SCIENTIFIC ABSTRACT SIROTKIN, N. - SIROTKINA, O.V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001550910001-9
• Release Decision: RIF
• Original Classification: S
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• Document Creation Date: November 2, 2016
• Document Release Date: August 24, 2000
• Sequence Number: 1
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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surec) 0 ''11
4to//~ /V -l-,
T/ 4000/ f I

___S I RU-M.111 . 11 .
Trade-union activists are Btudying. 0khr.truda. i sots.strakh. 3
no-3:50 W 160. (MIRA 13:7)
1. Tetlinicheskiy inspektor Crenburgskogo oblsovprofa.
(Orenburg Province--Agriculture--Safety measures)
I

DANTSIS, Ya.B., kand. tekhn. nauk; MITROFANOV, N.N., inzh.; SIROTKINr
inzh.; B1UJSAKOV, Yu.I., i-nzh.,- VERIGIN, V.N., kand. t_Z6,., ~w -
Electrical characteristics and principal indices cf electric
furmaces for manufacturibg aluminum-silicon alloys. Prom.
energ. 21 no. 109-41+ Ja 966 (MIRA 191l)

LURUK11111, V.I., inzzh.~ ~NOVIKOV, V.i., in:~h.f 31ROTKIN, in-zh.
Locating of the damage in the sheating of electric cables
pa.9sing through zewers. Vest. s'viaz! 21 no.7.p.3 of cover ~61.
(141RA 16~7)
1. Proizvodstvennaya laboratoriya Moskov-,koy gorod;3koy
teill onnoy seti.
(Ele-stric, cable 3-Te sting)

~ SIHOTKIN, S. ; SHVICTSOV, A. (Saratov)
"Economic law of the preferential growth of the production of
the means of production" by A.I. Pashkov. RevIeved by S. Sirot-
kin, A. Shvetscv. Vop. ekon. no.10:128-131 0 16o.
04IU 13:9)
(Economics)
(Pashkov, A.I.)

ANDREYEV, V.N.; SIROTKIN, S.,M.
239
Emission of long-range C7~ -particles C Eat,*~~10'749'7. by Pu
and Po 210 nuclei. 'Izv. AN SSSR, Ser. fiz. 27 no.10:1250-
1252 163.
Multilayer ionization ebamber for spectometric recording of
rare event involving 1nn--ranaeC7)-uartic1e emission.
C,7 N
1253-12?fl (MMA 16:10)

ACCESSIM NR: AP4033.134 S/0056/64/046/004/1.178/USI
AUIHOR: kidreyev, V. N.; Siratkin, S. M.
TITIIE: Search for He-5 a=pg the products"of fission of U-235 by thermi neutrms
SOURCE: Zh. eksper. i tear.-fiz., v. 46, no. 4. 19649 3_178-1181
TOPIC TAG3: helium 5,luraniiii '235, thermal neutron fission, fissicn product.
long range fission fragTent, isotopic composition, isotopic fragnent canpositicn,
delayed neutron, short..livdd delayed neutron
5
ABSTRACT: In view of pxevious; failures to observe H in fission by various means,
an experiment was set up to investigate. the isotopic compositicn of the 1c.ng-rapga
U235
particles emitted follaw-ing fission of by thermal neutrons. The experimental
Procedure was based on the determination of dE/dx for particles with a fixed
range. The discriminator biases for the various chambers were chosen to register
5
the helium isotopes H wit~a only a small loss of efficiency. The msults show
5 5
that the yield of H has an upper limit of 2 x 10- nuclei per fission, which is
rnwh snaller than the yield of the most short-lived group of delayed zuitutrads1cr
Card
7

SIROTKIN) V.A.
m 111. - -
DECEAM
C196o
see ilc
VETRINARY SCI. (Dr.)

