SCIENTIFIC ABSTRACT BOGDANOVSKAYA-GIYENEF, I.D. - BOGDANOWICZ, J.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000205910015-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 9, 2000
• Sequence Number: 15
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

-1493 1. D.
T vei-,-ho,,-.Yl:h bolot SSSR.
Trudy Vtorof,o Vsesc~quz. P-eorr. s"Ye:~6z-, T. 1.949, S. 1Z.".
s. I'd - '~2.
-tolis' .--lumnalln-l-h `tntc~, 1:0. 2~, 1'.0sirva, 1CM9
0
C) : Lp ;

13OGT)A.t,O~ISK-kYA-,,",IYE!,TEF, I. D.
24864. BOMANOVSKAYA-GIYEENEF, I.
Posvyashch. -1toletivK So
Bibli.o,ax:S* 583. w
D. Obrazovaniye bplavin. Trupy Yubileynoy Sessii,
Dnya Rozhdene"a Do~,Mcliaeva. M.-L., 1949, 5 576-83-
SO: Letopis' No. 33, 1949

BOGDANOVSXATA-GITINO I D i'~
'"'"w 1* ~419
,
Types of formtion waters. Trudy GGI no.39:81-95 '53,
(mmA 11:4)
(Water, Underground)

DOGDANOTSULYA-Giniaw, x.D.
., Ad~;~f
,0400-0, 4 --:t
Natural reproduction by seeds in meadow coonoses of the forest son*.
UchosapeLonoua. ao*167:3-47 154. (xLRL 9:6)
(Pastures and meadows) (Plants-Reproduction)

BOGDANOVSXATA-GIYIUW, I.D.
Swan streamse UohosoLp.Lon.un. no.199:215-249 155. (MMA 9:7)
(SWAMPS)

BOGDANOVSKAYA, R.L.; SREVELFVA, A.D.; ZIIURAVLEV, Ye.F.
2
Solubility in the system Ce(N03)- UNC H20 fit 10f 20,
3 - -
and 300C. Zhur. neorg. khim. 10 no.7:17i3 1715 J1 165.
(~UtA 18;8)
1. Permskiy gosudarstvennyy universitet.

ZHURAVLEV, Ys.F.; SHEVELEVA, A.D.; PDGUNO.VSKAYAO, R.L.; KUDRYASHOV, S.F.;
SHCHUROV, V.A.
Solubility in the ternary water salt system. containia-g. -cerium
nitrate and an alkali metal nitrate. Zhur. -neorg.,khim. 8,no.8i
1955-1963 Ag 163. (MIR& 16:8)
1. Permskiy goeudarst n Univer3itet.
rave 7
(Cerium nit tea (Alkali metal nitrates)
(Solubility)

BOODANOVSKII D.
Production and feeding chickers on the Sukth Collective Farm. p. 23.
Vol. 9, no. 7, JuIY 1955
PER BUJQESINE SOCIALISTE
Tirane, Albania
SO: East European Accession Vol 5 Wo. 4 April 1956

'-4LODANSKI, X.A,__
The spatial distribution of ascorbic acid levels in the flesh of
fruits as a function of the light transmittance of tissues. Bul
Ao Pol biol 9 no.4:149-156 161. (UAI 10: 9)
1. Laboratory of Vitamin Assay, Research Institute of Pomology,
Skiernievice. Present4d by I. PiJanovski.
(Ascorbic acid) (Fruit) (Light) (Plant cells and
tissues)

BOGDANSKI, Kazimierz; CZAJKA, Grazyna
Study on the determination of ascorbigen in the presence of free
ascorbic acid. Chem anal 7 no.6tll49-1152 162.
1. Department of Nutriments and Vitamin Concentrates Technology,
Politechnikal, Lodz.

. - ---- m
PETENIO) Mi., kand.blolog.-nauki DOODANOVSKIT, A.,, VUtZlIdnikj
MISHKIN, S., otarshly na-aulinry -,otrudniR
i
Derivatlve3 of ltriczlno and arett In potat.) Za5bcb.rast' , ct
)n,ed.1 bol. 30 no*4:27-13 165. (tra W, 19 16)
1. rjow-ollokaqa 6blm,Voiya ml opy"r-aya stantsiYas

DOLININ G.A.; STEPANYAN, A.N., voter. vrach.; r-MCHENKO, N.A.; OMFKHOIJSKjY,
V.K.; LYSENKO, I.F., voter. vrach (Tiraspoll Moldavskoy SSR); SARAYKIN,
prof.: POGUIYAY, V.D., voter. vrach (Romanovskiy rayon, Altay-
skogo kraya); P??DANOVSKIY, A.V.; SAVUSHKINA, Ye.T., kand. veter. nauk
Prophylaxis and treatmcmt of dyspepsia in calves. Veterinariia
41 no.1:72-75 Ja 164. (MIRA 17:3)
1. Glavnyy veterinarnyy vrach sela Uren', Gorlkovskoy oblasti
(for Dolinin). 2. Ivanovskaya mezlirayonna a veterinarnaya labora-
toriya Khersonskoy oblasti (for Stopanyan~- 3. Starshiy veterinarnyy
vrach sovkhoza "Kamenskiy" Moldavskoy SSR (for Saraykin). 4. Mol-
davskiy sellskokhozyaystvennyy institut (for Saraykin). 5. Glavnyy
veterina-rnyy vrach sovkhoza "Berestovoy") Donetskoy oblasti (for
Bogdanovskiy).

Y
BOGDANOVSKI~', Ale'ksandr Evstaftvich
Lenskaia doroga i ee ekonomicheskoe znachenie. joena road and its earnomic
importance7. S.-Poterburgj, 1911m 296 P.
NN - x/
SO. Soviet
ortation and Com=nications, A Bibli Eaphy., Ubrary of Congress,
- .0110 _
rtment, Washingtonp 1952p-Un lassifiede

BOGDANMSKIY, G.A.; KONONOVICII, M.G.; KHOMCHEINKO, G.P.
Determination of the true surface area by the elecLrochemical
measurement of methanol adsorption. 7hur. fiz. khim. 38 no.10:
2509-2511 0 164. (14IRA 18:2)
1. Moskovskiy gosudarstvennyy universitet imeni M.V. Lomonosova,
Khimicheskiy fakulltet.

V> t' 43 4'0"P C' ,I C" Y,,, -q I Q. \rx .
AUTHORt, Bogaanovikiy, G.A. P Shlygin, A.I. 76-11-7/35
TITLE% On the Mechanism of the Eleotrooxiaation of Alcohols and Alaebyaes
on Platinum (0 mekhanizme elektrookieleniya spirtov i alldegiaov n&
latine) On the Mechanism of the Electrooxiaation of Ethyl Alcohol
0L mekhanike elektrookimleniya etilovogo spirta)
r
PERIODICAL: Zhurnal Fizicheskoy Khimii, 1957, Vol. 31, Nr i1, pp. 2428-2434
(USSR)
A13STRACT: The process of the alectrooxiaation of ethyl alool;ol on platinizea
platinum in an acid medium was investigated. It is shown that the
polarization curve passes through a maximum, the potential of the
beginning of the current decrease depending upon the alcohol oonoen-
tration and amounting, for the ocnoentrstion of 9 mo3/1 to I V. The
opinion in expressed that the eleotrooxidation of ethyl alcohol
&oetaldehyde an platinum develops according to an electron-mdical
scheme in an acid medium. It is shown that the decrease of current#
i.e. the aeorease of the total velocity of elaotrooxidation is due
to a decrease of the surface concentration of ethyl alcohol at the
oost of the aostaldehyde which is formed# When using platinized
Cara 1/2 platinum only acetalaehyde must be obtained in the case of a high

-16-11-7/3-5
On the-Mechanism of the Eleotrooxidation of Alcohols and Aldehydes on Platinum.
On the Mechanism of the Eleotrooxidation of Ethyl Alcohol
concentration of ethyl alcohol in the potential zone up to + 0.65 V;
in the case of a higher anode potential, acetaldehyde and acetic
acid are formed sirmiltaneously; finally, with a potential value of
more than 1.9 V, conditions for the production of pure acetic acid
are created. It mm found that, though the adsorbed oxygen or the
aurfaoe oxides of the platinum participate in the process of eleotro-
oxidation of the alcohol, this is the case only in the zone of a
large overvoltage. There are 5 figures and 4 Slavic references.
ASSOCIATION: Moscow State University imeni X.V.Lcmonosov (Moskovskiy gosudarst-
vennyy universitet im. M.V.Lomonoso")
SUBMr=1 May 15, 1956
AVAILABLE: Library of Congress
Cara 2/2

SOV/156-58-3-10/52
AUTHORS: Bogdanovokiy, G. A., Fooktistov, L. G., Shlygin, A. I.
TITLE: The Behavior of Benzene on Platinized Platinum (0 povedenii
bennola na platinirovannoy platine)
W.',"'~OTAC
-AL: Nauchnyye dokludy vysohcy shkoly, Khimiya i khimicheskaya
tekhnologiya, 1959, Nr 3, PP. 443-446 (usn)
AP.-,TRACT: The adsorption of an organic oubstance on platinized platinum
can be investigated electrochemically by measuring the po-
tential of the adsorbed substance on thedegassed surface of
t'he electrode. The method was describel in detail by Shlygin
(Ref 1). The experimental results were illustrated by dia-
grams which are discussed. They show: Diagram 1; the charge
curve in 0,1 n H SO 4 (1) the charge curve in 0,1 n with
benzene saturateg 11 so and the charge curve in 0,1 n with
benzene-saturated H61 13'). Diagram 2: the potential change in
0,1 n HASO with the introduction of benzene into the system
with the digassed platinum electrode (1), with hydrogen-sa-
turated electrode (2) and in 0,1 n HCl (3). Diagram 3: the
Card 1/2 charge curve-in 0,1 n H Zso4 without (1) and with benzene (2).

