Routoration of poplaro. flaulca i zhyttia 11 no. 4:39 Ap 761.
04IRA 14:5)
(Ukraine--Poplar)

For c trv F or c a t Culture v
c
~tnr,,va,
T'ovIRr Z;eedl Ir. tte Ukraizi~t
L,
:,f- 5". rch-.0 I ~~ F , A 2p-
--rr
ti c t
a
26

PAVIMMO. F.A.
C-~ -[Cu1t-,v-atI,o-n----o-f poplar seedlingsJ Agrotekhnika vyrashchivaniia
seiantsev topolis. Khar'kov. 1958. 7 :P. WILA 11:12)
(Poplar)

ve- f"I
USSR/Cultivated Illant-, - Fruit.-3. 7k;ri*4,k;,7,.
Abs J-)ur ilcf Zhur - ",iol. : ir) i-, 1~1~-)3, 31
pavlcako, F.A.
Ins t Mcr-.ininn Scic,;Lt~fic RL;,s,~ar--h Imotitut,~ ~-~i '-'C)rt.;;t, 1.1-1m.-
-~-cmcnt a-rid A~~icultiiral For,st 14clioraLion.
Titled The llizcl Ilut.
(h. i r~ Plat rcrudo,~ . ,)-)yt v kdl - , 19-.'.1-7, Vo 5, -,(3-29.
Ab,stract Wtrict--~; of nut L--iowirj~ in tl,.,~ Urt-7mc-,-S';'y U-,
tl,,-~ Glol, rr~yon of tho loltaw.;kaya Oblast %wr,: used
by tilt- Lptr"'inu Sci-lltii'ic Rue-carch Instituto 01, Fort2stry
-,i-d I!,-iioration of the For-,sts ~n th-, c!r,),,-
sin~ wtth tii,~ bc:ir nut, coruncn Ilichm':.n 1n(1
soutl-wi7xi hazcl. -oitG. and for obtaiziin~; ii~w 1,y
mcaris of acclirm-Liattion. N--V vilat,-:r and drjuL-,,,It r~jSl*-,t-..'2t
vavictic:q Michurinutr. 32, StcPnOY 83, sw,.:tg)~y F36 wci-L
Card 1/2
- 157 -

PAV;!~~C~. F-A- kandidat e.ellskokhozyaystvennykh nauk.
ftftso~ _ 6
Filbert Gorylus maxima. Nauka, i pered.op. v sellkhoz. 7 no.5:28-29
W '57. (MIRA 10:6)
(Filbert)

ISHIN, D.P.; MATTIS, G.Ya.; ZHELTIKOVA, T.A.; PAVIENKO, F.A.;
KIULOVA, V.I., red.; OKOLELOVA, Z.P..,, tekhn.red.
[Growing planting stock for sholterbelt afforesta',don)
Vyrashchivanie posadochnogo nzteria~.a dlia zashcliLtnogo
lesorazvedeniia. [By) D.F.Ishin i dr. Moskva, Sellkhoz-
izdat, 1963. 406 P. (MIRA 17:3)

38210. PAVLENKO, F. A.
Leshchina ramolistnay-a - tsenn)rj kustarnik dlya pol esastichi trio j~o leas-
razvedeniya. Les i step , 1949, No 8, s. D-23

1. PAVLMO, F. A.
2. USSR (600)
4. Forest h1mrsories
7. How one can best uce the sod layer in forest nurseries. las i step' 4 no,12 1952
9. Houthl-V 14st af Bassiem Accessions, lAbrary of Congress. March 1953. Unclassified.

rmtha, V. A.
Drill (Agricultural Implement)
Plans and methods for mechanizing so-ding in the forest nursery. :Ws. khoz. 5 no. 9, 1952
Monthl- List of Russian Accessions, Library of Congress.. November 1952. Unclassified.

SIAN"Y'0% , FOtr GaVI-liovich; F(Aor Andrianovich)i.1"Ild.
z;oIlkhnz. nauk; ZAKIW'?(-7A, 7.A., nA.
(Nursery of ornamental woody Ilantil Dravesn,).-(!ekor-bt]V-
nyi pitorm-ik. Kiev, U.-oftai, 19t,5. 273 P.
(mlt'k Iggi)

PAUTMO, F. A.
Fortst Nurseries
Plpns and meth--)dc, for I,-, ,rlo- -~rp~;t
Us. khoz. 5 no. 9, 1952
9. Monthl List of Ru6slan Accessions, Library cf Congress,NO-,!!---r 1~51 Uncl.

1. PAVLENY'0' ". A.
2. MR (600)
L, , mbert lomb.rd nut (cOrYl'-Is moxim).
70 New varieties Of the
Sad 1 09, No. 9, 1952.
January 1953. Unclassified-
9. M2RLhl ist of Russian iccessions, Library of Congress, -------- I
L Llst -

1. nVI-M-6, P. A.
2. USSR (600)
4. Pine
7. Growing pine seedlIngs in the Alexandrovka forestry station. Les.khot.
6, No. 3, 1953.
9. Monthl List of Russian Accessions, Library (if Congress, April - 1953, Uncl.

