SCIENTIFIC ABSTRACT KOZYREVA, A. L. - KOZYREVA, N. K.

• Document Type: CREST
• Collection: Scientific Abstracts
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• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: December 30, 2016
• Document Release Date: June 19, 2000
• Sequence Number: 4
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

KCZYREVA, A. L. (Moskva, 61-E, Bol'sha7a Cherkizovska.7a, 17/4, kv. 3)
Clinical aspects and treatment of myeloma. Vo onk. 8 no.3:
68-72 162. tAIRA 15:4)
1. Iz knfedry meditsinskoy radiologii (zav. - prof. V. K. Mo(lestov)
i kafedry laboratornoy diagnostiki (zav. - Prof. Ye. A. Kost)
TSentrallnogo instituta. usovershenstvovaniya vrachey (dir. -
M. D. Kovrigina)
(MARROW--TUM)RS)

KOZYREVA) A.L., kand.med.nauk
Treatmen t of erythremia with radioactive phosphorus. Vest.
rent. i rad. 37 no.1:72 Ja-F 162. (I-IMLI 15:3)
1. Iz kafedry :,oditainakoy radiologii (zav. - prof. V.K.
Modestov) I kafedry laboratornoy diagriostiki (zav. - prof.
Yo.A. Kost) TSentrallnogo inBtituta uaovorvhonBtvovaniya
vrachey (rektor M.D. 1,ovrigira).
(P!
(ERYTIWEI-IIA)

KOZYREVA. A , kand.med.nauk
-Ali"
Distribution in various organs and the excretion of radjoaotive
phosphorus. Sov.med. 26 no.10:88-92 0 162. (MIRA 15:12)
1. Iz kafedry meditsinskoy radiologii (zav. - Prof. V.K.Modestav)
i kafedry laboratornoy diagnostiki (zav. - prof. le.A.Kost)
T-Sentrallnogo institute, usovershenstvovaniya vrachey.
(PHOSPHORUS-ISOTOpm))

YOST, Yc-,A,,-; K0,1YI-EVI., A.L.
Vopfun-. exyerimental In-veit)gatirna
rok"l. N' -D
Tflen,ralln~,v~) inotituta

MODESrOV, VaslJly Karnil-rwich, prof.; KOZYILFVA, Al:Una 14twonom;
1'%LYACJIKO, VIA&lly Rom",wii0j; LANDAU.-TYLVIVA, SJI-rod,
[Therawutlc ube of radioactive isotopes ( 1131 and p32)l
Lechabnoe primenenie radioaktivnykh i,,,otoprv (il3l i p-,2).
Moskva. Meditsina, 1964. 164 p. (HIHA 17:1-1)
1. Zaveduyushchiy kafedroy meditsinskoy- radiologii TSen-
tallnogo Institutla usovershenstvovanlya vmchey (for Modestov).

MODFSTOV, V.K., prof.; KOZYREVA, A.L., kand. med. nauk
Method of orienting determination of the acidity of gastric
juice without intubation. Trudy TSIX 71ilO-16 !64.
(MIFA 18:6)
1. Kafedra meditsinskoy radiologil (zav. prof. V.K. Mcdestov)
r~entrallnogo instituta usovershensixovaniya vrachey.

JR
OVA A A.
-It: 3 R r, a
IIA 18
ns Y~cy 't-d-f 0 IC-, i 7:
A i e a icus e, r s
-,i I alx~ ra r ri:)~ r-
Lne vrachey.

KO.' YRIN A ~A ~ I.- 'A Fin-A .rr-d .n a, i
U!,nol fra~~tions in thyrotox-c~s:[F, r."Yelol-na, erlyrremla
4n,l t-heir tr--atmeritwii,h tgotopm-,. rruily TSIII 7-j-;l`9--I;'5 104..
a (MIRA 1836)
1. Krtfpe;ra rnedlt!~3.nsknv rl-i.,V.,-l-'-t.)plJ proC. V.K. KNAestow, A
1,rcf. Ye.A. Kcot,~
!~l ri now r,,q J, o v ra cril)),
'~7javrj.naya a

K Q", !~ I,. I A, I . ~ . .. . . ;
y ., . I . I I I I
; it c : :;I -I -" -
. . I I I . I . I I I I

REII!, A kand nauk
I
Rfl-C Ii ' C'FV-- tt-'~V?~ -Ori Y15 Trudy T3111"
(mjRA
Kai'odrij t,,etllta~nr-koy i,-141010gii T)rcf. V.K. Modestov
-K
-'a u ~, c e r sh -,, n 8 v i - au t r aA,-z

* .1.
'i ~ ~ . I ~, . 1 1.

'F~YREVAj, A.L.; MARTS ISHEVSKAYA , R.L.
Treatment of hemorrhagic thrombocyth(mia with radioactive
phosphorus. Trudy TSIU 71:234-238 164. .(MIRA 18:6)
1. Kafedra meditsinskoy radiologii (zav. prof. V.K. Mod-stov) i
kafedra laboratornoy diagnostiki (zav. prof. Ye.A. Kost) -Laentrall.-
nogo instituta usovershenstvovaniya vni.chc:y.

KOST, Ye.A.; KOHREVA, A.L.
Some biochemical indices before and fo'tiowing the trc-atment riC
erythremia with radioactive phosphonis. lab. delo ilo.'21:138-1,42-
165. (MIRA la: 3)
1. Ka-fedra laburatornoy diagnosti-Iri (zavcduyushchiy - prof. Ye.A.
Ko3t) i kafedra meditsinskoy radiologii (zaveduyushch-ly - prc,lf.
V.K. Murlo:jtov)
vrachey, Moskva.

T~,

SERGIYENKO, S.R.; CHELFANOVAt M.P.; GAPBALINSKIY, V.A.; YOZYPET-4, A.S.
Chemical nature of the high molecular part, of' Qle gea retrolaum
of the Cheloken flelds. Izv. AN rtirk. SSP. Ser. fiz.-t6kh. khIm.
i gpol. nauk no.303-43 105. (MP-A 18t12)
1. Institut khImil AN Turkmr:riskov S3R. Si:b!r:Itt(-d Dec. 14, 1964.

ALITSHULER, S.A., red.; KOZYREVAy B.M.p red.; KARIMOVA, R.A., red.
(Paramagnetic resonance; apero delivered at the Conference
on Parmagnetic ResonanceMramagnitnyi razonnns; dok-lacbr.
Kazant Izd-vo Kazanskogo univ., 1960. 209 r.
(MIRA 15:11)
1. Soveshchaniye po pararagnitnoru rezonansu KazmI, , 1959.
(Paramagnetic resonanco and roltlxntior~

KOZYMVA, G.A.
Root rot of fjpriN., wboat in arid rogiODU whorp 111a and virgin lands
aro heing brought tinder cultivation and agrobiological cuntrol of this
disoase. Trudy VIZR no.11:102-126 1 58. (MIRA 12:1)
(Whoat-Diseaso.9 and pento)

KOZYREVA, G.A,, nauchnyy potrudnik
Effectiveness of cultivation practices against thet ro9t rot of spring
wheat in virgin lands. Zashoh.rast.ot vred. i bol 4 no.4:20-21 JI-Ag
'19-
(KIRA 1625)
,1.',Vseib~uznyy institut zashchity rasteniy.
(Wheat-Diseases and pests) (Root rot)

STEPANOV, K. M.; CHUMAKOV, A. Ye.; KORSHUNOVA, A. F.; KOZMVA, G. A.
Development of field crop diseases in 1959, Zashch. rast.
ot vred. i bol. 5 no.61.41-44 Je 160. (MIRA 16:1)
(Field crops-Diseases and pests)

-4-7-
5/103/61/022/001/012/012
B019/BG56
AUTHORt ~o2yreva, G. M.
TITLEs Seminar on the Theory and Methods of Mathematic Simulating
PERIODICALt Avtomatika i telemekhanika, 1961, Vol. 22, No. 1, pp. 125-126
TEXTs From July 12 to July 13, 1960, the pervoye zasedaniye seminara po
teorii i metodam matematicheskogo modelirovaniya (First Session of the
Seminar on the Theory and Methods of Mathematical Simulating) took place
in Moscow. This seminar was convened by the Institut avtomatiki i
telemekhaniki AN SSSR (Institute of Automation and Telemechanics of the
AS USSR) and dealt with constructional problems and problems on the
application of digital simulators. It was attended by more than
60 delegates of 17 scientific research institutes from Moscow, Leningrad,
and Gorlkiy. Five lectures were delivered. B. Ya. Kogan stated in his
lecture that the Institute of Automation and Telemechanics is responsible
for the organization and discussion of problems of computer technique, and
demanded that kll-Union Seminars be held annually. Further, he pointed out
that at present the accuracy and the dynamic range of electronic simulators
Card 1/3