The Behavior of Benzene on Platinized Platinum SOV./156-58-3-10/52
Diagram 4: the curve of the electroreduction of benzene in
0,1 n H2so (1) and 011 n HC1 (2). Theoretically the electro-
reduction In HCI should take place more rapidly than in
119S0 , where the bond energy of the adsorbed hydrogen is
IlIgAr. Thia is not the caae, however, from the experimental
results it may be concluded that the abw rate of electro-
reduction of ben7,eno on plittinized platinum is related to
tho preoence of a double electric layer which hampers the
nonetration o.~ the bon.-en- to the electrode. There are 4
j-ure.
j referenceo, which are Soviet.
Wedzi ~jloktrokhimii Moskovskogo gosudarst-
vc.-ino '-o universitat.- im. V. Lomonosova
(',nlair of E'lectrochemiatry of Moscow State University imeni
M.V. Lollonoflov)
SURMITTED: January 21, 1958
C
,urd 2/2

AUTHORS: -Bogdanovskiy, G. A., Shlygin, A. 1. 76-32-2-27/38
TITLE: On the Mechanism of the Electric Oxidation of Sulfur Dioxide
on Platinum.I. (0 mekhanizme elektrookisleniya sernistogo
gaza na platine. L)
PERIODICAL: Zhurnal Fizicheskoy Khimii, 1958, Vol. 32, Hr 2v Pp. 418-421
(USSR)
ABSTRACT: The electric oxidation process of sulfur dioxide on a platinum
electrode in an acid medium was investigated. It is shown
that as long as the electric oxidation of sulfur dioxide starts
at 0,45 V it is obvious that the process does not take place
over the adsorbed oxygen but according to an electronic
mechanism, i. e. by means of a direct transition of the
electrons of the adsorbed 50 -molecules to the electrode with
a subsequent interaction of ?he forming molecular ions
(apparently with water molecules) according to the following
equation: SO 2 -79 + 4H20 --:.* H2SO4+ 2H3Ot. The reaction
velocity is important here and ~Efilg y amounts to 0,054 in
the initial stage, increasev with the increase of the anode
Card 1/3 potential and reaches the value of 0,122 V. In the present

.On the Mechanism of the Electric Oxidation of Sulfur Dioxide 76-32-2-27/38
on Platinumj.
case two electrons take part in the process and it can there-
fore be assumed that the reaction comprises two single-
-electron stages. The scheme is given according to the stages.
The 2nd and 4th stage apparently depend little on the
potential. But as this dependence is sufficiently clear in
the experiment the limiting stage can be the 1st or the 3rd.
As is known from the theory of slow ion discharge the
coefficient 6E/3lg y must be equal to 0,116 if the stage of
the release of the first electron is the slowest stage. As
long as it was equal to 0,054 in the present investigations
it can be maintained that the limiting stage of the whole
process is the third stage - that of the release of the second
electron from the sulfur dioxide molecule. - It is further
shown that the character of the limiting electron stage is
predetermined by the magnitude of the electrode potential, and
that the slowest stage of the electric oxidation of sulfur
dioxide is that of the release of the first electron, if the
value of the electrode potential exceeds 0,6 V. It is shown
that the formation of adsorbed oxygen leads to an important
decrease of the surface density or the charge of a double
Card 2/3 electric layer and consequently possibly to a decrease of the

On the Mechanism of the Electric Oxidation of Sulfur Dioxide 76-32-2-27/38
on Platinum. I.
velocity in the actual electro-chemical stages of the electric
oxidation process (which becomes evident in form of a
decrease of amperage). Thera are 1 fiCure and 3 reforendes,
all of which are Soviot.
ASSOCIATIO17: woskovskiy goeudarstvennyy universitet im. M. V. Lomonosova
(Moscow State University' imeni M. V. Icmoaosov)
SU!"MITTED: December lo, 1956
1. Sulfur dioxide--Electrochemistry 2. Sulfur dioxide--Oxi-dation
3. Sulfur dioxide--Electron transitions 4. Platinum electrodes
--Performance 5. Oxygen--Adsorption
Card 3/3

BOGDANOVSKIY, G. A.: Master Chem Sci (diss) -- "on the mechanism of electrolytic
oxidation of certain non-ionizing compounds on platinum". Moscow, 1959. 8 pp
(Moscow State U im M. V. Lomonosov, Chair of Electrochem), 150 copies (IG, No 11,
1959, 115)

1 5M PLUS I BOOK EXPWITATIOM SOV12216 1z)
Soveshchanlye p0 *Iobctrokhtmil. 4th, Moscow, 1956.
Trudy... j I abornlkl (Transactions of the Fourth Conference on Eloc
rachemletry; Collection of Articles) Moscow, lzd-vo AN SSSEr,'
1959. 868 P. Errata slip Inserted. 2,500 copies print d
Sponsoring Aganc7j Akademiya nouk SSSR. Otdolonlys khImIcft*e;1'Ikh
nauk.
Xdltorial Boardt A.M. Frumkin (Rasp. Md. ) Academician, O.A. Y*Nln,*
professor; 3.r. Zhdanov (Rasp. Secretary), S.W. Kabanov, Pro-
fessor, S.I. Zhdanoy (Reap. Secretary)$ B.S. YAbanov, Professom
TO X. Xclotyrkln, Doctor of Chemical Sciences% V.V. 1,25ev. F.D.
Luiartmov. Profexsorj Z.A. Solov'yova; V.V. Stender, Professor;
and O.M. Plarlancyleh; Ed. of Publishing Houses N.C. Y*gor-ov;
Tech. Ed.; T.A. prusakova.
This book Is intended for chemical and electrical tngl-
IV:=" Physicists, metallurgists and romearchsre Interested in
i~z ABDOcts of electrochemistry.
The book contains 127 of the 1,28 rgpog.tg presented at
the Fourth Conference on Electrochemistry sponsored by the Depart-
went of' Chemical Sciences and the Institute of Physical Chemist r3
Academy Of Sciences, USSR. The collection pertains to dlffervrit
branches Of *Iectrochemlcal kinat
galvanic processes In metal elect Los, double layer theories &~d
rodepoolton and Industrial elect-
rO2Y9ls. Abridged discussions are given at the and of each d_,Tl-
Olen. The ORJOVItY Of reports not Included here have been
published In Periodical literature.
No personalities are we laced.
References or* glyon at the and or most of the articles. nt
.Araoll-shch4kay. A.I. (20sudarstvennyY institut a?otno7
promjqhJj*nr1Z1tI - State Institute Of the Nitrogen Industry).
272
glectrothesical Reactions Of 01790n
~!rbovlch, M.A. (Deceased). and R.I. Kaganovlch (M38cO- State
University). Study or the Mi-chanis. of Some Anode Processes
by Combining Electrochemical and Tagged-Atom Methods 2rj
Shlyglm. " O.A. Bogdanovskly (Moscow State Unlvcr54tY)-
of ion of Some Compounds
on Platinum 282
_j0,amMcv_V.G., N.C. Bikhchisararts'Yan. and A.?- Tomilov
M skovskly kh_-mlki-t6chnolo&.lcho9XIY InDtitut Imeni
D.I. Mende leye~a-Mosco- Institute or Chemical Technology
I"ni D.I. Mendoleyev). Mechanism of' tno Electrolytic
OxIdation of Acetone in Alkaline Solutions 2r,
Khaw~tov, W. yq. (Moscow institute of Chemical Technology imeni
, -V.-j '-- Mende Jolt v). Xachaniss of Some Irreversible Elect-
Card 22/34
rOIytJc-OXId&t1*n Reactions
292
pomanko, A.S.. T.M. Abramova and I.L. Ganklnft (lr'Rtltut
firiche "0y W-filml-An =R-Instltute of phyntcal Chemistry
. NrSSR). Mocranism of the Corrosion of Iron,
Zinc an5,! Lluminun With the AI'd of Heavy OxYgIn Isotopes 29~0
Discussion I A.K__QLrjXrg, A.?. Toollov, P.D. LUkOVtOOV,
O.A. Tedoradve and contributing authors) 302
PART IV. ZIZ--rR=E PROCESSES I'M pt'510" 309
Y.sin, O.A. (Urallel(IT poll tekhnichesklY Institut ;-Ural Poll-
- VfMille Inatitut.). Electrode Processes In ru,ed Oxides 311
plan Stornhelm. R_ prancinl, and 0, pontanelll
-ti-q-1taly). 'In;oor1gat1_cn ~f Overvoltag. Phenoiw~_!W_Fui_"
Salts 323
Card 23/ 34

