SCIENTIFIC ABSTRACT BALEZIN, S. A. - BALI, J.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000103310007-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 6, 2000
• Sequence Number: 7
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

PODODAYEVp N.I.; BAIXZINV S.A.
a-jm~*-,VU61 in sulfuric"And bydrochloria
&aid.si -,the - -presence of,oorrosion inhibitor.aUch. zap.
HGZPI
no.9: 82 162.. (MIRA 106)
(Steel-Corrosion)

VACCUSION NRI AR401099 S/0061/63/000/023/0355/0355
SOURCE: RZh. Kh1mlys, Abs..23K79
So.. A9
AUTHRI
JITLEt The mechanism of action of the Inhibitors of metal corrosion
CITED SOURM Uch. zap6 hosko. gose2 pad. In-t Im. V. 1. Lenina.
roo..181. 1962. 3-121
TOPIC TAGS: corrosion, corrosion Inhibitor. acid corrosion-. steel
corrosion,
stool-3, ethanolamine borate, emimnlum nitrate
ABSTRAM The author studied the I -nhibitor effect on the acidic
corrosion of
Metalj~.71n NCI solutions of different concentrations at
temperatures from 20 to 80C.1
it wa.s found that the Inhibitor effect shows a maximum with
Increasing temperatures~
i-The Inhibitors- of corrosion of steel-3 were studied In distilled
water at tw"ra-
tures of -5 to 40C. .1ionoethanolemine borate and ammonium nitrate
mixtures were
used as Inhibitors. For monoethanolemine borate, 'the mechanism of
the inhibitory
effect appears to be the same as for the previously studied
Inhibitors oUscidic
corrosion. A similar mechanism Is not observed for Inhibitors
consisting of
ammonium nitrate mixtures. 15 references. Authorli summary
I.Cord 00'
DATE ACQk OqJ&n64 SUB CODEs MM ENCLs

--YANDUSHKIN -K.N--- BkIZZIN-,'-'-A---SPITSYN- Vikt&I,--P---Wcademik
Is Of radioactive specimens of Amo
Eleotrods potenti&
iron and steel-2,An distMed waier and in aqueous
solutions of inhibitors. DAL AN SSSR 147 no.1:155-158
N 16z, . (MIRA 15:11)
1. Institut .'izicheskoy kh-imii AN SSSR i Moskovskiy
gosudaretvennyy pedagogicheskiy institut im.- V.I. Lenina.
(Iron-Corrosion) ---- . - .. (RacUoactivity)
(Electromotive force)

----#1008t/61/000/023/0355/0356-
ACCESSION NRt AR4015691~'
SOURCE: RZh. xhimiya, Abe. 23K87
AUTHORt Zak, 9. Go; Ralezin. So A.; Beakovi Be Do
TITLE; The protection of nest puts-with volatile inhibitors
CrrW SOURCE: Uch. zap. Hook. Son. pad; in-t in. V. 1. Lenina,
nq#-181, 1962,
94-107
TOPIC TAGS: corrosion, corrosion inhibitor, steel corrosion, rust,
volatile cor-1
rosion inhibitor, parkerizing, cold parkerizing,
dicyqlohazylammonium nitrite,
ethenolamine carbonate
ABSTRACT: Cold parkerizing (rustproofing), which decreases the rate
of atmospheric
corrosion of machine parts, does not Insure long-term protection
against atmDe-
pheric- corrosion. Cold parkerizing.as a method of preliminary
treatment of a sur'~
.face can suitably be combined with other protective methods,
especially vith vapoF
phase protection, As vapor phase inhibitors, substances with low
vapor pressure
and a large induction period ,can be uoeds, since the slow
development of corrosionl
on a parkerized surface makes it possible.for an inhibitor of low
volatility to
for a protective atmosphere and Insure further protection of the
parts* The
lCord 1/2

ACCESSION NRs AR4015695
-layer of iron phosphates which are formed on the surface of the iron
during Parker,"
izing absorbs the inhibitors and Insures their further protective
action, I. a.#
this film plays a role anglogous to that of iron oxides and
hydroxides. For pro-
tection against atmospheric'corrosion of hermetically sealed steel
parts with a
complicated inter structure (welded edgeo, thread, etc.) them
following inhibitors
and methods of r-pplication are rec ndedt- 1) Introduction of
inhibit6re in
small bags into the inner part of.the objects; in this connection,
the following
inhibitors are recommended-for vapor phase protection: a) a mixture
of dicyclo-
hexylammonium nitrite with A nium carbonate (1:4) In a quantity of
log/m3 of
object volume, and b) mixture of ammonium carbonate with sodium
nitrite (1:1&5)
in a quantity of 20-3Og/m3 of object volume; 2) Introduction into the
Inner part
of the object of paper saturated with solutions of the inhibitors,
which assure
not only contact but also vapor-phase protection; one can recommend
kraft-piper
saturated, with a 5% aqueous solution of dicyclohoxylammonium nitrite
or a 10%
aqueous solution of a mixture of dicyclohexylammonium nitrite with
monoethanol-
amine carbonate (1:1.5) in a quantity of 3-4mil of paper/=3 capacity;
3) washing
the walls of the object with a 5% alcobol-vater (7:3) solution of
dicyclohexylam-
monium nitrite* Inhibitory emlsions cismot be too - - aded for the
protection of
hermetically sealed steel partssinco their protective properties
appear only
during &station of the surface-of the object*--11 refe.Authors'
summary
Card.g/;Z----JDATS-.AC.QL-,Q9Jau64-SUR&ODSL-M'

7-
-..-ACCESSION NR: AR4015687
I
SOURCEi RZh. Mftlys, Abe, 23K77
8/0082/68/000/023/0354/Ob54
AUTHOR: Narushevich,' N. S. A.; Romanov, V. V.
TITLE: Effect of some Inhibitors on the-resistance to corrosive
cracking of alUMIniim
alloy V-95
CITED SOURCE: Uch. zap. Moak. goo. ped. in-t Im. V. 1. Leftina, no.
181, 1862, 183-199
TOPIC TAGS: corrosion, corrosion resistance, corrosion inhibitor,
aluminum, aluminual
corrosion, alloy V-95, aluminum alloy
TRANSLATION: It has been determined that it is possib'lo, by means of
inhibitors, to
protect Al alloy V-95 from corrosive cracking In a mixture of 0. 5 N
H260 with 35 g/I
NaCl under stresses of 43 kg/mm2. Corrosive cracking of the alloy is
retarded most
effectively by the following inhibitors (at 1% concentrations): DBS,
thiourea, PB-6, BA-12
pyridine, K4 [Fe(CN)61, KI. Their inhibitory effect Is equal to 28,
16, 8.8, 7.3, 9. 20
S. 4, and 6.7, reopecUvely. A mixture of 1% DBS and 0. 1% IU retards
the disintegration

.ACCESSION NR-. AR4016687
process 66.3 fold. It has been determined that an Increase in the
concentration of the
Inhibitors DBS, K4 [Fe(CN)61 and la produces retardation of corrosive
crack. Ing. Thiourea
shows a maximum protecting effect at a concentration of 1%. At
Initial low concentrations!
of the inhibitors; DBS and KI some accelerating effect to observed.
Thiourea and DRS
lower the rate of corrosivo craelking and the rate of metal corrosion
to approximately the
same degree and In proportion to the concentration. On Increasing the
concentration of
K4 (Fe(CN)61 and M, the corrosion is more markedly reduced than the
corrosive cracking.,
he Inhibitory effect on corrosive cracking of Al-alloy V-95 in a
given medium does not
A inhibitor are preserved
depend on the amount of stress. ,7be protective properties of a
during stresses oausing a plastio deformation of the metal
(olongation of 41. '14 referenoin.
Authors' summary
DATE AOQ: 09Jan64 SM COM UK IINCI!4 '00
LCard 2/2

