SCIENTIFIC ABSTRACT BAKAYNV, N. - BAKAYEVA, Y. M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000103110001-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 6, 2000
• Sequence Number: 1
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

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Ar-
ke:

i -ASIKHIN, A.T., podpolkovnik, rod.; SRIBNIS, N.Y.,
tekhn.rod.
[strict maintenance of Internol discipline] Strogo
sobliudat'
vnutrannil poriedok. Noakwa, Voon.izd-vo H-va obnrony
SSSR,
1954. 31 p. (MIRA 14M
(Kilitary discipline)

SOV/85-59-12-8/38,
AUTHOR: Bakayev, N.-1- -Lt.Col.
TITLE: The Noble f,ake-Up of a Defcnder of His Motherland
PERIODICAL: Kryllya rodiny, 1959, Nr 12, pp 8-9 (USSR)
ABSTRACT: This article explains the Soviet serviceman's
Oath
of Allegiance. The author cites several examples of
heroism I-om the past and present as illustrations
Card 1/1

BAKAYEV, N.
"In the name of soldier heroes" by H.G.Kut'nin.
Reviewed by N.
Baknev. Voen. vast. 41 no.2tl23-124 F '62. (MIRA 150)
(World War, 1939-1945) (Kuz'min, N.G.)

RATAYJV, N.
Proper utilization of graduates in production.
Prof.-takh.obr.
11 no.8:6 N 154. (XLBA 8:1)
1. Direloctor uchillshchm sekhanizatsii sellskogo
khosytystya No.19
lasakhokoy S&R.
(Uployment usn"ement )

BAIKAYEV, N., podpolkovnik
Comaviiist crew nembers of a warship armod with
rockets. Ko=,.
Vooruzli.Sil 2 no.1501-54 Ag t62. OUPA 15:7)
Olussla-Navy) (Rockets (ordnance))

S/123/60/003/008/009/017
A004/AOOl
Translation from.. Beferativnyy zhurnal. Mashtnostroyetilye,
1~60, No. 8, p. 90,
1 3-1925
AUTHOR: Bakayev, N.A.
TITIE: industrial investigations of Metal Cutting Maohine Too].
Designs
PERIODICAL- Tr. Tagazirgsk. rad!otek)u~. Jn-ta, 1957, Vol. 3,
No. 2, PP- 271-278
TEXT: The author gives a brief description of the
ccomprehensive irethod
applied at the machinc- shop of the Combine Plaxit and at. the
1st GFZ for Investigat-
!nF automatic and semt-automat-1c. machIne tools. Tnis method
mals'es it possible to
judge on the constructives and operational properties of
machine tools, qualifl-
cation of setters and operators, manufacturing conditions,
tec~hnology and tools,
and to point out ways ani mgans for an !ncrease In labor,
productivity. The method
was worked out rr the ba,--Is of the Shaumyazi theory,
according to which 'the
fundamentaL chiirac tort stic of the constructive ard
oneratlQnal qualities of a
wachine tool is its piecework capacity. An invest1gation of the
design Is carried
out In the following succession: 1) studying the losses In
running t.11me under con-
aideration of the operation coridit!ons exIst-Ing In the shop;
2) analyzing running
Card 112

S/123/60/000/008/009/t17
Aoo4/Aool
Industrial Investigations of Metal Cutting Machine Tool
Designs t/
time losses with the aid of a system of efficiency balances
and graphs; 3) con-
clusions on a possible Increase In efficiency and trends In
the modernization
Df the machine tool; 4) test conditions are arranged at the
work place, ensuring
a decreast, in running time 'Losses, and experimental cutting
conditions are tested;
5) final conclusions and recommendations. There are 4
figures, 2 tables and 1
reference.
Abstractor's note: This Is the full translation of the
original Russian abstract.
K.Ye.A.
Card 2/~~

BkKAYLVt N.-,p kand. teklin. nauk
Assembly of the main building of a heat and
electric power
plant using roof cranes. Prom. stroi. 43
no.10:20-21 165.
(MIRA 18:11)

25(1,5)
SOV/159-58-3-11/31
AUTHOR:
Bakayev, N.A.

TITLE:
- ----------
T-Method of Production Investigations of Metal-Cutting

Machine Tools
PER10DICAL:
Nauchnyye doklady vysshey shkoly,
Maiihinoetro eniye i

priborostroyeniye, 1958, Nr 3, PP 70-76
(USSR~
ABSTRACT:
In this article the author describes a
compr-ahensive

method of investigating the construction of
multi-

spindle, semi-automatic machine tools under actual

operation conditions. The comprehensive method is

based on
the theory of optimum machine tool prod~.cti-

irity of
Professor Shaumyan, A.G. (1952). According to

this theory,
the principal index of the design perfec-

tion of a machine
tool is the productivity of items%,

which is found as a
functional dependence of the oper-

ating conditionti and the
losses of work time. The

losses are idling runs of the
machine tool and all

unproductive spending of work time. The
investigation

consists of atudying the work time losses
under shop
Card 1/3
conditions, analyzing the losses of work
time by pro-

SOV/159-58-3-11/31
A Method of Production Investigations of Metal-Cutting
Machine
Tools
ductivity graphs. Further conclusions may be made
,'concerning modernization of the respective machine
tool and an experimental study of the theoretic fore-
oasts. Final conclusions and recommendations may be
madd using the available information. The author
then presents analysis methods for work time losseso
first by means of productivity balance systems, and
-second, by prod-.-.ctivity graph3. Then the machine
tool may be tested at higher cutting speeds and the
results are investigated. The author cites as an
example the investigation of the multi-spindle, semi-
automatic machine tool 12611" used in a plant producing
harvesting machines for the manufacture of bearing
covers. Using this method a productivity increase of
approximately 63% was achieved and additional recom-
mendations were made for a design improvement.
Card 2/3

I
3OV/159.--58-3-11/3.
A Method of Production Investigations of Metal-Cutting
Machine
Tools
There are 1 table. 3 graphs and 1 Soviet reference.
Th.13 w,-,B presented by the
Kafedra "T,jKhnicheskaya mekhanizatsiyall Taganrogskogo
radiotekhnfoheskogo instituta (Chair "Technical Mecha
ization" o' the Taganrog Radio Engineering Institute)
SUBMITTED: November 20, 1957
Card 3/3

BAKAYEVP ILA..
ThA pm*ot reinforcei concmte industry In tho Bratsk
power
lndustrj district, Bet. i zhel.-bet. no.10:457-458
0 161.
(MMA 14:12)
1. Glavnyy spetsialist proyeRtnoy kontory
Bratskgesstroyu,
Bmtskly energopromysblennyy rayon.
(Ili,atsk Region --Precast concrete)

-Al
tl;o
pro-illotion of pruca~;+' coneroto r t,~io
conotrac-tion c,,' lu:.ilbering
iniuatr., -ocmi,-Lox. 1'ro--.. stroi.
1. 3troit(d':-,t,;o tJdro-

?AKPY-MV,j No No
"Riboflavin Deficiency in Chronic Dysenteryj Clinical and
Laboratory
Findineas" Sov. med.. 160 No.2, 1952

,,BAKAYE
W,
Methods for &ccumulWng moisture In the Virgin
Territor7.
Zemledelle 25 no.8:54-61 Ag 163. (MIRA 16tlO)
1. Vaesoyusnyv nauchno-isaledavatellskiy inntitut
ze-.novogo
khotyaystva, (Virgin Territory-Zoil moisture)

BAXArAY AY vasiVyalrich, podool
~4 N i k9, v 11 - koyn1k; BRIANOVSKrT. A.V.. gyardii.
-,p oyrolillAr - I tor; 1 ~ F.. tokhnichaskly red,%ktor
0 if M JUDOINOVA. T.
(Training expart antiaircraft gunnars] Reatit' malitaroy
ranitnogo
op.nim; Is opyta partilao-politichookogo obeepacheuiia
sanitno-ortille-
riinkikh strellb. Hooky&, Voon. izd-vo X-va obor. MR.
1956. 83 p.
(Antiaircraft guns) (HLRA 10:4)

- 'ich; SVIRlDOOKIN, I.I., podj)Olkovnik,,
red.; MASLOVA, N.Ya,, takhn. rod.
[Bencont; are cnlling forward) Maiaki zzrut
vpdrod. Moskvap
Voenizdat, 1962. 50 P. (MIRA 15:8)
(Ru.-,sia-Armod Force s-Mili tary corintructimi
operations)

