SCIENTIFIC ABSTRACT KUZMINA, K.K. - KUZMINA, M.A.

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• Collection: Scientific Abstracts
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• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: July 31, 2000
• Sequence Number: 3
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

5-3400
,,u C) - o16 o
AUTHOR: Markova, Yu, V., KLIZ,111111a, K. K.
TITLE: Synthesis of Eaters of c,~-Hendecenoic Acid and Some
of Its Derivative5
PERIODICAL: Zhurnal obshchey klilml 1 , .1900, Vol 30, 'pir 3,
PP 1037-1039 (USSR)
ABSTRACT: A serle6 of esters was prepared by condensation of
9-hendece.noic acid with correspondinc, sitbstituted
phenols.
C I I-C I If(, 1 12)"C0011;
c'It,
It It
~Dll-
(I V) It
t
C1 1110C I 12C 110 11 (C I I 2),ICOOC 113
(v)
(I) is formed at room temperat-~.ire, i'ji) and (IV) at
Card 1/2

Synthesis of Esters of 9-Hendecenoic 78306
Acid and Some of Ito DerIvativeo SO II/Y 9 --3 0 - 3 - 6 (--)/(3 9
at 1.600, and (III) at 2000. The Vollowin �0 data are
given: W) 60% bP 1750 (0.3 mm), nD 1.4902,
20
cl')~) 0-9713; Q bp 4-'08-210' (3 mrl),
1 488v) - 0 . (IV) 55',~) , bp 187-1:89o
, n
rrLn) .1 2
R-5 * t ~as foLind that on condensation of
~)-hendecenolc acl(l with phenol and FICI,-, ester as well
as lactone Is formed. The methyl (-,:Ae~ of 11-phenoxy-
10-hydroxyhendecanoic acid was also obtained. There
are 5 references, 2 Swiss, 1 German,, 2 Soviet.
ASSOCIATION: S. Ordzhoni1cldze All Union Scientif~-c-Research
Institute of Pharmaceutical Chemistry (Vsesoyuznyy
nauchno-issledovate."Pskiy khimiko-farmatsevtichezkiy
institut imeni S. Ord.Zhmielcidze)
SUBMITTED: December 26, 1958
Card '211121

0
s0
A I Yr I I OFIS ku v,~ , yu . V K K s!
TIT I-E ol' Mecca,r)tonmino Compound,,, IV. SyntheAS
C)
PERTODD'Al, Zhi-wnal olimlichey 11chimiL, 11)60, Val 30, Nr
po (USSR)
ABSTHACT: ThIs paper describes synthesis of mereaptoethylamine
and 1-~ariiitio-2-riiet~cap",obutane accordiln.~- to the z;chome
used previotu.,ly for oynthenin of
-methylbutane (Y-i. V. MaHkova, L. N. 'Zcnkov~a, M. N.
shchulcina, zholui, u .1811 (1958)):
11C,11011CIIINII-1. IICI IICIICIC.IkN III - IW;I .C 9',~- licil --(;112
S N
C-sII
[ICIISI[CI12N 112 - "C'
Car,r] 1/,--'

T 7 8 _--j OY
ol' Moocap 1, O~im It jo CompoundsV
sov /~(q - --,,o i 16c)
ASSOCIATION:
SUBMITTED:
Mere aDtoethyl amine hydz-ochlovtdu, (I) vja.~; obtained
based on the initutal e t till., lamine) a,; Collows,: a
mtxt,u-e olo ~~` -me ccaptothl.azol Ine and K11 (2,0%, toiution)
W~~2 11011ed for 50 hOLIPS on Lin oil bi-,th; the mixture
was avEq)ouated under vacuum and dissolved In absolute
to t.-jhLch ch r oal hld
alcohal; the alcoholic solution, a C
1j(J'(--n :Idd(~J , 14,10 'WEArtried anrl Viltere,('i; abSOILItO '~thel'
added to the Cilti~ate and lo-.'L't to UtLnd for 24 hr.
The precipitate was i,emolfed by filtr.ation. I has mp 67-690
hydL,ochloridp
I (II) was obtainect
by the ,,-dime method as I; it. has mp
Theve are 10 references -. 1 U.S., 5 German, 2 Swiss, 2
Soviet. The U.S. reference is: R. 11. Haal, F. Wright)
J. Am. Chem. Soc., (1951).
S. Ovdzhonekicize All-UnJon Chemical-Pharmaceutical
Scientific Research In.,.;~Ltute (Vsesoyuznyy nauchno-issiedo-
vatel 'slciy 1111ent
I
Ii. 0-d--horiLkidze)
December 2--(., 1958 Card 2/2

-__jgZIXM, K.K.; OSTROUMOVA, N.G.; MARKOVA, YU.V.; SHCHUKIKA, M.N.
Thiazoline and thiazolidine series. Part 1: Alkylation
of 2-aminothiazoline. Zhur.ob.khim. 32 no.10:3215-3219
o 62. (MIRA 15:.U)
1. Vsesoyuznyy nauchno-iseledovatellskiy khimiko-
farmatsevticheskiy institut imeni S. Ordzhonikidze.
(Thiazoline) (Alkylation)

KUZIM &; OSTROUMOVA~ N.G.; MARKOVA, Yu.V.; SHCHUKINA, M.N.
- MWA-) -K-K
Thiazoline and thiazolidine series. Fart 2: Acylation
of 2-aminothiazoline and the reduction of acyl derivatives.
Zhur.ob.khim. 32 no.10:3390-3393 0 162. (MIRA 15:U)
L Vaesoyuznyy nauchno-issledovateltskiy kbivniko-
farmatsevticheakiy institut imeni S. Ordzhonikidzee
(Thiazoline) (Acylation)

OZIMINA, K.K.; OSTPOUMOVA, N.G.; MARRKOVA, Yu.V.; SHCHUKINA, M.N.
Thiazoline and thiazolidine series. Part 3: Synthesis of
.3-alkyl-2-thiazolidones. Zhur. ob. khim. 34 no. 3:1987-988
Mr 164. (MIRA 17:6)
1. Vsesoyuznyy natichno-issledovatellskiy khimiko-farinatsevticheskiy
institut imeni S.Ordzhonikidze.

rOCIIKOV) N.G.p prof.j OFERIKOVSKAYA, T.Ya.j kand. med. 111.1lik!
SIDORKOV, A.M., kand. farmatse-irt. nauk; KUGfEiD~'KC, V.D.,
provizor; WUZIMINA K.K , provizor; VASILIYEVA, S.F.~
24-
provizor;
N., provizor; ZAKOSHANSKIY, N.Ya.)
red.
[Prepared drugs; a manual for physicians] Gotovye lek&rst-
vennye preparaty; spravochnik dlia vrachei. Mook-vap
Meditsina~ 1965. 228 p. (MIRA 18-6)

MARKOVA., Yu.V.~_W ',MINA, K~K.; PERESLENI, Ye.M,; SHCHUKINA.. M,N.
Thiazoline and thlazolidine series. Part 5,, Synthe3jis off
2-imino-3-phenacylthiazolidines and their, conversion to Imidazo
(2,1-b)thiazolidlnes. Zhur. org. khim. I no.8il475-1479 Agl!165.
(MIRA 18%11)
1. Vsesoyuznyy na=hno-issledovatellskiy khllniko--farmatseyt!-;-
cheskiy institut Imeni Ordzhonikidze,,

KOGAN, A.P.; KUZIB-INA, K.K.; LEONOVICH, M.V,; S11,1111A, 7.E.:
-1 11 - l-, !I-,. ~ ~." ~
Improvement of methods for the inventory of commcd1ties in
drugstores. Sbor. nauch. trud. TSANII 6:20-33 164.
(M~IRA 19: 1)
1. Otdel organizatsii i ekonomiki aptechnogo dela (rukovoditell -
kand. farm. nauk A.M. Sidorkov) TSentrallnogo aptechnogo nauchno-
issledovateltskogo institute.

