SCIENTIFIC ABSTRACT GALINA, A.A. - GALINKIN, B.YE.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000614110013-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 19, 2001
• Sequence Number: 13
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

~.P.; KUGHTEEINKO, I,I.; GA-IRL'i, LA.
Flectron paramagnetic resonance spoctra of radicalij arisililt, i-"
X-raying of polyamides. Dokl. AN SSSR 156 no. 5---1147-1249
je 164. (mm 1,!16)
1. Institut fizicheskoy khl-mii im. L.V.Plsarzhevskogo AN
UkrSSR. 2.Chlen-korrespondent AN SSSR (for Brcdskiy).

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ACC IM: AF6006966 CO, 61/0266,
I Dar"Yerwat EV po; Galin&'4. A. Punan,
AUTHORSi Fomenko, A.- S.; Abramovaj T. X.;
Ye. 0. Ws a rf, -UM,
ORG: Institute of Physical 'Chamistz7 in. L. V. Pioarzh"_~1qX (Institat fizicheaker
',khimiij-
TITLEt Mechanism of action of dim.4 -naPhtbYl-V-1A!wlenediaaini durLrg radiation
oxidation of :polycap-roamide
SOURCE: VysokomolekulyarMye soyedineniya v. 8. no. 2, 1966, 261a-266
50Z
'irOPTC TAGS:* polyamidet free radibeaq oxidation kinetics
-di -p-ph
ABSTRALCT: The effect of -A -naphtbyl evWleziediaaine upon the kinetics of
Itocumulation of-free radicals formed during the process of radiation~-induced
decomposition of-Polyceproamide (11) was investigatedt and the yield of gaseow and.
1:iVgen-containing products of radiation-induced oxidation of.the polymer was
dietermined. The changes of the content of termin 1 NH2 grouPsy viscosity, and~IR
alpectra. occurring in !I stabiliied with I during the ridiation-induced oxidatibn
it-ere also studied. The methods) involving ESRp chromatographic, chemical) and IR
UDCs 678.01t%478-6751
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-L,24491-66..
Ao xR: Ap6oo698o
spectroscopic atudiesp were previously described by t. S. Poninko, T. M. Ab
E. P. Dar"yeva,+ A. A. Galinag and Yet G. ftrman (t1j:r. Ithimich. zh.91 309 3769 196Z0
It; was established that I has no effect upon breaking of Ahe C-H, C-N, and -C-CG_
bcmdo during radiolysis of II, but does affect C-N Wad C-CO b6nds during radiation
o:cidation of II. The amount of perory carbonyl and. carboxyl compounds formed
during radiation oxidation of II stabilized with I is consideriably lowered as
compared with the untreated II* Otion OfJ
-A poss4ble mechanism for the.ibhibiting a,
I is offered. Orig, arts hast I tablej-6 figures, and 4 equations.
SUB COME: 07P 11/ SM DAM 09br65/. ORIO RUt W7

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ACC NRs AP6019661
(A SOURCE CCIDE: UR/0073/66/032/006/0~40/0554
AUTHOR: -Brodskly, A. I.;,Fomenko, A. S.; Darlyeva, E. P.; Abramovap To Vio;
A. A.; Fu n, Ye. G.
ORG: Institute of Physical Chemistry to. L, V. j_4mzhQ_Y#k13f6 AN UkrSSR[Institut
fizichaskoy khimii AN UkrSSR)
TITLE: Gas evolution during the radiative-oxidative degradation of-poly-f-capro
SOURCE: Ukrainskly khtnichaskly zhurnal, v. 32, no. 6, 1966, 549-554
TOPIC TAGS: polyamide, oxidative degradation, hydrogen, carbon monoxide, gamma radi-
ation, radiation effect 11
ABSTRACT: Chromatographic analysis was used to find the radiation yields of hydrogen
and carbon monoxide, the main gaseous products of the radiolysi and radiative oxi-
dation of poly-4-caproamide. GH2 is about I mole/100 *V for both processes, and does
not change as the dose rate increases from 0.4 to 5.0 x 1018 9V/g min. G 0 Is equal
to 0.3 mole/100 eV for radiolysis and to 0.6 mole/100 eV for radiative oxidation, and
rises to 0.9 mole/100 eV as the dose rate Increases from 0.4 to 5.0 x 1018 eV/g min.
It was found that the combined action of gamma radiation and Increased temperature
approximately doubles the values of GH2 and GCO In both the radiolysis and radiative
oxidation of poly-f-caproamide In the case of a Imr dose rate of gamma radiationg and
Tip,
that the effect of this combined action an GH2 and GCO diminishes with incressing

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L 40099-66
ACC NR% AP6019661
dose rate. It Is shown that the stabilization of poly-f -caproamide by the addition
of the antioxidant dl- A-naphthyl-p-phenylonediamine does not change GH during
radiolysis and radiative oxidations but markedly reduces the amount of iar-;;~ IZM-
oxide fo=od during radiative oxidation. Orig. art. hass 6 figures and 3 tables.
SUB CODE: 07/ SUHN DATE: 31Jan64/ ORIG REFt 006

BASS-SHADULN, ~h.; GALPTA, I.
Influence of some trace elements on the quantity and quality of
zymosan formation In yeamt. Report 1. Some chemical indices of
2~ymosan obtained from yeast in a nutr!.ent medium enriched with
c0al", copper, and manganese (with siunmar7 in English]. Vbws
Latv ak no.12:69-74 161.
1. VT Latviyakoy Mi, Institut eknperinentallnoy I klinicheakoy
meditsiny

USSR/General Froblems of Pathology - %Comparative Oncology. U-3
rl'umors of Man*
Abs Jour : Ilef Zhur - Biols, No 16, 1958., 756oo
Author : Galim I G
Inst
Title : Rare Case of Hemorrhagic Hc=iaiomtosis.
Orig Pub : Materialy po borlbe so zlokachc3tvennyni opukholynmi. Ufa,
vYP- 8, 1956p 42-50-
Abstract : Hemorrhagic angomatosis (HA) a rare hereditary diseases
is observed with equal frequency in both sexes. The disea-
se is characterized by congenittLI weakness of the mesenchy-
mal system and capiUaro-vasculcir net. Two stages of di-
sease are distinguished; hemorrhagic and angionatouse
Treatment of HA (Osier's disease) remains unsolved. A ca-
se of ILI in a boy of 15 is described. The disease was er-
roneously taken for rheumatic polyarthritis and acute leu-
kosis. After treatment with repeated blood transfusions
Card 1/2

MIKHEYEV, V.V.; SWULIMAN, D.R.; ILtYINA, N.A.; GALINA, I.V.; KOLa9CVA, O.A.
Amyotrophic lateral sclerosis syndrome in cervical osteocbondrosis.
2hur. neyr. i. psikh. 63 no.6:833-81,0 163. (MIRA 17:6)
1. Klinika nervnykh bolezney (direktor - prof. VS. flikheyev)
I Moskovskogo ordena Lenina med-itsinskogo instituta imeni I.M.
Sechenova.

VIKTOROV, I.T.; GALINA L.S.
I I- -- ----
Aminazine therapy of mental patients suffering from pulmopy6ry
tuberculosis. Vop.psikh.i nevr. no.7:293-304 161. (MIRA 15:8)
1. Iz psikbiatricheskoy bollnitsy imeni P.P.Kashchenko.
(TUBERCULOSIS) (MENTAL ILLNESS) (CHLORPROPMAZINE)

ZOZULYA, M.; i'GALINA, V.
Metal workers who are interested in radio. Radio no.8:11-12
Ag 6o. (MIRA 13:9)
kRadio clubs) (Radio operators)

GALINAT, A.
Experimental studies on the utilization of natural food by
young crucian (Garassius carassius L.) and tench (Time& tincs L).
Polskie arch hydrobiol 8:129-152 161.
1. Zak-2ad Ochrony Przyrody i Ellcologii, Uniwersytet im. M.
Kopernika. Torun.