ACCESSION NR: AR4015690 S/0081/63/000/093/0355/0355
SOURCE: RZh. KhImIya, Abs. 23K80
AUTHOR: Narushevich, H. I.; Balezln, S. A.; Romanov, V. V.
TITLE: The effect of Inhibitors on corrosive cracking of aluminum
alloy V-95
CITEO SOURCE: Uch. zap. Moske goss pods In-t Im. Vo Is Lenina.
no. 181. 1962, 341"
355
TOPIC TAGS: corrosion, corrosive cracking, corrosion'lnhibitor,
aluminum corrosion,
aluminum alloy, alloy V-95
ABSTRACT: The protective action of the most effective Inhibitors
of corrosive !
I
cracking of Alssalloy V-95 In a'mIxture of 005 N H2SO4 with 35
9/1 NaCl-ls related ;
to retardation of thecathode reaction. The ex lanation presented
of the effect 0c;
.P
Inhibitors.on the corrosion process and corrosive cracking of the
Investigated
alloy Is based on electrochomical'concepts as to the nature and
mothaniso of cor- i
rosive cracking of motels* Authors' summary
OAT EAC;Qt 09jan64 SUB,COiEs- MM ENCL: 00
Q?t 1/1
7 7 1

PODOBAYEV, N.I.; BALEZIN, S.A.
Corrosion of the 11-18N9 stressed steel in hydrochloric and
sulfuric acids in the presence of corrosion inhibitors. Zhur.-
prikl.khim. ~ no.12:2666-2673 D 162. (KMA 16:5)
(Steel--Corrosion)

S/020/62/142/0,D2/029/029
S7 B101/B144
AUTHORSs Balezi
A.9 and Chistyakov, V. M.
TITLEs Corrosion inhibitors for oarbon,ateel in carbon Wtrachloride
PERIODICAL: Akademiya nauk SSSR. Dokladyp V- 142, no. 2j 1962Y
416-418
TEXTt The inhibitory effect of bentoie acid (BA) on the corrosion
of the
carbon steels 3, 10, and.20 in C014 has been investigated
gravimetrioally,
roentgenometrically, speotrophotometrically, electroohemioallyp and
chemically. Experiments at'room temperature in air, 02p and A,r
have shown
that the protective effect of BA and the induction period depend
on the
state of the natural oxide film on the steel surface, and is
related to
the adsorption of Bk. The isothermal lines for the proteetivei
effect of
BA (Fig. 1) showed, however, no agreemcnt with the adsorption
isotherms.
Moreover, BA showed the strongost protective effect in
water-saturated
Col4 (0.01% H20). This is attributed to the formation of basle iron
benzoate. The protective effect of BA thus depends on the state of
the
oxide film, the inhibitor concentration, the moisture content of
CCI4 and
Card 1/3

32846
S/020J62/142/002/029/029
Corrosion inhibitors for carbon... B101/B144 -
the temperature. The mechanism of the protective effect
primarily consists
in the adsorption of BA, followed by a chemical reaction with
the oxide
film. On the basis of these results, universal inhibitorls were
composed:
3AT-5 (UAT-5), 0-04% ethyl benzoate;-jAT-6 (UAT-6)s 0.01% BA +
0.01%
pyrocatecholl*;.YAT-7 kUAT-7), 0-01% BA + 0.0.1% C6H5OH; 3Ar-8
(UAT-8)s
0.01% BA + 0-005% ammonium ben'Zoate;AAT-9 (UAT-9)t 0-05% BA +
0.025%
sodium benzoate;.4AT6-1 (IJATV-I)t 0-05% ethyl benzoate + 0.002%
dicyclo-
hexyl amine mi-trite;,.:.Y4Tb-2 (UATV-4)s 0.01% BA + 0-005%
sodium benzoate
+ 0.002% dioyclohexyl amine nitrite, UAT inhibitors protect
steel longer
than 180 days agaiins.t-,Porrosion in liquid and vaporous
commercial CC1 41
but not at the water line. The protective effect of UATV
inhibitors also
covers the water line (30 days). There are 2 figureop 2 tables,
and
3 references: 2 Soviet and 'i non-Soviet. The reference to the
English-
language publication reads as followas K. W. Calkins, R. W.
Hawley,
Corrosion Eng.y no. 9P*1~9 i5 (1959)-'
ASSOCIATIONs Moskovskiy gosudarstvennyy pedagogioheakiy inatitut
-km.
V. I. Lenina (Moscow State Pedagogical Institute imeni
V. I. Lenin):
Card 2/3

4 3284b
3/020/62/142/002/029/029
Corrosion inhibitors for carbon... B101/B'144-
PRESENTEDt July 31, 1961, by V. Is Spitayn, Academician
SUBMITTEDi July 28, 1961
Fig. Is. Isothermal ;i1ne's for the protective affect (Z) of benzoie
acid as
a function of oonoentrati-n (log,c, moleo/liter). (1) C01 4. with
0.003?.
H2 0 at 200C1 (2) C014 saturated with 1120 (0.011,14) at 20001 N'
idem.,at 40O.Cz-
Legend.% (a) log C (moles/liter). 1,41
Pig. 1
Card 3/3
tg eplevq)v

BALEZIN S.A-~KLIMOVt I I.
Solution of aluminum in Izv*vvs*ucheb*zav,; khim.i. khim.
takh. 5 no.1:82-86 162. (MM 15t/+)
1. Moskovskiy gosudaratvemyy pedagogicheskiy institat imeni
Lenina, kafedra obahchey i analiticheskoy kbivnii.
(Almlinum) (Al kal is) (Solution (Chomietry))

3 7318 2
3/020/62/143/006/023/024
/R. 10 B101/B110
AUTHORS: Spitsyn, Vikt. I., Academician, Yanduchkin, K. N.,
_Balezin,_,_.
S. A., and Kuleshov, 1. 14.
TITLE: Study of the atmospheric corrosion of radioactive Armca
iron and steel-2 specimens
PERIODICAL: AkadeMiya nauk SSSR. Doklady, v. 143, no. 6, 1962,
106-1408
TEXT: The effect of Fe59(T1/2 = 45.1 days; P: Emax'. 0.27; 0.46; Vr
1.56 Yiev;j~": E - 0.19; 1.10; 1.29 Idev) on Armco iron and carbon
steel-2
of the following composition was studied:
C Lin Cr 3 P Ni Si
Armco iron 0.04 0.017 traces 0.020 0.010 0.18 0.2
stoel-2 0-17 0.44 0-3 0.025 0.028 traces, 0.24
The specimens were'irradiated with slow neutrons in a nuclear reactor
(0.87-1013 neutrons/cm 2. see) for 48 hrs. . The indu6ed rEdioaotivity
Card 1/$

S/020/62/143/00(i/023/024
Study of the atmospheric corrosion ... B101/B110
was 0.22 mCu/g. corrosion was determined from the increaEie in
weight
at 25 - 25 r, C in air with 100~6 relative humidity, and compared
with the
corrosion of non-irradiated specimens. It was found that irradiation
increased the corrosion rate considerably: The corrosion rate of
Armco-
iron specimens with a specific radioactivity of 0.2 mCu/g was
increased
by 178 times, and that of steel-2 specimens by 103 times. The
increase
in corrosion rate is particularly strong within the first 24 hrs.
Furtheri-ilore, the corrosion rate was found to depend on tho
specific
activity (Fig- 3). Grounding of the irradiated specimens in order to
avoid anodic polarization by P-irradiation Yeduced corros'.on bilt
did not
remove the irradiation effect. The presence ofj,--FeOOH containing
small
impurities of a-FeOOH and Fe204 in the corrosion products of both
specimens was revealed by X-ray photography. Atmospheric corrosion
of
iron is attributed to: (a) increased ionic conductivity o:! the
oxide
film as a result of lattice defects and distortions; or (1)) to
increased
conductivity as a result of the transition of additional olectrons
into
the conduction band, whereby the cathodic reaction is fac:Llitated.
There are 3 figures,
Gard 2/4

S/02o/62/143/006/023/024
Study of -the atmospheric corrosion ... Biol/B110
AS:;OCIATION: Institut fizicheskoy khimii Akademii nauk SSSR
(Institute
of Physical Chemistry of the Academy of Sciences USSR);
IJoskovskiy.gosudarstvennyy pedagogicheskiy institut im.
V. 1. Lenins (LIoscow State Pedagogical Instil;ute-i'meni
V. I. Lenin).
SUBMITTED: January 11, 1962
Fig. 3. Corrosion of Armco iron and steel-2 as a function of specific
activity (1) Armoo iron; (2) steel-2i Legend: abscissa: opecific
activity: Mculg; ordinate: increase in weight.
Card 3/4