PAVLMO, Fedor Andri 3cand.sel'skokhoz.neuk; BREDIKHINA, L..
0 VA. L.. tekhn.red.
[propagation of popleral Ra2=ozher.ie topolal. Koskvs,
Goe.izd-vo eellkhoz.lit-ry, 196o. 4.2 p.
(mM 140)
(Poplar)

PAVLENKOJI G., akneemik
Driven by waves. Telch.m4rl` 30 nc.11:3(~-34- 162. 0-1-IRA 16:9)
1. Akademiya nauk UkrSSR.
(Ship propulsion) (Waves)

- PAIVLENKOP G.; ARSHAVSKIY, A., savetnik yustitsii; KA17ANER, G.;
TSIFERFIN, Io, inzho; KFLYANITIKOV, A., shofer; ZHALNIN, A.
Readers' letters. Avt. transp. 41 Tio.6:57-58 Je 163.
(MIRA 16:8)
1. Starshiy inzh. Ministerstva avtomobillnogo transporta
Kirgizskoy SSR (for Kataner). 2. Olctyabr'Bkoye avtokhozyaystvo
Volgogradskogo a-v-toupravleniya (for Kryanrikov).

PAVLEM-0, G.
Role of credit supplied bjr the State Ban~ In developirg thp dair,
industr.j. Den. I kred. 20 ro.4:68.-71 Ap 162. (MIRA 15:4)
1. Upravlyafushchij Kiievsko,- obInstnol kcntoroy GoauanVn.
(Kiev-DELiry I n~wj try-- Finance)

KRAMAROVSY-IY, L.; ZUYEV, N .; PAVI L"I ), G.: UP I J, D.
Develon cre-dit relations with interrollective farm build'r.F org~,n,'
zations. Dpn. i kred. 2C no.1:2,'-39 Ja 162. OlIlu 1
1. Nacf,al'nii- Adela kreditovaniya kolk~,ozov Violdavskoy kontomy
Go,-;b;inka (for ',.uy(v), 2. UpravIyeyushOdy Fiyevskoy otlastno',
kontory Gost,aT*a (for lavlenko). -1. Upravlyayushchiy oneprope-
trovskDy k)ntoz-oy Gosbanka (for Ul'ko)..
(Ukraine-Construction industry-Finance)
(Mioldavia-Construction industry--~inance)
(Collective farms-Int.erfarm cooperation)

PAVLENKO G.
-
From word to deed. Avt. trnnsp. 41 no.503 Yq 163. (HIPA 16:10)
1. Starshiy ekonomist po trudu i ze-rabDtnoy plate Volgogradskogo
avtoriobillnogo khozyaystva No.7,
(Transportation, Automotive-Management)

IVASHCHENKO, A.; PAV4NK.QG.jPavlenko H.]; KOVALISHIN, 1.
[K'Dvalyshyn, '1. 1; PILLIVODA, S. [Pdy,,,ia, S. J, red.
NEDOVIZ, S., tekhji. red.
(Now look of Western Ukrainian villagoalSelo miniaie svoie
oblichchia. LIviv, Knyzhkovo-zhurnallne vyd-vo, 1960. 68 p.
(MII?A 15:12)
1. Sekretarl Peremishlyanskogo rayonn:)fro komiteta Konununisti-
cheskoy partii Ukrainy (for Ivashchenko). 2. Predsedatell
ispolnitellnogo komiteta Sambirskogo rayonnogo Soveta deputa-
tov trudyashchikhsya (for Pavlenko). 3. Predsedatell ispolni-
tellnogo komiteta Rodatitskqgo sel'skogo _'oveta Gorodetskogo
rayona (for Kovalishin).
(Ukraine, Western-Rural conditions)

IMAKID, N.; PAVLERKO, G.; UDIVSKIY, 0.
BUB ines~an Id emplo7ees of the State Bank. Don. i kred. 18 no.10:25-
35 0 160. (MIRA 13:10)
1. Krymakaya, o'olustmaya kontora Goabanlm (f or Flevyakin). 2. KiYGVBkaya
oblastnaya, kontora Gosbenlm (for Dkvler-ko). 3. Starshiy inepektor
leningradskoy igarodskov kontory Goubanka (for Kadinskir).
(Banks end banking) Pauk employees)

MUM. G.A.. felIdEher (solo Shadov Chernigovskoy oblasti)
Organization of health odacation and prophylactic work at ths
feldsher midi-rife omter. Felld I ukush. 24 no.2832 Is 039. (MIRA 12:3)
(ZHAI)OV(CHERNIGOV PROVINGII)-N31.DICINZ, 'PIOVINTIVI)

PAVLUKD. G.A., fel'dhoer (selo Zhadov (;her-:Ligovakoy oblasti).
Provide more accessible medical services for the rural public.
Felld. i akush. 23 -Lo.9:47-48 S58 (MDU 11:10)
(MEDICM, RURAL)