Seminar on the Theory and Methods of S/103/61/022/001/012/012
Mathematic Simulating B019/BO56
is not sufficiently exact for the purpose of solving some important con-
trol problems. This applies especially to the solution of nonlinear
differential equations of higher order. A. V. Shileyko delivered a
lecture on "Synthesis Methods for the Optimum Structure of Digital
Simulators". In this lecture he dealt with the selection of a suitable
quality criterion for such devices, with determining their dependence on
parameters, as e.g. the structural coefficient eta., with the realization
of a given algorithm etc. As quality criterion, the number of informations
supplied by the device within the time unit, in comparison to the complex
construction of the device was suggested. L. M. Golldenberg delivered a
lecture ont "Digital Differeniial Analyzers of the Series -connection Type",
in which he described the construction of the "Integral'! by giving
technical details. The unit has storage devices with ferrite cores, and
contains 32 integrators. The machine makes it possible to carry out
20 iterations per second, it contains 350 tubes and 8000 ferrite cores.
K. S. Neslukhovskiy delivered the lectures "Integrating Attachment to
Devices of the Type Y4Br1(1jTsVM)". This device is intended for additional
use on the machine of the type .99CM-2 (BESM-2) for the purpose of solving
differential equations. It has a magnetic drum storage device, and permits
Card 2/3

Seminar on the Theory and Methods of
Mathematic Simulating
3/103/61/022/001/012/012
B019/BO56
carrying out 50 iterations per second. F. V. Mayoroy delivered a lecturel
"Digital Differential Analyzers of the Series-oonnection Type, Which
Operate at Higher Frequencies". S. V. Misaylovskiy reported on the
"Frequency Properties of Digital Differential Analyzers". In the decisions
of the Seminar, the organizing Institute was asked to organize a permanent
Seminar on the theory and the methods of mathematic simulation. Further-
more, the necessity was pointed out of intensifying developments in this
field, and it was stated that the publications available are insufficient.
Card 3/3

ACC NRt AR7004291 SOURCE CODE: UR/0274/66/000/011/AO15/IL015
AUTHOR: Kozyrova, G. M.; Shiloyko, A . V.
TITLE: Detection and correction of errors in communication channels with the delta-
modulation of the first and higher ordors
SOURCE: Ref. zh. Radiotekhnika i oloktrosvyazi, Abs. 11A104
REF SOURCE: Sb. 2-ya V5os. konferontsiya po teorii. kodir. i yeye prilozh. Sekts. 3.
Ch. 2. M., b, g., 19-27
TOPIC TAGS: communication channel, error correction, error detection
ABSTRACT: Formulas are deduced which connect the parameters of a difiference method of
function presentation with the characteristics of the function being transmitted;
the peculiarities introduced by detection and correction of errors are taken into
account. The synchronous delta-modulation of the first and higher ord.ers is analyzed;
common synchronization for both receiving and transmitting ends facilitates the sub-
division of transmitted sequence of signals into groups of n signals in each. 1%rhen
the information delay in the channel is admissible, the formula has thils form:
where w, - cutoff frequency of spectrum of function f0w);
F, - maximum permissibla error in the funcl-*.on transmisslon,
k r+1 A.
CVj- +
r - function-difference order, n - number of cligits in the
L__CArd -1 (9 WT,- -62-1- -59-1.1 519-9

ACC NR: AR700429
signal group, k - number of information digits, lul - interval between input
signals. If the delay is inadmissible, the formula Is:
"'I r+1 2,'
2n Y 9 -r'T
where q - error coefficient, T2 - interval between
signals in the -communication channel. Two figures.
Two tables. Bibliography of 5 titles. L. S.
[Translation of abstract]
SUB CODE: 09, 17
i Card 212

SOURC,E CODE_:__U_R/O"2j'1/66/OO0[6T
ACC NRt AR7004314
AUTHOR: Kozyrova, G. M.
TITLE: Using S-modulation met1fods for synthesizine digital solvers
SOURCE: Ref. zh. Avtomat. telemekh. i vychisl. tekhn., Abs. 11B21
REF SOURCE: Sb. Vychisl. tekhn. v upr. M., Nauka, 1966, 85-94
TOPIC TAGS: digital computer, computer research,
ABSTRACT: A possibility of using A -modulation methods in computer engineering is
explored. A class of messages is defined as a sequence of rounded-off values f'(t)
of an ensemble of functions f(t) whose spectral density differs from zero only
within a frequency band lower than a sp3cified value. It is required to find
channel parameters and coding-device structure which would permit tranomitting a
specified amount of messages. A method is suggested which is based on such a
A -modulation which does not introduce distortion into r-th differences of
rounded-off fk(t) values. Signal demodulation takes place according to these
differences. The general problem is illustrated by 4n example of solving a
difference equation by a digital simulation. Bibliography of 4 titles. D. F.
C'L,'ranslation of abstract]
SUB CODE: 09
Cardl/_1 UDC:681..142.1

L 18211-63 EV1T(d)/FCC(w)/BDS/T-2 ASD/FSD-3/'APGC/IJP(C) Pg-4/Pk-4/Po-4/
ACCESSION NR: AT3001874 S/Z906/62/000/000/0045/0058
AUTHORS: Kozyreva,--G.M.; Shileyko, A.V.
T IT LE: Structures of specialized digital computing machines
SOUF=: Kombinirovannyye vychislitellnyye mashiny; trudy II Vscsovuzno
konfe rents ii- s emina ra qq_tp~~LLL etodam ma . a i i sko o modelirovaniya,
Moscow, Izd-vo AN SSSR, 1962, 45-58
TOPIC TAGS- computer, digital, design
ABSTRACT: This theoretical paper investigates the problem of designing a
digital computer (DC), that is, the selection of a finite number of elements of
different types and the couplings between them. In the general case various such
structures could be conceived, and it becomes necessary to evaluate them by intro-
ducing the concept of a "merit criterion," that is, a ratio of the effectiveness ob--
tained thereby to the costs incurred. The effectiveness is expressed in terms of
the amount of information processed by the DC per unit time. The cost factor is
expressed through a concept term(.-d "relative complexity," which is a singlo.-
valued function of the number and type of elements used and their mutual connec-
tions. The present work is an extension of A. V. Shileykol s work on the selection
Card 1 / Z

L 18211-63
ACCESSION NR: Al-3001874
of the optimal otructure of a digital model (Avtomatika i telemekhanika, v. ZZ,
no. 1, 19611, which apply to the case of a fixed algorithm. The present paper
undertakes the design of a specialized DC for the solution of systems of first-
order ordinary differential equations. The study is limited to a single, fairly
broad, class of numerical methods, namely, the extrapolation method. The
method is developed, and an example is investigated. The example makes it
evident that the first-ordcr numerical method, or method of "rectangles," which
is fairly frequently employed in digital differential analyzers, is the least suitable,
since it does not yield any gain in speed and leads only to a lowering in effective-
ne~s as compared with other numerical methods. The data obtained in an example
can be readily expanded to the case of systems of differential equations. Orig.
art. has Z figures, 5 tables, and Z9 numbered equations.
ASSOCD%TION: none
SUBMITTED: 00
SUB CODE: C P, mM
DATE ACQ: IlApr63
NO REF SOV: 003
ENC L: 00
OTHER: 002
Card ZiZ

PETROVSKIY, Aleksandr Yakovlevich; ROZMAN, Yakov Borisovich;
KOZYREVA, G.M., red.
[Regulated electric drive with magnetic amplifiers
(industrial series)] ReguliruerVi olektroprivod s
mngnitnymi usilitoliami (pronVshloraWo sorii). Mo-
Bkva, Energiia 1961, 86 p. (Biblioteka po rato-
matike, no.111i (KIRA 17:10)

KOZYWA.,-G.M.j _P41LXYXO, A-V-
FratuenV bhiiaoteristiog 6f co=rLmication chaffnels with high-,
6rde~- difforphtial'diaorete modulntion. Radiotekhnike 20
no. 3 -.66-69 Mr 165. (W RA 19 -. 6)
1. NydtvitelInyy-e-chleiny Nauchn6-tekhnicheskogo ob'shchestva
rndiotekhniki i elektroavyazi imed Popovs.