BUEZINs, S.A.
"The problem of inhibition mechanism of corrosion of metals.."
Report submitted to the Second Intl. Congress on Corrosion of Metals
Now York 6ity 11-15 March 1963
MOSCOW PEDOGICAL INSTIrMs MOSCOW

BALEZIN, S.A.; NIKOLISKIYv I.V. - .
---
Hydrogen brittleness of low-carbon steel in orthopbosphoric acid
solutions. Isiv. vys. ucheb. sav.; chern. met. 6 no.6:151-152
163. (MIRA 16:8)
1. Moskovskiy gosudarstvannyy zaochtW pedagogichei!kiy institut.
(Steel-Hydrogen content) (Phosphoric acid)

NELIPA, X.V.-
Inhibitors of chemical reactions. Khim. v shkole 18 no.1;17-23
Ja-F 163. I:MRA- 1614)
19 Podagogicheakiy iratitut imeni V.I.Leninap Mookvit.
(Inhibition (Chemistry))

RAT, ZIN, S.A,
reactions., on the'
CocaBiow-4r, the 200th a=ivglrsary of its
disciov'sry. Khim. v shkole 18 no.60-8 N-D 163. (Mlu 17:1)

L. AM Q 4P(q)/EWT(m)/BDS AF WB
F 87 D j
ACCBSSI~ffl NR: AP300616wd 0WO)63/036YO07/34'77/1482
7'i
AUTHORSt BalezWs So A*; MdMova Ke No
TITLE: Effect f alloying addxWres upon the diffusion of Bte Is in
minerAl
aci
ds
SOURCEs Zhurnal prikladnay kbimiij, V. 36j, no* 7s 1963s 1477-102
TOPIC TAGS: alloying adnixtures of aterils.. mineral acids.,
sulfuric acid,,
)Wdrochloric acid, chromium, nickel, copper.. steel.. allay steels
ABSTRACTs Authors studied the.diffusion rate of steel Bamples,,
which were alloyed
with chrome,, nickel and copperp in solutions of sulfuric and
IWdrochloric acido
They established that the diffusion rate increases sharply when the
chrome content
in the steel is increased from 5 to 15% and sulfuric acid
concentration is also
increased* Steel alloyed with 4.8% copper diffuses much more slowly
with sulfurl-o
acid concentration increased from 1 to 13N than.steal alloyed with
the same
-'quantity of chrome, A steel alloyed with chrome (4*65%); nickel
(59~%) and
coppe ad w=c come only*.
(5-3%) diffuses much more slowly thM one allay
1/2
Card

L.18857-63
ACOMMON XR: 03006180
A 4.94% nickel ad'nixture into the steel greatly lowers the diffuelon
rate in
sulfuric acid. This reduction In somewhat increased with rise in
sulfurio acid
concentration* Introduction of GM inhibitor into the sulfuric acid
con-
~centration lowers the diffusion rate of a steel alloyed with chrome
and nickel.
The diffusion rate of a steel in a 3N solution of hydrochloric acid
rises sharply
with an increase in the percentage content of chrome fr= 5 to and it
de-
creases with the same amount of nickel content* Introduction of -an
Oe8% content
of PB-5 inhibitor into the acid solution retards the diffusion of
steels alloyed
with chrome as well as with nickel. Orig. art. 11a9: figures and 7
tables*
ASSOGIATION; None
suinSWIED. Man63
SUB COU: hL. ~H
2/2
Card
T)A ACQ: 25SvP63
NO REF SOV: 002

BAT-r ZIII,- .1 tepan Af anas I)revich; I-TMEL " YJXA, G. S.,
red.
[Lab)ratory work in pIWsIcr;I and colloid chen, Istry for
stuL.ents of chemical and biological faculties of
pedagogical institutes] Praktikum po fizicheskoi i kol-
Joidnoi khImii dlia studentov khimiko-biologicheskikli
fakulltotov pedagogicheskikh Institutov. Izd.3-, doi 'D.
1.'.oskva, Prosveshchenie, 1964. 239 1,. (KIU a7:9)

lbr--LF;91,'~ Steprin Af&ntLz3'ytv.lL--,h;
Grigariy St~--,;-qnavicb;
ICETEL ' , G, -". , red .
[Fr3r,ciples of phpiccal anO cheirdutry)
(-~-snwjlr fl-
zlcheokoi. i kolloldnvi khjm-,i. 17,di, "'a,
it:pr. -14 dop., Eo-
SIKVhY 1964. /, 5~ p. 2,7:0)

ARTOBOLEVSKII, I.I., akademik; BALEZIN, S.A., zal3luzhennyy
dayatell nauki RSFSR,
doktor khim.nauk, prof-.,-76RONOW,~'A.'A., laureat Leninskoy
premii,
deputat Verkhovnogo Soveta SSSR; YEGOROV, B.S., deputat
Verkhovnogo.
Soveta RSFSR, zaaluzhennyy izolbretatell RSFSR; SEMINSKIY,
VA.,
tokarl, deputat Verkhovnogo Soveta UkrSSR, laureat
Gosudarstvennoy
premii, zasluzhennyy izobretatell UkrSSR.
Readerst rostrum. Izobr.i rate. no.406-37 164. (KRA 17:4)
1. Direktor Pervogo gosuda.rstvannogo podshipnikovogo zavoda
imeni
L.M.Kaganovicha (for Gromov). 2. Zavod "Krasnyy ekskavator"
(for
seminakiy).

- ~
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U a -7T-Z- -ARA a ;,-, , -1; ~l - ,
rn-ro -F-),- -
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1
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f 11 1.
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- - - t

RALEZIN, S.A.; NIKOLISKIY) I.V.; SOWDKIN,
Using a now Inhibitor in pickling high carbon, steel wire rod
in sulfurio acid'solutions. Stall 24 no.12:1147-1148 D 164.
(MIRA 1W)
1. Mosk-ovskiy gosudarstvannyy pedagogicheakiy institut im.
V.I. Lenina.

- BAIEZ3'i, S.A.; FX-M, 'T- *"---.V. - ZOURAVI -~,V , 1.1-1.
~i MAD2 I ~ J,
Using certain electrochemical methods in studying the meclAn~lsn
of the action of Inhibitors of the corrosion of carbon steel in
sea water. Soob. AN Gruz. SSR 35 no.1:155-162 JI 164.
(MULA 17: 10)
1. Gruzinskiy metallurgi.cheskiy institut. Predstavleno akademikom
F.N. Tavadze.

N~i,; KUBAIYOV) Y.11.
Study of the ra~.e of dio~-,,~IIULIO(l of Serill-3
In h3drc,~-.h1c.r1c
acid of d4ffe.-
,enl concert-rations depondmg, on pvesnu:-,~, anti
temperature. Z-hur. PTdkI. kh-iM. 3?
no.llc'-~1`3-2523 N
18Z.L)
k OVS)i I y g,%-
.ny.v ime,
V.I. Lenina.

