SCIENTIFIC ABSTRACT KUROCHKINA, M. I. - KUROPATENKO, V. I.

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• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

ROMMOV, P.G., prof.; BAO CHZHI-TSYUAKI [No Chih-chl~anl, kand.tekhn.nauk
KUROCHKINA, M.I.
I
-
' Some-p-r'"ie-em-_s- on-, the theory and practice of extraction from solid
materials. Xhim. nauka i prom. 3 no.4:506-511 '58.
(MIRA 11:10)
(Extraction (Chemistry))

PAYLOY, KOVOI ROKAIMOY, P.G., prof.; NOSKOY, A.A.: KUROCILKIIIA, X.I.,
red.; KOTS, T.A., red.; XRLIKH, Te.Ta., tekhn.red.
[Y=mples and problems in a course on the processes and
equipment of chemical technology] Primary I zedachi po kurffu
protsessov I apparatov khimicheskoi takhnologii. Izd.4. dop.
i perer. Pod obahchei red. P.G.Romankova. Leningrad. Goo.
nauchno-tek.hn.izd-vo khim.lit;17, 1959. 573 P. (MIRA 13:2)
(Chemistry, Technic

0000
A',
"ov
AUTHORS: Sitaonovit, L. K. , Ktivochkina, M. 1.
TITLE: The VIII Mendeleyov Conference on General and Applied
Chemistry
PERIODICAL:
pritcladnoy Ichimil, Nr 10, pp 2129-
Zhurnal 1959, Vol 32,
2138 (U-QSR)
ABSTRACT: This conference was heid March 16 to 23, 1959, it, Moticow.
The official delegates numbered 2,230, but some sessions
were attended by as many as 11,000 people. More than
200 foreign chemists were present. Members of allied
scientific disciplines also attended. Eleven papers
were read at the plenary sessions and more than 1,500
at meetings of the 17 sections into which the conference
was divided. The article lists the following Soviet
personalities as presenting papers: Hesmeyanov, A. N.,
"D. I. Mendeleyev's Periodic System and Organic Chemi3try";
Spitsin, V. I., present status of D. 1. Mendeleyev's periodic
law; Fedorov, V. S., scientific and technical progrcs3 in
Card 1/9 the chemical indUOtry, Kargin, V. A., basic problems In

The VIII Mendeleyev Conference on Generai Y 5 (-, 5 2
and Applied Chemistry SO I/ - 3 2
polymer chemistry; Semenov, N. 11. , "Ba:3-ic Prob-lu;-,.3 in
Chemical Kinetics"; Vinogradov, A. P., loasic probl.-:ms
in radiochemistry; Sokolov ., A. V. , Cjjr-M,,,rC-.~; -.-~:jjj,
Ya. K., Pl'e:3011t, .--;tato of the thoory Of
rov , A. P., chemical rt:,pects of the ot' a*,,c):-ii-
energy; Nilcolny,~,v, V T problei-is of cons'.-..
chemical apparatus and I. A.
(Moscow), mechanism of reactions o- formn-tion and
their oxidizing effect; Makarov, S. Z. ".0 .
drate forms of peroxides Of group I and Il
nov, I. I. (Moscow), Ca, Sr, and Ba peroxide COMPOL...
Rode, T. V., Grishenkova, G. K., and ?,achat,;ka,,,a,, A. V.
(Moscow), reaction of sodIUPII peroxide and superoxide
sodium carbonate and hydroxide; Lepeshkov, I. N. (MO,;CO-,-,rJ'.v
new physicochemical analyses of natural salts and aqueous-
salt equilibria by the Kurnakov, 11. S., school; Vollf1covich,
S. I., Postnikov, N. N. -, Ionaso, L. A., 11Iarionov, V. V.,
vi), now mothod of I-
and Rcmen, R.'(c. (Monco th,01'OLICIi defluoi
ination of unenriched ores; Chernyayev, I. I., Nazarova,
L. A., and Orlova, V. S. (Mo.,;cow), sulfates, ivitratk-,es, and
carbonatc!3 of' platinum Lodopuntamlne; Grinherg, A. A. (Lell-
Card 2/9 ingrad), kinetics of complex formation and stability o~

The VIII Mendeleyev Conference on Goveral
and Applied Chemistry
Card 3/9
2
complexes; Zvyagintsev, 0. Ye. , Kurbanov, A., Starosti,
S. M. (Moscow) , nitroso compounds of niercury; GLn-_-.Lurc,,
S. I., Pshenitsyn, N. K., Sallskaya, L. G. (Moscow),
colored compounds of' IridiLInI; Shenderetokaya, Yu. V.,
Chernyayev, I. I (Moscow), formates of monovalent rhodium;
'ndium oxalate and its compounds
Deychman, E P ~Moscow), ~
with oxalates of alkall meta13; Lyutaya, 14. D., Tananayev,
I. V. (Moscow), hexanitronickelates of rare earths; Sheka,
Z. A., Kriss, Ye. Ye., extraction of La, Nd, Y, and Yb ni-
trates from nitric acid solutions with solutions of di-
and tributyl phosphate in CCl 4; ArbLIZOv, A. Ye., presided
at one of the meetings of the agricultural chemistry section;
Arbuzov, B. A., reported on the work of the Kazan' Branch
of the AN SSSR on agricultural pesticides; Vollf1covich, S. I.
(Moscow), research on concentrated complex fertilizers at
the Moscow State University; Chaylalchyan, M. Kh. (MOSCO.I.1),
Gibberella as growth promoters; Kedrov-Zakhman, 0. K.
(Moscow), eff-ect of molybdenum on crop plants; Mellnikov,
N. N. (Moscow), synthesis of organophosphorus insecticides;;
Turchin, F. V. (Moscow), biological binding of atmospheric

The VIII Mendeleyev Conference on General
and Applied Chemistry
Card 4/9
7 5 6.
.52
SOIJ/~O--,2-10-
nitrogen; Lileyev, I. S. (Loningrad), si 11 c a t e s, o'a 1
metals; Ginstling, A. M. , Volkov, A. D. (Leningrali) ~ht_-ririu-
chemical decomposition of calcium sulfate In ci-y_-
mixtures; Kukolev, G. K. A.
effect of zurf ace-ac tivo addil'.Ive3 on relractori.P.-,; Budn~L-
kov, P. P., Savellyev, V. G. (mIo:;rO%.1)' bar.iulrl 111011c,~tIumill-
ate as a binder for refractovy Voranin, AN. I.,
Krasotlcina, N. I., Smirnova, V. A. carborun-
dum; Matsynin, Ye. V., Okorokov, S. D. Port-
land cement clinker; Rashkovich, L. N. , Butt, Yu.
kovo), mechanism of binder formation durinC, autoclave;
ment of lime-sand products; Tildionov., V. A., Shpynova, L. U.
(L'vov), phase composition of portland cement; Vargin, V. V.,
Karapetyan, G. 0. (Leningrad), absorption spectra, lumine-
scence, and photochemical properties of cerium glasses;
Avgustinik, A. I. (Leningrad), formatIon of finely dispersed
crystalline phase from the vitreous one; Nilcolayeva-Fedoro-
vich, N. V., Petriy, 0. A., FrUMICin, A. N. - (Moscoa),
polarographic behavior of platinum-hallde complexes; Loshkarev
M. A., Chernobayev, I. P., Tomilov, B. I. (Dnepropetrovsk),
intermediates in electrochemical processes; Kartashova, K. M.,

Tile VIII Mendeleyev Confurunce oil Getieval 75652
and Applied Chemistry S, OV/8' 0 - 3 2 -1.0 -1/51
SuIchotin' A. M. (Leningrad), dynamic method of determining
electrode capacity; Setrichen1co, D. P., Illin, K. G. (Novo-
cherkasslc), electrochemical formatlon of higher oxygen com-
pounds of chlorine; Gritsan, D. N., SIAL111, D. S. (Kharlicov),
effect of detergents on the clectrodepo3ition of' metals;
KUdryavtsev, N. T., Smolenskaya, G. N
Karatayev, V. M., Golovchansicaya, R. G. (Moscow), titanium
plating; Lantratov, M. F., Alabyshev, A . F. (Leningrad),
new, easily multliiL clectrolUe fov obtainInG metallic
sodium; Planovskiy, A. 11. (Moscow), was chairman of the
section of apparatus and processes, and gave a paper on
the present state of this subject; GuIchman, A. A. (PIOOCOW),
theory of similitude; Romankov, P. G. (Leningrad), examples
of the use of the theory of similitude in chemical technol-
ogy; Todes, 0. M. (Leningrad), hydrodynamics of fluidized
bed; Mukhlenov, I. P. (Leningrad), analysi3 of epations
of fluidized bed hydrodynamics; G",*ovslciy, S. Ya. (moocaw),
study of the process of mixing; PaVlUshenlco, I. S. (Lenin-
grad), performance of mixers; Semenov, P. A. (Moscow),
mechanism of mass exchange of gas and liquid at their inter-
face; Lastovtsev, A. M. (Moscow), distribution by drop
size in an atomized liquid; Varlamov, M. L. (Odessa), puri-
.flca~ion of gases by sound; Zhuzhikov, V. A., theoretical
Card 5/9 analytical methods suitable for otudying filtration