MIMTLDVA, L.A.; SOLODARI, L.S.-, OYCHIENIKOVA, Te.A.; KOZYREVA, G.T
SAMUROVA, S.I.; YZFFZMOVA, L.N.
Reduction of n-nitrosalicylic acid in n-aminosslicylic acid.
Zhur.prikl.khim. 30 no.4:623-629 Ap '57. (MIMA M7)
1. Inatitut khimicheskikh reaktivov Akadsmii nauk SSSR.
(Salicylic acid)

TARASEVICH, II.I.; KOZYBEVA, G.V.
Spectral detnrinination of admixturno of titanium and titntalum
in niobium pentoxide and admixtures of titsnima and niobium in
tantalum pentoxide. Vest.Mosk.un.Ser.mat., antron*', fiz., khim.
14 no-3:185-188 '59. 04IRA 13:5)
1. Kafedra analitichaskoy khimii Moskovskogo gonuditrstvonnogo
univn~sitnta.
(Titanium--Spnctra) (Niobbim-Spictra)
(Tan.talum--Spectra)

5 (3)
LUTHORS: Danilova, A. V. p Utkin, L. 1-1. SOV79-29-7-72/83
Kozyrev-aJ.V-, Syrneva, Yu. 1.
TITLE: A New Alkaloid Wh.-Ich Is ail Isaiiar of I'latyphyllin (~"Ovy~'
alkaloid, izonernyy platifillinu)-
PERIODIM: Zhurnal obahchey khimii, 1959, Vol 29, Nr 7, pp 2432-2436 (USSRO
ABSTRACT: Platyphyllin bitartrate in prepared from the broadleaved Senecio
platyphyllus. As to its chemical structnre the platyphyllin is a
diester of platynecin and the senecinic acid (Ref 1). In the
processing of the industrially manufactured alcoholic mother
.liquids a new base which had been called neoplatyphyllin was
obtained on separation and recrystallization of platyphyllin
bitartrate. As to composition and functional groups, this neyr
base is identical with latyphyllin. Their basicity and infrared
absorption spectra (Fig. show little difference, but an far as
the physical properties are concern,3d, the neoplatyphyllin and
its salts differ from platyphyllin vid its salts. The bitartrate
of neoplatyphyllin shows well pronortneed cholinolytic and
spasmalytic properties. An to activity md code of action it is
closely related with platyphyllin, but it is twice as toxic.
Card 1/3 Alkaline and acid hydrolysis of both compoundo yield the came

A New Alkaloid Which Is an Isomer of Plantyphyllin SOV/79-29-7-72/87
products. The authors assume thot the differei,,cc between both
bases is due to the storic confimiration of the acid comT)onent
of their molecules because, ;,s is L.noivii, the "necinic- acids with
double bonds show in addition to tLo optical inor=lomalso the
geometrical one (Ref 2). The structure of the oenecinic acid
corresponds with the formula (I) (Bef 3). In order to investigate
further the properties of both compounds the alkaloids were
reduced with LiA111 . The resultant trivalen' v '1cohols had to
'~II), according to the sb~' L.
possess structure ruc'ure of the
senecinic acid. The chemical and spectroacopic results obtained
confirm the assumption of the authors that the different spatial
configuration of the esterifying acids is 'the cause of the
difference between neoplatyphyllin :md platyphyllin. The formation
of a trivalent alcohol from the senocinic acid, by treating it
with alkali liquor, which is qualit;-.tivel., different from the
alcohols obtained by direct reduction of the alkaloids, confirms
the observation thRt the "necinic" acids sei)arated by alkaline
h,,drolysis of the alkaloids of the species Senecio possess a
configuration which differs from thlat in which they enter into
Card 2/3 the composition of the alkaloid molocules. There are I fioure

A New Alkaloid Which 1u an Isomer of Platyphyllin :---V/7 9 - -7 9 - 7 - 7 2/87
..j
and 3 references, 2 of which wre Soviet.
ASSOCIATION: Vsesoyuznyy nauchno-issledovatel'skiy I:hii:ii'l~-o-fLirti,,ttsevticlieskiy
inatitut imeni S. Ordzhonikidze ('111-Unioll
Chemicopharmaceutical Research Institute imeni S. Ordzhonikidze)
SUBMITTED: May 25, 1956
Card 3/3

USSR / Human and Animal Morphology (Nornial and 8
Pathological). Nervous System. Peripheral
Nervous System.
Abs Jour i Ref Zhur - Biologlya, No 4, 1959, No. 16955
z r v
Author Koz r~eva I.
Inst 4azan Mae Yca 'Institute
Me
Title Surgical Anatomy of the Sympathetic Trunk
In the Lumbar Region
Orig Pub : Sb. nauchn. rabot Kazansic, med. In-t, 1957,
vyp 4, 316-322
Abstract : 130 sympathetic runks (ST) of man In the
20-60-year age roup (41--) males and 20
females) were studied. The left ST in the
lumbar section (LS) lies more medially than
the right. The length of ST in LS Is 14-20
cm. No symmetry of right and left ST is
Card 1/2

USSR / Human and Animal Morphology (Normal and 3
Pathological). Nervous System. Peripheral
Nervous System.
Abs Jour Ref Zhur - Biologiyat No 4, 1959, No. 16955
observed. ST with one ganglion along the
length of LS was found In one case, and with
5 ganglia In 11 cases. In 118 cases ST had
2-4 ESanglia. The ganglia with a length of
0.5-1.5 cm are usually found In the median
and lower third of ST; their width Is 0.2-0.9
cm. The ganglia most frequ%)ntly have the
form of a spindle (195 out of 433 nodes),
The peculiarities of Intereanglionic branches
of ST are described. Transverse connections
In the LS of ST were discovored In 24 cases
(15 times in males and 9 times In females).
Card 2/2
59

_KOZBZVA,_~.V. (Kazan'); KHARITOIIOV,, I.F. (Zamm')
Profesoor Mikhail Maiseevich Sbalagin; obituary. Kaz. med.
zhur. no.5:97-98 S-0 161. (MnU 15:3)
(BRALAGINp MDD= 1401MVICH, 190~-1961,1

KOZYRRVA, K.P., naucbnyy ootrudnik
Survival of Salmonella in compote mado of dry fruits. Gig. i san.
24 no.10:77-79 159. (MIRA 13:1)
1. 1z Moolcovskogo nauchno-Iseledovatel'okogo instituta eanitaril i
gigiyany Imeni F.Y. Wismans, Miniatorotva adravookhraneniya RSFSR.
(YRUIT)
(&UXOMMLA)

KOZYREVA, L.
Formation of pyrite in the modification zone of rocks enclosing
the Bukuka. and Belukha (~uartz-tungsten veine. Biul.XIIO WU no.l:
73-77 158. (MIRA 13:6)
(Tranabaikalia--Pyrites)

KOVWAS, L*Aw
Mineralogy of shatter 2tones In a deposit of eastern TransbaikEklin.
Izv.vys.urhob-,av.: geol. i. razv. 1 no.6:119-122 Je '58-
(MrU 13:2)
(Tranabaikalia--Mine-i-alogy)

AUTHORS: Zhikhartrrich, S.A. , Ge,,mar., I.A. , Kozyrt,ra, L,A,. , .3- -0/'-,
Savkwic-h, !,,A. , Mll- sh,~rl-,o, F.S,,
TITIE; The Product-ion Technology of Highly Aluininous Dens~-
Using the Disper.3ed Concertra-.e of the Ak-ta-qb Oc=r-nc-e
(Tekhno',ogiya prcizvOlStVa ~,~aokoglinozeniatyxh plo"-71,h ~zdel--'y
s primeneniyem ak+.aahskogo dinspox-c-vogo kontsentraa)
PERIODICAL., Ogneunr--v, 1958 Nr 4, pp~ '75-179 (USSR)
ABSTRACT: Experiment,-i showed that -this 6413per3ea corcentrate ia not
caked together at high teurpere.turas even if previo-~Lslly finely
crushed. Yarther, the re-filalt of petrographic investigations car,
ried out 1v N,V. Gu'L-'ko is gi-i-en., ~n illustration ahovvi the prop-
0M I
erties of Rample3 fr , 00% d ijpers -13 , voncenirate of the Aktash5k
oc-vurr~nce at a pre3sure of 2CO kg/cw'! a-nd a burning temperatiure
of up to :.700 0 - If -,he di-Aper-sed cone-~:n--lrate ia burned twi7.e
qual--,ty ia impro-g-ed but t-he working procqss is randered more --;om-
plicatel~ Expex-im9nts were thorefore carmad out in which. pr9ld-
ou3ly burned and finely gro-xild Jispersed concentrate is u-qed as a
Card 1,13 du-st-like component of the flxe-~:3-5'y mass (dlspersed fire clsly).