GURVICH, L.A.; SIROTKIN. V.I.
Joining of the contact network on districts with electric centraliza-
tion. Avtom. talem. i sylaz' 3 no.8:15-19 Ag '59.
OIRA 13:2)
l.Nachallnik Ozherell7evskojr dista4tall signalizatoli i avyazi Moskovsko-
Kursko-Donbasakoy dorogi (for Gurvich). 2.Starshly inshener Ozherel'-
yevsko7 distantaii signalizataii i sv7azi Moskoveko-Kursko-Donbaaskoy
dorogi (for Sirotkin).
(Railroads--Zlectrificatic-0

SIROTKIN, V.M., aspirant
Use of armin for the treatment of muscular weakness. Kaz.ned.zhur.
no.5:52-55 S-0 160. (MIRA 13:11)
1. Iz kafedry nervnykii boleney (zav. - prof. L.I.Onorokov) Kazanskogo
meditsinskogo institutap na baze otdeleniya nervnykh bolezney
Respubl:Ucanskcy klinicheskay bollnitsy (glavnyy vra,.-h - Sh.V.Bikchurin).
(PHOSPHINIC ACID)
(MUSCIES--DISEAS S)

72.
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508
C(jM-'M,-;D5. G. 1. . . . . . . . .
is7. OF U:~C-U:~Dj -.01R M;I!ItdZ W-M, 1L*,D:A-!CN SMKNE33.
A. 1. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 515

FRON.-fIACUC
TKIMAPF'r-C

.... . . . . . . . . . . . . . . . . . . . . . . . . 520
524
-.-PlIcutic a
Cc~- YO. Fd. p-.k'bl. b;, -a-.ztn' A-,'fli, Acal. Sc!.

Co z z G,-- C C1
e-, tho 1959 Kamr. Co:Lftiren-co on CLo::dot-_
of

SD.OTKINI) V.M.) assistent (Kazan')
Review of "Diagnostic tests in neurology*. Kaz. med. zhur.
no.1:101~102 JA-F163. (14LA 16:8)
(1,EUROLOGY)

,-_,tentlatirin inmyastlhenia r-A myotonia.
Nauch. trudy -ned. Inst. -'4:',L3-5-,.. (MMA 18:9)
1. KLfeLira nei,,vriykl,. bolezriey (zav. L.i.Onc-clixv) Kazan-
skogo inFUltuta.

SIROTKIN,V.P.
CAlculating the diameters of water pipe networks by the mean
("constant") piezometric deviation. Vod. I san. tekh. n0-3:
16-~q Je'55- (KLRA 8:12)
(Hydraulics)
*6

-~- .. 14.
J., ~ ~ 1 IT- i ,. " .
SURANIYANTS, Yakov Su:renovich- SIROTKIN TXI. redaktor; VOIKOV. S.V..
I - 1, . - I -?,
tekhnicheiekiy redakto .
[Water wells] Yodianye akvazhiny. Moskva. Izd-vo N-va komun.
khoz. RSFSR, 1.957. 293 P. (KLPA 10:9)
(Wells)

R o 7, Al 1/"
UKHOY, B.S., prof., doktor tekhn.neuk Edacessed]; VOROBITEV, V.A., prof.,
doktor tekhn.nijuk, zaaluzhennyy dayatell nauki i tekhniki: UGOROV.
Tu.A., prof., floktor iskusstvovedcheskikh nauk; STRAKERTOV, A.Te.,
prof., doktor tekhn.nauk; SIROTKIN, V.P., prof., doktor tekhn.nauk;
B.A., kand.tekhn.
TCROPOV, A.S., dotsent, kadlt.-E-eqm--.~Ou,
nauk; SWYBER, A.K.. kand.tekhn.nankl OSKOLOVSKIT, H.S.. dotsent.
kand.arkhitertliry. inzh.-nrkhitektor; POGODIN-ALXKSEYEV, G.I., prof.,
daktor tekhn.nnuk, obahchiy red.; NATKOV, N.A., dotsent, kand.tekhn.
nauk, nauchnyy red.: KOKOSRO. A.G., red.; NAUMOV, K.M., tekhn.red.
[Industrial and residential construction; textbook for higher party
schools] Promyshlennoe 1. grazhdanskoe stroitel'stvo; uchebnoe poso-
bie dlia vyssh-ikh partiinykh shkol. Moskva, 1959. 434 p.
(MIRA 13:2)
1. Kommm-Laticheakaya partiya Sovetskogo soyuza. Vysshaya partipays
shkola. :2. Chlen-korrespondent Akndemii stroitel'stva i arkhitek-
tury (for Stramentov). 3. Rukovoditell kafedry promyshlonnogo proiz-
vodstva i stroitelistva Vyashey partiynoy shkoly pri TSentral'nom
komitete Kommmisticheskoy partii Sovetskogo soyuza (for Pogodin-
Alekseyev.)
(Construction industry) (City planning)