The VIII Mendeleyev Conference on General
and Applied Chemistry
Card 6/9
75b52
procosses; GoIldir ., Ye. M. (LQiiingrad), of
material in centrifuges; Kaminskiy, S. (Moscow), new
types of centrifuges; Aynshteyn, V. G., Krugllkov, %T. Yio.~
Gellperin, 11. 1., Rapoport, 1. B. (Mo3ca-,I), hea*_- oxchange
between fluidized bed and a single pipe at different angles
to the flow; Nikolayev, P. I., Planov3kiy, A. IN. (moicow),
experimental detcri;iination.,; of coo I'lli.c, ient.3 011' local heat
emts:3ion by a pipe in a fluidized bcd; 'Velukhin, N. K.,
Ivanov, M. Ye., Vishnev, I. P., heat dur-ing boil-
ing and condensation of 0 ) N2) and Ar; Bassell, f.. 13.1
Sakhiyev, A. S., heat excRange design; MazyukovichY .1. 7.
(Lenin rad), heat exchange in condensation of UH Berman,
L. D. Rscow), mass exchange mecIrianism; Lykov, V.,
application of Onzager's theory to "he investigation of
heat and mass exchange processes; Kafarov, V. V. Moscow
mathematics of mass transfer; Poplavskiy, Yu. V. ~
Ko s cow
tray apparatus; Rozen, A. M. (moscoa), larGe-diameter 510t-
ted trays; Aksellrod, L. S. (Moscow), Noskov, A. A. (Len-
ingrad), sieve rectification plates; 'Mal USOV) 11. A.,
Umnik, N. N., Zhavoronkov, N. M."(Mo,,cow~, multistage mole-
cular distillation; Dobroserdov, L. L. LeninGrad), separation
of azeotropic mixtures; Usmanov, A. G. Razan'), kinetics

lie VIII Mendeleyev Confcrence on clt:neral
nd ApplLcd Cliemi..Mxy
Card 7/9
Y ~ o 5 2)
"(We',0-32-10- 1/~,l
j
of' molecular transfei- in gases; Traynina, S. S., Aeroy,
M. E'., N.ilfltj.na~ N. electrohydrodynamic
analogy ill the JtAldy Of' Rpj),l1-IItU:j; Goilper-in, N. I.
)jlrjI-ejTIc)w Injectlon
(MOOCOW), C~X';r~lCtICJII fr-0111 JOILILIOND ill c(U
COILIT1111's; Karpacheva, S. M., A. M., olieratIon ol,
PU121119 Columns; Kagan, IS. Z., Ael-ov, IM. E., QX1, rziCtors
with mechanical mixing of' phases; Lurlye, 14. Yu. (140scow),
drying in the chemical industry; Ne3meyanov, A. P., and
(Moscow), gave a series of papers on the chemi2-
t-j-'~N ferrocene; Karpeyskaya, Ye. A., Tovotopyatova, A. A.,
Bw .,lijin, A. A. (Moscow) , rhelliUlri as a catalyst of organic
reactions; Mamvda!4 .. '. Yu. G, (Baku) , new tochnological
process of chlorinating hydrocarbons in fluidized bed of
catalyst; Tsulcervanlic, 1. P. (Tashicent), metal powders as
catalysts; Kargin, V. A., Kabanov, V. A., Marchenko, 1. Yu.
(Mo:3cow), obtaining isotactic polystyrene by polymerizing
styrene over Vigler's catalyst; Ushalcov, S. N. (Leningrad),
new cross-linking agents four polymerization: Vansheydt,
A. A., Kuznetsova, 14. N. (Leningrad), polycondensatIon of
photioxyacctic acid with formaldchyde in the synthesis of
ion exchange resins; Zubov, V. P. (moscow), polymerization

The VIII Mendeleyev Conference on Generi,.il 7 5 05 0
and Applied Chemistry C-OV/80-32-10-1/51
of styrene in the presence of -cer'-ain halogens; Lose"r,
I sco'a) ,3yrjtjjejj,; of polyure-
I. P., Datskov ch, L. A. (Mo. I
tharics; Korshak, V. V., So3in, S. L., Chi:Ayzililova, M. V.
(Moscow), linear polymers from reactions ol' free radicals
with unsaturated compounds; Andrianov, K. A. (MOscow),
polyorganoaluminum siloxanes; Taraosova, Z. N., Kaplunov,
M. Ya., Klauzen, P. A., Dogadkin, 13. A., Karpov, V. L.
(Moscow), kinetics of radiatlon vulcan..zat.-Jon; Rogovin,
Z. A., Derevitakaya, V. A. (Moscoa), synthesis of new
cellulose derivatives; GlUkhov, N. A. (Leningrad), organo-
metallic chelates; Sukhanov, V. P. (,N103COW), Petroleum ZLS
raw material for fuels and chemicals; Kravets, I.I. m. (Moscow
utilization of solid fuel; Lavrov, Il. V. (Moscow), obtain-
ing and using combustible gases; Kosheleva, L. M., Mekhtiyev
S. D., Pishnamez7:_~.,.Ie, D. F., Eybatova, Sh. E. Gaf3himova,
F. A., investigated the derivation of cyclohex~ane and its
closest homologs from Baku petroleum gasolene at the Petro-
leum Institute of the AzSSR Academy of Sciences; Pomina, A.
Pobull, L. Ya. Degtereva, , Z. A. (Tallin), cliemical nature
of Baltic shale kerogen; Kruglikov, A. A. (Nizhniy Tagil),
isolation and utilization of dihydric phenols from the semi-
Card 8/9 locking and hydrogenation of' Cherem1diov coal; Lobedev) V. V.

The VIII Mendeleyev Conl'avence on General
ond -Applied Chemistry
(Khimlci), new method3 of producing hydrogen; Kruglikova,
V. Ya Rapppport, I. B., Volyn:3kiy, A. V., Muzov.,,kiy, V. 11.
(Moscow'), high-yield synthesis of hydrocarbons frcwl CG
H2 over iron catalyst in a boiling and in a stationary .!%-/erj
Petro~ A D. Kaplan, Ye. P., Nefedov, 0. M., Chel'L.,;ov~,,
M. A. K~cow~, C 18-C40 polyc yclic hydrocarbons,
S. R., Lebedev, Ye. V., Mikhnovskaya, A. A. (MO:;cow),
ture of high-molecular petroleum hydrocarbons;
V. I., Tishkova, V. N. (Moscow), synthesis of alkyl- anci
arylphenol, additives for fuels and lubricating oi!3;
Shuykin, N. I., Bekauri, N. G., Maslyanskiy, G. N. (MO_':~,),
catalytic isomerization of paraffinB; Khmellnit,,;,~_iw,
Zimina, K. I., Polyakova, A. A., Nikitina, V. 14.
radiolysis. of hydrocarbons; Geyman, M. A., Da-in, A. DI.
(Moscow), synthesis of anionic surface -ac tiv,2
from petroleum and related dlstillate3. TI-It_!
adopted a general resolution exhorting Soviell
to greater creative efforts.
Card 9/9

- KOCCHKINAl M.1.1 ROMANKOVs P.G.
Kinetics of desorption from a porous adoorbent under conditiou
fl, of internal diffusions Zhur. prikI. khim. 33 no.llt2497-2506
N 160. (KnU 1414)
1. Wedra protsessov i apparatov Leningradekogo tokbnolo-
gicheskogo instituta imeni Lensoveta,
(Desorption)
I

KUROCHKINA, M.I.; RORAMV. P.O.
Kinetics of desorption from a porous adsorbent in a fluidized bed*
Zhur. prikl. khim. 33 zio.12:2657-2664 D 160. (HIRA 14:1)
1. Kafedra protessov a apparatov 14ningradskogo tokhnologicheakogo
instituta imeni Igensoveta.
(Desorption)

PAVLGVp K.F.; ROMANKOVt P.G.9 prof.; 110,SOVp A.A.; KUROCHKDAp M.Lt red,j
KOTSp V.A.p red.; ERLIKHr YeJa., tekbn.
(Examples and problems for a course on the processes and equip-
ment of chemical technology] Primery i zadachi PO kursu protses-
sov i apparatov kbinicheskoi tekbnologii. lzd,5,o ispr, Pod ob-
shchei red. P.G.Romankova. Leningradp Cos. wucbno-tekhn. izd-vo
lit-ryt 1961. 573 pe (KIRA 3-4t 8)
(Chemistryt Technical)