Tne Production Technology of Highly Aiuminm,s Densc
Froclucts 'Uh-9n Using thi DApersed Concointnate of th,3
Aktash Cccurrenct-
The propr-irriq.;, of di.,~prjr~jed f'_'r,5 alcq ani of succli Made of
IUMiTAO Wid c.19y am given :it-, t Iv I.. The chamc-'~-er'341, of th
d ~tb 'I
MASSt.3 ar)d of th-3 crudt) samplei my b-3 -,eqn f-cm
X ic~200 frz.m tab
tab.~-3 2, and ~~f bl.lmt FiT -~
morg, &" qaan!;-"~y of b1aa~r firnac~, upi-3
D.21 rra.-~ mai:~. The grawulacjxi of rnit, flr~ slay -; :~'-iown ir rabl.e
ani +he, charactey-~5"__o of -,ht ma_os and Che rar, prod,.~ct_:i ar-.~ shmm.
1r. rabli 5. Cono.-~uBiop.~; 3y a Joint applisa~'-Ior of tbe di-:,
persed conce~Ara~e and alwaina it -_.q poss_~bl-_ -to obia_-r
T~- 'J15p':!T'3q43
j,_E;Aa vit-ja por~a` ty oi' les-, "tam i:% .La:a a gool-
are of 1.ow p-rmi-abll"y for i.-nelvi and gases. ar,d e a -;oixr,~
stAillry a," '5.00-Sr-OL'. It -1.s r-~!-o=enled 'o intensify sear:a
for 116pprsei or,~,, on -:he cond'.A-on tha+ _.osr5 are
duc5d,. There ar-- I figurel 5 table-4, and 5 references, L of vvin_4c_t
are Solri-,,'..
Card 213

The Production Technology of Highly Aluminous Dense 1311-58-,1-10/17
Products When Using the Dispersed Concentrate of the
Aktash Occurrence
ASSOCIATION: Khar'kovskiy institut ogneuporov (Kharlkov Institute for
Refractories)
Voronezhakiy Sovnarkhoz (Voronezh Economic Council)
Sciailukskiy ogneupornyy zavod (Senilul-i Plant for Refractories)
Card 313

Zhikharevich, S. A., Gc-t.%-.!-,n, I. S v/131-C,:a-q-1/11
Ko:7yreva, L. A.
TI'LE: Technola--Y of Dense, Volume.--Constant, Hj[71-i-Alumina Products
for the Brick LininK of' BIL.,;t Fuvna,-,-~s (T;-.,:hnol1o1-iya plotnykh
obl'yemopostoyannykh i,,-(1e1iy dlya kladki
domennyvil
PERIODICAL: Otrnet 01-Y, 1958 Ur 9, pp. 581) - 51,15 (USSR)
ABSTRACT: The fireproof bricks in the well of blaot furnaces are
exposed to a longlasting influence of liquid crude iron
kept at a temperature of 15i")0 0 as well as to a static
pressure of ej-5 kC/cm2. The conditions of the heat conduction,
especii-illy in Uie centro.1 ):Lrt of the well, are unfavorable
as well. Previously, the bricks viere manufactured from
raw kaolin, but they developed a cons-i(ierable shrinkage.
For the improvement of the otone quality a significant
increase of the Al 2 0 content (within the limits 65-75P)
i-~ necessary. High-alu:-,iina -jriducts comply aith these
require-,.ients. Table I shows the composition -and properties
C--~rd 1/4 of the hig~h-alumina fire-clay. From Table 2 the porosity,

Technology of Dense, Volurno-Conotartv 111;-.h-Alumina
Products for Lhe BrInk Lining of' B.Innt Furnacon
density and shrinka~ e of the products under a pressing 0
force of 1000 kg/cm and a burning, tt-!,1p0rUtUre Of 1550
-A e 3 the c
at a duration of 10 hours .s seen. In t,-',- - omposition
of the batch and the porosity of the ra-a material are
presented. The influence of the fine-Grained parts of the
batch on the quality of st~mples from highly aluminour, batches
are given in table 4 and the shrin~a~.,e in table 5. Pigures 3
and 4 show the properties of samples produced from this
batch. Table 6 contains the chemicE~-,. composition and the
heat resistance of the samples and table 7 the fire properties.
In table 8 the properties of prodticts which were manufactured
in the testing plant Uj'jTj0, are tabulated. The experience
gained in labor;Aory- and experimental work were introduced
in the Semiluki Plant of refr,-.,.ctories. In this work parti-
cip,.Aed: fron the Institute Ye.A.Ginlyar, A.P.Kochetova;
from the plant T.A.FitValerVo, I.A~Savkevich, R.S.Mil'shenko,
Ye.G.Volodarskaya, Ye.V.Rachkova, S.I.Fedosov, 1T.V.Konetskiy and
others (Ref 1). In table 9 the granulation of the batches is
given and in table 10 the presoin," process. Table 11 shows
Card 2/4 the properties of the bricks. Concluoion3: It is possible

Techno~o,,,~y of Dense, Volume-Constant, HiCh-Alumina SOV/131-58-9-1/11
for the Brick Lining of Blast Furnaces
to produce fireproof, ~jighly aluminous bricks with low
porosity and high stability as well as with a volume
constancy at 1550-16000. "he technological parameters
of this ware are presented. Together with an increased
solidity of the stonou ,Lloo the construction of the well
must be improved, in order to avoid a vaulting of the stones.
It is recommended to enlarge the dimensions of the stonou
in order to reduce the number of joint. Ther(,~ are 4 figrures,
11 tables, and 4 rE?feret~ices, 4 of which are Soviet.
ASSOCIATION: Ukrainskiy nauclirio.--ii-,sl,?dovitF--llskiy inotitut ogneuporov
(Ukrainian Scientific itiesearch Institute of Refractories)
Card 3/4

Technology of Dense, Volume-Constant, Hig-h-Almiina SOV/131-CB-9-1/11
Products for the Brick Lining of Blast Furnacea
Card 4/4

15 (2), 15 (6)
AUTHORS: Zhikharevich, S. A., Royzen, A. I., SOV/1 31-59-7-6/14
Ginlyar, Ye. A., Kozyrova, L. A., Kablukovskiy, A. F.,
Skorokhod, S. D.
TITLE: Refractory Concrete as Electric Insulating Material for
Ej.ectrode Coolers of ... Electria-arc Furnaces (Ogneunornyy
beton kak elektroizolyatsionnyy material dlya bkhlaaitelay
elektrodov dugovykh staleplavillnykh pechey)
PERIODICAL: Ogneupory, 1959, Nr 7, pp 309-319 (USSR)
ABSTRACT: The magnesite-chromite tiled in the arch of a steel-malting
fil-nace are saturated, during operation, by iron- and chromous
oxide, and become more conductive in this way, which often leads
to short.circuits and a burning through of the coolers. Figure 1
shows the dependence of the logarithm of the specific electric
resistance on the temperature for some industrial refractories. At
the experimental plent of L-ha Ukrainskiy nauchno-issleclovatol'skiy
institut ogneuporoy (1JNII0)(U*Uh11P&% Scieatific Research Institutj
of Refractories (UNII0)) and at the Semiluki works, experiments
with highly aluminous refractories, the original materials of
which are indicated in. a table, were carried out. The microscopic
Card 1/4 investigations were co,rried out by 11. Ye. Drizheruk. (Footnote 2).

