SCIENTIFIC ABSTRACT ZUCKER, P. - ZUDIN, I.F.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R002065610014-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 1, 2001
• Sequence Number: 14
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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CERnA MEDICA Sec.2 '761.U/3 Physioloao~otc..May 58
2230, CHARACTERISTICS OF THE FOCAL CONVULSIVE $FlIzUkEll INDUCED
BY STIMULAT10N OF DIFFERENT CORTICAL LAtERS -~Caracterist
cile accesului convulsiv focal declangat prin excitarea,utior stratuvi coirti:
cale diverse - Zucker.MLajj-X,, Inst. de Neurol. 11. P. Pavlov', nucureqi,
REV. FIZIOL. RORIM. ATOL. 1957, 415 (240-24-1) Graj)hB I
Two pairs of electrodes (each of too 1A.) were implanted chrorvically &t 2 symme-Cri-
cal points of the cerebral cortex in 40 rats. In 15 rats the 2 electrode pairs were,
of the same length and thus stimulated the same cortical layer: in the other 25
they were of different lengths and thus ended in different layers. (The plarieg was
subsequently verified histologically.) When electrical stimuli of increasing inten .-
sity were applied until convulsive activity appeared. it was f~)und thatthe convulsion
threshold for 2 symmetrical points was the same if the electrodes ivere in the same
layer, but when the electrodes were in 2 different layers the~threshold for the
superficial. layers was much higher than that for the deeper layers (V and VI). This
is not an exclusively motor phenomenon of the pyramidal cells, as in the classical I
experiments of Dusser de Barenne, but a central phenomenon characterized by the i
appearance of a hype rsynch ronous bioelectrical activity due to the formation of
convulsive neuronal chains. Graur - Bucharest

et
ZUCMMKAN. A.
Study of cerebral astabol,ten of acetylCholins'i Moto,b6l," Of
acetylcholine in convulsive seitures. Bul, st4imt.o~ sect. mods 7 no.
3:817-835 Julv-Sepl 55,
(BRAIN, metabollam
acetylcholine. in exper. convulsiois)
(JILACTRICITY, effects
wtper. a a eff on corebr'it~'l xetab, of
onval
&
C
etyleholing)
CAGxTYIaHOLW,;. *stab.
brai off. of exper. oonvulsions)
(COMLSICUS. experimental
electricalli-induced; off. on corib+ia melt&b.-6f
acetylcholine)

------------------------
'LUCY, ?1. Ja.
"F and
hydration of Vinylacetylene (;om-2oundv,.ll b-,- A. 1. hleb~
k2e=na (p. 20F11)
SO: Journa3 of General Gbe-WFtrv (Zhurnal Cbelich~'.1 r c, 10

1143 400, 11 ~Prtll
1401W)hirra ohkb wvar hudition th; fl~p*hwvo als'l in illoo ltnlIs4jI~il,-
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POUND / fluman and Animal Phyuioloa (Nonnal cjrA ipatholegical). T.3
Motabolism.
Abu Jour Rof Zhur - Biologi7n, No 13., 108, llo-~~60b6q
Author nr M.
Inat tatD tuto of Hygiono
Title Thiamino and Riboflavin Urinary Excretion awan Index
of Saturation of tho Human Organium wit ih Those Vitamins
Orig Pub Roczn. Panstw. Zakl* higs, 1956, 7, Nol~I3p 223-239
Abstract Thiam1no (T) and riboflavin (R) oxarotiiM wad 4otorminod~
in 70 pooplo between thoogoo of 15 arid~~58. With a daQT
doso of 1.5 mg. of T and 2 rg. of R (an'~ adequate daily
dose), there was a daily, excretion of about 70:=g- of T
and 45o meg. of R. T and R administration on aln empty
stomach fluctuatod within the first hour''botvican 5 - 151
mag. of T and 14 - 30 mcg- of R. With It Buff.idiently largo
dono of vitamins, a dofinito rolations.h1p botVoen tho
utilization of vitamins and excretion was eat4blishod. Tho
Card 1/2