.N)MANKOV,P.G. prof., red. ;JUROCIIKINA, II.I., ved. red.; SAFRONOVA,
I.M., tekhn. red.
(Transactions of the All-Union Scientific and Technical
Conference on Problems of the Theory and Practice of Liquid
Extraction Processeal Trudy Vsesoiuznogo nauchno-tekhniche-
skogo soveshchaniia po voprosam teorii i praktiki protsessov
zhidkostnoi ekstraktaii, Leningrad, 1961. Leningrad, Gos-
toptekhizdat, 1963. 383 P. 04IRA 16:6)
1, Vsesoyuznoye nauchno-tekhnicheskoye soveshchaniye po vop-
rosam teorii i praktiki protsessov zhidkontnoy ekstraktsii,
Leningrad, 1961.
(Extraction (Chemistry))-Congressos) (Mass transfer)

ZYULKOVSKIY Zdislav (Ziolkowski, Zdislaw);-PL=A, A.V., inzh.,
ItranBlator]; ROMANKOV, P.G., prof., red.; KUROCHKINA',
M.I d.; ERLIKH, Te.1a., tekhn. red. ----
(Liquid extraction in the chemica.1 industry] Zhidkostnaia
ekstraktBiia v khimicheskoi promyshlennazil. Leningrad,
Gookhlmizdat, 1963. 478 p. Translated from the Polish.-
(Extraction (Chemistry)) (141RA 16:9)

RUVANKO"', Petr Grigorlyo-iirh; Ilatallya 1jD,,I.,3rjvnR;
DitOGHKINA9 V.I., rod.
[Fiuicized "-,id drying; thoorys riesign and calculational
ouslika v kipiashchem oloe; t.eoriiaj kongtrukt,,3iJ., raf3chet,
Loningral, lzd-va 'Thiriiin,ll 19Q.. 287 p. (,,,,.!FtA 17s8)

1 4,
PAVLOV, K.F.; kCIMAI;KOV, F.G.; PjfKOV, P.A.; Eii.,OCKKII'A,
red.; K(AS, V.A., red. - - -
[Examples and problems for the cource on the processes and
apparatus of chemical technolog] Frfiriei-i i zadachi po kursu
protsescov i apparatov khImicheskol to~hnc,2ogii. Izd.6.,
perer. i dop. voskva, Rhimila, 1964. 633 p. 17:10)
1. Ghler.-korreopondent AD SSSR (for RuTrxikolv).

!-'OZLOV, T.I.~ prepod.; pvopod.- H.LGHY111A
propod.,- V.14.; PEMEI)EV, A.A.; NOSKOVP A.A.
OVECIIIKIII, I.Ye.; FlAVI,T;IrENKO, I.S'.- FINUSIMIL, S.A.;
0
RASHKOVSKAYA, N.B.; RO''MKOVt P.G.; FROLOV, V.F.; YABLONSKILY,
P.A.;
[Eurual on prac-.Ilcul work in Lho lalbovaToi-y on the rroces.,,es
and apparatus of cho:-.'~cal --echnalo[Wj --IW:ovodstvo k prak-.i-
cheskim zaniatiiar. v lnbor,,*,torJ-i po jxot.~:essnm i apparatam
khinicheskoi tekhrioloCli. Izd.2., lv~ix. i (lop. 1-'o:-,I-.va,
Khimlia; 1914. 243 p.

KUR(r,11KINA, M.I.
Second All.-Union Conference on the Study of Liquid E-xtraction
and Chemisorption Procauses. Zhu--. prikl. kh1m. 38 no. 10:
2391-239Z 0 165- (MIRA 18:12)

?,,, ~ 'A ,~ : -.- T 17 A, ? T
; - ~ - 1-, - ii " .
KijFf)C::KI'vA, N. A. -- it Antigenic and Anaphylactoi:enic ircperties of
the Proteins of Natural and Altered Enzymatic H.,,-drolysis of Antidiphthierlia
Serum." Sub 17 Apr 52, Acad Mled Sci TYZSR. (DiFf-ertation for the Degree
of Candidate in Wdical Sciencez.t'
SO: Vechernaya I-losk-va January-December 1952

ZHM.IOV7 A.K.; KUROCIIKL?TA.,-H.A..-
Quantitative determination of cerium by cathodic and anodic
methods of amperometric titration by means of an apparatus
having a rotating platinum microelectrode. Uzb.khim.zhur
no.3%15-24 161. 141RA 14:11)
1. Tashkentakiy gosudarstvannyy universitet imeni V.I.Lenina.
Corium--AnalyBia)
Conductomotric analysis)
~

nn, 5 5 4

R
BUZ 1-11". 1 1, C~A 1 14.
a I Ut A .
Polarographic determination of aluminlum In wa.-,te
Zav* lab- 31 no.81947 165. 1F,:g)
1. Navokuybyshevokiy Miall natz(!hn~~-1!-,olodo%r,,itfjllsko"7c inotitilta
v I rite Jklj r;p-',rtcv I

1APAN? A.F.; KIMOCHKINAO N.I.; VEPMIWGINAO AeA.
-* ' ' ' '. 1 1.
Study of y~enojs from waste waters of nemicoking by chromatographic
absorption analysis. Izv. Fiz.-khim. nauch.-isel. inst. Irk. un.
4 no.2t255-262 159. (MIRA 16t8)
(Phenols) (Industrial wastes-Analysis)
(Chromatographic analysis)

1" 7 -.'- " ~ ~ " T "I).,I
, " i;1, ; #
F-act,or~-,,,
1.
Co.-,qprehcn.q',,rn pl-rin fol' 5,-~pro~iir-r ?,mrl-Ar-:7 c-~rj,!!l 1,-)ri ~. 7 1; , j, . :- I-) r'l Y~ ). 13, 1'
-L I - I .. , -15 2.
YOINTIHLY LIS"' -7 ~;T`S~IAT' cl-:-.,~,-.T.- lc~,r2, Unclnn-,3ifled.
- -1, 1 ,:,: - -.1 Y.

KUMCLYM-4i) R. F.
"The Vegetation of Cherkess Autoromouo OblaBt ard Its SijMcrince as
Fodder." Cand Biol Scl, Tadzhik U, Stalinabad, 1953. (IMBiol, 1%o 8, Dee 54)
Survey of Scientific and Technical Diooertationa.Defended at U,,)'-'R
hIgher ~,Iucatlonal lnotitutkna (12)
,SO: Swn. No. 556, 21, Jun 55

ACCESSION M A020039 S/0032/64/0030/003/0281/0284
AUTHORS: Baraneva, V. G.; 14oakvin, A. F..; Xurochkina, T. F.
TITLE: Colorimetric determination of cyclopentadiene admixture in isoprene
SOURCE: Zavodskaya laboratoriya, V. 30p no. 3., 196h., 261-284,
TOPIC TAGS: cyclopentadiene, isoprene, benzaldohydo, condensation, p
dinitrobenzene, pheny1fulvene, optical density., colorimetric determination,
dianion
ABSrRACT: Since isoprene obtained from crude petroleum contains cyclopentadiene
(CPD), which inhibits polymerization in amounts over 0.000'5:~, it is important to
be able to determine it quantitatively.' Two colorimetric methods were developed
by the authors,, 'the first one based on the condensation of CFD with benzaldehyde
according to the reactiont
11"-Cti. + OHC CH + H,031
Card 113

ACCBSSICN NR.- AP402-0039
while the secorid method was based on the reduction of dinitrobenzene by, C?Dt
NO-
NO,,
Oh C*+ + 2HSO.
V
NO-
In the first methody 8 ml of a 3% ethanol solution of KOH) 8 ml of the analyzed
isoprene, and 9 ml of a Za ethanol solution of benzaldehyde were placed in a 25-ml
volumetric flask, mixed, arL~, allowed to stand for 3 minutes. The optical density
of the developing color was measured in the 400-550 millimicron range by mpans of
an Mi-bl photoolectrocolorimeter, with a sensitivity of 6 x 10-4,,, and an average
error of not over 20%. In the second method,, 0,3-5.0 gm of isoprene, 0.5 ml of a
Card 2/3

