SCIENTIFIC ABSTRACT SHESTAKOV, V.M. - SHESTAKOVA, G.S.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001549310017-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 9, 2001
• Sequence Number: 17
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

KORZHZTSKIY, A.P., inzh.; VERIGIII, N.N., doktor tekhn.nauk, prof.; BIMMOLN,
N.N., 1,,and.geol-mineral.nauk;-BOCHNVKR, F.M., kand.tekhn.nauk;
GRIGORIYEV, V.M., kand.tekhn.nauk; IMIMGA, V.P., kand.tekhn.nauk;
SH19STAKOV, V.M., kand.tekhn.nauk.
Opinions of the book "Determining
designing drainage installations"
A.P. Korzhetskii and others. Gidr.
water inflow to foundation pits and
by, V.V. Kurilenko. Reviewed by
stroi. 27 no.4:61-64 Ap '58.
(MIT?A 11: 9)
(Soil percolation) (Drainage) (Kurilenko, Y.V.)-

SHESTOPAL, Aleksandr OBipovich, inzh.; FUKSON, M.N., kand.takhn.nauk,
retsenzent; SHESTAKOV, Vj[.,jcand.tekhn.nauk, retsenzent;
ENGEL', F.F., IZ-, retsenzent; PET.ROV, G.D., inzh., nauchnyy
fzW
red.; ORLOV, A.G., inzh.. nauchn~7 red.; RARIYANSKIY. L.M.,
inzh., red.; AKULOV, D.A., takhn.red.
(Using hydraulic methods in submerging pipas, piles, and pile
planks] Gidravlicheskoe pogruzhenie trub, avai i shpunta.
Moskva, Gidroproekt, 1959. 67 P. (MIRA 13:6)
(Pipelines) (Piling (Civil engineering))

SEMIMOV, M.P.. prof., red.; GRIGORIYEV, V.M., starshiy nauchnyy
sotrudnik, red.; starshiy nauchnyy sotrudnik,
red.; SMIIUIOVA, A.P., red.izd-va; ELIKINA, E.M., tekhn.red.
(Transactions of the Conference on Problems of Water Table
Lowering in Hydraulic Hngineering] Trudy Soveshchaniia po
voprosam vodoponizheniia v gLdroteklinicheskom stroitelistve.
Moskva, Gos.izd-vo lit-ry po stroit.arkhit. i otroit.materia-
lam, 1959. 190 P. (MIRA 12:9)
1. Soveshchaniye po voprosam vodoponizheniya v gidrotekhni-
cheskom stroitel'stve. Moskva, 1957. 2. Vsegoyuznyy nauchno-
issledovatellskiy institut vodosnabzheniya, kanializatsii,
gidrotekhnicheskikh sooruzheniy i inzhenernoy gidrogeologii
(Vadgeo) (for Semenov, Shestakov)
(Drainage) (Hydraulic ;nglneering)

AUTHOR: Shestakov, V.!J.,
-D~%~nation
TITa:
Flow Near the
vysachivarLiya
skvazhiny)o
SOV/24-59--l-16/35
(?,,Ioscow)
of the Leakage Zone of the Percolation
U
Walls of 'Nells (Opredeleniye uchastka
fillturatsionnogo potoka u stenki
PERIM ICAL: Izve stiya A-*6-.adc-mii Nauk- SSSR, Otdeleniye Tekhnicheskikh
Nauk, Energetika i Avtomatika,1959,Nr 1,,pp 110-111(USSR)
ABSTRACT: The following relationship,, based on an equation due to
Charnyy (Ref 3) is proposed:
hk 2 - 17,c 2 =0.73 lg-?2 ... 0-51
qo re
where hk = hc + ho; he = level in well2 ho = height
of leakage zone; Qo = discharge from well and r = radius
of well. ThJ -s relationship is plotted in the figure
(P 111) and compared with measurements of Soviet ancl
other worls-ars. The agreement is sufficiently close to
Card 1/2 justify the use of the relationship for practical

SOV/24-59-1-16/35
Determination of the leakage Zone of the Percolation Flow Near the
Walls of Wells
calculations. There is 1 figure, 1 table and
6 references of which 2 are English, 1 French and
3 Soviet.
SUBRITIT-0; 29th May 1958
Card 2/2

SHESMOV, V.M.
Deterninine, outflow gradients for percolating flow near the
ilop. Vap.filltr.rasch.gidr.soor. n0-3:185-216 159.
(Ifflu, 13:5)
(Soil percolation) (Drainago)

SOV/98-59-10-11/20
30(l)
AUTHOR: Shestakov, V.M., Candidate of Technical Sciences
TITLE- The Filtration Resistance of Sand Slopes
PERIODICAL: Gidrotekhnicheskoye stroitel'stvo, 1959, Nr 10, pp 41-44 (USSR)
ABSTBACT: The article deals with 2 kinds of filtration resistance in the
sand slopes of the foundations of hydroelectric constructions or
earth dams, one where the slope is not protected and is subject
to the depositing of alluvium by the filtration stream, and the
other where the slope is protected by a filter from being thus
affected. Mention is made of certain leading names in research in
this field: N.N. Verigin, V.V. Aristovskiy, J. 011de, W. Bernaf zik,
I.F. Volod1ko, and B.I. Pokrovskiy. The author goes on to describe
tests carrieu out at the VODGEO (All-Union Scientific Res'earch
Institute of Water Supply, Pipelines, 1kydraulie Construction and
Engineering Hydrogeology) and also on-the-spot research conducted
on the Kuybyshev and Stalingrad GES (Ref.5). The amounts of allu-
viation is fixed as being the length of the alluviation tongue I
Card 1/5 (see fig.1),

SOV/98-59-10-1-1/20
The F4 Itrati D~o 11-:iistance of Sand SIOPEs:
i hB
j
C
1 is the height of the leak and J is the average angle of
w
here hB
slope of the alluviation: J c = ?(J0 (2)
where J. is the angle of inclination of the undeformed slope, and
is the coefficient dependent on the streamflow over the slope qo
and the diameter of the pebbles d. The 2 graphs for the determin-
ation of X , depending on the size of the streamflow, are given in
fig.2, while d is determined by the formula
3 Vd 9-0
(d + AN) .017 (cm) (4)
50 d
50
where d go is the size of the particles of which the earth contains
less than 90/'o' (in weight). The height of the leak N for slopes on
Card 2/5 an impervious foundation is fixed according to G.K. Mikhaylov's

SOV/98-59-10-11/20
The Filtration Resistance of Sand Slopes
formula h = (I + .040 (5)
B k
where k is the coefficient of filtration of the earth, and m is
the estimated amount of deposit on the slope. Hence the length of
the tongue of alluviation 1 may be calculated according to formula
(1). In the case of slopes with pervious foundations of power T,
the value q 0 may be related to the height of the leak h B thuss
q 0 hB + .75T h (7)
k - T + (m + .5) hB B'
On the other hand, the relation has previously been established
between h. and the complete discharge of the filtration stream q,
so that hB /r. (T 2 .45 -1 T - .5(T - mq), (8)
k + k h
Arhere H(H + 2T)
k 2L
(8a)
Card 3/5 With the aid of equations 7 and 8, a graph can be drawn to illu-

