SCIENTIFIC ABSTRACT BOGOYAVLENSKIY, A. F. - BOGOYAVLENSKIY, G.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000206010004-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 9, 2000
• Sequence Number: 4
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

S/080
,/62/035/007/010/613
D202/D307
AUTII.07-',.S Bogoyavlq-.iskiy, A.F., Ko-yrev,- Ye.11. and Belov,
V.T.
TIT12: I-avestigating the process of fillinq anodic oxidized
films on aluminum in chromate solutions by the metlvd
of radioactive tracers
--hurnal prilcladnoy Ichimii, v. 3.5, no. 7, 1962,
T,,,r so were
~,.T: of dichromate and chromate in H2 4
used as electroly-Lco at pil 3.2 to 6.2, to determine the chromium
Conte,nts in I.-he oni-di-led film after filling and after
desorption.
51Cr was u--cd as an indicator and 353 was criployed for the
determina-
tion 0, SOZJ1 a-aions in the film after desorption. Conclusions:
1) The contert of chromate anions in the film decreases with~
increas-
i,,i,r -,)H despite the incre--se in the film's 2) The desorption
0 - 0
o
-, 4- - -
Cr fr= the filled Iiln proceeds nore intensively when the fill-
in" process has been carried out in solutions -of: lower pH values.
C~
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inves-64-3ratin- the -)rocess
S/080/62/035/007/010/013
D202/D307
3) There is practically no desorption of sulfate anions from the
filled filra in contact with acidified distilled water or an acid
dichronate-chrot.iate solution (pH . 5.6). 'From the latter result
Lne ~=ithors conclude that no ionic exchange takes place between
the sul-Fate and Or ions during the filling process. There are I
table ~Tlia 5 figures.
SUBI,:I'L'TED: Vril 4. 1961
Card 2/2

BOGOYAVLENSKIY,, A.F.; BOGOYAVlENSKIY, V.F.;
BOGOYAVLENSKIY, I.F.; MATYAZH, N.K.;
RAGHEVSKAYA., L.S.
Radiobiological effect of the action of irradiation on
micro-
organisms irradiated by a radioactive anodic A1203 film
Radio-
biologiia 4 no.4:640-642 164. iMIRA 17:11)
1. Kazanskiy aviatsionnyy institut, Kazan-kiy
gosudarstvennyy medi-
tsinskiy institut i Blagoveshchonakiy-na-Amure
gosudarstvennyy me-
ditsinskiy institut.

PAVEIZINA, V.P.; DOCOYAVIkNSKIY, A.F.
lw-~~--,-:-.-. ~
lnhomogeneous composition of an anodic oxide film
on al=inum
from the dpt.R of Its chemical analysis. Zhur.
prikl. khIm.
37 no. /,:02A-823 kP 164. (MIRA 17-5)
1. Kazanskiy aviatsionnyy institut.

BOGOLAVI-ENSKIY A.F. - zasI. deyatel I nauki i
tekhniki Tatarskoy
A Ono ~SOiietakoy Sotai all ntJ Clio skoy
Reopubliki,
doktor khim, nauko prof,j red,j YEPISH&RIA, L.S.,
irjzh.
red.
(Anodic protection of metals; reports] Anodnaia
zashchita
netallov; doklady. Pod red. A.F.Bogoiavlenskogo.
Moskva,
Mashinostroanie, 1964.. 527 p. (MIRA 17-9)
1. Mezhvuzovskaya konforentsiya po anodnay
zashchite ot
korrozli. 1st.

ACCESSION NR: AT4043069. S/0000/64/000/000/0089/0097
AUTHOR: Aleksandrov, Ya. r.(Doctor of-chemical sciences,
Professor)j
TITLE: Some theoretical bases tor the anodic oxidation of
aluminum and ultramicrosoopy
of the circumanodic space
SOURCE:
Mezhvuzovskayakonferentalyapoanodnoyzaahchitemetallovotkorrozii.
Isto
Kazan, 1961. Anodnayn zashchita metallov (Anodic protection of
metals); doklady*
konferentaii. Moscow, Izd-vo Mashinostroyenlye, 1964, 89-97
TOPIC TAGS- aluminum, anodized aluminum,' organic anodization
additive, pyrogallol,
hydroquinone, anodic gas evolution, sodium carbonate electrolyte,
barrier layer forma-
tion, circumanodic space analysis, ultramicroscopy
ABSTRACT: The compo6i Uon of the gas liberated on a carbonate
oxidized Al anode (5%
Na2CO~, 30C, 30 min.) was found to he 96. 6% oxygen and 3. 6%
hydrogen by volume.
A
ddition of 0. 1% hydroquinone or 0. 6% pyrogallol to the bath
terminated evolution of gas
on the anode, but the forming oxide film retained the
charaEtortatics normal for a pure
sodium carbonate electrolyte (weight 60. 6 and 58. 0 mg/dm ,
respectively, VIAM corrosion
test 18-20 min. at 18-21C, thickness and porosity normal). The
authors therefore suggest
1/2
Card

ACCESSION NRi AT4043069
some hypotheses on oxygen evolution during anodization of Al and on
the adsorption of
evolving hydrogen In the presence of pyrogallol or hydroquinone In
the bath. A series of
oscillographic charge curves was obtained for shect altuninum
electrodes (working surface
lem2) anodized at 18-20C in 2, 5 or 7% Na2CO3, at current densities
of 0. 05-0. 18 a/dM2.
without or with addition of up to 0. 2% pyrogallot. Ilic results
indicate that the barrier
layer forms in the first 6 or 7 seconds of oxidation. -L%e overall
process of anodization is
not affected by the presence of an organic additive. Ultramicroscopy
of the circumanodic
space during anodization (procedure described) in 9 bath containing
pyrogallol established
th6~bicifi6elol cbllottlal parUcles;- Orig.,- art. has:.2 tables, 6
figure& and 2.equationa.
ASSOCIATION: None
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-7
ACCESSION XR: AT4043076 6/0000/64/000/000/0233/0241
AUTHOR: Bogoyavlenaldy.,Ae.
-(Doct6r of cbemical sciencesp Professor);
Dobrotyorokiyj G. N.
TITLE: A study of penetration of electrolyte tone Into an anodic
aluminum o)dde film
during its formation by carbonate anodizing
SOURCE: Mezbvuzovskaya konforentalya po anodnoy zashchite metallov
ot korrozil. lot#
Kazan, 1961. Anodnaya zashchita metallov (Anodic protection of
metals); doklady*
konferentsil. Moscow, Izd-vo Mashinostroyeniye, 1964, 233-241
TOPIC TAGS: clad alloy D16, anodized duralumin, sodium carbonate
electrolyte, labeled
electrolyte solution, anodization period, anodic oxide film,
electrolyte temperature,
electrolyte concentration, current density, electrolyte Ion
penetration, aluminum oxide.
film, carbonate anodizing, aluminum corrosion
ABSTRACT: Disks of clad alloy D16 (diarneter=16mm) were do reased
cotone) and
anodized in 5% sodium carbonate solution labeled with C14, W1 5 or
Co to study the
content of carbonate ions in the anodic film in relation to
anodization period (3-60 min.
at 30C, 0. 5 a/dm2, specific activity 1. 82' 106 counts/min. ml),
current density
'C.
1-,l/2

ACCESSION NR: AT4043076
(0. 25-4. 5 a,
jdm2' :P min.; 27C, 2.16- 106 counts/min- ml), electrolyte
temperature
(10-50C, 0. 5 a/dm , 20 min, 1. 82* 106 counts/min - ml) and
concentration (0. 0075-1. 0 M,
30C, 0. 3 a/dm2, 20 mhit). Other experiments Involved
concentrations of 1. 2-3. 0 M
th C14 or W185 (30C, 0. 5 a/dm2, 20
Nz2W04 t 0. 05 M Na2CO in solutions labeled wi
min.) and introduction of 'C060 - labeled 1. 2-3. 0 M NH4 ICO
(N113) 2 (N02)41, or Inactive
salt into a solution containing C14. The results indicate that the
content of carbonate ions
increases nearly 100% as the anodizing period Is extended from 3 to
60 min., rises from
0. 8 to 5% as the current density Increases from 0. 25 to 1. 5
a/dm2, decreases sharply
as the electrolyte temperiture rises (12-40C), and reaches a peak
at concentrations of
0. 05 M. The content of tangstate Ions Increases and that of
carbonate decreases as the
Na2WO4 concentration rises. Similar results were obtained for
Erdman salt-containing
solutions. Orig. art. has: 8 graphs.
ASSOCIATION: none.
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ACCESSION NR: AT4043077 s/oooo/64/ooo/ooo/ouz/ono
AUTHOR: RRg9Xavlenskiy, A. F(DDetor of chemical scienoes, Professor)
TITLE: Anodic oxide films on aluminum as sources of radioactivity
SOURCE: Mezhvuzovskaya konferentsiya po, anodnoy zashchite metallov
ot korrozii. let,
Kazan, 1961. Anodnaya zashchita metallov (Anodic protection of
metals); doklady*
konferentsil. Moscow, Izd-vo Mashinostroyeniye, 1904, 242-260
TOPIC TAGS: anodized aluminum, anodized aluminum alloy, radioactive
anodio film,
radioactive anodizing, radioactive applicator, biological corrosion,
therapeutic radiation
source, radiometric system, aluminum corrosion, fungal growth, yeast
growth
ABSTRACT: Ile author previously suggested two techniques for
producin radioactive
A5 in a sulfate
anodic oxide films, one based on using electrolytes with a natural
(e.g., S
it bath) or introduced (e.g., p32 as phosphate) content of required
isotope and the other
based on the high capacity of an anodic oxido film to adsorb various
tons (e.g., phosphqto
S35, 18d i~
dichromate). In the present work, applicator films prepared with
p32, AuI98, W
other isotopes were studied as possible gr6wth depressants for seven
species of fungi
yeast coUs. Tentative resuIts indicate the feasibility of using such
radioactive films

ACCESSION NR: AT4043077
65
in controlling biological corrosion. Subsequently, Zn as zinc nitrate,
was used in the
carbonate oxidation (5% solution of irdium carbonate plus 0. 5%
caustic soda) of clad sheet
I duralumin DT16 (20-30C. 0. 5 a/dm , 20 min.) to obtain radioactive
applicator films for
use in described systems for signalling corrosion of heating elements
caused by seepage
of pickling and plating bath solutions. The system Illustrated is
sensitive to decreases in
radiation intensity of up to 400 counts/min. from initial levels of
600 to 15, 000 counts/min,
Finally, reference is made to the advantages of radioactive AlzO.3
films for radiotherapoutic
applications. "The experimental work was carried out In cooperation
with N. K. Matyazh,~
docent R. Sh. Nigmatallin, docent Ye. M. Kozy*rev, assistant A. P.
Vedernikov and
engineers S. D. Petrov, R. G. Tikhonov, A. P. Yurlyev, N. V.
Grlgorlyeva and
V. D. Vlyushin." OrIg. art. has: 2 diagrams and 3 Illustrations.
ASSOCIATION: none.
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ji
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---------------------