ME
ACCESSION NR: AP4020039
0.25% solution of P-dinitrobenzene in dimethylformamide, and 0.5 ml of a 10`6
/a
aqueous solution of KOH were placed in a 25-61 volumetric flask and brought up to
the mark by dimethylformamide. After standing 5 minutes, the optical density of
the color of the dianion was measured at 620 millimicrons. The sensitivity of the
met-hod was 2 X 10-55~42, and the error did not exceed 2C%. It took 20-25 -minutes to
perform the analysis. Orig. a-rt. has: 1 chart, 3'tables., and 2 formulas.
ASSOCIATION: Nauchno-issledovatellskiy institut monomerov d1ya sinteticheskogo
kauchuka (Scientific Research Institute of Monomers for S~mtftetic Rubber)
SUBMITTM: 00
DATE, ACQ: 27mar64
SUB CODE: CH NO REF SOV: 000
Card 3/3
MiCL 1 00
OT11MER: 002

SOURCE CODE: UR/0372/66/000/004/GO45/GO45
AR6026536
AUTHOR: Kurochkina, T. K.; Terpugov, A. F.
TITLE: Experimental verification of target-search algorithms with the aid of human subjects
SOURCE: Ref. zh. Kibernetika, Abs. 4G314
REF SOURCE: Tr. Sibirsk. fiz. -tekhn. in-ta pri Tomakom un-te, vyp. 47, 1965, 207-219
TOPIC TAGS: noise g4fl-to-z"JI-09amputer, simulation test, target seeker / GShN-l
noise generator, MN-7 analog computer

RUDIIEV, S.V., glavW anergetik-,XURMHX;NA, V.A., lmhoner.
Centralized sepnrator on a ring spinning frama. Tekat. prom.16
n0-10:31-32 0 156. (HIRA 10i1)
1, Rnmenskaya khlopchatobumazhnaya fabrika "Krasnoye znm7a.*
(Spinning mAchinery)

RUDNXV, S.Y.; KUROGHKINA. V.A., inzh.
Pneumatic inoval of waste in sorting and picking sections.
Taket. prom. 18 no. 7:48-49 J1 158- (MIRA 11:7)
1. GlavWy energetik pryadillno-tkatakogo kombinsts "Krasnoye
xnamyo."
(Textile factories--Heating and ventilation)

Chemical Abstracts
VOL 48 No- 5
.Mar. 10, 1954
:Soils and Fertilizers
T I ie decomposition of cro It res ill ues front perenniA11115",
an'l th'! inflnence of nitrogen fertilizers on the y Id of
spism: wheat in relation to the time of plowing under thelt
-0d. , I V. NI. Smirilov"K. At. Khallov, V.
i-k. an-IX F. kisr,~hkhm. hrelf. -Timiryfluv.,
12,:t). I I r81 --It i-1 AhOWTI that
11 1'r I "A clop ill Ow uall.v f-Ill slipplies more
,%jlhM, III it? pl,ming it 1111111'r ill lair fall. Inthrlvtff~
III.. 111'(Olo~ , With COMI)ICN tinhydrolymble.
i ;. I it -t aw pi - titrd shn%% ing the inermse in yield ofl

USSR / Flrnt Thyriology. ':inorr.1 Nutrition. 1-2
Abn Jour ?of Zhur - Biolt, No 22, 1958, "o 9992'
Author ')crc-,o,.rr,!-:iy, :'.. Yc.; rnd 'Curochkinr, V.
Inct Tiriryrzov
Title ;tudy of tho Effect of 2.4-D on tho Entry nd Dirtribution
of i,)2 in Flrnts.
Orig Pub Dokl. .'?.' SF~R, 113, '.1o 1, 210-213, 1957
.',bstrrct In the Ti:--iry,-.zov Agriculturrl '-cndo.-~y, sunflowur rlrnts in
phr.so 3 of lonvcs were sprinklod with r solution of 2.4-D
sodiv-n s-lt. In cnothor sarioc of cx:-.orir-cnts tho prcprrr-
.'-ftcr N H2 04
tion vre introduccd into the soil. C F32
it,-.s introduccd into the soil or plncod on tho upper surfrea
of 3rd--tior loaves in the forn of droplets. .'.ft-,r 3 -md 8
,nd F32 dctcr.--incd in tho
d-,:,c the content of cor-ron F -
rlrnts. 2.4--D dolcyod the ontry of F thrcu~'h rocts rnd
Crrd 1/2
USCR / -11-nt 1hysiolo-y. -..Inorcl Nutrition 1 -2
,';b3 Jour :~rf Zhur Biol., No 22, 195,r, No r"qc~25
le-von. This ratrrding of tho rd,-issinn of F vrs oxpros-
sod ucro rtrongly thrn tho sup--.rusnion of t1io for-.,rtion
of the nrSmic substnnco, vhich rasulta~! in the dccrorsc
of F contont pur dry.-r-css unit, osi)cci,-lly in thc youngar
pc~rts of the plcnt. The p1rnts prcco..oc,-' ~iith 2.4-D
throv-h the introduction of the 1-tter into -,oil, rotrinod
ill t1hair-roots up to 24% of the r32 introduccd into tho
soil; the plrnts s ubjoctod to sprinkling vith 2.4-D
rctrimd only 9.17, of the F intrcdt,ccd into the soil. The
durrn3cr,.ont of tho ontry of F into pi.--nto owinG to the
rction of 2.4--D is of r toirporrry mrtilro. .. ri. .'.. Rudenko.
C-rd 2/2
10

USSR/Plant Physiology. Mineral Nutrition 1-3
Abs Jour Ref Zhur - Biols) No 71 19582 No 29398
Author Berezovskii M.1a.' Kurochkina V F
Inst Not Given
Title The Influence of 2.4-Dichlorophenozyneetic Acid X 7
on the Transformation of Phosphorus Compounds irrtT~
Plant,
Orig Pub Dokl, A14 SSSR3 1957y 113., No 2. 458-461
Abstract In a vegetation experiment, the spraying of an over-ground
mass of suntlower with a low concentration of 2,,4-D
lowered the P intake into the plant and decreased its
content, The ccntent of inorganic P sorwwhat increased,,
but P in organic compounds, especially in acid solvent
fractions, sharply decreased. 2p4-D introduction in
soil in the root area not only decreased the absorption
of phosphates, but their attachment to the roots and
their transformation into lesa mobile combinations were
Card 1/2

USSR/Plant Physiology* Mineral Nutrition
Abs Jour i Ref Zhur -- Biaij No 7j, 1958, No 29396
observed. At a simultaneous increase of the relative
content of nuoleoproteide the content of inorganic P
decreased and the weight of acid solvent fractions was
considerably lower. 7he negative effect of 2,4-D on
the intake and accumulation of P in plants was reversi-
ble. A conclusion was reached that 2,4-D acted more
on the content of intermediate products of phosphorus
metabolism,
Card 2/2

LYUBINA) A. G. (Delpaty of the Supreme Soviet of the WSR, Chief Zootechnician
of the state farm "Peslyanovskdil and KUROCHMINA . A., (Bead of th- Inteerraion
-T ~i~ -
Veterinary Bacteriological Laboratory, s-EUiTR. raion, Tyt=en' Oblastv)
"Reserves in the increase of productivity of animals at the state fam
"Peslyanovskii"
Veterinariya, vol. 39, no. 6, June 1962 pp. 26

UMBRIA, A.S., deF!L!tat Verkhoynogo Soveta SSM; KUROCITINA, Yt.A.
Posvibi.lities of increasing the productivity of farm animals-,
on the "Pedlianovakii"State Farm. Veterinariia 39 no.6z26-n
is t62 (MIRA 18:1.)
1. Glavnyy zootekhnik sovkhoza "Peslyanovskiy* (for Lyubina).
2. Zaveduyushchays. mezhtayonnoy veterinarncbakteriolcgi-:hesko7
laboratorl y, lahlmakiy raym, Tyumemmkoy oblasti (for
K
urochkina .
T

KUROCHKINA. Ye.K., insh.; LWUMBIND, A.M., insh.
New machine tools uadd for mechanizing reinforcement work,
Stroi. i dor. mashimostr. 3 no.2:11-12 7 158. (MIRA 1W)
(Machine tools)
(Reinforced concrete construction)

KUROCHKIIIA, Ye.p.; SMIOYLOV, V.P.
.1-10,.-,;,-~,'...,'.~-,,-,,.~-,,.~.,.~,,.~~
1ayorlooo chromizing in a diluted bath. Izv.vyn.ucheb.,-Fav.;
tekh.tokst.prom. no.6:93-94 '58. (MIRL 12:4)
1. Kostromakoy taketillu" institut.
(Textile machinery) (Chromiun plating)

KUROCHKIN, Yu.V.; KUROCHKINA, Z.A.
Halminthe of bats In the Astmkhan Preserve. Trudy Astr. zap,
no.6:127-134 '162, (MIhA 1617)
Astrakhan Preserve-Worms, intestinal and parasitic)
ABtrakhan Preserve-Parasitea-Bats)
~

K.11ROC liF P ilk) Z.A.
Supploym-int to the bibliogra-hy on
Trudy Astr. zap. no&9:227-237 (MIRA 18:10)