IJAY IL 9
11 ISEV A.I.; SIGAYEV, Ye.S.-; KUZIMINA, K.N,
Field soil moisture meter based on the method of rap"A dry~,Pjz,
I"
Poahvovedenie no.10glll-115 0 165. (mm" 18'. -j
1. Nauchno-isaledovateltakly institut ovoahc~pcgo khczy.3y3tva.

KUZIMINA, K.V.; LZBEDEVA, O.V.
Role of the cerebral cortex In the pathogenesis of post transfusion
shock. Arkh.pat.16 no.4:61-65 O-D '54. (MLRA 8:10)
1. Is kafedry patofiziologii (2aV.prof. S.M.Pavlanko) I Mookovskogo
ordena Lenina meditainakogo ins tituta.
(CMRMRA1 CORTEX, physiolog7,
in exper.post-transfusion shock, pathogenic role)
(SHOCK, exTerimental,
post-transfusion, pathogenic role of cerebral cortex)
(BTDOD TRANSFUSION, expertpental,
causing shock. pathogenic role of cerebral cortex)

KUZIMINA, K,-V. (Moskva)
Role of the nervous system in poottransfasion reactions of the organism,
Pat. fiziol. i eksp. terap. 3 noe3:60-63 W--Te 159. (XM 12:7)
1. 1% kafedry patologicheskoy fiziologit (zav. - rrof. S.K. Pdxlenko)
I Moskovskogo orderia lenina. meditsinskogo institute, imeni I.M. Sechenova.
(13IDOD TRAINSIMION, exper.
conditioned reflex method of determ. of neural reactions
to heterologoua blood in animals (Run))
(RV LMX, CONDITIOMO
determ. of neural reactions to heterologous blood trams-
fusion in animals (Ihm))

K~'!.
- .
Eff'l-A 0" ur, th,~ c!,ur.,- of reii-Arins follm;lng
bloA tnansfusion. Eksp. lkhir, i aneat~ 7 no.6:77,90 N-D 162.
(MIRA. 17: 10*1
1. Tz kafcdry ft.-riullcgli (vicf. - prof. S.M.
~Itwlerlko) 'I -r,iortt-t [,,m4yoi moditsinskogo Instituta
imeni Secheno7a.

GUAVICH, A.K.1 KUZIMINAv L.
SolentIM Conference on the Use of Ultrasonic
Defectoscopy and Radiographic rnspeation in the Quality
Control of Welded Joints. Zav. labs 29 no.6:766-767. 163
(KMA* 16t:61
(Ultrasonic testing-CongresseB)
(Welding-TestinO

-- t T, f ,;- A
,vi, ~, , -
PAVLOVSKUY, 'Lpf~, N. and K1JZ I.',! INA, L. A. "Expc-rhicital rccurreml. tick typhur.1 in moril',-ysll,
In Lim collection: Voprosy krayevoy, ub:jl~chtv i cv3pirin". parazil'ologii, vo.I. 14,
Mloscow, 1949, P. 18-35.
,r' - 4 ).
SO: U-43~)3, 19 Aw;ust, 53, (D-topis 14mma-1 lnyl&i Sbate- , No. 22, 19 9'

L
Chemical 'Abet.
Vols 48 NO#9
~4 100 1954
-Biological Chemistry
Onto Use of eanmit
smosynWab IM zMea ekes. Ulub*0va
KwWav. DAWy Ahzi.
A M. Wk 13.1t. ", 0-1
-(19M:Z-1KaN1d1ft of M Unted by C14 in Semadmw
abUpus a,-,-i %74kreU* vW 6:t wu rtuMed tioder condition
artificial OmIttathon C"slevile-w1wd medium. - The.
amt. of absorbed C94 during p;~otoreducttoct is much greater
than durin chemor~nthesis- As th
be duratiou of light and
dark tPer[Us Increases the arzii~. of V4 absorbed by the cells
im--rea-ses and shows different distribution. - At first CU Is
found mainly in the sol. fractitins. and later It appears in the
Inwi, fractions. DecarboKA41flon of Be, salts of the W
frurtloit ihowd that In photoreduction the percentage
04 irt carboxyl Croups Ls but 40-W%of that found I= che=*-
synthcsi3; hence re-duction of ~' Os during photoreductlois Is
much mom complete In the itame unit of time.
j1G, MK*W&VW7
7
6--e
Fr

A
USSR/U--0109Y Geochemistry
card 1/1
Authors Baranov, V. I. and Kuzlmina, L. A.
Title lonium method of determining the increase of sea sediments. Direct
determination of iloniunn.
Periodical Dokl. AN SSSR, 97, Ed. 3, 483 - 485, July 21, 1954
Abstract The three basic stages of the method, for detennining the ionium content
of sea sedi7-,-nts, are described. A s-ecial analysis system was adopted
for the solution of the many problems involved in direct ionium determi-
nation. This analysis system was found suitable in all three stages be-
cause the ionium is in the sedimant and this warrants complete separation
and eliminates losses due to adsorntion. The results obtained with the
iz)nium method, are given lin table 1. Ten refoirences- 5-USSR and 5-USA.
Graph, drawing.
Institution Acad. of Sc. USSR, The V. I. Vernadskiy Institute of Geochemistry and
Anal. Chem.
Presented by Academician, A. P. Vinogradov, March 25, 1954

hUZIMINAl L. A.
KuzImina, L. A. New Data Relating to the Grows of Corte of Deep Sea
Sedimentation.
The Sixth Session of the Committee for Determining the Absolute Age of
Geologic Formations at the Department of Geologic-Geographical Sciences
(OGGN) of the USSR Academy of Sciences at Sverdlovsk in May 1957
T. B,

AUTHOR: Kuzlmina, L. A. 75-1-16/26
TITLE: The Determination of Uranium, Thorium and Ionium in
Sea Silt (Opredeleniye urana, toriya i ioniya v morskikh
ilakh)
PERIODICAL: Zhurnal Analiticheskoy Khimii, 1958, Vol 13, Nr 1,
-3p ioo-io6 (USSR)
ABSTRACT: The determination of radioactive elements in sea silt is of
interest for the solution of a number of geochemical
problems, e.g. for the determination of the velocity of
sedimentation. In geochemistry methods are desired which
permit the determination of uranium, thorium and ionium
from one weighed portion. The present paper describes
such a method which takes 2 days. In an earlier paper
the author published a direct determination method for
ionium in sea silt (Reference 3). As fortunately all 3
elements - ionium, thorium and UX I - are thorium isotopes,
this method was treated in a manner that uranium, thorium
and ionium are determined from the isotopes separated
Card 1/4 on the carrier substance. In this method the sample is

The Determination of Uranium, Thorium and Ionium in 75-1-16/26
Sea Silt
opened up by melting with sodium peroxide, then the
admixtures are separated in several stages. The thorium
isotopes always occur in the precipitate during the
separation of the admixtures, whereby losses by adsorption
are excluded. By means of radioactive indicators (UX,) it
was found that the elaborated method works without
losses. Thorium was photometrically determined by thoron, the
reagent according to Kuznetsov (Reference 4)- On that
occasion accompanying anions and cations are very disturbing.
For this reason the complete separation of all accomplanying
elements is important. In this connection the thorium. isotopes
are separated before the photometric recordf:ng without a
carrier substance. The quantity of pollutions which may
remain in thorium after sepatation exercises no essential
influence upon the final result. The error does not exceed
� 15 ~5- Uranium was determined on the basis of the content
of UX 1 which always occurs in equilibrium with its parent
element and which is a P-emitter. After the determination
Card 2/4 of thorium, the P-radiation of the thorium isotopes separated