POLAND / Human and Animal Physiology (Normal and Pathological). T-3
Motabollem.
Abu Jour Rof Zhur - Biologiya, No 13, 1958, No. 60o69
lattor omphauizo the wofulneso of thlo,',dotormination in
the evaluation of tho saturation of tho,orgenion vith
T and R. Aftor 4 hours of 5 ng. of T ard R admtnistration',
tho oxcrotod vitamins varo 100 and 500,meg., :~Oepectivoly.
The author proposoo that for a corroat'iteturo of tho
vitamin saturation in tho body, it is (%:0f iciont to take
eamploo aftor 4 hours for tho dotormination of T and R
In tho urino. -- G. A. Chorkoe
Card 2/2
25

POUM/Cherdcdl Tedmology;,Chobid4i Vt~ucts wA lb,6ir
,pplidati0ho. Food D:dustl
Abs Jour: mr Zhur-Kh1n.j.'No 6.1*
Author Zuez --k, R
Inst
Titlo Typical Milk Cooling, Installations at Czboh
Collection rointso'
,.bs JcUr: MejAnd Hleezarski, No 6;~q~; 1142 (1
(in Polisb)
lid
,'.bStMCt: A*1 Milk-ClOolin(; installation is dcscribad,.~~ ons~afilia
of a cylin(Irical rafriCorated stora[;o tonjt:oqu~ jqied
with an evaporatine coil, a methyl chluiiP codlina
systun, and a wator sto t.ank.: Z inikir.
~XMG9
Card
6W,14i ml- 11,

POIJUTD Ch9mical Technology, Chemical Pioducts.and
Their Application, Part 3. 1. Food Industry.
Abs Jour: Ref Zhur-Khimiya, No 18, 1958,,U6924
Author uczek,
Inst : Not given.
Title : Yogurt Production in Czechoslovakiai
Orig Pub: Przegl. mleczarski, 19580 Bj Not 2$ 3.8 206
Abstract: No abstract.
Card 1/1

ZUCUIEWICZ., Stanislaw, mgr in2,,.
Beginning of the reconstructibn or the Vitt-dgen lilbrks in Tarnov.
Cbemik 16 no.7/8:218-223 Tl-A9 163.

AUMOR: Hott, 3 (Engireer) (Prape); Z!44j %Tt. (Engloom-) (Kook)
ORG: none
TITLE: Czech~patent no. 66~-65
96
SOURCE: vynalezrt ao,,9, 1 50 13
Colo rol, circuit*
Tbkc TAGS: measuring apparatus- meaeurin S~ instrme~t.,~14eaa~
electric current, electric switch, electrmkic switch, e~j.actrckttcs
1 1114
TRANUATION: The Cormection. or a 6enauxing device for IM!j oleraft~e ilk partiatt-
lar, designated for use in progrs=wed control equlvaont~~,ai EV; measure4 quitatitles
converted to voltage values or the curren. measuroment f.:ran&9eL*red in the form of an
electric code used for actuatir4g the signal uumber table and for other evaligiticna witk
a metering switch that to equipped: for aot,=Una the q.,#ch -qntL for Ae-
com"Iri
viationa with the reference voltage sourde. In the c6tiriie a9' oporatidz~, thel installid
switch is actuated by a s1pal from the 0cmparisoft of the measixr*N; dev I fs~ that the
reference voltage supplied to the comparloon elevient is its h1gli as the v)lteoe eupplied
from the Input of the measurIng device or proportional to it a*d a chezge, In the poei-
,tion of the metering switch Is ajeampanied by a changd! In tht point of the reference
voltage value, or of the vmlue of the voltage supplied from jalo Inpixt (if tho me"urius
Card
fI

=ACC--NRs
-value of both voltageg rize4 !b~, ~the N~ct th t k
4~VICOO or of the at 0 13C
through which a device Is set for setvAting; the netering OVitchi go also ev~4#16.4,4 with
a throw-over contact which,, In one positlon conadeta the Output of the cothparidon,
elew.nt of the meaeuring device vIth the de*.Ice for actumillag the metering switch,
and In another position connects the Introduced, output of the cizipirison Oement v1th
1ta evaluating device.
so CODE; 09
SM DATHt 50IM65

ZUDAI K.
"Experiences from the 4th Congress of the InternaticnalInsociation of Bridge and
P?
Structural Engineering and from a Vioit, to: England I s Bulidir, g, ln~lustry."1621
(Stavebni Prum-vsl, Vol. 3, no. 3, Fob. 195), Praha)
SO: Vonthly List of East EuroMan AccessWrsp Vol, 3vflo. 2,.Library or Con&eosy
Feb. 1954, Uncl.