BAIEZIN,~~t.4 ; PODOBAYEV, N.I.; GLIKINA, F.R.; KURBANOV, F.
Inhibitors for the hydrochloric acidization of oil wells
with high bottom hole temperatures. Neft. khoz- 42 no. 31
35-38 Kr 164. (MA 170)

wT " Jr. t z
,577 IBIG VRm
ACCESSION NR,. AT5023094 UR/00W /65/000/000/0137/0151
AUTHOR: Narushevich, N. I.; Balazin, S_. A.; Romanov,_Y._ Y.
TITLE: Nature and mechanism of the effect of corrosion
inhibitors on the cor-
rosion crackin of maknSvi alloys
~f' ; 1 11.7
SOURCE: Problemy bol'shoy metallurgii i fizicheskoy khimii
novykh aplavov
(Problems of large-scale metallurgy and physical chemistry of
new alloys);
k 100-letiyu so dnya rozhdeniya akademika M. A. Pavlova.
Moscow, Izd-vo Nauka,
1965, 137-151
TOPIC TAGS: corrosion inhibitor, magnesium base alloy,
organic salt, sodium com-:
pound, electrochemical analysis, potassium comprnd
I
ABSTRACT: Specimens of the Mg-base alloX K%2-1 (4.43% Al,
1.12% Zn, 0.56% Fan,
0.006% Fe, 0.07% Si, 0.03% Cu, 0.0011% Ni, 0.002% Be), cut
out of 1.5 mw thick
sheets, were tested for corrosion cracking in a 35 g/liter
NaCl + 20 g/liter
K Cr04 solution in the presence of tensile stresses in order
to determine the
eifect of different inhibitors of corrosion cracking. Organic
and inorganic
Card 1/3

L 2657-66
ACCESSION NR: AT5023094
inhibitors were used. The corrosion rate was determined by
the gravimetric method
with measurement of the maximum depLh of corrosion foci, as
well as with calcu-
lation of the number of corrosion pits on the surface of the
specimen. Such or-
ganic inhibitors as phosphates, fluorides, Bilicates, and
nitrates, when added
in 1% concentration to the tested solution, proved to be
satisfactory inhibi-
tors of corrosion cracking, since not one of the tested
specimens became corroded
during the first 1.5-3 days whereas the control specimens
became corroded within
2.5 min. Other Salts (K4Fe(CN)6, K3Fe(CN)b, K1, Na2B407 ),
which are good inhibi-
tors of the cox rosion cracking of alumirilizza a 1 1 ovs,
dc tic, t a f f ec r t he cracki ri~,
of this Mg alloy. Of the organic compuuiids 111veStiglted,
the best resulLs were
produced by the sodium salts of butyric, caproic, and
benzoic acids, since they
Completely halted the process 0.1 tile corrosion cracking of
tile alloy MA2-1 in the
Solution specified above. It was found that, the
effectiveness of salLs of acids
in the fatty series is in inverse proportion to the increase
in tile number of Lhe
functional groups (-COOH, -0111). Inhibitors were also
tested in different combi-
nations. Thus, sodium benzoate and sodium nitrite, taken in
concentrations (0.5
and 1.5%) which do not assure reliable protection, when
jointly added to the
working solution, provide complete protection against the
corrosion cracking of
Cord 2/3

L 2t57-6~
ACCESSION NR: AT5023094
the alloy M2-1. During the second part of the experiments, the
electrochemical
behavior of the alloy MA2-1 in the same working solution was
investigated in the
presence of selected inhibitoro. It was established that different
inhibitjqkq_,,~
differently affect the electrode potential and the kinetics of
6ectrode pro-
cesses: some, such as NaN02, inhibit the anodic process, while
others, such as
Na2HP04 and monoeLhanolamine benzoate, inhibit the cathodic process,
and others
still, such as NaF and NaC7B502 affect both processes simultaneously.
Monoethe-
nol mine _nzDA
j#_-aswu~res-a wre:A~mffor~w-rawof -eorr"ion-
A
ASSOCIATION: none
SUBMITTED: 00 ENCL: '00 SUB CODE: M
NO REP SOV: 010 OMR: 000
Card 3/3

L V80-66 ElIT(m)/.EPF(c)/EI'IP(J)/T/EIIP(t)/EtIP(b) JD Wieffi
~RM
A
;ACCESSION NR: APS014139 URM6 A /001/003/0337/0340~~
620.193,41
620.197a3
!!AUTHOR: Balezin, S. A.% Kurbanov. F. K.t Podobay@v, N. 1.
7
TITLE: Inventigatior of the protective action of stool corrovion
Inhibitors in
,hydrochloric aciO as a function of temperature, pressu a~nac
7cRn=c;!snri
re
SOURCE: Zashchita metallov, v. 1, no. 3. 1965. 337-340
TO?jC TAM corrosion inhibitor, steel. hydrochloric acid
'ABSTRACT: The authors study the protective action of PB-5 (a
product of condensa-
tion of analin.-4 and umtropin), Katapin A
(paradodecylbenzylpyridinium chloride),
propargyl alcohol, and mixtures of PD-5 + urotropin, 1-1-A (a
byproduct from manu-
facture of 2-methyl-S-Pthyl pyridine) + urc-tropin, and Katapin A 4
BA-6 (a product
of condensation of LK~nzyi amino and urott-opin) in 8-20%
hydrochloric acid at tem-
peratures of 22-15Su and pregsures of 1-9,00 atn. The specimens were
made in the
iform of c0inders 5 mm In diameter and 50 mm lonp and had the
following composition
(in wt. %): C-0.47; P--0.022; S--0.030-, Si--0.019, Mn--0.70;
NJ--0.06; Cr-0.05.
ilt was fc~~d that propargyl alcohol$ Katopin A, 1-1-A + urotropin
and PB-5 + urotro~
10-ard 1/2

L 3780-66
ACCESSION NR: AP5014139
!pin and Katapin A + urotropin are effective at 1100, while a
mixture of 1-1-A
+ Wa2SO4 is most effective at 1300. A temperature maximum for the
inhibiting effect
is characteristic of the agents studied. ror Katapin and PB-5, this
naximuill is
# -700 range, while the other inhibitor!3 show a temperature
maximum at
In the 60
80-900. A reduction was observed in the protective action of the
inhibitors as the
pressure was increased. At higher acid concentrations, the
corrosion rate in the
presence of Inhibit->rs is also higher. This effect is more
pronounced aa the tem-
perature is raised. Orig. art. has, 4 figures.
:ASSOCIATIONt Moskovski goaudarstvennyy pedagogicheakiy Institut
im. V. 1. Lenins
I e PeOc
_jH05CQ1f ____ _ agoRical Institute)
---Rat
7-71"
iMMMITTED: MeP64 UNCL-. 00 SUB COM MH
,NO REF SOY: 002 OTHER: 007
jCard 2/2

~ I i , . . 1 : : . . , I I f , - 'i, . , , . . . . . . .
. I . ,

"N .11. ~ ~ .1 L. 1 ~~ -,.* " . . .
~j .; , k. , i [ Y r- . n k I k ;
k I
Cord 2/3

-1 . . A .-J~

.a ~ ~ - - nI -1 -- - --- ---' -.. - --- .- .A -1 t-lim
An~rATiffn-
r4m

RUFMAN(Al', F~K. )--,I ~30-7 "CTOBAYEVp N93a
ri,fect of 'nhibjt(,-,.j% rn, thri cr~rrcnlcrx of utrbc~rt af~,,e-
A,
finill".1ml io ar'd ill oll 1"'Icild v3t a,,
high tonperaturas and presouraso Zbur.prik'-'.kYim.
nc.9-.2007-2011- 165. ( ML &A 7-P-3
I , Mv .9k tv s j~ a r s tw. ra-,4 y pe da C,*. g I ~ vie, :- V~-y
I n --i t. t tu t Im r
lAn-inao

PAIAP"IN ; YANDUSHKINy K,N,
Effect of internal radiation of Armoo iron and steel-2 on
the protective properties of some inhibitors, Zhur~ prikI.
khim. 38 no,3064-569 Hr 165. MTRA 18111)
1. Moskovskiy gosudarstvenW podagogicheakly inatitut
imeni Lenin&. Submitted May 290 1963,

TU 46839-66 EWT (M-)/~;W~ (W)/F'WP(J )/T/ElsP (t)/ETI IJP(c.)
JD ""B 1%14
ACC NRs AT6024981 (AO SOURCE CODES U*000/65/000 000/0423/0429
AUTHORS Pushkin&) S. V6;. Baletin, So A.; Romanovt Ve V# k/S
011G: none 15-ti
TITLEI Effect of corrosion inhibitor on the corrosion tatiM of
MA-2 41lo!r
if 1 1, 1110
SOURCE: AN SSSR. Otdeleniye obshchey i tekhnichoskoy khimii.
Zashchitnyye metalli-
cheskiye i oksidnyye pokrytiya, korroziya metal-lov i
issledovaniya v ablaati elektro-
khimii (Protective metallic and oxide coatings, corrosion of
metals, am studies in
electrochemistry). Yjoscowp Naukap 1965, 423-429
TOPIC TAGS9 corrosion inhibitor, corrosion protection,
magnesium alloy, cathode po-
larizationp cyclic strength/hi,'i-j- A&W
ABSTRACTS The object of the work was to determine the
influence 0 inorganic and
organic inhibitor on the corrosion fatigue of 14A-2 ma nesium
allo- (in %t Al 3.65,
Zn 0 8 9 11n 0-51 bal. 11g) in a chloride-chromate solution
(35 g11 AaC1 + 20 g1l
KZCr ~113 at 23c'C; to study the combined effect of cathodic
polarization and corrosion
ors on this process; and to clarify the influence of corrosion
inhibitors on
the cathodic polarization effect involved in-the
corrosion-fatigue failure of MA-2
alloy in the selected corrosive medium. The specimens were
subjected to symmetrical
bending at 500 cycles per minute. It was found that sodium
nitrite and benzoate
effectively increase the resistance of MA-2 to
corrosion-fatigue failure. This pro-
Card