SMIGRI, Andrey Nikolayevich, prof.; --SaQTKUL, V.P.,,-daktor tekhn.
.._nauk,__pmo.-C_._.j,ets.~nzent; ZAI!!VScKIY, M.S., kand. tekhn. nauk,
dots., naiichvyy red.; NIKOLAYEVA, T.D., red. izd-va; GA32U,
T.D., tekhn. red.
[Water supply,, sewerage and improvement of sanitary conditions
in populated Places]Vodosnabzhenie, kanalizatsiia i sanitar-
nhia ochiatka naselenrqkh mest. Moskva, Vysshaia shkola, 1962.
258 p. (MIRA 15:11)
(Sanitary engineering)

'iy Favl vic , prof., doktor tekhn.nauk; FEDOTOV,
SZFPT~IN, ~ ~o h
.-.- K.V., re.d.;ICEEKRYZHOV, V.A., red.izd-va; LELYUKHIN, A.A.,
tekhn. red.
[Layout and design of water pipes and water-pipe system]
3khemy i raschet vodovodov i vodoprovodnykh setel. Moakye,
Izd-vc H-va kommun.khoz.RSFSR, 1963. 246 p. (MIRA 16:10)
(Water pipes)

SIROTKU1, Vasiliy Pavlovich, prof., doktor tekhn. nauk-; DVGRYASBIDI,,
V.I., prof., do,--tor tekhn. nauk, retsenzent; SAMGIN, A.N.,
prof., retsenzent; KOLODYAZOAYA, Zh.A., red.
[Water intakes; models, diagrams, and lWdraulic calculatiors]
VodopriemWe sooruzheniia; tipy, skhenW, gidravlicheskie ras-
chety. Moskva, Vysshaia shkola, 1965. 79 p. (MIRA 18:6)

SO V/1 24-57-9---10587
Translation from: Referativnyy zhurnal, Mekhanika, 1957, Nr 9, p 104 (USSR)
AUTHOR: Sirotkin, Ya. A.
I-IT LE: On the Modification of Moving Air Masses (K transformatsii
dvizhushchikhsya vozdushnykh mass)
PERIODICAL: Tr. Tsentr. in-ta prognozov, 1956, Nr 43(70), pp 64-82
ABSTRACT: M. 'Ye. Berlyand' s solution (RZhMekh. 1955, abstract 25Z) for the
nonstaLonary problem of the modification of a moving air mass is
generalized to include consideration of the influence of orderly ver-
tical currents. The solution is obtained with the help of the method
of double operational transformation, similarly to that in the above-
mentioned article. The problem is solved in several variants-,
1) With a constant exchange coefficient and a constant vertical vel-
ocity; 2) with a constant vertical velocity and with an exchange coef-
ficient that increases linearly with altitude in the quasi-6tationary
surface tayt!r and remains constant aloft; 3) with a constant exchange
coefficient and with the vertical velocity increasing linearly with
altitude up to a certain level, above which it remains constant. For
Card 1/2 the first two viriants the results obtained were analyzed in detail.

On the Modification of Moving Air Masses
SOV/~~&l IV/ 1) 10~137
Limiting cases were studied. Itwas demonstrated thaL the influence of the v.-rtical
currents upon the modification of an air mass could be especially substantial at
high altitudes. It is made apparent that for the purpose of obtaining a physically
meaningful limiting expression of the solution for extended peri *6dS of tinle and long
distances it is necessary to leave in the heat-balance equation a factor allowing for
the influence of the radiation of the underlying surface. At the same time, the
limiting value of the temperature (as well as that of the heat flux) for extended
distances and periods of tim- depends to a significant extent upon the vertical
currents, For the third var;ant of the presentation of the problem only a formal
solution has been obtained, which is expressed as an integral of non-tabulated
functions. Attempts to ascertain the convergence of these integrals have not been
successful. The paper shows all of the calculations in detail; however, no numerical
examples are given.
L. S. Gandin
Card 2/2