13 /~9 0 67316
-AUTHOR: Bogdanovskiy, G. A. SOV/181-'.1 .8-21/32
n Electric Contact in an Electron Microscope
TITLE: Investigation of a 'Y
PERIODICAL: Fizika tverdogo tela, 1959, Vol 1, Nr 8, pp 1261 - 1285 (USSR)
ABSTRACT: The author shows that under the action of fields of an order of
several million v/cm the surfaces of metallic electrodes change
considerably. First, the experimental apparatus is described.
An electron microscope (10,000-fold magnification) with an EM-3
optics served for the measurement of the small spacings and for
the observation of the electrode surface. The following section
of the paper deals with the currents occurring before breakdown
and with the breakdown over the vacuum gap. In a vacuum gap of
the order 1 V a strong field appears already at several 100 v
with currents of the order 10-13 to 10-10 a occurring. The am-
perage logarithm is a linear function of the reciprocal volt-
age, similarly as in the case of cold emission. This straight
line shifts and changes its dlope with increasing electrode
spacing. Emission is highly ~.nstable because of the surface
changes. The potential difference required for inducing one and
Card 1/3 the same amperage does not increase in direct proportion to the

67316
Investigation of an Electric Contact in an Electron SOV/181-1 -8-21/32
Microscope
electrodes spacing. Emission is therefore assuined to proceed
essentially from the tip of the electrode. The field strength
at the tip attains values of 5,107 v/om. These facts prove the
autoelectronic character of the currents occurring before
breakdown. The next two sections deal with the formation of
oxide bridges and metallic bridges. The maximum current passing
through the contact is limited by successive switching in of
the resistance R lim* In the case of slow variation of the dis-
tance between the contacts with R lim < 100 ohms the same cha-
ractoriotics as in the case of metallic bridges appear on the
oscilloscope screen, The bridge is heated with increasing volt-
age at the contact, and its resistance increases. By pulling
the bridge under voltage apart its resistance may be increased
to some dozens of ohms. When the bridge is stripped, its re-
sistance increases by a jump. When the electrode spacing is in-
creased to 0.01 Vp resistance changes gradually. The fusion
Pard 2/3 traces on the surface of the opened electrodes are indicative

67316
Investigation of an Electric Contact in an Electron SOV/181- 1-8-21/32
Microscope
of a high temperature. When currents of less than 10- 2a
(R lim > 100 ohms) are passing throughpthe volt-ampere charao-
teristice have the same shape as in the case of small oxide
bridges, i.e., the bridge resistance decreases with increasing'
voltage. The bridge resistance may gradually assume the value
6
10 ohms. This is obviously due to the improvement in conducti__e
vity of the oxide inter-layer'in strong fields. Substance trans
fer in the case of a low vacuum-causes growth of the dendrites
on tho surface and formation-of oxide bridges. Pointed pro-
trusions form on the cathodep and therefore field strength in
Some Bites of the cathode may exceed the-average value by one
order-of magnitude, These gradients explain the autoelectronic
character of the currents before bre6.kdown. The metallic brid-
ges form by growth of the protrusions on the electrode surface
under the action of a strong field. The author'thanks Academi-
cian A. A. Lebedev for the subject and for his valuable advice.
There are 14 figures and 8 references, 3 of which are Soviet.
SUBMITT.ED: July 26, 195a

C BOGDANOVSKIY, G.A.; SHLYGIN, A.I.
Decomposition of hydrogen peroxide on platinum-plated platinum
containing a small amount of palladium. Vest.moak.un.Ser.mat..
mekb., astron., fiz.. khIm. 14 no-1:155-163 '59. (MMA 13:8)
1. Kafedra alektrokbinti Moskovskogo universiteta.
(Hydrogen peroxide) (Platinum)

A7 TIM': 4 1 1 /-~ I
A . Kupr,iv10i, '1 4 -10
sner, V. R., ~Stepanov, 1. V.
,ioroSCOpC 'j,'Lt~j the
TITLE: A Li,-ht-electranic High-rosolution 7,1
Utilization of .,TonooryutF.,l,l,1no Image Scrcerm-
ivetoolektronnyy m1krookop r, iqpo11-4-mvmi.,re-,1
cho3'Akh ekranov vy3okogo razreshcniy,:.)
PERIODICAL: Izvt,,-I.iyn Akademii nrillic -833R. 9e .riya fizicheslfayj~i, 1959,
Vol. 2"), 11'r 1, pp -479-1BO (USSR)
ABOTRACT: I-vur(! screens with polycrystall*no phosphoriis rire uood -nith
Cloc'uranic microscopea. Thpy do not offer :i vcr%,,, high
rcoolution. Monocrya tall ine iTngo scroons offor v much
highor recolution nnd allow a photo-opilev.1 investi6ation of
the eloctron optical magnification. Ardenne "Hof 1) made I'm-
of 7,n3 monocrystals..17ith nrtificial.ly prep.--)red 7.nS ond Cdt')
monocrystals one obtains a resolution of up to 11,w-t --n
ticcolor,,Ainl-, voltn,ge of 20 I-v, Figuv~ 1 shoii:-t Mic schemc of
an Prrangement for the monsurement of li.ght- )uti,ut and
resolvinI.T. power. A net in projected o nto tbe; jcro,-:n !n-
the lov.,cot mar
nJficntion i!~ d6tormine%cl, nt tho net 'L~,.
C i~;11 vi:;iblo. ., triblo 1,rjvu,t MOPI-1411*j.,v, i,.- FC~,-Z~

A Li '-ht-electronic lliEh-resolution Microscope ~Yith
the Utilization of "Ionocrystalline lmnqL~ Screens
imop,e screens. The scheme of 1i photcalectron nicroscore
in shorn as an application fcr monocrys tall ine inawc :3crecn:-..
There are 2 stages: the first is a common electron
microscope with a,monocrystallinc imago screen and t?,c
second stage is a photo-optical microscope for the
investigation of the image screen. Tht-re are 2 figureo
depicting a VOO fold magnificntion. resolving po~,,.,or
ountinF up to 150 There are 3 fiUnr-s, 1 tnble, ,.nj
2
Carl 2112

AUTHORS: Vert3ner, V. N.,.Ivanovi Mo Got SOV/48-23-4-12/21
Kozelkin, V. V. ,BnSdanovskiy, Go A., Vorobl yev, Yu. V. ,
Klyukin, V. Ye., Nikiforova, V. A. , Chent3ov, Yu. V.
TITLE: The Series Electron Microscope EK-5 (Seriynyy elektronnyy mikroskorp
EK-5)
PERIODIOAL: Izvestiya Akaaemii nauk SSSR, Seriya fizicheskaya, 1959
Vol 23, Nr 4, Pp 485 - 489 (USSR)
ABSTRACT: The electron microscope EH-5 is a high-resolution instrument (Fig-1).
The principal elements are arranged vertically and the image screen
exhibits high resolution. There is a camera and various adjusting
facilities a-low good working conditions. in the object, the part
hit by the electron beam has a diameter of.7-5,4A%
The object is situated on an object slide, which is movable fr
outside. The object lens and its stigmator consisting of eight
coils are accurately described, as well as the intermediate and
projecting lens. The diffraction mount allows electronography with
penetrating and reflected beam. The camera works with plate
dimensions of 4.5*6 am and 4i,5-3 an. The instrument features a
special vaouum system. Aooelemtion taken place by the voltage
Card 1/2 steps 40,50, and 60 kv. The.current source is stabilIzed, its

The &eries Electron Microscope IM-5 SC)V/48-23-41,-12/21
fluctuation amounting to 0,003%. The electrical supplies are
discussed, The electron microscope EM-5 allows a bright and dark
field illumination, stereoscopic investigations, miorodiffraction
images, dark field investigations of-the diffraction reflexes, etc.
On focusing, the image screen is observed through a binocular
miorosoope with a 9fold magnification. The resolving power amounts
to 20 f. There are 3 figures and 3 Soviet references.
Card ?/2

AUTHORS: Chentsov, Yu. V., Vertoner, Ve Not SOV/48-23-4-18/21
Bogdanovskiy, Go A.
------------
TITLE: Some Constructional Improvements of an Electir-on. Microscope EM-3
(Nekotor,yye konstruktivnyye uluchsherdya elektromogo milkroskops, EM-3)
PERIODICAL: Izvestiya Akademii nauk SSSR. Seriya fizzicheskaya, 1959,
Vol 23, Nr 4, pp 519 - 521 (USSR)
ABSTRACT: The present paper describes the experiments and results, that were
conducted in order to improve the quality of the electron microscope
EK-3- It was fi=t of all necessary to increase the resolution and
the light output. A new electron gun was developed with an almost
punctiform cathode. In oAer to render the centering of the
individual microscope parts easier, a stand was designed with an
internal micrometer. A special appliance was designed for the
adjustment of the illumination system, Ydiich makes the adjustnent
of the object lens and condenser easier. By employing a new
material "Femendyur" instead of Amoo iron in thn. pole shoes the
quality of the image was improved. Also the astigmatic variation
of the focus upon the optical axis was strongly di-mini-shed, thus
increasing the resolving power to 30 to Woft, with reflected beam
Card 1/2 was made possible, and eleotronographic operations may be carried

.Some Constructional Improvements of an Electron Mioroscope ENI-3 SOV/48-2.21-4-18/21
out by removing the projecting lens. The instriment was equipped
with a camera and improvements were also made in the high-voltage
system. The chromatic aberration was considerably diminished. A
binocular microscope of the type BR-51.-2 with 9fold magnification
was installed. There are 5 figures and 2 Sovie", references.
Card 2/2