The Determination of Uranium, Thorium and Ionium in 75-1-16/26
Sea Silt
on the carrier is measured. The uranium content is from
this determined with the aid of a calibration curve.
In order to eliminate disturbance other P-emitters lead
(containing RaD) and bismuth (containing RaE) must above
all be completely removed. Tests showed that the
elaborated separation method guarantees a sufficient
separation of the elements concerned. The concent of
ionium was measured on the basis of its P-radiation in an
a-counter. At a high thorium content a correction must be
made which is due to the a-radiation of Th+Ra Th . In tilis
determination polonium is especially disturbine. In
investigations with polonium as radioactive indicator it
became evident~ however, that the separation of polonium
in the separation method is-sufficient. The relativeerror
of the uranium determination by the presence of RaD and
RaE on the average amounts to +1,1 %, the relative error
of the ionium determination by the presence of polonium on
the average amounts to +2,4 %.
The elaborated method was employed in samples of sea silt,
Card 3/4 but also of rocks, ores and minerals. It can be used for

The Determination of Uranium, Thorium and Ionium in 75-1-16/26
Sea Silt
the determination of a thorium content of from 5.10-5 ~.f
to x.10-4 %, when the uranium content is j:.jo-4 % und
up to a uranium content of 70 %, when the ionium content
is x.10-4 ~a (in uranium equivalents). The absolute error of
the determination does not exceed 10-15 %. The course of the
analysis is described in great detail.
There are 2 figures, 7 tables, and 5 references, 3 of which
are Slavic
ASSOCIATION: Institute for Geochemistry and Analytical Chemistry imUi
V.I. Vernadskiy, AS USSR, 'Toscow (Institut geokhimii i
analiticheskoy khimii im. V. I. VernadskoGo All SSSR,
lloskva-)
SUBMITTED: July 24, 1956
AVAILABLE: Library of Congress
1. Uranium Determination 2. 'Moriun - Deter-nination
Card 4/4 3. loniun Determination 11. Geoche.nisLry - AppliCatiO

Z-1 14, 131-1-10/14
AUTHORS: Do a Kuzlmina, L. A.
TITLEt On the Presence of Bicalcium-Silicate in the Disintegrated Sanples
of Fettling in an Open-hearth Furnace. I., _.
(0 prisutstvii dvukVhl'tsiyevoao oilikata v rassypavshikh-
sya probakh navarki podiny niartenovskoy pechi.)
PERIODICAL: Ogneupory, 1956, Nr 1, PP. 41 - 42 (USSR)
ABSTRACT: The quality of the powders for repairing the lAasic furnace bottoms
of Siemens-Martin furnaces to a considerable de-reee depends on
their content of silicon dioxide. An excess of it promotes the de-
velopment of softerad places which my lead to a progre'.9sing die-'
turbance of furnace-bottom work. In case that silicon dioxide
with calcium oxide forms the bicalcium-silicate (Ca Siol) tho lat-
OC2 ir
when the furnace bottom is cooled below 675 , :lay leand to
ter
,
the destruction of the built-up welding due to the Liodificatory
conversion of the P-form to the -form. This destruction may
.
take place at a 2;6 content of bicXcium-silicate. Further the in-
veatigation of samples is described which were taken froqtlihe fur-
nace bottom of a Siemens-Martin fur=e for the purpose of studying;
their magnesite built-up Yielding. Several of these sample -which
Card 1/3 were taken from a depth of 40 - 80 mm disinteErated in the course

131-1-10/14
On the Pre3ence of Bicalcium-Silicate in the Dijintc---7-rit--:d -`~,-jmples of
Pett3ing In an Open-hearth Furnace;__
of half an hour and were converted to powder; the samples consider-
ably differed from each other in their chemical couposition, as is
to be seen from the table. The petrographic investigation showed
thst the samples macroscopically represented a gray powdery maea
in which individual solid pieces up to a dimension of 20 mm occur.
The microscopic inspectiolof the samples showed that they consist
of the following components: calcium ferrites, f -bicalcium-sili-
cate, periclase lalnid- P-bicalcium-oilicate. Then h e individual
components are described in detail. In some grains of bicalcium-
-silicate a partial transition of the F-form to the r -form is
to be observed (fisures 1 and 2). Both modifications of bicalcium-
-silicate, as well as the grains, in which a transition from the
to the Y -form is to be observed, exist in the samples for a
t
ong time. This may be explained by the stabilizing influence of
iron oxides present in the built-up welding. It is considered in-
dispensible that pro.-reosive methods of repairind furnace bottoms
are everywhere introduced by using iron waste instead of quartz
sand, as well as in the capacity of sintering aduiixture (instead
of blartin slag which contains much silicon dioxide). '2!iere are 2
Card 2/3 figures, I table, and 5 referencesq all of which are S2avic-

131 -1 -10/1,;
I On t.be Presence of Bicalcium-Silicate in t-he Disintc~;ratud SaLiples of Fettling
in an Open-hearth Furnace _'ottom in a Siemena-Martin Furnace
ASSOCIATI01, -. i.1
Inutitute for Refractory laterials Kilarlkov
(Kliarlkovskiy institut cgneuporov)
AVAILABLEs Library of Congress
1. Furnaces-Maintenance
Card 3/3

15(2) 93
. 0V/1 31-59-1 2-r-/1
AUTHORS: Kuz'minaj_Lv _e Pitak, N. V., Strelets V. 1i 9
TITLE: Application a.-.-d Va.2:-i.-~tion of Phase Co-.-:-osi_tior1 of the Stop;-,er
Bushing of L .,!Iess in Cont~-_-uous Steel Casting
PERIODICAL: Orrenpory, 19f:`.j IT- 12p pP 56o-566 (uss-R)
ABSTRACT: In the S.-)rmovoll Works stopper bushinr_s were te-sted
consisting of 'juartz-kaaolin of the Prosyanaya Komb-inat,
of fire B,~)Tovichi Kombinat. of Refractories, of fire
clay-kaolin ol' the U11II0 test T)lant and those with -- hiah
alumina ot~ntent of tle Podclts'.- 'dorks of Refractories. The stop-
per busl-,in, --s c-~-nsictin- of quartz-kaolin were produced by meanri
of the plastic _iid all remaining on(~L; b,.- means of the semi-dry
method, The phys-1cal and chemical properties of stopper bushings
are listed-in table 1, their wear may be seen from table 2.
In fiGureS I and 7 the fire clay-kaolin- and the quartz-kaulin
bnshin-s f1re r .''oWn according to their use. The chemical com-
L
VoGition ot ev bu,;hines prior ~%nd after their application
is indicated ir table 3. The microstnicture of qnartz-kaolin
buohing
.1v al e, those with a high alwiiiiu- content is given in
fir,ures 3 RDd 4 accordin- to their a:)plication. In conclusion
_
Card 1/2 the authrrs th,'.t the wear of
01orper bushines is brought

SOV/131-59-12-6/15
Application and Variation-of Phase Composition of the Stopper Bushing of
Casting Ladles in Continuous Steel Casting
about mainly by the action of the slag and of the molten metal.
The greatest stability is found with bushings of high aluminal!~
content* It is considered interesting to investigate the pos-
sibility of prolonging life of fire clay lining of tae casting
ladle and stoppers by the addition of grog. The possibility of
using covers for casting ladles should be investigated in
order to be able to cast with a minimum slag cover. There are
4 figures, 3 tables$ and 9 references, 8 of which are Soviet.
ASSOCIATIONt Ukrainskiy nauchno.-issledovatel'E;kiy institut ogneuporov
(Ukrainian Scientific Research Institute of Refractories)
Card 2/2

DOIZART, F.Z.; KMIMRU, LoA*
Investigating the used-up foreaterite :runner bricks. OgnsuporY 25
no.10:474-477 160. (MIRA 13:10)
1. Ukrainskiy nauchno-iosladovateltakiy institut ogneuporov.
(Firebrick)