SOV/98-59-10-11/20
The Filtration Resistance of Sand Slopes
q
and m (Fig.3). It can also
strate 'lie relation between 0 mq = kT
q
happen that alluviation of fhe filtering part of the slope tends
to deform the slope as a whole, and the amount of this deformation
is determined by the formula Ll h,23 (r, I
FH_ tg?
0 c
The best solution is to install a filter layer at the leak point,
but the author criticizes the methods advocated by V.S. Istomina
(Ref.8) and B.I. Pokrovskiy. The lay-out used in tests to deter-
mine the importance of the size of the particles and the stream-
flow in the filter is given in fig.4; the material used for the
slope remained constant (d 10 = .12 mm, d50 =.18 mm), while the
composition of the filtration layer changed; the results are given
in the table on page 43. On the basis of these tests the autbor
recommends the formula D 10 < 15-20 (10)
Card 4/5 dso

SOV/98--69-10-11/20
The Filtration Resistance of Sand Slopes
for the protection of slopes, and proposes that V.S. Istomina'a
graphs be used. The safe thickness of the filter layer is calcu-
lated as oc =a+ k h
0 k B
pr
where kpr is the coefficient of filtration of the filtration layer
(Fig.5). There are 3 graphs, 2 diagrams, 1 table, and 8 references,
6 of which are Soviet, and 2 German.
Card 5/5

_J I
PHASE I BOOK EXPLOITATION SOV/4912
Vorobkov, Lev Nikolayevich, Vladimir Matveyevich Gavrilko, Petr
Vladimirovich Lobachev, and Vsevolod Mikaylovich Shestakov
Vodoponizheniye v gidrotekhnicheskom stroitel'stve (Lowering the
Water-Table in Hydrotechnical Construction) Moscow,
Gosstroyizdat, 1960. 243 p. Errata slip inserted. 4,000 copies
printed.
Scientific Ed.: Yu. G. Trofimenkov, Candidate of Technical
Sciences; Ed. of Publishing House: P. V. Safonov; Tech. Ed.:
Ye. L. Temkina.
PURPOSE: This book is intended for engineering and technical per-
sonnel in hydrotechnical construction who are occupied with
problems of lowering water tables. The book may also be of
interest to mining personnel.
COVERAGE: The authorsdiscuss the designing and calculation of
systems for lowering water tables. They deal chiefly with
C a rd- -,/-f _-

Lowering the Water Table (Cont.)
SOV/4912
large systems used in excavations for water works. Problems
in installing the lowering apparatus are discussed. Special
attention is given to the method using deep wells. Consider-
able space is given to the question of designing drainage
systems for open-cut mine workings. L. N. Vorobkov wrote
Sec. I of Ch. I. See. 1 of Ch. II, See. 1 of Ch. IV, and
Secs. I and 2 of Ch. VII. V. M. Gavrilko wrote Ch. V and
Secs. 1, 2, 3, 5, and 6 of Ch. VI. P. V. Lobachev wrote
Secs. 3 and 4 of Ch. II; Secs. 2 and 3 of Ch. IV, and See.
4 of Ch. VII. Secs. 2 and 3 of Ch. I, Ch. III, and Sec. 4
of Ch. VI were written by V. M. Shestakov. Sec. 3 of
Ch. VII was based on materials supplied by Engineer
A. 0. Shestopal. The authors thank Candidates of Technical
Sciences V. M. Grigorlyev and Yu. G. Trofimenkov for their
assistance. There are 100 references: 87 Soviet, 5 German,
6 English, and 2 French.
TABLE OF CONTENTS:
Introduction
3
Card-i~~

VERIGIN, IT.N.; ORADOVSKAYA, A.Ye.; SHESTAKOV~ V.M., kand.tekhn.nauk, red.
(Methodological instructions for the calculation of solution
processes in saline soils in the bodies and foundations of
hydraulic structures] Ketodicheskie ukazaniia po otsenke rasto-
voreniia zasolennykh gruntov v tele i osnovanii gidrotekhnicheskikh
sooruzhenii. Moskva. Akad.stroit.i arkhit. 1960. 37 P. (Moscow.
Vsesoiuzrjyi naucbno-issledovatellskii institut vodosnabzheniia,
kansilizatsii, gidrotekhnicheskikh sooruzhenii i inzhenernoi
gidrogeologii. taboratoriia inzhenernoi gidrogeologii. labora-
toriia inzhenernoi gidrogeologii. Informatsionnye materialy,
no.15). (KM 14:11)
(Hydraulic structures) (Saline and Alkali soils)

MILIKHMM, Sh.G., inzh.;,S=TAKOV, V.M., kand.tekhn.nauk
New methods for calculating "a system of water-level lowering wells
in artesian b, _:~s. Trudy Gidropioekta 3:251-268 160.
(MIRA 13:7)
1. Otdel lu~_aernoy g7ologii Voesoyuzno&o proyektno-izyskatellskogo
i nauchno-isaledovatel skogo Institute, "t4droproyekt" imeni 5.7a.
Zhuka (for Milikhiker). 2. Vsesoyuznyy nauchno-issledovatellskiy
institut vodosnabzhe-aiya, kanalizataii, gidrotek-hnicheskikh
sooruzheniy i inzhenernoy.gidrogeologii (for Ihestakov).
(Stalingrad Hydroelectric Power Station region--Water, Underground)
(Hydraulic engineering)

SHNSTAKOV, Y.M., kund.tekhn-nauk
Filtration studies of tbG tailing storage pond at the
Kadzharan Copper-Molybdomm Combine. TSvet-met- 33
no-5:lo-14 YT 16o. (KIRA 13:7)
(Khadzbaran-Nonferrous metals-Ketallurgr)
(Tailings (MetalltLigr))

SHESTAKOV, V.M.
New types of protective housings for piezometers.
Razved. i olch. nedr 26 no.7:51-54 JI ,6o. (MA 15: 7)
1. Vsesoyuznyy nauchno-issledovatellskiy institut vodosnabzheniya,
kanalizatsii, gidrotekhnicheskikh sooruzheniy i inzhenernoy
gidrogeologii.
(Piezometer)

SHE3TAKOV, V. I-I. (URSS)
"The problems of filtrations codputations of perfect and imperfect wells."
Presented at the Symposium on Methods of Evaluating Resources
of Underground Water with Emphasis an Arid Zone Problems, Athens
3-1-20 Oct 1961

SHESTAKOV, V.M.
Mixing of waste waters in rivers. Vod. i san. tekh, no.7.,,15-18
j:L 161. (Sewage disposal) NIU.14~7)

SHESTAYOV, V.M. (Moscow)
Theory of sorption dynamics in filtration through granular mater-
ials. Zhur.fiz.khim. 35 no.10:2358-2362 0 161. (MIRA 14:11)
1. Moskovskiy gosudarstvennyv universitet Imeni H.V.Lomonosova.
I
(Granular materials) (Sorptioi) and filf-tion)
I

SH&STAKOV, VJL, kand.tekhn.nauk
__ 7-
Use of a combined drainage system in draining foundation treiches
in sandy soil. Gidr.stroi. 32 no.4:28-30 Ap 162. (MIRA 15:4)
(Drainage) (Dams-Foundations)

SHESTAKOVJI V.M. -(4?")
Percolation at pressure levels during the digging of trencbes or
pits. IzvAN SSSR.Otd.tekh*nauk4.y&kh9i mashinoBtr, no.2.-1,33-135
Yjr-Ap 162. (Water .4 Underground) (MIRA 15:5)

SHESTAKOV, Y.M.
Use of G.N.Kamenskii's method of finite differences for calculating
the seepage factor of water-lowering and water-intake installations.
Trudy Lab.gidrogeol.probl. 40tI03-113 162. (NIRA 15:11)
(Water, Underground)

SHESTAKOV V M-
Using data from test samples taken under conditions of unsteady
flow to determine the hydrogeological parameters of a layer.
Razved. i okh. nedr 28 no.12:35-42 D 162. (WRA 16:5)
1. Moskovskiy gosudarstvennyy universitqt.
(Wator, Underground)

SHESTAKOV, V.M.
Effect o. ' the elastic drive of seepage in separate layers on the
interactlon of aquifers. Izv.vys.ucheb~zav.;g~ol. -i razv. 6 no.10t
92-98 0 163. (MIRA 1824)
1. Moskovskly gosudarstvennyy universitet im. M.V,Lomonosova.