~'iACCESSION NR: AT4043078 S/0000/64/000/000/0251/0261
:tAUTHOR: Bogoyavlenskiyj A. r.(Doctor of chemical sciences,
Profesaor);
Rachevskayg,--L-.,-S;';"Miitytith-~-"N. K.
J=LE: Effect of current reversal on composition and properties of an
anodic oxide film
ion aluminum, based on data obtained by the use of labeled atoms
;:SOURCE: Mozhvuzovskaya konferentsiya po, anodnoy zashchito
metallov ot korrozil. let,
':Kazan, 1961. Anodnaya zashchita, metallov (Anodic protection of
metals); doklady*
konferentaii. Moscow, Izd-vo Mashinostroyeniye, 1964, 251-261
I!TOPIC TAGS: aluminum AW-M, anodized aluminum, phosphoric acid
electrolyte,
labeled atom analysis, current reversal, electrolyte temperature
effectl anodizing period
j effect, electrolyte concentration effect, anode cathode ratio,
anodic film thickness,
anodic film corrosion resistance, anodic film porosity, labeled film
radioactivity,
aluminum corrosion, aluminum oxide film, radlophosphorus labeling
ABSTRACT: Samples of sheet aluminum ADI-M were anodized on one side
in a P32-
labeled solution of phosphoric acid (60V, blue-gray transparent
film, 0. 4-2. 5 1j, VIAM
corrosion resistance 15 min.) and coated on theiother side with
lacquer AK-20. Electro-
lyte temperature, concentration, anodizing period and anode-cathode
period ratios were
varied (0-80C, 0-12N, 0-120 min., 1:0 to 0:1); the results are
plotted graphically in
c6fd 1/2

ACCESSION NR: AT4043078
:relation to film. weight, specifI6 radioactivity, film thickness,
percent content of phos-
phate Ion, VIAM corrosion resistance, and film porosity. The
phosphate-ion content
.was found to be 6. 6% for standard anodizing and to vary with the
anode-cathode ratio
(table given) when current reversal is employed. Film radioactivity
peaked at 30C,
'dropped sharply at 30-50C and increased again to even higher levels
for 50-75C (related
to chemisorption of the phosphate-Ion). An increase in cathode
period increased the
activity by 150% over values without current reversal, the film
thickness dropped and Its
corrosion resistance improved (100%) at a ratio of I.-L Increasing
the curnulative cathode
period at a constant cumulative anode period significantly increased
the radioactivity in
the film. 71he highest radioactivity, film thickness and corrosion
resistance were obtained
at25-50C. Different results are obtained with current reversal Ina
sulfate electrolyte..
,Orig. art. has: 13 graphs and 1 table.
ASSOCIAnON: None
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ACCESSION NR: AT4043079 S/0000/64/000/000/0262/0271
AUTHOR: Kozy*rev, Ye- M-1 (Doctor of chemical eciencesp
Professor); Belovp V. T.
TITLE: Some characteristics of the sorption process on an anodic
oxide film over
alUMinUM
J
SOURCE: Mezhvuzovr:,kaya konforentslya po anodnoy zashchite metallov
ot korrozii. lat,
Kazan, 1961. Anodnaya zashchita metallov (Aiiodic protection of
metals); doklady*
konferentsil. Moscow, Izd-vo Mashinostroyenlye, 1964, 262-271
TOPIC TAGS: -alumEum 2~, anodized aluminum sulfate anodizing, anodic
film filling,
Dal
inorganic salt TillfiWisolution, filling solution acidity, filling
process temperature, filling
process duration, anodic film sorption capacity, anodic oxidation
period, anodizing current
i density, filling rolution anion concentration, aluminum corrosion,
aluminum oxide film
ABSTRACT: Filling of A1203 films in aqueous solutions of phosphates,
chromates ano sul-
fates was studied on anodized (20% sulfuric acid solution, 20C, 20
mon., 1 a-min/dm6)
stampings of sheet aluminum AD1 (18 cm2) In relation to p1l of the
filler solution (2. 5-
10. 9), anion concentration (0-0. 5M at pH=constant, 20C, 2.4 hrs.),
temperature (0. 6-95C
for optimal pH values), time (5-110 min. at 95C and optimal pH),
oxidation period and
current density (0-200 a-min/dm The results indioatb that sorption
occurring at the
oolution-film boundary cannot be considered separitely from a number
of other processes
a

ACCESSION NR: AT4043079
'ing place during the filling of anodic films In aqueous solutions
of inorganic salts.
~j Sorption generally increased with Increasing electrolyte
concentration, temperature,
filling time and current density. Modification of the
electrochemical conditions of anodiz
an anodic film. Orig. art. has.- 10
Ing thus allows one to vary the sorption capacity of
graphs.
ASSOCIATION: None
BUtMITTED: 13Mar64 ENCL: 00
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ACCESSION NR: AT4043080
S/0000/64/000/000/0286/0291
AUTHOR: Bogoyavlensldy, A. F-Woctor of chemical sciencee, fessor
Pro
Dorofeyevao -'D.-
TITLE: Effect of some fillers on the protective properties of anodic
aluminum oxide
films formed in carbonate electrolyte
SOURCE: Mezhvuzovskaya. konferentsiya po, anodnoy zashchite metallov
ot korrozil. lat,
Kazan,1961. Anodnaya zashchita metallov (Anodic protection of
metals); doklady*
konferentall. Moscow, lzd-vo Mashinostroyoniye, 1964, 285-Z91
TOPIC TAGS:'rdi7ira-1umt7nD-TH1 clad duralumin, anodized duralumin,
carbonate electro-
lyto anodizing,'sulfate olectrolyto anodizing$ anodic film filling,
tea extract filler, tannin
filler, filling process duration, filling tomperaturo, filler
concontration effect, olectro-
lyte composition effect, aluminum corrosion, anodic oxidation,
aluminum oxide film
ABSTRACT: Samples of clad duralumin. DT16 were degreased, rinsed,
anodized (0. 42-0. 5
a/dmZ, 55-110y, 30-34C, 26 min., Fo cat1iodc, carbonate or sulfate
electrolyte), rinsed,
dried, filled with 2% tea extract (30-9OCp 0-10 men. at 90C, extract
concentration 0-7%
by weight of dry tea at 90-95C for 7 min.) or tannin (0. 1-3. 0% by
weight, 30-90C In 0. 6%
for 3 min., 2-10 min. at 90C and 0. 6%), then tested for corrosion
resistance (4L -VIAM
test). The results Indicate that filling of carbonate anodized films
in 3-6% aqueous
d-7, 1/2

ACCESSION NR: AT4043080
extracts of tea for 7 min. at 90-906 improves the resistance by
300-400%. Filling in
0. 5% tannin solution under the same conditions improved resistance
by 200-250%. The
resistance of sulfate anodized film deteriorated when It was filled
under conditions
optimal for carbonate anodized films. Orig. art. has: graphs.
ASSOCIATION: None
SUBMITTED: 13Mar64 ENCL- 00
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ACCESSION NRj AT4043089
AUTHOR 3 c
_F- (Do. tov of chemical sciences$ Professor)l
Oranskaya, I, P.
TITLES Comparative evaluitLon of the passLvatLon methods for magna-,
;UITAU alloys
!SOURCES MezhvuZovskaya konfarentsiyo po anodnoy zeshchite met:llov
ot korrozii, lot, Kazan, 1961* Anodneya tashchita metalloy nodic
1protection of metals); doklady* konforqntsit, Moscowp Izd-vo
~Mashinostroyeniye, 1964, 461-471
TOPIC TAGSs magneslum'slloyo HAB alloy, ca'3ting ML5 alloy, ASTM AM
alloy, alloy passivation*# electrochemical,passivation, chemical
passi
I .-
vation
iABSTRACT: The chemical and several electrochemical methods
developed
lin the Soviet'Union for forming protective films on wrought
magnesium
IMA8 alloy 11,5-295% Hn, 0,15-0935% Cal and casting magnesiuu,MLS
1alloy (ASTM AZ80J.have been evaluated@ Alloy specimens with protee
Itive films formed on them by various methods have been tested for
corrosion in a 3% NCI 'eclutionl,,.,vaar-re.sistance,and alasticitys
',Card 1/2
Me

'ACCESSION NRI AT.404
3089
absence of a single
isults of the comparative evaluation shoved the
luniversal method capable of producing.protective films with
identicaAl-
optimum prop~erties for various-magnesium alloyse In generalg
protec-i
Itive films obtained by the electrochemical methods have better prop-
erties than chemically produced films.,:' Filling,the films by
immersing
them for 30 'min in a boiling 5% potassium chromate solution
jpprecLably
improves the protective properties of 'the film$# regardl a f the
,method by which the films wars, obtaineJo "OrIigs afts has','
figuie'#~
and 4 tables.
ASSOCIATIONs hone
SUBMITTE01 11Mar64 ATD PRESS, 1011 INCh, 00
SUB CODEs MM# IE AO RZF SOVI", 010 OTHERt ~.'001
C..,d 22
7

ACCESSIM DR: AP4032X* .. .... p/ OOW/6 4/03T/004/0819/0823
AUTHOR: P&ve1kLn&jp,V* Pj Bogoyavlen'sldy
TITIE-. The heterogeneous structure *p of the awAic oxid; coating
on. aluminum
detexminedL by Its chemical analysis!
SOMM 2hurnal prikladnoy ithimig, v. 37, no. 4. 1-0&, 819-M3.
TOPIC TAGS: aluminum oxide coating, aluminum., anodized aluminump
chemical analy--
sia., quantitative analysis., crystalline aluminum oxide coatingp
amorybous rauminum
.oxide coatingp solubility.. caqplexon III
ABSTRACT: Chemical methods for quantitatively determining the
amorphous and
crystalline form of the aluminum oxide coating on anodized aluminum
verd worked
out. The coatings were freshly formed by anodizing aluminum foil in
H~ !I ~'
electrolyte under standard conditions; isolating and washing to
remove residual - 1, *-
sulfate. The analyses am based on the solubJ-Uties of the two forms
of alumim=
oxide ia different reagents. Both the amoryboua and crystalline
forms are solubla
at 90-95C in a solution of chromic anhydrlde (20 gm/1) and
phosphoric acid'(35
m1/1) (A. Ve Shreyder.. ZhM =i 1,, 84,, 1957). Crystalline aluminum
oxide i-s
bard