2.14540
J, ~' C2 / C"?- S/179/61/000/002/oo6/ol7
E191/E181
AUTHOR: Si-rotkin, Ya.A. (Leningrad)
TTTLE: Analysis of the axially symmetrical rotational flow of
an inviscid compressible fluid in axial flow machines
PEMODICAL: Izvestiya Akademii nauk SSSR, Otdeleniye tekhnicheskikh
nauk.4 '.Mekhanika i mashinostroyeniye, ".961, No.2,
PP-~ 78-88
TEXT: The analysis is conoerned with compressible inviscid
fluids in axial turbo-machines. Contrary to the simplified
analysis for either zero or infinite axial width, the present paper
presents a solution for the direct problem of determining the flow
in stator and rotor blade rings of finite axial width. Steady-
~;---i-za conditions
and axial symmetry are assumed. Axially
symmetrical discontinuities are excluded; in o~~her wordav the
velocity component in any plane containing the axis is assumed sub-
sonic. In the general case, vorticity is present due to the action
of the blades. The fundamental effect of vi.scosity and heat
conduction on the real flow is taken into account by the
coefficient of entropy variation defined as the exponential function
Card .1/4

24540
S/179/61/000/002/oo6/ol7
E191/E181
Analysis of the axially symmetrical rotational flow of an inviscid
compressible fluid in axial flow machines
of the change in entropy divided by the gas constant. The analysis
reported has much in common with that of W.D. Rannie and
C.O. Holmquist (Ref.6a An approximate method of calculating three-
dimensional compressible flow in axial turbomachines. J. Aeronaut.
Sci., 1956, V.23, zioo6)o A cylindrical system of coordinates is
used so as to facilitate the solution of the differential equations
because the streamlines have only a small inclination to the axial
direction. The equations of continuity and energy and the two
projections of 'he equation of motion in the radial and tangential
directions as well as the equation of state together with certain
geometric relations are eventually reduced to a system of two
equations, namely the equation of continuity and a differential
equation for the partial derivative of the axial velocity component
with respect to the radius. It is the elimination of the pressure
variable from the final system of equations which constitutes the
main advance over Rannie and Holmquist and greatly simplifies the
method of solution. The equations for the stator and the rotor
Card 2/4

24540
S/179/61/000/002/oo6/ol7
El9l/El8i
Analysis of the axially symmetrical rotational flow of an inviscid
compressible fluid in axial flow machines
have a different form and each depends on whether the stage is a
turbine of the compressor stage. A method developed by
Ya.A. Dorodnitsyn (Ref.8), I..S. Berezin and N.P. Zhidkov (Ref-9:
Metody vychisleniy. M. 1959, 1 and II) is used to transform the
equations in partial. derivatives into ordinary differential
equations which can be replaced by equivalent integral equations.
The basis of this procedure is known as the method of straight
lines. Essentially, in each cross-section normal to the axis,
all t.he partiaL derivatives with respect to the axial coordinate
are replaced by finite differences. A procedure of successive
approximat-ions is used to obtain a numerical solution. It is
stated that thre4? approximations are usually sufficient to obtain
accuracies of I~i., in a numerical example, worked out by
L.A. Tsepova and L.M. Sapozhnikova,, the results of the newly
reported anal)islis are compared with those of the so-called
"cylindrical stage'-- methods (e.g. Ref-52 I.H. Horlock, The
Compressible Flow Through Cascade Actuator Discs. Aeronaut.
Card 3/4

24540
S/179/61/000/002/oo6/ol7
E191/Ei8i
Analysis of the axially symmetrical rotational flow of an inviscid
~compressible fluid in axial flow machines
Quart., 1-958, V.IX, p,2). The computation is applied to a .3tage
with a hub ratio of 1.4 and a total axial width of the stajr~e
amounting to about 40% of the hub radius and shows that the new
method yields a considerably better evaluation of axial velocity
distributions and angles along the blade radius. The differences
are greatest at the rotor blade outlet edge.
Ackncwledgments are expressed to G.Yu. Stepanov for discum;--3-on
and valuable advice.
There are 5 figures and 11 referencess 8 Soviet and 3 English.
The English language references read as followas
Ref.4s Wu Chung-Hua. A general theory of three-dimensional flow in
subsonic and supersonic turbomachines of axial, radial and
mixed-flow types. Trans.AS1~M, 1952, V-74, No.8*
Ref-5: as quoted above.
Ref.6: as quoted above.
SUBMITTED: July 11, 1960
Card 4/4