Refractory Concrete as Electric Inculating Muterial ~OV/131-59-7-6/14
for Electrode Coolers of . Olectric-arc Furnaces
The mass composition ond the properties of the samples are
indicated in table 1. Figure 2 shows the thermal expansion, and
figure 3 the dependeno-o of the logarithm of the specific electric
resistance of the sample8. It wao not possible, however, to
ensure the electric iasulation of the coolers in this way. Highly
aluminous cement was also prepared at the experimental plant of
the UITIIO. Highly aluminous fire clay With a grain size of from
3 to below 0.09 mm wa!i used as a filler. The chemical composition
and refractorinese of the cement and of the fire clay are indicated
in table 2. The petrographic investigation was carried out by L.A.
Kuzlmina (Footnote 3), the X-ray examination by B. Ya. &Aham-ddy
(Footnoe 41 and the -thermal analycis by Vb V. Pustovalov Obotmote 5
and Fig 4). Further experiments were carried out*with leaned masses,
the composition, density and strength values of which are indi-
cated in table 3? The characteristic of the samples is shown in
table 4. Figure 5 shairs the cohesion of the concrete with a re-
fractory product and an iron tube, and figure 6 shows the cohesion
of the concrete with a magnesite-chromite tile. But also this
experiment did not enoure an adequate electric insulation of the
Card 2/4 coolers. kbqxm-1ments v&h hJ*fly alaincus cesent and highly aladnouEs ti-Lee of a

Refractory Concrete as Electric Insulating MaterW - ~ SOV/131-59-7-6/14
for Electrode Coolers of .' ElecLric-arc.Farnaces
muMite-cwmdn omponittm,liare also carried out at the experimental
plant of the TRIIIO. The properties of the cement and concrete
with the filler of highly aluminatm fire clay are indicated in
table 5- Some data characterizing the quality of the highly
aluminous arch tiles and of the fire clay are iAdicated in
table 6. The insulation of the coolers by refractory concrete
is carried out in 2 variants (Pigs 7 and 8). The chemical composi-
tion of the concrete zone and of the slag crust is show in
table 7. The petrogra, hic investigation was carried. out by Ye Ye,
Drizheruk (Footnote T Figure 9 3hc~7s a concrete piece after
72 melts. The experiments carried out showed that the use of
concrete eliminates the burning through of the coolers by short
circuit, and extends the working period of the fuxnace arches
by 12-15 %- Conclusionsi The satisfactory application results
of the concrete insule.tion for electrode obolera should be
introduced, as soon as possible, in all elootrometallurgic plants,
particularly in the ft;.rnaces working with oxygen. The series
production of the material needed for the insulation should be
organized. There are c') figures, 8 tables, and 20 references,
Card 3/4 10 of which are Soviet.

Refractory Concrete as Electric Inerulating Material '30V/131-59-7-6/14
for .1 *. Electrode Cqolers of Furnaces
ASSOCIATION: Ukrainskiy nauchno-issledovatellskiy institut ogneuporov
(Ukraine Scientific Resoarch Institute of Refractories)
(Zhikhar,~viahp S, A*J, ftoyzenj Ginlymr.p Yee Avp
Kozy-reva.. L. A.); Zavod "Elektrostall" (Elektrostall" Works)
(Kablukhovskiy, A. F., Gkorolchod, S. D.)
Card 4/4

ARTYUGINA, .M.; Kf:',"YlV",VA, !..E*.
i-fft-c", (-f tho CX (fmo-ril' "r a
;Ianr~ c.-n ani
63. 8

KCZ'=, 1A, L. S.
"BInlogical Purification of Refuse In Alcoho7 Production." 3ub 12 t1ay 53,
A12-Union Sci Res Inst of Water Supply, 13ewerage, Hydraulic Structures and
Engineering Hydrogeology (VCDGEC)
Dissertations presented for science and onginecrin,g, degrees in
Moscow during 1951
SC: Sum. No. 4P0, 0 Vay 55

KUZNETBOV, V.I.; KOZYREVA, L.S.
Analytical reactions of quadrivalent vanadium. Zhur. Anal. Khims 8. 90-104
'53. NT-RA 6:4)
(CA 47 no.20:10405 153)
1. All-Union Sci. Research Inst. Chem. Reagents, Moscow,

1. K-TZN-LT'JOV,' V. I.', r -- -
2. ni=t (6ou)
4- Yanadium
7. Analytical reactions of tetravalent vanadium, Zhur. anal. khim.,
8. No. 2, 1953.
9. Monthly fist 2~f Russian Accessions, Library of Congress, Aprill, -1953, Uncl.

64 for jdA01,411h al

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PHASE I BOOK EXPWITATION SOV/4761
Kozyreva-Aleksandrova, L.S., and N.I. Temnikova
Radioaktivnyy izotop yoda J131 (Radioactive Isotope of Iodine J131
Moscow, Atomizdat, 1960. 21 P. 15,000 copies printed.
Ed.: G.M. Pchelintseva; Tech. Ed.:N.A. Vlasova.
PURPOSE: This booklet is intended for scient.l.fic peroonnel working Vith radio-
isotopes, particularly for those interested in methods of extracting
131
COVERAGE: The authors note the increasingly wider application of radioistopeB in
science and industry, and review the theory of radioisotopes as developed in
this century, The following are discussed briefly: chemical methods of
extracting J131 J the extracting of J131 with the carrier from irradiated tel-
lurium, methods of extracting carrier-free J131, the extraction of J131 from
neutron-irradiated tellurium, the applications of radioactive jl3l, and safety
Card 1/2

Radioactiv~ Isotope of Iodine J131 SOV/4761
engineering and technique in working with the radioactive iodine. No person-
alities are mentioned. There are 15 referetices, 41 Soviet.
I
TABLE OF CONTENTS: None given
AVAILABLE: Library of Congress (0466.5im)
JA/wre/gmp
Card 2/2 3-29-61

stat.7 Owthods fc-~ tfti ?~odu--Ion and N*A3u~r4nt Of RmdlO-
active rr.Varxtlc~v; Or MOSCOW, Atcnltdat.
1960. N7 V. rLrra--& slip Inserted. 6.c~;-z ocnies prIm-od.
Gon.rxl Zd.. 7016r'17 30thAArfW; U.: N.A. BAVro;
T*=. E4.% N.A. Yll"oe%.
pLTRrWsj -nis =.-e=ti~n or &rtjcies is onten-.ea for sciftm-tria sod
technical personnel wamLmg in Wut P.-od'atam of radloactl.'* 1'~-
-cps%.
COVERAGNI Th* coll--lon Conteirls crigi-al 8t7-1-41 On 10thollo or
obtaining aml measi~rtng radlczztlve prrpa.raticro, Acao-'Ilnx to
the S.:--tc_as acntain now drts. &r.- are of tn-rftlell
or prac%llal Inte"st to the extent that -niy IAS2-~ms -ttip,! . or
give prcc9as lnrcrm~tcm. in 4,341tlon to several 3UM07 1rt1:14%
the coU**tlcn cotxl~s d1*4-s"ns On -.%e pre,-ctlon of ri-1.4o-
active lsotop~& W.01 Inorgart! rodloactiva
a nuab*r or --5otc~.-s and le-m, tollo.'Cal' -nl otn--
Also I13-33r! re methods for
In& a n~aber or crgSnja cc=:pc,,12, pbl,ma I., 'he ,rtlr~
als or tA"04 Qrg~~-c topoq~oq, the A':! re,la:lvT
Us" of aotivq"J~' &`~- the ;-11'-'c"etr1.c or
Na' 'nS%'-mvnt" W--- 11, d.,,rjb.-t 11-3tructla'., :c-.-
ter"Ing R442~~=*nt =10t--1cd3 and technIZZ:4, are tn_'Ud*d. 7.1. Lovtn,
at rh-dal salences. V.P. snl2hov. CA"dldlt* of
stiTri". r.%:. Z" , t '110:aglcal
rlndl,:Ae 0. .
W~d T.I., =%--ztzz. Zant-'Ist. or Ch*.ICl Wo.
as hATLIS helped dir'tly In the zel*c-lc~ =4 prl;Arxtcm Cr
mAt4rIJS1 tar publl at ton. Reference% ac-.-Qp-y act&
A3LZ 07 C=-EX-S,
J.A. Gj-a&t-,j
n
43
V.I. , 3 -bry-C-, 4Ction or C&rri*r-?r,e
Or 30~11umi Ch.-tSa4-..
Da Ta"ed wlt-h Cr5l
t.., V.X., and 11.9- 0olutrima. Fro4uttim of As77 WLt.-.oat;
C&rrier Frogg "eutron-:r-jdjg-ed G*roan,,n,.
V.I. 70-N. FWtr=h'-.. ,
Froft2tic" or ca.-rter-Pree P- anq G-V~ Ro -.-. 'n-,
x-.:1 -r, C, P=:!'-:t*0n of Certain Pre-
Parm.tims C4=-Lln-.& P,
and XT-5- 3Zn_~=.1- NOthols -or
Ina 71.5~-d d1th PJ- in DI-SubstItut.d
s-,;u-e
-ESXE=LT1-.Li' P-cductlon or Cxrrier-?". p32 100
*Xoej' v&' L.3., m:nd_nj, _ P-ctActim of 7*59
jjtno a.
A4corbloat* 107
d"'--*.S. S75cire,a. E~tominaticn or me
QuAkntItIes or Xer-u--T I" 94~~12 Preparation Tagged Ult.1, HZSZT~' :11
0malkov, V.I. Preparation or s- knd-y- RAdlation Sourogs 121
spo"sl Features or the Production or Short-LIre
AAalvactIWO Isotope "&rations
Card 4/8