KURoCHKIML, Z.V.; SEMINOVA, A.I.; DOBROVOLISYAYA, Ye.A.; USTINOY,Te.Te.
'-~' '-~
- ..
Food noisoning caused by a Salmonella typhimurium (Breslau) groups.
Zhur. mikrobiol. epid. I immun. 29 no.llt7l-73 N '58. (MMU 12:1)
(SUMONIMLL& INMTIOHS, in Inf. & child,
typhimarium food poiu. (Rua))

SHILUPINA, T.S.; TROFIMOVA, A.I.; rUROCHKINA, Z.T*
First interprovince conference on scientific and practical vork
in the control of diphyllobothriaBis, Ked,paras.i parax.bol. 26
no.6t752-754 N-D 159, (KIRA 13:4)
(woRms, mmvnm AND PARASITIC)

. - - - -1-1- ~Z--l-1-1- -". -- - I-I.- .. - . I .. - I - - ~ -.-- - - - .-
VZLIXOVSKAYA, Ye.H.; VSLIKOVSKIT, D,B.; PEGANOV, A.A.; DOBRYAKOVA, L.I.-,
KUROCHKIVA, Z.V.; LISOVSKIY, I.I.
Synthetic drying oilso Patent U-S-S-R- 77,050. Dec.31, 1949-
(C,& 47 no.19:10244 153)

InUIRCCII-KINIA, --. V.
30260
Silikatmlye kraski dlya kamyonnykh poryerkhnostyey. Soobshch.
Daboratorii otdyolochr*,kh rnbot. (Akad. arkhtyekt=7 SSSIR), vyp. 1,
1949, s. 7-,Q*
Lurlyo, .'.. 1. Hanchyet elyektrovzryvnykh fiyetyay pri ispoll"zovanii
Gal'v.m-4chycskiUh elyomyontov.-Sm. 30297
SO: IZTOPI5I 110- 34

ITHO'CiiKINA, Z. V.
30265
Antisyeptichyeskiye krasid dlya dyeryeva. Soobc-lich. Laboratorii ordyelochnykh
Rabot (Akad. arkhityoktlu7 SSSR), vyp. 1, 1949, s. 33-35.
SO: L',:TC;PISI 1,10- 34

KIMOCHKIN-1, Z., inzh.
Resilient monolithic floors, to be usod In npartment houses and
public buildings. Gor.i sel'stroi. 'no.10:25-26 0 '57. (MIRA 10:12)
(Floore)

KARASEV, K.I., kand.khizichaskikh naukj KUROCHKINA, Z.V., inzh.
Treating silicate paints for water resistance with organoullican
compolmda. Stroi.mat. 8 no.3:32-33 Mr 162. (KRA 15: 8)
(Paint) (SiUcon organic compounds)

00 0.
"Ar SF k "'I
1:eter-r-iinir~if the vat~:,j-proofne.,,:, r-,,j
laccillered ~nd 1,,%inted surfaces. Sbc:-.-'
,`o-m. s(:ob. no.1---:
42-,/3 162.
Hlomoranda for t1ainter,3;
paint. Ibid. :~61-69
18:3)

NAPRALOV, B,P., inzb.; KUROCHKO, R.S., inzh.
Electric arc hard facing of valves working in corrosive media.
Svar. proizv. no.3t38-40 Mr 163. (WRA 160)
(Hard facing) (Corrosion and anticorrosives)

XMIVIZA Aloilcrundra; Dopartvent of (ZikIid
PM Ceanotwovy ZakInd IfIgIsiny -- State rnc-
tituto of Aygi;ujo, Diroator: 'Y'rof Er J. KOCTIRZ:-NUI, 11cad
L with t,
of the InatItuto, ho collnbu-
ration of J. GOLPA, T. JOFXIZiIICZ, M. IIA011RULIK, W. KOCIMSKU,
CEA, R. LUT-NEM, J .
M. EOPEC, K. LIPPIC YAKAIS41OZ, if. !tAjY3Z_
RO, X. 07OWN, A. OLES, S. PF-SXA, T. RODZIE-
Z
WIC , J. ROZ14AZOMNA, ~. GOCZENICA, sz.-.ZYS..'IAX, r. ZOLNIE-
RZOWA all of the Wolovadztvo Health and Epide-:10loatcal SUL-
tiona (IJojevodzkIe Stao~o Sanllarno-'-~Dilentologiozn,#); H.
BOBROUSKI, A. GECOW, J. G=ZPIER, M. GRUSUZYNS". 11. J.%Sw,RZ:-,%-
SKA, E. TUZWA, Z~OCZ=, Z. R MIS, R. STATIOZYK, J. S(G-
VATOWICZOVA, Z. SZOZt~ISTIU, 1. BUZYGMISE1, S. SU-11mv, X.
C111COIJA, J. WAMCNE, R. WMECIIA all of the Dopartmente
of Pollomyelitia Pationto (OddElaly dla Chorych n% Polio-
myolitis) of the Wo3owoaztwo Health and Epidemiolocical
Stations; J. AMAIMS1 (Poznan), M. DOBROWOLSFU (1;7ara'aw), J.
BOC:FFIIBKA (Lodz), M. XO:7NIG (Krakow); H. =--RCfOLSXA of
the Department of Virology (Zaklad Wirucologil) of PZH,

W D
OU
Director: Prof Dr F. rRZE891YCRI, ttchnical aid: A. 1W.".11,18KA
"Mpidemlo Situation of Pollonyelitis In Polnnd In 1961"
Waxnaw, Przn~JIwi Vol XVI, %,o 4, 1962,
W%-M- i
Abntraot:/Tuthorge Extelish ou-r-nar-e modlifi-_d7-Tho profound
IR-luonce on the opld~miolo~y, atiolo,7,y and clinical picture
Of Y)D1IOMYO1ItI6 Of the Introduatien of Tass immunIzation
with attenuated polio vaooines In 1959 Is dIncuasod. Obear-
v&tIonc on the Influanco and affect of Iwnunlzatlonn wIth
Fuch vacolnes an the epidemic situation of pollomyelitle
In Poland are reported. 4 tables, 2 dlaLkrams; 5 Polish
references.
E/2

MLESZA, Df 1,1115 I.-firnrt,ort of
1) Of the PZ"-,
%Plee-,1010
atate Tnttltlate L t,7, Lirect-r- P.-cr rx C. Kiz--
0'. Nprvtme-~Itl .,:.
It'. NCIEU-1:A, 1-1.
S. FE'711A, T. RCDI.!-"'-- ;"E-
all 0-,
'41CA, 2zcz,.. th WE 7.
wod:.k',o Staoja Zfnitarno-!Cplde-:Iclo7lc,!,ij la~tvodztwc
HOLIth and ~Pid,~-Aolo,-y A. (ISOC-4,
J. f"LILDMI, Z. JU--'dA, J. 27,GITATCIWT~ZCI,;A, Z.
S"CMIMSK7 I x SNIC014A R WAR-C".'A Of Mic,
. 0 il- 10,1;-, c,.*,
D4artM'Ients of P"Ollomyallti t tont I ly Clorych
na Pollomyclitie) of the IISSF; 1j. no-
P-nrImcn, of Vircloz (ZP-%IPv! UL-unolo"II) -3~
-X.
di" of Blqlnn or thu Pa!.
,"Saroty of Immunization with tho Attanuatod VIma
_T/2

i0- UIN 1) 71
.Itrulno TyP,j I Chat and TYPO 3 'A 7OX"
S
!ol xvi, Jjo 4, 62, pl)
3M- -
CAuthor is, trglit4h swi-nar.,t 7,-ae If
c tnical and llorr-~ali%la In Nland
vIrolo;,rioul knalyale of Y),~
wita -und-3 within 6 wo.-kn after on-nrletiori of oral tvravlza-
. pe I Ghat are. typz 3 V Fox.Inve2tt-
t1on with polio virus tv
,F.atlons mnd-i In 1959 and 1960 show tho complete dufuty of
roprowelrAls attsauat-3d oral vacolno type 1 Chat. -1no utraln.
3 W Fox Lu Indicated me a pathoSenlo ono and fto uncartain
eftfetr foiind by Inveatleations In 1960 hH3 'OaGn OOnfirned.
8 tableo; 2 dlaqrra-7a, 9 referancer. 2 1~ollsln the rest West-
ern.
L2/2

"T L
~ICFA,
on f~ cri-ic c rlr(-r I n-- rurf a cc, n . In T'n -lil-h.
MN11" T" lY..Til';~.'."'FI U71. UE--'-,)' !"III U'-, LI FT
izi~, n J. ti
110.1. 11, 1957.
ianuary
Imthly List of Thst Furol-ean Acc,~--sslcnr (-EAVI LC. 'Jol. 9, no. 1~
T,
Uncl.

