SCIENTIFIC ABSTRACT BOGDANOV, Y. S. - BOGDANOVA, A.K.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000205910003-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 9, 2000
• Sequence Number: 3
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

AUTHORs Bogdanov, Tu. S. 20-120-5-2/67
ar a ~for th'ek6"
TITLEP 1-1~ sence of cloaaa Trajectories (Nekotoryye
priznaki otautetviya xamknutykh trayektoriy)
PERIODICAL: Doklady Akademii nauk SSSR, 1958, Vol 120, Nr 5, pp 939-940 (USSR)
ABSTRACTs Lot X be an open subset of the real two-dimensional Buolidoan
space B 2; X==. 2 + X2 )1/2, let p(x) be a
(xl ,x2) eX1 x (xi 2
real two times differentiable -vector function with the components
P,(x)l P2(x) defined in Xp lot V be a bounded subset of X with
the diameter h; let G be a subset of X. In X9 te (-00,00) let the
differential equation D be considered
D & a ~ PW -
dt
Lot XD be the set of the singular points of D and let G' -= G \XD.
Furthermore let N
W( p 1 2
2,11 ZP20 p0 -t 1~ q3
k(x) S p V - + . 057x- )-P20-9._2 I k(x,t)-
I ax 1 1p2 x2 1 - lk(x)l
,-a - 2
Wxlp- for x6G'j A(x)-~ k(x)
Card 1/3 M(X) -~-- P~) ax 0, "P(x)4 Ifor k'xl ~ 0

Some Marks for the Abseuce of Closed Trajectories 20-120-5-2/67
and A(x) (-,oo,oo) for k(x) - 01 "', (G) a U U (X+t)(-p2(x)'
x C- G . c,&x
L) L) X+t )(-P2(x)'Pl(x))' Furthermore
XCGI tP-(-Oo,oo)'
let Ybe a closed Jordan curve and I r be the interior of the
domain bounded by itl T CIr 0
Theoremg If k(x, 1 )> 0 for all x 6W, then D possesses no solution
h
which entirely runs in 0 and includes V.
Theorems It k(x) ~ 0 for all x 6 G I and ~ (G) OV ~ Vp then D
possesses no solution which entirely runs in G and inoludeo V.
Theorems If J(G)11V ~ V, then D possesses no solution which
entirely runs in G and includes V.
TheoremsIf k(x,-Z )4-0 for all xE V, then D possesses no bolution
which entirely runs in V.
Theorems If m(x) ~ 0 for all xtc-G', then D possesses no solution
Card 2/3 which entirely runs in GO ,

Some Marks fo:, the Absence of Closed Trajectories 20-120-5-2/67
The theorems are repeated in a geometric form and the geometric
properties are explained from which there follow the theorems.
There is 1 Soviet reference.
ASSOCIATION&Leningradekoye otdeleniye matematicheBkogo instituta imeni V.A.
Steklova Akademii nauk SSSR (Leningrad Section of the Mathematical
Institute imeni V.A.Steklov of the Academy of Sciences of the USSR)
PRESENTED: December 13, 1957, by V.I.Smirnov, Academician
SUBMITTEDs December 10, 1957
1. Topology 2. Mathematics
Card 3/3

5
16(l)
AUTHORSt BogdangX4_jaLSj Chebotarev, G.N. SOV/140-59-4-5/26
TITLEt On Matrices Commutating With Their Derivative
PERIODICAL: Izvestiya vysahilch uchebnykh zavedeniy, Matematika, 1959,
Nr 4,pp 27 - 37 (USSR)
ABSTRAM A matrix is called conservativet if it maintains the Jordan
normal form on an interval, i.e. if it possesses the same
Segre characteristic in every interval point. The authors
consider conservative matrices A(t) which commutate with their
derivative At(t).
Theorem s Let the matrix A(t) be everywhere differentiable or
absolutely continuoust conservative and commutate with its
derivative on the intorval (a,b); let the elementary divisors
of A(t) be relative prime. Then A(t) is functional-commutative
(i.e* their values commutate with each other in two arbitrary,
interval points).
A second theorem contains the statement on conservative
everywhere differentiable matrices, the characteristic poly-
nomial of which is decomposed into two relatively prime
factors. Several examples are discussed.
Card 1/2

On blatrices Commutating 'With Their Derivative SOV/140-59-4-5/26
The authors mention V.V. Morozov and N.P. Yerugin.
There are 10 referonoee, 6 of which are -Soviet and 4 Italian.
ASSOCIATION: LONI imeni V.A. Staklova AN SGOR (LOITI ineni V.A. Steklov AS
USSR)
Kazanskiy aviatsionnyy institut (Kazan' Aviation Institute)
SUBMITTED: August 12, 1958
Card 2/2

16(1) 05356
AUTHORs Bogdanov TU.S, (Minsk) SOV/39-49-2-5/5
TITLEs ~~orms-of Lyapunov in Linear Spaces
PERIODICALs Matematicheskiy sbornik,1959,Vol 49,Nr 2, pp 225-231 (USSR)
ABSTRACTP The author gives proofs for the results announced in
~-Ref 47 concerning the generalization of the notions
"chara;teriatic number" and "normal system of differential
equations" of Lyapunov I"Ref 17.
There are 5 references, 4 of which are Soviet, and 1 German.
SUBMITTED% January 25, 1958
f'.ard 1/1

67239
AUTHOR Bogdggqy,,Yu.S SOV/20-129-4-1/68
.1.
TITLE: On the Structure of the Solution to a Certain Linear Differential
System-_ % ~.,
PERIODICALt Doklady Akademii nauk SSSRv1959,Vol 129,Nr 4vPP 719-721 (USSR)
ABSTRACT: Let
N X, - qx - xp dx'
be a linear differential equation in matrix-form; let x' - dt
p - p(t), q = q(t) be real n.n matrices defined for all t G(-co,co)
and summable on every finite interval. Every real absolutely
continuous nxn matrix x -. 3(t) satisfying (1) for almost all t is
denoted as a solution of (1).
A fundamental solution ~M is called normalized in t - to if
51(t0) is an nxn unit matrix.
Theorem 1: Let V be a fundamental solution of
(2) x, - p(t+l)x-xp(t)
normalized in 0. Let ~o be a fundamental solution of
(3) X' - px
Card 1/2 normalized in t - 0. Then for an arbitrary natural k every

67239
On the Structure of the Solution to a Certain SOV/20-129-4-1/68
Linear Differential System
solution ~ of (3) oan be represented in the form k(jq(0)
Theorem 2% Let p and have the above meaning. Besides let (2)
have a periodic fundalental solution. Then
(5) 1(t) - et1(t)t(t)et1f(O)
for all t e(-00,00), where 9,12are continuous periodic awn
matrices and r is a constant matrix (3912or do not depend on~
The author mentions N.P.Yerugin, and O.I.Samuell.
There are 6 references, 4 of which are Soviet, I American, and
1 Czechoslovak.''
ASSOCIATION:Belorusskiy gosudarstvennyy universitet (13P1nTmqqj;3n-,%tatp--
University
PF-SENTED: July 16, 1959, by V.I.Smirno-.,.,, Academician.
SUBMITTED: July 10, 1959
Card 2/2

BOGDANOV, Yu. S,, Cand Phys-Math Sci -- (diss) "Characteristic Numb-ars-of Lineal
Differential Systems." Minsk, 1960, 8 pp, (Academy of Sciences BeljSR; Department
of Pha-Math, Chem, and Geol Sci) 180 Copies, no price given, (KL, 21-6o, 117)