S/179/61/000/005/007/022
E195/E420
AUTHOR: __�irotkin. Ya.A. (Leningrad)
TITLE: Calculation of vortiDal
incompressible fluid
using the "numerical
PERIODICAL: Akademiya nauk SSSR.
tekhnicheskikh nauk.
v-5, ig6i, 44-51
flow of an ideal
in axially-symmetrical channels,
method"
Izvestiya. Otdeleniye
Mekhanika i mashinostroyeniye.
TEXT: The annular channels referred to in this article have
arbitrary boundaries, when cu ,r 0, where cu a peripheral
velocity. TI-e type of flow considered is often encountered in
conduits at the inlet to turbo-machines. The solution is based
on changing the usual system of coordinates (s, n ) (Fig.1)
which forms a net bounded by streamlines (s) and curves (n)
orthogonal to (s), to a system (a, 9) of coordinates whe.-e
is a normal to the convex wall of the channel BC. This creat"es a
new semi-bounded flow net which facil *itates the application of the
"straight lines" method (Ref.4: Berezin, I.S., Zhidkov, N.P.
ItMethods,of Calculation", v.I1, M., 1959). The solution ontatlo
Card

S/179/6i/oOO/005/007/022
Calculation of vortical flow E195/E420
the replaceipent of' all. derivatives of stream-lines (a) by central
(finite) di'A.'ferences. This transforms the equation of partial
derivatives:
21tgr c
T1 ( OGJ LOO Cos (P +sin (F
to a system of ordinary differential equations which are solved by
the first derivative with respect to the normal (f,) .. In the
above equation _p is absolute pressure, G (no) is a given function
equal to the discharge through the annular flow tube, bounded by
wall BC and the axially-symmetrical plane af line BItClt.
y = yo - y where yo is the angle between the axis z and the
tangent to the convex channel wall BC, and y is the angle
between the axis z and the tangent to streamline B11C11;
thus
values are taken at
and streamlines (s).
Card 2//4,
I
COSq?=dn1d1, sin (P ds / dl
(1-7)
the points of intersection of the normial
These differential equations can be

S/179/61/000/005/007/022
Calculation of vortical flow ... B195/E420
replaced by equivalent integral equations:
I
r i", (s) +K21tgr c L' Cos lp + L, sill (P dl
dGl CIS (2.2)
where co is determined from the equation of total discharge (Q)
through the channel 1.
-" = ~ rc (1) Cos qdl
:F-9P (2.3)
The whole system can now be solved by the method of successive
approximations. There are 5 figures and 5 Soviet-bloc
references.
SUBMITTED: February '7, 1961
Card

STEPAROV, Coorgiy Yur 'yevich. Printriali uchastiye: -SIRQ M_,, Ya. A. j_
NAUMOVA, L.G.; ROMAPTSEVA, L.I.; SIIUSTOV, S.N.., red.;
BRUDNO, K.Fe. tekhn. red,
[Fluid dynamics of turbomachine caseades]Gidrodinamika reshe-
tok turbomashin. Moskva, Fj=atgiz, 1962. 512 p.
"I
Yd,' 15:8)
(
(Turbomachiner.--Fluid dynamics)
(Cascades(Fluid dynamics))

STROTKIN, Ya.A. Meningrad)
".__ ~ ~ I... ~:-
Calculating axisymmetric vortex flow of a ndirviscous compressible
fluid in radial-flow turbomachinea',, Izv.AN ~SSR.Otdj~tekh.nauk,
Mekh.i mashinostr. no-3:16-28 Yv-Je 163. (MIRA 16:8)
(Turbomachines-Fluid dynamics)