KOTSV G.A.; RAZUMNAYA, Ye.G.; ROZHKOV, V.D.; PAVIXNYOp G.G.; STEPANEITKO,
L.G.; ROZIIKOVA, Ye.V., nnuchnyy rect.'~~TIWTMV-SkAYA, A.M.,
red. izd-va; BYKUVA, V.V., tekhn. red.
(Methodical guide to the use of ore separation units for
the mineralogical analysis of ores and rocks.] Metodicheskoe
ruko,vodstvo p0 primenenjiu malogabaritnykh ustanovok dlia
mineralogichaskogo arializa rud i gorny,ch porod. Moslcva,
Gosgeoltekhizdat, 1963. 110 p. (Moscow, Vsesol-uzny-I nauchno-
is
-sledovatellskii institut mineral' nogo sy-rlia, Trudy, no.10
(MIRA -,?:I)

PAVLSM, G'.L.; VOLOPER. D.B.
Modulus of deformation of concreta and rivinforced stanchions
subjected to lonpitudinal banding. Dop. AN URSR no.2:126-129
'57. (WRA 10-5)
1. UnIpropetrovalkiy metalurglynty institut. PredatavIv akad"mIk
AN URSR G.H. Savin.
(Reinforced concrete) (91naticity)

SOV/124-58-4-4555
Translation from: Referativnyy zhurnal, Mekhanika, 1958, Nr 4, p 127 (USSR)
AUTHOR: -_P_ax_ienko, G. L.
TITLE: An Experimental Study of the Stability of Three-hinged Arches
Beyond the Limits of Elasticity (Eksperimentallnoye issledovaniye
ustoychivosti trekhsharnirnykh arok za granitsami uprugosti)
PERIODICAL: V sb.: Iiisledovaniya po vopr. ustoychivosti i prochnosti.
Kiyev, AN UkrSSR, 1956, pp 170-175
ABSTRACT: Three-hinged circular arches with rectan7~ula cross section
made of W3 steel with a yield point. of 24 k8 lyk ~ were loaded
at the crown with a 300-ton hydraulic machine. The hinge joints
at the crown and the end joints consisted of ball bearings; the
actual measuring of the load was done by a dynamometer installed
at the crown, the measuring of the deflections was done by dial
gauges and that of the strains by strain gauges at the middle sec-
tions of the! semiarches. The experiments demonstrated an asym-
metrical buckling. The criti.cal force was determined in accord-
ance with the formula P* = lrEI/RZ, where El is the bending
rigidity, It is the radius, and k is the coefficient obtained from
Card the experiments, the values of which coefficient are given below

(Dnepropetrovs "0., p~r' D. b
crimci,Lal inveGti- tion of ti-c sta-i,14ty of parabo'jc aTC1.Uj L~iuu 0'-
a
r".iiforced concroto
.S, ~3. Prildadnaya mcklianika, v. 2, no. 8, 1960, 47-50
TAC;S: Civil on--illocring, structural un,;~nue ring, rcinforcod ccj.~cr(j*.(j
'i' -La,)ility co-nditionn of fix
no s ou P Lbulac arches arc wd"Ysod U'-'
o z;:)ccial tcL;ts condticted on tir:) JdCIIt-* LCal 0X')0rII:IC!IIt.~d rLrChCG. ~Ot.L arC..U:;
X 6 CZ CZ-b~-L-7,LC-
o" tj,o sw-na roin,'orced concrete had a 10-M a ri.-;e of 3 r, and a -2
zional area. ~;ach arch iao provid,2(1 -,.,ith &us~)(3n(ica v,jj-tical 1.ias dividini:
21 pxicis for crxrjinE evenly uistributed triLIJ. iOR613. TiIrCO Ph0t03 tIM
an inLact arch before loading and tian demonstratin- the de:o:,-r-itiono olb~srjrvccl In twc'
-11-chc3 after excessive loadings. The experimental results ar3 com.)arod 4riti-, t;iat obtLined
by calculations. It classical approach is ap;)14ed to Calculations of allowa'--e 'Loa~'z L:.-'
stresses. Since concrete is not 'perfectly cia3tic, ';hr, moduli of elastic az~d total 60for-
c.ations were calculated by using the data detonindnod in tcstinC concreto
introducin,3 tl-,ese moduli, the final for-njulaz are derived and the thoorctict-,l w-.d o%;)ori-
mental results are favorably compared. OrJig. art. has: 3 photos and 9 for"''las.
SUB CODE: 13/ SM,, DJ,TI?,: 24,-;ari66/ ORIG RZ2. 004
Card I/jt4'-