KOZTRIVA-ALF,KSANDROVA, L.S.; TEMNIKOVA, N.I.; PCHELINTSRVA, G.M., red.;
VLASOVA, N.A., takhn.red.
(Radioactive isotope of iodine, 13-)'] Radioaktivnyi izotop iods
jl3l. MoBkva, Izd-vo glav.upr.po ispollzovaniiu atomnoi energii.
pri Sovete Kinistrov SSSR. 1960. 21 p. (MI?,A 13:7)
(Iodine-- I sot oi;;o a)

LEVIN, V.I.; KOZYREVA, L.S.
Extraction of indicator concentrations of hydrochloric acid
with tribut-71 phosphat.3. Isolation of carrier-free fluorine-18
from a ne tron-irradiated lithium salt. Radiokhimia 5 no.1:41_1~9
163. 1~0; (MIRA 16:2)
(Fluorine isotopes) (Lithium salts)
(Neutrons)

swps
2
Ts"'. 00
` I
W
Af
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IOU U"
'r ;I N.
mair c%,Txe
q rac op
, W-95
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f e
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mw
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DUMOM, nil
CA ra
WN
"'ATUl'! T,
V a #A
SOCIA
,AS
ze-
71

mv
ZAN .,.A,
'WE

KOZY REV A, L.S' . ; KUTEYNILKON , ~. F . ~ e"', ~ . "' . ~.
Choml7nl phase analysis of' on,,,o lab.
30 no.10-;1189-11% 164. 38-4)

I I
KOZYRE'VA, L.F).; -.:;, , 1. .
it , . 1. -l'-l-,
lk't,i ot, J 1111,11, Z
diO."ido.. Zav. 1 1 - ; . 0
kab. 30 no,11113,Ir-~-L--,.l.-~, t ('/ ( ~ ! ,m.,. i 1)M
- .1. : :1 )

KOZYREVA, L.V.; ILIINSKIY, G.A.
Mineralorj of dolomite-calcite carbonatitts In the Vuoriyarvi massif.
Mat.po min.Koll.poluost. 1s69-76 159. (MM 15:2)
(V~wriyarvi region--Carboriatitbs)

DUDKIN, Oleg Borisovich; KOUREVA, Lidiya Vasillyevrui,;
Nataliya Georgiy6vna; IVANOV, T.N., kand.
nauk, otv. red.; SEVENOVA, Ye.A., red.;.vA-va;
N.F., tekhn. red.
[1''ineralogy of the apatite deposito in t1he
14ineralogiia apatitovykh r,.estorozhdenii KhJt` lurl~:,.
Hloskva, Izd-vo I'llauka," 1964. ~,- -, li
235 p. ki--A 17:3)

KOZYREVA, L.V.
Composition of sprousteins in the Kbibiny Moixntains. Mat. PO
inin. NOV, Poluost. 2:114-122 162. (J(IRA 16:4)
(Khibiny Noun taina-Spreus tain)

KOZYREVA, L.V.
Impurit!r elemetta in Khibiny nepholine. Mat. po min. Koll.
Poluost. 3:126-139 162.
Find of allophane in the Khibiny lount-ains., Ibid.:160-16.1
(MIRA 17:3)

I .
/I C.,. - - .,:iAv.
., "1 11. c4 .
HININ A. R,; KoMkAt M. okhn. rukovoditell.
Distinguished and noble work. Prom. koop. 12 no,2:16-17 7 158.
(MIRA 11a)
1. Prodaedatell pravlaniya arteli "Vozrozhdeniyo."'
(Stalinek--Glothing induetry)

SIDOROV, Konstentin Vasillyevich; KOZYREVA AgWAprna; MACMET,
Lev Illich; LAXMIIK, Rafal~=e~yeMh~-,FJLSHCIMNKO, Valentin
Yevgenlyevich; SAAKYAN, Gabriyell Rafailovichl KUZNLTSOV, P.V.,
redaktor; IARIONOV, Me., tekhnicheekiy redalAor.
[Economy of materials and power in the uMoskubel" plant; collection
of articles] Ekonomus materialov i elektroener&ii na zavode NMoskabel"-,
sbornik statei; Moskva, Goo. energ. izd-vo, 1954. 86 p.
(Electric cables) (MIRA 8:4)

PR1016VKO, A F
AM 3 PHASS I DOOX RXPLOITATIOM SW/1365
L'Yo1r. vrallorsytot
Materialy X Vseaoyvzn~go wwafthchaniya po op ktroikopil. t. 1,
Roldkulyarnays apekt-vosi-plya (Papers or ,,he Ict-I All-Unlo
n
Conference on Gpsctr,.)acop7. Vol. Is Kol-oular spocrroscopy)
[Llvov) Isd-vo I.-Yovskoga inly-ta. 195'j. 499 P. 4 000 toplem
printed. (Uries& it*% Fix.-ohnyj 9birnyk, v",
Additional Sponsorins~ Ageucrt Akadecilys, nauk 3550. Komisaiya po
spektrookopil. Ed.: -Jazar, S.L.; Toch. Zd.i Saranyuk, T.V.;
Editorlea Boarl; LL-Asterg, O.S., Acadamiclan (Ilesp. Ed., Deceased)*
Veporent, B.S., Doctor of Physlool w4 Kathtmaticia Sciences,
Paballnek1r, I.L.. Doctor of Physical and Kath6ni%tical a"'ances.
Y%Urik*vt. V.A.. Doctor of Physical And MAthamatital Sciences.
Kornitakiy, V.0., Cc-Alfttf Or Teo.'mioal Scionens, RAy-kly, S-X-,
CILMIdato of PhIsiawl wyl MathnCtatics.1 $410=04, Mmovskly, L.K.,
Candidate or Physlo&l arJ MithozAtical Sciences, lUllyanchuk, V.3.,
Candidate of FbjsU~ a:vd MathecatIcal Sciences aW Glaubtroan,
A. To., Candidate of' PrWsloal and Kathematioal W.ences.
C&3~e 2/30
Luft, B.D.. and To. 3, Sher. Speatropbotxnatria Xlethod
for the Determination of Klaroquantltioa of KineraJ
Oil In Organic Solventa "A on KeW Parts 337
I.V. Rodnikova. Study of Pe-
trolouis Oil by Moons of Infrorod Absprptlon Spectra 340
Sarglyanko 3 P. M.P. T*terlnxp and L.X. Rozenb4irg,
f ILL
M
l
o
ecular
Infrare Spectrodoopto tudy o
&
Petroleum Paraftins 344
Kard, P.G. AnalMoal lboory of 19.1tilay-or Diolo&tria
Coatings 350
Roslyakovs, V.A., And A.I. Pinkel'shteyn. Absorption
Spoctra or Light Piltors Kade of Organic Olsas For
the Visible Spectrum 352
Upaidyt Yu. N. Polarization Charsateristioa of
B
R
P410 "I
qUIPWAS 355
ca" 2240 1~