L 46839-66
ACE N , AT6024961 01
tective, action combines with the protective effect of cathodic
polarization. At Do
i mA/cm,- and an NaNO~ concentration of 20%t the cyclic strength of
the alloy was
13.9% higher than in air. The nature and mechanism of the corrosion
fatigue of the
alloy in the chloride-chromate solution are largely electrochemical.
Orig. art. hast
4 figures.
SUB CODEa Iiji3/ SUEM DATEs 13JaLr&/ ORIG REFt 009
t

lezin,'S, A Shlkhl- A.;
AUMOR: Podobgyev, .1ye Ad M
Israfilovs, S. Z.; Kurbanoy.--j".
ORG: none
TIME- Curonion ivh=i for steel in hydrochloric acid. Class 22, No.
179406
(Announced by the Moscov State Ped9gogical Institute In. V. S.
Lenin
go9vdarBtvennyy pedagicheskiy institut))
SOURCE: Izobretezliya, promyahlennyye obraztsy, tovarrwye maki,
no. 5, 149
TOPIC TAGS: steel corrosion, corrosion inhibitor, acid corrosion
ABSTRACT- An Author Certificate has been Issued for a corrosion.
iplibitaT for ateel
in hydroch-loric acid. Consisting basically of dipropargyl
methylcyclobexylphosphi-
nate, It contains several other additiveD, preferably in ammnts of
inhibitor BA-6,
0.%; 1-bexyn-3-ol, 0.25 -- 0-%; potassium IodAde, --,j 0.02%. L-D
SUB CODE: 13/ SUBM D=-. -07Jan65
Card j/.1 8.LQ- UDC: 620.197.3

T I,
7 `rvP( t',TT. " , ( , , ,~ , J I
R: AP6020914 'SOURCE CODEt UR/0369/66/002/002/01 10 21
Narushevich N. I.; Balezin, S. i.; Romanov, V. V. 45 i
AUTMTORSt
ORGt Institute of Metallurgy im. A. A. Baykov, Moscow (Institut
metallurgii)
TITLEt The effect of a corrosion inhibitor on the polarization
effect in corrosion
cracking of V95 aluminum alinv
SOMCEI Fiziko khimicheakaya mekhanika materialovp v. 2, no. 2, 1966,
180-182
TOPIC TAGS: corrosion inhibitor, corrosion, corrosion rate, aluminum
alloy, cathode
polarizatient current density, electrolyte / V95 aluminum alloy
ABSTRACT: The results of a study of the effect of polarization on
the rate of
corrosion cracking of V95 aluminum alloy are given. Standard sheet
alloy with a
thickness of 1.5 mm was used. The chemical composition of the alloy,
the preparation
of the specimens, and the testing conditions were described earlier
by N. I.
Varushevich,' S. A. Balezin, and V. V. Romanov (ingibitory korrozii
metallovt Uchenyye
zapiski MGPI im. V. L Leninal No. 2, X., 1962). The tests were made
under a-load
T 0.2 " 43 kg/mm2 at a temperaturaof 23C* The corrosive medium was
a.0-5-H solution
of H2SO + 35 g/liter HaCl, and the inhibitor was an admixture of 0.
2~ K'/F
4 41,_ O(CN)6_7.
Cathode polarization in the absence of an inhibitor at low current
densities
accelerates corrosion (see Fig. 1). The obtained data confirmed the
electrochemical
LCard 1/2 __J

OjEN
t,- no
Cr
C, 0
Im
0
0
P
It
CD
P.
Dc, mA/cm
f
0,
.40
010
4
20
Dal ~~/,~m2
Fig. 1. IrLtluence of inhibitor an charac-
teristic shape of polarization curve in
corrosion cracking of V95 alloy in 0-5-N
solution or ~2SO4 + 35 g/liter NaCl: 1
polarization in starting electrolyte;
with addition of 0.2% K4CFe(CN)6-1 to
electrolyte.

ACC NR&
AUTHORI
AP?oon61 i/&1ooo]/612/0033/oo36
lLa~ ~S. Negreyevp V. F.; MAmedovp 1. A.; Momedovat 1.
ORD: (Balezin) Moscow State 'Pedagogical Institute im, Ve I. Lenin
(Moskovskiy gosu-
itut); [Negroyevo Kamodavo Mamedoval Institute Of
darstvennyy podagogichookiy inst
Inorganic and Physical Chemistry, AN, Azorbaydzh&n3k&yjk SSR
(In3titut neorganichaskoy
i fizicheskoy khimU AN Atorbaydtanskoy SSR)
TITLE: -Study of the Influence of certain inhibitors on the tensile
strength of steel
during'~iU corrosion in a system of hydrocarbons and electrolytes
SOURCEt Za takhnichaskiy progr?sa, no. 12, 1966, 33-36
TOPIC TAGSt corrosion inhibitor, tensile strength
ABSTRACT: A study, of the tensile strength of U?A steel wire (diam.
0.7 mm) in a Sys-
tem consisting of hydrocarbons (benzinep kerosene or petroleum) and
0.1 N HU -~rith
and without inhibitors was made at HOPI im. V. I. Lenin. The system
studied aPDroxi- t,
mated the conditions of steel corrosion in gas condensate wells. It
was found that
the wa~6r-soluble inhibitors Katapins and PB 8/2 at 200C in systems
consisting. of
hydrecarbons and acidic aqueous solutions decrease the corrosion
rate by About 50%
and less. For this reasong they are not sufficiently effective
inhibitors. However$
As the temperature of the medium rises to 500C, the 'effectiveness
of Katapin increases,
markedly. This is'due to the fact that in the presence of movementp
the.stream of
2 1/2 UDC:

,rACC'NR.- -AP7007261---
water washes the protective film off the steel surfszeq but as
the te=erature rises,
the inhibitor adheres more strongly to the metal surface.
Hydrocarbon-soluble inhi-
bitors (Ca salt of SB-3# Pikonj, alkylDhenoxyacetic acid)
inhibit corrosion very
effectively at 20 and !?)OC in a stream of liquid. The effect of
decrease of the cor-
rosion rate upon addition of.inhibitors is 2-3 times as great as
the effect of de-
crease in the tensile strength. Hydrocarbon-soluble inhibitors
are recomniended for
protection of the equipment in gas-oondeneate weUs. Orig. art.
hast I figure ard
5 tables.
SUB CODES 13/. SUBM DAM none/ ORIG REF: 003/ OTH MWt 002
2/2

ACC- NRv --AP7004789- -CODE: -UR/0413/67/000/001/0122/0122
INVENTOR: BLlezin,,. S. A. Aronson, Yu'4 P. ; Belen'kiy,. S. M.
ORG: none
TITLE: Method of inhibiting the corrosion of ferrousi metals in acid
solutions.
Class 48, No. 190167. [announced by the All-Union Ch e~ical and
Pharmeceutical
Scientific Research Institute (Voesoyuznyy nauchno-issledovatel'skiy
khimiko-
farmatsevticheskiy institut)]
SOURCE: Izobreteniya, promyshlennyye obraztsy, tovar~yye znaki, no.
1, 1967, 122
TOPIC TAGS: --al coXrosion protection, -01 corrosion inhibitor,
19LIlD 009ROZ/04j, /)'7F'00'4#0779x)
ABSTRACT: This Author Certificate introduces a. method of
inhibiting. the corrosion
of ferrous metals 'in acid solutions, according to Author
Certificate no. 162738. To
improve the degree of protection against corrosion, derivatives of
mercaptoimidazole
are added to the acid solution in the form of g~anulea containing
stearic acid and
propargyl alcohol.. [AZ]
S UB CODE: 13/ SUBM DATE: none
Card 1/1 UDCs 620.197.1