'I-07(t (k)/WP('h)/DJT(l) JD
L 23219-!60 W 41ANT
TL
AZC__NV&_A 3591 SOURCE CODE: WaOB/62~/OD
1/0D2/0124/0125
AUDIOR,.~ Savin, G. N.; Pavlenko, G.~L.
ORG: Institute of Mechanics$ AN UkrSSR (Inatitut mokhaniki AN UkrSSR)
TITLE: Machine for fatigue-test wire with a -ayclical, variable load
SOURCE: Prikladnaya.mekhanikat vAl no* 29 19659 124-1;!5
TOPIC TAGS: wi-re, metal test, fatigue teat, cyclic lc6dj, physics laboratory
instrument
fiJWRACT:! The machine,* covered by USSR potent #26104/449986, performs testing
of wire by simulAal
,gplication of stretching and bending, determining the
jus
limit of fe 011:4 b ccentric cycle. An electric motor Is used to supply
the eccentric-action bending stress, and a clamp and spring arrangement supplies
the stretching at-ress. As envisaged by the authors, the machine has four racks
for four wire somplea and is driven simultaneously by t1a same electric motor
for multiple testing of severul asuples, Orig.eirt. hass 2 figures. fim-7
..... . - ------
SUB CODIS: 13p 2D SUM DATE% 08Apr64
card

SAVIR, G.M.;,PA22M.D N.-RA-kAii-
Fatigue limit for wires of steel hoisting C&bl,)$. D&p.AN URSE no.4:
2?-31 148. (HLVA 9:9)
I.Diysniy chlea iLN URSR (for Savin).2.1,1vivolkly viddil Inatitutu
girsichol makhauDd. Akademil sauk Uia-aizolkoi RSR.
~:Wlre rope)

PAVLUKO,G.L., dotsent, Irwididat takhnicheskikh nauk
Ilasticity softlus of steel hoisting cables. Gor. zhur. 122
no-1:25-29 in 148. (KMA 8:9)
1. Akademiya nauk USM, Institut gornoy melftmiki iment M.N.Ye-
dorova.
(Cables--Testing) (Hoisting machinery)

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PAVLI;NKO. G. T.
Hothod of calcula,:lng winter precipitation in the steppe zone
of Western 51beria. Izv.Slb.otdXJ SSSR no.ll:~15-104 158.
(MIRA 12:2)
1. Zapadno-SIbIrskiy-filial AN 53SR.
(Siberia, Western-Precipitation (Noteorolou))

3 (7)
AUTRORS: Mosiyenko, N. A., Pavlenko, C;. V., SOV/50-59-6-6/19
Khudomyasova, Yu.
TITLE: Evaporation From the Surface of the Snow Cover Under the Condi-
tions Prevailing in the Step- e Areas of West Siberia (Ispareniye
.P
s poverkhnoeti enezhnogo pokrova v usloviyakh atepnykh rayonov
Zapadnoy Siljiri)
PERIODICAL: Meteorolcgiya i gidrologiya, 1959, Nr 8, pp 24 - 27 (USSR)
ABSTRACT: Considering the contradictory data of the amount of evaporation
from the surface of a snovr cover (Refis 10, 3, 4, 5, 9, 12), the
results of observations carried out during the melting period
by the Gidrologicheekaya ekfiped',tsiya Zapadno-Sibirskogo filiala
AN SSSR (Hydrological FApedltiOn Of the West Siberian Branch of
the AS USSR) with the parti,,-ipation of the author in sprine of
1,052 in the area of the reservoir of the Novosibirskaya GES
(Novosibirsk Hydroelectric Power Station), and in spring of
1955P 1956, and 1957 in the area of the Kulundinskaya Steppe
and Ishimskaya Steppe, are put forward here. The evaporation
was determined by exposition of snow samples in vessels with
Card 1/2 subsequent weighing with an accuracy up to 0.01 g. Cylindrical

Evaporation From the Su:rface of the Snow Cover Under SOV//50-59-8-6/!9
the Conditions Prevailing in the Steppe Areas of West
Siberia
2
vessels with a base of 200 cm , and 5 cm high, were used. At a
distance of 1-5 cm from the 'Dottom of -~he vessel, a net sepa-
rator was attached for separating the snow from the water during
melting. The evaporators were placed so deep into holes that
the snow surface in them lay on the same level with the surface
of the snow cover. On the basis of the data obtained, the fol-
lowing facts are ascertained: 1) The evaporation from the snow
cover under the conditions of West-Siberian steppes is unim-
portant, and amounts to about 3-5 mm during the whole meltine
period. 2) In dull weather in spring, there is nearly no eva-
poration from the surface of the snow cover, since condensation
exceeds evaporation in most cases- 3) In fine weather in spring,
evaporation prevails at the beginning of the melting period,
and condensation at the end of it. There are 2 figures, 1 table,
and 12 Soviet references.
Card 2/2

PAVLUI'-'G G V
Calculating tho maximum discharge of spring floods in the Kulunda
Steppe. Trudy Transp.-onerg.inst. Sib. otd. All SSSR 11o.13:51-73 161.
(MDRA 115:6)
(Kulunda Steppe--Floods)