WAYEV, 0. (Bakaiev, 0.1
Cybernetics and planning. Nauka i thyttia 11 no.WO-23 F
162.
(MIRA, 1513)
1, alavnyy inth. otdola ekonomicheskoy kibernetiki.
%lychislitellnogo
taentra AN USSIRs
(Cybernetics) (Programming (Mathematics))

NIKITIN, S.0,; PHOKHOROV, V.N.; VASYUKIVA, P.M-;
BAKAYXV, S-M-
Drying the bass and heating the layers of rolled
roofing
materials in carrying out roofing work during winter.
Rats. i
isobr. predl. v stroi. no.2:87-90 157. (MIRA 11:1)
(Dryi-g apparatus) (Roofing--Cold weather conditions)

5(4;
AUTHORS-. Bakayey, V. A., Kiselev, V. F., SOV/20-125-4-40/74
__X~Faill~nikov~# K. G.
TITLE: The Reduction of the Melting Temperature of Water in the
Capillaries of a Porous Body (Ponizheniye temperatury plavlenip
Yody v kapillyarakh poristogo tela)
PERIODICAL: Dok.lady Akademii nauk SSSR, 1959, Vol 125, Nr 4,
PP 831-834
(USSR)
ABSTRACT: From the data concerning the phase composition of an
adsorbed
substance as a function of temDerature it is possible to
determine the quantitative characteristic of the structure of
a -orous body by determining not only the radius but also
the vultime of the capillaries in which the phase
transformations
take place. The quantity of adsorbed substance in 1 g of the
adsorbent melting at the temperature T can be determined from
the specific heat of the system adsorbent-adsorbed substance.
A more simplej but sonsitivd rAethod is that of indirect deter-
mination of heat capacity by moasuring the temperature conduc-
tivity A of the aystem. The authors enrried out these measure-
ments by emplnying the modified method of "linear temperature
Card 1/3 increase". The adsorbents un^3 were the silica galb
KSK-2,

The Reduction of the Melting Temperature of Water In the
SOV/20-125-4-40/74
Capillaries of a Porous Body
KSM-1 and a specimen of a non.-porous alumina 36-1. In these
samples the isothermal lines of the adsorption of water vapors
were measured. Measurements of temperature -.onductivity were
carried out ranging from the temperature of liquid ni;rogen
to the temperature of 2750 X. The dependences of the quantity
const/A on temperature thus determined are shown by a diagram.
The theory of capillary condensation shows a connection
between the reduction of temperature of the phase transforma-
tion and the radius of the cLAllaries containing the adsorbent
substance. A connection between the freezing temperature of
water and the radius of the pores can be derived. The points
in the diagram A T a f(10/r), which were determined for
various samples and by various methods, are well suited for
a straight line. The method, of determining const/A suggested
by the authors makes itpDasible quickly to determine the
substance adsorbed in the porous body.Hirefrom it in then
possible to determine the ou.:ve for the distribution of the
volume- of the pores over their effective radii. The authors
Card 2/3 thank 1.V. Raduohkovich for hin interest in this
investigation.

The Reduction of the Molting Temperature of Water in
SOV/20-125-4-40/?4
the Capillaries of a Porous Body
There are 3 figures and 8 references, 2 of which are Soviet.
ASSOCIATION: Yoskovskiy gosudarstvennyy universitet im. U.
V. Lomonosova,
(Moscow State University imeni 11. V. Lomonosov). Institut
fizicheakoy khimii Akademii nauk SSSR (Institute of Physical
Chemistryof the Academy of Soiencesp USSR)
PRESENTED: December 24, 1958, by M. M. Dubinin, Academician
SUBMITTED: December 179 1958
Card 3/3

S/076/60/034/008/014/014
B015 B054
AUTHOR; Bakayev. V. A. (Moscow)
TITLE. Calorimetex[With Steady Heat Flow and Automatj,~-
MompenAator
PERIODICAL: Zhurnal fizicheskoy khimii, 1960, Vol. 34, No. 8,
PP- 1875-1878
M~!% In measurements of the specific heat of adsorbents
saturated with
the adbirbate, the specific heat rises considerably near the
melting
Y?oint (1efB. 1,2). To investigate this phenomenon, i.e.
aromalies of th,
specifia heat in phase transformations, It is necessary to use a
calorl7jeter with continuous heating. An instrument of this type
(Fig. 1)
is descriLed in the present paper. The specific heat is
proporticnal
to the tomporature difference on a heat itioulation layer (of
bismuth)
round the sample during the continuous heating of the
calorimeter. To
avoid orrora of measurement due to thermal inertion, the
calorimeter
is heated very slowly (?-10-5 degreeg/aeo). The heating elements
are fed
r,a-,d 1/3

Calorimeter With Steady Heat Flow and S/07 60/054/COB/014/014
Automatic Compensator B015YB054
by VT -98 (ZST-98) storage batteries. As the bismuth layer has a
high
thermal conductivity, the heating rate is low, and the thermal
ele(Aro-
motive force 01) the battery of differential thermo,:oupl~~s is;
thi-refore
very small, the author doveloped a particularly sensitive
aut=atlc
compensation scheme (Fig. 3). The zero instrument ugod is an
r121/5
(V 21/5) galvanometer, the electromotive force t~efiig renorded
by ay:
ele-,trvnio ')IIP-09 (EPP-.09) potentiometer with a !3ensitivity
of 2.10 9
The photorelay used contains~CUB_5 (STsV-3) photocells. Tf an
increased
accuracy of measurement is to S-oai-tained, the bismuth layAr
mAst be
substituted by a loss heat-conducting material. The ca1crimeter
is
srecially suited for inveatigations of phase trari9f0rM3tiCnS Of
th(~
se~-.ond order in the tt;mperature range between -150C and
+10000. Finally
the author thanks L, V. Radushkovich, V. F. KisAlev, and K. G.
Krasil InIkov for advice given. There a;7e T MUM and
47FX7'n'-J~3~-W~7--'
3 Soviet and 1 US.
Card 211",

Calorimeter With Steady Ifeat Flow and
S/076/60/034/00a/014/014
Automatic Compensator B015/B054
ASSOCIATION; Akademiya nauk SSSR, Inatttut fizichoskoy khimii
(AcadGmy of Sciences of the-USSR, Inutit-ate of Physical
Chemittry)
SUBMITTED: February 12, 1960
Card 3/5

BAKATNV, V.A., atarehiy nachny sotrudnik
First Congress of the Internatiow.1 Qouncil of
ConstruWou. 1tv.
ASU no.4:164-168 159. (MIRA 13:61;
1. Otdel vneshnikh anosheniy Akademil strottellotya i
arkbitaktury
SSSR.
(Building--Congresses)

RAY k,
MW, V.h. ; P014KOV, A.S.
?Irat '.orq-,rr%Rs of the International Council on
Conntraction.
Prom.atrol. 38 no.1:63-64 160. (14IRk 13:5)

ACC N"'. AF70121j2 I
Zu6t~C~ cou'Ei UPJUOO-Z!06!000~~lCliOil669i-if3(,9
AUT11ORs llaltnycv, V. A.; D-ibinin, H. M.
ORG: Institute of Physical ChemistryAN SSSR (Institut fizicheskoy
khimii
AN SSSR)
TITM Nuclear magnetic resonanca signal of lithium in dehydrated
synthetic
teolito
SOURCE: AN SSSR. Isvestlya. Seriya khtmichoskayn, no. 10, 1966, 1869
TOPIC TAGS: ion exchange, nuclear magnetic resonance, lithlun.,
zoolite
SU`B CODE% 07,08
ABSTPUCT.- The authors present. tin nuiclear' magnetic resonance
sig6al for two
spe`cim~ns of LiA zeolite produced by ion exchtuige from NaA
zcolite synthe-
sized in different laboratories. The degrees of ion exchange were
98.7 and
98.3% respectively. The specimens were precaed at 780 atm into
tablets
8 run In diwneter and dried in vacuum for ten hours at 430*C. lbe
resultant
W1 signal. which was identical for both specimens, is shown in the
figure.
The signal was taken at room temperature on a frequency of 18.3 Mc
with a
modulatiorf frequency of 180 cps and a synchronous det-ctor time
constant of'
sec. . The authorsthq* .'I. BOSACHEK. and. V. Y. BERP.IN.SKIY for
assistance.
Ca,d 1/ 2
-.-UDCt. .541.183+538.27