,1/131/'60/000/04/04/015
BO15/BOO8
AUTHORS: Vasillyeva, K.F., Kuz'mina, L.A.
TITLE: Magnesite From the Safonikhinskaya Deposit
PERIODICAL: Ogneupory, 1960, No. 4, PP. 166-170
TEXT: In the paper under review the authors describe the inve!3tigations of this
magnesite which was taken by M.D. Burmykina and N *P S chev, geologists of the
Dallnevostochnoye Geologicheskoye upravleniye ((Soviets Far East Geological
Administration). The Safonikhinskaya deposit is in the Obluchlye district of
the Khabarovsk kray. According to their appearance, the magnesites may be
divided into 3 groups. The first group consists of pure magnesites with a con-
tent of 96-98~ h1gCO3, the structure of which is shown in Fig. 1. The second
group consists of magnesites with quartz and dolomite veins (Fig, 2). The third
group consists of silicified magnesites. The chemical composition of the
investigated magnesite samples is mentioned in table 1 and the essential physico-
mechanical properties of the raw magnesite in table 2. Berezhnoy (Ref. 3) called
attention to the high quality of magnesite refractories with forsterite bond.
Bricks were manufactured from this magnesite and fired at a temperature of 16500
Card 1/2

I%-
Magneaite From the Safonikhinskaya Deposit S/131"60/000/04/04/015
B015xB008
at the UWIIO (Ukrainskiy nauchno-issledovatellskiy institut ogneuporov - Ukrainian
Scientific Research Institute of Refractories). Their porosity and weight by
volume are mentioned in table 3. The properties of the samples'and bricks may
be seen from tables 4 and 5. The authors state in conclusion that it is possible
to produce from Safonikhinskiy magnesite high-quality bricks with forsterite
bond with an apparent porosity of 12-16~, a weight by volume of 2,94-3-04 g/cm3,
a compressive breaking strength of 1500 kg/CM2 2and an initial deformation
temperature of 1670-17200 at a load of 2 kg/cm . There are 2 figures, 5 tables,
and 5 Soviet references.
ASSOCIATION: Ukrainskiy nauchno-issledovatellskiy institut ogneuporov (Ukrainian
Scientific Research Institute of Refractories)
Card 2/2

BOLDYRBV, I.K., [deceased]; GRMMVA,
A4 L.B.; ALYAVDIN. V.F.
Crystallographic tables for finding the ratio of two whole
numbers in dacimals. Kristallografiia, no.4:196-229 '55. (WRA 145)
(Crystallography)

KUZ
POIXTAYEV, V.Ya.; TOMASHEVICH, Yu.U.; SHAROVA, P.N.,
otyetatyannyy reclaktor; DANILOV, V.P., redaktor Watel'stva;
SHEVCHEI]KO, G.N., takhnicheBkiy radaktor
11 Collectivization of agriculture; the most important decrees of
!he Communist Party and the Soviet government, 1927-1935. Kollekti-
vizataiia sellskogo khozisistva; vazhneishie postanoyleniia Kommuni-
sticheakoi partil i Sovetskogo pravitelletva, 1927-1935. Hoskya,
1957. 573 P. (MLIIA 10:10
1. Akademiya nauk SSSR. Inatitut istorii.
(Agricultural policy)

s/196/61/000/009/1-339/052
E194/E155
AUTHORS: Bronfman, A.I., Gutman,-Yu.M., and Kuzlmina,, L
_,k._F -
TITLE: A valve-type magnetic lightning arrestir for a
voltage of 500 kV
PERIODICAL: Referativnyy zhurnal, Elektrotekhnika i energetika,
no.9, 1961, 39, abstract 91 247. (Vestn. elektroprom-
sti, no.12, 196o, 32-35)
TEXT: Unlike lightning arresters for lower voltage classes,
the arrvater type Pgm r-500 (RVMG-500) uses magnetic spark gaps
with rctating arc. This has permitted improvement of the
protective characteristic and maintains for 500 kV circuits the
insulation level previously adopted for 400 kV circuits. The use
of magnetic spark gaps permits an increase in the are-suppressing
capacity of the arrester and ensures its reliable operation with
currents up to 300 A peak; the remanent voltage with an impulse
current of 10 kA has been reduced by 25%. The construction of
the arrester is described and the principal electrical
characteristics guaranteed by the manufacturer are given,
Card 1/2

A valve-type magnetic lightning ... S/196/61/000/009/039/052
EIL94/E.155
including the volt-ampere and volt-second characteristics.
The minimum breakdown-voltage occurs with a pre-discharge time
of 5 - 10 microseconds. Then the minimum impulse coefficient
is 0.7. Over the pre-impulse time range of 2 - 20 microseconds
the impulse breakdown-voltage does not exceed 1200 kV peak.
The rolative reduction in remanent voltage combined with the
reduction in the breakdown-voltage ratio madf~ it possible to
raise the insulation level of equipment prc-octed by the
arrester to 2.5 times the phase voltage. 't,ia main constructional
and operating features of the arrester are given.
5 figures, 3 literature reference4.
[AbBtractor's note; Complete translation.
Card 2/2

KUZIMINA, L.G.
Producing experimental staphylococcal infection. Eksp. i klin. issl.
po antibiot. 1i139-345 158. - (MIRA 15:5)..
(STAPHYMCOCCAL DISEME)
. -1~

KUZPMIIIAO L.G. I
Changes in Bacillus freslad under the influence of passing through
the body of an animal treated with antibiotics. Ekap. i klin. issl.
po antibiot. 13149-153 150, MRA 15:5)
(SAU4011ELLA) (AIITIBIDTICS)

PZIMIKA, L.G.
Change in the sensitivity of Bacil2us breslau in its passage thrcugb
the body of an anijul treated with antibiotics. Eksp. i klin. isal,
po antibiot. 2:202-205 160. WIRA 15:5)
(SALMOII-n") (ANTIBIOTIGS)

KUZ I MUIA L. G.
Formation of streptomycin-resistant variants of Gaxtnerlo
bacillus in the organism of an animal, Antibiotiki 7 no.10t
902-906 0162 (MIRA 16:11)
1. Lening-radskiy nauchno-issledovatellskiy inst~tut antibio-
tikov.

YNIOVICH, S.Yu.; XUZIMINA, L.G.
Tracer atom stady of the inversion of adsorption sisries in the
ultra micro-concentration range (with Inglish summary in insert]
Koll.zhur.18 no*3:268-27.4 HT-Jo '55- (HIBA 9:9)
1.Institut fizicheskoy khImU AN SSSR, N*skva.
(Radioisotopes) (Chromatographic a*nalysis)

. I - r4l + - ~ -
, . , . v ',

AUTHORS:
TITLE-
PERIODICAL-.
BSTRACT:
Card 1/2
YiIaTIO'ch~ S.Yu. , Kuz`minap L.G. jc1/78-3-7-9/44
The Utill-tak-ion of lin Exdi&~_ ~nirestigations of Ccmplex
Compounds (Ispo1'zovan';',ye ionnogo cbmena dlys. izuehAniya
kcwplekan:ykh soyedineriy). 1. The EthyleneaiazjMe Complex of Nickel
(I. EtilerOiamin vyy kompleks nikelya)
Zhurnal neorganiche,41coy khImii, 1958, Vol 3, Nr 7, PP 1521-1524
(USSR)
The JiLon exchange adsorption of nickel ions and the nickeletbylene-
diaWn,3 complex w&i iryrejtigatea on the adsorbent KU-2. The ad-
sorption isothermal Ilvqa wavi "corded at Wo 40 and 700 C.
It res found that the nickel ion in not absorbed to the same ex-
vont as the etbylenadiamine ccmplax. The exchange constant for
nickel ion is 0.76; for the complex oampouna it in 2.65, i.e. 3.5
times Vae amowt.
The oompos'llion of the complex ion remins unchanged during eLd-
Sorption.
Hydmtion of tho nickel Ion in the acmplex is lower, to which
fact also ths~~ bqttir adsorbing capacity is due. The ion-exchange
capaoit-1 of ioni :.an therafore serve as an indicator for the

the Utilization of Ion Exchang-. for Irr-restigations of 3()"1/78-3--7-9/44
Complex Coarpounha .. L The EthylevediamL-xe Complex of Nickel
degra-, of lWdratlou of the eompound.
With an inaceasa of t-tmm-qmture the adsorbing capaoity of
nick,?I, ion is *11ghtilly 1"noreazed. The temperature effect for the
&J,-ioxption of the Aystw.-[Iii ( 12+/ +
amomt.s -~o -600 cal/mol and for Ni 2*/Na+ to + 600 wVmol. There
ar~'~t 3 flPx~os and 9 x,3farenceso 3 of ;;i~~ a719 SOMiet.
SUMITTED: Juvv~ 40 195-1
1, rComplex oompou-nds--Adscrpt1cn 2. Comp"ex ions-Adsorption
3. Nickel icns--Adsorpti--n 4. Ion exch&nge-Applications
Card 2/2