-V
.L6 .3 "00
AUTHOR: Bogdanov, Yu. S,
TITLE: On the Existence of
Linear Differential
PERIODICAL. Uspekhi matematicheskil-ch
PP 177-179 (USSR)
ABSTRACT;
Card 1/ 2
77800
S C-V/ /27
an Approximating Sequence for a Regular
System
nauk, 1960, Vol 15, Nr 1,
Let p be a given real (n x n)-matrix, plecewise continuous
and bounded for the real argument T >
.e, 0; k = 1,2,....;
m denotes k or the absence of the index; T i's an un-
boundedly increasing sequence of positive numbers t.;
Pkj a matrix function coinciding with p on the interval
E0, t.) and periodically continued outside; Sm,
linear differential system dx Pmx; Xm, set of
-T?-
characteristic exponents of the normal system of
solutions of 3 m, ordered in increasing order and treated
I

On tjYe Exi8tence of ail Approximating Sequence 77d00
for a Regular Llnear DIfferential Syjtern S0V'/42-1-':_'--l-7/27
as avectc~. The sequence T Is called approximating
if k -). for k ---,* W . K. P. Persidskiy asserted
that If S is a regular system, then any arb1trary
sequence T is approximating. R. B. Vinograd showed the
inconsistency of this by constructing examples; further,
he showed that there exist T which are not approximatin
The author then proves the following basic results: (IT,
There exist regular systems for which no sequence T
is approximating. (2) Any arbitrary two-dimensional
system S under an orthogonal substitution of variables,
whose coefficients depend only on the argument of the
system and the upper bound of the moduli of the elements
of p, can be transformed Into a form for, which an
approximating sequence T is knoin to exist. It is also
noted that for n > 2 an approximating sequence T
necessarily exists. There are 11 Soviet references.
SUBMITTED; August 28, 1958
Card 2/2

BOGDANOV, Yu.S.
The simplest incomplete differential equation. Dokl. AN BSSR 5
no.10:427-429 0 161. (MIRA 15:3)
1. Institut matematiki i vychislitel'noy tekhniki AN BSSR.
Predstavleno akademikom. AN BSSR N.P.Yeruginym.
(Differential equations)

BOGDANOV, rues* t
Converting a variable matrix to the canonical form. Dckl. AN BSSR
7 no.3:152-154 Mr 163. (MIPU 16:6)
1. Belorusskiy gosudaretvannyy universitet imeni V.I.Lenina.
Predstavleno akademikom AN BSSR N.P.Yeruginym.
(Matrix mechanics)

BOGDANOV, Yu.S.
A function that takes on all intemediate values. Dokl. AN BSSR 6
no.12:755-756 D 162. (MIRA 160)
1. Balorusskiy gosi~daratvennyy universitat irreni Lenina. Predstav-
leno akadeirdkom AN WSR N*F.Yeruginym,

-All Dalady! 1- 9 - -------
ability stabill"t
stabillty'crlierloni:- 3~mv~ at v th-eorQ
iABSTRACTS Two charabteristic numberm ikra defined: the small vd numa-
iber
do
va .1 MA3 (X) V, lim -D'(x, - V, -Tjl,
iand the vd iiu~er
(XI
Clam
Va

UA rl

BOGDANOV Yu.S.
Asymptotically equivalent linear differential systems. Diff.
urav. I no.6007-716 is 165, (MMA is,l)
1. Belorueshy gosudarstvenny7 univeraitet imeni V.I. Lenina.

BOGDANOV, YU.S.
Generalized characteristic numbers of nonautonomous systems.
Dif. urav. Ino.9s1140-11,48 S 165. (MIRA 18:10)
1. Belorusskiy gosudarstvennyy universitet imeni Lenina.

L 44174-66 EWT(d) IJP(c)
kCC NRt AP6o10536 SOURCE CUDE:
AUTHORt Bogdanov, Yu. S.
------------------
ORG: Belorussian State VniVersitr_LBelorLeskiy gosudarstvenMy imiversitet)
TITLE: On the occurrence of asymtotio stab&tY_jELth the aid of vd Mimbere
SOURCE: Differentsial'We ur&vneniY&p v. 2, no- 3P 1966, 309-313
TOPIC TAGSt asymptotic solutiong differential equationj Lipschitz c0nditiOny system
analysis# Euclidean space
ABSTRLCTs A topological sphere '9,*is defined in n-dimensional real Euclidean space
(Ey. This sphere contains the coordinate origin 00; an n-dimensional vector
ti* : 1 (%1.- is defined which satisfies the Lipshits conditions on 8'% such that
on -
f(OO) - 000* The dormancy point x 00 of the system of equations
dxj;f~ (x)
is studied with respect to stability-in the oupposition.that all solutions can extend
-without limit on both sides. Subject to other problem conditions which are defined
and discuseedp the following necessary condition for asymptotic stability can be
establishedi If 0 is asymptotically stable with respect to the system It for which
.9..- is the domain 8f attraotion of 0 P then for my function v of the type J7 there
exists a function a with the properdes.
Card 1/2 UDC: 517-917

'dt) d (Vt. V) >d
t(a) d (V,. YJ +.d(y2, YJ > d (y.,, yl),j
Q U (d(y, yj It= (+ cc
such that small vd numbers of all nonzero solutions of (1) are substantially negatite.
A second necessary-condition iss if 00 is qoymptotically stable with respect to Mf
where, R... is the domain of attraction of 'Do, then for wq d with the properties d
1-4
and any v of type J1 thera exists a I of type the oombination oP, oats -of a level
corresponding with the combination of sets of the level vt ouch that
for any nonzero solution of (1). Orig. art. has, 7 equations.
So CMEI 12/ SM Unt 24NoY65/ CRIG REFt 003
Card 2/2

FAYWHYErl, V.F., in-.~h.; BOGDAj(JV,-YU.V., inzh.
Explosionproof measurements by wire gauges. Sbor. KuzIJUI no.10;
231-235 164- (MIRA 18:9)

KMLOVSKIY., P.R.v inzh.; ABRAMTTSEV,, Ye.p.,, inzh. Xu*V., inzh.
Automatic control of a branched conveying line at the OTomuainskaja-1-29
minee Sbor, KuzMUI no,lOQ78-284 164. (MIRA 18t9)

XOZLOVSKIY, P.R. t inzh.;_P2KANO
j'j_X3jyp# inzh.;BELOKRYLOV, V,V., Inzhe
Automatic control of conveyors preventing the breakdown
of their operating members. Sbor6 KuzNIUI no,10:292-300
164, (MIRA 18:9)

80GDANOV, Yu..V., inzh.
Automatic control of cutter-loaders having n selfwLivC, cutter.
Sbor. KuzNIUI no.10-177-181 164. (muo 18:9)

BOODANOV . inzh.; MOLCHANOV, V.N.p I-nzh.
IM
-- b-b.-Y.,
Program control of cutter loaders havIng a se2ective actuating
mechaniom, Sboro KuzNIUI no.I.O.-18.2-20l 164. (MIRA 18!9)