L 31552-66 &-J7(M)/9-lP(J) M
!kCC NR. "6005109 SOURCE CODE: UR/0316/65/ooo/005/0044/0047
AUTHOR: Aliyev, M. 1, ; Shikhiyev, 1. A. - Balezin S.A.%
Iskafflova, S. Z4 ;~IE.2,qgayev, N. 1.
ORG: MW AN Azerb. SSR
78
TITLE: Synthesis of unsaturated eaters of
methylcyclohexylphosphonic acid
SOURCE: Azerbaydzbansidy khtmichesidy zhurnal, no. 5, 1965, 44-47
TOP IC TAGS: acymItc phosphorus compound, organosiliconcompound,
VVOV, mt~~%V- 0%*jtAV%W'
Ae 64A 04 e- ~ e sk ec% slM~'oWm .19, QLVVAj3i% 'torcc,'6401A
ABSTRACT: In order to study the reactivity and chemical properties
of methylcyclohoxyl-
phosphonyl dichloride, some derivatives were Wthealzed In
accordance with the reaction
ROH
..CH3CoH*POdil-..,CHaCglilgPO(OR)gI
rAe, R---CH3-CH-CHg; -CHI-CisCH; -CH*-'CH=CH-Sl(C2H&)s,.
where (VI)
-CK-CruCH
-C-CiaCH" -CH-CoaCH
CHs
CH4 CH3 CH3-CH3-CH3
CH
<
CK3
Card 1/2

ACC NR' AP6005109
Six different representatives (1-M of eth~ylenlc and acetylento
derivatives of methyloyclo-
hexylphosphonic acid were thus synthesized and described for the
first time. The presence
of a triple bond in dipropargyl methylcyleohexylphosphonate was
established spectroscopically
and also by preparing a silicon derivative. Infrared analysis showed
that the addition of
t
r ylsilanoo the triple bond of dipropargyl
methyloyclohexylphosphonate follows Farmer's
le!h
rule of free rAdical'Addition, according to which the radical
component, -Si(C2H5)3, adds to
the moro-"Hy-N-ogeniled carbon atom. A method of synthesis of
silicon-phosphorus organic
compounds was thus elaborated. Results of a preliminaz7 study of the
synthesized products
showed that the dipropargyl ester (14 can be used as a steel
corrosion inhibitor (in 15% HCI at
130C). Orig. art. has: 2 figures and 1 table.
~/2

6 (7)
SSOV/111-59-10-16/23
AUTHOR'n
Gurvit-6. Sh. P., Chief, and
Balezin, __ V.A., Engineer
TITLE.
OP'erational-Experience with the
Un-manned Apartment

House ATS,.wt ,th a Capacity of 100 Numbers
PERIODICAL:
Ve ~nlk evyazi, 19599 Nr 109 pp 26-27 (USSR)
ABSTRACT:
This
article deals with the operation of an un-manned

automatic telephone
station (ATS), intended for telepho-

nization of separate-houses or
apartment buildings, in

operation since June, 1958, in a
120-apartment dwelling

house on the Kiyevs.kaya
gorodskaya-telefonnaya set' (GTS)

(Kiyev Municipal Telephone
Netwo~k); the ATS, with a

"ten-step" dialing systempj1as been
introduced into pro-

duction. Although, states the author, operation
of the

ATS has been satisfactory, he notes several deficiencies

in the
circuit of the ATS, and presents modifications to

corrept them.
Modifications to allow interruption of the

conversation by the
operator at'the OTS, including instal-

lation of a VG-2
(DGTs-24)-r4ctifier bridge .are described

,
'(Fi " '
with the aid of diagrams 3 other alterations
Card 1/2
are also
outlined.. Eliminat~ori~.I'Ahese deficiencies

,

SOV/111-59-10-16/23
Operational
Experience with the Un-manned
Apartment House ATS with
a Capacity-of 100 Numbsre

states the author,
aFeured efficient operation of the

on the operation
A system allowiUg periodic checks

.
of the apartment house ATS from the rayon AT5 without

occupying one
of the cable pairs to the former (Fig 7)

is also described.
Installation of the ATS (Fig 8) is

discussed, as is connection of the
VT-61/4 rectifier

unit, which powers the ATS equipment, to the AC
mains.

Recommendations for setting the ATS in operation are al-

so
noted. The author concludes that even the limited

operational
experience gained from this one installa-

tion supports the
expediency of introducing such apart-

ment house ATSs on municipal
telephone networks. There

are 7 schematic diagrams and 1 drawing.
ASSOCIATION:
Proizvodstvennaya laboratoriya Kiyevskoy g.orodskoy
tele-

fonnoy seti (GTS) (Production Laboratory of the Klyev

Municipal
Telephone Network)
Card 2/2

ACCESSION NR: AP4015148 S/0289/63/ooo/oo3/oog,-7.-/,)o96
AUTHORS: Shostakovskiyo M.P.; Sokolov.. B.A.; Rhiliko., O-N-J
G*Mo
Balezina~ Alekseyeva
TITLE: Addition of silane hydrides to vinyl.ethers
SOURCE:' AN SSSR. Sib. otd. Izv.,, no. 11. Ser. Khim. nauk,, no. 30
1963, 92-9-D
TOPICwTAGS:, sil;~.,iohydridei.silane,,,silane.bydride~, addition re-
action.-'vinyl--ether reaction -'trichlorosilane etbero--
-addition
dieblorometbyleilane ether, dichloroethylsi"'ane ether, triethyl-
silane ether, beta ether, Marlkownikoff rule, Raman spectrum
ABSTRACT: The addition of trichlorosilane, methyldichlorosilane,
ethyldichlorodilane, and triethylsilane to vinylisooprophyl-, vinyl-,
butyl-, vinylphenyl-, vinyl., o-, m- and p-cresyl ethers were studied.
The addition or equimolar amounts of silane and vinyl etner was
:.effected by heating and using chloroplatinic acid as the catalyst
,~-~(beta-phenoxyetbyltriethylisilane was prepared by the Grignard re
1/2

4
'ACCESSION NR: AP4015148
action). The
followinRneW-O-Ompounds---Y"ire--prepared-and-eharacter--l~-------
ized: the-~beta-phenoxyethyl-., the beta c-cresoxy ethyl.. the
beta-.,-
m-cresoxyethyl, and the beta-p-cresoxyethyl- trichlorosilanes;
-dichlorometbylsilanesj diobloroethylsilanes, and -triethylsilanes;
the beta-bu4,oxyetbyl-diablo,~omethylsilaneo diebloroethylailane and
triethylsilane; and the beta-isopropoxyethyidichloroethyloilane.
The presence of the beta structure in the products, contrary to
Markownikoff;s rule, was confirmed by Raman spectra and chemical
decomposition. "Spectra were taken by N.I. Golovanov, for wb:Lcb
the authors express their appreciation.11 Orig. art. has: I table
and 1 equation.
ASSOCIATION: Irkutskiy institut organicheskoy kbimii Sibirskogo' :1
otdeleni-,a AN, SSSR (IrkuUk Institutb of Organic Cheiuistryp,
Siberian
branch AN SSSR)
SUBMITTED: 03Aug62 DATE ACQ: 13Mar64 ENCL: 00
SUB CODE: CH NO REF SOV: 005 OTHER: 006
Card 2/2
. . . . . . . ............................ . . ................. .