AUTHORS: Telovich, S.Yu. , Kuzlmina, L.G. j0`1/ 78-3-7A0/44
TITM Utilization of Ion~ahan~ge~e Investigation of Complex
Compounds (Ispollzovaniye ic~-nnogo obuiena d1ya izucheniya,
komplekanykh soy;sdineniy).11. Nickel Rexammonste (II.Geksaamiakat
nikelya)
PlUtIODICAL: Zhurnal neorganicheskoy khimii, 1958, Vol. 3, Nr 7, pp 1525-1528
(USSR)
ABSTRACT: For nickel ht;aawwnate and nickel ion the isothermial lines for
ion adsorption on caVoni"Ge KU-2 vms investigated. it was fourl+
that tha oomplix ion ia adsorbed better than the nickel ion N,
The cationiti was corn-iyed into an ammonium ion. The isothermal
lines wera produrvi by means of static methods. It was found that
on variow points of the isothermal lines on the adsorbent there
existed several coxplaxes.
In the dissociation of niokelamine compleyi. IN' (NH3)6]C'2
the coordination wwber remaina constant (6); only the molecu2es
of NH.3 ax,i~ riplafed by water molecules.
By th~ method of ion exchange adsorption 'At is possible to deter-
Card 1/2 mine the oharge of the acmplt-,x ion in the solution. There are

Utilization of Ion Exohange for the Im ~vstiption of -u~"/ 78-3-7-10/44
Complex Compolmda Il. Nickel Hemwamonate
2 figures, 2 ta"bles, and 4 references 2 of which are Soviet.
SIMMITTED: J1=,q 4~- 1957
1, Coniplex compounds-Adsorption 2, Complex ions--Ad.-,E~rption
3~ N.'--kel. ions--Advorpt'Lon 4. !on
card 2,/2

UMV, N.Ta.; ASSONOV, i.D.; CHIME, A.I.; ZAMOTATEV, S.P.; BMW, D.G.,*
SWRYBV, L.N*i rAovodital' isoledovatellskor grupl3r; KASURDTA, A.I.;
SHUBIN, G.N.; NOVII, A.A.; PODSHIVAU)T, R.N,; ALUBO, A.I.;.Xql
L.I.; KORF, D.M.; MUCHINO. N.S.
Articles and suggestions of supervisors of central industrial
laboratories* Zav. lab. 25 no.1:5-22 159. (MINA 12: 1)
l.-Hachallnik TSettrallnoy zavodskoy labotarorii Kirovskoge
maohinostroitellnogo zavoda (for Belov). 2.Glavny7 metallurg
Avtozavoda Imeni Idkhachava (for Assondy). 3.NachaVnik Wen-
trallno7 zavodsko7 laboratorii Ieningradskogo metallichookoge
zavoda imeni Stalina (for Chizhik). 4.Nachallnik TSentrallnor
zavodskoy laboratorii Uralmashzavoda, g. Sverdlovsk (for Zamotayev).
5.Yachallnik TSeu-Vrallnoy laboratorii zavoda, "Krasnyy Tyborzhets,
(for Butome). 6.1aboratoriya zavoda "Krasny7 Vyborzhetaw (for Sergeyev).
7.Nachallnik khimicheekoy labmratorii metallurgicheokogo zavoda imeni
Petrovskogo (for Masurova). 8.Nachallnik TSentrallnoy- laboratorii Verkh-
Ioetakogo metallurgic'heakogo zavoda (for Shubiu). 9.Zamestitell nachall-
niks, TSentrallnoy- zavodsko7 laboratorii zavoda imeni Malysheys, g.
Khartkov (for NoTik). 10jamestitell atuhallaika TSentrallnoy- savodekor
laboratorii Sverdlovskago turbomotornogo zavoda (for Podshivalov).
U.Nachallnik eksperimentallnogo otdela Spetsiallnoge konatruk-
torskogo, byuro Sverdlovskogo, turbomotornoge zaveda (forAlekso).
12.Nachallnik TSentrallnoy laboratorii Okhtingkogo khimicheakage
kombinata (for Kuxlmina). 13.Nachal'nik TSentrallnor laboratorii zavods,
"K Ilk" (for KoW, 140aftf:nik TSentif:g0ayll A
or "Wof f or
,,ta,
0 evskego mas nos. ro _0. no o zavo k
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pmv-ioi-~ evah=Inn ct -h~ r-!*-,aacu~~- ~-mr~xn-ddswrtwu

25(0) 1 434- SOV132-2r-1-11151
AUTHOR: Kuzmina,__Lt_jj, Hpad of the Central Laboratory of the OkhtinskiY
lGhemical Kombinat
TITLE; Articles and Suggestions of the Heads of the Central Works Labora-
tories in Connection WJth the Theses Laid Down by Party Member
N. S..Khrushchev at the W Congress of Ue U.17, "Control Figures
of the Development of National Economy of the U~SR in the fears
1959-1965" (Stat'i i pxedlozheniya rukovoditeley Tseritrallnykh
zavodskikh laboratoriy v svyazi s tezisami doklada tovarishcha
N. S. Khrushcheva na X~l s"yezda KPSS "Kontrollnyye tsifry raz-
vitiya narodnogo khozyaystva SSSR na 1959-!965 cg.")
PERIODICAL. Zavodskaya Laboratoriya, 1959, Vol 2q, Nr 1, pp 20-20 (USSR)
ABSTRACT., The above mentioned Kombinat is one of the oldest synthetic plants.
Taking its 1958 production as 100 %. by 1965 the production of
polyethylene -4s to amount to `174 '~, that of triacetyl cellulose
to 431-18 %, that of-vinyl synthetics to 156.6 %, that of molding
powders and resins to 352.7 %, that of softenert; to 196.8 %, and
that of epoxy-resins to 1172.5 %. The 8even-year working plan of
the works central laboratory-calls for the elaboration of a new
and better production teolmology of polyethylene possessing various
Card 1/2 properties and produced from raw materials,Theelaboratkn

SOVI'32-25-1-11151
Articles and Suggestions of the Heads of the Central Works Laboratories in Con-
nection With the Theses Laid Down by Party Mlember N. S. Khruvhchev at the
XXI Congress of the CPSY "Control Figures of the Development of National Economy
of the USSR in the Years 1959-1965"
of new higher quality epoxy-resins meats with difficulties, for
want of a raw material of the required quality (diphenylol propane).
Also an improvement of the technology Of styrol copolymers and
nitri-lo-acrylic acid, as well as the production of high-resistant
materials therefrom are to be realized in co-operation with the
factory departments. The central laboratory undertakes furthermore
to raise the level of research work, to adopt new investigation
methods, and to intensify investigations on polymers.
ASSOCIATION: TeentralInaya laboratoriya Okhtinskogo khimichi?ukogo kombinata
(Central Laboratory of the 01rhtinskfty
Card 212