L'8334-66 BECW-~Z/BWA(h
ACC NRs' Ano25763 SOME COM2 1JR/0296/65/000/Mg/0230/0131
AUTHORSt 1BOR&DOTS, Yus, Vol Kielova, Vo ro; Holchanov.-V.-Nel Abramtsev,-Ye. Pot
Shishorin, V. A* ropgo F~ I.; ~Iklforoy, At F.
.ORO: none
TITLE; A discrete contactlesa phase4ensitive I Class Up NO. 174962
far'nounced by Kuznetsk Scientific RGUEch Coal Institute (Runetakiy nauchno-
Issledovatellsk Wy ugolli7y lwtltut)-/
SOURCEt Byulleten, lzobreteviy i'tovarW1rh znakov, no. 18, 1965, 130-131
TOPIC TAGSt phase meter7l~egnetio circuit# mapet
ABSTRA CTs Th is -- Author"Vert 6AU---*ei~~Oiqcrite~~ c6nt d"ansitive-'.
Iti
pickup consisting of a-rixed toothid~meghstiq oicouit i4th control vihdihia: -and S
moving nagnetic circuit* -1thout vindings, In order to simplify the pickup and to
obtain an unambiguous signal piakupp two readout windings are situated on two ex-
ternal tooth of the find magnetic circuit (a" Fig. 1). The moving magnetic cir-
cuit, which isloonnected to the moving object# Is equipped vith one readout toothe
Card 1/2 UDC: 621.083.8:62-503.83

L 8333-66

BOGDANOV,Yu.V.
Cubanite from the 14+kyaranta deposits. Mat. VSJKMI. Petr. i min.
no.1:176-177 155. (HIBA B-6)
(Pitkyaranta--Cubanits)

SOV/ 112-58-2-2305
Translation frona: Ref erativnyy zhurnal, Elektrotekhnik-a, 1958, Nr 2, p 83 (USSR)
AUTHOR: Faynehteyn. V. F an --- -
TITLE: Ren-ote-Artoxnatic Control of Scraper Installations at ML-dng Coal-Storage
Yards (Dista,-4tsiom-io-avtomatizirovannoye upravlerdye skrepernymi
usta,~tovkami ra shakhtn-y-kh ugol'nykh alcl-adakh.)
PERIODICAL: V sb.: Avtomatizatsi~ra v ugol'n. prom-sti, M., Ugletekhizdat,
1956, pp 565-572
ABSTRACT: A description is given of the remote control- at an installation being
reallized at the coal-storage ya3d of the Mine imeni Stalia. The scraper instal-
lation comprises 4 scraper winc:hes driven by phase-wound, 200-kw, 6-kv
motors, and I scraper winch driven by low-voltage phase-rotor. 90-kw motors.
The aimplified diagram suggestod provides for the control of the scraper
winches 16y 2 operat.-.)rs, and ens ires the following: remote on-and-off switch-
ing of elect-ric motors and drum-changing brakes; over-current and u-ndervol-
tage protective systems; a bearing overheating protective sistem, and
Card 1/2

SOV1112-58-2-2305
Remote -Automatic Control of Scraper Installations at Mining Coal-Storage Yards
protection against head-column block destruction. The functioning of the
ar-heme is explained in detail; the construction of the protective system is de-
scribed, and brief suggestions as to the placement and mounting of the equip-
ment are given. It is reported that the adoption of the remote control laid off
15 of the coal-yard workers.
A. V. S.
Card ZIZ

BOODANOV, Yu.V.
~ -'
I- Some data on the natamorphism of oyritea in Earelian deDOSitS.
Het. VSZGRI no. 21:114-122 '5?.'- (MIRA 1l-.?)
(Karelia-Pyrites)

DOWWT, V.S.; ~OGDUOV, Tu.V.
Zoning In the m1nerollsatlon of copper sto4as ip the Udokan
depoalt, Geol,rud.wAstorosh. no.lt25-34 Jef '59.
(NIRL 12t5)
1e Voesoyusnyy geologicheshy nauchno-issledovatellskiy
institut, Lenin$ W .
(OdokiLa RmIge-Capper area)

BILIBINA, T.V,; BDGDANOV, Yu.V.
Gold prospects in the Hugodshar re&-ou. Geol. rud. mestorosh. no.5:
104-111 &0 '59. (MRA 13:2)
1.Vseso7uzny7 geologichaskiy nauchno-iseledovatellakly institut,
Leningrad.
(Hugodshar region--Gold ores)

BILIBINA, T.V.; BOGDANOV, Th.T.; OZHINSKIY, I.S.
Yormation of uranium ores of the sedimentary-metamorphic type in
pre-Cambriau marbles and rocks of the skarn type. ZapJaes.min.ob-7a,
88 no.4:369-376 '59- (MIRA 12:11)
1. Daystvitelluyya chlany Veenoyustogo mineralogichonkogo obahchestya.
(Uranium ores)

,-100"Ovs IUOVO
Pyrite deposits of the western Mgodshar Hills. MatMEGELObesere
no.28;149-166 160. (MIR& 14:6)
(Magodahar Hille-Pyritea)

FAYNSIITEYN, Veniamin Fedorovich; BOGDANOV, Yt,.riy Vasillyevich.
ORIDV, Vyacheslav Prokhor6vich;-MRROOVV,, toliy Illich;
KQRABLEV, A.A., otv. red.; FROLOVA, Ye.I.., red. izd-va;
LOMILINA, L.N., tekhn. red.; MINSKER, L.Lp tekhn. red.
(Sparkproof gauges mid spark- and blastproof strain and
their use in the coal industry] Iskrobezopasrwe i iskro-
vzr7vobozopasnye tonzometrichaskie pribory i ikh prIne-
nenie v ugollnoi prorgehlennosti. Moskva, Gosgortekkizdat,
1961. 86 p. (MIRA 15.-8)
(Coal mines and mining-Electric equipment)
(Strain gauges)

BOGDANOV, Yu.V, .... -
Conditions governing the formation of the Dzhangana copper deposit
in the Mugodzbar Hills. Trudy VSEGEI 60131-36 '61. (MIRA 15:3)
(Hugodzhar Hills--Copper ores)

BODDANOV Yu,,V.
Geology and conditions of formation of cuprous sandstone deposits
in the region of the Udokan Range (Eastern Siberia). Dokl." SSSR
345 no.6:1338-1340 Ag 162. (MM 15:8)
1. Vousoyuznyy nauchno-isoledovatellakiy geologicheskiy institut.
Fredstavleno akademikom D*V,,Mlivkikvmo
(Udokan Range region-Copper ores)

BOGDA14 V,
~~
2
Geology and regularities in the location of cuprous sandstones in the
area of Udokan Range. Zakonom. ram. polesn. iskop. 5:3.45-352 162.
(MIRA 15:1~
1. Vaesoyusn47 geologiaheakiy institut Ministerstva geologii i
okk*any nedr PSSR.
(Udokan Range-Copper ores)

BOGDANOV., Yu. V.; KUTYREV; E. L.
"Conditions of the Formation of Alpine-type Veins in the Copper-bearing Beds
of the Udokan Deposit - North-Eastern Transbaikalia."
report presented at the Symp on Post Magmatic Ore Deposits, Prague, 16-21
Sep 63.

BOGDANOV, Yu,V,
Contact metamorphism of copper sandstoyids in the Udokan
deposit. Zap. Vass. min. ob-va 92 no.5i05-546 163.
(MIRA 1731)
1. Voesoyurory nauchno-iosledovatellokly geologichaskiy
inatitut (VSEGBI)., Leningrad.