ACC NRo AP701W2
Orig. art. has: I figure. EPRS: 40,42

RAKAYICV, V.
t, -
Classifying sea communications according to the line
system of
organizing chipping. Mor-flot 7 no.3z7-12 Mr '47.
(14LRA 9:.5)
(Steamboat lines)

BAKAYBY, V.
I v,~"WA"w
7~rom the history of the U.S.S.R. merchant
marine. Kor.flot
no.8s44-" Ag 147. (MLRA 9:6)
(Merchant marine--Histore)

--
From the history of the U.S.S.R.merchant marine. Xor. flot 7
no-9:
43-W 3 147. Mm 9: 6)
Nerohant marine-Histery)

'IAKAUV, V. __
........
Arom the history of the Russian merchant marine.
Mor.flot 7 no.11:
46-48 N 147. NLRA 9:6)
(Merchant marine--History) (Trade roxites)

BARDIN. I.P.. akademik, glavMy red.; KORT, V.G.-
pref.,_Qty4tatvennyy red.
YMelm; AFANASITN7, A.A., red *; BAIKAYNT I- VA., red.r
BMWOV.
Y.F., red.; ZOWTUXIIIN, A.A., rer-I-S-Ow. ".., red:;
YROLOY. T.Y.,
red.; SHCHMAKOV, D.I., akademik, red.; HIFDNEIKO, Z.I.,
red.;
BPATIffKA, X.I.. tokhn.red.
[Hydrological, hydrochemical, geological, and
biological studies
on the diesel-electric research ship "0b"# 1955-1956)
Gidrolo-
gicbeekis, g1drokhImicbeekle, geologicheskie I
biologichaskis
isoledoyaniia; disell-alektrokhod "Obl," 1955-1956 gg.
OGRA 12,02)
1. Akademiya. nauk SSSR. 2. Zamestitall nachallaika
Konpleksnay
antarkticheakoy ekspeditsil Akadoxii nauk SSSR:
nachallnik I-go
rays& worskoy chasti komplakenoy antarktichavikoy
ekspeditaii Aka-
demit nauk SSSR (for Kort)i 3. Nachallnik
Gidrogmfiebsekoao
uprayleniya Glavsevwrpruti Minleterstya mDrokogo flota
SSSR (for
Afame 'rev). 4. Minictr Morskoo fl6t& SSSR (for
Bakayov).
5. Zameatttell nachallnika Gidrografirbookogo
upravloniya Glav-
saywrputi 14inisterstva morskogo flota SSSR (for
Burkhannv).
6. Nachaltnik Glaynop upravlanlya
Gidrometeorologiclieskoy slushby
SSSR (for Zolotukhin). 7. Nachallnik Komplekenoy
antarkticheskoy
ekspediteli Akadenti nauk SSSR (for Somov). 8. Direktor
Arkti-
cheskogo nauchno-lasledovatellnogo Institute.
GidrografichAskogo
upra'vleniya Glaysevmorputi (for Trolov).
I (Antarctic regions)

BAKATIT, V.
Development of.,marine transport during the sixth
five-year plan. Mor.
flot.16 no.3:1-5 Kr 156. (HU:4 9:7)
I.Minie.tr mmskop flota.
(Shipping) (Merchant aarine)

au"R4 . _Rqor&jZqyjch; YOROVKOY, A.V., red., DIZIIUR.
I.M., red.izd.va,
LAYRENOVA, N.B., tekhn.red.
[The Soviet merchay,t marine durinp the lant 4n years]
Morskoi transport
SSSR an IRI 1"t. Moskva, lzd-vo "Morskoi transport,"
1957. 161 V.
(MIRA 11:1)
(Merchant marine)

BARDIN. I.P.. skademik. glayn" red.: KORT, Y.G.,
otv.rsd.vyVusk&;
AYAMIYXV. A.A., red.; BAKAYMY, V.G., red.; BURKHANOV, V.F..
red.; ZOIOMHIN. A.A., ~id-;-'SOVOr, N.M., red.; FROIDV,
T.V.,
red,; SHGHIMBAKOV, Dole# ;;~Lmik, red.; MIRONMO. Z.I.,
red.; BRAYNIKA. K.I., tekhn.red.
LAerological and meteorological studies of the diesel
electric
ship O(Ybl.w 1955-19561 Aerolcgicheskle i
noteorologichaskie
Inaledovanlia; disell-alektrokhod 40b'," 1955-1956 gg.
Lenin-
'grad, Gidromtoorologichookoe lmd-vo, 1958. 216 p. (MIRA
12:6)
1. Morskaya antarktichookaya okapeditsiya na
dizell-elpktrokhods
"Ob'DO 1955-1956. 2. Zamestitell nachalinika Komplakonoy
ant-
arkticheekoy ekepediteli Akademli nauk SSSR (for Kort). 3.
Wa-
challnik Glavnogo upravleniya Severnogo Morskogn Puti
Ministerstve
morskogo flota (for Afanaelyev), 4. Kinietr Korskogo flota
(for
Bakayev). 5. Zameetitell nachallnika Glavnogo upravleniya
Severnogo
Morskogo Puti, kinisteretva morskogo flolm (for Burkhanov).
6. Machallnik (Ilavnogo upravlaniya
Gtarc-mteorologicheskoy slushby
SSM (for Zolotukhln), 7. Nachallntk Nome-lakenoy
antarktiohookoy
okepediteii Akademil nauk SSSR (for Somov). 8. Direictor
Arkti-
cheekogo nauchno-A'seledoyntel'skogo institute Glavnogo
upravlaniya
Severnogo, Morskogo Puti (for Frolov).
,r-.-Obee rvat Ions)
(Antarctic zegions-Reteorolog,

BARDIN, I.P., akad~Mld. ;l3i,r47 red*; JIORT9
T.G.,prof.. oty.red.; AYAWPTV7,
_VkK TjtT
A.A., red. A red.; BURKRAVOT, T.F.i 'red.; ZOWTMUN,
A.A., red.: 3014DV. A.M., red.; YROIDT, T.T., red.;
SHCHERBAKOV. Dole,
red.; SPRTd1W%. L.L. red. isd-va: SHOKHXT, B.S., red.
lzd-va;
KASHIM, P.S., takhn.red.
I
[Deenription of the expedition on boarA the diesel ship
"Ob.m. 1955-
19561 Opinanin ekspeditail na disell-elektrokhode "0b' "
1955-
19~6 gg. Moskva, 1958. 237 p. (NIL 12a)
1. AN SSSR. 2. Nachallnik I raysa morskoy
antarktichaskoy ekspeditaii
AN SSSR (for Kort), 3- Nachallnik Glaysevaorputi
Miaisterstva
morskogo flota SSSR (fo- Afanaelyev). 4. Hinistr
morskogo flota
SSSR (for Bakayov). 5. Xam"stitell nachallniket
Glavenvmorputi (for
Rurkhanov) 6. Nachallnik Glavnogo upra-laniya
Oidrometaluchby (for
Zalotukhin). 7. Nachal'alk lomplakenor antafktichaskoy
ekspeditall
(for Somov). 8. Direktor Arktichaskoto n.-i. institute.
Gidrografi
ch"o'cogo upravlonlya Glavearnorputi (for Prolov). 9.
Predsodatell
Soveta po antarktichaskim Issledovaniyam AN SSSR (for
Shcheripakov).
(Antarctic regions)

POVOROZHBNKO, Vladimir Vasillyevich, prof., doktor
tekhu.nauk;
IOSTXNKO, Ivan Georgiyevich, kand,takhn.nouk;
MMOTKIN,
Nikolay Alskeandrovich, insh.; RUNTMSIV, Sargey
Mikhay-
lovich, Inth.; PARAKHOMIT, Boris Kikheylovich.
kand.okon.
nauk; SOLOVI M, Ivan Fouich.
k9nd.tskhn.nauk;.BAXAYZVq
Y.Got duktor takhn.na-4k, red.; CMMNONCEDIK, G.I.,
dokto'r
tilain.nauk, nauchnyy red.-. IMIN, A.P.,
kand.tokhn.nauk,
nouchn" red.; IMUTTM, A.S., doktor skon.nauk,
nauolm2y
red.1 GUDTSINOV. R.N.. kand.tekhn.nauk. nauchn"
red.1
ITGHL', red.; LAMNOVA, N.B,, tekhn.red.
LTransportation in the U.S.S.R.J Transport SSSR. Pod
obehebal red. V.G.Bakaeva. Moskva, Ixd-vo *Morskoi
transport,*
1960. 536 p. (MIRA 13:7)
(Transportation)