S/125A) /G00/003/012/022
AGOVA30i
AU'ri-OR6 Gurvich, A. K., 14.uatmina, L. 1.
TITLE: rfine Conference on ultl,asonic flaw-detection
PEIUODICAL: Avtomaticheskaya svarl:a, no. 3, 10,63, 94 - 95
T=: The Conference on ultrasonic flam-detection was held in Leningrad
in October - 1962.1- -The- Conference -was -opened by Pro-rector- of LIIZaT, --M. 14,_ Fi_
ii pov, who noted the wide use of ultrasonic flaw-detec~ion for tae qua.11ty con-
p
trol of weld Zoints, The followir4; reports were heard: A. K. Gurvich,
NII of
Bridges, on standdrdization of ultl,asonio flavi-letection methods and development.
of GOST standards; N. V. Xhimche=ko, JJT7 ld-Limnash, on the use of complex flaw-
delection under industrial conditions; A. L. ljv~, 11,1TI of Brid, U..
ges, op. 'Ile use
Df the flaw-detection system developed .-', t" Q NII ),' -_Irl'djes, for Individual
5 C C~ I J,:)r.S T . NL aoid Ray4uiiur, on .5~=dard!.~irG the sensitivil"y of
flaw detect-1-oro; I. N. Yermolov (TZIT Z.V0h), V. A. Tsechal' (IES imeni Ye. 0.
Paton) and 0. 11. Mu%ov (Leningrad Sovrarldioz) on the control of ultrathick
welds; S. A. PikiAlin (Kommunarsk NketallurG_`Cal Plant) on the combined use of
Card 1/2

Ultrazarnic riaw-aetection and roentgenograpliy in weld control of steelteeming
ladle3; V. P. Pushkin, Orgenergostroy, Yu. 3. Zaldia.rov, ORGRIESS, and Yru. V. La-
vitskiy, Donbassenargo, on ultrasonic flaa-datection of steam pipes; Ya. F.
Anikeyev on ultrasonic weld control of thin-wralled pipes, L. D. Kevesh, 0.
Zeytqan, Krasny-y kotel'shchik Plant, V. B. 'Io,-ozh.'Un and A. A. Possedikin, Norillsk
o" ilinli-Z and Metallurgy, :)n exper,,~nce in ultrasonic flaw-detection of
we- d--; F, Ya. Zazlavskiy, B. N. Patrov, Pl-nt Imeal Nosenko, A. P, Leonove.,
Baltic Plant, on ultrasonic flaw-datecti-on '-n shipbuildingm; A. G. Dzhabiyev,
AzTlTmElsh, on ultrasonic flaw-detect.Lon- .)-" ,, - ;---m bu~'t, 'rie."J in heat-
exchangers; V. A. Boslko, Ilikolayev Shipbui-lding institute, on improved relim-
of ultrasonlic fixa-delection by mni~azm~ of 5 megacYcle oscillations and
probes aith. s ecial trans; A. A. -Xharor-,cin, Odessa 3,'-Up Re-,air Plant, on the
P . - U
welaS by sir le ax~i d,~u;3-o sys7,ems. 7r-,e
:7, 014-S
necessit-i Of e r-
met4 -and of automating -,na mecrianizing zhe control process.
card 2,/P-

ONTS, ~ LAT.; KUZTINA L.'- , BELYAYEVA, V,Y(?.;
- -:-'
SYII-HEVA, NA.j BP"Yt7, '"(11,.A., rect.
[M--5, XD.-6, ED--P and E.D--L diane opoxy re~.qins general
information] Dianovye e,po-ksidnye spioly marok ED-5, ED-611
ED-P. ED-L, obslichle svi3deniia. Leningrad, Pt.l. 3.965.
14 P. (1,11II(A 18~7,
j

L 37670-M EWP(c)/E'dP(k)/M(d)/T/gWP(I)/FgP(V) IJF(c)
NR- AP6028857 SOURCE CODE: UR/0381/66/000/001/0021/0024~
AUTHOR: Kuzlmina, L. I.J Gurvich, A. K. '57
ORG: Leningrad Institute of Railroad Transport MAineers im. A
V. N. Obraztsov (!.eningradskiy institut inzhenerov zh.-d. transpox-.a)
TITIE: Use of punched cards for accumulating and analyzing the results of various
inspection methods k~
SOURCE: Defektoskopiya, no. 1, 1966, 21-24
TOPIC TAGS: punched card, quality control, data analysis, flaw detection, ultrasonic
inspection, railway track, resistance welding
ABSTRACT: A brief description is given of edge-punched cards used for data
analysis in quality control. The notches on the edge of the card are used.
for a coded record of the individual characteristics of the insy
pected object,,
.methods of flaw detection.. results of inspection,, etc. The machino used for
sorting the cards is described. The method is illustrated by a detai2ed
e=mination of a card for accu=x1ation and analysis of data on ultrasonic
inspection of resistance-welded rails. Orig. art. Me: 2 figuree. (MS: 35,804)
SUB CODE: 09, 13, 14 / SUBM DATE: O9Nov65 ORIG REF: 001
UDC: 620.179

- KUZIMINA, L.K.
Now styles In knitwear. Tekst,prom, 20 no.6:1)-15
Ja 160. (XIBA 1317)
1. G1&vzWy inzhener Moskovskogo, do= modeley trikotashmwM
Izdaliy. (Knit goods industry) (Yashion)

deputat
Solicitude of deputies for the system of enterprises serving
-aublic needs. Gor. khos. Rook. 14 no.9:11-32 S '60.
(MIRA 11:9)
1. Sakretarl Postoyannoy komlosil bytovogo obalusbivaniya
Moskovskogo Soveta.
kmoscow-4uniciDal services)

JUNIMINA ZAKSKAYA, I.A.
L. H. ;
Work practice of the grading room staff striving for the
title of a section of communist labor. Khim. volok. no.6:60-
61 16o. (XKFA 13:12)
1. Hogilevskiy sayod.
(Mogilev--Textile fibers, Synthetic)

ALKHAZASHVILI, G.M,; NES~ZYANOVA, G.M.; KUZ'WNA, L.N.
Effect of iron minerals contained in ores on uranium oxidation in
acid media. Atom. energ. 15 no.4:313-317 0 163. (MIRA 16:10)

TMIN, S.A.; KUZIKINA, L.P.; SO(IBRATOT, T.N., otv.red.; TIMM, Te.L..
tekhn.red.
(Standards and estimates for building and assembly work] Bdinys
normy i. rastsenki na stroitelinyo, montashnye i remontao-stroi-
telinjw raboty, 1960 g. Moskva, Gon.isd-vo lit-ry po stroit.9
arkhit. i stroit.matarialam. HO.7- LRoofing) Krovelinys raboty.
196o. 25 p. (KM 14:1)
1. Russia (1923- U.S.S.R.) Gosudarstvannyy komitet po delam
stroitel'stva. 2. TSentrallnoye normativno-iseledoirstallskoys
byaro Glavmosstroya (for Kuzlmina).
(Roofing)

ANDRONIKASHVILI, T.G.; KUZIMINA L r
Use of natural sorbents for chromatographic analysis of
saturated hydrocarbons C3-07- ZAv. lab. 22 no.12:1403-
1406 156. (WRA 103)
1. Inatitut nefti Akademii nauk SSSR.
(Chromatographic analysis)
(Hydrocarbons) (Sorbents)

"I
_5p_ , rA_ 91"
L~
KUZIMINA, L.P. Cand Chevi Soi --(dies) 'Adoorbtive ;Zvi" of bydrocarbons
Cl - 04 and q? certain non-hydrooarbon gases." Moe, 1967. 12 pp 20 cm.
Acad Sci USSR. Inst of Petroleum), 190 copies
, 7-57, 104)
M
1A.,,