BOGDANOV, Yu.V.; KOCHIN, G*G.
Geology and oharacteri8tico of the distribution of gold-copper-
aomplex metal deposits in the northeastern part of the Iake
Baikal region. Trudy VSEGEI 10311ZI-1" T64 (MA 17 t8)

DOGDANOV, Yu.V.; GAURIYANUIA, V.N.; MTRAYYT,'!~?, M,
MetaUogenic outllne of copper deposits In Cubvi. Suv.geol.S
no.11:91-103 N 165. (WIRA 19:1)

AXOVV.,,_Yu.V.; KOCHRI, G.G.; KU1YREV, E.I.; TRAVIN, L.V.1
_PpqD~
FEOKTISIX)"1, V.P.
Geology, characteristics of the distribution and conditions
governing the formation of cuprous sandstones in the north-
eastern part of the Olekma-Vitim highland. Sov.geol. 8 no.llg
3-18 N 165. (MIRA l9gl)

SOURCE CODE:
/000/002/013(
ACC NRi %117005436 UR/6~i~/66
BRANOVER, G. G.; LIYELAUSIS. 0. A.1 LIYZLPETIM#
YA. YA.; and TANAMAYEV, A. V.
ORGt none
It-Hydraulle properties of Electromagnetio Pump Ducts; P
a Gidrodinamika. (Magnotohydrodynamics), No. 2
IRISa, Magnitnay
.-;1966. pp 130-134
!TOPIC TAGS: electromagnetic pump, friction coefficient, hydraulic resistance
!Abstraot: The flow pattern Is studiod and.the coefficients of
!hydraulic friction of elcetrowagne6io pump duct models are de-
~termined nealeoting the effect of the magnatio field, The effoot
iof the shape of the convergent and. divergent-parts of the eleo-
,,tromagnetio pump duct on the coefficient of friction Is estimated.'
,The duct model Investigated consists of a reotangular seotion
,-with circular inlet and outlet sections tapering down to the
!rectangular duet.
Details of the experimental oonfiguration and equipment
!are given. Results of measurements are presented In a table.
!Results of the flow pattern study will be presented In a future..
1paper. 7he studies were carried out at the Hydroelectric and Hydroengineering
of the Kalinin-Leningrad Pol
Laboratory ytechnical Institute. Orig. art. has:
5 figures arA 1 table. [JPRS: 8,7641
ISUB CCDE*. 20 / SUBM DAM i3Feb66
Card 1/1 UDC: 532.5h2-L:538-4

BOODANOV, Z., prof. inv. Tmdiu (Bucuresti)
Develcpment of reascning in the classes 8-11 by studying geometry.
Gaz mat fiz 14 nc. 3:141-151. Ybr '62

=ASH~Z T P H _'B~~WOV-1BU=OVSXIT V.V
VA. 7~.x. TuBW.
.BnUN, A.D.; VASI136UTA: N.1.; GAN1Xi;d4,5:R6'v'1
DRUCKET, I.P.; DRIZGALOVICH, S.Te.; KALININA, N.A.; KORSA OVA, G.F.;
KH1 OVSKATA, Ta.F.; KROVICH, R.I.; PROROKOVA, V.K.; PUGOVISSBNI-
KOVA, M.A.; RMHETOVA, L.A.; SVBTLOV, P.G.; UMXNOVA, K.D.; KRWHI-
NASHVILI, G.G.; SHVANG, L.I.; GAR)WHEVA, N.L., professor, redaktor;
RUDLKOV, A.V., redaktor; RULEVA, H.S.. tekhuicheskiy redaktor.
[Reflex actions in mother-fetus interrelations] Reflaktorige reaktaii
vo vtkimootnosheniiakh maierinskogo organism i ploda. Cleningrad)
Goo. isa-vo med. lit-ry, Leningradekoe otd-nie, 1954. 266 P. (MIRA 7:10)
(Pregnancy) (31mbryology)

0 &J) ~j ~j 0 V
PHASE X TREASURE ISLAND BIBLIOGRAPHICAL REPORT AID 23 - X
fSupersedes AID 23-11
BOOK Call No.. AF642837
Author: BOGDANOV-CHERRIN., A. M.
Full Title: MECHANICS IN AERONAUTICAL ENGINEERING
Transliterated Title: Mekhanika v aviatsionnoy tekhnike
PUBLISHING DATA
Originating Agency: None
Publishing House: State Publishing House of the Defense Industry
(Oborongiz)
Date: 1952 No. pp.: 444 No. of copies; Not given
Editorial Staff
Editor: Baykov, V. T., Dotsent
The author expresses gratitude for valuable he3p to Profs.
Kosmolemlyanskiy, A. A. and Sveshnikov, G. N.
PURPOSE AND EVALUATION: This book is intended for practical aviation
engineers, technicians and mechanics with high school education.
The book may also be useful to more advanced readers who want to
refresh their memory or find an explanation of basic or important
principles of theoretical mechanics without complicated mathematical
presentation. This is a good elementary textbook. The theoretical
explanations are simple and easy to follow. The book contains 157
explanations of practical application of theoretical formulae. Its
value is exclusively instruotiona
111~~

Mekhanika v aviatsionnoy tekhnike
AID 23 - X
TEXT DATA
Coverage: The book is divided into three parts: Statics, kinetics
and dynamics. It contains rumerous examples from the field of air-
craft engineering. Analytical considerations are based on elemen-
tary mathematics. In some instances, such as the study of actual
movements of aircraft or Of SOM3 engine parts, the approximation of
uniformity of movement has been adopted. This approximation sim-
plifies but at the same time restricts the problems under consider-
ation.
Table of Contents Pages
Preface and Introduction 9-16
Part One Statics
General Conceptions 17-20
Ch. I Basic definitions and conditions in statics 21-44
Ch. II Forces acting at the same point in the same plane 45-64
Ch. III Parallel forces 65-94
Ch. IV Theory of a couple of forces in the same plane 95-102
Ch. V System of forces disposed anywhere in the same
plane 103-1 0
Ch. VI Friction 1~1-M
Ch. VII Center of gravity 1 7-161
2 /3

Mekhanika v aviatsionnoy tekhnike AID 23f - X
. Pages
Ch. VIII Fundamentals of graphical statics 162-187
Ch. IX System of forces in different planes but acting
at a common point 188-204
Ch. X Moment of a force with respect to a straight line 205-214
Part Two Kinematics
General Concepti6ne . 215-218
Ch. XI Reotilifiear motion 218-27Z
Ch. XII Curvilinear motion of a point 27 -29
Ch. XIII Rotary motion of a solid body about a fixed axis 297-330
Ch. XIV Combined motion 331-354
Part Three Dynamics
Ch. XV General conceptions and laws of dynamics 355;-361
Ch. XVI Application of the general equation of dynamics
for the solution of simpler problems 362-
79
Ch. XVII General theorems of dynamics 8o- 1
~
Ch. XVIII D'Alembert's principle 18-4A
i
Ch. XIX Rotation of a solid body about a fixed axis 429-442
No. of References: Total 27, 24 Russian 1930-1947; 3 other 1931-1948.
Facilities: None
3/3