GALINIGH, V.I., inzh.; KOLISNYK, V.N.j inzh.; KOTX41ZHI, Yu.V., inzh.;
---mocilmo ~ I.M., inzh.; SERGEYEV, I.I., inzh.
Using a slag crust for the production of AN-60 flux. Avtom.
svar. 17 no.11:86-91 N 164 (KIRA 3-8 zl)
1. Insti*ut elektrosvarki imani Ye.O. Patona AN Uk--SSR (for
Galinich; Kolisnyk). 2. Khartsy2tskiy tru'bnyy zavod (for Kotannhip
Osochenko). 3. Chelyabinskiy truboprokatnyy zavod (for Sergeyev).

27029
ITI-1 1-VIE 2-IbS S/125/61/000/002/001/013
71500 A161/A133
AUTHORS: Galinich, V.I., Podgayetskiy, V. V.
TITLE: The effect of nitrogen on the porosity of welds in argon and carbon
dioxide steel welding
PERIODICAL: Avtomaticheskaya. svarka, no. 2, 1961, 24-32
TEXT: The purpose of the described experiments was to determine the
shielding properties of different gas medii against nitrogen. The welding tests
were carried out in a sealed vacuum chamber with a rotating steel disk and sealed
wire holder, using direct current and inverse polarity. The chamber was evacuat-
ed to 10-2 mm Hg and filled with argon of different purity, oxygen and nitrogen,
alimentary C02, and especially prepared carbon and nitrogen oxides. Commercial
argon proved not suitable, for pores appeared in welds when more than 5% N2 was
present In the gas. Oxygen added to such gas (argon with N) augmented the poros-
ity. The data are different from those obtained by Ludwig (Ref. 3~ H. C. Ludwig,
Nitrogen effects in argon are welding atmospheres, "The Welding Journal", no- 9,
1955, 4o95-4145) who recommended argon with maximum 1% N2. i.e. a higher N-
content appears permissible. In combination with C02, already 1% N2 In gas cauFAd
Card 1/3

27029
3/125/61/000/002/001/013
The effect of nitrogen on the porosity ... A161/A133
pores. The absorption of N by the weld metal from argon and from was very
CC)2
different, and C02 is obviously no neutral solvent for N for it raises the
solubility of N in the weld pool. Slag formed on the weld, and its composition
was a proof of the oxidizing effect of C02- Contrary to data of H. Schenck,
G. Frohberg and H. Graf [Ref. 5- "Archiv fuer das Eisenhuettenwesen", Heft 06,
329-337; (11)30 (1959)], oxygen had apparently no effect at all on the N
absorption by the liquid metal. Metal deposited in a NO atmosphere was very
porous. The more intensive N-absorption by the pool from C02 with N-content
compared to argon with N-content Is explained by the oxidizing reaction
CO2 + N Z::-~ CO + NO
where N - atomic nitrogen formed through dissociation of molecular nitrogen in
the arc. The data show that the permissible N-content in argon is ten times
that of the permissible N in C02, The following conclusions are drawn: The
higher the oxidizing effect of gas the more N is dissolved in the welding pool;
the main cause of the rising nitrogen solubility in the welding pool with the
increasing oxidizing properties of gas is the formation of gaseous NO, and the
14 content in the weld metal is higher after welding in NO than in N; the
permissible N content in C02 is 0.1%; CO has an oxidizing as well as a
Card 2/3

27029
S/125/61/000/002/001/013
The effect of nitrogen on the porosity ... A161A,133
carbonizing effect on the welding pool. There are 5 figures, 6 tables and 10
references: 5 Soviet-bloc and 5 non-Soviet-bloc. Three references to English,
language publications read as follows: H. C. Ludwig, Nitrogen effects in argon
are welding atmospheres, "The Welding Journal", no. 9, 1955, 4095-41115; F. R.
Hensel, Westinghouse Research Reports, R-74191, 1932; N. W. Krase, B. Mackey,
Journal Phys. Chem. 1928 (32), 1488 (Gmelins Handbuch, B. 4, Stickstoff, 1936).
ASSOCIATION: Ordena Trudovogo Krasnogo Znameni Institut elektrosvarki im.
Ye. 0. Patona AN USSR (Electric Welding Institute "Order of the Red
Banner of Labor" im. Ye. 0. Paton AS UkrSSR)
SUBMITTED: July 4, 196o
Card 3/3

PODGAYETSEIY, V.V.; GALINICH, V.I.
Attainability of thermodynamic equilibrium in electric arc
welding. Avtom. svar. 14 no.8:3-12 Ag 161. (KRA 14:9)
1. Ordena Trudovago Krasnogo '"7nameni Institut elektrosvarki
imeni Yt.O. Patona AN USSR.
(Electric welding) (Thermodynamics)

PODGAYETSKIY, V.V.; GALINICH, V.I.
Effect of the kind and polarity of the current on nitrogen
and hydrogen absorption by the welding bath. Avtom. svar.
16 no.11:25-30 N 163. (MIRA 17:1)
1. Institut elektrosvarki imeni Ye.O. Patona AN UkrSSR.

IEVINTER9 M.Hh.; IVANOVSKIY, G.F.; SNIRNOV, N.P.; GALIMOVv Zh.F.; GALINICHv
-Ye.T- ......
ilemolding of catalytic cracking units using a spherical chtalyst.
Ehim.i tekh,topl.i masel 6 no.4:1-4,1' 161. 14
(m
p IR& :3)
1. Upravlerdye iierudhykh iBkapaysmykh -1 Novo-Ufimakiy nefteperera-
bayt7ayushchiy-wkTad -
(Crack#g ~rQcess) (Catalysts)

LKVINTER.4 M.Kh; IVANOVSKIY, G.F.j SMIRNOV, N*P.j GALINOV, Zh. F.;
GALITUCH, 'le.T.; GIMAYEV, A.N.
Modernization of catalytic cracking units at the Navaufinka
Petroleum'Refinery. Khim. i.tekh.t6pl.i masel 6 no.7tl-6
J1 161. 1 WwutO
Novo-Ufimakiy.neftepererabatyrayushchiy zavod i
Upravlehiye nerudnykh iskopayemykh.
(N6voufImka--Cracking process-Equipment and Supplies)

GALINIO11, Yo.T.
Selecting an matally3t. for h"'47 ~~eed artc~ck
Miim.i takh..opl.i mmal 7 no.2tlS-19 7 162. (]am L5:2)
1, Novo-Wimokiy neftepererabatyvayushchl,y savod.
(Cracking prooess) (Al=ino~ilicatss)

GALINL;1:1, los,76
Causss of thE; 01 L ClItAlly'at. i f
I I , .1
H
no. b: 14,d 5 61 C HU 17:9 )
1. Bashicirskly nauclin,,-igole~-lovatel'B'id.y institut po licro-rabetke nefti.

t(~kll. top! 1 n- 0
lififji~3kiy riefty-alloy 'Ski- ilic;tit.ut i

GALININ, K.P., inzh.
.1
Modernizing a stonecutter for the underground production of ashlar.
Makh.stroi. 14 no.9:15-17 5 157. (KIRA 10:11)
(Stonecutters)

.1 . . , C, 1., V V. I'll . I (I I i 7' 1, IYOVII, z
E. P., I-E,011TOVICIT, A. III., 3VII-.UD-t,:I;IOV, :,,. A., .-, :,~~O 1! .-
U. A.LUTIVIA - ,
11-Radiation properties oil' a ruby cx:rstal laser."
The kinetics of generation at room temperature and low tenperature (dom to
-165C) and properties of radiation coherence in a ruby laser itere investigated.
T
Ihe report eias presented to the llth Conference on Lur.'uneocence (Nolecular
luminescence and lumine,~cence analysis) Minsk, 10-15 Sept. 1962.

Military Medical Academy imni S.Mo Kira7, (Order of Lenin)
An * irtidle b~ B. NIKOL I SKIY stated a - conference was recently field in Yalta for
tfii,_ph~s_iciains' 'o-f-the ndlitii;~_hdalth resorts,df the Crima, -at which were dia-
cussed -the _~r6blejris of -thd 'further _develo"p'ment-"_ ~~i, ri;duction-into.practic e of
climatic healing and functi6ijal diagnosis. 1hree professors from the academy
mde mmechess I,T9 MWTINT-9whose talk was entitled, 0 On the Physiciological
Principles of Gortez-Viaceral Therapyf N.F. Galinin* spoke on 87he Meaning of
Radiatim (from the mm) in the System of ReM Ws-ort Healing, Its organization
and Methods of Galculation;" and D.A. VINIKUROV* spoke on"The Wrapeutic and
organizational Bases or Healing Physical Gulture in Itlitary Sanitoriumso"
(KramWa, Zvezdaq Moscow,, 9 Jul 1954)
SOt SUM No 2399 33 Oct. 1954

IT.F. p prok.; SVIMRSKAYA, , T.A., Icand.med.nauk
Ultraviolalt ra" of the sun'. Z-dorovlo 6 no.8:1-3 Ag 160
(~fRk .13: 8)
1. Chlen-korrea ent AMN USSR (for Galinin).
ULTRAVIOLET RAYS-PHYSIOLOGICAL EFFECT)

BAGDONAITE, A.; GA~INIS, Y*; JANKEVIGIENE, R.; LEKAVICIU4,1 A.;
NATKEVICAITE--MNAUSKIENEP M.; PIPINYS, J.; PURVINAS,E.;
RIBOKAITE, R.; SNARSKIS, P.; STANCEVICIUSO' A.; SARKIKENE,I.;
ZIEMYTE, E.J. red.; ANAITIS, J., tekhn. red.
(Flora of the Lithuanian S.S.P..],Lietuvos TSR flora. Autoriu
kolektyvas: A.Bagdonaite ir kiti. Vilnius, Valst4yUme politi-
nes ir mokslines literaturos leidykla. Vol.2. 1963. 714 p.
(MIRA 16:9)
1. Lietuvos TSR Mokslu Akademija, Vilna. Botanikos inatituis.
(Lithuania-Angiosperms)

z---!,RF'A Y~LICA Sec 8 Vol 12/1 Neurolopy Jan 59
3,17. MI-;tN'TAI, DISTFIRIIAN'CES IN '1111-'A(,t]'Fl-; STAGE OF
(Itirmiall text) - G a I i n is V. I. - I I'SIKIIIA'I. 1!J&;',
111/7 (789-792)
Mental disturbances ('asthenia') were noted in 40 of the 58 patients studied. In
s,mie there were epis(xles of restlessness and anxiety or Of (1C11611111 3UI)er1111j1'.S-
ed on the asthenic state. The episodes of delirium, without extretne excitability,
usually preceded sleep. In the paralytic case8 the mental disturbances were much
more severe. Follow-up observations are necessary to ascertain whether such
disturbances are reactions of functional tyl* to the acute infection or are due to
organic changes in the nervous system.
(L.
A cs Ire)l e Xk,

GALINIS, V.I.
Clinical aspects of neuropsychical disorders during the restorative
and-: late periods following pollomyelitis. Vop.psikh.i nevr. no.7:66-
74, 161. (NURA 15:8)
1. 1z dispansernogo otdeleniy-a (zav. M.I.Shakin) psikhonevrologi-
cheskogo instituta imeni V.M.Bekhtereva; (dir. - chlen-korrespondent
Akademiya pedagogicheakikh nauk RSFSR prof. V.N.YTasishchev).
(POLIOMYELITIS) (NEUROPSYCHIATRY)

GALINIS-2-Y.-I
Appearance of schizophrenic syndromes in persons who have h4d
poliomyelitis. Sbars trud. Len* naucbio ob-V& newe i poikh.
no.6:217-220 (MU 13:12)
1. Is d$spamernogo otdoloniya (sav. - starshiy nauchW sotrudnik
M.I. Shakin) Paikhonevrologichookogo instituta imni V.M. Bekhtereva
fdirektor - obAsn-karrespondent Akadeuii podagogiabeskikh nauk
RSFSR prof V.N. Myaslabehey).
ZSCHIZOPHREMIA) (PMIMMJTIS)

SHNAYDERMAN, S.Ya.; GALINKER, E.V.
Pyroeatechol complexes of ursnyl. Zhur.neorg.khim. 7 no.2.-279-
283 F 162. (MIRA 15:3)
(Uranyl compouDds) (Pyrocatechol)

G4L.rNKF-"~1 F,,V,) Ya.N,
~u--Pace recombination at the germanium - electrolyte interface.
hlektrok"-dmiia 1 no.llt1311-1319 N 165. (MIRA 18,11)
1. Institut fi-.icheskoy khinii All SSSR.

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GALINUYP 1. S.
Calinker, I. S. - "The work of the Electrochemical Iaboratory, (The group for the
electrolysis of fused layers and galvanotechnology)", Trudy Vsesoyuz. in-ta
solovoy promsti, Vol. V, 1949, p.. 31-35.
SO: U-4631, 16 Sept. 53, UetoPis tnykh Statey, No. 24, 1949).

GALEUER y I. S.
"Oxidation of Nitroxyl Chloride," Zhur. Prik, Xhim. 22, No. 5, i949. All-
Union Inst. of Sods Ind. Kharkov.

USSR/Chemistry) Physical - Nydrates 21 Nov 51
"Equilibrium in Systems. of Molten Bait - Wator--va-
por. system IgO and Ma - N20PI' I-'-S. Gal-
inlaer, V. 1. Kordbkov, XharIkov Agr Inst imni
V, V. Dokuchayer
"Dok Ak NeLuk SSW' Vol L=) No 3) PP 407-410
In a specially constructed stainless steel bomb,
vater vapor at variable pressur-es and temp&has
been dissolved. in molten KOR and molten WK. Plotw
isotherm for molar quantities of B20 dissolved in
the alkali at pressures ranging from 0 to AO kg/
sq cm. These isotherms permit the calen of the
bond energies betveen the mals of 3.iqmid water wA
214TA
molten alkali. Caled the bond.energy froin the work
of one mole of vater being transferred to the melt
in an isothermal reversible 3process. The cycle
consists of 3 steps: 1, work of the isotherml
ev of water; 11, work of the isothermalexpan-
*ion of steam from a pressure to vapor tension of
the satd steam over water, to that equal to the
TWr tension of the steam over t1le welt; M, work
of condensation of the steam from thevapor phase
to the melt. Then the max work is I minus 11 plus
M . Illustrates the method of caleg its value
(particularly step II).
ct:

I ell

r
i
k: f
'
n
~
IT r h i~ i 14WO.
42W, 010*.:
all, ill"th
id(tra wit It ix I& d-~-w ~ii t! litV
i
t

fiquk c
d
k1 b
i l:A iV I ~jt
i"oll"m i~ tm~ ~nta f?c caliji
1u; c1.1- 4-'v"
At I'list-

W T-11 ~h

p:

GAIINKM,, 1. S. (khar "kov)
u xe
"On the Properties of Aqueious Electrolyte Solutions at High T uip-eratures,"
Report presented at Confereence on the Effect of Solvents rin the Properties of
Elect-rolytes, Khar'kov, 14-16 oct '57.
Zhurnal Fizicheskoy Khimii, 1958, Vol 32, Nr 4, pp 96o-962.

GALMa , 1...7.
"Pover-cliernical !~~loitmtior of F~, 15 !1- !:'- tte A~O. of a Solld Hleat Carn"er,
-aper submitted for the I-sti Illitional Congress, Czeclonslov,al", Scientific
1.11~,, for lklw2l Utilization. Far I ov y Vm.---
-Beelmlic'-d s lova" I n
12-17( 'ohir 5C-

5W
AUTHORS: Rodnyanskiy, I. M., Galinker, 1. S., SOV/20-126-2-26/64
Korobkov, V. I.
TITLE: The Electric Conductivity of the Aqueous Solutions of Sodium
Hydroxide at High Temperatures (Elektroprovodnost' vodnykh
rastvorov yedkogo natra pri vysokikh temperaturakh)
PERIODICAL: Doklady Akademii nauk SSSR, 1959, Vol 126, Nr 2, PP 327-329
(USSR)
ABSTRACT, Short reference is first made to several earlier papers
dealing with this subject, in which, according to the nature
of the electrolyte and its concentration at various tempera-
tures maxima of conductivity were found': For the salts of
trivalent, bivalent, and univalent metals at 6eq 100-11510
and 280-3000 respectively. It was of interest to investigate
the further course of electric conductivity within the
temperature range above 3400. However, the solution of this
problem entails experimental difficulties as to the selection
of the material for the electric insulation of the electroly-
tic cell and the hermetical sealing of the current supply
lines. The chemi-,al industry is in need of methods for the
Card 113 determination of electric conductivity at high temperatures

The Electric Conductivity of the Aqueous Solutions SOV/20-126-2-2a/64
of Sodium Hydroxide at High Temperatures
(- 3600) a~d even for the most aggressive media, i.e. for
basic lyes. The electrolytic cell used by the authors and
the electrolytic conductors built into the steel stoppers of
the autoclave are shown by a schematical drawing and briefly
discussed. Next, the method of measuring electric conductivity
is described. These measurements were carried out by means
of the bridge MVL-47. A diagram shows the curves for the
variation of the specific electric conductivity -4 of
aqueous NaOH solutions of various concentrations (1.3 and 5 %)
UP to 3600. All curves pass through a maximum near a
temperature of 200-2200 C. With increasing concentration the
maximum shifts towards lower temperatures. At 3600 the
specific electric conductivity is by 2.5-3 times lower than
maximum electric conductivity. The maximum of the conductivity
for sodium hydroxide solutions is attained at lower tempera-
tures than in the case of NaCl. At moderate temperatures
NaCl and NaOII are equally strong electrolytes, but with
increasing temperature, NaOH becomes a weaker electrolyte
Card 2/3 than NaCl. This is probably due to the existence of a larger

The Electric Conductivity of the Aqueous Solutions of SOV/20-126-2-28/64
Sodium Hydroxide at High Temperatures
portion of covalent binding in the molecule of sodium
hydroxide. An exact interpretation of the process will be
possible only after a large number of experimental data will
have accumulated. There are 2 figures, I table, and 6
references, 5 of which are Soviet.
ASSOCIATIOV: Kharlkovskiy sel'skokhozyaystvennyy institut im. V. V. Doku-
chayeva (Kharlkov Agricultural Institute imeni V. V. Doku-
chayev)
PRESENTED: March 3, 1959, by A. N. Frumkin, Academician
SUBMITTED: February 9, 1959,
Card 3/3

GALnMM, I.S.; URAZOTSKIT, S.S.; BUDNIKOT, P.P.; KADANER, L.I.;
--------- 5018~, A o I s
Andrei Nikitich 5~rsosv. Zhur.fix.lchim. 34 no.9:2130-2133 s
l6o. (MI]RA 13:9)
(Sysoev, Andrei likitich, 1901-1959)

AUTHORS:
TITLE:
PERIODICAL:
S/076/60/034/011/021/024
B004/BO64
Galinker, I. S. and Gavrish, M. L.
Solubility of Alkaline-earth Hydroxides at High Temperatures
Zhurnal fizicheskoy khimii, 1960, Vol. 34P No- 11Y
pp. 2610-2612
TEXT: On the basis of their studies of the solubility of silver and
copper halide compounds in water at temperatures of UP ~9"3400C (Ref. 1),
the authors arrived at the following conclusions: 1) Sol'ability
increases rapidly with rising temperature in all readily melting salts
which have a large number of covalent bonds. 2) In all salts with
predominantly ionic binding and melting points above 8000C, the 0
solubility first rises with temperature, and decreases above 300 C. These
compounds become almost insoluble at the critical temperature of water.
The authors have checked the validity of these assumptions by means of
alkaline-earth hydroxides. The published data for Ca(OH)2 hold only up to
190OC; for Sr(OH)2'UP to 100OC; and for Ba(OH)21 up to 1090C; solubility
Card 1/2

Solubility of Alkaline-earth 11ydroxides at S/076/60/034/011/021/024
High Temperatures B004/BO64
rises with temperature. According to the authors, especially the strongly
ionically bound Ba(OH)2 should show a decreasing solubility at higher
temperatures. This was examined by means of an autoolave introduced into
a nitrate-n~itrite melt with a Ba(OH)2 solution from which samples were
filtered off. The solubility of barium hydroxide decreases rapidly above
2500C and is Only 0-5~~ at 36oOc. This observation is in accordance with
the authors' assutption. There are I figure, 1 table, and I Soviet
reference.
SUBMITTED: February 18, 1959
Card 2/2

STENDER, Vladimir Villgellmovich, prof.., doktor tekhn. nsuk. Prini-
mali uchastiye: KSRIZIM, Oktavian Stanislavovich, dots.,
kand. tekhn. nauk; RAZINA, Ninell Fedorovna~ dots., kand. tekhn.
nauk; SAGOYAN, Leonid Nikolayevicn.. dots.p kand. tekhn. nauk;
SLUT'SKIY, Iosif Zinov'yevichq dots., kand. tekhn.nauk; G441KER,
I.S.,_grof.y otv. red.; TRETIYAKOVA, A.N., red.; TROFIMMKO,'A:.s..,
red.
[Applied electrochemistry) Prikladnaia elektrokhimiia. KbarIkovp
Izd-vo Kharlkovskogo gos.univ. im. A.1-I.Gorlkogo, 1961. 538 p.
(MIRA 15:6)
(Electrochemistry)

RODNYAVSKIY, I.M.; KOROBKOV, V.I.,. GALINY01, I.S.
Contraction of aqueous solutions of alcohols at 237aCe IZV*VYS&
ucheb.zav.; khim.i khim.tekh. 5 no.ls62-64 162. OMIU 15:4)
1. Kharikovskiy seJL'skokhozyaystve=yy institut imeni V.V.
Dokuchayeva,, kafedra fWcheskoy kbimii.
(Alcohols)

.5/061/62/000/019/02-3/63-
B144/'3160
T iTLS: i3eh:,Lvior of mcltoOL naCnesium oxide in vater at high tempera-
PERIODICAL: Referutivny. 2L~urnal.. Khimiya, no. 19, 1962, 353, abstr:~tct
1,/)K190 (Tr. 1111-1-trIkovok. s.-kh. in-ta, v. 35 (72), 1,)61, 53-36)
TEXT i Tests shovied tilat L,gf,, oi--Jered at 2800 0C remains practically undis-
oolvud after prolun,;cd bo;.linC In diotilled v.,ater,.and the surface of the
sample iz unaltered, 1f thiz land-burned -iqr,O ia heated between 175 and 350%
lumps are quickly,, quenched to ;",-Nil)2 by water or by saturated steam.
The chief factor in this 11)roces:~ Is the additional energy of the ntcar,~,,
under pressure. [Allstrac'crls note: Complete translation
Card 1/1

MEDVEDEV, P~ I.; GALINY-EF, L S.
.drosols by the cryoscopic
Inv stigation of titanium dioxide hy
method. Koll. zhur. 24 no.69717-720 N-D '62.
(MIRA 16;1)
.,ovski sel~skokhozyaystvenqvv in3titut, 'kal-i-vu-';
y
(T I tban ium oxlide) (Collo, tl!F

RODNYANSKIY, I.M.4 KOROMOVY V.-I.; GALINKER, 1.S.
Specific volumes of electrolyte solutions at high temperatures.
Zhurdiz.khim. '36 no.10-2216-2219 0 162. (KIRA 17-4)
1. Kharlkovskiy s,3l'skokhozyaystvsnnyy institut imeni Dokuchayeva.

LEKAKII, N.B.; GAL~,
Nature of tjtanyj~-qu-jfate solutiQns. Lakokras. mat i ikh prim.
no.5:24-26 163. iMJRA 16:11)
1. Kharlkovskiy sellskokhozyayst:vvnnyy institut im. V.V.
Dokuchayeva.

GALINKER, 1,%.; BEWVA, N.A..
-1-1--.1--l- l'-,"- %k i
Therml Properties of aqueotj solutione of cobaltous cbloride in
the range of temperature up to 301f, Zhur,obekhime 33 no-100119-
3121 0 163. (MMA 16:32)

GAVRI611, M.L.1 GALDMEIR I.S.
Reduction of cupric chloride by metallic silver in aqueous
solutions at h:41h temperatures. Zhur.fiz.khim. 37 zio.2:
463-464 F '63. (MIRA 16-5)
1. Sel'skokhozyaystvennyy institut imeni Dokuchayeva.
(Copper chlorides) (Silver) (Reduction, Electrolytic)

GINIIISII~ M.,,.; GALI'WiTy .4-11.
ComFie~~ salts of :---iver and capper hr,1-~des in equeous
solutiuns dt 3CO'C. Zhur. neorg. khim. 9 no.5j!"89-
1290 i~r 164. (MTRA 170)

GALINKER I.S.; ROD1TUJ4SKIY I.M.; KOROBKOV, V.I,; LEKAYH, IT.B.
.9
Temperature-dependent differences in the thermodynamic pro-
perties of water and electrolyte solutions. Ukr. f1z. zhur. 9
no.4:1+01-405 AP 164. (MIRA 17;8)
1. Sellskokhozyaystvennyy institut im. V.V. Dokuchayeva,
Khar1kov.

S-14" GtL~.P'i
KRA,SNOLEL'SKIY V.b., F, f,r
Conductomp-trIc analynis msthod for 0ii! control ot' Ailkali inal ting,
of the salts of aromut.-Ic quifo acids. KhAir. prom. 41 no.5084-
385 ~~y 165. (M1RA 1810
1. Rubezhanskjy r,.Iital 'Tauchno-issiedovatel'skogo instit-uta
organichesk'Lkh vol-produktov I krasiteley.

LEKAKH, N.B.; GALINKER, I.S.
Hydrolysis of aqueous solutions of ferrisulfate at high
temperatures. Zhur. fiz. khim. 39 no.611318-1320 Je 165.
(M-M 18:11)
1. Kharikovskiy sel'skokhozyayst-fennyy institut. Submitted
March 15, 1963.

0 0 0 0 0 *e, a** a 41
"Al
Iff -
p I 1 10 111111mals trio 0 21 a b Is is UJIM)i IEIJ Jill Mn IA 1?0 66 4i c is u it
-A 4 .0 -A. P 9 If- V~Iq_ 1, 1
b .-so
'9111MIS 0=600 =11 a BMW d ftbmftb of NW&k in Now-Afromme
A -00
MOM V. a OWWW'"d 11 L NAWWWb ("W. 00,144. Kum., 194I.S.,
Ilk 711-711. C. Abe.. 16K 4% 7013).-fin Ramian). Sleamorrairrits of
c %W1" faw the SyNtem 1 aboadeeli f4eeirodr/junctim otlewl".
lyte/alm"doitint b"'fuldo J- boutimm now balido/fam"k. Tbp okao.l."I
Aftivoittle vockomwom of a moaffill milvomir = In Ib ow"Oulk cquitaimum
*'I a IPM mol. alettilaimm brutiodde OW NO OW. @flow bromicle pre null. of
brnmome. IU junction ehicknA)W combbW 0-25 oW. ahimmiWitim ~rotnidr
Imir mA. of kwnwne and vom sMaraW with aak+m clobwMe. The e.m.f.
elb r with ni6emool to the slaWI&M almookab mm mmmmd for 3 m4lor in which .00
the n*W balklie Stull WSW wm t r- "Until Item. go*
ide i- th"M. amitimmy broui& W brommides + W.
of a muth, OW Imimaimin in" + ahmd+Ww=& Im QAL(. 11W dow telk was
Os 0 ffm - O-ftfi to + O'M V.. GM WWWAmd bm 0a ardw thmillim. siandikimm.
MP: Itimmath. mod mUmmy. 716 order test the sum an Wt obor-wred
dimphic"Mm" of the Note" bm tbwr halidge In beroomele molutiorm
at go *.=A md order of Ow womb differed frovis thome
-Upo *.xLL wait ahm meammard for crilm miule
A ! dbm6W but having thm imliver bimmide
war" fma 0013 Imo 040 tomill. pw mocil. of alandittimm chloride. The Wt.
m41 with the IOTW diver brim" - Ovation wam obe amode. Potentimlist
an high mo-017 V. womelabom"I . IU rommallawasent that the silver
l4ex in them "noilm beo; conimidemble dability.
7/ 1 :
ale 0
zoo
A a I L A ETALLUPfKAL LIT041tollt CLASUPICAtICH
00
(vtop com fill All "all IcKKWn _T_Il
0 0 0 0 0 0 0 0
i * 0 0 0 * see 0 0 is 0 0 0 0 0

GALINIMi, V. S.
Galinker, V. S. "'Gn ttfle acidity of alwAno and ferrosilica rrels,"
11
Izvestiya Kiyevsk. poli-tek-lin, in-ta, Vol. VIII, 190 (:)n -,,aver,
l,',49), P. 153-5(-, - 6 items
SO: U-5241, 17 December 19513, (Letopis lZhlarnal Iny1ch Statey-. N,. 26, 1910)

ys1coebamleal study 4 CdT& xqhittoos in
,
Mral", Min
(W KIOV .
-Elec
and Vis.
eond
Rumsn)
.L
.
.
lch
1L;twity of CdIs sioins. in blowy mixts. of liquid3, all of wh
contain Me.0 the 2nd cmpo=t Wng McOji, BlOffj~
-PrOH or Bu611j were Octd. . Mot. elec. cond, of CAllt-.
MZ&VeOH solo. at various Mos. pass" through a ttmx.
'that IS RSUIW-Lto a fortnation of Cd1,MeOl1 compd.-
Temp. coeff. of clec. cond. was detd. between 20 wzdL $0%

neg. for Me,% pos. for Cd1j in ales., and
Cdjj
r sponds to zero for correlation Intervuls In McO-aIc.'s)=mm
mipn. of. CdIs soln, in MftO and Var-
The intepsides of dem
km ales., and of UcOH, am notloo different (cfjbnes and
[
Mabln. C.A.,+.403). HlbabeQi 114rabash

77T Z

mi d6i: h
Pm L
'
xwij~
4tviAlit
jile hill r*
I

flit
If
r fl. k!Tl iddlllj~ A fi~; :.4
k!ca! d dim,;t

111V for:11.10.11
if
4" 1% V'A
it,- d

J

1.1-11 N.I.

VjF
.4

USS'.~/Physica)/Che~.mistry. Electrochemistry. B - 1'r__
Abs Jour Ref Zhur - I(himiya, No 7, 1957, 22486.
Author
Dist Not given
Title Electric conductivity and viscosity of aluminum chloride solu-
tion in nizrotrethane.
Orif Pub Zh. obshch. khimii. 1956, 26, No 6, 1564-1568.
Orig Pub Specific electric conductivity )c , viscosity ;~j and specific
weight of fLIC13 solutions in nitromethane is measured with
concentrations of UC13 from 5 to 45% at 20, 30, and WO.
Though each of the solution components separately is almost
not current conductive, the resulting solutions are good con-
ductors- Xreaches at C-23% its maximum value ( - 1.5-10-2
ohm-1 em-1). Passage of the curve (-,,:,c) throuGh its maximum
is connected with a sharp increase of ,,tat c > 23%, inasmuch
as the 1roduct lc,~grows smoothly with the increase of C. Ttm-
peratilre coefficients of A are negative under the maximur-
point and positive after it. The calculated molecular electric
conductivity (counting on iUC13) grows with dilution of solutions
as is the case with typical electrolytic solutione.
Card 1/1 -162-

GALINKER, V.S.
Use of niobium as an indicator electrode in potentiometric analysis.
Izv. vys. ucheb. zav.; khim. i khim, tekh. 4 no* 2:169-192 161.
(MM 14--5)
1. Kiyevskiy politekhnicheskiy institut. Kafedra fizicheskoy i
kolloldnoy khimii. k
I (Niobium) (Potentiometric axalys~s)
I

MESHKOVA, L.4,.5 GALUTBER, V.S.) KUDFiV,, O.K.
Lead plat:Uig 4ith trilon B. Mashinostroenie no.3:77-79 1.17-Je 262.
WIRA 15--7'j
(Lead plating)

TYAGAY) V.A.1-GALINKER,--V,�_O__FENERLI, G.N.
Systems CdCl2 - MCl - H20 based on electric conductance data.
Zhur.nearg.khim. 7 no-5:1154-1158 VW 162. (MIRA l5t7)
1. Kiyevskiy politekhnicheskiy institut.
(Cadmium compounds-Electric properties)
(Systems (Chemistry))

GALINXER. V.S.
Titanium as an indicator electrode in neutralization reactions.
Zhur.anal.khim. 17 no.5:556-559 Ag 162. . OURA 116:3)
1. Polytechnicai institute, Kiev",
(Electrodes,.Titanium) (Neutralization)

GALINKQ,--Y.d'L- TYAGAY, V. A.; FKNERLI, G. N.
Viscosity of mixtures of aqueous solutions of electrolytes.
Zhur. fiz, khim. 36 no.12:2638-2643 D 162.
041RA 16.-1)
1. Kiyevs'kiy politekhnichookiy institut.
(Electrolyte solutions) (Viscosity)

ACCESSIOIT XR: AP4018067 S/6080/64/037/002/0342/0348
AUTHORS: Galinkeri.,V-S..*,_-Sapry*kin, L.I.
TITLE: Blectrodeposition of cadmium-zinc alloy from an electrolyt,
e
containing,'.2rilon B as complexing agent.
SOURCE: Zhurnal prilladnoy Ichimii, v-37, no.2, 1964, 342-348
tOPIC TAGS: cadmiunl~zinc.alloy, electrodeposition, Trilon B, catho-
die deposition, corrosion':resistance, throwing power, nontoxic oleo-
trolyte, stable electrolyte
ABSTI?ACT: The possibility of using Trilon B as the.complexing agent
in electrodepositing Cd-Zn alloys to obtain a more stable and less
toxic electrolyte titan with cyanides was investigated. Some factors
affecting,the electrodeposit are:' by increasing the Zn content of the:,
electrolyte or the 1raOH conoentra~tioni or current density the. n 011-
tent in the cathodic deposit is incre sed; by increasin Trilon B con-6
centration in the electrolyte the Cd content of the ca die deposit
t 0
is increased somewhat; and with Increasing temperature he Cd content
increases rapidly until 600 when the deposit is pure Cd. The cathodi67.1-'i
Card 1/2

ACCESSION NR: AP4018067
current yield increases somewhat with Increasing tem perature. An in-,
--vestigation of the possibility of using a combination anode consisting
plates showed that the ctrrent is un-
of parallel adjacent Zn and Cd
,,evenly distributed. In order-to form an electrolyte of constant comp-
osition to obtain a Cd;Zn-alloy (20% Zn), the ratio of the Exurfaces oC
the anode Cd and Zn p1 tes should be 2:1. The following electrolyte
is recommended to obtain a cathodic deposit consisting of about 20% Zu
and 80% Cd (an'alloy having corrosion resistance equivalent to that ot
pure Cd): CdS04--3!5-40, ZnS04.7H20--12-14, Trilon. B--100-110 alld NaOR
V 75-85 gm./I; anode and cathode current density of 1-1.5 amps/dm!~~, 200'
no agitation. The electrolyte has good throwing power and gives a -
dense light Va'ytdel)osit with good adhesion to iron. Orig. airt. has
:6 figures an 2 ables'e
ASSOCIATION: None
SUBMITTED: 1OMay62 DATE-ACQ: 1914ar64 ENCL: 00
SUB CODE: CH, ML NR RBP SOV: 012 OTMM: 007
Card 2/2

GALINKER, V.S.; SAPRYKIN, A.I.
Blectrodeposition of a cadmilum-zIne alloy fron an electrolyte
containing trilon B as a complex-forming agent, Zhur. prikl.
khim. 31' no.2%342-348 F 164. (MIRA 17:9)

A.!.
oF' the electroplating of a lead-antimony allov using the Sh,12"
z-adioactive indicator. Ukr. khi-,n. zhur. 31 no.6:578-5,94 165.
(YJRA 18:7)
i. KLyrivskiy politekhniclieskiv Institut.

GALINKER. V.S.; ?-ESHKOVA, L.S.; KUDRA, O.K.
Cathodic pol*ization during the separation of lead from trilonate
complex electi~olytes. Ukr. khim. zhur. 31 no.8:866-871 163.
(141RA 18:9)
1. Kiyevskiy politekhnicheskiy institut.

V~S.
-----
Ilse of addItIvb valuen of 7iscoalty In determining the composition. of
complexes in solutions. &ur. fiz. khim. 39 no.3s!802-803 * 465.
f KRA, 180)

1 0 11
GALIWiLR, V.".; Vi.IWVZORCV, V,P,- 0,K,
Study of a new electrolyte for copper electroplatin Uk r.
khim. zhur. 31 no.9,957-951 '65. fMaIRA 18:11)
1. Kiyeirskly politeklinlcheskiy Inatitut.

GALINKIN. A.A.; YMYMUG, F.A.
lpidsnfcl~ogy of orysipoloid. Yest.ven.1 dorm. no.5:49 S-0 153-
(NZRA 6:12)
1. Is kllnikl kozhnykh I venerichosklkh bolosnoy Toroneshekogo
maditainakogo lustituta.
(Bryalpelam)

GALINKIN, A.A.
Trichosporosis nodoes. Vest.ven.i dorm. no.2:50-51 Mr-ji- 254.
(MLRA 7.-4)
1. 1z kliniki koshnvkh i venerichookikh bolezzley (zaveduyuohchiy kafedroy
professor A.K.Yakubson) Voronezhakogo maditsiaskogo inatituta (direktor -
professor V.P.Radushkevich) i gorodakogo vendispansera (glavnvy vrach
M.V.Kalinina). (Scalp--Dissames) (Kedical ikvcology)

GALINKIN, A.A.
Fungi flora in Voronezh during the pro- and postwar years. Test.
von. i derm. no.4:52-53 Jl-Ag 155. (MLBA 8:12)
1. Is Voronseshakogo kozhno-yonerologtcheakogo dispensers.
(VORDNS7,H--FUNGI, PATHOGENIC)

GALINKIN, A.A. (Voronezh)
Industrial dermatitis caused by Schizandra chinenS4S tincture.
Gig. truda i prof.zab. 5 no.6:47 Je 161. (MIA 15:3)
1. Gorodskoy kozhno-vanerologicheskiy dispanser.
(CMUCAL WORUM-DISMW AND . MUM)
,NmotoA"(SCHILOiDRA-.PMIOLOGICAL EFFECT)
(SKIN-DISEASES)

GALINKIN, A.A. (Voronezh)
Occupational dermatitiv caused by aminazinee Gig truda 31
prof. zab. 7 noeIS51-53 A163 (MIRA 16t12)
1. Vorenezbskiy meditoinokiy institut.

GALIIFKDI,_ A. I.; USEVA, M.V. (Voronezli)
Improve drug distribution to the public. Apt. delo 10 no.3:65-67
ftr~-Je 161. (VORONEZH-ZRUGSTO.U-S) (MIRA 14:7)

1371-58-2-3547
Translation from., Referativriyy zhurnal, IvIetallurgiya, 1958, Nr 2, p 182 (USSR)
AUTHOR: Ga linkin, B. Ye.
TITLE: Increasing the Corrosion Resistance of Sheet Iron by Alloy-
ing it with Small Amounts of Copper (Povyslieniye korro-
zionnoy stoykosti listovogo chuguna putern legirovaniya yego
malymi prisadkami medi)
PERIODICAL: V sb. : Novoye v liteynom proiz-ve. Voronezh, 1957, pp 42-47
ABSTRACT: The results of corrosion tests under atmospheric condi-
tions and in 5-percent solutions of HC1, HN03, NaOH, and
NaCl of cuprous sheet iron (CSI), alloyed with 0. 25% Cu.-,and
0. 04% Ti are presented. The tests show that the corrosion
strength of CSI is higher than the corrosion strength of bulk
production sheet by 40% in atmospheric conditions, by 300
percent in a 5% HCI solution, and 60% in a 5% NaCl solution
on intermittent immersion, It is noted that GSI is suitable for
use as a reliable substitute for roofing Fe. The positive ef-
fect of Cu on the corrosion strength of iron is explained by the
mechanical protection of the compacted film on the corrosion
Card 1/1 products and also by the setting-in of anodic passivity. M. K.
1. Iron-Aorrosion-Effects of copper 2. Iron-coMr &Uo"
--Correniaa-Test romdts

137-58-3-5938
Translation from: Referativnyy zhurnal, Metallurgiya, 1058, DIr 3, p 212 (USSR)
AUTHOR: Gatinkin, B. Ye.
TITLE: Modification by Magnesium Improves Mechanical Properties of
Cast Iron Sheets (Uluchsheniye mekhanicheskikh svoystv
listovogo chuguna posredstvorn modifitsirovaniya yego magniyem)
PERIODICAL: V sb. : Novoye v liteyn. proiz-ve. Voronezh, 1957, pp 48-55
ABSTRACT: A sheet of spheroidized cast iron (SCI) is produced in a
standard 'technological process in conjunction with modification
by metallic Mg (0.5 percent of the weight of liquid metal). Com-
pared with a standard sheet an SCI sheet on a ferrite base
exhibits improved mechanical properties: a 30 percent increase
in strength, 8-9 percent increase in hardness, a 150 percent
increase in plasticity, and improved corrosion resistance. The
production of SCI sheets offers numerous possibilities for their
extensive utilization as roofing and structural materials in the
place of steel sheets.
A. S.
Card 1/1

1 37- 58 -4 - 77 37
Translation from: Referativnyy zhurnal, Mettillurgiya, 1958, Nr 4. p 198 (USSR)
AUTHORS: Tavadze, F. N. , Galinki.n-J3-Ye.
TITLE: Effect of Heat Treatment on the Corrosion Resistance of Iron
(Vliyaniye termicheskoy obrabotki na korrozionnuyu sLoykost chu-
guna)
PERIODICAL: Tr. Gruz. politekhn. in-t, 1957, Nr 3 (51), pp 120-127
ABSTRACT: The results of a study of the effect of heat treatment (HT) in
the 200-7000C temperature interval on the resistance of iron to
corrosion (CR) are presented. Corrosion tests were made on gray
iron with lamellar graphite, high-strength iron with spheroidal
graphite, sheet irc;ns with flake graphite, without Cu and with 0.25
percent Cu. The tests were run in 5 percent HCI, HN03, NaOH,
and NaCI solutions (with intermittent and constant immersion) and
under atmospheric conditions. It was found that under full immer-
sion in NaOH and NaCl solutions, and under atmospheric conditions,
the CR of iron is independent of HT. HT also fails to affect the CR
of iron containing Cu in all mediums. HT significantly affects the
CR of iron only in solutions of acids and in NaCl (on alternating
Card 1/2 immersion and withdrawal). The CR of iron under these conditions

137-58-4-7737
Effect of Heat Treatment on the Corrosion Resistance of Iron
increases as the tempering temperature or the isothermic treatment tempera-
ture of iron is increased to 4500, regardless of the form and nature of the graph-
ite inclusions. Further increase in temperature of HT in the 500-7000 inter-
val induces a reduction in the CR of iron. Irons of martensitic structure have
the highest CR.
M. K.
1. Iron--Corrosion--Temperature factors
Card 2/2

AUTHOR: None Given
0
TITLE: Dissertations (Dissertatsi-i)
PERIODICAL: Metallovedeniye i Obrabotka Metallov, 1958, Nr 81
p 63 (USSR)
ABSTRACT: For the Degree of Candidate of Technical Sciences:
Babichl V. K. "Study of the Processes of Tempering of
Hardened Steel and of Steel Deformed in the Cold State
(Izucheniye protsessov otpuska zakalennoy i
kholodnodeformirovannoy stali). Dnepropetrovsk, 1957,
Dnepropetr. metallurg. in-t im. I. V. Stalina
(Dnepropetrovsk Metallurgical Institute imeni I.V.Stalin);
A. A. Voroblyev, A. A. "Investigation of the New
Technology of Strengthening by Surface Work Hardening"
(Issledovaniye novoy telchnologii uprochneniya
poverkhnostey nadr-16pom), Leningrad 1957, Leningr.
poli-uekhn. in-t (Leningrad Polytechnical Institute);
]~~e._Galinkin "Corrosion Stability of Cast Iron as a
Functio-n-o-r-r-e-rtain Methods of its Treatment"
(Korrozionnaya stoykost' chuguna v zavisimosti 0t
nekotorykh metodov yego obrabotki), Voronezh, 1956,
Card 1/6 Gruz. politelchn. in-t (Georgia, Polytechnical Institute);

Dissertations
129-58-8-15/16
Dobrovollski-ir, S. I."Elucidation of the Possibility of
Studying the Stresses During Plastic Deformation by
Illuminating Transparent Models iwith Polarised Light"
(Vyyasneniye vozmozhnosti izueheniya na-pryazheniy j)ri
plastichesicoy deformatsii putem prosveenivaniya
prozrachnykh modeley polyarizovann~y-.. svo-,Uom) Minsk]1957~
Ali SSSR . In-t inetallurgii im. A. A. Baykova ~Ac. Se. USSR,
Institute of Metallurgy imeni A. A. Baykov);
G. F. Lepin "Investigation of Certain Relations of Creep
and Relaxation Phenomena in Metals" (Issledovaniye
nekotorykh za-konomernostey svyazi yavleniy polzuchesti
i relaksatsii napryazheniy v metallalch), Moscow, 195T,
AN SSSR. In-t metallurgii im. A. A. Baykova (Ac. Sc. USSR,
Institute of Metallur6y imeni A. A. Baykov);
Loginov, P. I. "Investigation of the Influence of Short
Duration Over-loads of the Resonance Type on the Fatigue
Strength of Structural Steel" (Issledovaniye vliyaniya
kratkovremennykh peregruzok rezonansnogo ti-pa na
ustalostnuyu prochnost' konsturuktsionnoy stali), Leningrad
1957, Leningr. politekhn. in-t im. Y1. I. Kalinina
Card 2/6 (Leningrad Polytechnical Instiu"ute imeni M. I. Kalinin)

Dissertations
129-58-8-15/16
M. S. Polyak "Seeking of New High Speed Facing Alloys of
Increased Stability and Establishment-of a Rational
Facing Technology" (Izyskaniye novykh bystrorezhushchikh
naplavochnykh splavov povyshennoy stoykosti i
ustanovleniye ratsionnallnoy tekhnologii ikh naplavki),
Tbilisi, 1957 Gruz. politekhn. in-t im. S. M. Kirova
(Georgia P01;4echnical Institute imeni S. M. Kirov);
Yu. A. Preobrazhenskaya "Micro-structural Deformation
and Influence of the Deformations on the Heat Resistance"
(Mikro-strukturnyye deformatsii i v1iyaniye deformatsii
na zharoprochnost') Moscow, 1957, Mosk. in-t tsvet.
metallov i zolota im. M. I. Kalinina (Moscow Institute of
Non-Ferrous Metals and Gold imeni M. I. Kalinin);
For the Degree of Candidate of Physico-Mathematical Sciences:
Bykovskiy, Yu. A. "Investigation of the Photomagnetic
Effects in Germanium" f.Issledovaniye'fotomagnitnykh
effektov v germanii , Moscow, 3.957, Mosk. inzh, fiz.in-t
(Moscow Engineering Phys. Institute);.J,
Ye. L. Gallperin "Changes of the Crystal Structure of
Steel During Cold Treatment and During Heat Treatment"
Card 3/6 "Izmeneniye kristallicheskoy struktury stali pri kholodnoy

Dissertations
129-58-8-15/16
i termicheskoy obrabotkd1?1, Leningmc~19557, Leningr.
ped. in-t im. A. I. Gertsena. Kafedra obsh6hey fiziki
(Leningrad Pedagogical Institute imeni A. I. Gerteen.
Chair of General Pb~ysics);
A. V. Grin' "Investigation of the Phenomena of Non-
Elasticity in a-solid Solutions of Aluminium with Magnesium"
(Issledovaniye yavleniya neuprugosti v al'fa-tverdykh
rastvorakh alyuminiya s ma niyem), Sverdlovsk, 1957,
AN SSSRI Urallskiy filial ~2c. Sc. USSR7 Ural Branch).
D. N. Karlikov "Near Order and Viscosity of Liquid
Amalgams of Cadmium and Zinc" (Blizhniy poryadok i
vyazkost I zhldkik-h amall gam. kadmiya i tsinka), Kiyevp 1957,
WvskiY
Ki, - gos. universitet im. T. G. Shevchenko
(Klyev 3iate University imeni T. G. Shevehenko);
0. G. Karpinskiy "Residual Stresses After Grinding of
Metalsllv~Ostatochnyye napryazheniya posle shlifovaniya
metallo 1, MoscoW9 1957, Mosk. inzh.-fiz.in-t
(Moscow Engineering-Phys. Institute);
For the Degree of Candidate of Chemical Sciences-
I. K. Marshakov "Investigation of the Mechanism of Slot
Card 4/6 Corrosion of Metals" (Issledovaniye mekhanizma "shchelevoy

Dissertations
129-58-8-15/16
korrozii" metallov) Voronezh, 1957, AN SSSR. In-t
fizicheskoy khimii 4c. So. USSR, Institute of Physical
Chemistry);
Molodova, K. A. "Complex Compounde of Platinum Yith
Acetylene Derivatives in the Internal Sphere and Some of
Their Properties" (Kompleksnyye soyedineniya platiny s
atsetilenovymi proizvodnymi vo vnutrenney sfere i ikh
nekotoryye svoystva), Leningrad, 1957, Leningr. ped.
in-t im. A. I. Gertsena (Leningrad Pedagogical Institute
imeni A. I. Gertsen);
B. I. Nabivanets "Study of the Complex Compounds of Mo
in the Solution" (Izucheniye kompleksnykh soyedineniy
molibdena v rastvore),Klyev, ~957, AN Ukil.SSR, In-t
obshchey i neorganicheskoy 1chimii (Ac. Se. Ukr. SSR,
Institute of General and Inorganic Chemistry);
G. A. Tedoradze "Study of the Kinetics of Oxidation of
Chlorine Ions and Ionisation of Molecular Cl on
platinum" (Izueheniye kinetiki ok-isleniya khlor-ionov
i ionizatsii molekulyarnogo Ichlora na platine),
Moscovil 1957, MGU im. M. V. Lom.onosova. Kafedra
Card 5/6 elektro-khimii (Moscow State University ijaeni M.V.Lomonosov.
Chair of Electro-chem-istry);

Dissertations
129-58-8-15/16
L. V. Petrova "Synthesis of (x-, P-unsaturated
ketones, P-chlorketones, diketones and ketoxides in
Presence of Metal Halogenides" (Sintez cc-, P-nepredel'-
nyk.b_ ketonov, 0-khlorke-tonov, diketonov i ketokislovl v
prisutstvii galo-e-niziov metallov), Moscow, 1957,
AN SSSR, In-t organich.khimii im. N. D. Zelinskogo
(Ac. Sc.,iUSl.)R, Institute of Organic Chemistry imeni
N. D. Ze nskiy)
1. Metallurgy--U&gR
Card 6/6

S/081/61/000/024/039/066
B117/B147
AUTHOR: Galinking B. Ye.
TITLE: Corrosion resistance of cold-worked cast-iron sheets
PERIODICAL: Referativnyy zhurnal. Khimiya, no. 24, 1961, 307, abstract
241208 (Sb. "Polucheniye izdeliy iz zhidk, met. a uskoren.
kristallizatsiyey", Moskva-Kiyev, Mashgiz, 1961, 297-298)
TEXT: The effect of cold rolling upon the corrosion resistance of cast-
iron sheets is described. It is shown that the corrosion resistance
increases with an increase of the degree of deformation up to 25%. This is
related to the compacting and smoothing of the sheet surfaced Further
increase of the degree of deformation (up to 100Y.) of the sheet hardly
improves its resistance corrosion. on the contraryq the corrosion
resistance of such cast iron is even lower. To increase the corrosion
resistance of cast-iron sheet, it is recommended that the rolling process
should be performed at the optimum degree of deformation (2Y,/,) under the
conditions of further recrystallization. [Abstracter's note: Complete
translation.]
Card 1/1