L t
65-10-11/13
AUTHORS: Sokolov, V.A. , Andronikashvili, T.G., and
Shishkova, V.P.
TITLE: The Use of Some Minerals of Various Adsorption Capacity
for Chromatographic Analysis of Gases (Primeneniye nekotor-
ykh mineralov razlichnoy adsorbtsionnoy emkosti dlya
khromatograficheskogo analiza gazov)
FERIODICAL: Khimiya i Tekhnologiya Topliva i Masel,_195?, No.10,
pp. 61 65 (USSR).
ABSTRACT: A comparison of structural characteristics and other
properties of adsorbents and their separating ability of hydro-
carbons and other gases was carried out. The types of adsorb-
ents and their physical properties are given in Table 1,
adsorption isotherms (for benzole) in Fig.l. The possibility
of application of the above adsorbents (serpentine, natrolite,
kaolinite, diatomite, etc.) for chromatographic separation of
hydrocarbons (C -C ) carbon rh,.)noxide and hydrogen was investi-
gated. The diajr2 of one of the apparatus used is shown in
Fig.2. The detection was based either on heat conductivity
(Ref.10) or using a special absorber with a 40% solution of KOH,
when carbon dioxide was used as a developing gas. Examples of
curves representing the separation of mixtures are given in
Fig-3. Chemical composition of natural adsorbents tested is
Cardl/2 given in Table 2. On the basis of the results obtained,' it is

65-10-11/13
The Use of Some Minerals of Various Adsorption Capacity for Chromato-
,graphic Analysis Gf Gases
recommended to use for the separation of H 21 CO and CH4
activated carbon, for saturated and un aturated hydrocarbons
C2-C 3 silicagel, and for hydrocarbons C4-C 7 - coarse-pored
natural adsorbents, kaolinite, natrolite, diatomite. The
method can be used for separating mixtures containing up to
a0 components. There are 2 tables, 3 figures and 13 references%
9 of which are Russian, 2 Swedish and 2 English.
ASSOCIATION: Petroleum Institute of the Ac.Sc. USSR (Institut nefti
AN SSSR)
AVAILABLE: Library of Congress
Card 2/2

SOKOLOV, V.A.; RM 'MINA, L.P.
Adsorption technique for separation of 01 04 hydroo-arbow and some
gaseous nonhydrocarbon gasea. Trudy inst. nefti. 10:96-100 157.
(MIRL 11:4)
(Hydrocarbons) (Carbon, Activated)
(Gases-Absorption and adsorption)

AUTHORS: Sokolov, V. A., Kuzlmina, L. P. 32-9-3/43
~TITLEs Chromatographical An!tlysis of theC, C4 Hydrocarboynand Some
Non-Hydrocarbon Gase.4 (Khromatografi;heskiy analiz uglevodoro-
dov CI-C4 1 nekotorych neuglevodorodnykh gazov)
PERIODICAL: Zavodskaya Laboratorlya, 1957, Vol. 23, Nr 9, pp. 1034-1037 (USSR)
ABSTRACT: Here some natural sorbents, e.g. natrolite, serpentine and
kaolin were applied together with activated carbon or silica gel
by which measure it was poscible to carry out the separation and
the analysis of gas-mixtures with E21 CO, 02, N2, CH41 C2H61
C2 H I C H2 C H8;tC 3H6 C H , C H101 and C4H6 in an apparatus
1 "8
WitA a few ad~or ion colimns. Kr the separation of the hydrogeng
carbon monoxide, of the C 1-C, hydrocarbons, that is of the limit-
as well as of thenonlimit-hy rocaronbs, two methods were applied;
1) Volume chromatorgraphical method with measuring of the volume
of the single components of the gas mixture to be analyzed and
2) the oonduction-of-heat method. Before carrying out the chroma-
tographical analysis of the gas mixture the calibration of the
adsorption columns for the respective gases was carried out. The
discharge time (T) of each component and thIcharacteristical
elution volumes (V ) of the gas-generator were determined here.
The analysts of th*ixtures of hydrogen, carbon monoxide C2-C4-
Card 1/2 hydrocarbons were carried out at the adsorbents mentioned above

Chromatographical Analysis of the Cl-C 4 Hydrocarborsand Some 32-9-3/43
Non-Hydrocarbon Gases.
with different peroental content of them in the mixture. The
method andapparatus worked out here can be applied for the ana-
lysis of gas of a series of industrial process- the cracking
process, the pyrolysis, the conversion and others- and it makes
it possible to reduce the duration of th T_ nalysis in the case of
small volumes of analysis-samples (2-8 ml) down to 5-6o min
depending on how complicated the mixture to be investigated is.
There are 1 table and 2 figures.
ASSOCIATION: Petroleun Institute) AN USSR (Institut nefti AN SSSR)
AVAILABLE: Library of Congress
Card 2/2

USSR/General 7-rolblem of Pathjlo~;y - Tmmr of Man. U.
Abo Jour : 1. a f - Biole, Ifo 21, 1958, 9828o
Author : I,uzlrdna., L.P.
Inst
Title On Giant-Cell Tumors of Soros (Ostooblastocia--toua).
OriG Pub V sb.: Vopr. travriatol. i Vyp. 1. 19~,6, 123-
127-
Abstract In 20 cases of osteoblnst-Dclasto-..g-i wit, a c 11.2uo,
2 cases of Ealigiant cha:,.L;o. a-l"Cer 12-21 years ol.' t-'! 'Q Vxa-
tion of the process, Wore observed. The bc~,Ii,:Anrl-
Oiscaso occurs at 20-':)0 of aGo. OriL;L-~ally,
-iant tuliors are founC. in 111-2(~ ',' of cases. A case
notastatic spreacl of Ooto')'jlastoclastom is r1cscri'JcC'
uitli proscrvation of a ttimor structurc L-1
A.I. Ashkmiazi
Card 1/1

KUZIKIRA, L.P.. mladshiy nauchuyy notrAnik
Tftte6i~tiou of ostooblastocla-atoma (a giant cell tumor) into a
sarcoma. Ortop., trava. i protdi.17 no.4:14-15 Jl-A9 056.
(HLP& 9:12)
1e Is TSentralinogo instituta travmatologii i ortopedii (dir. -
chlankorrespondent AX5 SSSR prof. N.N.Priorov; zav. patologoanato-
micbeekim otdaleniyam - prof. T.P.Tinogradova)
(BON1Sj 4is.
giant cell tumor. transformation into wracma)
(SARCOMA, case reports
bone sarcoma transformation from giant cell tumor)
(GIAN2 CXLL TUMORS, case reports
bone transformation into sarcoma)

I
KUVMINA, L. P,, Cand Mod Sci -- (diss) "Ot3teoblastolrlastomaol
P_ Lq&r,_t*e- cell tumors) of &a long-tubular bones. (Olinicle
M 1~ I*
-6~~~,diagnosls, treatment)." _~in Health U'3SR, Central
Inst k"or of Phyoiclans),200 copies. (KL, 9-58,
123)
- 139 -

SHLikPOBERSKIYv V.Yk;_,-MZ1MINA0 L.P.
Surgical technic in operations for giant cell tumors of the bone
(osteoblastoclastoma). Khirargiia 36 no.6:131-136 A 160.
(BONES--TUMORS) (MIRA 13:12)

MIOROV., N.N. [deceased]; SHIAPOBFMKIYp V.Ya.; ZATSEPIN, S.T.j
KUZIMIM, L.P.----
Replacement of bone defects by bone grafts following excision of
banign.tumors. Eksp. khir.-i anest. 6 no.5:3-10 S-0 161.
(MIRA 15:3)
1, Iz otdela kostnoy patologii (zav. - prof. V.Ya. Shlapoberskiy)
TSentrallnogo inatituta travmatologii i ortopedii (dir. - de7stvi-
telInyy chlen AMN SSSR prof. N.N Priorov [deceased]) Ministerstva
zdravookhraneniya SSSR.
(BMIES--SMIMRY)
(BCNE,GRAPTING)

KUZIMINA, L.P.; YAGODOVSKIY, V.S. (Moskva)
............ ". - -
Recurrences of osteobla3toclastomas of the bones in the soft
tissues. Ark-h. pat. no.12:39-1,4 163.
(MIRA 17:11)
1. Iz otdoleniya kostnoy patologii (zav. - prof. V.Ya. Shlapober-
skiy) TSentrallnogo instituta travmatologii i ortopedii (dir. -
prof. M.V. VolkoN). -

SHIAPOBERSKIY, V.Ya., prof.; VZOMA, L.P.
Current state of the clinical study of giant-cell bone tumors
(osteoblastoclastomas). Khirurgiia 41 no-4:121-126 Ap 165.
(KIRA 18:5)
1. TSentrallnyy institut travmatologii i ortopedii (dir. - prof.
M.V. Volkov) Ministerstva. zdravookhraneniya, SSSR, Moskva.