SFMTAKOV, V,.M.
Est!mating -~he --esistanne c-,' ths 'cad --f bcdies of water Ll
hyd-ngeological c-alcalatLons. Ra%7ed. ! ocn. nadr, 30
no.5g34-38 My 164. (M:RA 117,10,
1. Moekovskly goeuJarstvcu7y

nauk; V
I F,
.1 U~, e 2
1-'riskva
V

slday%000101 7/096/102
B
B177 18
AUTHORS: Belyy, V. A., S
TITLE: On the use of certain polymers for sliding bearings W
PERIODICAL: Referativnyy zhurnal. Khimiyaq nd. .17, 1962, 546, abstract
17P95 (Sb. tr. In-t..mashinoved. i' avtomatiz. AN BSSR no. 20'
1961, 93 115)
TEXT: The basic requirements for bearing materials are st'dLted. The:
propertieo of fluoroplaut-4 and caprone-and their use as bearing materiaig,
are dei3cribed and also the de3ign-and manufacturp of caprone sliding
bearinL;s.. Abstracter's note: Complete translation
.Card 1/1

M~LOV.* V.Ye... kand.tekhn.nauk; SALIKOV, P.G... kand.tekhn.nauk; FROTSAYLO., M.Ta,,,
inzh.; SMORGUNOV, M.P., inzh.; KROTOV, V.1.,-Inzh.; OSTROMOV, A.M., inzh.;
SHMTA.KOV,, V.M... inzho
Experience in burning brown coals in wet-b9ttom furnaces with shagk-t7pe
impact mills. Teploenergetika 10 no.2:15-19 F 163. (MIRA 1-6:2)
1. Vostochnyy filial Vsesoyuznogo teplotekhnicheskogo instituta,
ChelybLbinsk, Krasnoyarskenergo i Vgesoyuznyy nauchno-issledovatellskiy
teplotekhnicheskiy institut. -
(Boilers) (Furnaces) (Lignite)

Cl I j
in ra,-,uf r., ct,,-. ring
conduct.-*Ln~~ mctal
ne, .4: 96-96, 164 .
L
ary rotation n7zaber
rEe
i-illers. 74estsi Al. BSSR.
of die-castin-9 molds
wl th hee-,
Ser. lLiz.-tekh. nav.
("nFA is: 3)

.! ~1. ~ , It. ~ !~, , " . i. ; f!, ! ~'. Y!.v , V .;'. . ; :,' ~11i I Kriv , V . I, .
I , I --",
I L E!:,-- I-, o r; ~ f , , -
, ~ . . "Int to a ir)op ~Sf! , J 1~ ~rfra!`,! fcr "-- r.,- - , ;.,I.
I
~: ~ kv .lab. 31 rio.8:10-ZI-K-12 165.
1. 1xistitut mashinovedeniya .1 avtomatizatoij.

, ! ! %.- z, :T ,.. .."
I L, ' 1 9 - :, .. %-',hn. nauk
I
1 c ~ , IU
- . - tino~ the number of revolutions of die-casting molds
i-,-,ced for making large polyamide sliding bearings. Vest.
0
415 no.6:3?-39 Je 16r.. (KERA 18:')

LISM/Mathematics
Card 1/1 Pub. 22 8/49
Authors Shestakov, V. N.
Title On the transformation of a mpnocyclic sequence into. a recurs:Lve.one
Periodical Dok. AN SSSR 98/4, 541-544, Oct. 1, 1954
Abstract A method for the transformation of monocyclic sequences into recursiVe-:~-,
ones is de3cribed. Definitions of monocyclic,.fundamental and recur-
sive sequences are -given. Two references (1949 and 19514).
Institution
Presented by Academician S. L. Sobolev, August 19,.1954

C!-TT~STAFCV, v. 11.
~1-
3HESTAFG11) V. N. -- "'Ihe Effect of Coupling of 8ogies on tM Horizontal
.Lpjnamcs of an Electric Locomotive," Min Railways USSR. All-Union
Sci iLes Inst of Railroad Transport. I-110scow, 1955. (Dissertation
for the Degree of Candidate in Tecluiical Sciences).
So.: Fn-*Lzhnaya I,.-topis'. No. 2., 1556.

--SHESTAKOV, V.N., kandidat tekhnicheskikh nauk.
Slepificance of coupling cars during movement of an
electric locomotive on a curve. Vest. TSNII MPS 15 no.4:
16-21 D '56. (ICRA 10:2)
(Railroads--Curves and turnouts)

i ,
i. I I"I H ! -, .11; ,I I
-511 v- _j I ~ I-- f V. VO
ADDRIYEVSKIY, ~.M'., kandidat tek~micheskikh nauk; SHESTAKOV, V. N., kandidat
takhnicheskikh nauk.
Lateral wear of rails on curves. Vest.TSHII MPS no.1:22-29-Y 157.
(MLRA 10:3)
(Railroads--Rails)

SM-33STAEOV, Y.N.. kand.fokhn.nank
DetorminiP4,, lateral nrannurne on curved track sections of elec-
tric and diesel loconativep with back stroke equipment. Vest.
TSNII IJPS 18 no-4:38-43 Je 159. (viIRA 12:10)
(LncomotIv9s--Dynamicn) (Railroads--Curves and turnouts)

ZOLINIKOV, S.S., )mnd.tekhn.nauk; POPOV, A.V., kand.tekhn.nank; SHNSTAK
kELud,tekhn.uauk --~ - =571W
Dynamic testing of series F and ChS2 electric locomotives.
Vest.TSNII MPS 19 no.6:21-26 16o. (MIRA 13:9)
(Xlectric locomotives--Testing)

SHESTAKOV., V.N., kand.tekhn.nauk; K-USHNARENKO., Ye.M., kand.tekhn.nauk
Performance of axle box drivers with rubber-metal hinges. Vest.
TSNIIO M 20 no.3:42-46 161. (MM 14:5)
q (Damping (mechanics))