GU'I*VICII, Gaorgiy Yefimovich- DAKAYEV, V.G., nnuchnyy red.;
FEDNOV, V.P.,
red.) LAVRENOVA, N.D.,
(Organization of the v.,~Drk of the merchant marine]
Organizatoiia raboty
morskoCo flota. 2. perqr.izd. Moskva, lzd-vo "Morskoi
transport,"
1961. 352 p. (Merchant varine) (MIU W12)

ViSHNEPOL13K.U, S.A., karid. okon. nauk; WEV, S.M.,
inzh. putey soob-
ahebonlya; BONDARENKO, V.S.1 RODIN, Ye.D.; CHUVLEVp
V.P.;
TURE,7SKIY, L.S.; SKIRNOV, G.S.; SUPIROVSKIYj D.13.j
OBERMEYSTER,
A.M.; SINITSINp F.T.1 KOGAN, N.D.; PETRUCHIK V A
GRUNIN, A.G.#
KOLESNIKOV, V.G.1 MAl?TlH030Y,,A;.',Q.; KROTKIY:
I:B:IdecoasM]; -:--- i
MMCH,G.B.;JCZENTSZV.,o,7T-iZ%LE~OTTSEV,V.P., kand.
tekhn. naak;
ZAMAKliUVSKAXA, A.G,, kand. tekhn. nauk; YAKALISKIY,
I,I*j kand*
ekon. nauk; FlTROFANOV, V.F.t kand. ekon. nauk;
CHILIKIN, Ya.A.j
UKANEV,-V.G. doktor tekbn. nauk,, red. Prinimali
uchastiyet
'DZHA'VAI)- Tu.-g., red.; GUBERHM, H.L., kand. ekon.
nauk, red.;
HYABUIXOV, P.A.,, red.; YAVIMISYM, S.D.., red.;
BAYRASHEVSKIY,
A.M.p kand, tekhn, nauk, red.; POIZUSUINp V,Ap- lvd8l
BALANDIN,
G.L, red.; ZOTOV, D.K,, red.; RY2MOV, V.Te.t Z-r
DOL',4UKOV,A.N.,
red.; VULtFSON, H.S., kand. ekon. nauk,, red.;
U4.LTRIYL"I, V.I., kand.
ekon. nauk, red.; ALEKSANDROV, L.A., red.;
LAVREN0VAf-NoB*g tekbno
red.
[Transportation in the U.3.3.11.j marine
transportatiou] Transport
SSBR; morskoi transport. Moskva# Izd-vo "Morskoi
transport.*
1961. 759 P. (MIRA 15t2)
Oferchant. marine)

BAKAYEV, V.G.
A well coordinated work is the basis of the merchant
marine
and railroad operations. Zhel.dor.transpo 44 no.11:10-19
N 162, (MIIRA 151ll)
1. Ministr morskogo flota SSSR.
(Freight and freightage) (~brchant marine) (Railroads)

,I3AKAYLYP V.GI....dokt4r tak~ai.aattk
The U.S.S.R. merchant aaarine is growing. Mor. sbor.
46 no.7:
19-27 JI 1639 (MIRA 16tll)
1. lamistr ~brxkoro riot& sssft.

-1-2a t riAn~ij,,- t!, t .,ii i n cal i tit i .1 A
(IC 7.1- L ('f tt
I-,- lip -. t r.a r I no
-X; on
K VO 1 L k !ij A Uk I i ;t i V hV
w,.a rhz-
-.o flot:t v.)

BUTIOMA, B.Ye.; YFGOROV, M.Ye.; DFRFVYANKO, Yu.a.;
KHARAKI]PASHFV, A.A.;
DAKAYEV, V.G.,; ISHKOV, A.A.; KOLKMICIIENKO, N.S.;
KAWNTSF-V, V.M.;
GORSHKOV, S.G.; KASATONOV, M.A.; ISIICIIFNKOV, N.V.:
AFANASIYEV, S.A.;
TITOV, G.A.; LARIONOV, M.F.
Boris Fvgenlevich Klopotov; obituary. Sudostroenle 3C
ro.llt8l 16'.. (MIRA 18:3)

IIA KAY EVJ Vii': (,I, Cwk .-L"V". ~! YV4~)S;
. , .?
.. ~t,~ -',
kand. 6:on, wLuAk... rtillchn. red.; , le .-'
. , r-d .
[Olvratlon of the merchant vivinel
Fkrj:luattAte,.AJli
skogo flota. Maekva, Transport, 1965. 551.) p.
(M.1 I"A .1 Ol : 1 Z )
Is Fk It A ,.t,r Yor,,~koro f I r2 ta SSS It (
for t- yl, .

ACC NRi AM0000326 aph
U0 D1011ok'r UR/
Bakayov, Viktor GeorGlyevich (Doctor or Technical Sciences)
Operation of1the raerchant marine (EkDpluazatsiya morokoeo flota)
Moscow, Izd-vo "Transport," 1965, 559 p. illua.,, biblio,,
tables. Errata slip Inserted. 10,000copies printed.
TOPIC TAGS: mechant marine statw, maritime radio, carg3 ship, ship
navigation
PURPOSE AND COVERAGE: This book Js for training engineers in the
taerchant marine. It may be used as a textbook in the study of
the economics and organization of -merchant marine operations,
It may also be of interest to personnel concerned with the
econon,ics.and operation of mar.f.ne and other types of transpor-
tation, In addition to covering the subject matter of a course
in the organization of merchant marine operations, offered at
naval schools of higher education, the book deals with the
scientific, technical,, and maintenance problems connected with
the merchant marine. Based on the most recent Soviet and non-
Soviet scientific achievements, as well as the wide experience
of the author, the principles affecting the organization and
efficiency of marine cargo and passenger transportetion are
:ard 1 uDc: 656.612.00u(075.8)

~~6--N-Ri ------- A140,008328
discussed. Special attention has been paid to the planning of
anipping abroad and to operations in foroign waters.
TABLE OF CONTENTS (abridged)
Foreword -- 3-
Introduction -- 5
Pt. 1. The unified transportation system of the USSR and the
fundamentals of a comprehensive theory of transportation -- 21
Pt, II, Organization of marine communications and the administra-
tion of the merchant marine -- 45
Ft. III. Technical-oporation characteristics and design particu-
lars on a meroh~Lnt marine vessel -- 88
Pt, IV, The preparation of the technical organization of marine
operations -- 157
Pt, V. The technological procedure and the economic and technical
normalization of merchant marine operations -- 2o6
Pt. V'I. The planning of transfers in marine transportation -- 285
Pt, VII. Traffic organization and technical planning of merohant
marine qperations -- 310
Pt. VIII. Optimum planning-of transportation and the opereion
of the merchant marine -- 418
I

I
ACC NRt Am6oO8328
I
Pt, IX. Econ0mical-exploitation basis of now types of merchant
i
i
marine vesbels -- 514
SUB COM 0~17 / SUM DATE: 29Nov65/ OFaQ REF: 126/
1

VSV/Engineering - Pachine Tools
Car4 1/1
Author t -Bakaev.. V. 1.
Titlo I Quick-change chuck
Periodical Stan. i inetr. 24A~ 34, April 1953
Abstract I A. P. Savenkova designed a quick-change chuck for drill
presses.
All that in necessar7 to releaea a drill, tap, reamer, etc. is to
take hol-a' of the cap of the chuck witile the machine is in motion.
Institution 0601
Submitted 666.