AUTHORS: Gurkin, S.I., and Kurokhtin A.N.
TITLE: Experience in the Intensification of the Process of
Electrolysis of ldumi!rm at the Stalino Alumita-m! Works
T~IBRICDICAL: Tsvetnyye metally, 1959, 14- 7, pp 46-52 (USSR)
;-B S TRAG T: The authors discuss improvements in e~!'4-'J-!r'.U'1---lectrolysis
T)ractice in the new sections of the Stualino -,-,,orks. Table
1 compares operating parameters for 1953 and 1953, showing
that productivity increased by 5.5 - 1311). The measures
t.akea at the viorks are those adopted throughout the
Soviet alwqlaurz- industry; the distinctive feature at
Stallno is the reduction of the bath voltage (by 0.187 -
0.266 volts). The changes in electrical and thermal
conditions achieved, mainly through eight constructional
modifications, are shown in Table 2. Cathode- and anode-
section loading at the works is probably the highest in
the USSR and is one of the bottlenecks for further intensi-
fication. A 6raphical representation of operating factors
Card 1/3 for 1952-1958 is given. Some improvement resulted from

SOV/136-59-9-9/20
Experience in the Inte-n3ification of the ilrocess of Electrolysis
of Aluminum _- t the 0-talino Aiumlinum 'Io rk s
Card 2/3
the use of longer anode pins, which reduced over"'eating
of the anode centres. Increase current density led to
reduced voltage drop in bath bottoms which the authors
explain In terms of higher metal-level and careful
bottom cleaning. Among factors contributing to the
reduction in heating voltage were mechanization of anode
lifting and reduction in inter-electrode distance. The
last factor, contrary to results of laboratory experiments
did not reduce but increased current efficiency. At
present this distance is as low as 3.6 - 4.0 c-a (generally
3.9 - 4.2), but the authors consider that optimum electro-
lysis conditions correspond 'to 3.0 cm. The authors note
that,, In spite of increased current density it has been
possible to reduce heat losses. Between 1953 and 1958
metal production per KWH has increased by over 7~, the
present power consumption on one series being lower than
anywhere in the USSR (and, perhaps, the world) and the
authors maintain that intensification of electrolysis
without increase of heat losses is the best practice.

SJOV/136 - 59 - 7- 9/20
Exporience in tlio Intengifiorition of the Process of Electrolysis
of kItalUnwa ;,t the ~;talino Allu*~1=7, Works
11"rom tho enuations of G.A. Abramov and A.A. Kostyulkov,
conditions at Stalirio are still. not at the opt3mum level.
The authors briefly comD~,re conditions at Stalino with
those at other works (DAZ and VAZ) and the results obtained
by various shift crews at Stalino. There is 1 figure and
3 tables.
JI.SSOCIAMON: Stallnskiy alyumini ",- yy zavod (Stalino Aluminium
Works)
Card 3/3

OSTASIIEVSKAYA, N,S.j ONFUITSEVICH, N,A,; DAf3HKAIT7('jVA, A.5,; T.-ITA, M.B&I
KUNSfICHIKOVA, A.A.1 LISINp D,M41 YTJIIOII, II.V,; YEHELOYANTOV, U,A,j
FAKTOROVICIIj B,A,,j KIIHOK11TIN, A,N,
Industrial testing of Listvyanka anthracite for lining the
botitom of aluminum eleotrolytic celles TSvetmet, 38
notIM62-66 0 165# (MIIbk 18112)

!~( - F H -,- I -: A -, - V.
flThe Relation between Carnosine and the Frotoin of Muscles," Biokhim., 14,
No. 6, 191+9. Chair Animal Biochemistry, Moscow Order of benin State Univ.
im M. V. Lomonosov.

v ~I:d 1'. 1%1~fl
ul c4
u
U-: Olt E~3'~t
Az
r- 7~
t~- L i bi:~r4 shrl, 4,,ul wvak~ Ccn i v ~i z ~j
I' 1 71 7
t-C
'n ~lm Id'u-ile I
"V ~wd

KYROXIV translator]; PASYNSKIT. A.0.. professor, redaktor;
j)",.2
GRISHOdwtO, Te,Dle, redaktor; OMSIMOVA, Ye.S.. tekhnicheakiy
redaktor
(Amino acids and proteins; a collection of articles. Translated form
the Wglish] Aminatieloty i balki; sbornik statel. Pereyod a
anglitakogo T.P.Kurokhtinoi, Pod red. i s prediel. A.G.Pasynekogo.
Moskva@ Izd-vo inostrannoi lit-ry, 1952. 394 p. (MLRA 10:2)
(Amino acids) (Proteins)

ORMOVICH, V.N.; KUROKHTIVA, T.P.; BUYAHOVA, H.D.
On the "Inclusion* of tagged amino acids into blood plasma albumin, BloMml
18 no.6:7o6-7n8 N-D 153. (XLRL 6:12)
1. Inatitut biologiohookoy i meditainakoy khImIi AIN Sq';R. Moscow.
(Amino acids) (Blood--Plaama) ~Tracers (Biology))

A study of the rerewal rate of p1mlit protely in-M-0-
jsm with the old of methlontne S". T. P. Kittokh-
o!gLin
i Una ~1 toL Diol.and Nfed. Chem, Actid. Wd. SLA. U.S.S.R..
:Moscow). Btokhinjiya 19, W-18(054)-The rate of
,methloninc S i:%Clusioti into ljltxxt plasma r0lech the
renewal rate of protein mok, wbiji vatiri with e.1ch
fraction of the W(KA plasma proteira. Thii i,,t In disigrec.
ment with some of the jeq,ifUs pfeviwi~ly repcittil.

MOKHTI1U, Z.F., meditainskaya BuBtra.
~- -N7T.__" 1, -
Postoperative period in cases of intestinal obstruction. Red.sestra no-7:
9-12 JI 153. (MLU 6:7)
1. Moskovakaya ordena Lenins, gorodakaya klinicheakaya bollnitsa imeni-S.3.
Botkina. (Intestines--Obstructions) (Operations, Surgical)

KURDKWIHh, 4'U'.I.
Dying "Nitron" fibers for carpet goodn. Tekst.prom. 19
no.10:72 0 159. (MIRA 13:1)
1. Zav.laboratoriyey IVuberetakogo kovrovogo kombinata.
(Dyes and dyeing--Nylon) (Rug and carpet industry)

Lk (j
VSSR/Inorganic Chemistry. Compln;: ~.;umpoimds. C
~bs Jour Ref Zhur - Khimiya, No. 8, 19577 26467-
Author Tikhonov, A.S.; Kurolap,_14.51
Inst Voronezh Universff:~-~
Title Study of Reactions of Complex Formation of
Two-Valent Tin Ions with Citric Acid lons.
Orig Pub Tr. Vororiezhsk. un-ta, 1956, 421 No. 21
61 - 62.
Abstract Citr4c acids ions 2(1) produce well soluble
complexes with Sn *0'. According to the data
of the research by the potentiometric metltod,
the complex SnC H 0- is prodliced when pil is
less than 7, an~ MOH)C050'-`~_ of the insta-
bility constant of about 7 10-20 is pro-
duced when pH is equal, or greater than, 7.
The 1st complex is nearly equally stable i-
Card 1/2
MWInorganic Chemistry. Complex Compounds.
A~s jour Ref Zhur *_ Khimiya, No. 8) 1957, 26467. C
the Opinion of the authors. The complexes de-
Compose in the alkaline region and Sn(OH)2
falls Out at pH aqjal to 9 - 11
b1l1tY product Of Sn( I the Sol
according to the data 011)2 being 2.27 x 10U:26
titration. of-the potentiOmetric
According to the Polarographic
Study, the introduction Of citrate ions into
stron-ly alkaline solutions does not shift
the p'
Otential of the half-wave of~ stannite
Which indica es the absence of co I
mation of Sn~+ mplex for-
and I in this region of p1j.
Card 2/2

ZIIIJKOV' t'.V., doktcr tekhn.naukj ABRVOVIC[f) I.W4. kand.taklm.nauk;
SAKWROVA, N.A.v in--h,;-XURQLAPNIK, 5.D., Inzt..; DROBOT, N.M.,
inzh.
Carpet-pattern tiles made by dry-pretaing for the finishing of
wall panela, StokA ker. 22 no.lOt28-30 0 165.
(1411L4 M12)
1. Gonudarstv-onnyy nauchno-iosladovatellskiy institut stroltoll-
nykh materialov i izdoliy (NIISMI), Klyev.