24(6) PHASE I BOOK EXPLOITATION SOV11353
Bogdanov-Cherrin, Aleksandr Mitrofanovich
Teoreticheakaya mekhaqika (Theoretical Mechanics) Moscow, Voyeno
izd-vo N-va obor, 333R, 1958. 315 P. No. of copies printed
not given.
Ed*: Zakharov, D*M,,, Nngineer-Lt, Colonel; Tech. Ed.:
Sleptsova, Ye.N.
PURPOSE: This book is Intended for students at aeronautical-
engineering schools of vhe Air Forees, It mV also be useful to
students of theoretical mechanics at Intermediate technical schools,
teachers of theoretical mechanics at tekhnikums and technical
schools, and specialists interested in self-Instruction in theo-
retical mechanics, The book is approved by the Chief of
Administration of Military Training Institutes of the Air Forces
as a textbook on theoretical mechanics.
Card 1/11

Theoretical Mechanics
SOV/1353
COVMIAGE: This' book is an elementary treatment of rigid-body
mechanics, It covers the subject matter included in statics,
kinematics, and dynamics. The theoretical material in the book
is illustrated by examples from aeronautical practice and by a
large number of figures and diagrams, There are 231 figures and
16 references. The references are divided into three groups:
History of philosophy (6 referenoes, 4 of.which are Soviet, 2
German), Mechanics (a references., all Soviet), and Special
Problems (4 references, all Soviet).
TABLE OF CONTENTS:
Introduction
PART"I.1, STiTICS
General Concepts
1. Force
2. Absolutely
3. Motion and
rigid body
rest
3
9
9
11
12
Card 2/11

Theoretical Mechanics SOV/1353
Ch, I, Basic Definitions and Assumptions of StatiOB 13
4. Basic definitions 13
5. Basic assumptions of statics. Force parallelogram.
Force triangle 14
6, Resolution ef a force Into two components 18
7* Interaction of two bodies* Action and reaction 20
8, Constraints and reactions of constraints 21
Ch. II. Forces Converging at One Point and Lying in One Plane 25
9. Force polygon, Resultant of a system of converging
forces, Graphical condition of equilibrium of a system
of converging forces 25
:10,,,-Case of,three forces 28
ll'*' Projections of a force onto the coordinate axis in a
plane 30
12. Analytical method of finding the resultant of the
forces converging at one point in a plane 33
13, Analytical conditions of equilibrium of the forces
converging at one point and lying in one plane 35
Card 3/11

Theoretical Meehanics- SOV/1353
Ch. III. Parallel Forces in a Plhne 4o
14. Moment of a force with respect to a point 4o
15. Theorem of the moment of a resultant force 46
lbe Addition or two parallel forces acting in one direotion 47
17. Addition of two parallel forces acting in opposite
directions 50
18, Resolution of a force into two parallel components 56
Ch. IV. Theory of Couples Lying in 6ne Plane 58
19. Couple of foroes, Moment of couple of forces 58
20. Equivalent couples 61
21* Addition of couples lying in one plane. Condition of
equilibrium of couples 63
Cho V, System of Forces Located Anywhere j:n a Plane 67
22, Making a foroe pass through a given point 67
23. Reduction of a system of forces in a plane to a single
force and a single couple 68
24o Conditions of equilibrium of a system of forces in a
plane 70
Card 4/ ii

Theoretical Mechanics 30V/1353
Ch. VIo Friction 76
25,. Sliding friction 77
26. Rolling friction 81
Ch. VII* Center of Parallel Forces. Center of Gravity 84
27, Center of parallel forces and its coordinates 84
28. Center of gravity and general formulas for determining
the coordinates of the center of gravity of plane shapes 86
29. Methods of determining the center of gravity of plane
shapes 88
Ch. VIII. Three-dimensional System of Forces 94
30. System of converging forces not lying ir. a plane,
Force polygon 94
31. Projections of a force onto rectangular coordinate
axes in space 95
32. Analytical method of finding the resultant of a system
of converging forces not lying in a plane. Analytical
conditions of equilibrium 97
Card 5/11

Theoretical Mechanics SOV/1353
33, Moment of a force with respect to an axis 101
34. Moment of a couple Qf forces as a vector. Addition of
couples In space 1o4
35. Concept of the conditions of equilibrium of a system
of forces arbitrarily located in space :Lo6
PART II. KrNEKATICS
General Concepts
116
Ch. IX, Rectilinear Notion 120
36. Uniform rectilinear motion. Velocity. Distance covered 120
37. 'Uniformly varying rectilinear motion. Acceleration.
Velocity 122
38. Equation of uniformly varying rectilinear motion 125
39. Variable rectilifiear motion., Mean velocity, Velocity
at a given instant of t1me 130
40, Mean acceleration in a variable rectilinear motion.
Acceleration at a given instant of time 135
41. Graphs of distance, velocity, and acceleration in
rectilinear motion 136
Card 6/ i1

Theoretical Mechanics SOV/1353
Ch.' X. Circular Motion of a Point 145
42, Uniform circular motion of a point 145
43. Acceleration of a point in uniform circular motion 147
44. Acceleration of a point in a nonuniform circular
motion. Normal acceleration. Tangential acceleration 153
45e Concept of acceleration in*a nonuniform curvilinear
motion. Normal acceleration. Tangential acceleration 159
Ch. XI. Rotation of a Rigid Body Around a FIxed Axis :L64
46. Uniform rotation of a rigid body around a fixed axis.
Angular velocity 165
47, Uniformly varying rotation of a rigid body around a
I fixed axis, Angular acceleration 167
48.. Variable rotation of a rigid body around a fixed axis.
Mean angular velocity and angular velocity at a given
instant of time* Mean angular acceleration and angular
acceleration at a given instant of time 173
49. Velocities and accelerations of points of a rigid body
rotating about a fixed axis 175
Card TAl

Theoretical Mechanics
SOV/1353
Cho XII. Complex Notion of a Point 184
50. Theorem on the addition of velocities 185
51, Determination of relative velocity 192
52. Theorem on addition of the accelerations of a point.
Transfer of translational motiono Transfer of
rotational motion, Rotational acceleration (Coriolis
acceleration) 194
PART III. DYNAMICS
Ch. XIII, Basic Definitions and Laws of Dynamics 211
53. Newton's laws 212
54, Units of measurement of dynamic quantities 213
Ch. XIV. Application of the Basic Equation of Dynamics to the
Solution of the Simplest Problems 217
55* Fall of an aerial bomb without initial velocity in a
vacuum 219
56. Fall of an aerial bomb without initial velocity in a
resisting medium 221
57, Fall of an aerial bomb with hoivizontal Initial velocity
in a vacuum 223
C4rd

Theoretical Mechanics 3aV/1353
Ch. XV. General Theorems of Dynamics 229
58. System of mass points. Internal and external-forces 229
gg. Theorem on the motion of th4 center of mass of a system 230
0. Momentum theorem 234
61. Concept of reactive motion 240
62. Concept of work. Work of a constant force in the case
of rectilinear motion 246
63. Work of gravity 247
64, Work of a varying force directed along a reotilinear
path. Graphical determination of the work of a varying
force 249
65. Theorem on the*ehange of the kinetic energy of a ina s
point and of a system of mass points 252
66. Kinetic energy of a rigid body in translational motion.
Theorem on transformation of the kinetic energy of a
rigid body in translational motion 2t-;6
67. Law of conservatlon of mechanleal energy 258
Card 9/11