1. 19492-63 Pd 4.
'ACCESSI17N 'NR: AP300071.6 9/025SAM003/002/02`72/0279t,
!AUTFIOR: Sirotkin, Ya. A. (Leningrad)
~Tr TLE: Formulation of direct problem In rotational flow of compressible fluid in,
turbipes
S-OURCE: Inzhenerny*y zhurnal, V. 3j, no. 2, 1063, Z71-2`79
JTCPIC TACTS: turbomach].ne, blade, three-di=nsional flow, ideal gas, rotatA-onal- i-
;flow, yortex
~ABSTIRACT: The compatibility between t~e rotatdonal 'technique and the equetions- of
~the direct and inverse problem have been considered; The eouotion of motion in
Ithree d4 rensions is introduced in. cylindric.al and curvilinev'r coordinates through
i - ss (see enclosiwe). Assumptlon' ore
,control surfaces in layers of variable thickne a
irvide that the flOW is Mtetionel, comprossible; t&r-e-dependent, nor-hoat conducting,'
iand inviscid. Furthermore, the entrory S and total enthalpy H ore asstuted tc be
11mown functions of the coordinates and the unknown flow parnmeters. Flow scmations
!are then Yxitten in the form of Crocco's energy integral for both the rotor and
istator blades. The ef:'ect of norrnl b1Pde reaction on the flow is studied by intro-
ducing functions of un,mown magnitude. This allows the study of types of equationa
J.Cwd

L 19492-63
ACCESSIM 11R: AP3000716
in~ general elliptic and hyperbo3ic forrs. Corresponding to the rotational model,
,lirdting conditions are.discussed*for flow over surfaces Sl and S2 (or Sil and S21,
see'enclosure). It is slzvm that this model allovis solutions of three-dir-ensioral
Iflows in elbows with an arUtrary ccit vorticity within the framework of ideel.
flijid flow theory. A short method is outlined for corresponding direct and Inverse
jx~oblers and their reIntivoly complex nature is emphasized. "The author acknewl-
ledees the help of S. V. V9,11ander, L. G. Loytsyanakiyqid..G.. -Yu. Stepenov;-11' Orig.-
art. has: stions -arid 1 figure.
38 equ,
:ASSOCTATTCII: none
SUMMED: 26Jun62
':SUB CODE: AI
Card
DATE ACQ:. 21-1=63
NO FdT SM 013
EN Us C11 1
OTHER: OQ6

.4CCESSION NIR: AP403 '7098 S/0258/64/604/002/0254/0262
AbTHOR.- Sirotkin, Ya. A. (Leningrad)
TITLE: Formulation of two dimensional vortex flow problem for compressible
fluid in turbodynamoa
SOURCE: Inzhenerry~y zhurnal, v. 4, no. 2, 1964, 254-262
TOPIC TAGS: vortex flow, compressible fluid, turbodynam, he4t transfer,
stator, corona
ABSTPUCT: From given eqiiationsia a previous paper, the author derives the foUOU4-
ing set of equations
aw, awr aff. as W, a (C'r)
T Fv T W, (w, E + W. E)]
77 W -or r dr + we or #S
W" a (cup) W 0(c r)
+ Z! + T W- (w, 1~r + W.
r ar r as ;F �E-) 2-
or
&W, aws do$ ad"I t is i dH* 3
)+ din(ft) -- w-
+ a- ~WW AT
-dH* d$'
Card r

ACCESSION NR: AP4037098
and the relations F, X V 0, W-V Of 5
dr9pping the quadratic pulsation terms and taking friction into account. All the
notation is taken fron the previous paper (K postanovke krayevoy zadachi vikhrevogo
techeniya ideal' 'noy s,,,,himayemoy zhidkosti v turbomashinakh. Inzhenerny*y zh.. v.
MY NP. 2, 1963.) The paper is devoted to those equations whicb describe two-
dimensional boundary value problems on flow of an ideal compressible fluid on
surfaces Sl and S2 (or Si and S~), to which the direct problem of vortex flow
in turbodynamos, treated in the cited paper, ij reduced. Introducing rigid our-
faces S2 and the related effect of massive forces F 2 leads to the fact that
vortexless flow impinging on a corona becomes, at the corona and past it, a vortex
flow under certain conditions. Orig. art. hass 2 figures and 30 formulas.
ASSOCIATIONt none
8UBMITTED: 26j- DATE ACQs 05Jun64 ENCLs 00
SUB COM No M7 SoVs 006 OTHERs 001
Card 2/2

a73
4
c- om, s ib` E, rl
it' 17 tP,)
A

Subject USSR/Propaganda
Card 1/1 Pub. 58 - 5/17
Authors
A ID P - 5514
Skoblikov, A., Yu. Ageyev, Yu. Shvachko, Yu. Sirotkin,
and V. Ushakov.
Title The leading role of the members of the Young Communist
League.
Periodical Kryl. rod., 2, 10-11, F 1957
Abstract : Five short propaganda articles emphasizing the role of
the Komsomol organizations and their members in kindling
the interest of the Soviet masses for the aviation and
aviation sports. 5 photos.
Institution : None
Submitted : No date