5 (4)
AUTHORS: Bogdanovskiyp G. A.p Shlygin, A. I.
TITLE: On the Mechanism of Electro-oxidation
on Platinum. II.Gn the Electro-oxidation
dehyde
PERIODICAL: Zhurnal fizicheskoy khimii, 1959, Vol
(USSR)
SOV/76-33-83-
of Aloohols az.,.d Aldehydes
Mechanism of &~etall-
33, Nr 8, pp 1769 - '2773
ABSTRACT: Sinoe acetaldehyde (1) is an intermediate product of ths ethanol
electrolyaiag investigations of the electro-oxidation (E0) of
(1) were carried out. (E0) took place in 1 n H 2s0 4; and a larger
platinum-plated platinum electrode (20 cm 2) without mixing, or a
revolving platinum then (0.2 em 2) was used as an ele--trodp. The
inveazigatic-ii methods have already been described (Ref 1). The
Polarization carves (PC) of the (I)-oxidation obtaired show that
the current Intensity (and with it the rate of %/E0)) increases
as the potential (P) rises. A maximum is reachea at a (P) of
1.25 v, and then the polarization cuTrent falls to a minimum.
Sirv~e a discernible (E0) Of (I) starts at ae~p) of 0.6 v (i.e.,
there is no adsorbed. oxygen on the electrod ` it may be assuined
Card 112 that the (E0) takes place according to an electron radices! meih-

On the Mechanism of Eleotro-oxidation of Alcohols SOV/76 -.3 3 -8-1 5/'j 9
and Aldehydes on Platinum. II.On the Electro--oxida-
tion Mechanism of Acetaldebyle
anism, The direot transfer of electrons from the (I) Wolecul,
V) the electrode is ooni!tdered the fiTst stage of the (Z0) of
(I). By this process pzYsitively charged ion moleriles are formed.
Sinr.e the latter are unstable they react with the water mol-s-
oules by splitting off from them the protons. The (EO) of (1)
takes place; in princUpla, similar to the discharga of water
mole-;ules. The above-mentioned current drop is attributed 'to
the appearanoe of adaorbed oxygen on the ele~,,trode, since
oxygen has an inhibiting effect upon the (EO) of ( 'I). The form
of the (PC) of the (EO) of (1) is to a great eytent dependent
upon the surface properties of the electrode, and its pralimt-
nary treatment. The latter will necesear 'J* 1y also have a~zn effa-,t
upon the form of (PC) in the ethanol oxidation. since (I) -;a ar
.Mtermediate product there. There are 3 figures and 3 SLviet
referer.^.es.
ASSOCIATION: YoakovBkiy gosudarstvennyy universitet im. M. V. LomonosDva
(Moscow State Uni-ersity imeni M. V, Lomonoso-)
SUBMITTED: January 21, 1958
Card 2/2

_,5774, 6 00 68338
,.5. '31? 0 0 (A )
5 (4) 3/076/60/034/01/009/044
AUTHORS: Bogdanovskiy, G. A., Shlygin, A. I. B010/BO14
TITLE. The Mechanism of Eleotrooxidation of Alcohols and Aldehydes
on Platinum. III. The Shape of Polarization Curves of the
Oxidatioxi\of Ethyl Alcohol~
I
PERIODICAL: Zhurnal fizicheskoy khimii, 1960, Vol 34, Nr 1, PP 57 - 62 (USSR)
ABSTRACT: In the present paper considerations on the shape of polarization
curves of ethyl alcohol on platinum are discussed on the basis
of experimental data. Pigures i and 2 illustrate polarization
curves obtained from a large platinized platinum electrode
(without mixing) and a rotating platinum disk. The visible sur-
face of the large electrode was 20 cm2 and that of -the disk
2
0.2 om . These curves exhibit 2 maxima one of which occurs at a
potential of 0.9 v and the other at 1.25 v. These two maxima are
accompanied by a considerable amperage drop. It may be assumed
that various reasons account for this fact. The first depression
at 0.9 v is caused by the inhibiting action of the intermediate
product - of the acetaldehyde. The second depression at 1.3 ~r in
Card 1/3 caused by the occurrence of oxygen adsorbed on the electrode.

68338
The Xechanism of Blectrooxidation of Alcohols and S/OT6/60/034/01/009/044
Aldehydes on Platinum. III. The Shape of Polariza- BOIO/BO14
tion Curves of the Oxidation of Ethyl Alcohol
This assumption is confirmed by a number of facts. Figure 3
shows the dependence of the maximum current on the acetaldehyde
content and figure 4 shows the dependence of the rate of alcohol
oxidation on the latter. The experiment proves that the shape
of the polarization curve is determined by the intermediate
product, the aeetaldehyde. The rate of its eleotrooxidation
depends on the condition of the surface. If oxidation proceeds
on the respective surface with an insignificant rateg the
polarization curve of ethyl alcohol obtained from this elec- LIK
trode has a maximum at 0.9 v (Fig 5)- If the eleotrooxidation
of acetaldehyde is not slower than that of the alcoholq the
curve has a maximum at 0-3 v (Fig 6). The current depressions
caused by the surface blocking by means of intermediate products
may not always be observed. The most favorable conditions for
determining depressions are the following: slight reactivity
of the intermediate, its strong adsorbability, small volume of
the solutiong large electrode, and weak concentration of the
starting product. Experiments performed with a weak alcohol con-
Card 2/3 centration (10-3 moles/1) on the rotating diak show but a slight

68338
The Mechanism of Electrooxidation of Alcohols and S/076/60/034/01/009/044
Aldehydes on Platinum. III. The Shape of Polariza- B01O/ '~014
tion Curves of the Oxidation of Ethyl Alcohol
increase in the maximum current. In this case the first maximum
could be observed already at 0.6 v (Pig 7). Figures 8 and 9 re-
present further polarization curves of rotating disks. In con-
olusion, it is said that in the electrooxidation of ethyl alco-
hol on platinized. platinum in acid solutions three potential
zones may be distinguished: 0-5 - 1 V: conversion of ethyl al-1)
cohol into acetaldehydej I - 1.6 v: oxidation of acetaldehyde.1
in acetic acid. The transition into this zone is usually associ-
ated with a current depression. In the range 1.6 - 1.7 v a fur-
ther conversion of acetic acid occure. This generalization may
not be taken as a binding rule since the limits of the above
ranges may shift according to the activity of the electrode.
There are 9 figures and 6 references, 5 of which are Soviet.
ASSOCIATION: Xoskovskiy gosudaretvennyy universitet im. M. V. Lomonosova
(Moscow state University imeni X. V. Lomonosov)
SUBMITTED: January 26p 1959
Card 3/3

24 8 9 1
10 9 /6 _"." 0 0 C-,/ 0 0 8/0 11 /0'L 8
I? D207/'DA04
AUTHORS: Vertener, V.N., Nikiforova, V.G,, Bogdanovskiy, G.A,,
Xozelkin, V.V., Shchetnev. Yu.F. -
TITLE: Optical-elec-tron-microal-ope 3M-6 (EM-6)
PERIODICAL: Radiotekhnika i elektronika, v, 6, no. 8, 1961,
1365 - 1369
TEXT: This paper was presented at the 3rd All Union Conference on
electron microscopy, Leningrad.. October 1960. This is a descrip-
tion of an electron miqmzscope as based on the proposal of V,N.
Vertsner. 1~. Is a simple inst4'umentp L-he resoluTion of whiun iw
half-way between that of an optical and an electron. microscope,
and which has been called the optical (light)-electron microscope.
The-production type is designated 314-6 (EM-6). It incorporates an
electromagrietlc obje.-tive, which produces a magnified electron
picture of the sample on a high-reaolution monocrystallic scrten,
the picture being subsequently observed by an opticai microscope
Card --/'
.1_ 5

2489 1
S/109/61/006/008/01 1/018
Optical-electron-microel^ope D207/D304
of small marification and photographed by a came.ra, type 113enit
C" (Zenit S . The source of electrons Is 'blit electron gun I (Fig.
2). The anode diapbragm is 1 mm in diameter and the oathode wire
may be centered together with the modulating electrode '. with re--
specl to the anode. The focussing diaphragm 2 is directly behind
the anodes The illumination system allows a narrow beam of elec-
trons to reach the sample (about 100 pA) without additional lenses.
The samples are introduced through the 14-ock 3. The sample in a cy-
lindrical holder is placed in the gap between the magnetso the
holder being fixed at each end with rubber washers. The aperture
diaphragm 4 is Introduced into the gap behind the sample. The elec-
tron beam after passing through the sample reaches a second lens 5,
whose magnification can be varied in three steps~ The final elec-
tron image is formed at a monocrystalline ecreen 6i the side on
which the beam impinges is covered by a thin layer of aluminum to
prevent the charge built up. The screen is only 4 mm thick because
of the properties of fluoritev The'Optical microscope 7 is fixed
to the instrument by a hinge to facili,tate access to the screen.
Car,O -2/5

-C /o06 /0" 1 /0- 8
Optical-elec-tron-miCroacope
For photographs the best f:L."Am is fluorographic f IL.Im P~--3 (RP-3) but,
o-t.her films having sensitivity of 180-250 units of rOCT (GOST) e.g.
type A-2, may be used. The exposure times vary fr3m 2 to 21", sec,
depending on the 3ample density and overa7i magnification. which
at an optical magnification of 40 can be 10,000, 5,000 or 2,000.
The adjus-.ment of the instrument consists of directing the elec-
trons along the optical axis of the objective by adlusting the
tilt of the gun and the axial adjustment of the two diaphragms.
The vacuum aystpm consists of a distributor, a small rotary pump
VH-494 (VN,.-494) and a diffuslon pump 19BO (NVO-40) with air cooling.
The sA.1--,cone oil and the diffusion pump is type BKW,-L)4 (VKZh-94)
and does not oxidize in air when heated, The power ouppIy is from
220 V mains through a ferroresonan-t voltage siabilizer. HP, EHT
BUPPlY is used. The HP oscillator a rY--50 (GU--50) tube,
working at 60 Kc 'iI's at an ampIltude of 8-9 kV, ThIs vcltage is app-
lied to a voltage mul.-.iplier where I-, reaches 35, kV. The optical
elect-on microscope type EM-6 which is now be4n prcduced has a
resolution of '450 R for photography and 80-106 ~ fo-r visual obser-
Card 3/5