BAKAYRY, V.I.
.,
Jave for automatic gripplAg of parts during milling.
Sian.i instp. 24 ao.
1005 0 153. (XLBA 6;11)
(milling machines)

BAKAYXV, ';.1.
~ ~ ~~
Davloe for
no.?lt29 N
machining parts vith a threaded surface. Stan.i instr. 24
153. (XLRA 6:12)
Nachine tools)

USORMath6mattes - Pendulum NOV/Doe 52
"Approximate Integration of the Differential
Equation of the Pendulum," Yu. N. Bakayev, Moscow
"Priklad Matemat i Hekhan" Vol 16, No 6, pp 723-728
States that analysis of some automatic regulation
schemes lead to the following system: (IV/dtzu+b,
a-2du/d.t z -sin v - u (a, b are constemts), which
can be reduced to the familiar eq for the pen-
dulum dZv/dt2j.&dv/dt + sin vab. This eq has
'be*n vell studied from the qualitative viewpoint,
(phase trajectories). Conducts a quw.titative
analysis. Submitted 5 Key 52.
241T67

o r\T
T
.3UBJECT USSR PHYSICS CARD 1 / 2 ?A - 1590
AUTHOR BLKARV,JU.N., KUZNECOV,P.I.
TITLE The Mean Value Methad and its Application to Some Nonlinear
Tasks
in Radio Engineering.
PERIODICAL RadLoteohnika, 11, fase.10, 3-12 (1956)
Isaued: 11 / 13-56
The generalization of the mean value method and its full
mathematical foundations
were given by N.11.BOGOLJUBOV (1945). A form, into which the
initial differential
equations of the system are put, takes up a certain space in his
theory. These
dxi
systems have the form - X )# i - 1, 2j...,.*j a
dt i (t' x1t X2"" n
is the "small parameter". In the further course, and if nothin,3
special is
mentioned, only a differential equation of the first order:
di X (t, x)
Tt_
is mentioned. BOGOLJUBOV genoraliaed the procedure to a
considerable extent and
defined averaging as follows: ~T
X (x) ; lim 1, X (t,z) dt
0 400 T 0
In this form it can be applied to non-periodic functions and even
to functions
that bave no oscillation properties. BOGOLJUBOV proved several
theorems which
belong to the most interesting cases found in practice, Frsia
tfibeee it follows

6 A r\ n 1'~ v "\]
SUBJECT USSR / PHYSICS CARD I / 2 PA - 1706
AUTHOR BkKAFV,JU.N., KUSNEZOV,F.I.
TITLE On the Determination of the Domain of the Stable
Operation of an
Inertial '..,stem. of Television Synchronization.
PERIODICAL Radiotechnika, " , fasc- 11, 17-24 (1956)
Issued: 12 / 1956
The stability of the synchronizing inertial device is
investigated which was
dealt with by the works by G.V.KIJAKOVSKIJ (Radiotechnika, 6,
fasc.6, 1951).
The biock scheme of this system is described as well as
th~-aifferentiHl
equations belonging to this system. These equations are
nonliaear, and for
their solution the averagihg method is employed. It is pointed
out that
KIJAKOVSKIJ assumed that the voltage on the collectii.g
capacity in the inter-
vals between the synchronizing impulses does not change. This
assumption leads
to errors. He made the concrete stateii~Nnt that the
r,~6ulating voltage on the
not of the reaction tube appeared to be independent of the
porosity of the
synahronizine impulse signals. In realityp howevert such a
dependence exists.
In close connection herewith is also the selection of a wrone
scheme of in-
vostigation. KIJKKOVSKIJ replaces the phase detector by a
source of electro-
motoric force witbout &ny inner resistance and by an
integrating RC chaint
which is supposed not to exercise any reaction on the phase
detector and on
the voltaCe generated by it. In order to brinG the conditions
of analysis
into line with the experiment, KIJAKOVSKIJ introduces a cathode
repeater into

Radiotechnika, 11, faac. 11o 17-24 (1956) CARD 2 / 2 PA -
17o6
the experimental scheme. However, lie disregards the fact
that the latter
eliminates the reaction of the RC chain on the detector
which is of essential
importance for the entire Investigation. In practical
schemes a cathode
repeater is not necessary nor is it ever used.
As a special case the phenomenon of a partial and total
shiftine of frequency
in the system is dealt with. Next, the aperiodic state in
the oystem ia in-
vestigated. Low values of the coefficient
2 ~2 48 G') is a frequency) correspond to the high degree of
extinction in the system. For the colution of the system of
equations with
small multipliers the method of the small parameter is
usually employed. As a
relation may easily be established betwoen this method and
that of averaging,
the method of the small parameter is someiliat modified on
this basis.
Finally, the limiting cycle and the conditions for their
existence are
determined by means of this method. From what has been said
it may be seen
that a limit for the disturbance of the device exists and
that it cannot be
exceeded.
INSTIWTION:

AUTHOR: Bakajev, Yu.N. 109-3-2-9/26
TIT13: Invei3tigation of the Integrating, Systein of Television
Synchronisation (Issledovaniye itiertcionnoy sisLemy tele-
vizionnoy sinkhronizatsii)
PERIODICAL: Radiotekhnika i Elektronika, 1958 Vol.III, No.2
pp. ~27 - 236 (USSR~.
ABSTRACT: ~~he standard pulse-type synchronisation of t1le
television
raster is deficient in that i; is comparatively sensitive to
interference. This deficienc.- is reduced in the integrating-
type synchronisation, in which the synchronisinL signal is
a7craged over several tens of periods. The system normally con-
sists of an integrating (avereging) phase detector, a controlled
element and a time-base generator (see Fig.1). The circuit
diqSrar, of a phase-detector is shown in FiG.2. By analysiriLr
the
circuit$ it is shcwn that its operation can be described by:
dua
C + U il - 12 (1)
dt R1 (i dt c)
w - w0 + a du, + U (2)
Cardl/4 dt C)

10073-2-9/26
IIIvC~;t..-C,.-'Aion of the InteGratinr, Syster., of Tclevi~ion
Whe ran WO is the natural frequency of the time base, i.e.
its frequency in the absence of any volta6e at. the Grid of
thE.
controlling reactance tube; w is the instcait frequency of
t',:(--
tirle ba3es a is a coefficient. Lrq.(2) can b,.; viritten as
Eq.(3), where q) is the phase difference and Aw0is
initial frequency diftcrence. By averaging Eqs.(l) and (3)
OvCr ajoriod T, it is possible to write them in the forri
of Eqs 4). From these, it follows that the synchronisation
equation of the system is:
+ CX + d,,, + f
d(p dx
where
uc t
t &wl = 0 A AwIt Aw,RC
U A T
T
L;nrd2/4

IrivestiF,ation of the Integrating
X :: 4wirC 'AWO
AW,
109-3-2-9/26
System of Television Synchronisation
and x = oL -t t is the length of the synchron,sing pulse
and V = r + R2 + R3 + Ri , where Ri is the internal
resistance of a rectifier diode. If f(y) = 6in (p , the
8yachronisation equation can be written in the form of
Expression (7). From Expression ("j), it is shown that the
cynchronisation bandwidth of the syster, can be expressed by
Eq.(10), provided the initial de-tuninC of the system fulfils
the zondition;
" < 4 IZZ-,
AW rC).
rq~V 1
If the synchronisation function is in t.-Ie form of a saw-tooth
Y,ave-form, as expressed by Eqs.(11) and illustrated in FiG.6,
the system is capable of beinC synchronised provided it fulfilo
the condition expressed by Bq.(12); this condition implies
the absence of the limit cycles 0f the second kind. Tl,,e
eflecu
Un rd 3/4

109-3-2-9/26
tl,c I11tCCratinj_- Oy6teL~ of Telcvi~,io-l
of noise on the synchronisation io cDnisider-,' vnc- it irl-
tl,at the overall error of We sYste'.. is ,.,.Veil '~,:
-E,1-(l5), fro!..
-;.-hich it follovas ti.at the miiii~:Lll:i e.,:,_,or L_IvOn
by B(j.(l,1-).
It is also shovm that the transient 'Uimc of V-e sYntem tY
can approximately be expres:~ed by the cqaatior~ 3r- Tl,,e
expressions derived can be employed i.-. t-',,c de_,.Ji~:, :,f
practicaj.
pha.,~c-detector systems. The -paper colitc.-irs threz a
~2c~Ldiceo:
t,1-.c first af ti,cs, dcals t1hr calcl-ilation of t1.0 4 jj4-
C_
in Equatioi- (4) the second is concerned vlit:: tlLe inve,,.ti-
~~ation of the lii.At c.ycles of the seco~.d ::ind for Eq.(-)
and
ti,e third determines the l.Lrai*- c.,,cler, for '.1-c sYnchron
eqLl8tion when f(~i) is i~- tlx sha-e of' asai-.--tooth
form. There are 9 fiGures and 9 refe--cnocs, '/ of -1-.,hich
are
Rus~Aan and 2 Ent;lish.
SUBVITM D: Junc 195G
AYAILUIS: Library of Coae:ress
Card 4/4 1. Television-Synchronization 2. Mathematical analysis

am
10 12 7
AUTHORS:
Bn!::lj0v' Yu. N., Kuzuetsov, 11. 1.
TITLE:
On
Prub1c.-.1s in Stirting Condition Calcul,,.tion in :~'lclctrlc