ACCESSICK NR: AP4032502
insoluble wbile amorphous aluminum Oxide dissolves on boiling in a
solution
of
cupric chloride end ammonium chloride (saturated when cold) (Z. S.
Mukhiaa., Te. 1.
Nikitina i dr. Metody* Anal I za, metallox i splavov. "Methods for
aaalyalng met&U
and alloys"o Oborongizs 3758 1959)9 Amorj~houo aluminum oxide
dissolves,* as does
the aluidnum hydroxide., in a solution of complexon I11, Hence the
isolated
anodic coating may be boiled in a 0.05 K complexoa = solution,
filtered free
of the crystalline aluminum oxide precipitate,, tit-rated vith ZnSO4
In the.presence;
of acid chrome dark blue. In the samples examined the amorphous and
c'rystall~w
A120 constituted 81-85% of the coating'o and the remainder is
believed to be
-ions and chemically cmbinedL or adsorbed vatere Coatings'fron
il anodized in chromic or pbosphorio acid, or the unioolated coating
from anodized aluminum AD-314 contained only the amor9bous form of
A12 Origs.
030
art. has: 2 tables and. 2 equations..
ASSOC=CN: Ka--Wd avlatsionny*y Inatitut (KaxonAviation
ZSCL.
3WU:162 00
DAn A0q: 11X&A
SM CMEt 'MKP GO NO low 101M W9 OMMS 004
L;l 7-n ;/A - --L.-
~

BOGOYAVLENSKIY, A.Fe; BELOVI V.T.1 KOZYREV, Ye.M.
Study of the sozption properties of the anode oxide film
on
aluminum by the tracer technique. Part 4: Sorption of
inorganic
anions as a function of their concentration in solution,
Izv.vys.
ucheb,zav,; khim.i khim.tekh. 7 no,61962-906 164.
(MIRA 18-5)
1. Kazanskiy aviatsionnyy institutt kafedra khimii.

- ----- -- --- --
21
ACCESSION NR; AP4043765 S/0080/641037/0081174311748.,
AUTHOR: Bogoyavlenskiy, A. F.; Belov, V. T.
...........
TITLE., The role of the nature of anion of an electrolyte-cbarger in
the settling'
-process of an anode oxide film.on aluminium
SOURCE: Zhurnal prikladnoy khimii, v. 37, no. 8, 1964, 1743-1748
TOPIC TAGS: anion, electrolyte, anode, oxide, aluminium, charge
oolution. sulfuric
:acid
ABSTRACT: The purpose of this work was to establish the character of
clogging of
film pores during the settling 'process. In the capacity of charge
solutions the.
following potadaium salt solutions were u9edt K2Cr 07 04t
1K2GrO4, K2504 and
8-5. i.e. it correspond the
The pH value of the charge solutions equaled 4. ed 0
maximum sorption capability of the film in the area of its lowest
solubility. Anode
oxide films were formed on aluminum samples of the AD-1 type'in a
20% solution of
sulfuric acid at 200C over a-period of 20 minutes. The current
density was 1 A/
'de 2. The samples were then rinsed in a vessel with distilled water
until the ions
0 2
4 - disappeared from the water. After an aging period of 15 hours
in-an exsic-
cator, the sulfuric acid was supplemented at 951C with 0*1 m of
solution of the
Card 1/2

ACCESSION NR; AP4043765
iabove mentioned salts, marked by corresponding radioactive
isotopes (chromium-51,
-sulfur-35', phosphorus-32). The charged sampLes were further
processed in a mixture
containing 45 mg/1 orthophosphoric acid and 2 g/l chromium
anhydrite. The results
have shown that in process of charging the film in sulphate and
chromatic solutions
the corresponding anions hinder insignificantly the swelling
process. An the dura-
Ition of the charging period increases the pore openings become
more and more con-
,Itracted and it becomes difficult for the reeolving mixture to
penetrate into the
:pores. The authors concluded that the duration of the charging
period of an anode
film in phosphate solutions has an extremely ~noignif icant ef f
ect on the durability
!of the film. In the case of chromatic and aulpbatic charges the
resistance of the %
Jilm toward dissolving increases considerably, Orig. art. has: 3
figures and
11 table.
none
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F, :r=
SMAR-i 04043087-
S/0000/64/000/000/04-40, F16
AUTHORi (Doctor of chemical aclences, Profas--~'
sor); BRrod a _Kj-
TITLEs Some peculiarities of the anodic behavior of titanium and Its
alloys in sulfuric-acid solutions
SOURCEi ~ezhvuzovskaya konferentaiYa Ro-anodnoy sashchite metallov
ot korroziis Istp Kaz4n, 19 'nod aya zashchita metallov (Anodic~
0 a .4
nrotogtion of metalsij k0nferentsii. Moscow, lzd-vo Hashin-4
ostroyeniya# 1964, 440 446
TOPIC TAGSs titanium' VTli%jtanjum) VTSD titanium alloy, titanium
anosizing, titaniun all =yano4ixinBq oxidation film comp'osition,
oxidation film property,-oxidation film
ABSTRACT: The effect of the applied voltage and time of anodizing
on the properties and composition of films formed on Vr-1 comnercial-~
grada titanium and VT-5D titanium alloy (4o5-62 Al, 0.3 max% Pot
0.15 max% Si, 0.05 max% each 0, C, H* and N) has been investigated.
Anodi2ing vas carried-out in a.20; sulfuric-acid electrolyte at 20C,
card 1/ 3

at a current density-:of 0.6 a/dm2,9 and at a voltage of 5 to 60v. . The
maximum time of anodizing was 15 min. It was found thnt to each
value of the 'anodizing voltage, a specific film color corresponded.
With increasing voltage, the film thickness Increased, e.g.. from 0.3
to 1,7 p for an applied voltage of 10 and 50v, respectively. Films
formed at the SAM VOItAge VOTC thIcker on VT_5D9allOV than were those
on VT-1 titanium. Film thicknesi; increased --ratE& rap'Idly during the
first 3-5 min, and then more slowly. The film appear5 to be a Con-
4 Plax mixturO Of TiG, T1203, and T102 OxideB, whi:h is formcd not only
by Dimple superimposition of the oxide layers, but also by some inter-
action between them. Anodizing almost completely protect;d titanium
against corrosion in a 100-hr test In 40% sulfuric acid at room tem-
perature; it was, however, inadequate for protectiag titaniu-n- iti 70%
sulfuric acid or in 102 bydrocbloric acid. With an increasing volt-
age, the tota! amount of sulfate ions in the film increases, while
their p ere ent content decTeasea. This is probably because sulfate
ions are adsorbed only by the outer layere of the filn ond do nor
penetrate the deeper layers. Orig, art. has: 4 figures and 2 tables.
ASSOCIATIONs none
Corti 2 1

BOGOYAVIE14SKIY, A.F.; BEWV, V.T.
Nature of the anion of an electrolyte-fillor arod i
ts lp---"O~~ irl the
process of Colidensition of anodic oxido film on
ahrnilhu:-'~, '71-ur.
prikl. khhl. 37 nof:1743-1748 Ag 164..

-ITL-:: Anodic oxidation of aluminum-with application of an
ultrasoni-c field
SOURCE: Zhurnnl prikladnoy kbimli, v. 37, no. 10, 2256-2262
oxidation, al
TOPIC TAGS. anode film', anodic uminum oxidation, ultrasound,
anode film structure
MiTAACT: The Purpose of thid work was-to study the Influence of an
ultrasonic
Leld on the microscopic hardness, porosity, elasticity, and structure
of the
a,,ode film formed dUTing anodic oxidation by the sulfuric acid and
carbonate
methods. The ultrasonic field employed bad an intensity of 2-2.5
W/cm2 and a
frequency of 23,000 cps. The samples to be anodized were made out of
D16TA
aluminxmi. Cathodes of lKhl8N9T steel were used in a 20% solution of
sulfuric
acid or 5% solution of Na2CO3- It was found that ultrasonic
vibrations do not
appreciably affect the mechanism of the anodizing process at a
current density
of 1 A/dm2; at 3-5 A/dm2, the sulfuric acid method made it possible
to prepare
good-quality oxide films without the disadvantages usually associated
with the
Ccid l/ 2

VJ',~/JD 7 7
ACCESSION' NR- AP5000513 8/0080/64/037/011/2531/2533
AUTHOR t _Do&Qyav1ensld_y, A.F.,-:Oransk ya, 1. P.
10 anode film as determined by the
TITLE: Incorporation of oxidation~:cathanion Into M6
method of labeled atoms
1A
SOURCE: Zhurnal prikladnoy.khImfl, v. 37, no. 11, 1964, 2531-2533
TOPIC '1"AGS- anode oxidation, anode film, magnesium alloy, aluminum
alloy, magnesium
o
'de fily
,o n, anion incorporation, phosphate incorporation, sulfate
Incorporation, Cleo-
trolysis /1 61
ABSTRACT: Anode oxidation or,magnesium alloy (DIL-5) shects iwis
c-arried out in a solu-
tion containing 55g/liter Na011 and 35-g7Fit-er Na3 P04. To the
prepared electrolyte, P32
was added as trisodiumphosphate and the reaction T.Nras carried out
at 70C and a current of
1. 5 A/dm2. After wddation, the samples were washed to remove free
P04-3 ions and the
samples were dried and counted. The counts obtained showed increasing
racb.oactivity in
the samples, indicating that there was binding of phosphate ions by
the oxidized anode
film. Since they could not be washed away, theT.V is a strong union
between the Mro. The
relative content of electrolyte anion in thin films reached by
weight, but as the oxide
film increased In Mckness the relative content of phosphate ions
decreased, reaching
Cnr,i 1/2