'A
siloq,/
Optical-electron-microscope D207/D304
VE010110, WI fl) VOI-Y fA0QUrAt#I manufal--,Tuted flagnet taps the resolu-
tion can be Increaeod to 60 K. It Iv st~-il,od Iii .-ninoluoton tht.Alk, tho
simple conati-u!,-tion and ea5y use of 'he 'na''ruirent vii.ll it
widely adoptedf obtain magnifioa-r-loi-is between those 3f the opti-
cal and of the plire elec-roo micro3:ope, There are 6 flg~Ares and
3 referencess 2 Sovie4k-bloc and I non-SovIet-b1oc,
SUBMITTED; February 7, 1961
Card 4/55

21-89 i
3/10 6 11/006/0 08/011/018
D207YD304
Opt-II'Leal-electron-microscopeoe-
Fig. 2. Orose-section of the microscope column.
NLrd 5/5
A~

VERTSNER, V.N.; VORONA, YU.Mo; VOROBIYEV, Yu*Vo; BOGDANOVSKIY G.A,;
CEMSOV"Aua.
Optics Of EM-5 and BM-7 electron microscopes. Izv,AN SSSR.Ser.fizo
25 no*6t680-682 je 161. (MM 14;6)
(Electron microscope)

BOGDANOV6KIY, G.A.; M10W'191,1%)X0, VOliCIVIKO, G.D.
Acisorptive (,apunity of noyne II-Dulin,-1-1d., twara hydrogen at different
I)II valuea. 11) no.4*35-38 JI-Ag 164.
(MIRA ILB%S)
1. Kafedra obsh~;bey kh'-Mil Mookovskogo universitata.

"'., I ~;'~ M
of
upd t C 'u,
Om*,.; 1-9.8)

BOGDANOVSKIY, G.A.-; KHOMOHENKO, G.1',.,, VOVCHENKO, 6,1),
Charge C'brvoa of powdered metals. Zhur. fiz, kh,,~m, 11)
no.6~1408-1412 Je 165. (IMIRA 1s-.11)
L MoskovBkiy gosudarstvonnyy universitet imF,.ni L,-)monosova.
Submitted Feb. 22, 1964.

SH;~'MR-EVP G.I.; BOGDANOVSKIY, G.A., (,.j,.
. .. - ~ - - I ~ I ... .t y
Electrochemical reduction of nitrumet~un(j (in :om,
metals and their mixtures. Zhuv.fL--.I:'hIm. 39 no.M1733-1738 J1 165.
(W-RA 18.8)
1. Moskovskly gosudarstvennyy universitet imeni M.V.1/=.onosova.

ACC NRt AM017438 SOURCE CODEs UR/OO76/65/039/OO6/V4O8/1=
AUTHOR: Bogdanovskiyj G. A.t Khomchenko, G. P.; Vovchenko, G. D.
ORG: -Moscow State Univers t7
i / im. M. V. Ioomonosov (Mciskovskiy gosudarstvennyv
universite7t
TITLEt Charging curves of metal powders
SOURCE: Zhurnal fizicheskoy khimii, v. 39, no. 6, 1965, 1408-1412
TOPIC TAGSs metal powder, rhodium, ruthenium,, hydrogon
ABSTRACT: A method is proposed for plotting the charge curves
!for metal powders, called the direot contact method, The values
,of the true surfaces of metal powders, calculated according to the
.hydrogen region of the charge curves plotted by the direct contact
.methodq are In excellent agreement with values obtained by the BET
'method. It was established thatthe amopt of electricity relluire&
to elImInat6 adsorbed hydroge:p from'l cm, surfaoe of rhadjun or
&t_;;eL;r1z amounts to 28 10--~' coulombs and is tho,ofiaraoteriatio
value for metals of the platinum group. Orig. art. has' 7 figures.
CJPRS]
SUB CODE.'n SUBM DATE: 22Feb64 ORIG REF: 010 OTH REF: 002
K:,rd
UDC,

BOGDANOVSKIY,, I.M,~; FESENKO, T.A.p red.
[Laboratory chromatographs; a survey) Laboratornye khro-
matografy; obzor. Moskvap TSintielektropromp 1963. .127 p.
(MIRA 17:9)
1. Russia (1923- U.S.S.R.) Gosudarstvennyy komitet po
elektrotekhnike.

5028507 SOURCE CODE: UR102861651000102
INVENTOR: Bogdanovskiy, I. M.; Zalkin, V. S. -X0 I
TITLE: ,,A device for converting the electric signal of a transducer. Clags 42~
No. 1T5721 [Announced by the All-Union Scientific Research Institute for -the Complex.
Automation of Oil and Gas (Vsesoyuznyv nauchno-issledovatellskiy institut kompleksnoy
omatizatsii nefti i gaza))
SOURCE: Byulleten' izobreteniy i tovarnykh znakov, no. 20, 1965, 88
TOPIC TAGS: electronic amplifier, acoustic transducer
ABSTRACT: An Author Certificate has been issued fbr a device.'for converting the elec-
tric signal, of a transducer, i.e. , a chromatographic detector, to a pneumatic im-
pulse. It contains an electronic amplifier, a transducer (see Fig. 1) and a rever-
Fig. 1. Device for converting the electric
Li signal of a transducer
L
I - Electronic amplifier; 2 reversible motor;
.3-- mechanical-to-pneumatic converter; h ten-
sometric bridge; 5 flexible element.
UDC: 543.544.o8
Card 1/2 621.317.79

L 9563-66
ACC NRj AP5028507
eibie motor connected to a mechanical-to-pneumatic converter. To increase reliabilit:
and assure the linear relationship of output pressure to transducer Signal, the
electronic amplifier input contains a tensometric bridge, whose arms are connected
to a flexible element which senses the output pressure to the mechanical-to-pneumatic
converter. Orig. art. has: 1 figure. (WHI
SUB CODE: 09 SUBM DATM 09Apr64/ ATD PRESS.,

6l049,-Z7____ 'EW(l)
F-ACCNR- AA6021875 SOURCE CODE: UR/0124/66/000/003/Aoll/Aoll
AUTHOR: Bogdanovakiy, L. N.
TITLE: Relative motion of a material particle over a rotating surface
of revolution
SOURCE: Ref. zh. Mekhanika, Abs. 3A70
REP SOURCE: Uch. zap. Mosk. obl. ped. in-ta, v. 154, 1965, 176-193
.21
TOPIC TAGS: yart1cl motio , material particle, motion equation,
Coulomb friction, friction, rotation, material separation, surface of
revolution
ABSTRACT: It is noted that in the theory and practice of mechanical
separation 6f friable mixtures, the problem of the optimal configura-
tion for the working surface of a separator has not been solved.
Therefore, the differential equations were formulated for the relative
motion of a material particle on a rough surface of revolution rotating
with constant speed, the surface forming a certain angle with the ver-
tical line. The differential equations were solved for the motion of

L o1949_67
ACC NRs AR6021875
a particle on a rapidly rotating cylinder with Coulomb friction, and
for an inclined cylinder with resistance proportional to the velocity
of motion. An analysis was made of the relative equilibrium of the
material particle on the rough surfaces of a cone and a paraboloid
having a vertical-rotation axis with Coulomb friction and zero initial
velocity of the particle. In conclusion, some remarks are made con-
cerning the value of the particle pressure on a smooth surface of revo-
lution rotating around the vertical line. B. V. [Translation of
abstract.] [AM]
SUB CODE: 20/

S/128/60/000/012/008/014
A054/AO30
AUTHORSt Bogdanovskiy, M.N.j Repkina,,V.I.
TITLE; Processes in the Meial-Mold Boundary
PERIODICALt Liteynoye proizvodstvop' 1960,~No. 12, PP- 30 - 32
TEXT: When casting large-size parts of metallur ical equipment, care has
19
to be taken to prevent cindering, which is not always possible, even if the mold
is coated with high-refractory niaterials.(.e.g., chrome containing iron cores,
etc.). The degree of cindering depends, among 9ther things, on the composition
and the temperature of the liquid metal, the coating mixture, the-degree of dry-
ihg of mold:and core, etc. The most important of these factors are the pouring
temperature and the interval during which high temperatures are applied, depend-
ing'on the thickness of the coating. In order to study the mechanism of cinder-
ing, tests were carried out with specimens of cinder formed on large castings of
the Dnepropetrovsk Factory of Metallurgical Equipment. Altogether 30 samples
were testedi a) 17 samples with easily removable cinder; b) 8 samples in which
metal penetration was caused mechanically, and c) 5 samples from which cinder
could not be removed. Microsections were made of the most characteristic samples
Card 1/5