YIA., zaillitzhennyy uns,,er sporta, rulva L
What disiu--bs the model pilot? Fz-j-1. rod. 15 no.12-:24-26 D 164.
KRA 18-33)

SIIIC,TKIN, Yu., ma~3tix spoi-La, champion SSSR
fol -
I;ilotin- an zlirplane model.
0
(Airplanes-Modals)
Kryl.rod. 12 no.8.-27 Ag 161.
(MIRA 14:8)
t

SIRaTKIN., Yu., master sporta, prizer chempionaza Yevropy, chempion
SSSR Do aviamodel-nciwu sportu
Com-etitions of cord-fabric models of air-planes in Belgium.
Kxy.":r-od~ 12 nrj.12,1~18~-29 D 16'1~ (MIRA 14~,'11)
(Beigiun~-Aeronautics--'k"omper,itions)
tAirplanes-Models)

USSR / Forestry. General Problems K-1
Abs Jour: Ref Zhur-Diol., No 10, 1950, 43899
AL!thor : Sirotkin, Yu. D.
Inst :AS Delorussion SSR
Title :Territorial Distribiition and Productivity of Pine
and Spruce Plantings in the Belorussion SSR.
Orig Pub: Izir. AN DSSR. Ser. biol. n., 1957, No 2, 7-1-03
Abst'ract: The distribution of pine and spruce plantings is
closely connected with the environment of con-
ti.nuous propagation of Picea e,-zcelsa. In Pole-
5ye., where spritce is almost nonexistent., there
plantin,gs are almost absent (0.1 to 0.5 percent)
from the forest ctock. Beginning with the southern
boundary of the natural spruce habitat (this ie
Card 1/2

STROTIFIN Yu.D.2 Cand Agr Sci -- (diss) "Plantings
of trees in Belorusslan S3R and, their
indu~,.tr4lal assortment." !,.Iinsk, 1958, 21 up
of Higner ivllif~ation USSR. Belorussian*V~~-~
~,V
Tegfi-Inst im XX S.M. Kirov) 150 coides M, 28-L8, 108)
- 66 -

ZAKHAROV, V.K. [Zakharau V.K.);doktar sellskagaspadarchykh navuk.;
SIROTKIII, Yu,D, birotkin, IU.D.]
'Pine-spruce associations of the White Russian S.S.R. and their
composition by timber classes. Vestai AN BSSR Ser. bilal. nav.
no.1:16-27 158. (Mr-PA 11-5)
(White Russia--Pine)
(Whi te Russia-Spruce)

SIROTNIN, YUoD,
- ~ ----
Effect of growing conditions on the occurence of root fungus (FCOes
annosus Fr.) in mixed conifer stands. 3bor.nauchrab.Bel.otd.VBO
no.lal4l-147 159. (MIRA 14:4)
(Con:Lferae-DiseaseB and pests)

9IROTUV Z.L.. DEPNISOV, A.G.
Future standard types of high~-capacity motortrucks for mines
designed at the Beloruaskii Automobile Planto Avt.prom 28 no.8:5-7
Ag 162o NIRA 16'--3)
1. Belorussr':iy avtozavod.
(Minsk-l' btortrucks)

MEIESHKIN, S.M., aornrf inzhener; EERMUM, S.S., gornyy inzhener;
SIRgOTUI4 Z-L- inzh.; DETTISOV, A.G., inzh.; TEMOUSEY, G.I., inzh.;
MKIMEREV, Yu.I., inzh.; ZOTOV, A.V., inzh.; IVANOV, E.I., inzh.;
VASILIEV, Ye.A., inzh.; SOLOVIYEVA, L.G., inzh.; DIYACIJEJIFC,. V.F.,
inzI1.
Replies to V.V. ShanIko's article II-Efficient lintits of using
truck haula.-O in open pits.19Gor. zhur. no.1:75-77 Ja 162.
(MIRA 15:7)
1. Gmjudarstve2m-,-j nauchno-ekonemicheskiy sovet Soveta Ministrov
SSSR (for Hale3hkda). 2. Promtransproyekt Gosstroya SSSR (for
Berlyand). 3. Delorusskiy avtozavod (for Sirotkin, Denisov,
Ternmikiy, B-2khtercv, Zotov, Ivanov). 4. Gosudarstvenryy
institulit po proye-1--tirovanilyu razrabotki rLdnyidi mostorozi-ideniy
v yLizImykh rayonov SSSR, KharIkov (for Vasillyev, Soloviyeva,
Dl~achenko).
(Mine haulage)
(Shanlko, V.V.)