L 25297-65 j'-.J'T(I)/~`;T W/EVIA (d)/T/EWP(t)/EWP W R'Yii'/JD/WB
OCIES-SION INRi AP5002175 S/0032/65/0131/001/0079/0080
AUMORS.- Bogoyavlenskiy, A. P.; Belov, V. T.
A~3
1.11ITILB. Correction coefficient for volume of yores in calculating
anode!
thielme9B
2
SOURM. zavodakaya labDratoriyaj v'f~ 319 no. 19 1965, 79-60
.10PIC TAGS: anodic protection, aluminum oxide, electrolytic plating,
plating
ABSTRACT: To determine acvarately the thielmess of 11 0 anode films
by the weight
2 3
method, it is necevaa;x-.f to intro-auce a porous volume correction
factor
KI. (V + V nto the equation for the film thickaeas /,,L- (P-K)/d-.c,
(where
B pod/71B :L
~d 4.
~.F uIreight of anode oxide film, specific weight S - area of metal
covered by
V porou The poroaity of the film can
~film' Vz 0 804.1m1 film irolume, por a volume~-
be determined by filling -the pores with a fluid and r7ei" the aM.
ount of f luid
required. Irinen the thielmess of the film is given by /t - P/d +
gl-,-' )/S (whereg
and ? Exo the weight and apeoifio weight of the filler reapoatively).
To chqok the
nooesaity ol a correotion coefficient* the anode (Lxido film
thickneos was measua-ed
by both metboau for a large range of formation parameters (2&,,.,
H2so 41 20C,
Cord 1/2

ASSDCIATIO21: Kazmekiy aviatsidWy inatitut (Yszan Aviation- Inutitute)
SUBlaMUM 1 00
NO REY SOV 01
corld, ~2/2
ENCL: 00 SUB CODEj
OTEER 002

-ASm-4-
b
ip(,
M
AMMIOI IMS AP50170.91 UP/0032/65/0I/W7/083J6/d32
62o.i97
AVMA j VO To I TTofinov, A. A.; Shiyullmm, Aq;
vagina, I* A. I L'Vmj -0 --1, -J. Delay
TMXj Wok MtW of e"lusting Us protective propertion of anr4ie oxii-te
ri3zgl~
on alumim A
SOU=j UTZ" laboratorip, V. 31, nos 7s 19659 816-818
TOPIC VMI Anodic Odd* Wno wdde Mai galvanic circuit, electtro3,vte
electrowtive force, protective MW VUH electrolyte (solution of
p-atassim bi-
!"hr=t
a iz sulfuric acid)
'AWIRAM The auttors deseribe- A metbod they dwnloped for the quick
divt=zd=tj
of the protecti "ice of adds fl3m an al-saimm, based an utillsing
tbe.
O.M.f. of the alminva
jelectrol7te solution Iplatinum saivrmlc eircuit. IM-a Vret.-
rAmes of an oxide filia on alvaimum prmato -the ri#e of an Cm usirg
an
electroIrte that disintegmtes the anode film Us prote-ctive
propmrtiw of tbla
rilm can be dirtarmiued accordirg to Utt tim Inotant at wMeb a
u;Kmifit a.m.f.
arises in tba eircult. A series of different eloatmlytoa wag
tout-a-I *~st. A drop-
owd :0

L 2,
ACCWICI 0: AP5017091
let Of eleCtro2stib SOIUti*D I (see figure) Val deposited on the
purified and do-
t"ased surface 2 of bon-anodized aluvilrm so as to Izaerse part of
the vertically
Positioned 'Platima VIre 3 in this droplqt* Wire 3 is linked to
tbie speelmen b7
external circuit 4. The platinum vire v&a fattened on plexiglan
'bracket 5. Of
the electro3yte solutions tested, the VM electrolyte (25 cc MI (ap.
gr. 1.19),
3 11 XArabp 75 to 1120) Proved to be the most suitable. The netbod
was -ftrified
vitb the aid of anode-forned oxide films on aluminum in a sulfuric
acid solution
and empared vitb the reaults of the custom-scry visual
determination based on the
presence or absence of green color in the droplet. A epe-cia-1 tist
indi'-aler, trig-
gered once a specific e.z.f. &rose in the circuit, vas used. The
tabulated find-
izp In4l*atis that th* ympond metba(l 'is definIttly actert"Able
for cc=. arat-Tre sp-4.
prals&I of the protective features of anode film. This method not
anly redinces
eat to
Inz 'I=, compared vith the 4roplet color test, but also is more
preciza =d
objective. Orig. art. hass 1 figure, 3 tables.
ANXIAT103i Xazanokly aviatsioaW Institut (rusal Aviation Lastitute)
SbIger=: 4D0 INCLi 01 SO COMM M, 'rN
U HEY SOV: 0M OTM J 000

BOWYAVIENSKIY, A#Fsi MATYAZH, N.N.
Proo e110' inclusion of the [Ag(CNS)2)-1 anlon
labeled with
an Ag isotope into a forming anodic rxIde film on
aluminum.
Zhur. prikl. kbimt 38 noo4t952-954 Ap 165.
(MIRA M6)

BELAIp V.T.; WMEV, Ye.14.
Study of the sorption properties of an anodic ocride
film on
al-minum by the tracer math-A. Part 5-. Effect of
temperature
sorption as dependent on the concentration of solution
filler at
high temperatures. Izv. v7s, ucheb. zav.; kl-dm. i
khim. tekh.
8 rio.3:407-410 165. (MM 18:10)
1, Kazanskiy aviatsionnyy institut, kafedra khJnii.

Big
7-,F-
7
t
1AMSSION RR: AP501352.1 UR/0076/65/039/005/1106/A'.111
541.6
AUT14OR: ~~av~len)j~, Belcrv V. T. Va
Lin .3_1 L
C
T ITLE -Hydration of ano4lc iD vA-d e 'f~L In0 ()f I
JTL gluminun, In aqueoug t;ojutjc)'jS Tj~
lorganic salis 41
:~SGURCE: 2-hurnal fizicheskoy k1himii, v. 39, no. 5, 1965, 1108-1111
TOPIC TAGS: aluminum oxide, hydration, anorlic oxide film.
ABSI'RACT: The volume of hydrogen form~ed by interacting wa?er arzd
hydride was -measur-ed to deter~,Pir~p the Water conient of alv_-di c
f:)~.
.with water at 951C in sodbivin
1~ , ij~c~hjomate' S131fato, and pbo'qph-111FL
2 "'no It, 0ill tbp or'ler of th(A-V efroct all hydrati-l ')f
When the fi Iris are F i i 1 c-1
t'- sorbed phosphate !on increaGes with the co-, cc nra
A
in the solution, end the water content decr4-_ac;es. I n
watpr contpnt of thp filled film depends only silghr-1v on, ",~o
Card 1/2

7-
41
1.1,C] SS1014 AF5013521
-Ebe t nt~' i ob -
'tion, but 4a er CQ nt ncreases w1th rining concentration. In sulfate a
d
tions, the water content of the film increases with the
concentrati-)T,. -f s C
'L on, t*,e sorpticn of the sulfate im either promot- -r 6,~-.-
jwiz1h t1"-;e ev'sv.-Pticn of water. Differences in filling conditions
have a pronounned
effec+ on the state of the surface of the anodic film; the scrr)*'~~,v
ani,)v%
-of film are variolisly affecte,!. Orig,
AT kazanskjy .3vi-atqionnyy institut (Ka-,an i -r-, T:~~:
S U'D IT 12 D 3 ENCL: DO
-2
OTHER: 10C,
Card 2/2

Pin
4325 SOURCE
JH
~.~L'HORS: Bogoyavlenskiy, A. F. (Doctor of chemical sciences,
ProfeBsor); Sham9a, S. I.
none
YITY-ji Preparation of enamel anodic oxidative coatin on
aluminum and its alloys
SOURCE:-+Kazan. Aviatakn= institut. Trudy, not 70P 1962.
AviatsioZiaya tekbnologiya
i organizatsiya proizvodstva (Aviation engineering and
organization of production),
22-31
TOPIC, TAGS; aluminumi alloy, protective coating, anodic
oxidation / AD-:1 aluminum
1 al', oy, Di6T aluminum alloy, AMts?1 aluminum alloy#
Ematale"4--k;'.
ABF-"lj%CT: 'esults of preparative and testing studios of
anodic ename.1 type coatings
,on alwnnum and its alloyn are reported. The preparative
process consists of two
1) preliminary treatment of the metallic surface (deareasina),
and 2) anodic
~oxi6ation in the presence of saltn of titanium, thallium, and
zirconium, which yields
pi-nduct coverld wittk, the "~ha*111 contina. Kinetics of the
process has been studied
in . L10YEt- A 0--1,XbD16-T-'k%nd Alltn)~ at varioun
temperatures and the protective indices of
.~ :rx%talY?coatin[;s have been determined. The "Ematal"
coating is 30-50 times thinner
"11d 3-10 times-I-10itgr than the usual paint and varnish
coating. The "Ematal"
cnatings are highly resistant to corrosion and abrasion (see
Fig. 1), are very elastiot
iand have poor electrical conductivity. It was shown that the
pH of the electrolyte
I-Card- 1/2

L 36097-66 -
ACC Nk AT6014325
AD Hard anodizing
I'Llmatal" coated
Hard anodizina
AM t am "Ematal" coated
Hard anodizing
D16T "Ematal" - coated

Pig. 1.
may be safely increased to 3. The disadvantago of the method is
the high cost of the
components of the electrolytic bath. Oria. art-hasi 'I riGnwea.
SUB CODFt It/ SUBIT DAM 15My6l/ ORIG RM 002
Card 2/2

L 4684o-66
ACC NR: AT
EWT(l)/EWT(m)/Ee;1P(t)/ET1 Iip~c) -1
SOURCE CODS;
AUTHOR: Bogoyavlonskiy, A. F.; ]~~h~v- I
D",
00001651000100010126101W
ORG; Kazan Aviation Institute (Kazanskiy aviatsionnyy Institut)
TITIZ; Testing of filled anodic oxide films on aluminum with
cathodic current in a
rd'ric acid solution
SOIBICE; A;i
:35-53R. Mdelonip obohohey i tokhnichaskoy khimli. Zashchitnvyo
notalli-
cheskiye i oksid;We polcrytiya, korroziya metallov i
issledovaniya v oblasti olektro-
Uimii (Protective metallic and oxide coatings, corrosion of
metals, and studies in
electrochemistry). Moscow, Nauka, 1965, 126-12,3
TOPIC TAGS: anodic oxidation, aluminum oxide, dielectric
broakdown
ABSTRACT: Cathodic current was used to evaluate the comparative
stability of oxide
fil-ms on aluminum, uhich were formed anodically in sulfuric
acid solution and filled:
with solutions of sodium phosphates, sulfate, dichromate, and
chromate with an anion
concentration of 0.1 moWl, and also with dintilled water. The
solution tomnerature
was found to be a major factor in the filling of the aluminum
films In dichromate-
chromate and sulfate solutions, but not in phosDhate solution.
"lie filling effect in
water surDasses that in sulfate solution, but is less Dronounced
than in dichro-mate-
chromate solution. Based on testing with cathodic current in a
2~~' M03 solution, the L
comparative stability of the anodic oxcide films filled at
50-950 in aqueous solutions
1/2