S/128/60/000/012/oo8/o14
Processes in the Metal-Mold Boundary A054/AO30
for microscopic analysis with light transmission [MUH-5 (MIN-5) type microscope],
and for analysis with light refraction N04-7 (MIN-7) type microscope]. The sam-
ples were also examined in unprepared condition under and MEC-1 (MBS-1) type
binocular microscope. In tests group a) a 15 mm thick crust formed during the
casting of a blast furnace cone was examined by petrographical analysis of the
sections and by comparisons with the data of the constitutional diagram of the
FeO-3'02 system (Fig. 1). The crust consisted of three layers, the first of
which (at the side of the.casting) contained isolated, cracked, grey, round
quartz particles and glass. Fayalite was found between the quartz particles and
tridymite mainly around them; glass covered the quartz particles with a thin
layer. The boundary between this layer and the side of the casting is the melted
surface of the crust, while the other side of this layer passes into the second
layer (Fig- 3), consisting of less cracked, round quartz particles, coated by
glass and bonded by fayalite, while no tridymite was found in this layer. The
third layer contained slightly changed large quartz particles, closer to each
other and bonded by colorless glass. No fayalite or tridymite could be found in
this layer. A similar sequence could be observed in other layers of removable
cinder, only the thickness of the layers was different, varying with the thick-
ness and the temperature of casting. Each layer attains its maximum temperature
Card ~/5

S/128/6o/ooo/o12/oo8/o14
Processes in the Metal-Mold Boundary A054/AO30
in accordance with the distance from the casting and the duration of high-temper-
ature regime. In the temperature range between 1,2050C and the casting tempera-
ture of steel the sand particles melted, forming a liquid phase, mainly that of
fayalite. The remaining part Of S102 particles were partly transformed into high..
temperature quartz-tridymite. During the temperature decrease from 1,2050C to
1,1780C the hard crystals of fayalite separated and formed, together with the
glass, a bonding mass sometimes penetrating deep into the coating mixture and
hardening it to a crust. Then the eutectic alloys tridymite + fayalite + glass
and fayalite + biostite + glass separated, For the formation of fayalite and the
eutectics nearly all sand particles which came into contact with the metal were
absorbed. The spaces formerly occupied by sand were empty: a thin space was
formod between the metal and the mold and this made the easy removal of the crust
possible. Similar phenomena could be observed in the coating mixture surrounding
the forming iron. In tests group b) it was found that "mechanical cinder" is
caused by the liquid metal penetrating into the inter-granular spaces of the fom-
ing mixture. This infiltration of the liquid metal can be caused by insufficient
density of the core or of some parts of the mold, high pouring -temperature, ex--
oessive ferrostatic pressure and bad quality of coating protecting against cinder.
This aspect of cinder formation does not involve products of chemical reactions
Card 3/5

s/128/6o/ooo_/o12/oo8/o14
Processes In the Metal-Mold Boundary A054/AO30
between ferro-oxides and S102, the sand particles or groups of them are surround-
ed by metal and due to the presence of marshalite dye stuff, the bond between the
communicating metal bonds in the depth of the core sand is stronger, than in the
casting and, therefore, though with difficulties, it is possible to separate the
metallized part of the core from the casting. Non-removable (test group c) cin-
der is formed, when all the elements forming a removable crust are present, com-
bined with a metal lattice mechanioally penetrating into the separating gap and
into the inter-granular channels of the forming mixture. In such cru*sts the re-
maining sand particles are present in the form of extansions and they hinder the
removal of the crust. As a final conclusion it can be said that the sand parti-
cles on the metal-mold border remaining impede the formation of a separating lay-
er and contribute to the formation of non-removable cinder. There are 8 figures.
Card 4/5,

S/128/60/000/012/W/014
Processes in the Metal-Mold Boundary A054/AO30
Figure 1: Easily removable cinder. (1) temperature; 2 liquids; (:D chrys-
tobalite + liquid; (D tridymite + liquid; (~) fayalite + liquid; biostite
uid; tridymite + fayalite; fayalite + biostite; weight.
+ liq
Ozoxfm 0 S
fix.
Tpudillfgm - 471~mum MUM- WMEM
01,14MMVC~Ml
&'0 40 N fe. SIA49
_Bee
Card 5/5
Figure 3: The second
layer

SHCHERBAK9 G.S.: BOCDMM=p.-N.A.; GONCHAREVICH, Ye.M.
Increasing the performance of percussion-cable drilling rigs.
Trudy Inst. gor. dela All Kazakh. SSR 7:99-108 16:L. (NIRA 14:6)
(Rock drills)

I
SOMANOMly, S. D.
BOGDANOVSKII, S. D.
Osnovnye problerV ekonoTaJ sovetskoi nefti; s predisl. N.I. Solovl
eva. (Leningrad), Neftianoa. izd-vo, 1929. 125,v 1).
DLC: HD9575.R82B6
SO: LC, Soviet Geography, Part 1, 1951, Uncl.

- A .-I"
WUVANUV:~IhITIS. D.
BOGDANOVSKII, S.D.
Neft' plane velikikh rabot. Moskva, Neftinnoe izd-,,ro, 1930. 91 P.
DLC: 1ID9575.R82B6
SO: LC, Soviet Geography, Part 1. 1951, Uncl.

L 4177-66
I ,
A C HR. AP50211hOW"M SOURCS COM UR/0266/65/000015/0083/0083
I w fir .1. ;r* rf-
INVEHM: Extultin 0. f. I zinina L"'Cl Koshelevs. 0. Tapilin. V.I.. Boynrinovs.
v etk;v%. V1. , -, , ;
Toy H-56-2a~' H- -.
L.-P n., t
M. V . B
4 v K6 K."Pl1i ovskly, r f-
r jdkej~opv. a rog
Kh r
OMI none- S4
TITLX: at-re di~nt' nfckel-bas~ ~110Y, , Class 40. No. IYA18 [announced by
rontrel ~henp-P-Mlh IN-titute Of rerrous Notallurg in. 1ardij'kT::ntr%1IAyj
"I'Mr. Hatitut thernoy MeMlurgii); x-d "Zickt
Tevos
SMMCNI byalletan' Isobretenly I tov&Mkh znakov, no. 15, 1965, 83
MPIC TAOSs WIW, nickel alloy, cbraduA%4ontaining alloy, ~~en~4;coataining
alloy, tuagL%sa-eptaining allort Ut- luffi.qontaining slloy,-vL1%Ldnum-q Uar,
-Vtaiving IL
carbon-awtaining alloy, beryllium oat Inifig alloy, cerium containing jMo7
- V 1.7 . .
AWMM This Author Cartiricate Introducev a vftught, be el-baa*
,kWl.twt, nick
alloy vith impTowd mcbmalcal properties and veldability, ) .a alloy eontains 1T to
2Q% chromium, &-129 malrbaenum, 0-6% tungsten. 2-3% titanium, 1-2% aluminum,
0.1% mi cLrio~dl 6% Inal Iran, 0.01% max sulfurs 0.015 max phoopwns, 0 1i5%. a"* ON-'
an*896 0.6% an sillcoms 0.01% max %wm, and 0.02% vu cerium&--~ (AS)
C=t,:,: DMI OMb6h/ 0m NW. OW1 M UPI 000/ ATD'pww-f/o~
Cwd V1 Am -.669,65-._

'ba 4:34 A Va 0 Q_s 9: X- 1.,, 5- 5,
BOGDA - Inzh.
- ............
tetiv,~Iei o~' the Metallurgical Sectlo% if '.-.- li~w-lre_r7 Indlistry
p.t. V-, Knlomna heavy-duty machine-too] pli-tt. !:iostroitell
0 157. (MULA 10:U)
(Kolomna--MachIne-t-nI:1

'AUTHORS: Bogdanovskiy, S.S., Yudkin, A,K. SOV-128-58-9-2116
TITLE: Concerning the Article of N.A. Barinov (Po povodu stftt-~
N.A. Barinova)
PERIODICAL: Liteynoye proizvodstvo, 1958, Nr 9, Pp 4-6 (USSR)
ABSTRACT: In "Liteynoye proizvodstvoll, 1958, Nr 4, an article on the
use of low-silicon iron in casting was published by the Can-
didate of Technical Sciences, N.A. Barinov. The authors of
the present article are commenting on the results attained
by Barinov. The value of the graphite enclosurea in blast
furnace iron is not the only condition for the production
of quality iron. The opinion of Barinov that the graphite
separates the principal mass of the iron, contradicts the
results obtained in the graphitization of cast iron. The
important role of manganese is not recognized by Barinov,
The influence of manganese on the mechanical properties is
slight at a content of 0.75~c,, but at higher values this in-
fluence increases considernbly. The transition to low-
Card 1/2 silicon iron by uaing ferrosilicon can not be recommended.