Drives With Direct ClArrent I.Iotor (K vopro.-.u, rancheta
piol;o-

.Vlch rc,-.himov v elek
troprivolakh r

tol:a)
PERIODICAL:
1(,)59, :Tr 3, pp 47 - r0
ABSTRACT:
The analyticrtl Inventi!--lation of' the tr-.nriv~,t
operation of

direct current mctor driven with an in3opi~n.'-Mt
excitation

can und,.-r some L.-CUM-pt Ions be reduced to V~c
qol,,,ti,.)n of a

ny5tem of two linear first order differertiil
equations .-.-ith

variable coefficients. In the paper (Rof 1) it
rn-s dnmon~;tr.~ted

tl,.-,.t even in a relatively oi%~P'IQ cace
a nrlution of the

problem cannot be Alound. The computvtionc
nre, Imaever, con-

3iderahly nimplified If t%- in-hictivity of
tho a,-~A.nrc'

eircuit in ienored. Siriil-ir rr,thndn of
-,,olvin.- tlii-- ;lr0blc-.

yioldcd tiatisfactory r-loults in n
nuuibcr of canes. The problem

tinilcr review in thi,-. 1,,nper
ic 1.11i'L of a 1,uartitntive orti-n-

tion of the errors in the
Cllcl~l~.tionu by -~ean~~ of n1j:)roxima-
Card 1/4
tion formulas.
The ;-..n(;netic nysto~-i of tne motor in asnumed

On Problems in StartinC Conlition C-ilculaticn in El~,--Iric
-C,
Drives With Dircrt Ciirrent Motor 0,
to be unzaturated. 11yntel-eniv, Vx vota.-e drop at the brur),
contacto and the arm.,Auro reaction are iL-nored. .1, rysten
of
equations (1), (2), and (3) Vne tranlient ~Anrtinc
proconses in 1;h~, Arive unit iz~ writtcn down. The excitation
current i E i;j (2) anl (3) in, t~il~rn to be a 1-norm
function
of time. If the ti-ic con,-tqnt of the nr!n:itvrv circuit in
snnll na conpareA to thu othcr ti!-c 7on.Annt-, involved, i E
and (A.)(t) vary very qlowl,,, ar ven-ired to i armature (t).
11c;xV,
when intel-rntinS iL
.(t) and, w(t) may be conridered
con-,ttint. E~'ultion (4) 1:! loliivod if it iv inteC:rated
under
the L'amo asstimptionr i,-. il~nvc, rvcioly, that i E and (4
Mo not
depe-d upon tire, wo arrive .-It for-7ula (6) for the
arm:i.turc
mirrent. Subcoquently equntion (b) ie.1 ol't-linel, giv!n~'
the
0 of the olectro-mmtor. RvIntions nrnlo~,uous to 0 'qua-
t"o., (n) h,,.Yc I;ecr in t~i,- i- 7,er cited by reference
-C' o1ArinA ly r~(!ttini; tho inluctivity of the
Cari 2/4 circui t L.1 C ri,-,ht -it ')!- in for;-,,ila (d.).

On ilrobl,:m.,-. in ""t- rtinG Con,li ti on C-
Drives With Dlrc,~t "vrrent Motor
If t h i Is in lo n C. the to If D ir, c-u,~tirn ind
1(0)1Ecxp(-Ulr) In cc~,uation (0) Th-, ni-lic-tility
limits of these eq-untions have no', It
is shown that the error in up-inl-7 0:',I' 'i (8) %monntz-;
to
40, A # where T in the time cc,,,,' Lnt of thn Urc
A
circuit and TIn the clectromecimrior,1A. ti!.(! 00,".U111t.
It is
demomitratod that by tho inclunion of t!~o
in the equations (4) and (6) thio notlioll of
inte6ration exhibits certain adw-ut.~.-,er,. it in fl~rl.her
rhmm
that the rol-,tive error in the doter:iirAion of thr~
current according to for-aila (6) can bo cLtinited
to formula (10). RDlation k1l) shows thiA thiz crrir in nr)t
only dependent upon the r.,.tio beti-,-evri ti--o con.-~tLnt
01'
the irm-tturo circuitarAafft ti-;,c
but n1loo upon the ratio
TErr Those estin,,tions . I ply in the c;t::w, of ziot
Card 3/4 A . a -, -~r

On Problems in St.-irtinj; Coi!dltion C-ilculation in
Zlsctric -07/10,- - r,9-3-ID /-27
Drives With Direct Current '.'otor
and brakinj. For rotation invernion the correspondir6
valtier,
munt be doubled. The estirationf, advanced in thit; paper
apply
"OstlY to Machincs of m0diuln pov.,er. If equntiono
(9),(10)1 and
(11) ire uoetl for mid-et motors, they lead to congiderable
errnra. Thore -'re 8 Sovict r-forencen.
SUBMITTED: June 15, 1950
Card 4/r4

6 9 6 q 7
8/024/60/000/02/017/031
9140/E135
AUTHOR: Bakayev, Yu.N. (Moscow)
TITLS: -P1jtTMg-Th*"e'tperating Zon,~s of an Automatic Phase
Control
System
PERIODICALt Izvesttya kkadeM41 nauk SSSR, Otdeleniye
tekhnicheskikh
A
na,uk, Energetika I avtomatika, 19609Nr 2,pp 132-136 (USSR)
ABSTRACTt The stabllity of automatic phase control system ti
has been
preliJously studied elther in the linear approximation or
with regard to systemn of not higher than second order.
The present article obtains results specifically for
third-order systems out the method of solution is presented
In a. form permitting solution of the general case. The
basic assumptions of the method are as follows.
1) The system coefflctentzi are constant. 2) The system
function is single-valued, continuous, periodic and
satisfying the Ltpshits condition. 3 The system
determinant does not vanYsh, which guarantees that the
system of equations has a unlqiie solution. 4) The system
parameters and the function f(xj) are such that the
Ca rd equation f(x-,.) .. z - 0 In a certain region of xl has
1/2 two real distinct roots. Then stable solutions alternate
with unstable. Further. the system is analysed b-y-the

66W C., -7
8/024/6o/ooo/o:-/oi7/O31
Plottlng the Operating Zones of an Automatic Phase Control
System
Lyapunov method. This permits better utilisation of
possible systems. The graphical solution (Fig 211
permits finding the maximum admissible deviatic:i of the
system with maximum detuning between the natural
frequency of the system and the required frequency.
Card There are 2 figures and 3 references, of which 2 ars
2/2 Soviet and I is Czech.
SUBMITTEDt December 22, 1959

. RAWAY, YU.N.; KUZNVfSOV, P-1.
Compnrative investigation of consecutive and parallel
methods of
frequency division. Hadiotekhaika 15 w.4:42-49 Ap 16o.
(KIRA 13:6)
1. Daymtvitellnyye chleny Hauchno-tekhnicheskogo
obahchostva radio-
takhniki i elaktronvyasi imeni A.S.Popova.
(frequency chaugern)

S/024/62/000/006/012/020
E14u/El35
AUT11011i Bnknyev, Yu.N. 010ficow)
TlTLE: InvestigAtion of the stability of inertial
synchronisni,jon systems
PE'R10DICAL: Akadcmiyn nntik SSST?. IzvestiYA. Otdcleniye
teklinicheskikii nauk. E.nargetika i avtomatikas nO.6o
1962, 128-132
TEXT. The article concerns the type of 'flywheel$$
synchronisation mystein i3sed in television receivers and similar
IX
equipment. In the watheittatical sense there are an infinite
number
of modes in which such syi4tems can catablish.synchronism. The
noto derives stability conditions for sitch systems with delay.
It is remarked t1int 1,yapitnovls method 6annot be applied, since
it
is applicable only to systems with iinique stable modes. It in
found that the capture band of such 8YSte1118 is narrower then the
associated filter possband, a rebult which is -evident from
physical considerations. There are 3 figures,
Card 1/1 SUBMITTED: November 21, 1961
dl~