DOMETTI, A.A.; ZIMINA, A.M.; KALININ, F.P.; LAKTIONOVA, P.I.: MOROSHKINA, 0.1.;
MYASISHCHEVA, Ye.I.; NEICHAYEVA, Yu.A.; PREOBRAZHENSKIY, A.I.; RUSH,
V.A.; RYND1N, A.A.; SAUCFKIN, YU.G.; STROYEV, K.F.; TEREKIIOV, P.C.4
[deceased]; FREYKID1, Z.G,; SPESTALOV, V.N.
Nikolai Nikolaevich Baranskii's 80th birthday. Geog. v shkole 24
no.4:7-8 JI-Ag 161. (MERA, 14:8)
(Baranskii, Nikolai Nikolaevich, 1881)

SHESTAKOV, V.N., inzh.
Chain conveyor for sorting textile fabrics. Mekh. i avtom.
proizv.. 17 no.8:42-43 Ag 163. (MIRA 16:10)

L 22731-66 EVITMA-VIP
ACC NR: AP6002902 S O_U_ R_ C_F_j_'C__0DE'_:_ U-R/0-2 -a6-1- 6-!~/666/6i'V009/6%C
AUTHORSt Pangeyevp Vo A.; Stepanovq V. A*,; Shestakov, V. S.
ORG: none
TITLEt Self powered boom crane with pile-driver attachment. Class 35P No, 177057
nnounoed by Novosibirsk Bran6h of the All-Union Scientific Research Institute for.
8 xy--Hl o y u z a o g o n-a-u-cl E3
leansportation-To-fi-sTr-uction Orovoilbir ial Voss
_V v __
iseledovatel'skogo institute, po transportnomu stroitellstvu27
SOURCE: Byulleten' izobreteniy i tovarnykh malcov, no. 24, 1965, 66
TOPIC TAGS: cranet loading equipmentj pile driverl transporting equipment
ABSTRAM This Author Certificate presents a aelf-powered.boom crane with pile-
driver attachment, including a pile-driver boom with guideways hinged to the crane
boom and a brace. The ends of the brace are attached to both booms. To decrease
-the time required to convert the crane to operating or transporting positions and.
to permit its use without dismounting the pile-driver boomp the latter is assembled
from hinged parts operated by a drive mounted on the crane boom (see Fig. I)a The
e cable is attached to the lower part of the pile-driver boom and passes over
rVarvd-1/2

ACC NR, ARG025368 SOURCE CODE: UR[0-285/66/000/00470013/00TT
AUTHOR:- Sh estakov, * V. T.
ORG: none
TITLE: Experimental equipment and methodology for studying micronozzles)5
SOURCE: Ref. zh. Turbostroyeniye, Abs. 4. 49. 92
REF SOURCE: Tr. lnjy�y~hevsk. aviats. in-t, vyp. 22, 1965, 63-70
TOPIC TAGS: micronozzle, nozzle
ABSTRACT; An experimental method has been presented for studying micronozzles
by determining their basic characterigticS and by changes in the characteristics
caused by alterations in the nozzle design or in operating conditions. Diagrams and
descriptions of experimental equipment and measuring instruments are given in the
original article. [Translation] [FMI
SUB CODE: 13/
1

SMLSTAKOV, Y.Y., podDol-kovnik meditsinskoy sluzhby.
, , , - - s;;
Treating chronic purulent otitia media. Voen.-med. zhur. no.q:
49-50 S '55. (MIRA 9:9)
(ZAR-DISMAS9S)

Z
SMT
podpolkovnik met-'tainskoy sluzhby; GRNKOV, P.M., mayor
meditsinskoysluzhby; DAVYDOVlCH, S.Ya., kandidat meditsinskoy sluzhby;
TISHCHRIE0, A.I., starshiy leytenant meditsinskoy sluzhby
Prevention and treatment of acute catarrh of the uooer respiratory
tract. Voen.-med.zhur. no.8:79-81 Ag '57. (MIRA 10:12)
(RESPIRATORY ORGANS-DISBASES)

L 4472-66 EWT(1)/E-WT(m)/FCC/T/EVA(h) IJP(d) -GV1
ACC NRi AP3024652 SOW= 00DEt UIV0048/63/029/009/1731/1733
AUTHORj Rozentall, I.Le Shestakov, VV,
ORG! none
TITLEi Some remarks on cosmic ray energy spectL4 /Report, All-Union Conference an
cosmic Ray Physics held at Apatity 24-31 Auxuat 196,4/
SOURCE: AN SSSR. Izvestiya. Seriya fixicheskaya, Y. 29, no. 9, 1965, 1751-1753
TOPIC TAGSi cosmic ray particle, spectral energy distribution, error, mathematic
method 1~/
ABSTRAM This paper is concerned with the errors In the experimentally determined
power law spectra of cosmic ray particles due to statistical errois In the measurement
of the energies of individual particles. The experimental energy spectrum FI(E') In
given in terms of the true spectruin F(N) by F'(E') a fF(E) dE P(E,B'), where P(E, E')
is the probability of finding the value.1' for the energy of a particle whose true en-
ergy is E. The experimental spectrum F(F.') corresponding to a true spectrum of the
form F(E) AE-(Y +1) in calculated with several different assumptions concerning the
functions P, and in same cases foraulas a" derived for calculating %be true spectrum
from the experimental spectrum. The cases discussed Include that In which P in con-
stant when (N - E,)2 < R2 and vanishes otherwise, and those In which Z - 31 in Gaus-
Card 1/2

L 4472-66
ACC NR. "r)024652
sianly distributed with a dispersion that depends In certain different ways on E. Ac-
cording to Landau's hydrodynamic theory of multiple production, the function P for the
usual method of determining the energies of nuclear-active particles represents a Ga".
sian distribution of log N - log E' with a dispersion that depends on the multiplicity
It is shown that In this case an experimental value of the spectrum Index y as large
as 3.5 may be found if the true value is 1.8. The proper choice of the energy inter-
vale over which to average the data is discussed briefly. When determining the spec-
tral index y one should employ the methbd of maximum likelihood mid not that of least
quares. Orig. art. hass 19 formulas.
:
UB CODE: XP/ SUBM DATSt 00/ ORIG RZIP: OOS/ OM REPI 002
60
Card 2/2

AUTHOR: Kirillov-Ugryumov, V. G.; Petrukhin, A. A. Shestakovi V,'V.
TITLE: The study of certain characteristics of the IK-6 ionization chamber
SOURCE: Pribory i tekhnika eksperimenta, no. 4, 1965, 59-62
TOPIC TAGS: Ionization chamber, ion distribution, alpha particle
ABSTRACT: This paper presents the results of investigations of the IK-6 llOx54
mm2, 3 meter ionization chamber. The investigations cover the potential distrib-.
ution across the cross section of the chamber, the calculated coefficients of
electron collection at various parts of the chamber, and the calculated electron,,
collection times. Using c4 particles from pu239 samples, the authors verified
experimentally (at 0.5 arm of pure and commerical argon) the effectiveness of
corner operation and the electron collection time (as a function of applied
voltages). Pulse oscillograms are shown,in Fig. 1 of the Enclosure. "The
authors thank V. V. Boiog,l. A. Danillchtnkg-and V-- V.- Sinitayna-for the help
during individual measurements and N. L. Grigm-y-jor valuable remarks."
Orig. art. hasi 4 formulas, 5 figures, and 2 tables.
Card 1/3