SHOSTAKOYSM, M. P.1 RMNSTSOVP N. V.; YAN CHM-MINI [Yang C119-adal;
BALEZINA, 0. G;
Som comervione of ac6tals of alkoxy- and brozoacetaldebydoo,
ISY'e AN SSSR Otd. khiu. nauk no.1222220-2223 D 162
(MIRA 16:1)
L Inotitut organiCh3okoy kbinii Jj4 No Do Zelinskogo AN SSSR.
(Acetals) (Aestaldebyde)

SHOSTAKOVSKIY, M.F.; SOKOLOVt B.A.; XHILtKO, O.N.; BALEZINA, G.G.;
ATAKS YKVA, G.M.
Addition of silane hydrides to vinyl ethers. Izv. SO AN SSSR
no.11 Ser.khim.nauk no.3:92-96 '63. (MIRA 17:3)
1, Irkutskiy institut organichoskoy khimii Sibirskogo, otdoloniya
AN SSSR.

PARMOV,-Orlgorty Stepanovicb-' BALE
ZINA &it.# pvufo, red.;
METELISKAYA, G.S.p red.
(Examplea and problems in pbysleal chemistry] Sbornik
primerov I zadach po fizicheakoi khJmii. Moskva, Prom-
shchenies 1965. 210 P. (MTRA 18:3)

Balezina, T A
#The effect of diet with various proteing content on the course of
d~rsen-
tery in young children.~' Kiev Order of I-abor Rod Banner Medical Inst
imeni Academician A. A. Bogomolets. Kiev, 1956. (Dissertrition for the
degree of Doctor in Medical Science)
Knizhrwya letoDis
No. 15, 1956. Moscow

r7
AAt1f),110'v'.
A. I, Ne K,
Using acidophilus and m Us diet of nmall children
1 157.
in gAatrointo)-3tinal 1,0
(ALRUIVItiltY CANMI. (MIqA 10:10)
(MILK. ACID0?,i4L#"J!,'

T.A*J, kaudemadenauk; LIMCKINSMA, S.S.
Role Of Yeast"ke fungi 'If the genus Candida In the development and
COUrGS of diarrhea In Young children; Preliminary report. Nd., akush.
I gin. 20 n0-3125-30 156. (KMA 13-.1)
lo Ukrainskly tauchno-looledovatell GkIY inGtitut okhrany mterinetva
I detstva Im. Geroy Sovetskogo Soyu
xaslushenvy 2a Prof- P-M- DuYko (direlctor
Tra0b, USSR N.D. Barova).
(NDITILIASIS) (DIAMM)

- --BkLEZINk,. T.- 1. -
"Penicylline - Crutozin.," Zhur. Mikrobiol,., Epidemiol., i
Immnobiol.,,
Nos- 7-8,, 1944

peni7iffin fP rc-rnaimi M tbt
M~~J at th~twmtw toil Irw l'i
?0-1 fi.r A 1-

PURI-M, 11.1t.; FOXIIIA, I.P.1 ARM(ONOVA, 0.1.; *Lzzlxkt T.I.
Antiviral effects of antibiotics produced by kotinomyces
violacaus. Antibiottki 4 no.3:30-35 Ity-Jo 159.
(HIRA 12:9);
1. Kafedrs. mikrobiologit (zav. - chlen-karrespondent AHN SSSR
prof.Z.V-Yermollyeva) TSentrallnogo instituta usovershenstvo-
vaniya vrachey i otdal vzaimodeystviye mikroorganismov (zav.
chlon-Icorreapondent AN SSSR prof.N.A.Kraoillaikov) Inatituta,
mikrobiologii AN SSSR-
(AIMBIOTICS, eff.
antiviral off. of antibiotics prod. by
Actinomyces violacous (RUB))

ALWEIRVA9 A*A.;- BALEZINAq Tj.
Treatment of pneumonia vith tetracycline. Antibiotiki 5
no, 5tlOS-
M S-0 160, (K[M 13M)
1, Klinika viruWmykh zabolevan:Ly (zav. - prof. N.V.
Sergeyev)
Il KI'micheskoy infektsic=oy bolinite 9 laboratoriya
fisiologii.
I
(rukovoditell - prof, Z,V. Termollyevaf Inatituta
virusologii
AMN SSSIR.
(PIIEUMONU) (TETRACYCIJM)

BALEZINA, T. I., FURF.Rp N. Lp NEbfIROVSKAYAp B.
M.,BRAUDIE, A. I.p
YEEMOLYAVAp Z. V., FADEYEVA, L. L.
"Way of obtainigg interferon and the study of its
infl-uence upon respiratory
virus in exp riment.
report submitted for the lot Intl, Congress on Rrapiratory
Tract Diseases of
Virus and Hickettsial Orgin, FrIague, Czcch. 23~-221' May
1961.

YERMOLIYEVAp Z.V.; FURER, N.M.; BALEZIlU T. ; FADEYEVA, L.L.;
NEMIRMAYA,
B.M.
Antiviral preparation interferon. Antibiotiki 6 no-38196-200 Hr
161. (HIPA 1415)
1. Laboratorlyu novykh antibiotikov pri kafedre mikrobiologii
TSentrallnogo-instituta usovermhenstvovaniya vrachey i Institut
virusologii imard D.I.Ivanovskogo AMN SSSR.
(VIRUSES) (DRUGS)

MOIOLIMAO Z.V.~ FURERp P.M.; RAVICH., I.V.; NAVASIIIH,,
S#14.; MMIEp A.I.;
Fa4IVAj I.P.; ZHUKOVSKAYA, N.A UMM, T.r.; VM'IfD,A. Ye.A.;
GOLOSOVAS T.V.;: NM.IIROVSKAYA,. ;!M*'j'-TEWTIYEVAp T.G.
I
Rkparimental atudy and clinical uBe of lysozyme,
Antibiotiki
1 8 no.1:39-45 J063. WMA 16 W
(LYSOZDIE)

--- FADEYEVA, L.L.; BA3,,EZINA, T.I.5 FW.'~,R, N.M.; NIMIROV6,KAYA,
P.M.
Study of interferon properties. Vop.me(l.viru:.,,. no,F),133.-
137 163. (MIRA 1.7:10)

I-14M.; ~,:, F~ , N', T
Yl' .111ULtMA, 11 . IV, . i F H W~j " I ~~, .--I .- -, : la, - -
7-E77 1 1, 1 . 11 .
Prospects for the ne-arah, and use of ;nterffarun.
,3 1 n t
po.lysacebarldes and antibiotic, ~x con'rol of virus in-
fectionso Vop,med.virus. no.~;129-13'i 163.
WIRA 37-.10)

YEMOLIYE'VAp IWLS)ij Noll,; VAISDERk't, r,.Yooj MMIROV-133HAYA, P,Moj
BRAUDEp
AsTs; 70MINA, Tell.; TJAVOQ~,TIIA, T.I.; FAI)EYEVA, L,L.1 T01111YAt
L.Kj
KORAUL I MIKOVA, N. To - m~A~ -
Aivituaro imil inWrtiron irt vii-as biroationcs, Trudy TSIU 681145-34?
064, 1 . (MIRA 1815)

7?.V.; FADEYEVA, L.L.; BALEZINA, T.I.; KORABELINIKOVA, N.I.-,
"RANOV VOM6
- I
Charucteristlos of interferon fonnation in the animal organiam.
Vopo virus# 10 no.2:221-224 Mr-Ap 165.
(MIRA l8uo)
1. Institut virusologii imeni D.Iolvanovskogo VOT SSSRP Moskva.

