SCIENTIFIC ABSTRACT BOGDANOV, D. V. - BOGDANOV, G.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000205820007-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 9, 2000
• Sequence Number: 7
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

,XGD.L'J-IOV, Daniil-Vasil,lyevich;...ST'--'P.-~l~101~, V.N., 6o).tor geogr. rmuk.,
retsenzent; DMYABINA, E.A., retsenzent; KIROIN, Ye.K.,
metodist, retsenzent; VAZILIYEVA, O.S., red.
(Stories about the world ocean; a reader. Textbook for
teachers) Rasskazy o mirovor, okeane; khrestomatiia. Po-
sobie dlia uchiteAa. Monkva, Uchpedgiz, 1963. 159 p.
(MIRA 17:7)
,00 1. Zavedu~ushchiy kabineton geografii Voronezhskogo in-
n
stituta usovershenstvovaniye uchiteley (for DerTabina).
2. Geografichesk3y fakulltet Odeaskogo Go.,.udarstvennogo
universiteta (for Kikoin).

ACC NR' ARGO35267 SOURCE CODE: UR/0169/66/000/009/VO17/VO18
7 AUTHOR: _Pogdanov, D.
TITLE: Oceanographic studies in the tropical part of the Atlantic Ocean in
connection with developments in the fishing industry
SOURCE: Ref. zh. Geoftzika, Abe. 9V150
REFSOURCE: Sb. Sov.-kubinak. rybokhoz. issled. M., Pishch. prom-at', 1965,
17-21
TOPICTAGS: oceanography, hydrometeorology, windregime, tropical
hurricane, water salinity, hydrology/ tropical Atlantic
ABSTRACT: It is pointed out that for the benefit of the fishing industry it is
necessary to investigate in this region the process of water heating under various
wind regimes; heat exchange between the ocean and the atmosphere throughout the
year; variations in trade wind circulation and their effect on fluctuations in the heat
reserve of the water and on the formation of squalls and tropical hurricanes;-the
effect of strong wind mixing on variations in temperature distribution, salinity, and
card I / 2 UDC: 551.46.09:639.2(263)

,WM)A
,_ 40V.,E.
A progressive engine room crew. Mor. flot. 25 no. 12:25-26
D 165. (MMA. 18;12)
l.Starshiy inzhonex- tekhnicheskogo otdala Upravlenlya arkti-
chaskogo i ledokollnogo flota Severnogo parokhodstva.

MILOVANOVAv S.K.; SMBRYANAYA R.M.; IOGDANOV, E.A.
Production of phosphoric acid from Kara-Tau flotation concentrate
by sulfuric acid decomposition. Xhim.prom. no.5--3Vt--308 My 161.
(MIRA 14:6)
(Phosphoric acid)

,~
- 21--.- ;-1-- 1,
RODIONOVP A,I.; MISHCHUM Tu,Soj KLIMOV' A.11.1 6.A. I ~
! .9 11 . y 1 .1 , ". - .
Jkloarption of nitrogen oxiqe b7 limestone
MKHTI no,4004-77 163a

SOV/124-57-8-9684
Translation from: Referativnyy zhurnal. Mekhanika, 1957, Nr 8, p 151 (USSR)
AUTHOR: Bogdanov F.
--Zzar-~~
TITLE: Experimental Investigation of the Optimum Conditions for Reduction
With a Tapered Die (Ekspe rime ntallnoye issledovaniye optimallnykh
usloviy obzhima konusnoy matritsey)
PERIODICAL: Tr. Stud. nauchno-tekhn. o-va, MVTU im. Baumana, 1957, Vol 3,
pp 41-45
ABSTRACT: Bibliographic entry
Card 1/1

BOGDANOV,H.F., aspirant
11 ..............................i..............i.......
Designing hydraulic-press cylinders. Izv.vya.ucheb.zav.;
mashinostr. no.6:71-74 158. (MIRA 12:8)
1. Moskovskoye vyssheye tekhnicheskoye uchilishche Baumana.
(11~draulic prosaea--Cylindere)

BOGDAWV, N.Yo, aspirant
Selecting .the stress of pressure fluid and the rigidity of
cylinders of hydraulic presses* Ixv,vysoucheb.sav.;
rashinostr. no.1:37-43 159. (14tu 13 213)
1. Moskovskoys vy9sbeye tekhnicbeekoys uchiliabehe imeni
N.Ye.Baumana.
(Hydraulic presses)

BOGDANDV, 1C. P.
Selecting pressure and permissible stresses in cylinders of
hydraulic presses. Kus.-ehtam.proisv. 1 no.6:23-26 Je 159.
(MIRA 1P.:9
(Hydraulic presses)

BOGDANDY, Z.F., aspimnt
--------------
Selecting the pressure of vorking fluids in hydraulic presses
for plastics. Izv,vy9.ucheb.xav.; mashinostre no.5:167-173
159. (14IRIL 13:4)
1. Moskovskoye vysshere tekhnicbeskoye uchilishche im.
Baumana (WTU).
(Wdraulic presses)

FWART I BOOK EUMOITAT101i 3OV/3955
'Moscow. nesheya takhn1oheakayvi uchillshche
')Whiny I tekhoologlys obrabotid metallov davlonlyom; abornik stater
t r Ztand Frooomses fl)r the
I=h!- ft*21riorking of Metals; Colloo-
vy.10108) Moscow MAhSIZ 1960, 246 P. (3orlest Itat
98) %mat, slip 1neoRed. 3,500 copies printed.
A.1~4~%. Doctor arTcphrical. Sciences, Proresson; Ed. of
Paula- uses O.T. Wrnyakj Tech. Zd.1 T.P.LS610olova;
Managing Z4. for Literature on Beavy,ftahlne XanufaOturinS (10Aahzis)i
.I.Ya. Go2ovIn, XWneer.
PURP0311 This collection of articles is Intended for workers In
WelOutIfIG research Institutions and In dle-forging shops$ and
for engineering student&.
GMMM~Zj TM Wok oontalrz paper-- from the Depart--n% of W-ohin*a
and ft-ocesses for the ftessworki" of Wale of the MY10 Kozo*
1,---.-XLgberTecbn1o&I School letand. 9.2. BsuaLan). The papers Isal with-,
WWRO"tIcAl and practical aspects of metal prearverking and.vith
the theory and practice of forging Agahina and press design.
2heme papers da&I with machine hydrmaloo (selection of drives
of pros"x# pr9soure in arlinders). A design of a hydraulic power-
earre type sprepso-hasmer*, which can work as a pwroussion press
or forging press, Is presented. Prob2ass of the theory of plastic
deformation In forging, upsetting and forming am also analysed.
IT reference cards (gas. 33 to 49J are appended to explain problems
SwrtalnLag to the Oate, of at"&* of plastically deformed metal.
?h4" "rd$ &ro the Continuation of cards presented In collection
no. 79 of the MM, 295T.' So Porsonal.Itlem are mentioned. Refer-
em"a assoepany most of the articles.
U= or M"43z
ZZP6rLMdbta1 X~"l Or 4;165- ~3-~&UIC8127
operated ramer-saraw rress-Oaamor 19
DmVdIOPMWt: Of powsr-3t- v jarging'P-4005- 28
Candidate or T~Ghnie" Sciences. Docent- - Study
f the R.in of the Flywheel, WIVO, of a Crank - Pre" - 49
yq,j, .C-Aldato at TOMML411 SCUMON. - r&*h*nlj=
for ##djag the BLUGZ into the-,4ontalnar of a lArgs WPIZOntal
V,draulla EF-trusLOD) P"ARICOrtIflosts or invantorahip Va. 1132a4 58
dated 4-4-581
63
ZnSIA.'r. ways Trara"Galon of Zner"
an Crt&i;l xathods of Obtaining ruinating Deforming T8
Forces
p_d~oy- it.?., tullneer, selection of nuid PrONRU" 112 Designing 86
-Hpirealls PrONPON
I., and b ki candidate of Technical 501-1*411.
Mp-Drivon
on, of, the 9M.-M."INGTI.
Aar 0 re &psolty of Direct Crower) 207
.Pree"s
ZJ.Itj4 X., lbotor of Technical Sciences, Professor- Mchmldv 012?
plan eailj Darorvead Bodl 'a
Doctor of Technical 8016D000, professor. D$t*MlrdL- 136
tion of Sals Big** in B"ring EHO11QV) CY11ACAC&I Uanke
reohnigj Science@* professor. 00 the Prab'
DO tar of in Dion
o yodus of Deformation Darin& Forging 241
a of the Map* of the
With cutter.
-once-^ Docent' yorging
Candidate Of T`�cn0lG41 Sol an 9psetters in A 147
of Inner Uses for Tapered RQI10r Dearings
Ldlng we With Vpoottlng During Piercing
AnAl"If Of P"0~35*0 of Wally SYMI"*--'
-~djdate of Technical Sciences. Experijeenta2 Invostl.
is methods of SheBt-POW Farming 203
lances. Rist
at* of
candid 203
;be Boyle ustry

8555o
AUTHOR: Bogdanov, ..F.
S/182/60/000/009/006/012
A161/0-29
TITLE: On the Application of Joined Cylinders in Hydraulic Presse
1A
PERIODICAL: Kuznechno-shtampovochnoye proizvodstvo, 1960, No. 9, pp. 31 - 32
TEXT: Though several hydraulic presees with multilayer cylinders are op-
erating in the industry, the calculation method for such cylinders is not yet
sufficiently developed. The author discusses the formulae suggested by different
authors (Refs. 2 - 8). Curves are plotted showing the dependence of the outer
cylinder diameter and the optimum work fluid pressure on the number of joined
cylir4er layers and the effect of the joined layer numbers on the total weight
and the weight of the outer cylinder ring. It is pointed out that a layer num-
ber higher than two gives theoretically only a slightly reduced outer cylinder
diameter, but In very heavy hydraulic presses it may be important to use several
layers because of the much lower weight of the separate 'Layers to be forged, U71-
formity of mechanical. properties in the much thinner metal of the separate layer
and the possibility of replacement of the rings by a band thathas a higher
strength. In t4his case the outer diameter of a multilayer cylinder could be ccn-
Card 1/2

85550
s/182/60/000/009/006/012
A16i/m-:9
On the Application of Joined Cylinders in Hydraulic Presses
siderably smaller. The cylinder weight may also be reduce-d by using steel grvdes
with higher strength than the u3ually used medium-carbon steel with a permissi-
ble stress of 900 - 1,400 kg/cm2, and therefore the use of a multilayer design
is only justified when stronger steel cannot be used. The mult-Ilayer vessel dA.-
sign used in chemical industry with interlayer spaces filled with fluid under
pressure is another way to reduce the dimensions, but this hardly can be recom-
mended for hydraulic cylinders. There are 2 figures and 8 Soviet references.
Card 2/2

30906
S/182 61/000/012/003/004
D038 D112
AUTHORs- Bogdn2n_At!_-__
TITLE: Calculating strengthened and banded cylinders of hydraulic
presses
PERIODICAL: Kuznechno-shtampovoohnoye proizvodatvop no. 12, 1961, 16-20
TEXTt The author gives the calculation of two-layer hydraulic-press cylin-
dOT31 as the methods of calculating such cylinders have not yet been suffi-
oiently developed. The use of this design permits considerably reducing the
dimensions of the cylinder and the weight of the forgings and increases the
technological possiblities of machine-building plants as regards building
large special presses. The author gives a calculation for the general case
of a cylinder composed of an inner and an outer tube made from steels of dif-
ferent grades with unequal permissible stresses, and specific examples for
finding (a) the optimum fluid pressure and dimensions for a 15,000-ton ca-
pacity cylinder, and (b) the dimensions for the same cylinder operating at a
rational fluid pressure of 500 at. The calculation of two-layer banded cy-
linders is also discussed. There are 7 figures and 5 Soviet-bloc references.
Card 1/1

BOGDANOV, E.F., kand.tekhn.nauk
Analysis of the bQnding efficiency of miltilayer cylinders in
hydraulic presses. Trudy NVTU no.11109-111 t64. (MIRA 170)

ETMANOV E, P.
"On the Heat Regine of a Gasification Processff in bDok,, Conference oil
,~cqj "TRUD" Seriesp Publi
Applications of Gas RT!, shin& Office of the Ac of
Science of the Dazakh SSH# Alms-A p, 1-9-5Y's

9.3150,9-32110 T((75
"JOV/109-5-2-3/26
AUTHORS: Bogdanov, E. V., Klul(~v, V. Ya., Chernov, Z. S.
TITLE: "rllreol~,tr_o"11 P'lux Intevaction with Plaorwa
PERIODICAL: Radlotekhrieka I uleictronlica, 1960, Vol 5, Nr 2, pp 229-
238 (USSR)
ABSTRACT: The interaction of a finite electron beam with plasma
is analyzed and the dispersion equution 1~; derived. A
system is tested experimentally in which a modulated
electron beam interacts with plasma of a gaseous dis-
charge within a longitudinal Magnetic field. Amplifica-
tion was achieved up to 40 db within the range of 3 to
30 cm waves. (1) Interaction of a finite modulated
electron flux wit *h plasma. Existing theories concern-
ing the interaction of an Infinite flux with an infinite
plazma being too abstract, the authors assume a cylin-
drical electron flux of diameter a piercing an Infinite
pla=a in the direction of z-axis. Assuming,further thEt
curr--nt densities and electron velocities in the beam
Card 1/13 onents
itudinal com
and in the
lasma have onl
lon
,
p
p
y
g

Ele6tron'Flux Interaction with Plasma
Card 2/13
77775
SOV1109-5-2-812'
while variable components are proportional to
e '( "'t - Tz) the polarization potential will be
expresced bv
'~!Il -, III .
or'. r g4a + T211 0, (2)
T, + (3)
where X is the wave number in medium, k is the wave
number in vacuum, ),e is the electron wave number.,-
(e.) is differant from zero when r a. Dividing
pe
the space into two reas, one of which (0 < r a)
contains the electron flux and plauma, while the other,
(r a) contains only plasma, and Joining the solutions

Electron Flux Interaction with Plasma
77775
SOV/109_5-2-8/26
at the boundary of the beam r - a, dispersion equations
are obtained
Ta Ta
Js (Ta) 11(2)
WHEKE
ks)
IF '(I> 0.
ANP
Ta J, (7'a) Ta K, (,via)
-j; -(T.) ~K, (,rla)'
(6)
when 2 > 0, where T 2 _T 2 H(2) is Hanckel's
7', 1 0
function of the zero order and 2-nd kind, corresponding
to a wave leaving the electron flux; K 0is modified
Card 3/13 Bessel's function. The authors limit themselves to an

Electron Flux Interaction with Plasma
77775
SOV/109-5-2-8/26
analysis of waves with phase velocity of near v
e
From Eqs. (4) and (6) they find the dependence of Ta
on Ta, permitting the derivation of the propagation
constant and of its imaginary part. The amplification
per unit length of system is expressed by a simple
equation
G, dVM
Card 4/13
(7a)
where 7pe (A)Pe/ve is the Plasma wave number of the
electron flux. At the boundary of the plasma ( Z = 0)
the variable component of the current density of the
space charge waves in the-stream is J(O) = 0, and the
variable velocity v(0) is maximum. Two waves are
generated in the system plasma -- electron stream; one
is attenuated, the other is amplified. Therefore, the
coefficient of amplification is

Electron Flux Interaction with Plasma
77775
SOV/109-5-2-8/26
G = (8,691,,q1 - 3) j 6(76)
Card 5/13
where ~ is length of the interaction zone. A graphic
representation of quantity q is ven in Fig. 1. The
method of calculating quantity qf -/ea, U)p/co ) is
explained in an appendix to this article. The most
Important relation is that of the amplification to
2 2
W ;/ W , or, If amplification at a given frequency
is considered, the relation to n/no where no correspond3
to plasma resonance for the given frequency. If n