S-
k_
X/
,
,
00 '/ /- e 1 -'4'
AVMORSi Atroshonko, MoF., .10wrovat U.S. 32-11-20/60
TITLE: The Quantitative Determination of Silicon and Phosphorus as Admix-
.tures in Titanium Dioxide by Spectral Analysis (Kolichstvennoye
opredeleniye primasi kremniya i foafora. v druokisi titana metodom
spektrallnogo analiza)
PERIODNALt Zavodukaya Laboratorya, 1957, Vol. 23, Nr 11, i'D. 1317-132o (USSR)
ABSTRAGT:; The above mentioned determination ma carried (Yat with a quartz
speotrograph of the type "A c n-2211. a "atanaainl generator" with al-
ternating current aro 11 11 ( , -39n , sM a micropho tometer "M t -2". The
standard gauged samples were prepared from dry powdar. As an initial
mixture the basic substance with a 3% addition of one of the admix--
tures was assumed. Each of the next standard seunplas consisted of the
previous mixture plus the threefold quantity of titanium dioxide - in
three stages. The speotrally pure oarton of the Kudinovsk works was
used as an electrode. Spraying of the samples during the experiment
was prevented by suitable admixtures. In the ol*.wtpter: The determina-
tion of phosphorus this prooeas is described. It is pointed out in
t 4" connection that, in order to obtain the neoeasary intensity of
the analytioal line, it wus necessary to have theamperage in the 20 A.
Determination was carried out aooording to the absolute blackening
Card 1/2 of the analytical line. In the chaptexi The determination of silicon

32-11-2o/6o
The Quantitative Daterminstion of Silicon mid Phosphorus as Admixtures in
Titanium Dioxide by Spaotml Analysis
this process is described, and it in said thaLt because of the
spattering of the sample the following 3 stabili;sers were teatedi
50,% carbon powd ro Z5,% sodim chloride, 25% eadh of nickelous oxide
and carbon powd:r (the gas volume being meant in ea,ah mae). The
third case was found to be the most favorable. Aji sms types of car-
bon contain silicon they must first be investigmted speotroanalyti-
o&lly. The method described was found to be well. practicable with a
silicon content of 1-0.1%. The possible erTors are up to + 8%.
There are 4 figures and 2 tables.
AVAILABLEi Library of Oongress
Oard 2,12

REIM, V.T., doktor tekhn.nauk prof.; ZAROAROV, V.I., inzh.; KOZTRHVA, M-S--,--inzh.
Investigation of the aging of paper condensers saturated with
castor oil. Izvovyseuchebezavo; energ. 2 no.8:46-51 Ag '19.
(10RA
13:2)
1. Leningradskiy politekhnicheskiy institut imeni H-I-Kalinina.
Prefttavlena kafedroy elektrolsolyatsionny i kabellmr7 tekhnild.
(Electric capacitors)

24(4), 5(3)
AUTHOR: Kozyreva, L.S.
----------
TITLS: Applicution of Infrared 31,ectroscopy to the 6tudy of Polyraarization ).0
Polylsobutylenes (Primeneniye Infrakrasnoy sooktrosknpii k issledovan-JY'a
politilorizatull nolilrotutilallov)
PE-RIODICAL: Optika I Soektroskopiya, 1969, Vol 6, Tir 4, pp 176--483 (USSR)
AEZTRACT: Gross, Nallson and Slobodin (Refs 1, 2) studied Polyinofizatior. oi
polyisotutylone by weans of -1),aman spectra. They fcund that polymel!
molecules, ivith a double bond at the and, aro formed on polymerization
and that with increase of the degree of polymarization to n = 15 the
prooortion of "bent" Isomers, comoared with trans -isomers , incraas,-.s.
The present capor also reports a study of oolymorization of Dolyisobutylene
of molecular weight between 112 and 2000. The present duthor used the
infrared absorption upecti-a in the region 10000-800 cm-1. The samolas
studied were polymerizad to n = 2 (dimer) , 3 (trimer)' , 4 (t3tramer)
5 (pentamer), -15 P-1),-20 (polN ane
,isobutyl F7V),
and -36 (polyisobutylono P-Z). E~lch sample tq--is a mix--ire of hamo-iogues
of differont chaia loargths- The molecular, weights, rafractive indicos
at 200C and specific gi-avity 200C of the uevea uamnlaB used 86re givon in
Table 1 (tho datu of this table vere supplied by T,F. Danilova). Th5
Card 1/3

bOV/51-6-4-11/29
;Lpplication of Infrared Spacuroscopy to trju atudy of' Polymurization of
polyisotutylone
infrared opoctra wore nbtuined by jiotns of it up3etromotor W-11 with
prisi.iis of LiF (1000040W cm-1) and 'Na0l (2000-M) cm-1). Fig I shovis
the !spectra in the ru6ion 2000-800 cm-1 * Fiss 2 and 5 show tho spectra
in tho ragions '5100 M-1
2900-3300 and 2800- C, roup,jetively. Spectra in
the regions 2800-3100 Cm-1, 1130-1500 CIA-' (with the exception of the
pentamer) were obtaiiied in CC1.1 Golutiona, Fi6s 1-3 show thAt the
Gpectra of the tatewtior and oan+-9jaar are quite different fraa the
spectra Of 001yi6obutylenes of hip-her molAelllar weights - The spsctra
of the pentainer and the tetramer differ greatly in the region
800-1300 cm-1. The intensities or the absorption bands at 3075, 1640
and 888 cm-1 become weaker as %he molecular 'weight increases from 112
to 2000. This is due to a decret~se in the number of vinyl groups with,.
increase of polymerization. The band at 942 cm-1 splits into two tauds
of equal intensity at 909 and '940 cin-l as the molecular weight rises
from that of the pantamer to higher values. Increase of the degree
of polymerization is also accompanied by an increase in the intensity
of the absorption bands at 2980, 9,10, 909, 848 and 1225 cm-1. The last
four bands are due to vibrations of
Card 2/3

~07/51-to-4-11/29
Ap lic-ation of Infrared Spec-.,roscopy to the Study of Polymerization of
~P
PolyiGobutylene
O-L;--R groups, tho nwabor of which increasos Nvith increase of Vio
degree of Poly"ierication. Thd author also measured the absorption
coefficient of the 1225 cm-1 band as a function of molecular weight
(Fig 4). It is found that this coefficient increases with molecular
weight and it is liueur between molecular weights of 100 and 1000. There
are 4 figareG, 2 tables and 10 rofereaces, 7 of which are Soviet,
2 English and 1 Gerrian.
SUBUITTED: May 7, 1958
Card 3/3

5,
z "~6yl~
66168
SOV/143-59-8-9/22
AUTHOR: Renne, V.T., Doctor of Technical Sciences, Professor,
and Karabanov, V.I.t Engineer, Kozyreva, ~%S., Pngineer
The Problem of Investigating the Aging Process of
Paper Capacitors Impregnated With Castor ril
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy, Pnergetika,
1959, Nr 8, pp 46-51 (USSR)
ABSTRACT: The authors present the results of an investigation
of the aging process of castor-oil-filled capacitors.
The application of castor oil for impregnating paper
capacitors is delayed by the wide-spread opinion that
its chemical stability is inadequate. Therefore, the
authors investigated paper capacitors made of four
layers of YON-TT-10 which were impregnated by medici-
nal castor oil. 0These capacitors were tested at tem-
peratures of 85 C and at a potential drop of 37.5 kv/
mm. during 8000 hours. The capacitors of this test se-
Ca-rd 1/3 ries were hermetically sealed. Another capacitor seriesp/
11

66168
SOV/143-59-8-9/22
T.'-,e Problem of Investigating the Aging Process of Paper Capacitors
lalpregna,ted With Castor nil
was not sealed and was tested at 850 C, 5C kv/mm for
1500 hours. Based on these investigations, the authors
arrived at the conclus16r. that the electrical proper-
ties of sealed paper capacitors impregnated by castor
oil remain sufficiently stable during their operation.
Partial dehydration and polymerizat 'ion processes oc-
cur during the aging of the castor oil in capacitors
under the influence of increased tempertitures and elec-
tric fields. Apparently, the polymeri7ation is pre-
ceded by the isomerization in the acid component of
the oil, where the C=C bonds change partially to nn
interconnected state. The cis-groups change into
trans-groups. In case castor oil is used in unsealed
capacitors, a considerable effect caused oxidation ')y
atmospheric oxygen will be observed. The paper was
presented at the Kafedra elektroizolyatsionnoy i
kabellnoy techniki (Department of Plectrical Tnsula,v
Car,d 2/3 tion and Cable RIngineering). There are 4 graphs, ~_l