KUZ L..S,, JJ~ Mr,)-- -"C
T
--jr-rl it c- sof the
U".;
Pro"crc.,xic- 4
167 F : 61
1. Vaesoyuznyf natielinc~-i~-,-,'edov--telsl,-iy -; LA.-t
Syr I ra. (Ural NountaIrc- -'"ine3 and nineral resourcco)

BLINOV, V.A.; DYUBYUK, K.A.; ODOKIY, B.N.
Concentration of titanium in volcanic sedimentary formations of
the Yastrebovo horizon in the southern part of Voronezh Province.
Geol.rud,mostorozh. 5 no.L109-113 Ja-F 163. (KIRA 16:3)
1. Vsosoyuznyy nauchno-issledovat;llskiy institut mirarallnogo
syrIyaR Moskva, i Voronezhskaya ekspeditsiya Geologicheskogo
upravleniya TSentral'Aykh rayonov,
(Voronezh Province--Titanium)

YITjzI-iI;TMi) L. T.
I
Yuzt.-dna, L. T. and Blyumenfelld, N. 1. "Local hemotiicrapy durinf, infoctjons of the
vascular tract," Trudy Yi-,-T.---k. med. in-Ita im. Stalina, Vol. X-TT, 19146, p. 255-57
SO: U-385o, 16 June 53, (Letopsis 'Zhurnal In:.!kli Statey, No. 5, 191C)

KNOMINA, L.V.
Ventilation setup In press shops of the rubber Industry.. Gig.1 $an. n0.11:47-
48 N 153. (mm 6:10)
1. Nauchno-issledovat*11skly sanitarVy Institut is. Brismana.
(Rubber industry and trade) (Ventilation)

1,. V.,
Of
n the cil refirin'.,.-
Eub-nitted f, the lith All-Urn on Cnn--r -s or o
~~nd TnfectioniSts, 195Q.

KUZIMINA, L.V.
Making use of anatomic features in the classification of the species of
the genus Prangoo Lindl. Bot.zhur, 47 no*2:250-254 F 162o
(ML 150)
1. Botanicheskiy institut imeni Komarova AN SSSR, Leningrad.
(Prangos)

KUZNETSOVA, G.A.; KUZIMINAp L*V4k
Content of coumarin compounds in the different parts and organs of
Prangos pabularia Lindl. Bot.zhur. 47 no-3:409-412 Mr 162.
(MIRA 15:3)
1. Botanichesk institut imeni V.L.Komarova AN SSSR, Leningrad.
iTCoumarin) (Prangos pabularia)

KUZ I MINA I L.V.
Central Asiatic species of the genus Prangos Lind!. as a
source of furoccumarin. Trudy Bot. inst. Ser. 5 no. 13t
5-27 165-
Some biological characteristics of Prangos pabularia
Lindl. Ibid.:28-41 (MIRA 18:12)

KALITIKU4, L. V. KUZMINA, G. T. ZATSEPIN
culation of muon penetration through substances caking into account
-,.icLuation losses
-e-~,ort stfomitted for the 8tn Intl. Conf. an Cosmic Rays (IMP), Jaipur, India,
Dec 963

KIMOMOVA, G.A.~ KUZIMINA, L.V,
~ 11 -_-_ 1. ~
Use of thin layer chromatography for IndontIfying natural
coumarins and furo-.oumarIns. Rast. rca. 1 no.13149-.151 165.
(10TRA 1&6)
1. Botanicheskiy institut Im. V.L, Komarova AN SSSF, Leningrad.

KUZIMIKA, L.Ye.
Protein fractionB of the blood serum in prieumonias in infants.
Pediatriia 41 no.9:46-50 S 162. (KM 15:12)
1. Iz kafedry detskikb bolezney (zav. - dotsent A.I.Felldgun)
Irk-utskogo meditsinskogo instituta.
(BLOOD PROTEINS) (PNEUMJNIA)

GRINBERG, A.A., akademl 4 KUZ'?1INAv M,A*
I------
Isotopic exchange of chlorine in Zeise's salt. DokLAN SSSR
144 no.4t798-801 Je 162. (KM 15:5)
(Chlorine-Isotopes) (Platinum compourAls)

GRITIBERG., A.A., alkademik; r),UPMINAY M.A.
'-;-
Isotopic exchange reactions in Kons's-type oalto. bokl. ALI SSS'R
160 no.6:1315-1318 F 165.
(j-!jrjA 18:2)

GRACHEY. N.I. [deceased]; XUZ'MINA, K.A.
Data on feeding habits of the Syr Darya phemant. Iz-r.AN
Kazakh*SSR,Sor.sool. ao*6:107-119 147. (KEm 9:6)
(Syr Darva-Pheavants)

= I MINA, N.A.
-
,
Datalon birds of the western Altai foothills. lzv.AN Irazakh.SSR.Ser.
zool. no-7:84-106 148. (HLBA 9:5)
(Altai.Mountains-Birds)

u Z
T T '71"T"'
nu, -l r c r
Z, i
.-?r:
t
lion

KUZIKINA, N.A.
- -1-11"
r~~ -~cl
Katerials on the birds of
XELzakh.SSa 2:80-104 153.
(Loninogorsk Dietrict-Birds)
the western Altai. Trudy Inst.tool.AN
(ERA 10: 2)

XMIMINA, M.I.; SAVINOV, Ye.F.
Materials on the ecolog7 of the snow partridge (Tetraogallus himala7en-
sis Sewertzowi Zar.) in the Trans-Ili Ala-Tau. Zool.zhur. 32 no.6:1234-iz
N-D '53. NLRA 6a2)
1. Institixt zoologii Akademii nauk Kazakhokoy SSR.
(Trans-Ili Ala-Tau-Partridges) (Partridges--Trans-lli Ala-Tau)

KUZIMINA. N.A.
I I I Awwl **-
~*Marian partridge (Alectorle graeca dxunj; ricit Suchk.), Ito
AR
ecolog7 and economic significance, Trudy Innt.xool.AN razakh.SSR
4:97-165 155. (MIRA 10:1)
'(Tian Shan-Partridges)

WLIZa'MIAIA A.A.
j /4
KUZIMINA, M.A.
Materials on the ecology and morphology of the snow partridge and
the Greek partridge. Zool.zhur-34 no.1:175-190 Ja-F 155. (MLRA Bi3)
1. Inatitut zoolo ii Akademii nauk KuSSR.
(Partridgqs~

XUZ IMINA, N.A.
Distribution of gallinaenous birds and nome problems concerning
the histor7 of this order. Trud7 Inst.zool.AN Kazakh SSR 10:3-33
159. (MIRA 12:7)
(Gallinae)

KUZIMIRL, M.A.
Katefials-on the reproduction, feeding, and molting of the snow
cock (Tetraogsillus himalayensis). Trudy Inst. zool. AN Kazakh.
SSR 13:133-141 160. (KIRA 13:7)
(Tien Shan-Partridges)

KUZ1141NA,, M.Ai
-------
Adaptation of tetranoid and phasianod birds to 'the specific
features of climatic conditions. Trudy Inst. zoolo AN
Kazakh. SSR 15:104-13.4 161. (MM 14:7)
(Gallinae) (Adaptation( Biology))

XUZIMM. M.A.
Ecological and morphological characteristics of the hazel hen.
Ornitologiia no.0411-43.5 162. (MIR& 16t4)
(Grouse)