BELY-KII) L.G.; P~?UNI., O.A.; SKRIPKU, A.L.
~baouremunt of the moioture of a coal charge by the method of =wlear
magnetic re8onance. Zwr.lab. 29 no.2:168-172 163. 04IRA 1")
1. Moakovskiy energetich4okly Institut.
(Coal) (~bisture) (4-Aclear magnetic resonance and relaxation)

KIJROLIN, S.A.; VULIKII, A,!.
Vacuum synthesis of alkali metal metatitanates. Zhur prikl.
khim. 37 no.12:2748 D 164. ~ ".5,1RA 18: ) )

KURONL UI G.F.; MIKIIAYLOV, A.A.
Economic efficiency of the introdixtion of billet,.-. In enterprines
of the West Ural Economic Council. Kul. tekk.-ekorl. -.nforn,. Gos.
nauch.-issl. inst. nauch. i tekh. inform. 18 no.3:8-9 Mx 165.
(MI-RA 18: 5)

SOV /137- 59-1-1997
Translation from: Referativnyy zhurnal. Metallurgiya, 1959, Nr 1, p 263 (USSR)
AUTHOR: Kuronova, N. V.
TITLE: Electrolytic Polishing of "383''-purity Gold
(Elektrolitichesk-aya polirovka zolota 583 proby)
PERIODICAL: Sb. tr. Vscs. ri~i. in-t Goznaka, 1957, Nr 1, pp 3-11- 357
ABSTRACT: It was established that "583"-purity gold alloy can be electrolytically
polished in solutions containing K.,Fc(CN)6 and KCN. The o"Aimuni
composition of the electrolyte (in g/liter) is: KGN 10, K_jFe(C'N7)6 -30,
NaFIP04 1, KOH 0.2, temperature 50 - 600 C, bath voltage -1.8 - 3 %,,
distance between the electrodes 10 ciri, duration of the process 5- 10
min, anodic potential 0.75 v, with mecilanical stirring. The funda-
mental laws governing the anodic treatment of this alloy arc deter-
mined. The uniform rernoval of the metal and, in this colinectiont
the feasibility of electrolytic polishing of duplex-i.,etal articles are
established. It is established that the Au dissolved in the. electro-
lytic polishing process is completely deposited on the cathode.
S. B.
Card 1/1

-. KM=A., Istvin
.
.: Household as seen by a chemist. Elat tud 16 no.21:Suppl:
Tarkatudomany 2 no.3-1:84-85 21 My 161.

KURONYA, Istvan
------- :--~
Once again on baking powder. Elet tud 16 no.)7tSupp..:TarkatudomaV
2 na.19t U8-149 10 S 161.,

KUROPATENKO#_&K._O,_dotsent, kand, tekhn. nauk; SUKIIOV, V.I.9 prof., doktor
tekbn. nauk, red.; PAVLOVSKAYA, Ye.M., tekhn. red.
(Soil mapping of zones covered by machine-tractor stations and
administrative regions) Zemlaustroitellnoe kartografirovania zon
deiatollnoati MTS I administrativnykh raionov. Pod red. V.I.Su-
khova. Gorkip M-vo sell.khoz. S=v 1957. 161 p. (MIRA 14:8)
(Agriculture-Maps) (CartograpbV)

SOV-2-q'e-8-16/26
'AUTHORS: Yenyukov, A.V., Candidate of Agricultural Sciences, and
F.K. Kuropatenko, Candidate of Technical Sciences

TITLE: --------------- --
Projects Prepared Under Industrial Conditions (Proyokty
sozdayutsya v proizvodstvennykh usloviyakh)
PERIODICAL: Vestnik vysshey shkoly, 1958, Nr 8, pp 66 - 70 (USSIO
ABSTRACT: Students of the engineering faculties of agricultural
vuzes have to prepare 5 to 12 course designs and works.
Often, however, the students are misdirected methodical-
ly in executing these works. At various agricultural vuzes,
course projects of one type are worked out in similar fa-
culties by different methods. This is apparently due to
the different ways in which the preparation of projects
is organized and the coordination existing between the re-
lated chairs or to a lack of such coordination. The au-
thor considers it methodically wrong if the student pre-
pares his course project on related subjects of various
enterprises. In recent years, with regard to these and
other deficiencies, some vuzes have applied the complex
method of preparing course projects, i.e. a project is
worked out by the students which has been prepared at
Card 1/2 only one enterprise. As an example, the author mentions

Projects Prepared Under Industrial Conditio.no SOV-3-58-8-16/26
the Moscow Institute of Melioration Engineers and the Be-
lorussian Agricultural Academy. Though the methods ap-
plied require further improvement, they can be recommended
to all enginet'-ring faculties of agricultural vuzes.
ASSOCIATION: Mos'kovskiy institut inzhenerov zemleustroystva (Moscow in-
stitute of Melioration Engineers); Belorusakaya sellskokh-
ozyaystvennaya akademiya (Belorussian Agricultural Academy)
Card 2/2

YEGOHOVA) Tatlyana M.Uchaylovna; KANIVETS, M.A., retsenzent; IMMIKII,
I.Lp starshago prepod.p retsonzont; STEPAIM, S.F., ansistent,
retson7,ent; GEIMELIMAN, M.A., prof., retsenzont; GEM.'DEL'I'M~
A.M., kand. ckon. nauk, retsenzent; KUROPATEIIKO, F.K prof.,
retsenzent; KGIITOROVICII~ I.A.., staruhiy
YEROFEMIKO, A.G., assistenp retsenzent; DATIDOV, G.P., red.;
SlIVIROVA, T.A., red. izd-va; SMIGUROV, V.S., tekhn. red.
(Topographical drawinglTopograficheskoe cherchenie. Moskva
Goodezizdat, 1961. 158 p. (MIRA 15: 8~
1. Zaveduyusbehiy kafedroy foodezii Ome3kogo sel'skokhozyny-
stvennogo instituta (for Kunivets). 2. Zaveduyuahchky kafedroy
zamleustroystva Mellnogradskogo sellskokhozyaystvennogo inati-
tuta (for Gendellman', M.A.). 3. Zaveduyushchiy kafedroy zemle-
proyektiroviiniya i planirovki sell-skikh zasclennykh rest Be-
lorunskoy sellnkokhozyaystvennoy akademii (for Kuropat-enko).
(Topographical drawing)

"AL;7,r'V' IALA... - , : i I., e v ,, (I . I . .
I. ...'t" , -,. I - I I ,
.- - V I ,e 1 f I , ~ ." I , 1, -, f . :.
KPOP t'l zli KO F. K. ) pror.) 7-;Ji,:,",N!~~-~~',"..,
., A- p I . ; - m - " ~
, retsenzent
[GeodeL;yl Geode-,-iia. 1; e fj ra .
perer. i i:jpi-. 1964. 185 p. i? ,, .1 P;: ] 1)

AIEKSEYCHIK, N.I.i MAItTINOVIGII, G.I.; llIALYANOVA, G.I.; K-Ul"OPATENKO, G.F.
Effect of the Minsk gassed mixteral water from the borehole No.2
on the secretory and evacuating function of the stomach and on
diuresial in dogs. Vop. fiziol. chol. i zhiv. no.l*.163-167 160.
(MIRA 14:10)
1. Beloruaskiy nauchno.-issledovatellskiy institut nevrologli,
noyrokhirurgii, fizioterapii i kafedra fiziologii cholovoka i
zhivotnylch Bolorusskogo gosudarstvennogo universito!a imeni Lenina.
(14INSK-JUNERAL WATFRS) (STOMACH)
(DIU-12TICS AND MUM,)

82516
5/020J60/133/04/06/031
Boiq/to6o
AUTHOR: Kuropatenk5t,_~, F.
TITLE: A Method of Calculating Shook Waves,
PERIODICAL: Doklady Akademii nauk SSSR, 1960, Vol. 133, No. 4, PP-771-772
TEXT: The author offers a method of calculating discontinuous solutions
of gas-dynamic equations (1). By this methodg the discontinuities are not
sorted out singly, and it therefore behaves like the so-called "open" Cal-
culation, where singular points are not sorted out either. Equations (2)
are, howeverg used for calculating the Hugoniot conditions. In the integra-
tion of (1) the intervals of the state variables are divided into two
classes, and the approximate so:ution in the intervals of the first class
is called elementary rarefaction wave, and elementary shook wave in the
intervals of the second class. The calculation of the state variables in
the individual intervals is discussed and it is stated that a shock wave
at random can be replaced by a finite number of elementary shock waves
when applying the method given here, A number of calculations were made
by this method and a satisfactory agreement was found between exact and
Card 1/2

82516
A Method of Calculating Shock Waves S10201601133104~061031
B019/BO60
approximate calculations. The author thanks N. N. Yanenko for a number of
valuable suggestions. There are 3 references; 1 Soviet and 2 US. q1
PRESENTED; December 16, 1959, by S. L. Sobolev, Academician
SUBMITTED: November 18, 1959
Card 212