~fteoretical Mechanics' SOV/1353
Ch, XV1 Dynamics of a Rigid Body Rotating Aroimd a Fixed Axis 260
68. Lynamic equation of rotation of a rigid body around a
fixed axis. Moment of inertia 26o
69, Moments of inertia of bodies of simple geometrical form.
Radius of Inertia 264
70, Kinetio energy of a solid body rotating around a fixed
ixis 267
applied to a body rotating
71. Work of a oonstant moment
-
around a fixed-axis 269
72. Power. Kfficiency. Interrelationship between torque
horse power and the number of revolutions per minute 271
73. Theorem on change of kinetio energy of a rigid body
rotating around a fixed axis 273
Ch, XVII. D'Alembert's Principle 277
74. Inertia forces. Centrifugal and tangential inertia
forces 2~7
75. D'Alembert's prineiple 28863
76, Concept of.static and dynamic equilibri,= 2
Card 10/ 11

Theoretical Necheanics SOV/1353
Ch. XVIII. Dynamics of Relative Notion 293
77. Fundamental equation of the dynamics of relative motion 293
78s Catapulting [automatic ejection] 295
79. Concept of the gyroscopic moment 301
References
AVAILA M : Library of Congress
IS/Mtl
3-20-59
311
Card 11/11

- ........ - .... I...
B.WDt".NOV-KARPOV, N.N.t -,AL'i,t7T,3FTSrlj B. Yu., GPjG,',:UV, G. A., B-1,7-3rr~---.-TO, G. Ya.
And SMCEX-MOV, V. N.
"AariculLural Zntomoloj7,11 Ogiz-Sellkhoziz, Moscow-Lenningrad~ 1949

BATIASHVILI. 1.D.; BET-BITESKO, G.Ta.; BOGDAMOV-KATIKOV,. U.N._; GMASIMV,
B.A.; GILUROT, H.S.; DKIMYkG ~.. . ~Zvxug6FB~ZUBOTSKIT, TS.V.;
ZIMIN, L.S.; KOWBOVA, A.H.; MEDYAW. S.1.; MISHCHMO# A.I.;
PMOV, A.I.; RTABOV, K.A.; SAT220G, R.E.; SELIVANOVA, S.N.;
SKORIKOVA, O.A.; TROFKIRA, M.P.; SHAPOSHNIKOV. G.Kh.; SHCHRMLYT,
V.H., prof.. doktor sellakokhom.nauk.- BSTMULMG, L.K.; YA Ov.
Y.V.-, RMSKATA, O.U., red.; CHURAYEVA, Z.V., tekhn.Ted.
(Classification of insects on the basis of damage to crops] Opre-
delitell nasekomykh po povrezhdaniiam kullturnykh rastenii. Izd.4.
parer. i dop. Leningrad, Goo..izd-vo sellkhoz.lit-ry, 1960, 607 P-
(MM 14:1)
(Insects, InJurious and beneficial)

BOMNOVAp A. (Moqkri)
The club vorks vithout ticket coneotors. Sov. profsoiusy 26
no.22:51 fi 160, . I (MRA 14t.1)
(Hoscow,Gomunity centwa)

EDCHZWVA, L. T.; 3OGDAMVA t A.A.
Now cmuned fruits an food for children. XDno.i ov.proma 3.6 nool:
1.1-12 ja 161.. (KHA 13:12)
1, fxasnodarskiy nauchno-iseledovatellokiy inatitut piPhchevor
1romrshlennosti. (Fruit-Pf eservation)

"Owl
At addo6l 378 i.:,.C]Hi.
M4g~hhl'4 mt
12D, R Taba-0 t4
IMP
9,-Un unstated.
Iftonmri. crwait.
t,~t
abov-'sole
frwtL:aw A cr' t~4n
ri-jrAdIly pd
iffmAl
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W.i

sA)62/61/000/007/OC4/009
110 25214 B117/B215
AUTHORs Zhdanov, A. A., Andrianov, K. A., and Bogdanova, A. A.
TITM Feaction of aluminum chloride with dialkyl oyclosiloxanes
PERIODICAL: Akademiya nauk SSSR. Izvestiya, Otdeleniye khimicheskikh
1961, 1261 - 1266
nauk, no, 7,
TEX?t The interaction of aluminum chloride with dimethyl- and diethyl
cyclosiloxanes was investigated in a study of the methods of producing
polyalumo-organosiloxanes~ A flask with mixer, thermometer, recooler, and
cooling vessels for collecting the reaction products were used for the
experiments. It was found that aluminum chloride reacts easily with
dimethyl- and diethyl cyclosiloxanes at equimolecular.ratios. Crystalline
reaction products are formed which are quantitatively sublim4ted in vacuo.
In the examination of the reaction mixture obtained by reaction between
octamethyl cyclotetrasiloxane and aluminum chloride (mixing time; 10 hr at
1200C), the following reaction products wgre is9lated: 1 3-dichloro
tetramethyl disiloxane, boiling pointt 32u 36'C 10 mm~; 1,;-dichloro
hexamethyl trisiloxanal boiling point: 720 ; 750CJ10 mm); 1,7-dichloro
octamethyl tetrasiloxane, boiling point: go - 95 C ( 10 mm); a
Card 1/4

25214 sito62/61/000// 007/004/009
Reaction of aluminum chloride ... B117/B215
crystalline substance, boiling points 152 0 - 1530C, of the empirical
composition 08 H24 06CIjSi4Al 30 The formation of these products in the
reaction mixture followed the scheme
2 [(CH 3)2S'014 + 3AICI3 ---)G6H 2406C'5s'4 Al3+ 2C4H12 Si2Ccl2
The crystalline substance of the above empirical formula showed a constant
composition in repeated sublimation. On the basis of analytical data and
chemical studies it may be assumed that the respective substance contains
a complex aluminum chloride molecule. The reaction between alumiDum
chloride and hexamethyl cyclotrisiloxane (mixing time: 6 hr at 50u - 600C)
is similar to the previous one, with the only difference that besides the
crystalline substance also dimethyl dichlorosilane and highest oL,G) -
dichloro polysiloxanes are formed. This process mw.T be expressed by the
scheme 2 [(CH3 )2S'01 3 + 3 AM 3 - C 8H240 6015Si4Al3+ 2G2H6SiG1 2*
Similar ethyl derivatives were ionlated in the reaction between aluminum
chloride and octaethyl cyolotetrasiloxane (mixing times 11 hr at 120 0)
Card 2A

25214 5/062/61/000/00-1/004/009
Reaction of aluminum chloride ... B117/B215
1,3-dichloro tetraethyl disiloxane, boiling points 85 0 - 90 0 (10 MM)
1,5 dichlorobexaethyl trisiloxane, boiling points 124 0 - 131 SC (10 mm~l
i 4-aichloro octaethyl tetrasiloxane, boiling point: 131 0C - 1450C
0
(;0 mm); a orystaijine substance which is sublimated at 225 C _ 233'C,
melting point: 112 C (unstable), of the empirical composition
C16Hfo06C15Si Al . The striinturea of the crystalline substances are
a mi ar in both hses. An identical, crystalline substance of the
above composition and highest polydiethyl siloxames were obtained in
the reaction between aluminum chloride and hexaethyl cyclotriailomane
(mixing time: 5 hr at 800C). Conclusion: Rupture of the cycle takes
place in the interaction of aluminum chloride ana the above cyclic
dialkyl siloxanes, and oL-ohloro- W-dichloro alumoxydialkyl polysilox-
anesare formed. The latter then separate ajW -dichloro polysiloxanes
and form cyclic compounds; 1-chloro-3,3,5,5-tetritmethyl cycloalumo-
disiloxane and 1-chloro-3,3,5,5-tetraethyl cyclotilumodisiloxane.
These compounds were isolated and characterized in the form of com-
plexeB with aluminum chloride. There is 1 non-Saviet-bloo reference.
Card 3/4