L 2769-66
ACCESSION NR: AP5021331
ASSOCIATION: Moskovskiy inzllenerno-fizicheskiy itistitut (H
gato
Physics Institute)
SUBMITTED: 30Nov64 ENCL-. 01
UO REF SOV: 005 OTHER: 004,

im-, "R-M' r;2-2E2Rzz=
jL 2769-66
!ACCESSION NR: AP5021331 ENCLOSURE: 01
X
F igure 1. Pulse oacillograms
a pure argon; commerical argon. Marks every 5 set-,
Card 3/3

L Gb3[1171-6.~ sin: GD
1 ACC NR, AT6032306 SOURCE CODE: UR/0000/66/0001000/0059/0068
AUTHOR: Borog, V. V.; Kirillov-Ugryumov, V. G.; Petrukhin, A. A.; Rozentall, 1. L.
Shestakov, V. V.
ORG: none
'TITLE: Ionization calorimeter for the investigation of high energy cosmic muons at
large zenith angles
SOURCE: Moscow. Inzhenerno-fizicheskiy institut. Fizika elementarnykh chastits (Phy-
sics of elementary particles). Moscow, Atomizdat, 1966, 59-68
TOPIC TAGS: muon, calorimeter, bremsstrahlung, cosmic ray measurement, angular dis-
tribution, ionization chamber, waveguide
ABSTPJNCT: A study of high energy muons, using the horizontal flux zenith angles a600
of cosmic rays at sea level was made and an ionization calorimeter developed for this
purpose is described. Such a study is feasible because the horizontal flux at large
zenith angles 0 consist almost exclusively of muons and the intensity of muons for
energies >1011 ev increases with 0. The apparatus uses muon flux to study high ener-
gy muon interactions with matter and measures the characteristics of the horizontal
muon flux to determine the angular and energy distributions. The ionization calori-
me-ter enables one to study both of these areas by observing the shonears produced by
the muons due primarily to bremsstrahlung and nuclear interactions. It detects muon3
Card

L 06.347-67
ACC NR: AT6032306
in the energy interval 2-1011-5.1012 ev for 600 s 0 s 90*. The instrument consists
of 150 ionization chambers arranged in six rows, forming a coordinate set for deter-
i mining the angle made of a shower. A layer of iron 9 cm thick is placed between each
row with a total weight >40 tons. Each chamber is made from a section of waveguide
110 x 54 mm and 3 m long with an electrode 3 mm in diameter at +1200 volts, filled
I with argon at a pressure of 5 atm. A block diagram of the major component is shown.
The pulse from each chamber is amplified and then stored on capacitors in the memory
section which is successively probed by a mechanical commutator. The commutator sig-
nal is photographed using an H-700 loop oscilloscope. The event selection and switch-
ing of the detector take place in the control block. The registration block records
the data and a timing relay fixes the detection time of a given event. Orig. art.
has: 2 formulas, 7 figures.
SUB CODE: 20/ SUBM DATE: 2SFeb66/ ORIG REF: 003/ OTH REr: ooe
',~rd 2/2

ACC NR: AP7007079 SOURCE: CODE:9 UR/0048/66/030/010/1666/1668
AUTHOR: Dorog, V. V.; Hirillov-Ugryumov, V. G.; Petrukh1n, A. A.; Shestakov,
V. V.
none
TITLE: Non-electromagnetic Interactions of superhigh-energy muons /-ila per
presented at the All-Union Conference on Cosmic Radiation Physicat Mscow,
15-20 Nov 1965/
SOURCE: AN SSSR. Izvestlya. Serlya fizicheskaya, Y. 30, no. 10, 1966,
1666-1668
1 TOPIC TAGS: muon, cosmic radiation
SUB CODE: 20
ABSTRACT: The non-electromagnetic interactions of superhigh-energy muons
(E 1011 ev) we*re recorded at an installation for the study of cascade sho-
wers.produced by cosmic radiation muons impinging at large zenith angles (cf.
Borog et al, Izvestiya Akademii Nauk SSSR, Sertya Fizicheskaya, 30, 10, 1669,
1966). The only known process which could give rise to the non-electromagnetic
cascade showers recorded was that of nuclear Interaction of irions. A comparison_
of the spectra of nuclear and electromagnetic.showers made it possible to eva-
of the photonuclear process at 9 10 ev.
luate the croas-section 6VN
By using the relation derived by P. & D. Kessler (Compt. Rend. 244, 1896# 1957)1
which applies to any transmitted energies, it was established that
+0.20 -28 2
YN 0.15 10 cm per nucleons.
_0.10
LCaE4-1j1-0mig- q t- has:--3-f-tgures -and 2-9o,=ulav- rjPRS, 30 AeA7

ACC NR: AP7007080 SOURCE CODEt UR/0048/66/031)/010/1669/-1673
AUTHOR: Borog, V. V.; Kirillov-Ugryumav, V. G.; iletrukhin, A. A.;
Rozentall, 1. L.; Shestakov, V. V.
ORG: none
TITLE: Study of the energy spectrum of cosmic-rity muons on the basis of
electron-photon showers /Pa-per presented at the All-Union Cvnference on Cosmic
Radiation Physics,, ~Jbscow, 15-20 Nov 196V
SOURCE: AN SSSR. Izvestlya. Seriya fizicheskaya, v. 30, no. 10, 1966,
1669-1673
TOPIC TAGS: calorimeter, cosmic ray, muon
SUB CODE: 20
ABSTRACT: At present, outer space is the only accelerator of particles with
superhigh energies. The energy syectrum of electromagnetic cascades produced by,
superh I gh -energy muons (EAA. '>e 10 1 ev) impinging at angles 550 was studied
at sea level on an ionization calorimeter consisting of six rows of Ar-filled
ionization chambers, 25 In each row, with an iron Interlayer between the cham-
bers acting as an absorber. The majority of the cascades recorded were due to
the Interaction of muons with the absorber. A small tumber of showers ( 4 17.)
was produced by nucleus-reactive parti.cles. The enerl;y spectrum of the muons
was determined on the basis of the recorded showers due, to high-energy photons
and electrons formed by Interaction of the muons with atoms of the absorber.
Mathematical equations expressing t�2_ experimental 1y determined energy spectrum
The authors thuik G. G. Bunatyan for help in carrying out the numerical compu--
tations on the ETsVFM. Orig. art* hasi 4 figures and 6 fo-11ulas. CJPRSS 39,65g

SHESTAKOV, V.Ya., inzh. (Voronezh)
Movement of two elastically connected solid bodies sup orted by
an elastic cone. Issl. po teor. sooruzh. no.13:121-126 164.
(?.LIRA 18:2)

0 0 * 6 * 0 41 0 0 0 0 0- " - : . . 6 0
,
1
.
41 0 0 0 0 0 * 0 0 0 0 0 0 0
4
*
is,
"
i

0
& I j 3 S ) j I I is 1) u Ij m IS to 11 W It a )I if a Ji
It W it N -
I. 1, 10
A
1 A C A I # 9 11 A I L It -A-M 0 CE W gx k 4
c It
r

ir

Tem crature-hardening of winter wheats
Is tion 4 carbohydrates In the light state of development.
A. 1), ~iimtmwu. Z. N. I'M-vu al"I %'~
1
AIII
1
IR
~

z 1-
, Sraaf~kmov, NIP-11m., V 1, 'vF,
6
R
".
1. 41 0. C. .4. 33. ML-01. I laid, nitim 4 "IllIrl 411
Ah.At pr"V~A% flt (Ndy thifing V.1-l"llml A 0
I'm dilling 5114-41"ClIt Slowlt) III light At tow tellill,
Ability to tuldrilto hardittling dimillklu~ too
All? V%1%~UtV 10 CAt1W1hY%1tUAV AMU11111AW-tt

cumulatiott daring growth in hilit o mot all tm;xatAnt
f.,I,,r in the harde"inr nrlx-Ml. H. C. p. A.