L IiOlw--66
ACC NRi
of inormanic salts in the range of DH 4-5-5.3 can be exmrossod by
the series (AF
anodic film)
AFNa2Cr2O7/Na2CrC4 > AFH20'> "Ea23C4~' AFNaH2PQ4.
The stability of films filled in phosphate solution is comparable
to that of the
other filled fil:ms only at low filling temperatures. Orig. art.
has: 2 figures.
SUB CODO: 109/SUBM DATE. 06Dec63/ ORIG REF: 004/ OTH nW: 001
blg

-T 4'i ~ .-IS ~' 1 7 'T F)p D - H V.,
k6 6 WTk V E'NT( yj/S%'P( v V 21Z 0 /STj/S'4J h
ACC. NR, x1bo24969 SOURCE CODE: UR/oooo/65/ooo/ooo/oi28/o1,
AUTHORs Bog avlonskiyp A. F.; Oranskaya, 1. P.; Shllni~l G~-V-
'g 44
ORG: Kazan Aviation Institute (Kazanskiy aviatsionnyy institut)
TITIZI. Effect of temperature, current density, and
oloctrolyto concentration on the
conDosition and structure of anodic films"on I,M,5 ~Uoy
% - - Iq
SOUICS: AN SSSR. Otdoleniye obshchey i tokhnichoskoy khimii.
Zashchitnyyo motalli-
choskiye i oksidnyyo pokrytiyaj korroziya motallov i
lssledovaniya v oblasti elektro-
khimii (Protective notallicend oxide coatings, corrosion of
metalsp and studies in
electrochomistry). Moscovi, Nauka, 1965, 12&131
TOPIC TAGS: magnesium a3loyp phosphatep anodic oxidation,
th p 2
41
A TRA T. sin 0 radioisotope, the authors studiedtho
incorporation of elec-.
trolyte io s (P 3-) in the anodic film on the 141.-5 as a
function of
n
the conditions of the process. As the temperature rises above
600 the amount of
Pa~_ incorporated in the film tends to decrease. Part of the
PV_ ions become
structurally incorporated in the film, and part are held by
adsorption forces, and as
the temperature rises, the quantity of adsorbed P043- ions
decreases. As the current
density rises, the relative content of PC43- increases,
reaching 3% of the weight of
the film; this is attributed to changes in the structure of
the film (increase in po-
rosity, true surface, etc.) caused by-high current densities.
As the electrolyte con-

ACC NR: AT6o 69
contration incroases, so does the quantity of PCO- ions (tip to
probably
oiding to an increase in their adsorbed fraction. Orig. art. has:
6 figures and I
table.
SUB COD,,,'.- 07,11,6/sUBIM DATEt 16Doc63/ ORIG REF: 005
J7

L 01302-67 EWT(I)/EWT(m)/T/EWP-(t)/ETI 1JP(C) JD
ACC NR, AP6002205 SORGE CODE: UfVO153/65/008/005/0753/0757
UVO
AR: Belovs Ve To; Bogoyavlenokiy, A, F.; Kozyrev, Ye. M Khristoforo
V. A.
F
G: Kazan! Aviation rnstitntes, Department of Chemistry (Kazanski3r
aviatsionnyy in-
itut# Wodra khimi ) ~1 1~
TLE% Investigation of the sorption properties of anodic -oxido
f-ilm on aluminum*
Electron microscopic study of anodic oxide films on aluminum after
M-Ung
IVUZ. Xhimiya i khimichaskaya tekhnologiya, ve 8. nos 5. 1965p
753-757
:C T&GSt anodic oxidationt alumr, electron microscopy
!RACT-. Samples of aluainum-AD-l, 18 =2 in surface, were degreased
by acetone and
jected tq anodic oxidation for 20 minutes in 20% H2SO at 20C at a
current density.*
amp/dm4, After washing in di5tilled IL
,0 and drying & a desiccator over " SO
aria
oxide film weighed 0.155 g/dm . had a -Ehiclmess of 5-~L4., a
porosity of 15
mined 15-16% by weight of sulfate iors. Filling of oxide films was
made in distill-
1~0 and in 0.1(kisolution of sodium phosphate or chromate at
various pH* The elecbm -
-oscope studylWas wade from lac and., in some cases., titanium
replicas.6 The reaction
;he oxide film with H20 at 95C caused a noticeable swelling and an
intense hydration
-h narrowed the pores and changed the observable relief of the
film surfaces The I--

L 01302-67
ACC NRo AP6002205
chemical-sorption reaction of the film substs
.poes with anions of the inorganic solution'
finerresulted in the formation of dense chemical-sorption
layers, decreasing notioeab,4
the swelling affected by H 0. In addition, the phosphate and
chromate solution-fillers,,
4hich reacted with film su stances with a 1& dLssolving effect
(pH 4.5-6.5)., somewhat
6moothed the frontal surface of the film in the most protruding
placese The exposure of
ilm to air at noG did not change its surfaces but exposure of
film to 3300 brought
ut the deformation ofthe film surface* Mdently the decreases in
weight, observed
bo
~
both eases., were caused in the first case by the liberation of
adsorption water from
res., whereas in the second case it was caused by the
dehydration of oxide and removal
f structural water. The data obtained substantiated the theoryp
advanced previously,
Ff
~n the prew-nas of dissolving, hydration, and sorption of
anions during filling of film-
in aqueous solutions of inorganic salts* It was noticed thatj
during filling of films
~n solutions of Na phosphate,, hydration was smaller than
during filling in bichromate -
plaromate solutions. The paper was presented at the Fourth
All-Union Conference an
Electron Mcroscovy (IV VsesoYuznoYe soveshchaniye Po
electronnoy mikroakopii) held at
90
C
CoIxt U20 M DATE: 09Sep63/ ORIG'REFt 004/ OTH RF.Fz 002
7 - /SUB

0- /62/270'5/27-d"l
ACC NR; AF7003141 SOURCE C&EI UA/0 80M/039
AUTHORs. Bogoy&vlan!;kiy, A. F.; Bolovo V. T.
ORG: none I
I- MTLEt Filling of anodic oxide film on aluminum in aqueous
solutions of certain in-
organic salts ands .its comparative effectiveness
SOURCEI Zhurnal Frikladnoy khimii, v. 39, no. i2s i966j, 2705-2711
TOPIC TAGSt Aluminumt anodio oxidations surface film
i
ABSTRACT: Continuing their stucbr of the mechanism of filling of
anodic oxide films
on aluminum in solutions of inorganic salts, the authors found
that during such -fill-
ing the anions have different capacities for penetrating the film
and for desorption.
It Is shown thel, SUlfAtO ions Which have penetrated the film In
the course of its~
formation pass into the filler solution in negligible amounts and
do not determine* the
sorption of the anion of the solution. It is concluded that no
single mechanism 'of
filling of the anodic oxide film on aluminum can be proposed; in
each individual case,
the mechanism is determined by the nature of the filler solution,
condition of the
surfaces and conditions of the filling. Filling of the film in
solutions of phosphate
salts contributes*r9latively little to an increase in its
protective properties, but
in solutions of sulfate and chromate salts improves the
protective properties of the
film. Authors e3cpress their thanks to Ye. M. Kozyrev and 1. A.
'Vagina for their par-
Card 1/2 UDC1

ACC NRc APW;031411~
ticipation in the experiments. Orig. art. hast6 figmvs and 2
tables,
SUB CODES 07/ SU~H DAM l3D9c64/ MM IUWs 012,
Ccrd 2 /2

BOGOYAVLENSKIY, A. N.
"on the Kinetics of Development, of tndividual Grains of a
Photographic,Ehulsion.,"
Acta, Phys, 16, Noa. 5-6, 19V
Dept. Colloidal Chem.., Moscow State U.

ky ~1
of the Nwil"amch Wittes.
IA, X. Irkaskil. 'Trwy last a Akad. Xk C
12, 161-7.5am),sm 1 front different depths
I*= obtatsed, and 0, Phosphates, iO.,aTk.teservv,n1trjte5
'&ndia"Uti=tjkncegnitmteswmdetd- Top-h~Trwat;;
'(Wing 00 sn'. deep, am gently affeeletj by,
Ahe Morale activity and ttmp, Ittf ore the
befatt 0 00-Irtf the following data. wei,6 obtained- 0 7.8-
:9 0 cc AM ft phoiphmm 50 Mg.tc". in., S: as Si
A
L42.1ru. ;~.#,
Of < SM, alkall/Cl coeff, less than
p.ps, Whkb cOrmponds to an alk. reserve of 2.27-2.2-9
~wf4JIODD cL.. nitr2te N130D-350 mg./cu, M., nitrite N
3.0-3.5 Mg./cu. in., Co~ privistue about 4.Q X 10-
'After the flo"tring Period begant 0 ifiefcatcd up to I
JOC1%;
-,P&ndSlwcttdOvjhto2OandlOWrri;. In some plaes p
O&OPthred en*irtl)' and Si dropped to 2W mg. The PIT
raft to 8-2 'Ind s0ructim" to 8,53; the aik. reserve mas
above
:2.30 meq./1000 cc., nitrate Jq was do%yn to 20 Mg./cu. rn~
A decr-case in nitrites ir~ top layers and Pit increase
lower'
down, W-100 m,, wal noted. COi was doivil to 1~0 X to"
2tvk- TheRchang" were found at n depth ofabout 40
M.
On the! basis of the above dat.% (losses of C(~.. P. Si,
etc.)
lit was possible to cAe. the blogtnic productivity for I
mioAth, Mntc the ratio% of C, Si, N, a"d r are very clcme to
thm in"I'd through analvsii of diatomic Planktons. The
productivItY is hi&h when Compared whis thitt of othcr
aelfic.areas. Tlieittcrcn!wcftlkv.isitio~tpmbably dite
tion of cwbonatcs. No mgnincant aangcs were fQund ii,
the so-called cold intcrmedlatcla~rr L,~ftndio;: flowta
m. A diffttnt pkture ts IntscitICA by thtat!3,~hnzlr
stretchiiij tiomn to V) to.. the Fo-attle, I wam
iulterme6i'~te.*
'0 0.5 te.A000 Cc., P 85-Q5 mg./cu. M., Si tng.t,
tts. m., PIT Is down at ,eme places to 7A alk-~ re~,-r" Z.45
meq./1000 cc., M Pressurc 10 X 10_4~ The N-Auts Of
~4. OnthLbwisoftb"Ie
0. F, and Of vary with the semon,
' tions it was pos,,ible to cair, the vOkxity ot thev-mer
vnna
llow 2 Cm./scz-. flit o%dL ur VertICA interctiLge 3 sq.
em."
see.. and the velfvity of 0 absorption 0.4 c-,/yr. 1-urther
'100 CC
dowil, 850 to 3OW m., 0 is Op to 2-2-5 CC-ill - P "q
down to TO mg./cu. m., Si rcacbe.% a 01 4500 M9,1
cu. m.. pH is tip to 7.S5. nod t%lk. reserve v-aric!q
M. to netirly tinwit to tba bottom, diffen shasply fmat
overlying luyi., (Iligheir letup., loweralkilli ,?C11
cmfl., And V
content). Tim 10ATC-.1t StrittLm. btt%,ec,-% tlie battom
and a
fewten% of met&Sbova it, 511mvS a low Pcontent and att
Te,ervt aml PH, Tbb. i% probably 6t -se tcs.
alk
abovt data ivlicn. livipcilv in't'Jr-
preted May help to (!Litily the Timblent of the Oziq~a,
t1anA-
10011ation. nild citc-11141, 11 of thc d"Cp lv3tm. 'JiO tile
t
mcchanihm aml swecd of the t~.at titc so!M tn,t i
undergoei,