IM.YUSTIEVA) M.I.; P.-VLFIIKO, G.V.
Average annual and tw.1mum runo"T of rivera in the .-~&uthorn
of Western Siberia. Trudy Transp.-ererg.inst. Sib. otd. A14 3S61i Ilo."
15-49 161. (MiIRA 15: ,
(Sibcria, Ilcutern-Runoff)

. I
1. 1 1 . j-) j,
PAVLENKO, G. V. Cand Goog Sat -- dral~i
"Spring)Wittor '"", ~ in the Kulundindskaya
Steppe and *bw possibilities of its forecast~and oaloulatioi4" Mos. 1961
(Main Administration of the Hydrometeorologioal Service under the Council of
Ministers USSR. Central Iiist of Forecasts). (KL, 4-61, 189)
-92-

PAVLENKO, Galina Vasillycvr-a; AERAMUICH, D.I., doktor geogr.
nauk, prof., Otll. r'13d.; BUSHUY-EVA, V.M., red.; LOKSHINAY
O.A., tekhn. reci.
[Spring runoff '.n the Kulunda Ste pE and the possibilities
of forecasting )md calculatini., lt~ Vesennii ntok v K-alundin--
skoi stepi i vozmozhnosti ego prognazov i raschetov. Novo-
sibirsk, lzd-vo Sibirskogo otd-niia AN SSSR, 1963. 146 p.
(MIRA 17:4)

PAVLENKO, G.V.
Experimental in-restigrition ~f rotating flow separation. I ZV. IIYS.
ucht%b.zaz,,.,- av.':Gkh. 5 a,-).1-91'.-104 '62. (~aRA Ibz7)
1. Kharlkovsklj avlat8inmi~,,- imititiit., kafedra ;,ri2ottrmr-,dinarrIki
i reaktivnykh dvigetteley.
(Aerodynamica)

YERSHOV, V.N., kand.tp-khn.nauk; STEPANOV, Yu.V., kand.tekhn.nauk; PNLENEO,
G.V., inzh.; BREK14OV, A.E., ln-:~-.
Expanding the field of stable performance of thi. axial compressor
stagp. Teploenergetika 9 no.2:43.-44 F '62. (YJR- 15:2)
1. Yharlkovskiy aviatsionnyy institut. *
(Compressors)

YZRSHOV. V.N.; FAVISNO, G.V.
Conditions of approximate simllaritv for single.-stage me
turbines. Sobr. trud. Isb. g1dr. meh. no.7:154-162 '58.
(MIRA 12:9)
(Gas turbines)

FAUMIKO. G. V.
Characteristics vf the formation of spring runoff in the steppe
2one of Western Slbsria (Munda Steppe)* Trudy Kazan. fil. AN
SSSR. Ser. energ. I vod. khoz. no.4:86-95 '59- (MM 13:8)
1. Laboratoriya gilrologil I gidrotekbnikl Transprots-no-energeti-
cheskogo inatituta ZtLpadno-Sibirskogo fillala AN SSSL
(It-lumda Steppe--Runoff)

YERSHOV, V.111.; PINIZ11KO, G.V.
%tatiIji- x
, Stall 11, thFj Pj(,-M,-.Ijtary 9".LgF) Of JJD a jill-flOV
comprosunr. !zv.vy9.u0ieb.zav.: av.tokh. 2 no-3:64-71 'S9.
(M13A 12: 12 )
1. Kharlkovoldy avintsionnyy lnsti-iit. Kafedrit 13pastnyl-,h
mashin i prikladrtoy guzovoy dinamiI.A.
(AircompreBsors)

84049
S/14t7/6o/ooo/003/008/018
E19:L/E481
AUTHORSt Yershov, V.N. aiqd Pavlenko (;.V.
TITLE: Rotating Flow Separation in it Stationary Arinular
Cascade of Blades 1.
/V_
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy, Aviatsionnaya
tekhnika, 1960, No-3, PP.51-!;6
TEXTt The principle of the maximum flou of mechanical energy
through the critical cross--section is tho criterion of stability
for the motion of a continuous medium. It defines the pattern of
motion in axial turbo-machines in stable operation and permits an
analysis of unstable conditions -when the axial symmetry is
disturbed by rotating separation. Referring to the senior
author's previous work (same periodical, 1959o No.1 and 3 and
1960, No.1), the conditions for a transition from axially
symmetrical flow to a rotating separation are formulated as
relations between the total pressure and the axial velocity
components. An analysis of the quantities involved shows that a
pattern of flow with shifting zones of separation is possible not
only in rotating but also in stationary cascades. Such rotating
separation has not hitherto been observed in stationitry annular
Card 1/3