00
.08

AI x - 14. a61TALLUIRrICAL LITERATURE CLAISIPKATICO
IQ" wee
too
1
0
4' 1
il K It t, An 1, j a -3 3 6
;
0
o
0

7
of Con!-re-
L L s, c -,--ian Ac

I
1. Slir:'PAKOV, V. YE.
2. IJS'zR (600)
4. 'Wheat
7. Intervarietal hybrids of winter wheat from crossbreeding under free
pollination. Sel i sem. 19 no. 12, 1952
9. Monthly List of Russian Accessions, Library of Congress, March 1953, Unclassified.

- SHESTAKOV. V.Ye., kandidat tekhnicheakikh nauk; ORLOV, V.A.
~~, "
Methods for obtaining hybrid rye seeds and a study of their
productivity. Agrobiologiia no.2:40-43 Mr-Ap '57. (MINA 10:5)
1,Petrovskaya gosudarstvennaya selektsionmya stantsiya, p/0
Danilovka, Penzensko7 oblasti.
(Fenza Province-Rye breeding)

Div
Ha
g
r a rjk~~
Fin
a
s
:4pg
R, -Mri 3
1
if I M
I
PA, 9 .44
Is
aM
09 1
TIE E.
1'r
~Vjr: i? IME,
*. ; - t I
P. 9 f , Ell
Mh 2 1
Is t I
rr ~1 7
v, 1P

SHESTAKOV, Yu.G.
Geochemical indicator of the zones of magnetite mineralization.
Sov. geol. 8 no.3:132-134 165. (141RA 18:5)
.I. Kamskiy filial Vsesoyuznogo nauchno-i4ssledovatellskogo geolo-
gorazvedochnogo neftyanogo instituta.

BOGATSKIY., V.V., otv. red.; GORIKIY, Yu.I., red.; DODROVOLISKIY,
M.N., red.; KOROPETS, I.P.,, red.; KURTSERAYTEy Sh.D., red.;
PELITEK, Ye.I.j, red.; FAYI-IDERG, F.S.,, red.; KHAZAGAROV,
A.M., red.; SHESTAKOV, Yu.G., red.; LIFSHITS, L.,, red.
[Geology and geochemistry of the mineral resources of
Krasnoyarsk Territory] Geologiia i geokhimiia polezmykh
iskopaeinykh Krasnoiarskogo kraia; sbornik statei. Krasno-
iarsk, Krasnoiarskoe, knizhnoe izd-vo, 1964. 197 p.
(NIRA 18:9)
1. Krasnoyarskaya kompleksnaya ekspeditsiya.

ILIIN, K.P., kand.tekhn.nauk; PLADIS, F.A., inzh.; ROSTOVSK&YA, Ye.P., inzh.;
VOVCHENKO, P.I., inzh.; Prinimali uchastiye: GORBENKO, L.G., inzh.;
SIESTAKOV Yu.K., inzh.; LABADIV, S.I., inzh., retsenzent; .
iad;K ~, inzh., retsenzent; FETROVA, V.L., jmzh&p red.;
BOBROVA, U.N., tekhn.red
(Methods of determining freight weight] Sposoby opredelenils.
vesa!gruzov. Moskva) Vses.izdatell'skopoligr.obliedinenie *,va
putei soob., 1961. -U7 P. (Moscow. Vaesoiuznyi nauchno-
issledovatellskii institut zheleznodorozhnogo transporta.
Trudy, no.215) (MIRA 15:1)
(Railroads-Freight)
(Weighing machines)

I
-m. nhi- -
11,11N, K.F., kand. teklm. nauk, KjjAF-jLOV, Yu.P-, kand. tal-
SHESTAKOV, YU*Ko# inzhe
Specialization of gondola cars Is an efficic"n't meE~-iu::ee
Zhei. dor. transp. 4? no. 11222-426 N 165 (MMAL i9.~i)

R7002213 /V)
ACC NRI AT SOURCE CODE: UR/0271/66/000/010/AO29/AO29 -11
AUTHOR: Bortsov, Yu. A. -; S-hestakov, Yu. S. ; Suvorov, Q, V.
TITLE: Experimental determination of the parameters of nonlinear systems in
electric drives
SOURCE: Ref. zh. Avtomatika telemekhanika i vychistel'naya tekhnika, Abs.
IOA215
REF SOURCE: Sb. Avtomatizir. elektroprivod proizv. mekhanizmov. T. 1.
M.-L., 1965, 206-208
TOPIC TAGS: nonlinear system, electric drive,
ABSTRACT: A method of determining the parameters of elements in electrical
drive systems is discussed. A description is given of a device which was developk
on the'basis of this method and which permits sufficiently rapid determinations of
the parameters necessary for modeling nonlinear systems in electrical drives.
The dynamics of nonlinear electromagnetic dements (excitation circuits cf electric
machines, EMIU, MU, amplidynes*, magnetic amplifiers, etc.) whibh are the basic
Card 1 / 2 UI)t: 62-83

MILLER, G.Ya.; VLADYKIN, M.I.; SHESTAKOV, Tb~_,p.
Replacing running tests of high-capacity trailers by stand tests.
Avt.prom. 28 no.2:48 F 262. (MIRA 15:2)
1. Chelyabinskiy mashinostroitellnyy zavod avtopritsepov i
Chelyabinskiy politekhnicheskiy institut.
(Truck trailers--Testing)

SH~TAKOVA, A., mladshiy nauchnyy sotrudnik
...echanical control measures against the larvae of
Daspeyresiinae. Zashch. rast. ot. vred. i bol. 10
no.8:41 165. (MIRA 18:11)
1. Donskoy naucbno-issledovatellskiy in-stitut sel'skogo
1uhozva.,,.rstva.

SaSTAKOVA, A., starshiy nauchnyy sotrudnik
Weather and loose smut of wheat. Zashch. rast. ot vred. i bol.
10 no.3:41 165. (ITM 19:1)
1. Dezenchukskaya opytnaya atantsiya, Kuybyshevskaya oblastI.