0~ o~
3(5..7)
P, V
PHASE I BOOK EXPWITATION
Sovetskaya antLrkticheskaya ekspeditelys., 1955-1958
SOV/2193
I'aformtsionnyy byulleten', VYp- 3 (Information Bulletin of
the Soviet Antarctic
Expedition, Nr 3) leningrad, Izd-vo "Morskoy transport,"
1958. 102 p.
1.,500 copies printed.
Sponsoring Agencies: USSR. Mininterstvo morskoy flot.
GlavnoYL- upravleniye
Severnogo morskogo puti. Arkticheskiy i Antarkticheakiy
nauchno-
issledovatellskiy institut.
Ed. of this Vol.: F. V. Ushmkov; Hoop. Ed. t M. M. Somov;
Editorial Board:
A. P. Andriyashev, V. Kh. Bu~mitmkiy,, Is Me DoWn. S. V.
Nalesnik, Ye. S.
Norotbe-vich, 1. V. Miaksimov (Deputy Peep. Ed.), A. P.
Nikollskiy., Me Go
Favich, G. M. Tauber, A. F. Treshnikov (Deputy Rosp. Ed.),
S. B. Slevich
No. Secretary); Not Lo Go YaLplinskaya; Tech. Ed.: Lo P.
Drozhzhina.
PURFOSE% This book is intended for natural and earth
scieqtists interested in the
research activities of the diesel-electric ship "Ob4m in the
Antarctic. It
Card 1/8

Information Bulletin of the Soviet (Cont.) SOV12193
is of particular interest to marine biologiste,
meteoroloi4sts, and
geophysicists.
COVERA(Z: This issue of the Thformtion Bulletin on the
Sovie' . Antarctic
Expedition reports on the fauna.found in various xegiona
of the Southern
11--misphere., the hydrology and hydrochemistry of
Antarctic and Marctic
waters., and the geomorphology of the Antarctic shelf. The
reports were
read at the First Conference on the Study of Antarctica's
Marine Fauna in
December 1958. No references are given.
TAWZ OF CONTENTS:
From the Editor
9
Andriyashev, A. P., K. A. Brodskly., and P. V. Ushakov
(Doctors of
Biological Sciences], Biological InvestigLtions of thi
Soviet Antarctic
Expedition Aboard the Diesel-Fdactric Ship 110b'" 11
The fo1lowing research workers, associated with the
Zoological
lustitute, Academy of Sciences of the USSR, the Institute
for Ocean-
ology, Academy of Sciences of the USSR., the A3.1-Uhion
Scientifi( re-
search Institute for Fishing and Oceanography, and the
Paleontological
Card 2/8

InformtIon B111 tin of the Soviet (Coat.) SOV/2193
Institute Of the Aca&Mr of Sciences of the USSR,, took part
in the ex-
pedition: in the first voyage - A. P. Andriyashev, V. A.
Arsen 'yev, G. M.
Belyayev, K. A# Wmdskly, M, Yet Vinogradov, At X, Tokarev,
and P. V. Ushakov;
in the second vdyage - V. A. Arsenlyev, V. V, Barsukov, X. V,
Beklemisbev,
A. Vs Gusev, V. S. Xbrotkevich, F. A. Pasternak, and Yu. Ye.
Permitinj in
the third voyage - A. P. Andriyashev, X. A. Broclskiy, B. A.
Zenkovich, A. A.
Kirpichnikov, V. M. Koltun, A. G. NLumov, F. A. ftsterrmlc..
and Yu. Ye. Permitin.
Moroshkin, X. V. [Senior Scientific Worker]* Hydrological
Investigations of
tbaSoviet Antarctic Expedition Aboard the Diesel-Electric
Ship "Obl" 1T
New data on the structure of the Antarctic divergence zone
were
obtained by Yu. A. Ivanov and B. A. Taxeyev,
Bogoyavlenskiy., A,. N. [Senior Scientific Worker). Certain
Peculiarities in
the Phospbates and Silicic Acid in Antarctic Waters 19
Zhivago, A. V.,v and A. P. Idsitsyn [Candidates of Geological
Sciences].
Bottoia' IbU&:r and the Deposits of the Southern Ocean 21
Card 3/8

Informtion. 3gulletin of the Soviet (cont.) SOV/2193
Brodskly.. K. A., [Doctor,of B*iological Sciences], K. K.
Yjarkoy [Professor],
and V. 1. Shillnikov (Junior Scientific Worlaer]. Zoning of the
Temperate
and High Iatitude Regions of the Southern Hemisphere 23
Brodskiy., K. A. Plankton Investigations of the Soviet
Antarctic Expedition 25
Vinogmdov,, M.Ye. [Candidate of Biological Sciences],, and A.
G. Neumov
[Aspirant] . Quantitative Distribution of Plankton in Antarctic
Waters of
-the Indian and Pacific Oceans 31
Beklemishev, K. V. [Candidate of Biological Sciences]. The
IAtitudinal
Zoning in the Distribution of Antarctic PhytoplLukton 35
Icmkina., N. B.. [Candidate of Biological Sciences].
Euphausiacea Collected
'by the Soviet Antarctic Expedition 37
Vab,L]Wv,, P. V. Benthonic lbeearch of the Soviet Antarctic
Expedition
Aboard the Diesel-Electric Mdp n0b"' 39
Card 4/ 8

3hformation Bulletin of the Soviet (coat.) SavI2193
Belyayev,, Go M. (Candidate of Biological -Sciences]*
Certain Regularities in
the Quantitative Distribution of Bottom Phuna in the
Antarctic 43
Vinogradova, No G. [Candidate of Biological Sciences]. The
Problem of the
Geographical Distribution of Deep-vater Bottom Fauna of the
Antarctic 45
Zinovaq A, Do (Candidate of Biologiml. Seiences].
Composition and Charaato...
er of the Algae Flom Near the Shores of Antarctica and in
the Vicinity
of the Kerguelen and Mlacquiwie Islands 47
Shcbedrina., Z. Go (Candidate of Biological Sciences].
Foraminifera Fauna
of the Eastern Sector of the Antarctic 51
Gurlyanova,, Ye.Fo [Doctor of Biological Sciences).
Amphipods of the Nkcquarle
Islands 5~
Mumv, Do Vo [Candidate of Biological Sciences] and So Do
Stepanyants. Hydro-
ids CoLlected in Antarctic Waters 57
PJAtonova, To A. [Aspirant). &w&tod ftwuL of the
Leptosomatidae Family
Prom the Region of the Yergwelen Island 59
Card 5/8

.Miforviation Bulletin of the Soviet (Canto) SOV/2193
Andriyashev,, A* P. Ichthyological Investigations of the Soviet
Antarctic
Expedition and Certain Problems of Zoogeography ih the
Antarctic 63
Martsinkavich, L, D. [Candidate of Biqlogical Sciences]. The
Gall Composition
of the Blood of Whitoblooded Fishes (Chaenichthyidaef) in the
Antarctic 67
Andriyashev, A. P., Yu. Ye. Permitin [Scientific Wor1wrl.
Preliminary
Famats on the Work With the Isaacs-Kidds Variable-depth Trawl
in Antarctic
Waters 69
Gusev, A. V. ECandidate of Biological Sciences).
Parasitological Research in
the Antarctic 71
Arsenlyev,, '%T. A. [Candidate of Biological Sciences]. Study
of Antarctic
Wh&200 73
hbtkvich, B. A. [Candidate-,of Biological Sciences].
Observations of
Wha2es During the Third Voytee of the Soviet Antarctic
Expedition 75
Card 6/0

wormation Bulletin of the Soviet (cant. ) SOV/2193
Tvasbin,, M. V. [Aspimnt]. Mmtematic Position of the
H=p-backed Whale
(megaptem nodosa ialmdii,, Fischer) of the Southern
Hemisphere 77
Norotbevich -
j. Ze. 3- ECandidate of Geographical SaAnces]. Observation of
Seals During the First Wintering of the Soviet Antarctic
Expedition in
1956-1957 79
ArSen'Yev, V. A. Observation of Beals During the Voyage of
the Diesel-
Electric Ship "ObIn in 1956-1957 81
Kbrotkevich, Ye.S. Observation of BIAG During the First
Wintering of
the Soviet Antarctic Expedition in 1956-1957 83
Yudin, K. A. [Candidate of Biological Sciences].
Ornithological Collections
of the Soviet Antarctic Expedition 89
Norotkovich., V.S. Anin-I Population of !Oasis" lakes in East
Antarctica 91
(In addition to the author, the following scientists took
part in
collecting the biological datat G. D.'Rikhter., V. M#
Kutyarin., and
A. V. Gusev)
Due 7/8

.laforwiation Balletin of the Soviet (Coat.) SavI2193
. 10atikova, L. A. (Candidate of Biological Sciences].
Potifers ftm2a From the
o of East Antarctim 99
FdrIyanova, Ye. S. (Candidate of Biological Sciences].
Antarctic Preshwater
Nbmtodes of the Plectas Bastian %mus (Nemtodes., Plectidae) 101
AVAILAME: Library of Congress
- Mlf&l
Card P/8 8 21-59