25211; 8/06 61/000/007/0C4/009
Roaction of aluminum chlorido ... BINB215
ASSOCIATION: Institut elementoorganicheskikh soyedineniy Adademii nauk
SSSR (Institute of Elemental Organic Compounds of the
Academy of Sciencea USSR)
SUBMITTED: September 26, 1960
Card 4/4

ALEKSANDR(YVA, V.I.., kande ist. naukj, litarshiy naucbnyy sotr.;
PETRkSH, V.V.,, starshiy nauebmy sotr.; BOGDJJlOVA, A.A.9
starshiy nauehnyy sotr.; LIVSHITSp I.A.I. shly naue
Botr.; NIKULICMKOVs K.Lt polkovniks r d, fd
.. r eceased
SOLOVIYEVI N.I., red.; SOKOLOVA, G.F., tekhn. red.
(FI.P.Lazarev; documents] M.P.Lazarev, dokumenty. Pod r-,--,d.
K.I.Nikullehenkova. Moskva., Voen, izd-vo M-va obor. SSSR.
(Russkie flotovodtsy). Vol.3. 1961. 576 p. (MIRA 15.2)
1. Russia (1923- U.S.S.R.) TSentrallwjy gosudarstvennyy
arkhiv Voyenno-Morskogo Flota. 2. TSentral'M-y gosudarstven-
ryy arkhiv Voyemo-Morskogo Flota SSSR (for Alsksandrova,
Petrash, Bogdanova).
(Lazarev~ Mikhail Petrovichp :L77E6.1851)

ZHDANOV, A.A.; ANDRIANOV, K.A.,- BOGDANOVA, A.A.
Reaction of alumintm chloride vith dialkyleyclosiloxanes.
Izv. AN SSSR. Otd.khim,nauk no,7;1261-1266 J1 `61. (MIRA 14:7)
1 1. Institut elementoorganichookikh soyedinoni3r AN SSSR.
(Aluminum chloride) (Cyclosiloxane) 1

GDANOVA, Anna Aleksandro - DOROSHKEVICH, Nina Orestovna;
1
1_0~~C~VSKA~YA, KbOouiya Yefimovna; SAFUNOV, O.K., red.;
TIKHONOVA, Ye.A., takhn. red.
[English language for marine electricians] Angliiskii iazyk
dlia sudovykh elaktromakhanikov. Moskva, Izd-vo "MoVskoi
transport," 1962. 167 p. (MIRA 16:4)
(Electricity on shipa)
(English language--Technical engliah)

ZONENSHAIN, Lev Pavlovich; WGDANOVA.-A.A., r6d., BASINAKOVA, Z.1.,
red.izd-va; EYKDVA,--
(Tectonics of the Western Sayan Mountains] Teiktonika Zapad-
nogo Saiana. Pod red.A.A.Bogdanova. Moskva, Gosgeoltakh-
izdatp 1963. 110 p. (MIRA 16:10)
(Sayan Mountains--Geology, Structural)
T,

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.-- BOGDANE)VA, A.D., kand;med.nauk; VVEDEMKAYA,j,4-V-, kand.med.nauk
Case of thromboangiitie obliterans with miltiple lesions of the
largeand small vessels and a syndrome of liver lesions. Sov, mad.
25 no.7:141-143 Jl 161. (MIRA, ~5:1)
.i
1. Iz kafedry fak-41tetskoy terapli, (zav. - prof. A.I.Gefter)
Gorlkovskogo moditsinskogo institu .
(BLOOD VESSELS DISEA n,13 (LIVER.-DISUSES)

SOV/126-6-3-22/32
AUTHORS: Palatnik, L. S., Levchi~nko, A. A.., BoLd,!Inova, A.F. and
Terlatskiy, V. Ye.
TIT ILZ Determination of the Type of Equilibrium. Phase Diagrailli
for Cu.-Ni at Hiji ToiaperaLureo by Spectral Analysis.
II. (Opredeleniy-e tipa dia6raiway ravuovesiya Cu-.NL-i v
oblasti vysokikh temper.abur metodoin spektrallno~~o
analiza. II)
PERIODICAL: Fizika Metallov i 1.,Ietallovedeniye, 1958, Vol 61 Nr 3,
pp 540-54-4 (USSR) -
ABSTRACT: Falatnik's spectral method (Ref 1) is applied to systems
consistinb of liquid plus vapour; the wethod utilises the
fact that the selective evaporation (or retention) of a
component is dependent on the type of interaction (i.e.
ultimately the type of euilibrium diagram). Spark
discharges are passed through the vapour, usiiizP as solid
electrode a sample of the allay; the surface of the
electrode becomes depleted by selective evaporation
(solid-state diffusion negligible). The main application
is to binary systeias, in which only three types of
diagram exist, and where the type of diagram can therefore
Card 1/3 be readily established (from the deviations from Raoult's

SOY/126-6-3-22/32
Determinktion of the Type of Equilibrium Phase Diagram for Gu-Nj
at High Temperatures by Spectral Analysis. II.
1w., on varying the composition). The Cu-Ni alloys used
Were p6epared by sintering the pres.-.ed Dowders. in bydroL~en
at 0150 C for one hour. The Cu was clec~rolytic; the I'lli
was prepared from nickel oxalate by hydro~~en reduction.
Fifteen alloys were used,, Spark lines of Cu II and Ni Il
were used. as reference lines; the v~avelenths zirc r_,iven in
Table 2. Fig. 2 ohows how the experimental curve (top)
compares with the liquid-vapour (middle) eaid solid-liquid
(bottom) equilibrium curves. It is pointed outil that 15he
middle curves are really only deduced from the exTeri-
mental spark curves, and are only very approximately
correct. The tendency to selective evaporation, although
sliUht, indicates that a narrow two-phase region may exist
in the liquid. There are 2 tables, 3 fif~ures EuO 2 refer-
ences, one of which is a Soviet oriGinal and the o~hor a
translation of a work by Hanson.
Card 2/3

SOV/126-6-3-22/32
Determination of the Type of Equilibrium Phase Diagram for Cu-11i
at High Temperatures by Spectral Analysis. II.
ASSOCIATIONS: Kharlkovskiy gosudarstvennyy universitet Lueni
A. M. Gorlkogo (Khar-lkovState University imeni
A. Y1. Gorildy)-and
Kharlkovskiy politel-,hnicheskiy institut imeni V.I.Lenina
(Khar~kovPolytechnical Institute Laeni V. I. Lenin)
SUMITTED: September 15, 1956
1. Copper-nickel alloys--Analysis 2. Copper-nickel alloys--Sintering
3~ Copper-nickel-alloys--Phase studies 4. lVdrogen--Applicatio-ns
Card 3/3

(~06,14~NOVAj
at-js~~xz my""'Icsor FgtzxAwu" THE BInDER ow
THE QUAUTY OF RLEC
YRICAL CARBOIJ. On YjXr~_
TROD PARM.'XILIQWV, A. S. bQ va, mid A a
a Trawslated from Zhur. Priklad, XhIm. 23,
385-90950). 5p. MRE-Trus-11/3/5/34i)

NUGMANOVP S.n.9 dotsentj BOGDANOVAj A.G.
Diagnostic value of the test of the cytomorphology of the vaginal
secretion in treatment of ovarian-monstru&l disorders. 7,drav.
Kazakh* 21 no. 3:28-32 1610 - (MIRA 14:4)
1. Iz kafedry aktAerstva-ginekologii fakuliteta usovershenstvovaniya
vrachey (zavs - dotsent t,A, Koryakina) Kazakhskogo meditsinakogo'
instituta,
(OVARIES-DISMES) (VAGINA)

BOGDANOVAI A.K.
Y-athod for regular observations on n6ar-shore currents at
coastal bydrometeorological stations. Biul.Okean Imm. no-3:
57-68 '59. (KRA 13 -.4)
(ocean currents)

AUTHORS: aogdanova, A. K., Kropachav, L. SOV/50-59- -4/21
TITLR: Off-shore and On-shore Wind Tide and Its Importance
for the Hydrologiesl Conditions of the Black Sea (Sgonno-
nagonnnya tairkulyntsiya i yeye roll v gidrologicheakom
rozhima Chernogo morya)
PIZRIODICAL: Meteorologlya i gidrologiya, 1959, '11r 4, pp 26-33 (US-3110
ABSTRACT: The off-shore and on-shore wind tides of the
water an the a--&ata (.-xpres,3 tnemseives clearly by the in,-nz,~!
level variations in sho~~I-wntnr bays, or by the rapid fn1l of
water temperature on steep shoro3. The first steps in
setting up the theory of wind-tide and wind-backtide rlhenorr-na
(sgonno-nagonnoye yavleniye) were made by F3,man. Later on,
this theory.was further developed by V. V. Shuleykin. - On
the Black-Sea coast of the USSR, wind tides are observed at
winds in the western half of the horizon. The south winds
cause drift currents and wind tides, pnrticul-rly in the
-western half of the Blank Son, wherers the P!est T!-inds cause
'the propagation of wind tidea along the whole ncrth shore.
'2he authors have often observed wind tidos and wind backtides
Card 1/4 on the whole coast from Odenrin to Dntirii. They Civo here the

Off-shore and On-shore Wind Tide and Its ",Cv./50-59-4-4,121
Imnortance for the Hydrological Conditions of the Dlncl- Sea
observations of August 19.17 and June 1919. These obnervntions
prove the simultanooua propagation of the bachtiden alonr the
whole Black-Sea coast with the formation of eddies of
current with an anticyclonic rational system, but at the same
time point out the great atnbiliti, and life of the same. The
longest backtides are found at the ond of spring when the
branch of the Siberian anticyclone slackens and moves towards
the east, while the Mediterranean cyclones Cat a free outlet
over the Black Sea to the south of the ruropeiln part of the
USSR. From 1936-40 and from 1946-56, between 2 and 4 extenar-i~
and long-lasting backtides were observed on an averagge I each
summer. The rules ascertained in the observations refer to
small current rings. The small current eddies unsteady in
time are accompanied by a transverse oirculation entl lead to
a rapid redistribution of the water masses. The more intense
the cyclonic current is, the higher rise the stable layers
of the thermocline and of the halocline in the rotational
center. A rise of the density boundary surface, a reduction
of its thickness, and an increase in the density gradient in
Card 2/4 the layer are usually observed in the win-i backtide areas.

Off-shore and On-shore 41nd Tide and !to 3CV/5C-59-A-!/21
Importance for the Hydrological Conditions of tho 31ack Sea
And vice versat a decreane of the thermocline and of the call-]
intermediate layer with a simultaneous increase in the
thickness of thoue layers and n decrease of the temper-,tii-o
g,radient nnd of the salt content in tho samn, are ren!.~rnlly
found in the centers of anticyclonic cut-rento, in the vin7-
tide areas. - The rise and Fn1l of the water on thr~ coan---,
ani in the centers of tho cyclon 'ir. and finticyclonic cur-eitz.
eddies during the time of evolution of' thr- zinO-tlde and
wind-backtide currents and at the moment of thc current
belong to the most important factors of the vertical exchange
of water in the upper 1130-200 m layer of the Black Sea.
deep waters rise to the surface, are heated by the sun and
desalted by the afflux of frerh water from tho rivers, thus
decreasing in density, and not being able to sink down to their
former depth after the end of tile bnckti4c. Deeper layern rino
in the following wind backtidos. In winter, this deep vu-ter
reaching the surf ane is in teno;~ly cooled, bu~::., -!: .'~ -'If]
sinks do,.,,n to a dt,,!,.-- 1~o-oizon (than it hl-d -_'Ison ,.fter
the end of-the wUfj Ida. This explains in th;-, ci,ntrrl.
Card 3/4 rnd south-east P-arts tho Knck Spa th-~ wallor temperstiire

Off-shore and On-shore *..Wind Tide and I ts SOV,/50-59-4-4/21
Importance for the Hydrological Conditions of the Black Son
in the depth of the cold inter-riedi,lic lnycr is often loaor
than the lowest temperature on the 3urfnce of the sea in
winter. There are 3 figurea and 18 Soviet references.
Card 4/4

BOGDAIIOVA, A.K.
Rise and flow circulation and thermal conditions of the Black
Sea. Trudy SBS 11:262-283 159, (MIRA, 13:5)
(Black Sea--Temperature)

BOGDAROU, A.K.
Vertical distribution of oxygen In the Black Sea.
11:297-313 '59.
(Black Bea-'-water-Oxygen content)
Trudy SBS
(MIRA 13:5)

MOGDANDVA, A.K.
Rise and flow circulation and its role in enriching the surface
waters of the Black Sea with nutrient Balts. Trudy SBS 11:
335-352 '59. (MIRA 13:5)
(Black Sea--Hydrology)

BOGDANOVA A X
Water exchange through the Bosporus and its role in the mixing of
waters of the Black Sea. Tru$y SBS 12:4014.20 '59. (MIRA 14:10)
(4MkRM-'OCEAN CURMITS) (MACK SEA-HYDROLODY)

BOGDANOVA
Rise and flov ourrants in the coastal zone near a relatively straight
01
steep-to chore. Tvpay SBS 12,421-455 '%- -~ (MIRk 14:10)
(BIACK SEA-OCEkN CUMENTS) (WDW)

KROPACMW, L.N.; BOGDANOVA, A.Z.
W~-
Level fluctuations of the Sea of Azov. Meteor.
19-26 0 160.
(Azov, SOA Of--Vjrdrol.oa)
gidrol. no.107.
(MIEU 13:10)

,,BOGDAIqOVA, A.K.
Recent data on the distribution of Mediterranean waters in the ,I
Black Sea. Tr-ady SBS 13:379-385 t60. (MIRA'14'.3)
. (ftack Sea-Hydrology)
i

BOGDANOVA, A.K.
Long-range fluctuations of the sea level and the amount of conti-
nental runoff as factors determining changes in the hydrolog.ical re-
gime of the Black Sea. Trudy SBS 3,3086-393 160, (MIRA 34-:3)
(Black Sea-Hydrology)

BOGDANOVAO A.K.
Vextical mixing of waters in the Black Sea. Mezhdunar,geofiz.god
no.3 021-125 161. (MM 1.4: 10)
1. Sevastopol Biological Station of the Academy of Sciences of
the U.S.S.R.
(BlaokSea--,Hydrology)

BOGDANOVA, A#X,
Preliminary reaults of hydrological explorations in U4 Yed:kterra-
nean Sea Ade by the research ship "Akademik Novalevskii" in 1958-
59. Trudy SBS 14;334-345 161. (KRA 1534)
(Mediterranean Sea-Hydrology)