Concerning the Article of N.A. Barinov SOV-128-58-9-2/16
There are 2 graphs, 1 table, 1 photo, and 12 references,
11 of which are Soviet and 1 English.
1. Iron--Casting 2. Cast Iron--Properties 3, Cast iron.-Matet,ials
4. Silicon--Metallurgical effects I
Card 2/2

18(2) SOV/128-59-8-25/29
AUTHOR: Bogdanovskiy, S-S.,-Engineer
~
TITLE: ph_03_rus on the Wear Resistance of
of Phos
Cast Iron
2ERIODICAL: liteynoye proizvodstvo, 1959v Nr 80 pp 44 - 45 (USSR)
ABSTRACT: in reference to the article of A.V. Fortugeys (litey-
noye proizvodstvo, 1959, hr 2) the author states
that the -=xi'muoi solubility of phosphorus in grey
iron with a content of 3-5~ C is 0-3%. By lowering
the C content the solubility of phosphorus can be
increased beyond 0#7% and such iron can be used for
producing bearings; but such iron is rather brittle
and bctter alloys are being developed for this pur-
pose. The author mentions that German standards for
grey iron castings (GWK 4191) limit the content of
phosphorus to 0.4% only and that they should be less
than 0.15%. Tha author means that there is no need
to increase the percenta e of phosphorus in grey
f
references.
iron, There are 2 Sovie
Card 1/1

BOODANOVSKIY, S.Sl
Mechanical Ussolving of caustic soda.
neuch.-IssLinst.nauch.-I tekf,.Jnforn 27 no.lIt"17-28 N 164.
(lMqRA 180)

FJOCTKNOVFKIY9 5.S., Jnzb.; ORLOV2 V.I., inzh.; RDM!iNGf!VX* V'V., Ir?"',
y
Measuring the metal level in pouring, ladles. ]it. prwzv.
no.1106-37 N 165. (Ml-'AA 18.1,2)

BTUANOVS ;.VOLKOV, A.,inzh.
Life requlres.,oIzabr. i rate. no.1:34-36 Ja '59.
(MIRA 12:1)
1. Nachallnik Byuro sodaystviya rataionalAzatait i isobratatell-
stvu Mookovskogo zavoda imeni Vladimira Il'icha.
(&aWstion systems)

BOGDANOVSKIY., V.-
,-- I.-
Origimtion of a collective solution. 14TO 5 no.6:50-51 Je t63.
1. Zamestitell predsedAelya soveta nailchno-tokhnichaskikh obshchestv
Moskovskogo elektrmekhaniche3kogo zavoda imeni Vladimira Illicha.

BOGDANOVSKIYY V.[Dohdanovs1kvi, VJ, arkhitelctar
They brought the house from the factory. Znan. ta pratsia
no.lOaIE-19 0 162. (MIRA -15:10)
(Buildings, Prefabric&ted)

3PO~
S/125/62/000/007/012/012
D040/1)113
AUTHORS: Korennoy, A.I., Dogdanovskiy, V.A., and Dmitriyeffl(o, V.Ye.
TITLE: Submerged-are-welding with two convergent or divergent,arcs
PLRIUDICAL: Avtomaticheskaya svarka, no. 7, 1962, 96
T-XT: The Institut clektrosvarki im.:Ye.O.Patotia (Blectric Welding Institute
La. Ye.O.Paton) has developed a new technology for welding structures with seams
converging at an angle (Fig), such as for instance automobile rear-axle housings
0
with inserted wedges. It is difficult to machine weld such joints with one arc
since the guiding of the electrode is complicated. In foreign practice, ana-
logous sew-as are welded by automatic single-head welders with interruptions in
the -are burning process; this lowers the output and requires complicated copying
devices and control systems. A new welding technique, developed by the Electric,
Welding Institute and dispensing with arc interruptions and idle runs, consists~
in welding with two arcs simultaneously. The arcs can converge in one welding
pool or diverge. After welding the length A-B (see figure), 'the two electrodes,,
diverge in the directions B-C and B-D without the welder stopping. Welding in
Card 1/6 -~7'

Submerged-arc weldin
S/125/62/000/007/012/0122
D040/D113 -
the reverse direction is also possible; in this case, the arcs will then
converge at the point B. The current supply may be from one or two sources.
Even fusion depth in the entire weld is reached by varying the welding speed.
The method is suitable for any weldments with such forked joints. There is
1 figure. 7Abstr'acterfs note: Essentially complete translatioi
Card 2/#

--- BOGDANOVSKIT, Y.F., inz~.
Wo#ers of the Vladimir Illich Plant prepare
Congress of the CPSU, Veat. elaktroprom, 32
o 161.
(Electric industry workers)
for the 22d
no.10:48-50
(MIMA 14: 9)

,.KONDRATOYEV9 V.A.; DIJBROVINSKIY, V.Ya.; DOERINSKIM, A.K.;
ROZENBAUMO P.S.; TAVROV, Ya.M.; BOGDANOVSXIY. VF,;
GRINGAUZ, S., red,; YAKOVLEVA, Ye., tekhn. red.
[Named after Vladimirnlich]Imeni Vladimira Illicha. Mo-
skva, Mosk. rabochii,, 1962. 510 p. (MIRA 16:4)
(Moscow-Electric machinery industry)

BOGDANOVSKIYO V.F.
Flawless manufacture of articlea, Mashinostruitell no.7s7-8
JI 164, (MIRA 17s 8)

vo~Anovskly. V. 1.
6OGDANKMAlY, V. i. -- '71WACTICAL JIIYC:~TICATICIIJ OF Tior FrtrcT I 'ir A JJYD[40LYNAMC (~PATF
III, 711E WHLEL Of AN AXIAL-FLOW IUIIP." Sur 3'j Jun 52, Pc,:~co~i OF LAI:(.';! Ri.0 GAUNEff
HiGiicn TccimiC~.l. SCHOOL imrm BAUMAN (Dil:,SERTATIOI) FOR' THr DLC.:~rr ~~F CANLI-ATC IN
Tt:cwjjCAL -SCIENCE'S)
SCJ: VECIIERNAYA 1,1,0!~KVA, JANUAPY-Drcrmucn 1'15-2

BOGDANOVSKTY,__ ~Lkand.tskhn.nauk
Investigating the shape of Inlet and outlet guide vanes in axial
pumps. Trudy VIGN no.22:91-113 ' 58. (MIRA lial)
(Pumping mchinery)
0
a

BOGDAIMVSKIT, V.I., kand.takhn.nauk
-
Iffect of radial. impeller clearance on the performance of &Xial
pumps. Trudy VIGM no.22:114-124 1 58. (MIRA 11:11)
(Pumping mobinery) .0-

, BDGlXLN6VSKI-f, V.K.; MOLLYV, A.M.; SILVORTSOV. G.G.
Studying slides in open-cast workings. RazvedA okh.nedr
26 no.5:37-40 Yf 160. (MIR& 13:7)
1. Severo-Zapadnoye geolupravleniye (for Bogdanovskiy, Nikolayev).
2. Veasoyuznyy muchno-lasladovateliskiy institut g1drogeologii
i inzhenernoy eologii (for Skvortsov)a
IStrip mining) (IALnelides)

PLEKHOVp N.D.; LUPAN, A.M.; ABRAMOVp
REZNICHENKO, V.I.; GREKOVAp Z.I.; GOLJJB, P.I.;
ENERZHEYEVSKIY, Ye.V.; BELOSHKURSKIY, P.I.; PODDUBNAYA,
N.A.; MIROSHNIKOVI P.P.; KORNEYEVA, L.P.; ZLOTNIKOV)
G.Z.; PAVLIS, G.F.; SKACHKOV, I.A.; SEDELEVA, Ye.P.;
POLTORATSKAYA, E.A., red.; LEUSHCHENKO, N.L., tekhn.red.
[Three-dimensional apartment house construction] Ob"emnoe
domostroenie. Kiev, Gosstroiizdat USSR, 1963. 165 p.
(MIRA 17:2)
1. ~auchno-issledovatellskiy institut stroitellnykh kon-
struktsiy.

L26198..66 9WP(h)/W(1)
ACC NR, 518 (A/ Al
AP6007 SOURCE CODE: GE/0051/66/000/002/0070/0073
AUTHOR: BogdMcLw, A. 'P. (Engineer); Tschernow. M. I. (Engineer)
B
ORG: none
TITLE: Low-draft_Lh~ps of the Soviet inland waterways
SOURCE: Schifftautechnik, no. 2, 1966, 70-73
TOPIC TAGS: inland waterway, inland waterway transportation, inland vessel datas
hydrofoil, marine engineering, cargo ship, shipbuilding engineering
ABSTRACT: Modifications to vessels,of t~e..Soviet river fleet, and shallow-draft
ve ss'-el s in .. particular, have conir'ib'ute*d significantly to the great boom in
Soviet river transportation Ouring recent years. i Soviet inland waterways
:have been divided into foulAroups according to their average depth: 1)
over 3.0 m; 2) 1.65-3.0 m; 3) l..0 1.65 m; 4) 0.75-1.0 m. The following
is a summary of the most significant modifications which were carried
out on vessels operating in shallow waters (groups 3 and 4) and on vessels
-which are being~builtjn series.
Cargo yessels and tankers with a load capacity of 300-600 tons,
belonging to group 3, are equipped with shrouded propellers, and have a
speed varying from 13 to 15 km/hr. Group 4 contains dry-cargo ve 'ssels
and tankers with a load capacity of 100-150 tons and a speed between 14
and 15 krn/hr. Modifications on these vessels include the replacement of
C