8404,9
S/147/60/000/003/00/01.8
E191/E481
Rotating Flow Separation in a Stationary Annular Cascade of Blades
cascades. A special test rig was made to observe this phenomenon.
Air was blown into an annular channel where it firiot traversed an
adjustable annular cascade of blades where it acqukred a
tangential component of velocity. The investigated cascade with
a hub ratio of 0.82 was ansembled on a cylinder somewhat larger
than the internal cylinder of the annular channel so that the
boundary layer formed on the inside wall was sucked away through
the clearance between the two cylinders. The solidity, inlet and
outlet angles of the blades in the investigated cascade remained
unchanged along the radiu:s. The blade incidence was adjustable.
Low inertia condenser type pressure tranismitters were used, suitable
for amplification at any frequency between 0 and. 2000 cps.
Such transmitters were installed ahead of and behind the examined
cascade and immediately behind the guide vanes. Tests were
carried out with a cascade of a 0chord/pitch ratio of 1.2 havinf
38 blades of 40 mm chord and 30 9 camber set at an angle of 55 -
The tests were run at a Reynolds Number of about 17000- Some
recordings of the fluctuating pressure are reproduced in Fig.3 and
4, Showing Various types Of separation including rotating
Card 2/3

S/147/62/000/001/011/015
r2 (C E191/E135
AUTHOR: Pavlenko, G.V.
TITLE., Experimental investigation of rotating stall
PERIODICAL: Izvestiya vysshikh uchebnylli zavedeniy,
Aviatsionnaya tekhnika, no.1, 1962, 92-104
TEXT: Rotating stalls in an experimental aingle-stage
short-blade-axial compressor on a test-bed stand have been
studied at the Kharlkovskiy aviatsionnyy institut (Kharlkov
Aviation Institut?). The study is part of research supervised by
V.N. Yershov who, with G.V. Pavlenko as co-author, presented an
essentially new theoretical method for analyzing rotating stalls
in a previous paper (Ref.2: Izvestiya vuz, Avieltsionnaya
tekhnika, no-3, 1959: Ref-3: Izvestiya vuz, Airiatsionnaya
tekhnika, no-3, 1960). It is known that there is virtually no
change in the shapes of complete-stall zones and their
propagation speed through the cascade during steady operation.
The momentary values of flow velocities and total and static
pressures at mean radius points were therefore recorded at four
Card C/-$

Experimental investigation of' S/147/62/000/001/011/015
F,191/E135
rotating stall to be regarded as a non-stationary but stable 11ow
pattern in an axial-flow stage. 6) The stall-zc.ne propagation
speed is determined by the relationship
1 - k2 _
u3 -:::, 1 -. -ifHth, sin
,where: k is a coefficient giving the relation between the
circulation around a profile and the strength of the shed vortices
(k < 1); a= f(b/t) is the coefficient of resistance to zone
propagation in relation to the cascade; b/t is the relative
solidity of the rotor blades; Hth, is the theoretical pressure
coefficient corresponding -to the condition of maximum total
pressure of the rotor cascade.
There are 15 figures and I table.
ASSOCIATION: Kafedra gazotermodinaniiki i :reaktivriykh dvigateley,
Kharlkovskiy aviatsionnyy inatitut
Card 3/5 (Department of Gasthermodynainics and Reaction Motors,
Khar,kov Aviation Inatitute)
SUBMITTED: JanuarY 30, 1961

34 t)~ 7
5/096/62/000/002/001/008
E194/E435
AUTHORS: Yershov,, V,N,,, Candidate of Technical Scien,:es,
Stepanov, Yu V . Candidate of Technical S-iences
Pavlenko, Y., Engineer, Brekhov A F. Engineer
TITLE Extending the region of stable operation of an axiai
compressor stage
PERIODICAL Teploenergetika, no.2, 1962, 41-44
TEXT. A typical form of instability in axial compressors
operating at low speeds is the formation of rote,ting zones of
breakaway of fluid from the blades. These zones of breakaway
usually begin only at the blade roots or tips but increase as the
amount of throttling is increased and at very 'Low rates offlow.
may ~zover the entire blade length, In multi -slage axial
compressors running below the rated speed, ctitt-1-al angles of
incidence occur mainly on the first stag(is or on stages immediately
beyond air bleeding points. Total breakaway may occur on a few
stages but may sometimes occur on all with great loss of efficiency
The trouble can be overcome by increasing the flow through the early
stages but this is wasteful, Attention to blade design cannot
Card 1/3

s/o96,/62/000/002/001/008
Extending the region of stable E194/E.435
give much improvement. rheoretical investigations of the stabiii,~y
of an axially symmetrical flow indicate -that when stability is lost
flow may take one of two forms, with the formation of rotating
zones of breakaway, or with an axially symmetrical annular zene
of breakaway, or annular swirl, associated with the occurrence of
a counter flow, The relative stabilities of these two kinds of
flow vary a~~_eording to circumstances but, by promoting annular
swirl, it is in principle possible to prevent completely the
formation of rotating zones of breakaway. Tosts were made with
compressor stages in which various measures had been taken to
promote annular swirl, namely~ cutting annular slots in the casing
just ahead of and just beyond the tips of the bladea; installing
an annular step or ridge in the casing -just in front of the ring of
blades, also, blowing air into an annuiLar slot located just ahead
of the Llades. All of these measures isere found to extend the
zone of stable operationi however, the most convenient and
structurally simple is that of blowing air through an annular slot
With this stage, tested when air was bl-Dwn in at a head two or
three times greater than that of the stage, the boundary of stable
Card 2/3

PAVI.ENKO, G.V.
Deterraning 1nas of runoff in ahcrt-rtingti ,'orveriata rsf ra.In
floods of rIvera of' Transcarpethle. Trudy UkrNIGMI no.51.
82-86 16!. (MTRA mg,

L 30955-66 EWT~d)/E1%'T(1)ZF.'4T(m /T-2/EWPM '1~'~JD
ACC NRi AP6013391 SOURCE COVE: UR/009(i/66/000/005/0089/0090
AUTHOR: Yershov, V. N. (Candidate of technical sciences);Pavlenko, G. V. (Candidate
of technical sciences);_N*kq1L
4ygnkq_,__Yu. G. (Engineer) /S_
ORG: Khar'kov Aviation Institute (Khar'kovskiy oviatsionnyy inatitut) 16
TITLE: Determtning the discharge coefficient when calculating anti-surg@ bleed ports
in axial comDressors
SOURCE: Teploenergetika, no. 5. 1966, 89-90
70PIC TAGS: compressor, compressor surge, compressor operation stability
ABSTRACT: Air bleeding from a compressor stage into the atmosphere is considered to
be one of the simplest and most effective methods of expanding the range of stable
operation of a multistage axial compressor. The discharge coefficient V of a bleed
port is usually determined'from detailed experimental date for the general discharge
of a fluid through an opening, without taking into account the special flow
characteristics in a compressor stage before the bleed port. To Investigate the
accuracy of this method, experiments were conducted to determine the bleed port
discharge coefficient under various bleed condiLionts. Tests vere conducted with a
ten-stage axial compressor in the range of bleed flow Re numbers of 0.3-105_ 1.2-105
and M numbers of 0.1- 0.4 vith various locations for the bleed ports. The obtained
results are shovn in Fig. 1. Based on the experimental data, it to concluded that

ACC N13 AP6013391
Fig. 1. Relationship between discharge
coei*ficient p andpw -1,nXgiTFftwva6Dus
locations of te MPDrtB. (IG - AG/O -
irlative cdr bleed; AG - mass flaw mte through
bleed port:, AF - ratio of the bleed port
area and the area of the ring corres-
ponding to the blade height) Fifth stage
04 -S IV (1-4) bleed port locations:
&-I t ---I
J U I - Above guide vanes; 2 - above rotor;
3 - above guide vanes and rotor; 4 - axial
clearance before rotor; 5 - eighth stage.
the discharge coefficient to dependent on the location of the bleed ports, and is
highest for the bleed ports above the rotor blades and in the axial clearances before
the rotor. The obtained values of u shown in Fig. I can be used directly in
calculating anti-surge bleed ports in axial comlyresaors. However, for parts having
shapes and Re and M numbers different from those investigated, p should be corrected
using the following expression:
to - wkrk243
where, P' is the corrected value; p, value from Fig.3; and k1, k2 and k3, the
correction factors. The results also showed that air-bleeding from a compressor has
a strong effect an the flev characteristics in the stages adjacent to the bleeding
stage. Ori art has: 2 figures. (AS)
SUB CODE: 11*/ SUBM DATE: none/ ORIC REF:. COl/ ATD PESSS: 41-2,q1

fD/j V& UA; t< 0 tq
USSR/Biology
-~,rd 1/1 Pub. 17-1(j,"20
Alithor : Alov, 1. A.; Pavl(,nkr, G. Ya.; Sukhinina, M. V.
Title : On the reflex mechanism of the regulation of cellular
division
P-Yiodical : Byul. eksp. biel. -' med. -, 63-65, Ar,r l-55
FD-~57
kbEtract : Investigated t'ie role of the nervous system In the regulation Qf
cellular divisicn. Pinched Vie tails of white mice, sacrificed
them 1-1 1 2 hours later, then studied t'.e rate of mitosis in
the corneal epithelium and compared this rate wit:,. contr3ls-
Tables. Four references, three of them USSR (since 19~0).
1,i:-titution : Chair of Histol~-)gy (HeA - D(Asent 1. A. Aluv) of the Kbabar.)vsk
Medical Institute
.1)ubmitted : December 10, 1954 ty V. N. Chernig-v-..- ~ i;-mt -ar Lf t e Acae. -my
:-f Medir~il S--,ierc .,i UjSP

PAV=O,g 0. -f 0.
*Ship NotiorA.," Gostransudat.9 1935

PAVLWO.' 0. Yo.
I'Theory and Calculation of the Pitching of Ships," Tr. MI, 1939

G. YE. A 51IT113
UWAMAZ Dec 1947
Ships - Boll and Pitch
Ships - Stabilization
"Theorjr of Bolling and the Stability of a Ship in
Heavy Seas," G. Ye. Pavlenko, 16 pp
"12v Akad Nauk SSSR, Otdol Tekh Wauk" No 12
Surzrxy of results of arperimmts and tests cmducted
over period of years to detenaine effect of rollimS on
stability of ship. Discusses roll an quiet sea vIth
absence of resistance, roll on quiet sea when resist-
ance is present, roll during heavy seas, the hyperbole
of weety, and methods to caloulate the disturbing
force. Submitted by Academician V. L. Pozdyunint
9 1946. 57T23