S/024/62/000/006/015/020
E140/E135
AUTHOR: Bakayev, Yu.N. Moscow)
'r]ITIZ: all a possible method of improving the dynamic
properties of automatic control systems
PERIODICAL: Akademiya vinuk SSSR. Izvestiya. Otdeleniye
tekhviicheskikh rinuk. Energetika i avtomatika, no,6,
1962, Vilk-145
TEXT The problem is to obtair the most rapid damping of a
certain positive-definille function o~ the system. As examples,
a
second-order linear system with conssi.ant parameters and a
television synchroniftation systent are investigated. 1n the
latter
example a proportional integrAting filter' is automatically
introduced iiito the system, the advantage of which is knowrx.
There is I figure.
SUBMITTED s January 3, 1962
Card 1/1

hnol
8/103/62/023/009/002/007
D201/D308
AUTHOR: Bakayev, Yu. N. (-Moscow)
TITLE: Analys~ie of dynamic and statistical properties of a
phase system of APC with quadratic and combined damp-
ing
PERIUDICALt Avtomatika i telemekhanikag v. 23, no. 9, 1962, 1179-
1185
TEXT: The author conaiders a typical circuit of a phase AFO sy8-
tam, conoicting of a phase detector with an RC filter (sensing
element) a reactance tube (controlling element), a generator (in-
tegrator~ and a feedback circuit. For such a system the
stoabi~ity
regions are determined together with the duration of transients
for linear and combined linear-quadratic damping by means of
aeym-
.ptotic solution of the Poklter-Planck equation with small
parame-
ters. The analyuis show6 that the quadratic damping is to be pre-
ferred'for large phase deviations and linear damping for small
phase deviations. It is also shown thatt if the signal-to-noise
I/
Card 1/2

S/103/62/023/009/'002/007
Analysis of dynamic ... D201/D308
ratio, referred to the input of the APC system, is less than
Unity'.,'x,
the linear damping Is to be preferred and when it is larger than I
1, the quadratic damping gives better results. There are 3
figures.
SUBMITUD: JanuarY 3, 1962
Card :'/9

s/28o/63/000/001/ 014/01-6
EVIO/Z435
AUTHOR. Bakayev, Yu.N. 01,oscow)
TITLF: The effect of delay on the conditions of synchronization
ill automatic phase control systems
PERIODICAL: Akademiya nauk SSSR. Izvostiya. Otdelaniye
toklinichoskikh nauir. Teklinicheakaya kibernotika.
no.1, 1963, 139-143
TI:XT: The shape of the region of stability of an automatic phase
control system described by a nonlinear second order differential
equation with delayed argument is found. Generalizat ions of the
method are po-3siblv. The solution is obtained by the method of
fulletionalst using a functional due to N%.N.Krasovskiy
(.Nukotoryyo zadachi toorii ustoychivosti dvizhoniya - Cortain
probJema in thv theory of stability of motion - Fizwatgiz, 1.959)'.
A R t,
v = (x 0 dT y-(v)dv (11)
f W dx + Y,-) /,~, +
X0 -h
There is 1 figure.
Card 1/1 SUBMITTED: January 3, 1962

BAKAYEV, Yu.N.
Stability and dynamic properties of an astatic
frequency trim system. RadiotelM. i elektron.
Mr 163.
(Automatic control) (Frequency
automatic phase
8 no.31ol3-516
(MIRA 16:3)
regLilation)

i~' Lac -fulatl~-T, nw,,',
TJTI =-Lllp

ACCESSION NRt AP4018059 S/0213/64/004/001/0145/0149
AUTHORS: Stas' , 1. 1.; Ishutin, A. G.; Bakayeva, G. Ae
TITU23 On the problem of investigation of long waves
SOVRCE: Okeanologiya, 'Is 4, not Is 1964# 145-149
TOPIC TAGSt storm-location, ocean wave, atom forecasting, Van Dorn
wavegraphp
coastal weather station, hydraulic filter, Estorline Angus
rogister# Groafen
ocoanngraph,, manometar
ABSTRAM The authors described the physical configuration of
a.long-pariod
ocean wavorraph station and discussed qualitatively the mpthodology
of aoa-atorm
location by long-period wave measurement. A long-period wavearaph
station was
built on the island Kunashir of the South Kurile group. A schematic
diagram of
the station in shown in Fig. 1 on the Encloaure; the system is
named for Van
Dorn. Hydraulic pressure differences were relayed dirough a
aubmeread hose to a
hydraulic filter manometric device, The proasuro differences wore
then converted
into electric signals and recorded on a timo-prossuro plot, The
recording device
used was an Esterline-Angus plotter. Calibration characteristics of
the hydraulic
filter wore presented, along with a achematic diagram of the filter
and typical
Card 1/4

.ACCESSION NRi AP4018059
long-%mve recordings made during trials. Results were compared
with those of
Yu. N. Sorgeyev (1961, Opy*t isucheniya r.)ln bol'ohikh
periodoy v more. Uch
zap. Loningr. un-ta, No. 309, Okeanologi3m). The authors
proposed further ;tudy
of the joint uno of the desoribed statione with weather
stations to improve storm
'prodiotion. Orig. art. hass 2 sketchesp 1 grapb, and 1
photograph.
ASSOCIATIOM none
SUBHMED& 00 INCLs 02
SUB COM ES NO RW SOV3 001 OTHERs 000
Cciid

ACCMICH NRI AP40IM9 111CLOSURSS 01
Cad 3A
10004W MOA, Iasi"
General viev of a long-period vavvgmph station.
(to oard 4/4)

AMESSIM NRs AP4018059 (from card 3/4) IMCWSUUtO2
I- protective cover and hydraulic filter; 2- brans vertical pipe;
3- hose, su3pended on a rope; 4- rope; 5- protecting screen; 6-
support
pipe; 7- four-strand cable; 8- place for recordUl apparatus; 9-
electric
cable comeation; 10- tidal amplitude; n- mean sea level; 12-
hydraulic
hose; 13- cono"tel 24- rook
rd
4A
--- -------------------------------------

"Den~cendants of the Potato Species Solanim andirenixi Jim. et
I;ik. and Their Uili-
zation for Selection." Ctn.,-l Diol Sci, All-Union hint of Plant
(Irowi.n.-, All-Union Order
of Lenin Acadn-~ of Al-,ric-Atia-al O'ciences Imeni V. I. Lenin,
IAni-"'rad' 19.55. 0"L, No 16,
Apr 55)
301 %,- No. '!Olt, "' Nov 55 - Sw'vey of Scientific an(I
Tecimical Dis~iertztions Defended
at U'JSR lli,,-her Educational Institutions (16).