SHESTAKO-TA, A.
NATALIRIA, 0. B., ?ANIKOVA, 0., and SHESTAKOVA, A. "On Anple Rosette (Possibly
Virus Disease)," Spd i OaorQd, no. 8, 1951, Y)p. 36-38. 80 Sa13
So: Sira - Si-90-53, 15 Dec. 1953

ARISTOV, Ye.M.; Prinimali uchastiye: SHESTAK ; KBILLOVA, G.N.;
KADYROVAJ Ya.M*
Automatic device for opening press molds after the vulcanization
of tire casings. Kaucb.i rez. 20 no.7-.50-51 J1 161.
(mm 14:6)
1. Voronbzhskiy shinnyy zavod.
(Tires, Rubber)

//Z
69. Direct oxidation of Methave To Methanol
"Oxidation of Methane Under Pressure," by M. S. Furman and A. D.
Shestakova, Khimicheskaya Pererabotka Nef yany Ugle odor(;aav-~
-0heb-d-c-a-1-Conversion of Petroleum Hydrocarbons), Academy of Sciences
LISSR, Moscow, 1956, PP 344-351
Oxidation of methane at pressures of 50-500 atmospheres and at the
temperature of 3750 was studied. Comparison of the oxidation of methane
at high pressures with oxidation at atmospheric pressure showed that methanol
is the predominant product at high pressures while formaldehyde predominates
at low pressures. It was established that increasing the pressure beyond
250 atmospheres does not result in any further increases in the yield of
methanol. The effects of the temperature, the time during which the mixture
of CH4 and oxygen cr air remains in the reaction zone, and the concentration
of oxygen on the process of the oxidation of methane were investigated.
Assumptions are made in regard to the bature of the effect which pressure
exerts on the process of oxidation. (U)

FURMAN, 11.5.i doktor khim. nauk; SHESTAKOVA. A.D.
Investigating the mechanism of the oxidation of lower saturated
hydrocarbons under pressure with the me of the carbon isotope of
mass 14. Trudy GIAP no.8:63-68 '57. (MIRA 12:9)
(Fqdrocarbous) (Oxidation) (Carbon-Isotopes)

YURMAN, m.S.; SHESTAKOVA,-A-D-
Combined oxidation of hydrocarbons under pressure. Gaz. prom.
no-3:40-45 Mr '58. (MIRA 11:3)
(Hydrocarbons) (Oxidation)

5M
AUTHORS: Furman: Shentakova. A, D, SOV120 .124-55-34/62
Arest -Yaki;ljovich. I, L, , Lyubitsyna, N. A.
TITLE: Oxidation of n-Butane Solved in Acetic Acid by Air Under Pres-
"Okialeniye n--but,--na v ra-stvore nksusnoy kisloty vozdukhom
.sure k
pod da-rleniyem)
PERIODICAL: Doklady z1kader-iii nauk SSSR, 19501, Vol 124, Nr 5z, PP 1083-1084
(USSR)
ABSTRACT: Under relatively hiL-h temperatures (350-4000) the oxidation
of butane in the C-aseous phase results in an entire scale of
oxy,~en---~ontaininr; products (Rafs 1-3). It has recently been
pointed out (Refs 4-8) that the oxidation of n-butane under
pressure in the liquid phase is much more selecti-.e and leads
under milder conditions to valuable or.-anic products: acetic
acid- ethyl acetate, and riethyl-ethyl ketone, This oxidation
can be effected either below the critical temperature of butane
'Tc = 152c, Refs 4~55) or above the same.. with t~eaid of sol-
vents (Refs 6-3), The 3atter method see,-,is to be more promising.
The authors have rhosen acetic acid as a solvent in which

butane is o-,-luble anil which under the existinj cond-L -
I itions is
Card 1/2 indifferent to oxidation and forms itself an oxidation uroduct

Oxidation of n-But-ane Solved in Acetic acid by Air SOV/20-124-5-34/62
Under Pressure
of bu-cane Cobalt steaxate nas used as a catalyst. The experi-
merit was carried out through six hours at various velocities
of the air stileam which served for oxidation, FiSure 1 shows
the re3tilt-j, They make the advantages of the ox Idation above
Tc. apprirenf- Fi,,~ure 2 contains statements on the influence of
~he ~~-zvt~iltyst on the process carried out at 60 atmospheric ex-
!~c:ss %ressurti !in,J 1611-0~ The catalyst increases the yield of
Useful groducts arid dirent:3 the vroce2s toward a predroninarit
formaticr of acetic a.-id, There are 2 figures nnd 8 references,
3 of which are Soviet.
ASSOCIATION, Gosudars-.-,~nnyy riauchno-issledovatellskiy i provektnrr irrt4--
cu~ ;;izr'~noy pro~nyshiennosti (State Scientific Re:5eea-~:h ard
L'C- a -I 3K7." institute for Nitrogen Industry)
PRESENTED: October 8 19.98- by S~ IL. Vol'fkovich, Academician
SUBMITTED. September 19.
Card 2/2

3/064/61/000/001/001/011
3110
Furman, -I. S. , Shestakova, -,Irest-Ya"-ubovich, 1. L.
------------------------------
Oxi-a-tion o-f r-butlz-,ne in liquid phase u,-,d--%r pressure
L ""'IlirAcIieskaya prom lennost no. . 1 t 19061 j, 6-11
jzidatlon of hy-irocarbon in liquid phase takes place at lower temper"
The de~-truction of i:ml
L.UVCS than in ,aseous phase (350-4COcc).
4.
Uant 3xi4ation ~croducts is thus excluded and ~he reaction is uore selective.
T; I e :1 - - 6
h in -5rc~,ucts o-'' oxidalicii of n-butane in liouid -.hase are CH COOH,
'3
CH Co~ H and CH COOC H,, whereas HCHO, CH COCH
3 2' 5 3 2 C'73c"O' CH301" C2"301" 3 31
and 3C-'OH are -fc-,,!:-,ed in the ~,aseous pha3e. T'o accelerate the
reaction,n-butane is dissolved in acetic acid (main reaction Droduct
Oxid,Aion tal'.-es place above the critical teml)eraturz: of n--~'4H10 (152 C).
k-rcssu-,-e nine (,I) serves for conducting the air into the acetic
,iollit'.o.-t oll n-butune contained in the reuction vess-l (2) made of class or

0 Ix i d a t i:jn o f a :L-, n e i n 1 i a u. i d ... 2 1 5
titaniu:.:,., ~,.a~ been )ut into the steel autoci~ve (1) 2). ~if t Z r
passin.- t',,e reflux co-ndens.-r, the reaction stil.1 ---cntain 0- - 10,, of
butane. ~,'O CO, C,'.-I,,, and " .-ere deter-ine." in- tHe ~~a2eous reaction
2' ~2
-- cooll-, CE'- CGOC H and H 0 -.,,erE Cst-w'c,1io'iad in the liquid
produces, wh'le CH-, 3 2 59 2
producLs. For ;,!axi mum butane trunsformation in yiells cf -:c'z-tic
acid, t'ie follol.,incr data vere obtained by coastant a,",d-ition of 540 of
butanc .-Iissolved in acetic acid: ratio butane J.3 1
(Fig. 3), duration of e::periment: 3 hr , re"-ctio-.: 1650C, air
supply 110 - 120 ilkl/hr, amount of c---talyst: o--,' - solution of
N
m
of cob~-lt stear-te in aqueous acetic acid. i-.acrea~e fro 50 to 0
atim did not affect the comoosition of the reaction --3roluc.-s but accelerated
the reaction due to an inci,ease in the 02 conc~~P-Lr---'Uion i-i the reaction
zone. Optimum pressure was 60 atm,. It was also fou-',d that intermediates of
the oxidation such as CK,COC2!d 5 and CH 3COOCIPH, do not ilil'i'At the course of
the reaction or r-1-'duce the yield of acetic aciO. M 1-111,2 other colventst
exceDt acetic acid, reduced the total exchanEe of butane. -Jhases were
Card 2/5