,~K.OYMVkENSK~Ly
Hin
'Rai
:43ig
Sf 'amis.
AJ
0, wc
4
-03!
R RIM
I S:pa
M-41
.., ft
r0
- If
VIM 1 Pi
01
01
0
ev
i-M
Ask

DWOrAVZUSKZY, A.K., starshly nauchnyy sotrudnik
Distribution of oxygen, phosphates and silica in
Antarctic waters.
Inform.blul.Sov.antark.okep. no.3:19-20 158- (MMA
12:4)
1. Institut okeanologii AN SSSR.
(Antarctic region&--Water--Composition)

J~-V A V~-E NS r\ 1Y, A
PHASE I BOOK EXPLOITATION' SOV15463
lib
Sovetskaya antarkticheskaya ekspeditsiya
Vtoraya morskaya ekspeditsiya na d/e "Obl", 195G-1.957.gg.;
obshcheye
opisaniye i nauchnyye rezul'taty (Second Marine Expedition on the
Diesel-
Electric Ship "Ob"', 1956-57; General Description and Scientific
Results)
Leningrad. Morskoy transport, 1959. 175 p, (Series: Its:
[Alaterialy] no. 5)
Errata slip inserted. 1. 200 copies printed.
Sponsoring Agency:
Arkt.1cheskiy.fantarkticheskiynauchno-iss~edovatellskiy
institut.
Ed. (Title page): 1. V. Maksimov, Doctor of Geographical Sciences,
Professor:
Ed. : L. G. Kaplinskaya. Tech. Ed. 0. 1. Kotlyukova.
PURPOSE: This book is intended for oceanographers, meteorologists,
and
hydrochemists.
Card 1/6

Second Marine Expedition (Cont.) SOV/5463
COVERAGE: The present volume,.the fifth In a series of
seven, is a collection
of articles (except for tw0devoted specifically to the
oceanographic, meteoro-,
logical, and hydrochemical findings of the Second Soviet
Marine Expedition
conducted on tJ%c diesel ship "Oh'" (I. A. Man, Captain)
during 1956-57. The
first two articles outline the Expedition's organization
and program, and
provide a general account of its activities during the
223-day voyage, which
covered more than 40, 000 miles of the Atlantic,
Antarctic. and Indian Oceans.
The expedition was sponsored by the Arctic and Antarctic
Scientific Research
Institute of the Glavsevmorput' Ministerstva morskogo
flota SSSR Wain Ad-
ministration of the Northern Sea Route of the Ministry of
the Merchant Ma-
rine of the USSR) as part of the Internat'tonal
Geophysical Year program. Its
purpose was to investigate 1) atmospheric processes in the
Antarctic region
and their effect on the earth's general circulation, 2)
basic regularities in
the distribution of waters in the southern oceanic zone.
3) exchange of the
waters of the southern seas with the waters of the world
ocean, 4) geological
structure of the sea bottom in the Antarctic region, and
5) the plankton. benthos,
Card 216

Second Marine Expedition Wont. SOV/5463
irlithyofaUna. and microorganisms of the Antarctic waters.
Observations
of the magijetic field of the earth were also made. The
expedition, headed
by Profcasor Igor' Vladlslavovich Mnkalmov, Doctor of Geographical
Sci-
ences and Professor at the Leningradrkoye vyssheye Inzhenernoye
morskoye
uchilishche imeni S. 0. Makarova (Leningrad Higher 'XIarine
Engineering
School imeni S. 0. Makarov), consisted of the following 8
scientific task
forces: acrometcorologicnI (hended by Leonid Gennafifycvich
Sobolev);
hydrolopical Wirill Vladimirovich Moroshkin); geological (Alcksandr
Petrovich Lisitsyn); hydrochemical (Alcksey Nikolayevich
Bogoyavlenskiy);
hydrobiological (Viktor Alcksandrovich Aruen'yev); geophysical
(Nikolay
Panteleymonovich Grushinskiy); geographic (Gravrila Dmitriyevich
Rikhter);
-ographic (Yuriy Aleksandrovich Gordcycv). A complete list of the
and bydi
names and affiliations of the 65 scientific and administrative
members of the
Expedition is contained in the first article. The articles were
written by
members of the Institift okebLnologii Akademii nauk SSSR
(institute of Occan-
ologry Academy of Sciencea USSR). Gonudarstvennyy
okennograficheskiy
insti ut Gidrometsluzhby &)SR (State Oceanographic Institute of
the Hydro-
Card 3/6

Second Marine Expedition (Cont. SOV/5463
meteorological Service of the USSR), Vsa;opznyy
nauchno-issledovatell-
skiy institut rybnogo IdiozyVstva i okeanografii (All-Union
Scientific Re-
search Institute of Fisheries and Oceanography), and the Arctic
and Ant-
arctic Scientific Research Institute. There are no references.
TABLE OF CONTENTS.-
Foreword
Maksimov, I. V. Second Antarctic Marine Expedition
Man, 1. A. Second Voyage of the Diesel Ship "0b"'
Khromov. S. P. Atmospheric Circulation and Weather During
the Course of the 1956-57 Voyage of the "0b"'
Gutnikov, V. P. Synoptic Processes in the Southern Hemisphere
Card 416
5
7
19
27
84

Second 'Marine Expedition (Cont.) SOV/5463
Sobolev, L. G. Work of the Aerometoorolokical Unit 101
Moroshkin, K. V. Hydrological Investigations 106
Moroahkin, K. V, , and M. A. Bogdanov. Results Obtained With
an Electromagnetic Current Meter In the Indian Ocean and in the
Southern Part of the Pacific Ocean 124
Alorozov, A. P. Observations on Sea Distp~bances 138
Gordeyev, Yu. A. Hydrographical Works 144
Tomashunas, B. Ya. Ice Observations 154
Bogoyavlenskiy, A. N. Hydrochernical Investigations 159
Card 5/6

ZINKNVICH, L.A.; BOGOTAVIMSKIT, A*.N.
OceAnographic investigations in the region of the
Xurile-
Kamchatka Trench, Rar-JuV 1953. Trudy Inat.okean.
16.-24-"
'59. (MM 136-3)
(Japanese Trench--Oceanographic reaearch)

BRUYEVICH. S. V. ; BOGOTAUMiSK.TY, A. N. ;
MaXiYXYSX&TA, T. V.
Hydrochemical characteristics of the Sea of Okhotsk.
Trudy Inst.
okean. 42:125-L-198 160o (MIRA 13:10)
(Ckhotsk, Sea of--Water-Couposition)

KWIKOV,, V.V.,, kand. geogr. nauk; M&OROSIZIN, K.V. j
BOGOYAVLENSKIY, A.N.;
NAZAROV.- V.S.; MAKSIMOV, B.A.; ZMAGO, A.V.i BRODSKIY
K.A.;
KOLTUN, V.M.,- ANDRIYASHEV, A.P.; PAKHAREVA, M.M., red.;
KOTLYAKOVA,
0.1., tekbn. red*
[Transactions of the Soviet Antarctic Expedition] Trudy
Sqvatskoi
antarkticheskoi ekopeditaiip 1955. Leningrad, Izd-vo
"Morskoi
transport." Vol .22. [Third Sea Fjq3edition ol the
diesel-electric ship
Obu, 1957-1958; observational data] Tratlia morskaia.
ekspeditsiia na
d/e "Ob'" 1957-1958 gg.; materialy nabliudenii. Pod red.
V.V.Klepiko-
va. 1961. 233 pe (MIRA 14:11)
1. Sovetskaya antarktichaskaya ekspeditsiya, 1955.
(Antarctic regions-Oceanographic research)

BOG
_j0GQXAVLUNSKI*y-P-
On the Hydrochemical Strucutre of the Southern Ocean
report submitted for the 13th General Assembly IUGG,
(Oceanography) Berkelpy,
California, 19-31 Aug 63

BOGOYAVLENSKIYS.-~
Distribution.of m7gen in waters of the Southern Oceans
Okeanologiia.1- no.2*271-M '" 163. (MIR& 16f4)
I-, JANAVAt okeanologii AN SSSRS - 110
t
(Antaractio Ooean-Zea water-Oxygen con ".

BOGOYAVIENSKIY, A.N.
Microbiological Indication of hydrologic phi-nomena in
seas and oceans.
Okeanologiia 3 no.6sllO9-1114 163. (MIRA 17:4)

ZHATIKO, O.N.-, BOGOYAVII.NSKlY, A.N.
Change the structure of supervisory organizations.
Stroi. truboprov. 9
no.1017-8 0 164. (MIRA 180)
1. Gosgazinspektaiya, Kharlkov (for Zhattko). 2.
Spetsializirovannoye
upravleniye pusko-naladochnykh rabot, Dikan'ka
Poltavskoy oblasti (for
Bogoyavlenskiy).

BOGO,Y.AVLEN.SKI.Y . . ..... #-,.N..
Ateproduction, of' results and the errors of'
hydrochemical
detei-min&tions in the oceans. Report No.l: Results
of the
second series of international comparisons
(Intercalibration)
of methods of chemical determInations in the sea. T-
Inst. okean. 7904-48 165o
Reproduction of results and the errors of
hydrochemical
determintitions In the oceans. Report No.2; Fffect
of water
bottles on the chemical charne teri s tics of
samples.
Ibid.:49-59
Reproduction of results ant the errors of
hydrochemical
determinations in the oceans. Report Noo'3:
Determinaiion,
of dissolved salicie acid. Ibid.:60-68 (MIRA 18:8)

zi =K-
IZCBIDOVN I Fedorovich; SIDOROV.P.P., redaktor;
KOBOOT.Te.M.,
redaktor; BOOOrAYINSKIr A V. reteensent; KRASHATA,A.K.,
tekhnichmh~~~~'
[Operating floating crane@ in city harbors on a cost
accounting
basis] Is opyta raboty ployuchikh kranov Gor1kovskogo
porta, n&
khozraschote. Moskva, U6-vo "Rechnot transport," 1955.
40 p.
(Cranes, &rricks, eto.) (MIRA 9:3)

VUSMAN, Mikhail losifovioh. kande ekonom. nauk,, dots.
[deceased) so
- BOGOYAVLEN$KIY, Alikgandr Vasillyevich,-
ASTASHKEVICHER, Yekhiyell
Timfeyevich; BRUCHENK01 Ipatiy Savellyevich; MAKRUSHINA,
A.N.j red.izd-va; REHMA; T.T., tekhn. red.
[Accounting and the araLlysis of balances in river
transporta-
tion) Bukhgalterskii uchet i analiz balansa na rechnom
transporte.
Red. S.A.Makhlakb. Moskma, Izd-vo "Rechnoi transport,"
1961.
269 p. (TnIand water transportation-Accounting) (MIRA
15:4)

MWYAVIZMKIYP B.A.;~ ZORIN, L.V.
Somec problems concerning the erosive and accumulAtive
activity
of riverq-'and cartographic methods of its representation.
T!udy Irk. un. 24t209-23.8 158. (MMA 34:7)
(Rivers) (photographic iziterpretption)

BOODYAVLENSKIY B.A.
Growth of the Selenga Delta. Krat. soob. BKNII
no-1:39-41 '59.
(Selenga Delta) (MIR* 14:9)

BOGOYAVLENSKIY, D.
Moving-picture Projectors
Transfer of oil-removing shields. Kinomekhanik no. 1, 1953
9. Monthl List of Russian Accessions, Library of Congress, May
-1953, Uncl.