BAT. INA Z N
Changes in the electrocardiogram in pulwnary
tuberculosis
following pulmonectozWo Proble tub. no.8165-71162.
(MBA 16:9).
.1. Iz elektrokardiograficheisklo kabinsta (zav.
Z.N.Balezina)
i khirurgichookogo otdoleniya rukov0ditelf -
dotsent M.I,
.%rellman) Mookovskoy klinicheskoy tuborkuleznoy
bolinitay
no-3 (glavrw vrach V.P,Petrik)
(EMTROCARDIOGRAPM) (TUBERCULOSIS)
(LUNGS-SURGERY)

BALEZINAP Z. N.
Changes in the electrocardiogram during resection of the lungs
in tuberculosis. Grud. khir. 4 no.1:79-81 Ja-6F 162.
(MIM 15:2)
1. Iz elektrokardiograficheakogo kabineta (zav. - Z. N. Balezina)
i khirurgicheakogo otdeleniya (zav. M.-1. Perellman) 3-3r Moskovskoy
klinicheskoy bollnitoy "Zakharlino" (glavnyy vrach V. P. Petrikh).
Adres avtorat Moskva, Khimld, bollnitsa "Zakharlino".
(ELECTROCARDIOGRAPHY) (LUNGS-ZURGERY)
(TUBERCULOSIS)

BALGAt F.
Railroad transportation from te point of view of the
development of our electrical
power industry.
P. 188 (Zelaznicni Technika) Vol. 51 No,. Tj Jub 1957p
Czechoslovakia
SO; M014THLY INDEX OF EAST EUROPEAN ACCEMIONS (MI) LC. - VOL.
70 NO. 1, JAN. 1958

AA L-A-A-J-A A' ~--k A. I A A A 1 1-1-1- 1
A V
*no pal
go- a
L-A- GL in 41 1 A %~I' a
'RFaU"mM4)' MNS7 C""=JnY
'3 4k&dmff N&Wt issl ( of Un
Acm6emY of &AOb. VRVIUSM).
go lrb*w ser, V. 70, Jan. 11, 1050. P~ no
206. 1
go a InveWpted for -AlW" "Alssica"
mw .3killbill%sm. ILW tro- a
0 fempmtUre 6=0 *Cwu powt
a A*W Ton
g4mmm'"h.'s, tmtsd
'F
INS, 00-0
I
j0
it & OkULLUNCICAL WERAIM CLAISAFKATIft
-411WO
141900 "AV 9-v off ma"210-1. 431111 am Obw At.
u a A 1 00 A'110 11 It of a I 0=4
A Ot
0000006-0 *so 0 0 0 0 0- 0 0-0 -0 0 *to 000

RkWANOVA. A.Do -
rl-~~~S to d'silicate to increase the keeping quality of kaolin.'
Dam, prom, 33 no*A21-23 Ap 158, 4 WU 1114)
1. Nachallulk TSentrallnoy laboratorii U~ravleniya bumashnoy pro-
zqshlennosti Sakhalinskogo sovnarkhoza.
- (Kaolin-Preservation) isilloates)

BAUHA, - T. - - - - - - --
Combined therapy of tropic ulcer. Rozhl. chir. 44 no.11:767-
788 14 165.

PANCHEMOp P*H.; T~L-Elv-~~-X~--I_JVAVOVAp T.To
Combined fom of nourofilwcmatosis. Vop.neirokhir. 25
no,3t
53-56 MV-Je '614 . (MIRA U+ 15)
I* Xafedra neyrokhirurgi-i Voyanno-meditaimakoy
ordena.Lonina
aktAomii imeni S.M. Kirova.
(TU14011S)

Focal encephalitis in neurosurgica;, practice. Vop.psikh.i nevr.
no.7slO6-112 '161. (MMA 15:8)
(ENCEPHALITIS) (BRAIN-RADIOGRAPHY) (FOCAL INFECTION)

BALGODETEUVA, V. A., PISKkMVA, YE. V., AVTONOMIOVA., L. V.,
KONONENF.O. A. P.$ -
- DEMCHs' V~,S.y SAVCHFJIKOj A. H.p -60=10140V., S. A,O HUDINA., N.
A.j, --
GORMIKIVO D. M., LEYDDVA, 1. M.
"The study of antitumor substances forTied by microorganiams.11
report submitted at the l3th All-Union Congress of lbgionists..
Epidemiologists
and Infectionists, 1959e

A-~_-I.., _... A. 1.
Dissertation: "Investigation of a Single-Shaft Mining System In a
Stope in Cyclic
Organization of Work Applicable to Conditions of Mining Certain
Seams of tho Karaganda
B y and Ore Dressine, Acad Sci Kazalen SSR, 10 Ray 54.
asin." Gand Tech Sai, Ingt of Metallurg
( Kazakhs tans Itaya Pravda, Alma-Ata, 28 A,),' 54) -
I
SO: SIN 243, 19 Oct 1954
1

IWZHIN, Shot kandUat takhmich.eskikh nauk,
4&. Worl-r e
Technical and sconomfo basis for the out depth in oombine
excavation with regard to working certain seams In tht
Karaganda Basin, VestqAN Kasakh.SSR 13 nool(142)t53
ja 057 itaraganda Basino,-Coal mines and mining) j5MM9 M4)

XOLABAYEVj N.M.; BALGOZHIN--Sh G , dotsent
Analysis of the efficiency of usine~,the,.XPK powered movable
supports.
Sbor. nauch. trud. Kaz GMI no.19:29-39 '60. (MIRA 130)
(Mine timbering)

IMANBAYEV, Sh.R.; BALGOZHIN, Sh.Q., kand.tekhn.nauk
:Efficiency of using the Shcb-54 powered movable support. Sbor.
-nauch. frud,. Raz GNI no.19tl2l-131 160' (MIRA 15:3Y.
(Mine-tMeringi

MOLODID, R.M.; BALGOZHIN,- Sh. .-
.. -- -._,,..-._. I
Efficiency of using the MOK-1 powered battery stull. Sbor. nauch.
trud. Kaz GMI no.19:148-155 160. (MIRA 15:3)
(Karaganda Basin--Mine timbering)

BAWOZHIN, Sh.G., dotsent
Comparative evaluation of productive operating conditions in
Karaganda mines. Izv.vy3.uoheb.zav.;gor.zhur. 6 no.1l164-68
163. (KRA 17 -.4)
1. Kazakhakiy poll tekhniche skiy institixt. Rekomendovana
kafedroy
razrabotki plitatovyM xestorozhdeniy i-otkrytykh gornykh rabot.

MONICH, V.X.; BIWROV, G.I.; BAIGOZMXk,-A*G,
Geology and petrography of the Baynazar ring system ok igneoun
rocks. Trudy Inst. gaol. nauk AN Kazakh. $SR n001139-157 160.
(min 14: 1)
Mraganda bovince-Rocks, Igneous)
0-

BALGIM U-Zb*l ~.
A
Late results of myelosan therapy of oh~ronic Weloid,
10~0mia.
Problemy-gemt.,i perei. !iwovi 8 no.8sl8-22 Ag 163.
- (MIRA .170)
1. Ix 3-y k~�edry, teray4 (zave - chlon-korrespondent AMN
SSSR prof. I.A. Kassirsi.iy) TSentralinogo institutii
usover-
abenstvovaniya, vraobey.
a

BALGOZHINA. Sh. Zh.
Maintenance therapy in chronic myeloleukemia. Sov. med. 27 no.110-8
N 64. (MIRA 180)
- 1. 111 kafedra terapii (zav. - doystviteltnyy chlen AMN SSSR prof.
1-1 A Kassirakiy) TSentrallnogo instituta usovershanstvovaniya
vretchey-,- - -
Mos~va).

- T --- --- -- -I I- I - -
BAMAR, p -. - --
Inve;tigation of soluble forms of lignin by means of free
electrophoresis. Sbor ce.1 pt-T"9:11?-127 164.
7

RMARY Human and Animal Physiology. Inner Secretion. T-7
Abs Jour :Ref Zhur - Biologlya, No 1, M9, No- 3535
Author :Faredin, I.; Novaszer, F.; Balho, ~-.; Konde, E.
inst :Not given ..
Title Neutral 17-Ketooteroids. II. Investigation of Neutral
17-Katosterold Yractions In Urine of Man
Crig Pub Kiserl. orvostud, 1957, 9, No 3, 225-234
Abstract No abstract given
Card 1/1
50

BALXt Anna; GALO Laazl-o
Posoibility of nornative ealculation in mnufacturing concreto
elementB.
Epitomyag 13 no.11415-424 N 161.

i. , ,, ,
~ ~, 1, ii.
Dissertation: "Effect of Heat Treatment on the Structure of
Hij,,,h-Coercive Alloys."
Cand I,Iiys4,lath Sci., Moscow State U, l'oscow, 1953.
1~:eferativro-j Zhurnal-Ilirdya,
1:05cow, No 7, Apr 54.
SO: SW 28/,., 26 Nov 1954

PERMCAL: ORP. Vol- 10s no- 4, Apr- 1958-
Balim, J9 Modern types of drive belts* Tr. from the Germane pe 158,
MonthLy list of East European Accessions (EW) LCj, Vol* 80 No, 22
February 1959, Unclasse