ACC NRt
AT7004277
AUTHM: Kuropatenkoj V. F.
I
SOMICE CODE: UR/2517/66/074/000/0107/0137.
ORG: none
TITLE'i Finite differenco method for hydrodynamic equationa
SOURCE: AIN S)SSR. Matematicheskiy institut. Trudy, V. 74, 1966. Raznoi3trxyye metody
reshcniya zadach matematicheskoy fiziki (Difference methods for solving problems in
!mathematical physics), pt. 1, 107-137
!TOPIC TAGS: finite difference, hydrodynamics, thermodynamics, acoustic wave, shock
wave, rarefaction wave
!ABST,UCT: Finite difference methods are applied to one-dimensional unsteady hydro-
dynamic equations. These equations are.given by
U, + r9P. = 0, IV, - (r'V), = 0, &1+ (r*PU),0
The following, coordinate'a' are used for two types of grid's
Xi - X0 + Tj hi,;
n
In - to + Y, Tk
!L1q_qF!L_
L

ACC NR:
AT7004277
In type one, all unknown functions are defined on points x /2; in type two grids
i+1
only thermodynamic quantities are defined on the points x The velocity U is i
i+1/2'
determined on points x.. Both rarefaction (R-wavea) and shock (S-waves) waves are
considered in the analysis. For R-waves, which lead to smooth solutions, the follow-
ing difference equation-is obtained for the velocity
o.
For discontinuous solutionsp auxiliaxy, quanti'ties are introduced, defined by the
asterisks in the following two difference equations
U' ./,) h + (P; - P;),r'. 0,
21, Viol,) h - (U,'-~_ U;) of.
These are determined from the expressions
P; + 0 (0, h2),
%v*' U,* - U.01. - U0,18 + 0 h
which in turn allow one to calculate U' Using the R-wave analysis, a
112 and V1/2'
similar finite difference expression is derived for the energy. This is given by
E-1, + (Pi"I + P". (V,./, - VOVI) 0
Three kinds of finite difference schemes are invootigated, using either of the above
Lqard 2/3

ACC NR: AT7004277
two types of Crids. Depending on the nature of auxiliary functions, the third
difference scheme in in turn divided into throe sub-schemes. All three finite differ-;
enco mothods are then discussed for the acoustic approximation given by the equations
'tit + P. 0,
P, + clu, 0.
it is shown that the stabilit-j criteria for all three methods are satisfied 'by the
inequality X 2 4. 1 where >e = Vc/h. It is further shown that (in all three methods):
if -the exact sol7ution is monotonic the approximate solution is not. Using the last ofi
the three finite diiference schemes malyzed, a numerical example is considered on a
digital computer and then compared with the exact solution. This is shown in Fig. 1.
Fig. 1. 1 - exact solution; 2
approximate solution; 3 - contact
discontinuity
Orig. art. hass 151 equations, 4 figu:res, and 3 tables.
SUB CODE: 12, 20/ SUBM DATE: none/ ORIG REF: 007/
Card 3h___
OTH REF: 003

L o5677-67 EWP(m)/EwT(1)/EWT(m)/T W/JW/AD/WE
ACC NR1 M4023238 SOURCE CODEt UR/0044/66/000/003/BO70/8070
AUMOR: Golubeva, N. K.;.Kuropatenko, V. F.
REF SOURCL: Dokl.-3-y Sibirsk. konferentaii po, matem. i mekhan., 1964. Tomsk, Tomskiy
un-t, 1964, 99
TITLE: On a difference method for the calculation of a one-dimensional detonation
SOURCE: Ref. zh. Matematika, Abs. 3B356
TOPIC TAGS: detonation wave, difference equation, mathematic model
TRAHSLATION: A method is proposed for making continuous calculations of a detonation
wave. This method is based on the rt-presentation of the state equation in the front
zone of the wave in the form p = gpY., vhere the function g is calculated in a deter-
mined way and serves as a mathematical model for the exact state equation in the tons
of phase transfer. The proposed method is a variant of the method of apreading the
discontinuity. N. Kuznetsov.
SUB CODE: 12/ SUBM DATE: none
UDC: 517.9:533.7
Card 1/1

KUROPATENKOI V.F. (Chelyabinsk)
Method for constxucting-difference systems for the numeral
integration of the equations of gas dynamics. Izv. vys.ucheb,
zav.; mat. no-3:75-83 162. (MIRA 15:9)
(Differential equations)
(Gas dynamics)

S/208/63/003/001/013/013
B112/B102
AUTHOR: Kuropatenko, V. F. (Chelyabinsk)
TITLE: Difference method for calculating shook waves
PERIODICAL: Zhurnal vychialitelinoy matematiki i matematicheokoy f.izikil
V. 3, no. 1, 1963,.201-204
TEXT: The gas-dynamical system
p"
Yj ux,
(pu).,
p
V_ vo w (u - UO).
(F -, P.), (2)
IV
-L (]S,4- P.) (V. -"P) -
Card 113

S/206/63/003/001/013/013
Difference ;tethod for calculating ... B112-/B102
is substituted by the difference system
Un+I Un (PJ+j - Pi),
I-PIN 1+111
vln.P V" U;),
Is i+,/. (Uf+I
W/I i+ h (pi+lUi I-PA
it +
Pi"+,.=/(Vn+
+6111 IVI.
The solutions arG
(3).
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3/208/63/003/001/013/013
Difference method for calculating ... B112/B102
P; - Pn
1+ (12)
;w n I(T + 0 Pi-il, (T
W/1
Transition from difference quotients to differential quotients shows the
applicability of the method. There are 2 figures.
SUBMITTED: May 7, 1962
Card 3/3

AUTHORs
TITLE:
PERIODICAL:
3 9 312
S/140/62/000/003/004/007
C111/C333
Xuropatenkop V.
A method for constructing difference schemes for the
numerical integration of equations of gas dynamics
Vysshiye uohobnyye zavedeniya. Izvestiya. Matematika,
no. 3, 1962, 75-83
TEXT; It is suggested that the numerical solution of the syatiam
71v u au + ~ P . 0
it 0 dt ax
+ P L-V 0, P ; f(vj E)
5 t
Where U--velocity, v--specific volume, E--internal energy -and P.f(v,E)
ij the equation of state, be based on the assuqption that the solution
consists of R- and S-waves. The approximate solution in the intervil
X X is called-R-wave if
Card 1/117

3/14 62/000/003/004/007
A method for constructing difference ... C111YC333
ui - ui+1 0 (5
xi - Xi+I
holds there, and it is called S-wave if
ui U1+ 0 (6)
xi xi+1
holds, if-there is a strong discontinuity (shock-wavo) in the interval,
then the app ;"roximate solution is an S-wave there.-The R-waves are.de-
termin.ed with the help of an arbitrary stable differvnce Bohemo for (1).
To determine ~the S-waves the relations
V+ I (U+ u
W
U+ u (p YI (2)
W. +
1
E E-
+ 2(P+ + P-) (V' +
Card 2/s

S/140/62/000/003/004/007
A method for constructing difference . . . C111/C333
are used, where the values to the right and to the left of the
discontinuity are denoted by + and -, respectively, and where w is the
propaeation velocity. All the quantities with 11-11 and one quantity with
11+11 are considered to be known. All other quantities with 11+11 can then
be calculated with the help of the equation of state. They serve as
auxiliary quantities when setting up the difference scheme for determi-
ning the S-wave, where the scheme Lpends on which 11+11 quantity is chosen
as the known one. As an example, the scheme -
n+1 n )n (P+)n
U u (P+ i-
1+ 2
n+1 n n+1 n+1
vi- vi- (Ui ui-1 (12)
2
,n+1 II-(p +(p n+1 Vn vn+I (13)
+ +
2
Card 3/15'

S/140/62/000/003/004/007
A method for constructing difference ... C111/C333
n+1 f vn+1 E n+I (14)
1- -2
is suggested. For the R-waves (p+)n+11 P11+11 and for the S-waves
(P n+1 are determined from (2); here
+ j- .1 '
2
V- VII p- pn 1
i- 1- 7
n U u- (U n+I Un+I
+ i i-1
are chosen as the given quantities. The "viscous" auxiliary term
corresponding to the suggestee, method is determined. The author mentions
Card 4/5

S/140/62/000/003/004/007
A method for constructing difference ... C111/C333
the differences between results of the suggested method and those of
r
the 'A.'eu-dan method (I. Neuman, R. Richtmayer, A method for the numerical
calculations of hydrodynamical shocks. J. Appl. Phys., 21, 232, 1950).
The author thanks X. N. Yaneako for his advice.
SUMITTED: January '26, 1961
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