KALAKHOV. Z.S., kapitan 1 rangs sapasag SHAME DAN OV.
A.A., insh.-kepiten
I rang&; LOPATIN, A.M., kepitan i rang&; YIMIYANOV,
N.V., kapitan
1 rana; B0G0YAVIXM1r,,.,.V.X.,,ksp1 tan 2 rangs;
WHOMIXOp D.K.,
kapitan 2 rang&; VALIKOV, I.Ya., insh.-podpolkovnik;
NOVOSILITEXT.
0.N,, kapitan-leytonant, BIRIKBM, M.Z., inshe; FAIZMp
V*Gsp
vitae-admirali obahcbiy red.; KMAROV, A.I., red.;
STMMINIKOVA,
N.A.. tekhp.red.
(Practical seamanship~j Korskais praktika. Kosk7a,
Vosn.1zd-vo
K-va obor,86SE6 Ptal, 1958. 416 p. (KIRA 12:6)
(Navigation)

'BOGOUTLENSKIT ID.M.
Som peculiarities of analysis and synthisis in the
learning
process. Vop.pefthol. 2 no.2:64-73 Xr-Ap 156. WRA 9:8)
1. Institut palkhologil Akadeaft podagogicheskikh
nauk RSYSR,
Xoskya.
(Learning. Psychology of)

BOGOYAUENSKIY, D.N.
Processes of abstraction ana generalization in learning
gra=ar
[with summary in English]. Vop. paikhol. 4 no.4:85-98
JI-Ig 158.
(MIRA 11-:11)
1. Institut paikhologil Akademii yedagogicheakikh nauk
WPM, Roskva.
(Learning. Psychology of)

BOGOYAVLERSKIY, D.N.
Forming the methods of students' mental activity as the
way to
develop thinking and stimilate leatIft. Vop. paikhol. 8
no.4t
74,82 Jl-Ag 162. (MM 16:1)
1. Institut paikhologii Akademii pedagogichaskikh nauk
RSFSR, Moskva.
(Educational psychology) -

ACC N ARG027516
SOURCE CODE: UR/0137/66/000/004/IO84/1084
UTHORs. Bogoyavlonskiy, D. S.
_MQM 4
ITLE:__5 -.Gtii~ -ion of tensile 'creep (t = 1800 in
aluminum_magnesiy~ loys
OURCE: Ref. zh. Metallurgiya, Abs. 4161
SOURCE: Hauchn. tr. Voronezhsk. inzh.-stroit. in-t, sb. 11,
vyp, 2, 1955, 53-61
PIC TAGS: creep mechanism, magnesium containing alloy, metal
deformation
ANSLATION; Creep tests were conductbd in a lover typo apparatus
on 10 samples of an
g alloy at stresses of 840-1690 kg/cm2 and 14 samples of an
AMS6_a4oy at stresses of
25-3600 kg/cm2. The AMg alloy was tested over a period of 100
d--'#)and AMg6 over a
riod of 150 days. It was established that in structures made
fra AI-Mg alloys, ope.
ting fbr long times at stresses close to a., the creep
deformation.may be consider-
le and must be taken into account in the design. The fracture
stress in the case of
nsion under a constant load is decreased significantly with
time, although for ac-
al service periods it rwaine above %* L Tulupovas
CODEt. 11,13
UDC.' 664.7151721:620.17
-------------

IL 3-1321-67, EWP(k)1EWT(M)1EWPJW WP(.~)/~TI LJP(5)
)LE
_ACC NRg AR6022i6q SOURCE CODE: UR/O137/66/O0o/OO3/1o47/J . .....
~61 ~7
;
UTHOR: Bogoyavlenskiy, D. S.
A
TITLE: Investigation of
in AMg6 Ialloy under compression and blaLin
creep
!SOURCE, Ref. %h. Metallurgiyr, Abs. 31312
REP SOURCE: Nauchn. tr. Voronezhsk. inzh.-stroit. in-t, 6b. 11,
YYp. 2, 1965, 62-74
-TOPIC TAGS: creep, aluminum manganese alloy, metal defamation
!ABSTRACT: Specimens of AMg6 aluminum alloy (M9-5.7%, Mn--0.514,
Si--0.25%, FL-0.19%,
I
.Ti-0.03% and Cu--0.01%) were tested for creep under various types
of stress (compres-
Ision, tension and bending) amounting to 10-24 kg/MM2 at a
temperature of 18�20 for
1 1
50 days. A formula s derived for calculating stresses in the
stationary creep
stage for any cross section of a beam subjected to pure bending. It
is shown that
creep deformations in the alloy under compression and bending are
rather high (15-20%
f the instantaneous deformations under compression and 5-10% under
bending for 150
days which should be taken into account in designing structures for
operation over
rotracted periods under loads approaching the yield atresa.
Defomation bQlow the
ield stress in elements subjected to compression is several times
greater than in
ispecimens subjected to tension. Elements subjected to bending
should be designed with
~,egard to the difference in creep indices under compression and
tension. L.
i
Pordiyenko. [Translation of abstract]
UB CODE: 11 20
1/1 bab UDC: 539-376:669-715

TIKHOMIROV, VA.; BOGOYAVLENSKIY, G.; SHTIL'MARK, R.
Calendar of noteworthy dates.
Mr-Ap '62.
Geog. v shkole 25 tio.2:88-90
(MIRA 15:2)
(Anniversaries)
.jr

HMOYAVLENSKIY, 0. -
"Belles lettres and popular science literature in
geography lessons"
by M.A.Solomovich. Iteviewed by G.Bogoiavlenskii. Geog.
v shkole
26 no.L87-88 Ja-F- 163. (MIn 16:5)
(Geography-Study and teaching) (Solomovich, M.A.)

1. BOGOYAVLE'~ZKIY, G. P.
2. USSR (6oo)
L.. GeoloU, and Geography
7. News of the All-Union Geographical
Society,(.Vol- 79,
Moscow-Leningracip Press of Acud Set
USSR; 190)
ffivioviod by (11 It.
IjOf"k)YI'Avb)I)"Ik:1'vP 3ov, KIJ-I"~tf
No. ~Ij
191's.
9. FDD Report U-3081: 16 Jan. 19530
Unclassified,

1. BOGOYAVLENSKIY., G. P.
2. USSR (600)
4. Geology and Geography
7. New Books on Soviet Geographers - Explorers. Reviewed by
G. P. Bogoyavlenskiy,
Sov. Kniga, No. 11, 1948.
9. IPDD Report U-3081, 16 Jan. 1953, Unclassified.

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BOGOIAVLENSKII, G. P., and others. Fizichaskaia geografiia.
Progrway chteniia v
pomoshchl samoobrazovanil-u.Moscow, Gosudaretvannaia bibliotAca
553H im. V. 1. Lenlm,
1949. 124 P. DLC.- Unelass.
SO: LC, Soviet Geography, Part 1, 1951, Uncl.
I

1. k'GCYAV`QISXIY, G. P.; SKRYABIN, M. P.
2. USSR (6W)
4. Geology and Geography
7. Nature of Voronezh District. By V. Zhuckhova. (Voronezh
Regional Press, 1949).
Reviewed by G. P. Bogoyavlenskiy and M. P. Skryabin. Sov.
Kniga, No. 0, 1950.
1
9. FDD Report U-3081, 16 Jan. 1953. Unclassified.

WG0TAVWNSrTY, G, P.
Geography & Geology
Our country; a reading group in geography of the USSR Moskva, 1951.
Pod red.
P. G. Terekhova.
9. Monthly List of Russian Accessions, Library of Congress, June
.195$2 Unclassified.

BCGOYMUIENSKIY, G. P.
Some problems in teaching geography in schools for
young workers and rural
youth
Geog. v shkole, no. 2, 1952

BOGOYVALENSKIY, G.f,
"Reading circle in
geography"
Reviewed by G.P.
Bogoyavlenskiy
Geog. v shkole no. 3,
1952

BOGOYVALEN SKIY, G.P.
"In the world of stone" A.A.
Yakovlev
Reviewed by G.P.
Bogoyavlanskiy
G,I~og. v shkole, no. 4, 1952

1. BOCOYAVLENSKIY, G. P.
2. USSR (600)
4. Geography - study and Teaching
7 Disseminating practices of geography teachers ("Practices of
geography teachers
not having carry-over pupils." Reviewed by G. P. Bogoyavlenskiy).
Ollog B
v sbkole no. 6 1952
M6hthly Ej2Ls of Russian Accessions, Library of Congress, March,
1953, Unclassfied.

yu. X.
Geography - Periodicals
New Geographical magazine (Bulletin of the Academy of Sciences
of the USSR, Geographical
Series) No. I - 3- Revised by 0. P. Bogoyavlenskiij Yu* K.
Efremov). Sov. kniga No. 1,
1952 ~kv'('.ualk - ~')
9. Monthl List of Russian Accessions, Library of Congress,
April - SM, Uncl.
1952

1. KOCHFMIN., P. G.; BOGaAVIMSM, G. P.
2, USSR (600)
4. Geology and Geograp1W
7. Problems of Goograp1q,. a journal. (Scientific
Symposia of Moscow
Affiliate of Geographic Society of USSR Symposium
18: Higher
Geographical Education., 1950). (Moscowj,
Geographical Press).
Reviewed by P. G. Kochergin and G. P.
Bogayavlenskiy, Sov. Kniga.,
No. 10, 1952;
9. FDD Report U-3081., 16 Jan 1953, Unclassified.

BOGOTAVLENSKIT, G.
,""I
School work of a geography teacher on local lore.
Reviewed by G. Bogo
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6:6)
(Kalinin, F.P.) (Geogrupby-Study and teaching)