L
26198-M
ACC NR: AP6007518
installation of .
and
trim
the
screw propellers with hydrojet propulsion units
tanks on two types of vessels in this group, an increase in the dimensions
:.of 100-150-ton tankers, and the , equipping of 150-ton cargo vessels with
11 3500-kg electric derricks with 15-m booms. These modifications will
!make it possible to operate fully loaded vessels (carrying 150 tons) in
Iwater 0.9-1.0-m deep and partially loaded vessels (carrying 100 t n
tin water 0. 7-0.8 m deep._
Hydrojet-propelled 10-ton-dw refrigerator ships and 25-ton-dw dry-
cargo vessels for operating in water 0. 56- and 0. 65-m deep, resliectLvdy, am
iunder construction. The overall dimensions of these vessels (LxB
23.6 x 3.7 and-24.2 x 3.7-in. respectively) permit their transportation b.
railroad- from one ri7er system to another. The following types of pas-
senger motorships, equipped with screw propellers, are also being built
,'in series; the Moskvich (143 passengers, 0.9-m draft, 150.hp, 19 km/hr),
I
lithe Leningradets (100 passengers, 0. 84-m draft, 150 hp, 19 km /lir),. the
Ozernyy Wskvich (242 passengers, 1.47-m draft, 2 x, 150 hp, 20 km/hr;
or 165 passengers, 1.50-m dialt, 2 x 150 hp. 20 km/hr), and the MO
,.(138 passengers, 1.20-m draft, 150 hp, 20 km/hr). Three other types
of vessels being built are designed to carry 22, 1 60, and 153 passengers
(draft: 0.55, 0.55, and 0.68 m; speed: 16.8, 16.8,'and 18.5 km/hr, respec-
tive Y); :,all are equipped with.150-hp engines and hydrojet propulsion.
Car

L- 26i98-66
ACC NRt AP6007518
The modified Raketa hydrofoil now has a foil -borne' draft of 0.5 in,
ti Ploating draft of 1.2 in, an 850-hp powerplant, carries 50 passengers,
and develops a speed of 60 km/hr. This vessel can now operate on group-3
inland waterways.
A newly developed high-speed passenger motorboat, for operating
on very shallow rivers (0. 7- 1.0 m deep), has a hydroplane hull, hydrojet
propulsion, a Oaft of 0.4 m,.,and develops a sp!~ed of 43 km/hr with an-
-850-hp engine... Orig, art~$-hast 10" figures"and 3 t~bie_s'&' [AT'D PRESS: 422943
SUB CODE.: 13 SUBM DATE:' none
ard 3/3

BOGDANOWA, Beata. (Wroclaw, u1. Traugatta 57, 111 Klin. Ch. Wevn. A.M.)
Various faotors affecting the etiology & pathogenesis of acquired
hyDogammaglobulinemia. Polski tygod. lek. 14 no.6:255-258 9 Feb 59.
1. (Z III Klinik-i Chorob Wewnetrznych A.M. we Wroclawiu; kierownik:
prof. dr 3. Szeseklik).
(AGAMMGWBULrMIA, etiol. & nathogen.
hynogammaglobulinemia, nequired, in azy1oidosis,
nephroBin & post-traum. shock (Pol))
(AMYIOIDOSIS, blood in
bynogammaglobulinemia, etiol, (Pol))
(MHROSIS. blood in
same)
(SHOCK, blood in
hypogammglobulinemia in post-traum. shock, etial. (Fol))

BOGDAN014IC",-
LI Adam; ZEBA, Zdzislaw
Share of the Prozamet Enterprise in the development of tile Polish
shipbuilding industry during the years 1951-1962. Probl proj hut
maszyn 11 no.3:95-101 Mr 163.
1. Prozamet, Gdansk.

BOGDANOWICZ, Adam; PROZAMET, Gdansk
Modern trends in designing industrial plants. Problemy proj
hut maszyn 11 no.12tJ77-384 D 163.

BOOANOWICZ9 Irena; CM4IELEWSKA9 Zofia
to the problem of pure word deafness. Neurologia eto.
polska 11 no.2:281-283 Hr-Ap 161.
1. Z Kliniki Chorob Nerwowyab A.M.G. Kierownik: prof. dr Z Majewaka
i z Wojewodskiej Prsychodni Wrovia Paychiosnego w Toruniu Dyrektort
dr mad. H. Mastalers-Wilkans.
(DRUMS case reports)

~ M
MAJEWSKA, Zofia; BOGDANOWIGZ~ Irena; DILLING-OSTiOWSKA., Eva
On the problem of speech disorders in children. Neurol. etc., polaka
11 no.3013-320 161.
1. Z Oddzialu Neurologii Dzieciecaj im. Janusza Korczaka w Gdansku
Kierownik:,prof. dr.Z. Majewska.
(SFMCH DISORDERS in Jaf & child)

MAJEWSKA, Zofia; BOGDANOWICZ, Irena; DILLING-OSTROWSKA, Ewa
Contribution to the problem of absence of the corpus callosus.
(Cemparison of clinical and radiological pictures in the light
of eatannestic studieB). Neurol. neurochir. psychlat. pol. 13
no-4:505-508 163-
1. Z Kliniki Neurologicznej AM w Gdansku Kierownik: prof. dr
Z. Majewska.
(CORPUS CALLOSUM) (ABNOMAALITIES)
(RADIOGRAPHY)

STELICKA, Maria; BOMANNLG4
__.,,,jpeAW-DILLING-OSTROWSKA, Ewa;
SZK=YNSKA7ka~rzyna; KACZENSKA, Maria
Foreed exercise of the right hand as a cause of neuroses in
children. Pediat. P01. 38 no,,4:405-408 163,
L Z Wojevodzkiej Przychodni Zdrowia Psychimego v Cvdansku
Dyrektor: lek. mod. M. Sielicka a Poradni Zdrowia Psychiczn9go
FKP v Gdansku Kierownikt dr med. S. Dybowoki i z Oddzialu
Neurologii-Dzieciecoj im. Janusza Korezaka AM w Gdansku
Kierowniks prof. dr med. Z. Majewska.
(LATERALITY) (NEUROSES) (EXERCIXE THRRMIY)

JANKOWICZp E1eonora;.130GDANOWICZs IrOna
. '.. --.1 1 1,
Apropos of aphasia in the left-handed. Neurol. neurochir.
psychiat. pol. 13 no.49473-478 c63.
:L. Z' Mniki Chorob Nervowych IM w Gdansku Kierowni-kl., Prof.
dr Z. Majewska.
(APWIA) MATERALITY) (BRAIN INJURY) ACUTE)

!~DM~~l , Irena; MAZUR., Roman
Television epilepsy. Polo tyg. lek., 19 no*30:1163-1166 27 J1164
1. Z.Wojewodzkiego Szpitala MSW w Gdansku (dyraktor: lek. plk.
Eugeniusm Bordzilowski) a Kliniki ChoroWNerwoWoh AMG (kierow-
n:Uc: prof. dr. mod. Zbfia Majeuska.) i z Przychodni Obwodowef v,
Gdanska (kierownika. doe. dr. mod. W. Taubenfliegel).

Bogdanowicz j~ Z II Kliniki Pedintrycznej Un1w. Warzawakiego. 0 xminnia przapisow
;R-ajWjj~v~~-Cotyczacych Izojacji otoozenia oras dzieci chorych na ostre choroby sakains
Changing sanitary regulations concerning isolAlko'ion of environment and children afficted by
infectious diseases Pediatria Polska, Warsaw 1949, 23/5-6 (509-314)
The following isolation periods(In parentheses the Isolation period of 1932) are proposed:
Scarlet lever*)
Diphtheria
Whooping cough
(from beginning of cough)
Measles (fron disappearance of rash)
Mumps (to subsiding of the swelling of
salivary glands)
Patients
21 days (35)
21 (21)
23 (42)
4 (14)
Contacts
7 days (14)
7 4 (7)
14 0 (21)
14 9 (14)
(14)
(7)
0 a (21)
(0)
0 8
Rubella 0 days
Chicken pox 0 a (14) 0 n (21)
*) If scarlet favor is treated with penicillin (120.000---300,000 per day &n& six days
treatment) the isolation period could possibly be reduced to 10 clays.
Author (XX, 79 4# 6)
So: Medical Hicrobidogy & Hygiene Section IV, Vol. 3, No. 7-12

Dop Pq-fu 0 .1 C
DOODAMICZ J.
ZwdamMe obt"b sakewph astryah v sakladeab =wkd*t74
daLego0y&, &tj~j- 6f Awto Id"Um dim"ven in closed
lnarUtttt4a= for ~-*7Udj7ag-j~jjat. polaka 24t8 Aug 50
ps ?00-3*
10
CUL .Vol 20p No. 2 Feb 1951

BOGDANOWICZ, J.
Treatment of rheumatic fever in dhildren. Pediat.poloka 24 no.9:
786-792 Sept 50. Mn 2ot6)
1, Of the Second Pediatric Clinic of Warsaw Medical Acadavy (Di-
rector-- Prof.W.Szonajch,X.D.).

BOODANOWICZ, J.; IUBINSKA, J.
General considerations on the treatment of rheumatic diseases in
children In sanatorla. Pediat.polska 24 no.9:793-797 SePt 50.
(CLML 20s6)
1."Dzieciakawo" (Children's Home) Sanatorium of Social Insurance Is-
tablishment in Jozefow.

BOGUNOWICZ, J.
Therapeutic indications in whooping cough, diphteria, measles
and scarlet favor. Pediat. poluka 26 no.2:210-215 Feb 1951.
OWL 21:1)

'j,
7 j
4
r, -C, n
F-)idcmic -Ln'ant~lc- a ra 1-0
the _!.-,a4~ Vnr;e~:r 04' 0 f t, 11 o,
!~~Callsc of -
m -11]~ -, of --c,
6V'fjvlllt~-cr corc~
fcs +,I' On.
neiirolor~cal Man-
i- ~.solf. 7-c.. follo,-.-In- c',j,rc-.es rhoul(I
o~ "cinc-"r in dir,ase:
1TITI
SO: