SCIENTIFIC ABSTRACT UKOLOVA, T.P. - UKSHE, YE.A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001857910012-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 14, 2001
• Sequence Number: 12
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

-61 ffe /,/ 6 ~f 0, -77- P
MOBBLI, M.S.; UKOLOVA, T.P.
Preparation and radiographic analysie of lower oxides of titanium.
Zhuranoorgskhiz, 2 no.9:22?4-2276 S 157. (MIRA 10-12)
(Titanium oxides) (Radiography)

MUM, TOP.
.od
Ageyev, N.V., V.A. Reznichenko, R.P. Ukolova, and Y.S,, gl* ell (Institute of
Metallurgy, Academy of Sciences USSR). On the Lower Qxides of Titanium, p. 64.
Titan i yego splavy. vyp. II; Ifetallurgiya. titana qitanlum and Its Alloys.
No. 2: Metallurgy of Titanium) Mosccw~ Izd-vo a S9,13% 1959. 179 P.
This collection of papers deals with sources of 'Vitanium; production of
titanium dioxide, metallic titanium, and titanium sheet; slag composition;
determination of titanium content in slags; and other related matters. The
sources of titanium discussed are the complex sillimanite ores of the Kyakhtin-
skoye Deposit (Buryatskaya ASSR) and certain aluminum ores of Eastern Siberia.
One paper explains the advantages of using 11menite t1tanito slags for the pro-
duction of titanium dioxide by the sulfuric acid method. Production of metallic
titanium by thermal reduction processes (hydrogen, magnesium, and carbon reduc-
tion) is the subject of several papers, while other papers are concerned with 1-he
electrolytic production of titanium. Other subjects dealt with are interaction
of titanium with water vapor and with hydrogen and thet dettrmination of titanium
in slags.

AGSYBV, N.Y.; REZNICHMHKO, V.A.; MWVA. T.P.; MOMPI, )LS.
lower titanium oxides. Titan i ago splary io.2:64-72 159.
O'IRA 13:6)
1. Institut motallurgi AN SSSR.
(Titanium oxides)

REZNICMWKO. V.A. (Moskva); UKOLOVA, T.P.J~oakva)
I Jkfect of the'addition of lower titanium oxides on the reduction
of ilmenite by carbon. Izv.AN BS9R,.Otd.tekh.nattk,Xet.1 topl. no.4;
26-28 Jl-Ag CO. (MIRA 13:9)
(Ilmenite) (Titanium-,-Metallurg7)

REZNICHENKO, V.A.;.~KOLOVA, T.P.
Investigating interaction processes of the lower titanium
oxides with ilmenite. Titan i ego splavy no-5:75-79 161.
(MIRA 15:2)
(Ilmenite)
(Titanium oxide)
(Phase rule and equi.liln-ium)

BEZNICHENKO,, V.A.; UKO
83rn sits of andsovite and of solid solutions on the basis of
a titanium besquioxide lattice. Titan i ago splavy nci-5:80-U
161. (MIRA 15:2)
(Anosovite)
(Titanium oxide)

S/137/62/000/006/032/163
Aoo6/A1o1
ATMORSi Reznichenko, V. A., Ukolova, T. P.
TITLE: Investigating interaction processes of lower titanium oxides with
ilmenite
PERIODICAL: Referativnyy zhurnal, Metallurgiya, no. 6, 1962, 13, abstract 6G98
(In collection: "Titan i yego splavy", no. 5, Moscow, AN SSSR, 1961,
75 - 79)
TEXTt Experiments on the interaction of ilmenite with Ti~03 were conducted
under neutral conditions and in a vacuum. With an increasing ilmenite : T12O
ratio, the completeness of interaction decreases, ie. the higher the solubiMy
of Ilmenite in Ti2O3' the lower its activity. Activity of T1.3+ is particularly
reduced with its decreasing concentration in the 11menite. If the ilmenite :
T12O ratio is 0-25 -. 1, a solid solution of ilmenite in M203's formed, named
fftag~rovitcll. At a i.ia:her ratio a solid solution of Ti~O in the ilmenite, the
crichtonite, is formed. At a ratio > 0.5 : 1, a solld solution is formed being
ferrous anosovite. L. Vorob'yeva
[Abstracter's note: Complete translation)
Card 1/1

REZNICHENKO, V.A.; UKOLOVA T.P.
Studying procesves of the interaction of 11menite vith
monoxide, Titan i ego spla no.8s49-54 162. oft iizwl 1)
(Ilmsnite7 (Tit~zdum oxide)
p

REHICHENKO, V.A.; KIIALIMOV, F.B.;-UKIOLOVA,,T.P.,
Titanium oxides. Titan i ego splavy rio.9:42-69 '03.(IAIFU 16.9)
. (Titanium oxide)

PHASE I BOOK EXPLOITATION sov/4962
Ukolova, Yelena Nikolayevna
Avtomatleheakaya svarka (Automatic Welding) Moseow, Mashgiz,
196o. 147 P. 25,000 copies printed.
Reviewer: S. I. Mikhaylov, Candidate of Technical Sciences;
Ed.: Yu. A. Denisov, Engineer; Tech. Ed.: N. A. Dugina;
Executive Ed. of Ural-Siberian Department (Mashgiz): A. V.
Kaletina,, Engineer,
PURPOSE: This book is intended for use as -a textbook for weld-
ers in training.
COVERAGE: The author discusses the autontatic welding of
steel and nonferrous metals. Welding techniques are re-
viewed and data are included on the properties, use, and
manufacture of fluxes employed in automatic welding.
Modern automatic-welding equipment Is described and in-
formation on the operation and repair of this equipment
C a

Automatic Welding Sav/4962
is provided. Automatic-welding methods applied in vari-
ous branches of industry are discussed. The book also
contains material on welding defects, quality control of
welds, and the economic aspects of automatic welding.
No personalities are mentioned. Soviet references accom-
pany each chapter.
TABLE OF CONTENTS:
Introduction
3
Ch. I. Essentials of Automatic Flux-Shielded Welding 5
1. The system of flux-shielded welding, Advantages
of flux-shielded welding over manual are welding 5
2. Electrical, thermal, and metallurgleal processes
in flux-shielded welding 7
Ch. 11. Fluxes and the Electrode Wire 15
CaJrd--2/-5.

LARIONOV, A.K,, doktor geolego-miner. nauk; UTOLOVA, Z.S. inzh,
kSanning foundations of structures on clarey soilv. Trudy
RISI no.6:35-41 158. (KiRA 12:6)
(Foundations) (Boil mechanics)

ZURNADZHIP V.A.; ANANITEV, V.P.; UKOLOVA, Z..").
Deter-mining possible deformations of sagging foundations and selecting
construction measures. 09n.,, fund. i mekh.gnin. 5 no.6:23-25 163.
(KM 16t12)

DOBSRTTS, M.L., inzh.; KARAMYSHEV. I.A., inah.; MAINCHIK M H In2h.
Exhibition of now machinery to be used in the construction of
transportation facilities. Transp. stroi. 8 no. 5*.29-31 Yq 158.
(MIRA 11:7)
(Moscow-Road machinery-11xhibiticum)

BATTS, &manull Genrikhovich, kand.tekhu,namk; VILIMIN, Molom Yadovich,
kand.tebm.nank; KASARWIT, Jba SOlOmOuffich; SHCHUKIN, Viktor
Semenovlebi starshly luzh;;,UJCW affj"LA, Inzh,, red,
Darge prestroseed concrete *Double Tw slabs for roofs of buildings]
Nedvaritellno napriashannys zheIezdbetotrqe krUpT79 I Ili
~~ns
wdvolnoe Tw dlia pokrytil zdanil; In opyta N11ZHelesobetona i
sawoda 16.22 Glavmospromstrolmaterialov. Moskva, Gos.izd-yo lit-ry
po stroit., arkhit. I stroit,'materialm, 1960. 27 p
I (;IRA l4t12)
1. Akademiya stroltelletva I. arkbitelctur7 SSSR. Institut organi-
zateii, makhanizatail i tokhnicheskoy portoehohl otroitellstvu.
Byuro takhnichaskoy Informtell, 2. Zaveduyushably laboratorlyey
fibornykh shelexobatounykh konstrukilf.'V Smohno-io,sledovatel'skogo
InstItuta sholesobotonnykh Welly I neriLdnykh w-terialor (for Batts).
3. Zaveduyushchiy sektorom inzhenerny-kh lconstrukttsiy Sanchno-iseledo-
vatellakpgoAustituta shelesobetonnykh Izdally I, uerudzqkbt-wt*-
rialoy (f~Li TSeytlin). 4. Glavny7 Imzh. zavoda No.22-Glalmosprom-
stroymaterialow (for Nasarekly). 5. Natufto-i9sledovatel'okiy
iustitut shelexobstonnykh Welly i norwimykh materialow (for
Shchukin).
(Precast concrete construction)
(Roofing,, Concrete)

PFULI p Me.., inzh.;_UKRAIDICHIN, M.Mj inzh. j, red.
(The FV-1 and P-3 machibes for unloacling loose and fine materials
from railroad cars) Mekhani=W FV-1 i P-3 dlia vygruzki sypuchikh
i melkokuskovykh materialov iz zheleimodorozhxqkh vagonov; iz
opyta TSentrakademstroia Akademii na-L& 13M. Moskva., Gos. izd-vo
lit-ry po stroit.p arkbit., i stroit. miterialam, 1961. 13 p.
(F.IRA 14:12)
1. Akademiya stroitellotwa i arkhitektu:cy SSSR. Institut organi-
zatsii, mokbanizatsii i tekhnicheskoy pomoshchi stroitellstvu.
Byuro tekhnicheskoy informataii. 2. Glalniyy mekhanik TSentraka-
demstroya Akademii nauk SSSR (for Pful').
(Loading and unloading)

SOMOV) Valentin Iyanovich; WDRID) Konstantin L*risovicl~ tj.ijSII,IOVI
Feliks VUidimiro-vich, inzh.; UKPJJNCHIX,M.Yj., inzh.,,red.
[Residential building rv-ide vibration-
rolled elements; from construction practices in block no.123
of Novyyo Kuzlminki (1-loscow)]Zhiloi don iz obllemnyl,.h vibro-
prokatnykh elementov; opyt stroitel'stva v 113 kvartale
Novykh Kuzlminok (t,,oskva). Moskva., Gos.,jtroiizdat, 1961. 41 P.
(MIM 15: 8)
1. Akaderdya stroitelistva i arkhitektuxy SSSR. Institut or-
ganizatsii, i.-.ekhanizatsii i telchnicheskoy poroshchi stroitell-
stvu. Byuro tekhnicheskoy infortratsii. 2. Glavnyy inzhonor
konstruktorskogo otdela Moskovskogo instituta tipovogo i ek-
sperimentallnogo proyektirovaniya Foakcwkogo gorodskogo sove-
ta deputatov trudyaslichikhoya(for Somov). 3. Rukovoditelt
gruppy metodicheskikh-kibinetov tresta "Mosorgstroy" Glavnogo
otdeleniya po zhilishchnoru i grazhdanskoru stroitellstvu v
gorode Moshve (for Ezdrin). 4. Vctod~cheskiy kabinot t.-c-
sta lqlosorgstroy" na zartroyke rayona Novyye Kuzli-!.inki (for
Anisirnov).
(Precast concrete construction)
(Moscow-Apartment houses)

ROZENFEL'DyAleksandr Grigorlyevich; EU~Rnl,, Konstantin Borisovich;
U)aAINCHIK.v MoM..4 inzb,, red,
[Construction of large-panel apartment houses according to
the series 1605A Standard plan of the "Gipi-ostroiindustriia"
InstituLe; building of a residential block in Fili-Mazilovo
in Moscow (practices of the Main Administrirbion for Housing
and Public Construction in the City of Moseow)]Stroitel'stvo
krupnopanellnyk.h zhilykh domov po tipovowa proektu serii
1605A Institua "Giprostro1industrii-ell- zastroika zhilogo
kvartala v Fili-Mazilovo v Moskve (o4t Glavmosstroia). Mo-
skva., Gosstroiizdat., 1961. 53 p. (KIRA 15:8)
1. Akademiya stroitel7stva i arkbitektury SSSR. Institut or-
ganizataii, mekhanizatsii i tekhnicheskoy pomoshchi stroi-
tel'stvu. Byuro tekhnicheskoy informatsii. 2. Glavnyy kon-
struktor Instituta. nGiprostroyindustriya" (for Rozenfelld).
3. Rukovoditell gruppy metodicheskikh kabinetov tresta.
I'Mosorgstroy" Glavnogo upravloniya po stroitellstvu i
vosstanovleniyu zheleznodorozhnykh mostav (for Ezdrin).
(Moscow-Apartment houses)

LAVIRIETSKIY, L.F., inzh.; ORIDVSKIY, B.Ya.,, inzh.-arHi.; FINKEISIITEYN,
B,A., inzh.; KDRE, K.B.., inzh.; UKRAIIICIIIK,, M.M., inzh.,
red.
1~
[One-story industrial building with no monitor and with:a
flat roof and a large network of columns]Odnoetazhnoe bes-
fona,rnoe proDWshlonnce zdanie s ploskoi lwovlei i Imupnoraz-
mernoi setkoi kolonn; iz opyta tresta "K013stroi-51' Glavmos-
3troia. Moskva, Gosstroilzdat, 1961. 72 P. (MIRA 15:9)
1. Akademiya stroitel'stva i earkhitekttuT S&ER. Institut orga-
nizataiiq mekhanizataii i tekhnicheskoy porochchi stroitel'stvu.
Byuro tekhnicbeskoy informatsii. 2. Zamestitell upravlyayushchego
trestom ul-losstrOY-5" (for Orlovskly). 3. Starshly prepodavatell
Vsesoyuznogo zaochnogo pol-itekhnicheakogo institirta (for
Fi4nlcinshteyn). 4. Rukovoditall gruppy metodicheakikh kabinetov
tresta IVIosorgstroy" Glavnogo otdeleniya.po zhilishchnomu i
grazhdanskomu stroitel2stvu v g. Moskve (for Ezd:rin).
(14oscow--Factories--Desip and coni;truction)

SITNIKOV, Mikhail A:Leksandrov-lchikand.tokkunauk;.VKRAINrHlKpM.M.,
inzh.,,red.
[Precast reinforced concrete reservoirs with poststressed
walls; practices of the Experim.-ntal Construction Office of
the A11-Union Research Institute for Water Maine (VNIIST),
of the "Stroidetall" Plant and the Whita Russian Transporta-
tion Construction Administration of the Ministry of Trans-
portation Construction of the U.S,S.R,l Sbornye zhelezobeton-
nye rezervuary a posleduiushchim napriazheniem. stenok; iz
opyta Eksp,&rimentallno-konstruktorskogo bftro Vsesoiuznogo
nauabno-isaledovatel I skogo inatituta po stroital I stvu magis-
trallrqkh truboprovodov (VNIIST),, zavoda "Stroldetall" i ,
Beltransstroia Ministerstva. transportnogo stroitel'stva SSSR.
-7- Moskva, Gosstroiizdat, 1962. 23 p. (MIRA 17:2)
1. Nachallnik tekhnicheskogo otdela. tresta "Beltransstroy"
Mi,rAsterstva transportnogo stroitel'stva SSSR (for Sitnikov).

'ZHUKOVSKIY, E.Z., inzh.; KOREKOVTSEV, N.P... inzh.; UKRAI,NCHIK,
M.M., inzh.p red.
---l- .11
(Precast monolithic reinforced concrete &hells in the
form hyperbolic paraboloids for roofs of industrial
buildings; practices of the Krasnoyarsk Econoirdc Coun-
cil and the State Design and Planning Irmititute of the
Leningrad State Design and Plannit Institute) Slborno-
monolitriye zhelezobetonrWe obolochki v vide giperboli-
cheskikh paraboloidov d3ia pokrytii pro'wyshleiuWkh zda-
nii; opyt Krasnoiarskogo sovnarkhoza i GPI QLaninprom,
strolproekt.ft Moskva, Gosstroiizdat$ 1962. 33 p.
(MIRA 17:6)
1. Akademiya stroitellstva i arkhitektury SSSR. Naucbno-
issledovatellskiy institut organizatsii, mekhanizatsii i
takhnicbeskoy pomoshchi stroitellstva. 2. Rukovoditell
spetsiallnogo konstruktorskogo otdala Gosudarstvennogo
proyektnogo institute "Lenpromstroyproyekt" (for
ZhukovskIy)-3.Glavnyy inzhener tresta "Krasnoyarsk-
shakhtostroy", g. Chernogorsk (for Korekovtsev).

MARKOV, Boris Glebovich, inzh.; EZD.;,JN, Konstantin Borisovich,
inzh.., red.
(Construction of covered markets using 40x/+Ojr. double
curvatur6 precast reinforced shells] Stroitellstvo kry-
tykh rynkov s ispoltzovaniem sbornykh zhelezab-a-tornVkh
obolochek dvoiakoi krivizzW razmeraipi. 40x4O ra. Moskva,
Goostroiizdat.. 1962. 46 p. (MIRA 17-7)
1. Akademiya stroitel'stva. i arkhitel:tury SS:~R. Nauchno-
issledovatel'skiy institut organizatsiip mekhanizatsii i
tekhnicheakoy pomoshchi. stroitellstvil. 2. GlavrWy kon-
struktor otdela pa proyektirovaniyu predpriyamiy torgov-1i
Gosudarstvennogo instituta po proyeksirovaniyu predpriyatiy
torgovli i obshchestvennogo pitaniya Ministerstva torgov1i
RSFSR (for Markov).

MELINIKOV, Yu.L.., kand. tekhn. nauk; ZAKHAROV, L.V.p inzh.;
KOLOKOLOV, N.M.p inzh.; UKRAIRCHIK, M.M., inzh., red.
(Joints of nrefabricated reinforced concrete bridge
span structures] Styki sbornykh zhelezob-stomykh pro-
letnykh stroenii mostov. Moskva, Orgtra-.qsstroip 1962.
79 p. (MIRA 17:7)
1. Laboratoriya zhelezobetonnykh mostov TSentrallnogo
instituta nauchno-tekhnicheskoy informatsii mashino-
stroyeniya (for Mellnikov, Zakharovp Kolokolov).

MIKHAYLOV, Vladimir Timofeyevich, inzh.; ~KRMNCHIK, M.M.3 inzh...
red.
Nobile facilities for the technical servicing of
construction equipment] Peredvizbnye sredstva dlia tekh-
nicheskogo obsluzhivaniia stroltellnykh inash-In. Moskvap
Gosstroiizdat, 1963. 18 p. (MMA 17:9)
1. Moscow. Nauchno-issledovatellskly institut organizatsii,
mekhanizatsii i tekhnicheskoy pomoshohl .3troitellstvu.
2. TSentralinoye normativno-issledovatells'xoy-3 byuro "Org-
transatroy" Gosudarstvennogo proizvodstvonnogo komiteta po
transportnomu stroitellstv-a SSM (for Mikhaylorv).

LEVITMI, Ye.P., kand. tekhn. nauk; TARGMSKIY, N.L.p inzh.;
EZDRIN, K.B., red.
(Assembling precast reinforced concrete roofs for large-
panel buildings; practices of the Main Conatruction
AdmInistration of the city of Moscow) Montazh sbornvkh
zhelezobetoinVkh krysh krupnopanel'rWkh zdamii; iz opyta
Glavmosstroia. Moskva, Stroiizdat, 1964. 31 p.
(MIRA 18:5)
1. Rukovoditell sektora pokrytiy TSentrallnoy laboratorii
teplofizicheskikh issledovaniy elementov zdaniy Nauchno-
issledovatellskogo instituta. stroitellnoy fiziki Goastroya
SSSR (for Targanskiy). 2. Glavnyy inzhener proyeictov
tekhnicheskogo otdela. Instituta po proyektirovaniyu zhi-
lishchno-grazhdanskogo stroitellstva (for Ezdrin).
%:4'rZ 1. ~

CHMI, Vitaliy Dmitriyevichl UK7AINCqKM.M. nauchn. red.;
KASHANI, L.A., red. ~J_
(Laboratory and practical work in special methods for
plasterers) Laboratorno-prakticheakie raboty po bpets-
tekhnologii dlia shtukaturov. Moskva, Vysshatu shkola,
1965. 87 P. (MIRA M12)

Lr tile L
of a br~-Ck
-0e.
val. no. 11, n
154. 13,ao,~rad, y1j"o"I
!I. hvla)
Llls~ of jj;-
Y
-1:~;t ~jjror
:,L LLJ
AT)r 1955, 11ricl. lip

I- UKRAINCIK, Ernest
"Artificial drying sheds in the brick-making industrym
SO: TEHNIKA No 7, Year X. - 1955
I~q ~

UIMAINCIK9 E.
Managers, do you know the opinion of your oollaborstors? p. 1523
TEHNIKA, Beogard, Vol lOp No* -10,, 1955
Sot EULP Vol 59 No- 7o Ju1Y 1956

MIRAIMIK, E.
Review of diseasea in a brick mamfacturing enterpidae. p. 1675
TEWKA, Teogardp Vol 10, No* n. 1955
SOs EUL, VOL 5, No. 7, ju3,v 1956

UKRAINCIK, E.
Construction of artificial dryine kins in the brick
industry. p. 776. TEI*;'IKA (Savaz inzenjern i techicara
Jugoslavlje) Beograd. Vol. 11, no. 5, 1956
SOURCE: East Europe Accessions Lists (3EAL),
Library of Congress, Vol. 5, no. 11, Nor. 1956

UKUINCIK. E.
Coal in the brick industry, p. 1424*
(Tebmixa, Vol. 11, no. 9, 1956. Beograd, Yugoslavia)
SO% Monthly List of East European Accessions. (EEAL) LC, Vol. 6, No. 7,
Ju:LY 1957. Uncl.

U1140CIK, Ermest
The Dryolit slabo for building. Tehnika Jug 17 no.9:8uppl.
Orgaixizacija rdda 12 no.9:1824 S 162.

UKRAINCIK, Ernest (Zagreb, Kosirmikova 58); WENCESLAV, Faust (Zagreb)
Advantages of tunnel furnaces. Tehnika Jug 18 ro, 12:
Supplement; Organizacija rada 13 no. 12; 2351-2353 D 163

UKRATWCIK pLe a
E A__
Steatit as a means of rationalization. Tephnika Jug 18
no. 3.2: Supplement: Organizacija rada 13 no. 12: 2360-
2360a D 163

BOCHAROVA, L.P., 1~' PIETS. X.S.
Effect of phephorous orgnnic insecticides ascorbic sicid oxidase
[with sumrutr7 in Nnglishl. Biokhimiia 23 no-3:388~-389 Yq-J& 158
WRA 11:8)
1. Nauchnyy inatitut po udobrenlyam i insektofungUsidam
Ministerstva khimicheakoy promyshlennoati SSSR, Mot3kva,
(OXIDASE,
ascorbic ncid oxida8e, eff. of phooplinte insecticides
(Rua))
(PHOSPHATES. effects,
on ascorbic acid oxidames, insectleides (Rus))

USSR/General and Specialized Zoology - Insects. HarmALl Insects P
and Acarids. Chemical Means in the Control of
Harmful Insects and Acarids.
Abs Jour : Ref Zhur Biol., No 6) 1959, 25408
Author : Popov, P.V,j Bocharova, L.P., Ukrainets, N.G.
Inst
Title the Insecticidal and Acaricidal Properties of Methyle-
thylthiophos.
Orig Pub V sb.: Organ. insectofungitsidy i ge3:'Ditsidy. M.,
Coskhimizdat, 1958, 39-42
Abstract The toxicity of thiphos and Tre--thy.ethylthiophos was
practically the same in experiments with the citrus
mealybug, tho storage weevil, the beet aphid and the
Megalosiphum picridis aphid. Equitoxic~il concentrations
of these combinations differed not more than by 15-20%.
The fo~lowing*waa the comparative species resistance of
the insects under experiment in descending order:
Card 1/2

VSSR/General and Specialized Z.)ology - Insects. Haimful Insects P
and Acarids. (nemical Means in the Control
of Harmful Inziects and Acarids.
Abs Jour : Ref Zhur Biol., 11o 6, 1959, 254o9
Author ; Popov, P.V., Ukrainets, N.S.
Inst : -
Title : The Insecticidal Property of Some Mixed Phosphates and
Thiophosphatos,,.
Orig Pub : V sb.: Organ, insectofungitsidy i gerbitsidy. M.,
Goskhirdzdat, 1958, 122-127
Abstract : As a result of determining the insecticidel properties
of 45 phosphates and thipphoqphates s3-.,tlhesi~cd in the
Scientific Inotitute of Fertilizer7) and Insectides and
Fungicides, a table of the concentrations of the testod
compounds causing the total destruction of the storage
weevil beetle was offered. Only diethyl-L-nitrophenyl-
phosphate of these compounds was approximately equal to
Card 1/2

USSR/General and Specialized Zoology - Insects. Harmful Insects P
and Acarids. Chemical Means in the Control of
Harmful Insects and Acarids.
Abs Jour Ref Zhur Biol., No 6, 1959, 25429
Author Bocharova, L.P., Popov, P.V., Ukrainets, N.S.
Inst
Title Sulfacid Esters as Acaricides
Orig Pub V sb.: Organ. insektofungitsidy i gerbitsidy. M.,
Goskhimizdat, 1958, 257-261
Abstract P4nng; the studied chlorophenyl esters of methane- banzene-
and chlorobenzene sulptkonic :scids in the control of
Metatetranychus citri, only 4-chlt:)ropL~ewjl-4-chlorobenze-
ne sulphonatZ is effective. Feasible admixtures to it
(phenyl-, 2-chlorophenyl-, 2,4-diohlorophenyl- and 2,4,5-
trichlorophenyl-4-chlorobenzene sulphonates) are practi-
cally ineffective in the control of ascarids. In dis-
tinction from the acari~_,ides of the thiophos type and
Card 1/2

USSR/General and Specialized Zoology - Insects. Harmful Insects p
and Acarids. Chemical Means in the Control of
Harmful Insects and Acarids.
Abs Jour : Ref Zhur Biol., tio 6, 1959, 25433
Author : Popov, P.V., Bocharova, L.P., Ukrainets, N.S., Sedyk1i, A.S.
Inst
Title Contact and Intraplantar Insecticide Action of the
Systox Group Corapo2nds.
Orig Pub V sb.: Organ. insektofungitsidy i gerbitsidy, M.,
Goskhimizdat, 1958, 13-25
Abstract Of the systox group compounds, thiol isomer (I), mer-
captophos (K), commercial 14 and thionic; I and M, methyl-
mercaptophos and methylethylmerealyLophos possess the
greatest contact toxicity ana riaost lasting protective
effectiveness. To obtain an identical toxic and protecti-
ve effect, the concentration oil the designated thionic M
should be times c-_eater than I and commercial M;
Card 1/2

M&LINIKOV, N.No MANDELIBAUM, Ya.A.j SlIVETSOVA0 K.D.; BAKANG-VA, ZA
LOMAKINA, V.I.; ZM Sp P.G.; MILISHTEYN, I.M.; POPOV, P.V.;
FOKROVSKIY, Ye.A.; BOCHAROVA, L.P.; SEDYKH, A.S.;_~~N%TS, H.S.
Improved technologi for producing thiophos, metaphos, chlorophos
and other phosphorus organic insecticides and investigation of
new insecticides and fungicides derived from the esters of
phosphoric acids (Trudy] NIUIF no.164.11-14
159. (KRA 15- 5)
(Insecticides) (Fungicides)

BEWGLYY, S.F.; AKIMOVt B.A.; POPOV, P.V.; WKRAINETS, N.S.; BOCHAROVA, L.P.
Physicochemical bivestigations of the wettable pourders of different
insecticides in order to improve the methods of their production.
(Trudy] NIUIF no.164s32-34 159. (MRA 150)
(Insecticides)

MELIKIKOV, N.N.; ZUBOV, M.F.; TRUNOV, P.N.; SANIN, M.A.; FEDOSEYENKOY L.I.;
UKRAINZj9,-I,S.; PIVOVAROVA, T.M. .
Fungicide for controlling powdery mildew fungi. Zashch. rast. ot
;.vied. i bol. 8 no.1:31 Ja 163. OaRA 16: 5)
(Fungicideg) (HildeF)

ZUBOV, M.F.; SANIN, M.A.; FEI)OSZYENKO,,, L.G.; TTAjX&TS,-tLS.; PIVOVAROVAJ,
~.M.; MATVIYEVSKIY., kand.bio2og.nauk;'ROSLAVTSZVA, S.A.
From practices in the use of poisonous cheimicals. Zashch. rast.
ot vred, i bol, 8 no.3a:23-21, N '63, (MIRA 1713)
2. Vsesoyuznyy nauchno-issledovatel'skly institut khimichaskikh
sredstv zashchity rasteniy,(for all.. except Matviyevskiy)e 20 Mle-4
yevskaya opytnaya stantsiya saclovodst-y-a im. LtP.Simirenko., Cherkas-
-dkaya obl., Gorodishche (for Matviyevskiy).

ZUBOVY M.F.; SANIN, M.A.; FEDOSEYEHKO, L.G.; UKI!~IIIET5-p-N.S.-
1~ -
Preparations of fungicidal effect. Zashch. rest. ot vred. i bol.
9 no.1:28 164. (MIRA 17;4)
1. VaeBoyuznyy nauchno-Isoledovatallskiy institut khimicheskikh
sredstv zashchity rasteniy.

UKURETS, V.P.; PARKHOMENKO, I.I.
Mechanizing the purification of poppy and smal-l-seed
medicinal plants. Mod. prom. 16 no,1:39-4.1 A 762. (MIRA 15-3)
1. Ukrainakaya zorallnaya opytnaya stantaiya lekaxstvannykh
rasteniy.
(BOTAHICAL DRUG IHDUSMY)

MaINETS, V.S.
Problem of the therapyof dislocatiow in LIsfrana's joint. Ox~,#
travm, i protez. 21 no.8:62-64 Ag 160. (MIRA 13:11)
1. Iz Kiyevsko o nauchno-issledovatollskogo instituta ortopedii i
travmatologii Mrelstor - dotsent I.F.Alekseyankop nauchnyy rukovoditell -
chlen-korrespondent AMN ISSSR prof. F.R.Boddanov).
(FOOT-DISr=ATION)

BOODANOV, FaR., prof.1 FARNIYEVA, I.V., kand. tokhn. naul:; PUTILOVA, A.A., kand.
med. nauk; BABAYEV, E.A., starshi7 naucimyy aotrudnik; LYSENKO, Ye.F.,
aladshiy nauelmyy sotrudaik; UKUINETS, V.S., m1adshiy naucIm77 sotrudnik
Basis for construction of rational prophylactic footwear for young
children, Ortop.stravm. i protez. 25 no.2:13-20 F 164-
(MIRA 18sl)
1. Iz Ukrainnkogo instituta ortopedii i trtm~atologii (direktor -
dotsent I.F.Alekseyenko) i Ukrainskogo inwitu* kozhevenno-obuvnoy
promyshlonnosti (direktor - kand. tekbn. nauk;q.V.-Livyy). Adres avtorov:
Kiyev, u1. Vorovskogo, d. 27, Institut ortopedil i travmatologii.

ACC- Ml--AT76660i
AUTHORS: Ukra~.kay~a
, s V. S.; Baydal., M. Kh.
ORGt none
TITLE: Role of the circulation pole in the recurrence and intensity of northern
incursions in northern Kazakhstan
SOURCE: Alma-Ata. Kazakhskiy nauchno-issladovatellskiy gidrometeorologichesk-iy
institut. Trudy, no. 25, 1966. Voprosy meteorologii (Problems in meteorology), 100-
105
TOPIC TAGS.- atmospheric front., atmospheric circulationj, weather forecasting
ABSTRACT: An explanation is given of the role played by variation in position of
the circulation pole.on the recurrence and intensity of northern incursions into
northern Kazakhstan. By a northern incursion is meant the sprecA of cold Arctic air.
massess normally formed in anticyclonic pressure systems and entering Kazakhstan from
the north (northwest to northeast), causing a drop of 70 or more for 3 or more days
at 11 stations in northern Kazakhstan. Incursions of this kind for the years 1956-64
have been tabulated according to type of circulation (using Vangeigeya's classifica-
tion). The number of'incursions corresponding to different posd:tiona of the
circulation pole, the probability of positive or negative air-tOWDperature anomalies
Card

ACC NR. AT7006971
with incursions of cold relative to position of the circulation pole) and the
recurrence of different values of negative air-temperature anomalies relative to
position of the circulation pole have been considered. From such comparisons it is
concluded that the position of the circulation pole is essential, in addition to the
standard elements of weather., for reliable prediction of extreme cooling during
synoptic periods and of the sign and value of air-temperature anomalies in northern
Kazakhstan. Orig. art, hast 4 tables,
SUB CODE: 04/ SUBM DATEs none/ ORIG Rffj 008
%
Card

USSR/General Biology - Individual Development. B-4
Abs Jour : Ref Zhur Biol., No 15, 1956, 66744
Author : A.B.
Inst : Stalinabadsk'.-Ned. in-ut.
Title : Two Rare Cases of a Double Malformation.
Orig Pub ; Tr. Stalinabadsk. med. in-ta, 1955, 141 115-118
Abstract The author describes t,;o cases of a double malformation
of dicephalus dibrachium belonging to the duplicitas an-
terior type. The first case is a full-term stillborn two-
headed famale foetus. The second case ie a still barn,
premature (&21- months) two-headed famale foetus. In both
cases the foetus had two upper and two limbs, Data on the
anatomical study and the X-ray pictures are furnished.
Card 1/1
8

USSR / General Biology - Individual Development. B
Abs Jour: Ref Zhur-Biol., No 9, 1958, 38023.
Author : JULrainskiy, A. V.
Inst : Not gl'VsTr-.~
Title : A Rare Case of Congenital Deformity - Monodae-
tylous Upper, and Claws on Lower,-ai"Xtremities.
Orig Pub: Tr. Stalinabadsk. med. in-ta, 1955, 14, 111-114.
Abstract: No abstract.
Card 1/1 15

-ACC flip*.
the s=pia is no'v- diqcolved, thon rolution is cOOD-d~ 0-5
o Lho boanninj~ of libcratiO.-I Of I -
I ana tho raixtijzro is hoatod up t
parmitting procipitation. 1110 coolcd w1ution io 1rLLnc'cvctd
flask, 0.5 N H so,, nolution i:; r -,Ily ad'ed, 1 rul of po-b-'-'" "i i-, and
2 ;i7~-Ldw U ~ 1.1,1, L~-
the content is bro"Up U to tho mark u-Ith Ua~, r,;;.no acid. An ahc~,Kat part of tho z:o!"AtiLi
ght
is thon placr~d in a titrating, Class wid nailtralized wi'L-Ili 10'v' coljztiora o,,. u,'t~-l a
'i"Im, 7-10 rcl 0' 1 25 -, ~1. 5
woak, yolloviv.1 -gpnn color au, -j6 L 1 0 0
comploxon III are addc;d. 10 minutoo, 3-5 &rovr' of w~ u a ac: t~ a
and '~he o:ccess of coi,-,-,)lc7zn is titratucd vit"a a 0.05 n`t-,a-',.) ~,-upart~d
from metallic Bi and 0.5 N !R;0 . A EXoen J"Uter is usod. Thl-1-
fouad graphically. U-w T! cont Mt is calcul--'.-,;d from j;!--E; .4ol'Low-L-ar- 4OZ-aula
ad-
(VA - V'~'.) 47,c;-C),05.100- 100 vincra V, is the vol=c of tho
is the of BI m"rat., co-l-S*,:--,,;C;
__O I:)
ara corroction coufficicn-,-, N", i 3 t'"- Z:f
aliquot, and g is the weiE~ht of tlic- Orig. art. has-. 1 fii;". and I
SUB CO =- z 07/ SUBM, DATE: norio/ , O?LIG REF: 0,32

raw
.%ts 11
. ~&7
A.L
fit
pr~lvl j
,kug

IS R
The efe4t a! -urfac,:-,Ifri7- InIftfials on tf e rk=AC--
k I will, V. A. tIk'j%4-' all'i V
I&
7777er 3777ZIST777~Rk 13' =-i~ i
tallauarats. (r9? iW mg 1., 4 ~arflw( ~Ivtivv hille-
rfal.1 on clic O-tr~fv pwflcul~'I wz'~ -t'ua-f f;I Ctt 141441 Ill
'w4uifi'rtnI hit( f t
fect. Till: ptvmW af dw Za o,vto4li- wiks A iftnt ww~ird
higher", vuluv* liy
"Zortfam ~ and atlttrj rla&~. wol courAlff),
face--c6'-c twf 'm ~6"cf "oe, the t-fvetL't. '11z~
-in
777";,

UK39E, Y's.
bissart,lt-* e)n: "Inveatig--ation D- ta* ~rf!Lcrnco of --ljrjou3 F.Letcri Oa t1l",
- I L
GO;'Per Ymm, i cn 5 . 11 'I'tv!a -ci, UrALI ;,--I
Frocipit3tiun of . x .~ ~L - -.Ly L - ~L
Iri!ltitute, ~Yvrdlovsk, 1953. Olvferjtivny~, aurnal-KiiLal.'a, NO 10, kj,'r 51J
,r): ",` "113, `~ J-jc 1954
:J" ~ 4.4 -

Its
a Oda go; pttdp ma Idj
CA
4 OC 1 0 A soul 9,
Taw-
Munn MUM
k)
un6
m
.
A'Us.i Aud. JYd%M 2, 7994KA 19, -Cmfiode
53).
In mcosund for pptn. G( Cu front Its complexes
pd Mat C, Is
pyrophavwe (1). distate (H), (4k4gstrafe (111), N4

tI kwAial 1, Otetraucefule (IV). $a) Due (Y), and 14114 i
e
i
cathade
1
ff
i
(m
I
9
d IY
l
VI
o
i
0c
d
.
n
r
, ma
n pa
.
,
, a
,
(
1:01 dcpciids chkfly on Ocia. n=d0m; fit V and
A
i
I
(o
i
4
f V b
rmat
ted
n dv~ cam o
ou
k
1. comr
y
a IV* QlAhe CSUtOdC. 'nc most p robable cltliux~e
rciluckhm of the cul;iplex lf)M.:~ A jtWJI'-4
of the mriplox-forming group-lowen the
tentid, Lckester
e PO

q

'14
.4ar. 25, 1954
f-.,- oia
alstry
c=.d., w~rc Ccr feu(PA)111- 1.3X 10-~ jc7l(p!0')
1.2 X 10-61 1.2' x 10-1. (Cu(S~0"'ll !~ x
' i
10~1. Cu salicylate cculpi'm 1.5 x to-:,. (Ct::l"lf.)'j
4.1 Y 10~2. and (Z(ifNlfT,)J4'7 X !0-4. 1
'0

A.I., professor, doktor tekhnicheskikh nauk; POHOSOV, A.V.; K=-
VATOVA, V.S.; WMICH, I.Te.;,9L= Ye A ; ROGATKINA, N.T.;
KOKRUSHIM. S.G., professor, doktor UigE;eekikh njmk J. reteenvint.
Corrosion and metal cladding. ffbor.st.Vral. politeldi.inst. no-430-
174 153. (KIRA 8:1)
(Corrosion and anticorrosives) (Metal cladding)

xm~- RPM
of C'Xidatioll. Th"t It"Ove m
in ~-O~180 a&.. E, rtacht~d the Same ~,I!Ues irrmpec-
aAilr- iadic-,tj 3K th-al Me alidn!~. mcrd~ re%arded
of the mcmal ~;Irroalon.pl, X.I. a, it
PX--0-, tj~- - 9 was urtstlhl,~,, cau-Im m--dc E It, rjre net"
ith f-jr- b-r s-hift -n neg Omz.
MtL
S~in. liull--q,
sow. and of Z..2 fr--I, acid ad

-h -latiAl by gtu-- Ell If
f i

CO: TI-
le -Pit !L
7 i,
RTMA

J,-
-
pyrop 40phattes. A, 1.
coa ml dag gomv
~
d
M
)
jv
i
JJ13 twe and Ni S. ilrylitut, VOU:dy A ka
.
authors itudied tile lack am,
diffiatnce In etwtrochem. pxvp-rtk% betweca fly sk
f C
Th
e tgPtt,-:
u. ,
CO)X,Pltx laws during electrodepositina o
(Ili
ln
at Cu
and N4
i
t
t
d
an a wa
wm carr
e
cu
er so
.
,
4
With a Cu mthade. The pyronbosphate P1 U ir
sudi solng. are ICHS !~tablc thun. e.g., cyanide ipler I ra.
-0.251 v. it'
When chan&X the pottuti:d frcm +0.10 t

found tlmt fjolaritetlan curves show the following be-
W"
-havlor. (a) tirben tht potential reaclics approx. +0.11 v.
("zero point") there is a dem-aso in nmp. accomjAnkd by'
netemie in potwimti.. i (b) the mat. curticut, at whIch
tfiC decreaft takes plice, fis gm:ttcr wiled the conen. of Cit.'
:~
SQq is qrcattr aud wf~ea tIze conats. of I Is raiialler, i.e. whtn.l 3
the ratio [PA4-1/[Cu**] In. sinadler,. (c) after rtaching a
snin. vulu* the cumnt htghts to rift Mquin
the rLe beitig
faster when the conca. of cusol 1-1 greateT nal ~Wma 111C

ard for 17
for,

7T

POR&M of mn~; Of L
4U.40i of I wild Is 0, roxi equal to
V

. 11. potcn
high that tt equ
ti2i of th a Cu clectroil e i-.v mori; n c w. dumt + U. I I v, t! tc, i th c
V polarizatifirt curves have neither nUm riot inin. ISP,z. for
CUWJ 0,0076 and ter 1 O-I~13 9- nifIL/1- Anil), CNITIP; Ir
on
wIffle tile voltage vllangc it, imm +9.(A to
60 t) 3.6 x IG
a Urfahl saiall eumai!4 of I t1mz, um. lid m4g. of
tWit. The current At the mg pofiit th(mN lrcrtw, w1i en t lit
conon. of Cu fncraa~Ls;; on the other hand, " t1ceirtaic Lit tht
WICU. of I Apparentlyea'set the Supply of Ot*1. to the cath.
od:, thuti increasina at the wtua time (1e cijrr,~nt rit thi
Z011"Int. 'Nelthervizorejusagitatirml nor :11angLof temp
~7
by IS' JiM any ctffect,on tit* aboyc results. Sulmititution o'
CuSO, by Cu(NOi), lAcx"x%k-.i only the pow-fthil of the zn,

a pairt to 0,12 V. Expta. with other mitiplen lwl!~ CLISO.
,
0
0
xCa
K
11
c
C
h
4
3
h, and Cit.
t
",
,
4 +
4
,
-POL
$01 Xai,004 did riot dive - msults. Adda. of IM,
ti. citzate to Oe GORIP. of cd~4* I flattens tile polzri&atloll

A-Z
A!

71
the pr"ectzod is 6
Coambra
nd Uksh..
co er py7l aspbate Sathi A.- I. Lievin a
ad, 02
D Iddy .4 4d. Nauk 91, 119-
:
Cout
h c~ffentl of A Sohl
CUSO
trolysis va hi
.
c.
g
produvzd =r, tall1W of Na4POy on'the catht C In 1.
A
The cathode tfftct wu attrUmted -
suoch!.

Cul'
to the reduct(cm off hNs'-, A snin. contg. 0.2M Cu-,'
:W.4 nnd 0.4,3431 Na4~~16, was examd. by the HlttCd mWhod
Witt- 6 M4.. The as-taWi of 0.0!5 Famdayj yielded: 0.473,11
-
'
e mig - i
34Af
0
in th
n the t
cen er space.
0
olyte. I i.4
P,
PA
th
fi
d
i
(
Th
d
t
d 0
42OAf PO~
ese
a con
rme
n
e.
a
an
.
e anozy

td
t
Qn altalyth of concti. chims" based an transference nog
a
m:
andIUMA sGlu-. 'Vhc fm4
k

of werent carried b ti PI" , U,
N jjcu(P~O'N $a
P
-
PassiXty I. 'TI. anode can 6i -climinh-tecl b
41
0
,
.
.
y
Thecont
lexing agmts do not Influence the cathode iat help tj
i4lubilize the anodo- R. D. misch.
K',
p

Uenice of advotion'O cows Om electiv
from Orophcwphate elettroly(ps. 13. A, ksl sind : G/1
U le
eop

,
n
Zirov Mal Polytech
MrGIS]
At
ft
A
Levin (S

,
.
i
.
A IV(-.Uk S.S..5"R. 92, MI-MI(195
. C
11; cf
62
Z;
S S R Ung abstr.-Four different
i;;
can
4 p
, I., ,W. ~d In ix, t Wri of surfact~activ-: submt.-mcca durug
clectrochern. reactions of Ions at the cathodc. The rite
ni vitho*- pioctst Is dewih-eft by: i - kCexjw(-CxFr;.-
(R-40IR71 ex i ~--aFi-,IRT) where: i - e.d,; h, (v lirt
cotist. cor.41. l ~, I Val, concil. of Im to he db&3 d*
E ij electrode. potential: ~, is the jump 4 the
distaitte of out InfOr tn&-o frain the suilave il the mthole;
11, km villkace Wiffil pfcifCer 111gii, F - F-irmi.ty; P - Uhl.
temp, In 'ilswhatHe of V-16011s, (1) it Ipp'fl. lhitt. W, neg. to
the cJ,.
,n9 are %dv)rbvd, ~o. niums in p(m. di-
;
.
,
rectl and 't ses, M) at f, 1~miuly th~ Surfice-
?
e nzns Ind6chargeof
ficii"
av;;f)113Z (1) if il > 4). atilons Prv and i d--fmA-q',
if 41, < 0. C~Ztiota; are a&-orlivil, 1111(i 'k, Fhifts in P03. di,
rectim" , The last case Is encountered
Cu fr.,. Cu(PAY- soins. It was, therefore, cip"t-4
mcasc polarization. The app(j-;te~
that NBu.Cr should,dec
was increased uls4o by
but deaeasec! by (N'BuOrS04. Thus. land not Nfluj~ was
=sitife for iner.-ase in the rwkiriratfon by NBv,[.
_
he sulfate &dt, the polaritatton. Increased visympi oti-
'call with concti., as,mWfed it it weream
tk
C1
1
4= ect.
CO-
,
11.
Ag file IvilarlIZ167.1 curves, Plotteil in
14
OwWatel,lar vxfWui oncria, of the sulfate, %vere parallel.
Andicating that ille- potarizatiosi Is caitishil'by A-ch-inge of
with conen.. AtArew jimVIA.-kL,

UKSHi:-. E. A., FALICHEVA3 A.I.x L,,TINq A. I. and BRYLINA, N. S.
"Mechanism of Electrodeposition of Chromium, 0 Dokl. AN SSSR, No. 1,, pp 105-1w.,
1954.
Abstract A-44434., 12 hug 1955.

_--r)Fqta1M1zat-1" of n---te!~~ C 'rnplex~italt isolution tak-a-5 pla
r,. of tt ions o r -m
ossible in the -egeneF oz a cuprz(: ppuphOMpi_-a.LC
p
;i,-_ Ane -4 6 ot
inplek etecti* ytte,
+
areac
tW A~_*4 u
it
long 041- - I _. -,- ___
c omple x io n s o f a ny gi- v e n metal a nd a s pec ffi -_ s u i ptu s cf -the c ompt -,,,o-r -
mjnL- agent mav hav(~ numerous complex ions regardless of the fact
'. -1 " r, f- 7: .'1'-!
4'.
~3. j~
Institution The S. M. Kirov-Ural Pol,rtechnicurn, Sverdlovslm-
Subridtted February 15, 1954

A-L-

. . . I I I . . . . -7. . -- - . .. - .. .*~ . ..- ,.
-I..,---.-,.,, I .- -1 -.- - -1 1-- -,- - 0 ;. ~ :. ~ .,: I',.

Subject
Card 1/1
Authors
Title
Periodical
Abstract
AID P - 2777
USSR/Chemistry
Pub. 152 - 5/19
Ukahe, Ye. A. and A. I. Levin
Characteristics of the cathodic process in a copper
pyrophosphate cell
Zhur. prikl. khim. 28, 4, 388-393, 1955
Institution
With an increase in the amount of copper contained
in the electrolyte, the current efficiency of
copper increases. Four basic types of cathodic
deposits are described. One table, 4 diagrams,
13 references (12 Russian: 1939-1953).
Electrochemical Laboratory of the Ural Polytechnic
Institute Im. S. M. Kirov.
Submitted o 6, 1953

. .. . I
t- . Z, ~mkt-- s a
, --- ; - - I - I - - . ! , w -, , .-
- - " . ': I I . - . . . - . ; : I ~ ~ ~& 1, ~ I
i~ -. .~ ~ I . I ~ % . w ~~ , , ~ , !~ . -1 ~- ~!. .5: ~ ;-
-611," - ,

Chemia-fry. Physical chemistry
Pub.:.. 22
27/49
Ukshe, E. A., andLevinj A 1.
V -Combited,deposition of.copper and hydropen during the electrolysis
title
dom~lox.solutions
_SSM lCO/5
Poriodi4MIL I - Dok. AN 94.3 946, Feb 11 19.55
Aboitract j The results obt.ained,in,studying the mechanism of-Cu electrodeposition
in complex solutions~are described. Lh, Iq
T ws governing the combined
-metal and hydrogen deposition.are explained. The possibility of applying
-L the 0. A.-Esin-method to the stud--: of-- the kinetics-of--clectrode processes
durin,~ metal depositi.,)n in :C' 11rilex electrolytes is debnted. It was
found that the characteristics oonnected::with the lamelar rrowth of
crystals.and with the chenre in the.netutil active surfvfe due to current
W;
density are of lesser importance in the cuse of complex, electrolytes
-:in e
t,'.an: in llht~, c,;~jFe cf mr-t.ni: d6posttioOi ..oncentratet! simple salt
_$Olutione7. LiCht referenees: 7 USSR and 1 M, (1920-1933). Grfj,)hs.
1 Ins"titution S . -Iir(,-7 1*,r;,;l Polytechnic=
~-Prpr,~)nte,; :by. A. 1.1 .Frur,%in, July 12,
C_ 1954

UNSHI , Te.A.; LEVIN, A.I.
Compositinn of the pyrophoophate copper bath; discussion.
Zbur.ob.khim. 26 no.9:2657-2659 S 156. (MLRA 9:11)
1. Urallskiy politekbuicheskiy institut Imeni S.M. Kirov&.
(Copper pyropboophates)

5(4) SOV/20-124-2-36/71
AUTHORS: Puehkareva, S. A., Ukshe, Ye.
TITLE: The Behavior of a Sulphate Ion in the Electrolytic Production
of Magnesium (Povedeniye sullfa-t-iona pri elektroliticheskom
poluchenii magniya)
PERIODICAL: Doklady Akademii nauk SSSR, 1959, Vol 124, Nr 2, PP-370-372
(USSR)
ABSTRACT: When a sulphate ion is introduced (in form of MgSO 4 ) into a
chloride solution containing metallic magnesium, the electro-
lyte becomes blue and the intensity of coloring increases with
an increase in the quantity of the introduced admixture. With
a view of finding the cause of this coloring the authors car-
ried out a series of experiments concerning the influence
exercised by various sulphurous compounds on the coloring of
the electrolyte. The experiments were carried out with quartz
ampoules in argon atmosphere and gave the following resultsi
1) The introduction of magnesium sulphate into a XgC1 2 + KC1
solution containing no metallic magnesium (or in the case of
Card 1/3 the presence of solid magnesium, t 4 6500) causes no coloring.

SOY/20-124-2-36/71
The Behavior of a Sulphate Ion in the Electrolytic Production of Magnesium
2) The introduction of MgCl 2 + KC1 into a solution not contain-
ing magnesium, sulphur, sulphite or thiosulphite Causes blue
coloring,but by the qualitative analysis of -the solidified salt
no ions SO-2 I so -2 , 3-2 were found. 3) When a blue coloring of
4
the solutih was found, elementary sulphur in the course of
time was deposited on the walls of the quartz ampoule. The
just discussed qualitative experiments lead to the following
conclusiont When sulphurous compounds are introduced, they decom-
pose actually either under the influende'bf:,high temperature
(so- 2, S 0-2) or in consequence of interaction with the dis-
3 2 3 -2)
solved magnesium (So 4 . Thereby elementary sulphur is produced
which is soluble in a chloride solution and evaporates from it
very slowly. In the electrolyte the sulphar probably forms
polymers or rings with the composition 3 8'.36 etc, which have
high surface activity in the ion liquid and can be adsorbed on
the solid cathode. In order to confirm this assumption, the
Card 2/3 authors determined the capacity of the electric.double layer on

SOT/20-124-2-36/71
The Behavior of a Sulphate Ion in the Electrolytic Production of Magnesium.
the surface of the molybdenum in the chloride solution. The
results obtained by these measurements are whown by a diagram
and explained. The presence of two desorption peaks on the
curve capacity - potential makes it appear probable that the
sulphur contained by the uncharged particles is the adsorbing
substance. The authors thank B. H. Kabanov and D. I. Leykis
for discussing the results obtained. There are 1 figure and
6 references, 5 of which are Soviet.
ASSOCIATION; Bereznikovskiy filial Vaeaoyuznogo alyuminiyevo-iagniyevogo
instituta (Berezniki Branch of the All-Union Aluminum-
Magnesium Institute)
PRESENTED: July 31, 1958, by A. N. Frumkin, Academician
SUBMITTED: July 25, 1958
Card 3/3

S7 1/ 4 0 0 r1E) 66429
AUTHORS: Bukun, N. G., Ukshep Ye. A. solr/20-128-6-34/63
TITLE: On the Solution of Metallic Magnesium in Chloride Melts
PERIODICAL: Doklady Akadomii nauk SSSR, 1959, Vol 128, Nr 6, pp 1217 - 1219
(USSR) ,
ABSTRICT: The solution of metals in salt melts plays an important part in
electrochemical processea. Nevertheless the kinetics and course
of this reaction have so far not been completely clarified.
Various problems arising in practice called for the investiga-
tion of the reaction of metals with salt melts. The present
paper contains some of the results concerning the reaction of
mIagnesium with the melts of CaCl 29 LiCl, STC1., BaC 121 NaCl, and
KC1. The investigation method was describel by A. 1. Zhurin in
reference 4. A compact piece of magnesium was heated with the
salt in a steel cylinder the temperature of which was kept con-
stant by medna of the potentiometer of the type FPV-01. After
the cylinder was cooled, the metallic-magnesium content of the
salt was determined by means of the reaction
Mg + 2H 20 - Mg(OH)2 + H2' One of the souroes of error, namely
Card 1/3 the-pollution of the melt with macroscopic metal particlesp could
LK

66429
On the Solution of Metallic Magnesium in Chloride SOV/20-128-6-34/63
malts
be eliminated by careful working. The second source of error,
namely the formation of gas due to the reaction of the water
with oarbides set free by the action of Ng on the steel walls
of the cylinder, proved to be negligible. Figure I shown the
solubility of Mg in the salt melts. It is seten that the equa-
tion MgC1 2 + Mg -T-." M92 C12holds for AWC12concentrations above
50% only. The experimental data sugEest exchange reoctions of
the kinds Mg + 2U+.z~ Mg2+ + 2U and 2Kg + 4Li--aXg4+ + 2Li2-
V_ 2
The solubility of Mg decreases with the decreasing polarizing
effect of the cation of the salt. Simultaneauely the stability
of the Mg-Mg bond decreases which apparently is a prerequisite
~+ ion. It is concluded from this
for the existence of the U92
that in the systea.metal - eleatrolyto melt not only reactions
,of the metal with its own ions but also with the cations of the
melt have to be considered. A. N. Frumkin's theory of station-
ary potentials holds for the potentials of liquid metals in
salt melts. For the standard potential of magnesium the followr
Card 2/3 in.g expressions were found:

66429
On the Solution of Metallic Magnesium in Chloride flOV/20-128-6-34/63
Melts
f 2+ - -2-36 Y and r/ 2+ 2+ " -2-84 v. There are I figure
Mg/M92 IM92 /kg
and 9 references, 5 of which are Soviet.
ASSOCIATION: Bereznikovskiy filial Vaesoyuznogo alyminiyevo-mWiyevogo
instituta (Beresniki Branoh of the k11-Union I'nstitute of
Aluminum and Magnesium)
PRESENTED: Jane 22, 1959, by A. N. Frumkin, Academician
SUBMITTED; May 19, 1959
Card 3/3

250,53
s/o8o/6o/o..j 3/010/015/02 9
D216/D306
AUTHORS: Uksheo Ye.A.# pojyakova~ M., and Yledvetskay at G.A.
TITLE: Dynamics of chlorine and magnealtiji., on the
of fused chlorides
PERIODICALs Zhurnal. prik'ladaoy khIm.-i, v. i3,
2279 - 2284
TEXT; Many inves-ligators have shovni that hydrodyw.xiic '-n-
tbe e1e.% trolys`:s oil fused saits. AmonLf LII-2se A.1, E~Ikb-
Uo-nde, I~Ref. LPI. Tr,,, -1.86, 41st.
Mean d_lbcen~z-Iona oi r--aa bubbl,&-_1 ar the a1ii)4.,-?. ,ii th(_~
rate. 171s equation 17Gr t,i-? me-an rat-_ of elec,z*olyte trio-
tior, has proved to be 4incomplete~ Th--~ role! of mean dirrensi,jns )f'
gas lv.;bblf-,-,~ izay 'be deduced -a e,.Jua-tjor, 7,~!
Buklibirid,irls. A.N. Frumking 'arid B,N'. Kaba!iov (R,7-f. x
4,
5.59, I.j`)-) -.,,howed thal, d`Lme-nsions of gas bubbles
tzode depend an the vietting angle of the edge G, surfa,_.,_--
of ele-:~trolyte (1, and its specific gravity y. A c:ritELcal eqw:,41,ion
Card I/A

25-100
S/080/60/033/010/015/0:29
Dynamics of chL~rlne and ... D','! 6/D3 0 6
describing the hydr,:dynami-.s of -'V-he eleolroiyte in a wil.11 ,r,?r-
tically elc----trodes, on 1n& ol' ;-'-iAZh the I's ev~)Ivea. Is
giver, in genc;ral form at-,
v 'Y
In acc.~)rdance wiTh the tha%ry the true par' of this
equation nay 'J" preeentcd in the lr,~ra, of derlved n,--n-dlm~--n7i~,nui
complexe-0- max,i-T,-.~m ntimber ';:;Ab~iul.d t,: the sarzie, a-:, that -1--f dimen-
-- ch', - th~~ 3~rc'- -:.ss (in the g-.ven
~iional, parameterz r~~;ter lzirq~ I ~
there are E:ig*-,-~, -. yvi h, 'v, v , I y g~ yand the number -pnma-
ry dimensions (in the given case, three: nass, length and time). In
this manner the nurnbe.rL of non-dimansional complexesp characteri-zing
the hydrodyn-Iffle-3 of elec'rolyte io eqoai to five. These :'-omplexeq
were chosen by the -.uthor~~z in the forn, of Reynol critericii
Re = K-h, Bukhb-4nder's, Bu Galileols, Ga = Vieber's, Vie
d h
7h2 and the geometrical ratio T. The fl-rst of these criterions
Card 2/4

2 *'-,-) 0 6 3
S/08 60/033/010/015/029
Dynamics of chlorine and D216%306
appears as funciion of other forms, i.e.
Re (Bu, Gag 'We, (5)
In this, the density of the gas was neglec:ted which in the case of
fused eleciro.'Lyte is permissible. Eq. (5) can be written in the
f orl"I:
vqh
B (jh)M . (gh)n o (6)
2
v v Th
"vhere LI'v m, ii, q -j--Id r are constants. This equation differs from
Bukj)b~-r,d---.r',s only be the presence of Yleber*s cTiterlon. By means
ol' Eqs. (15 1 or (6), :onditions of the nagnes-Jum. electrolyte in
--cas so-.Ations taken as a raode, can be de+ermi -d. These three
aqu( -1. L - 'ne
equel-,tie~~ c:,,hould be maintained: (a) v c el I ~= 17 MI o d e ---. '(b) Vmelt-
Ij . ( r' ) (I ) = (S~) Of these (a) is not difficult,
Mindel' '.' T melt T model*
whil.e (b) and (c) for a magnesium electrolyte are similar to the
-ing angle, 8, on
10 % solution of NaNOY; The effect of edge wett
C, ~I.r d 3 /4

250b3
S/080/60/03 '-WO10/015/029
Dynamics of chlorine and D216/D306
the value of constant B was decreased by using graphite, and hence
was ignored. The actual mode-I cell was made of plexisla~~s a-,-.d wa3
rectangular in 9hape with a p~lexiglaso "catho6e" and di.,:~p?,,ragr_
The place of the anode was taken. by a graphite rod, throuEh which
a channel was bored for passage of gas(nitrogen) and tiie rod sur-
lace was covered with an oil film. Under pressur(. the Sa.3 diffuse$
through pores of graphite rod in form of bubbleog simulal.ing the
behavilor in the real cell. To im,~tate drops of magnesium, drops of
oil were used which were introduced into the electrolyme by a pi-
VQ f-4 Z'
through an operIng in "Che -'athode sheet. The experimental
work was direoted studying gas distriLution and motion of magnesium
dropst and their dependence on the level of the electrolyte and
interelectrode distance at a give-n gas flow (current density). The
rcsuits obtained indicated that ouantitative results on the hydro-
i=ics of chlorine can be arrived at .4
y~ - by nodel work. There are 2
figures, 2 tables, and 15 references: 11 Soviet-bloc and 4 non-
W-.~vlet-bloc.
SUBMITTED: December 26, 1959
Card 4/4

6 or
68845
AUTHORs Ukeheq Ye. A. S/076/60/034/02/002/044
B2100015
TITLEg On the Theory of Electrodeposition of Metale Prom Complex Solutions
PERIODICAL. Zhurnal fiziche8koy khimii; 1960, Vol 34, Nr 2, pp 259-266 (USSR)
ABSTRAM Results of the measurement of cathode polarivationg obtained in the
eleatrodeposition from copper pyrophoophate- and copper oxal&te
eleatrolyteag are given and explained. The first experimental serie-,
was carried.out with solutions of the following compositions
0-04 M CUS04 + 0.09-0.19 M Na4P207 at 0-4 - 3.0 ma/cm. . The cathode
potentials were determined with a specially gaged millivoltmeter
(with an LLFU-I tube am lifier), and the results of measurement
were tabulated (Table 15. A discharge of the ion
(Cu(P20 )q6-
Z
whose concentration in the solution exceeds cons derably Zha of
all other ions of the complex system is most. probable. The rather_
high stability of the ci (instability constant K - 0.2P-10-1u)
DmplexA
indicates the possibil y--or-a delayed discharge. The values of
measurement obtained (Pigs 1-3) show that the polarization depends
on the concentration polarization and the Yesin effect (influence
of the addendum concentration on the potential) ae well as on the
Card 1/2 delayed discharge. The constant of the delayed discharge is ex-

68845
On the Theory of Electrodeposition of Metals S/076/60/034/02/002/044
From Complex Solutions BOIO/BO15
tremely low for this solution, and depends on the composition of
the solution. The second experimental series was carried out at
2500 with electrolytes of the composition 0,01 M CuSO + 0-04 V
and OoO5 M Na2C2O4. The values of measurement obtainel are in good
agreement with those obtained by A. I. Levin (Ref 2). The dis-
charge of the [Cu(C2o4)2]2- ions is shown to be most probable.
The constant of the delayed discharge depends on the composition
of the solution, and rises with the oxalate concentration. S. V.
Gorbachev, A. V. Izmaylov, 0. A. Yesin, and A, K. Babko are men-
tioned. There are 3 figureso 3 tables, and 8 references, 7 of
which are Soviet.
,0BMITTEDs August 12, 1957
Card 2/2

86844
S/020/60/'135/005/o36/043
B000075
AUTHORS:
fim A- -Bukun, N. G., and Leykin, D. 1.
TITLE: The Capacity of an Electric Double Layer in Molten Salts
PERIODICAL: Doklady Akademii nauk SSSRp 1960p Vol- 135, KO- 5,
PP% 1183-1186
TEM -At pre6ent, the authors are systematically investigating the capaci-
ty of an electric double layer in molten salts. The present paper reports
on'results so far obtained. The experiments were carried out in an argon
atmosphere at 700-8000C. The analyzer consisted of quartz with a polished
iaolybdenum glass cover. Spectroscopically pure graphitefserved as a polari-
zation electrode, Fb/KClj KbUl (1:1), 2.5 molegfo PbC1 2 as a reference elec-
trode. A melt of K01 and NaCl was used as an electrolyte* The authors in-
vestigated the capacity C of a lead- and a cadmium electrode as a function
of the potential T at 20-200 ko/sec. This function showed a mark~i minimum,
the potential in the case of a capacity minimum depending only on the metal
type,'but not an frequency and (up to IOOOC) not on temperature. Capacity
and resistance were dependent on frequency. Here a greater spread of values
Card 1/3

868"
The Capacity of an Bleotrio Double Layer in 3/020/60/135/005/036/043
Molten Salts B004/BO75
was found than in solutions, and continued to be so even at high tempera-
tures. Therefore, the data measured at 200 kc/aeo were taken as standards.
The potential corresponding to the capacity minimump almost fully coincides
with the maximum potential of the electrocapillary curve (Refs. 4, 5)- r-7
this m9ans, a determination of the zero potential of metals by measurIng
the capacity in melts is rendered possible. In order to prove the measured
capacities as actually being those of the electric double layer, it is
stated that the electrocapillary curve was obtained by double integration
of the curve 0 w f(T). Therefrom, the following conclusions are drawn: The
capaoity of the electric double layer in molten electrolytes has a minimum
At:the zero'potential of the metal., The tihimum of the function C
ddrresponds to a capacity of 36-38.microfarads/ Om2. Capacity increase of
the electric double layer *tth increasing chargp_,qf the metal surface can
be explained by a deformation of the electron-bbblis of the ions and by
a structural densification of the melt (displacement of the holes from the
layer-near the electrode). With a considerable shift of potentialp pseudo-
capacity appears, caused by dissolution of the electrode or by a discharge
of'alkali cations. The authors thank Academician A. N. Friamkin. and
P~rofassor 3. N.-Kabanov for discussions. S. V. Karpaohev and A. G. Strom-
berg are mentioned. There are 3 figures and 6 referenciii 2 Soviet, 4 US,
Card 2/3

.. 868"
The Capacity of an Electric Double Layer in 8/020/60/135/005/036/043
Molten Salts B004/BO75
and 1 German@
ASSOCIATIONt Institut elektrokhimii Akademii nauk SSSR,(Institute of
.PRESENTED:.
SUBKITTEDt
Card
Electrochemistry of the Academy of Scierioes USSR).
Bereznikovskiy filial Vaesoyuznogo alyuminiyevo-magniyevogo
inatituta (Berezniki Branch of the All-Union Institute of
Aluminum'and Magnesium)
july 6,.196o,( by A. Ni, Frumking.Aoademi.cian
july 2,_i960