FAVIYMO, 0. TB.
42383- Notoo Amsebsta Nozopasnostl Korabley Na Volnenil. Naueb. Trudy ( Odes. In-T
Insh. Nor. Flota). Vp. 7, 1948. 8- 14-301

PAVLL?fKO. G.Ye.,. professor; SEMOVA, N.M., redaktor; STUUMTSKAYA, V.A.,
feV61chiiviy redaktor.
(Set of diagrams for the control and regulation of ship loads;
practical manual for seamen and workers of the merchant marine]
Pribor d1la kontrolia i regulirovaniia rLagruzki sudov. Praktiche-
skoe rukovodstvo d1ift plavatushchego isostave i rabotnikov sluzhby
ekopluatataii morskogo flota. Izd. 2-v, ispr. I dop. Odessa. Vod-
transizdat, 1953. 50 P. (MLRA 7:12)
(Ships-Cargo)

V-
(~-- Y~E'
CQ; VOYNVCDIN,N.F., redaktor; SHRUFILID,S.D., redaktor;
PAV=?
takhnicheekly redektor
(Resistance of water to the movement of ships] SoprotivIenie
vody dvithenilu sudov. Moskva, Gos.izd-vo vodnogo transporta,
1953. 506 p. (KLRA 9:1)
(Ship resistance)

PAVLENKO, G. To.
"--' -
[Chart for the contro2 and regalation oil ship cargoes] Diagramza
kontrolia i regalirovanita nagruski sudov. Moskva, Vodtranslzdat,
1954. 120 p. (MIM 7:12D)

---- --- 77'
L 274$~~
ACC N ~AW60021 '9 Monograph UR/
Georgly Yestafyevich 1,3
lei
..,Vector method for providing.safety of ship pavigatton (Vektornyy metod
obespechenlys, be*zopasnotti plavanlys'sudov) Kiov# Nauko,%4*~dumkap
1963. ~ 149 pe ill~ts., biblio., tables.,, foldIcharts (in pocket)
(At head of titles Akademiya nauk Ukraiinskoy,SSR. Inatitut
gidromakhaniki) 800 copies printed.

:'-TOPIC TAOSs marine engineering, shipbuilding englaaering, ship
cargo ship,material handling

TURPOSE AND COVERAGE: This book is intended for scientific, engi- .'.7
and technical -personnel in shipbuilding, as well as for
ship a officers and other personnel In water transportation; it

a
Way'also be used-as a textbook by teachers and students in high r
a
educational institutions in related fields. 7he book contains
detailed treatment of the vector method for providing safety of
i_.1:".qhip,nav1Sation,,and includes the theoretical basis of the method
a description of and methods for the practical use of the
plotting board in the solution.6f various operating problems.
for the first time to the design of an automatic Lnetru-
ment for monitoring safety and controlling thi, loading of a ship.
e vectot, method and its use
The Instrument9a.design is based 6n-,~tb
.
CrA

1 27322-66
ACC HRv AM6002139
in the solution of practical operating problenio to discussed.
The utilliation of safety control meano to shown'for purposes
of the systematic analysis of a shIp's seaworthiness for various
possible loading schemes.
1ABLE OF CONTENTS tabridged):
"Yoroward 3
General principles In providing saflety of ahip -navigation-,.-- 5
Cho 10
~'.Ch, 11. Theoretical bases of the vector toothod of providing ship-
:navigation safety and control of ship loading 12
,Basic concept of the method -- 12
The,'..'structure of diagrams -- 16
~~Cho 111. 1The plotting board and Its use 21
Description of the basic diagram 21
Utilizing the basic diagram,-- 27
Utilizing-additional-graphs 33
-Cho Ve Development- history- band. rioul to, 0k :the practical dpplication
~ ir
211

L 27322-66
.~'ACC NRil AM6002139
of.,:the vector method for providing safelty of ship navigation 50
Cho Ve Automatic instrument for monitoriull and con t ro I I ing the
10&dlng,:Of, -chips 62
-Ch '!..V I Study of the properties of -ships and the'~`aoxplllwg of a card
-index of loading plans 69
Ch VIZ. The plotting of diagrams 71
Initial data -- 71
Plotting a car$o-distribution chart 72
;Plotting a trim graph -- 88
Plotting a height graph -- 100
Plotting a universal stability diagram 101
Plotting unsinkability graphs -- 108
Plotting flooded stability graphs 112
Plotting a strength graph -- 118
Plotting a rol 'I.graph---- 143
Correction of a diagram aboard ship and the, plotting of basic
points -- 146
Rof aroures, 1,411
SUB M18 1 .13 U/ ME DAM %W.45/ WIG M7 i MO