SIROTKIN, Z.L.~ -Lnzh.; BEKRISREV, Yu.I.,, im~i.; DENISOV, A.G., -inzli.
BelAZ--51+0 OMW*ruck. Gor.zhu--. no.4.-57-58 Ap 162. (14DA 15~4)
1. Belor-lisskiy avto2avod.
... N
(Dump true.ks)

VYSOTSKIY I Mikhail Stepanovich; DOBRYKE, Leonid Ivanovich; SIROTKI11,
Zalya Llvovich- TROFIMOV, V.I., inzh., retsenzent,-"FALIKO, O.S-.,
V.D., tekhn. red.
[Automobile and tractor trailers] Av-tomobilinye i traktornye
pritsepy. Moskva., 1-fashgiz,, 1962. 161 p. (MIRA 15:15)
(Truck trailers)

SIROTKIN Z,_L., inzh., red.; ARTYIJIGUN, V.A., red.izd-va; ELIMID, V.D.,
tekhn. n3d.
[Catalog of spare parts for the MAZ-525 dump truckI W4209
zapawWkh chastei avtomobilia-samosvala MAZ-525. Moskva, Mash-
gizp 1962. 302 _p. (MMA 15:3)
1. Belorusskiy avtomobillro-y zavod.
(Dumps trucks--Catalogs)

SIROTKINJ, Z.L,; KUKHARCHIKV M.P.
Factors affecting do stAbility of a high carrying-capacity
tractor train. Avt. prow.- 28 no.7:23-27 -Tl 162.
(MIRA 16:6)
1. Belorasshy artosavod I Minokly avtozavod.
(Tractor train@)

DENISOV, Aleksandr Gavriloviah; KAZAREZ, Aleksey Nikolayevich;
SIROTKIN, Zalya Llvovich; TERNOVSKIY, Genrikh Ivanovich;
SHUMSKIY, Mechislav Frantsevich; LESHYAKOV, F.I., red.;
GALAKTIONOVAI Ye.N., tekhn. red.
[?.IAZ-525 dump truck; its design and operation] Avtomobill-
samosval 14AZ-525; ustroistvo i ekspluatatsiia. Moskva,
Avtotransizdat,, 1963. 166 p. (KRA 16:10)
(Dump trucks)

SIROTKIN,-Z,L.1 ZOTOVI A.V.
Heavy-duty trucks for the mining industry. Gor.zhur. no.1355-
Al Ja 163. OGRA 16:1)
1. Glavny-y konstruktor Belorugskogo avtozavoda fifor Sirotkin).
2. Zamestitell glavnogo konstruktora Belorusskog6 avtozavoda
(for Zotov). (mine haulage)

SIROTKIN, Z.
Powerful. dump trucks for open pits. Za rul. 21 no.5:12-li,
My 163., (MIRA 16;9)
1. Gla,%myj konstruktor Belorusskogo aytozavoda.
(Dump trucks)

SIROTKIN, Z.
Character'stics of the design and operation of heavy-duty
motortrucks of the White Russian Automobile Plant. Avt.
trannp. 421 no. 4:41-42 Ap 164. (MIRA 17:5)
1. Glavnyy konstruktor Belorusskogo avtomobillnogo zavoda.

SIPOTKINY Z.L.; KAZAREZ, A.N.
Raise the level of the operation of strip mine trucks. Gor.zhur.
no.12:40-41, D 164. (MIR-4 is: 1)
1. Glav-riyy konstruktor 13elorusskogo avtozavoda (for Sirotkin).
2. NachEdInik byuro otdela glavnogo konstruktora Belorusskogo
av-tozav