66168
SOV/143-59-8-9/22
The Problem of Investigating the Aging Process of Paper Capacitors
impregnated With Castor Oil
2 tables and 6 references, 4 of which are Soviet
and 2 English.
ASSOCIATION: Leningradskiy politekhnicheskiy institut imeni ~."'.T*
Kalinina (Leningrad Polytechnic Tnstitute imeni
M.I. Kalinin) Vr
OUBMITTED: May 7, 1959
f'ard 3/3

24(7)~ 5W SOV/4e-23-10-241/30?
AUTHOR-' Kozyreva, M. S.
TITLE: "-rh-T-F~Ie*-s fia~i`cnof the Aging Process of Castor Oil by Means
of Absorption Spectra
PERIODICAL: Izve'stiya Akademii nauk SSSRi Seriya fizicheskaya, 1959,
Vol 23, Nr 10, pp 1233-1236 (USSR)
ABSTRACT: Casto= oil is a mixture of glycerin eaters and higher fatty
acidsi the latter consists.-to-from 80 to 88% of ricinoleic
acid, and further of stearic-, oleitsroand linoleic acids.
Castor oil has recently.beBn used as a liquid dielectric in
condensers, i.e. it is exposed.to the influence of heat and of
the electric field. The influence exercised by the electric
field has already been investigated by the author (Ref 3) in
vessels, in which the air space above the oil is, however,
much larger than in condensers.'The manner in which the four
samples under investigation are treated, is given. The aged
samples were investigated by means of their infrared absorption
spectra.(spectrometer: :EKS-11,.,recorder: EPP-09, multiplier:
PEOU-15). The results obtained for the three spectral ranges
are given. Range 2800-3100 cm-1 (Fig 1): the intensity of the
Card 112 band with'3010 cm-1 decreases as a result of aging and is

SOV148-23-10-2,1139
of the Aging Process of Castor Oil by Means of Absorption
sp"Ctra
ct uned by the decrease of the r-CH grotips. (A. G. Ifelikhova t~jok
ill the inv42jtigatl~;~-.V,). Runge 1500-1900 cm-1 (Fig 2): A
l-,,ado- al.- 1"140 ca-.-
ning of the band f (caused by the C-0 groups
of th,3 r-sters) in the direction towards lower frequencies. Thl~
intenoilty of' the band of 1660 cm-1 decreases and an additionril
one occurs at 1630 cm-1. If castor oil in heated under ex-
clusion. of air, a dehydration occurs, which manifests itself
by a reduction of the intensity of the band at 3420 am-1. Ranlge
66o-looo cm-'(Pig 3); Aging manifests itself in an increase of
t1ol- untire abzjorption. Tho intensity of the band at '960 um-1
iricrc-ases, while that of the band of 725 cm-1 decreases. The
_ntonsities of the bands at 1660, S)OO, and 855 cm-1 decrease
in polymerization. Their intensity variation is, however, dif-
ficult to determine because of --'~-he~~,tonsiderable Increase of the
entire absorption. Finally it is gaid that under the action of
an electric field, air being present, dehydration and iso-
mer-zation occurs~ which leads to a polymerization of the castcr
ni-11. Tleating under exclusion of air leads to acidification.
There are 3 figures and 8 references, 6 of which are Soviet.
Ca.rd 2/2

KOUREVA, MI. 6. , GrAnd Tech Sci -- (dis--.) "Resear--.h ir.,-o t i nv
substances in condensor paper with the aid of ao:17orpr,lon nip,~-etr".l."
LeninC.rad, 196C. 18 pp; (Mlinistry of Nigho-Ar nncl 6econdary ~~pucinllsL
1,1'ducati(on RSKR, Leningrad Electrical EnEineerirfL Inst Im V. I. Ull-
yarlov (Lunin)); 200 copies; 'price not given; (Kh, 21-60, 1-04-)

ABATUROV., P.V.; GROZNOV, S.R.; GANETSKIY, I.D.; KOZYREVA Ye. -;-
NOVITSKAYA, L.A.; ODINTSOV, A.I.;PHOTOFOMVj S.I.; SIDOIROV,
V.A.; SIDOROVAy L.I.; TROFIMVAp V.I.; TRUSHINA, I.V.; SHTEYMAY,
R.A.; DUNTSOVA, K.G., red.; KAZENOVA, A.R., red.; MARSHAK, M.S.,
prof., red.; MOLCHANOVA, O.P., prof., red.; SALOMATINA, K.Z.,
red.; KAGANOVA, A.A., redl; 1EDRISH, D.M., tekhn. red.
[Dietetic cookery in eating establishments]Dieticheskoe pitanie v
stolovykh; sbornik retseptur i tekhnologiia prigotovleniia bliud.
Moskva, Gos.izd-vo torg.lit-ry, 1962. 262 p. (MIRA 16:1)
1. Russia (1917- R.S.F.S.R.)Ministerstvo torgovli.

RENNE, Vladimir Tikhonovich, doktor takhn.nauk, prof.; BERKU, Adrian
(Bercu, A.], inzh.; KARABANOV, Valentin lostfovich, insh., kand.-
tekhn.nauk, nauchnyy sotrudnik;#JQQAAR",je
_X!4gyna, kand.
takhn.nauk, nauchnaya notrudnit
Study of a saturation liquid for power condensers. Iz*. vys. ucheb.
say.; alaktromakh. 5 no.12tl424-1428 162, (MIRA 16t6)
1. Zaveduyushchiy kafedroy elektroizol.,ratBionnoy i kabellnoy tekhniki
Le4ngradskogo politekhnicheskog'Vinatituta, (for Renne).
2,IBukharestskiy institut elaktrotakhnichoskikh issledoyaniy (for
Berku). 3. Leningradskiy politekhnichook:Ly institut (for Karabanov,
Ko"va).
(Condensate (Electricity)) (~Iectrolyte solutions)

YUMMVICH, losif Andreyevich6 Prinimli. ucNlj3,,.Jye: FEDOHOV, S.F.; VIXOGRADOV,
V.1., nauchayy sotrudnik; KOZYIO,'VA, !!4, , nauchnyy notrudnik; PICHIC-
VFJ)XNTSXVA, R.I., nauchnyvVT?MMflZ; YNYWENT, V.A., nauchnyy
sotradnik. MIRONOV, S.I., akademik, otv.rod.; SHOBOLOV, S.F., red.
'Lod--va; GUSEVA, A.P., takhn.red.
(Facies and geochemical characteristics of Mesa-Cenozoic deposits
of the eastern part of Western Siberia] Patsial'no-geokhimichaskaia
kharakteriatika wzo-kainozoiskikh otlazhenii Vostochnogo Zaural'la.
Moskva, Izd-vo Akad.nauk SSSR, 1959. 114 p. (MIRA 12:4)
1. Rakovoditell Vontochnoy komplekenoy nefte-gazovoy ekspeditaii AN
SSSR (for Fedorov). Z. Chlen-korres-pondont AN SSSR (for Fedorov).
3. Laboratoriya geneziso nefti (for Mironov, Vinogradov, Kozyreva,
Parev6dentseva, Feyrabent),
(Siberia, Weatern--Geology, Stratigraphic)

IVANOV, N.P,j KOZY-MI'l~jIf -
Use of a source of continuous radiation c=bined with a monoc==%tor of
medium dispersion In atomIc-absorption amAlysis. Zhur.anal.khim. 19
no.10%3266-1267 164- (111 RA 17: 3-2 )
1. All-UnJon Scientific Ronearch Institute of Chemical Roagents and
Specially Nre Chemicals, Moscow.

IVANOV, N.P.-,,KOZYREVAPIN.A.
Atomic-absorption determination of -- ~.n chemical reagents.
Zav. lab. 30 no,6-.706 164 6-9RA 17:8)
1. Vi3esoyu2nyy nauchno-i-.-isledov7itf~1.1-ikiv inst-it-If. khimi-ho-'s-
Id-kh realctivov i osobo chisty1ch khlm'.chos~kikh

in th;~ rna:-,f~~fit:---,-~:r,i
or, onmzi~ Teks t. fir -irn. ~5 r.-

KCr/,YRE'IA, N.Y,-
Rare congeniLal combined defect of the heart. Sud.-Lrfed.ekrp*3rt.
no.4-.49-50 0--D 165. (MIRA 18:12)
1. Kafadra sudabnoy rieditsirty (zav. - dotsont F.F.Skovort.,,ov)
,f
Rostovskogo-na-Donu meditninsk-ogo 1-vitituta. Sullmittod Iarch 61
1965.