DAUTNVA. H.
Ivory telephone operator can be progressive.
sov.svi&s. 2 no.12:
15 D 152. MBA 7:8)
1. BrIpAir Xemerove)wy Corodskoy tolefonnoy
stantaii.
(Telephout-limloTses)

BAKATNVA, N.N.
Biboflavin deficiency in chronic dysentery; clinical
and laboratory
findings. Sovet. wed. No. 2:32-34 Feb 52. (CIML 21:5)
1. Of the Clinical Division of Moscow Oblast imeni I.I.
Mechnikov
Institute of lpidemiolof, Microbiolct7, and Infectious
Diseases
(Director-A.I. Sokoloy .
I

BAKAYNVA, N.V.; KUZIN. V.I.
Phngocytia nativity of blood laukocytee in dynantery in
its dynamic
stage; ftuthor's abstract. Zhur.mikroblol.epld. i incrun.
29 no.
2:116-117 F 159. (HIRA 11:4)
1. Ix Hog imvskogo institutq vektain i eyvorotak Imant
Mochnikoirn.
(DYS3MMY. RACILLARY. immunology,
phegocytosis (Rue)
(PH.AOOCYTOSIS, in var. din.
dysentery, bncillnry (Rile)

`B-WYEVAt N.N.; NUZIN, V.I.
Methods of diagnosis and recovery control in
bacillary dysentery
in adults, Sov. =d. 24 no. 2:65-69 F 16o. (.XIRA
14:2)
le Iz 2-y gorodskoy klinichaskoy infektaionnoy
bollnitsy (glaymyy
vrach A.M, Pylltsova),
(DYSENTERY)

"Crnhinod 11 t1iol of v-,ioinition :igainst
L.,-Ihold," 11),i3, Ath 17,.. V. :.Iordini.
1151f~urentl,itlon of p-iv,i 13 LO.':4 smith I,. V.
6-r,hn,k.
,I-. Ilysis of th..~, 'trains of ilarit:,-il-mn Chroip
ON- rv(,h.i ill th" U vu !3
-1.'d V'j-'o4 -'Ath 11%. %.
C. A., r. I :! 'In-A ""i :-~, 1~)- ,

ISPOLATOVSKAY.A,, 1A.V.; RIKALEVA, O.A.; 0STilOVSKAU,
N.N.
Electrophol,atic and imwnochemical atudyof the
protein componento
of the blood serum in guinea p1gs in the development
of Brucells,
infection. Bitil. eksp. biol. C mod. 49 no-3146-50 Hr
'60~
(MIRA 1415)
1. Iz otdola biokhimii i bruteellesnpy laboratgrii
Instituta,
apidemiologii i mikrobiologii isoni-N.F. Gamslei
(dir. - prof.
S.N.Maromtsev) MIN SSSR,, Moskva. Predstavaena
deystviteilnym
chlenom AMY SSSR L.A.Zillberom.
(BRUCELLOSIS) (BLOOD PROTEINS)

.QAKAYWAp O.A.; OSTROVSKAYA, N.N.
Detection of Brucella. antigen In the serum of
experimental
amimala in the early period oi! the development of
an in-
eectlon. Zhur. =ikrobiol., epid. i Immin. 40
no.2:13-19
It '63. (MIRA 17:2)
1. Is Inatttuta opidemiologii i mikrobiologil
imeni Gamlei
AMN SSSR,

SAXSOKOV, G.V.; TILIKIN, G.B.; KLIKH, S.Y.; RAKAYIVA,
R.N.; XULPXNXO, M.P.
Selective sorption of vitamin B12 in ionites.
Ked.prom. 14
no.30-12 * 160. (XIM 13W
1. Leningradekly kh1uiko-f&rmatssvt1ehsskiy Institut.
(CTAIFOCOS"IU) (ION XXCWGX)

0
S/W)/0/025/OOZ/OOZ/0l
AOW/M26
AMORS: Avetisyan, I.S., Rghay Pospelova, K.A.
TITLSi On the stabilization of pclyatyrvno latex by non-ionogenic
emulsi-
fiers
rFRIODICALi Kolloidnyy zhurnal, v- 25, no- 2, 196,1# 143 - 1115
TEXT i The emulsion. polymerization of styrene was Parried out with a
mIx-
tut-o-of--techniual--grade-non"ionogento-cmulsiflart. -Ofj~10-(OP-"O
-wid-xYlital-
0 -15 -(3-15).-- - Tho- -latter -1s a surface-active -substance
obtained from -xylite -by-----: -
introducing a !3tearic-acid radical mid 15 hydroxyethyl groups. OP-10
liar. a much
higher activity than xylital 3-15. SlurfdCO tension measurements were
carried
out and it was observed that near-to-equilibrium values might be
obtained not
only by the stalaginomo2ter, but also by the du Nouy method.
Pm,ification of the
surface-antive substrmcps by rmans or electrodinlysia did not change
considera-
bly the surface activity but decreased the 1A]. Therefore,
non-dializzed aqueous
solutions were used for the polyiverization f3xperiments. flowuver, a
stable emul-
sion of the monomer was obtained only with OP-10, while a block
polystyrene re-
Card 112

8/06 ,9/6?/025/OOZ/002V'01 0
On the stabilization of polystyrene latex AO!YI/AI26
exulted from polymri%ation with xylital 3-19. 'Mu5 polymrization was
carried
out w1th a nilxturv of xylital -8)-151 OP-10 - 4 1.1, styrene, and
potat;siunn per-
sulfat,e. Tho i-,dxtitro was initially heatod LO t~,O C' arid by tho
exothermic renc-
tio,i the temporati.re rose to 95 C. roly;:)erization was cnrried
out under soft
mixinF; 3 h. Tho lthtx~x obtained showed high dlr~pcrsity (r about
0,1 I-L), but
pi I - ,,;, (111~3 to a I)al'tlnl mwonifl-vat-Iol, of xYlItal 3-15.
Uie (lily re-
sidue of the 111tex 31.4%, content of the MorIOMM, 2.6%. The latex
showed
Mgh ttability (wlthniit pbase separation for 12 rno;iths) in
stovase. Thvre is I
ASSOCIATICAN: ln~~ULut Viz1ahmskoy khimii a' SWR, Mor,),-va
(Instlitito of Physical
Chei-ristry 1CX the AS USSR, Monnow)
11 '21 D., Octolber, k,), 1961
GAIrd- Z/p

BAKATAVA, V.
in plants. PAO no.2:11-33 F '59.
(MIRA 12:2)
le UcherkV sokratarl pervichnoy
nauchno-tokhnichookogo otshcheetva
priborostroitellnoy promynhionnosti Kiyovakogo gavoda
"T"holek-
tropribor."
(Ki-ov-Blectric inotnimento)

ACCNR.-AP6763~~aF4----- -------SOUIICE CODE: W/0020/06-
/iY0/U-Ui1
AUTHOR: Bakayeva, V. P.; Yegorova, Z. G.; Karpov, V. L.
DRG: Institute of Physical Chemistry im. L. Ya. Karpov
(Fiziko-khirnicherkiy inrtitut)
TITU: The effect of ionizing radiation on epoxy resins
SOURCE: AN SSSR. Doklady, v. 170, no. 4, 1966, 368-871
TOPIC TAGS: ionizing radiation, epoxy plastic, mass
spectrometry, electron par&-.ag-
netic resonance, isomerization
ABSTRACT: The authors study molecular variations which occur
during irradiation of
epoxy resins. Solid epoxy resins and resins synthesized from
epichlorchydrin and di- I
phenylenepropane Vith a molecular weight of 1000 and an epoxy
number of 9-12 are
Otudied. The structure of resins 9r this type is as follows:
Clio
\O/
C11,
\0/
where nuO-15
Card
1/2
UDc; 54T.gi4

ACC NRt-----AP-06-33274
Powdered resin specimens were irradiated both in air and in a
vacuum at room tempera-
tures by a stream of fast electrons with an energy of 200 kev and a
current density of
0.0143 m&/=2, and by Co60 gamma rays. The radiation doses varied
from 20 to 1500
Krad. The following methods were used: infrared spectroscopy,
mass-spectrometric
analysis, thermomechanical. analysis and solubility in acetone. The
results of these
studi%s show that breaking of epoxy rings, cross linking and
destruction occur during
ionizing radiation. Cross linking can be .-xplained by the fact
that hydrogen atoms
break away from methyl groupa to form radicals. This is verified by
triplet formation
observed in electron paramagnetic resonance spectra during
irradiation of diphenylene-
propme Qnd epoxy resin. Orig. art. has: 4 figures, 1 table, 4
formulas.
~SUB CODE: 07/ SUBM DATE: 09De,.-65/, ORIG REF: oo6/ oTH REF: 003
Card

RTUMIN.N.V.; RAKAYKVA,Ye.M.___
flygroscopic moisture In varying types of paper.
BUM.prom.
30 no.5:8-10 MY 155- (XM 8:8)
1. T$entrallnyy nauchno-Looledovatellekly
institut bumagi. i
(Paper--Testing)

JAKAYEVA, Yokaterini, Vaoll'yovna;
GJIDIJ~'G-GOLOVDI, VasMy Fetrovich;
SIEVEHO~ A.S., r.,,d.; URIJI.':',II;OV, A.,
tekhn. red.
[Soybenn in Kazakhstan) Soia v Kazakhntano.
Alma-Ata I Kam-
r,ollkhozgiz, 1963. 35 P. (MIRA 17: 1)
(Kit zakhstan--- Soy Now)