Si/064/61/000/001/001/011
Oxidation of n-butane.in liquid..,, B110/B215
obtained in the experiments by G. D-..'~Yefremova and R. M. Koroleva conducted
in the.GIAP (State Institute of the Nitrogen Industry) on the state of the
. 110 system butane - acetic acid w
ater,'An which concentrati6ns-~ of acetic acid,
lower than 90% were-used., The ratios butane/acetic acid of these two phases',~
differed. An optimum ratio of 0-5 to 1 can only be guaranteed by concentra-*.
tions of acetic acid exceeding 90 of the reaction liquid. Therefrom it
15 follows that a 100% acetic acid is best suited as solvent. There are 5
figures, 5 tables, and 18 referencest 9 Soviet-bloc and 9 non-Soviet-bloo.
do
25
7
Card 3/5
d

S/064J61/000/001/001/011
Oxidation of n-butane'in liquid... B110/B215
Legend to Fig. 2s .1) autoolav
e'
2) reaction vessel, 3) attachment to.
the autoclave, 4) pressure pipe,
5) reflux condenser, 6) container for
the=ocouple of the reaction vessel,
7~ autoclave housing for thermocallp1q,
8 houai of thermocou
n p1q,a) air,
to monometer.
b gas, c
30
Card 4/5
yy

Oxidation of n-butane in '-,i-qu,-d...
Legend to Fig. 3: dependence
of the oxidation process on
n-butane, weight ratio butane:acetic
acid; P - 60 atm, t = 165 OC, V.
(velocity of air'supply) = 120 N11/hr,
(amount
't (time of reaction 3 hr, q
of catalyst) = 0.03 9, 1) acetic acid,
2) ethyl acdtate, 3) methyl ethyl
ketone, 4) totality of useful products,
5) butane exchange, a) yield of
products -in g per 100 g of butane,
b butane excharge in Der cents
Card 5/5
S/064/61/000/001/CO1/011
3110/3-215
ISO
k 100
so

3

C4H,,/CH,COOH
A
20
zr

a! 4 SHESTAKOVA, A.I.., --'nzh.
nzh,
jILY*'-i,',-,KC-- ll-t,;
~,f " parts. _,;var, 17 no.5~78-79
, (MTRA 17-11)
erg
14Y (64. -SR (for She
rk O,la AN UkrS 9tak-OVay
vat
~n.ti!u- elektrosva
R -fu a LIC

RYABOV, I.V., kand. tekhn. nauk, red.; SHESTAKOVA, A.L., red.
[Protection of chemical plants against fire and explosions)
Okhrana khimicheskikh predpriiatii ot pozharov i vzryva7.
Moskvay Nauchno-iosl. in-t tekhniko-ekon. issledovanii, 1961.
342 p. (MA 24:10)
(Chemical industries-Fires and fire protection)

SHESTAKOVA, A.P., starshiy nauchnyy sotrudaik
Artificial ieection by the vacuiun method. Zashch. rast. ot vred.
i b01. 8 n0-9:42 S 163. (MIRA 16:10)
-1
~. Bezenchukskaya selaktsionnaya stantsiya.

SOI~11 24- 57- 3- 3574
Translation from: Referativnyy zhurnal. Mekhanika, 1957, Nr 3, p 137 (USSR)
AUTHOR: Shestakova, A. V.
TITLE: The Influence of the Shape of the Axis of a Fixed Bridge Arch on the
Forces Arising From a Live Load (Vliyaniye ochertaniya osi
bessharnirnogo r.-iostovogo svoda na usiliya ot vremennoy nagruzki)
PERIODICAL: Tr. Khabarov. in-ta inzh. zh.-d. transp., 1956, Nr 9, pp 112-166
ABSTRACT: The author provides calculations of fixed arches having various shapes
with reference to the effect exerted by a live load and presents a com-
parison of the results obtained.
1. K. Snitko
Card 1/1

SHESTAKOVA, F.I.
~~
On the January teachers' conferences.
Est.v shkole no.6:3-8 153.
MRA 6:10)
(Natural histor7--Studv and teaching)

SHMTAKOVA, V.I.
-*-"
Tasks in teaching biology in the current school year. Xst. v shkole,
n0-5:3-9 S-0 '54. (MTJ?A 7:9)
1. Konsulltant-metodist po biologii Glavaogo upravleniya shkol
Ministerstva proeveshcheniya RSFSR.
(Biology-Study and teaching)

SHNSTAKOVA, ?.I.
wwwwMaftw~
System and contents of a school course in biology. Mal. v shkole
n6.5:19-23 5-0 157. (MLPA 10:9)
(Biology--Study and teaching)

gfflSTAKOVA. F.I.
Problems and contents of the biolog7 course in eight-7ear schools.
Biol. v shkole no.4:9-16 Ji-Ag '59. (MIRA 12:11)
l.Konsulltant-motodist Glavnogo upravleniya shkol Ministerstva
prooveshcheni7a RSFSR. (Biolory-Study and teaching)

SHESTAKO
Kew biology program for eight-year schools. Biol. v shkole no-3:3-6
My-je 160. (MIRA 13:7)
1. Konsulitant-metodiat Glavnogo Upravleniya shkol Ministerstva
prosveshcheniya RSPSR.
.(Biology--Stud,v and teaching)

SHESTAKOVA, G.A.
Cobalt content in the soils and plants of East Kazakhstan
Province. Zdrav.Kazakh. 22 no.6:51-55 162. (MIRA 15:11)
1. Iz Vostochno-Kazakhstanskoy oblastnoy sanitarno-epidemiologi-
cheskoy stantsii (glavnyy- vrach - Yu.A.Anikin).
(EAST KAZAKHSTAN PROVINCE-PIANTS", EFFECT OF COBUT ON)
(EAST KAZAKHSTAN FROVINCE--SOIM--COBALT CONTENT)

SHESTAKOVA~ G. S.
03volution of the Soun&Transmitting Appamtux of Rapti-lea and Analysis Of
the Factors Determining the Direction of the Svolutionary Processes.," Iz. Ake
Nauk SSSR,, Ser. Bio&., No.4, pp. 57-72, 195o
Inst. Morphology of Animals im. A. N. Severtsov, AS USSR

SHESTAKOVA, G.S.
Morpho-biological analysis as a method of studying the flight
of birds. Trudy Inst.morf.zhiv. no-9:3-13 '53. (MLRA 7:11)
(Flight)

SEIMTAKOVA, G.S.
Penetrability of birds' wings (experimental research on the
flight of birds).Trudy Inat.morf.zhiv. no.9:14-31 '53.
(Wings) (Flight) (MM4, 7:11)

SHESTAKOVA, G.S.
Structure of the wing surface and its role in aerodyna ice of
birds. Tmdy Inst.morf.shiv. n0-9:32-58 '53. (KLU 7:11)
(Wings) (Feathers)

SHESTAKOVA, G.S.
Morphological bases of differences in the flight of gulls.
Trudy Inst.morf.zhiv. no.9:59-75 153. (MM 7:11)
(Galls) (Flight)

SABLINA,T.B.; SHESTAKOVA,G.S., doktor biologicheskikh nauk, redaktor;
S H I DR OV S iAn-.-Cr.- 0'.' -;- ~ 1"N.P., tekhnicheskiy, redaktor
Hoofed animals of the Byalovezhska Pushcha. Trudy Inst.morf.zhiv.
no-15:3-191 155. (MLRA 8:11)
(Byalovezhiska Pushcha--Ungulata)