BARKAN, Vitaliy fedorovich; ZHMOT, T4L*iliy Komstantinovich;..ZU:PAXI&
isdat.red T
A lnzh.q red. 1 SWXOTA, O,Nso 0; R02MIN, 1
takhaored,
(Radio receiving devices] Hadiopriamnye usbroistyo. lzd.2.T
parer. i dop, Noskya, Goe.nauchno-tekhn,lzA-av* Oborongis,
1960. 465 P.
(Radio-Receivers and reception)

SOV/106-59-4-7/1
AUTHOR: Zudakin, A*Io,
-------Boise for Measurement, pf Interferen4' i~the
TITLE: Use of White
Telephone Channels of Rddio-relay tizes ~(Ispollz6lraniye
belogo shuma dlya izmereniya pomekh~ vo~nikayushc*hikh'
v telefonnykh kanalakh radioreleyny~h 13-miy)
IMIODICAL.- Elaktroavyazl, 1959, Kr 41 pp 5!6 63 (USSR):
ABSTRAOT; After reviewing the internationall3r' recomImended:aois6
limits, the author points out that,~~ up to the present
time there is no agreed definition of inean powei of a
multi-channel signal; for more thdn 240:. channel-$, the
mean power is defined by Eq (1) and,for,: tore that 12, but
less than 240 channels by Bq (2)o,jRece,ntly bothiin;Russia
and in other countries, methods ofiinoise measurf)iien~ have
been developed which are based on 16ie ie~lacemeht, ot the
multi-channel signal bywhite nois!~. 9~hls i
,e s p ermi s sib 1e
because the multi-channel signal, being, compose,d~ of;
independent, random sisnals has a,iahitd.-noise probability
distribution.
Figure 1 shows the simplified bloqlk diae;ram of appaxatus,
designed to measure the relative.rioiseipower leVels, ie.
Cardl/5 the value of the increase of vihit6: noiae power in si small

SOV/106-55-4-?/13~ i
in the Telephone
Use of White Noise for Measurement of Interference
Channels of Radio-relay Lines
frequency band within the limits of~;the 'linear spectrum
over the noise power produced by th~ tra~ns*mission~weliment
under test* The apparatus consistsl:ilof two parts,!a trans-
mitter and a receiver, between which the element !under
test is connected'
The main elements of the' transmitter ard (Figure,2):I a
source of white noise, which simulates the multi~-channel
signal; a broad-band amplifier; blocking filters. ~The
amplifier has a bandwidth equal ta blie linear speotrtim
of the multi-channel signal and t)ie'i bloak.l.,dg filters ~, are
designed to suppress a small band oi" frdq:uencies'within
which the measurements are made. At the output of the
transmitting part there:is apparatus which measures the mean
power of the white noise passed to the element under,test.
The main elements of the receiving part~are (Figure 2):
an attenuator; an amplifierl ban&-pas~ filters and an
indicator. The number and the mid"freqAeacies ofIth6 band-
pass filters correspond,to the numb,e'r and mid-frequencies
of the blocking filters in the transmitter. Initially, the
Card2/5 entire white noise spectrum is applied to the element under

4f
Use of White Noise for Measurement o f In' loeWet-x x~Qe Telephone
Channels of Radio-relay Lines
test. With the attenuator~set tolits ia-ximlm readitg, the
indicator reading is noted. The c6rresponding Tiltdrs are
switched in. This suppresses a s#11 b 'and of fr~que'ncies
from the transmitter, but passes the Sams smalliband from
the element to the indicator. Thei4ttanuator i6l,reduced'
until the initial reading is againll~ 6bta4ihed on the indicator.
The difference in the attenuator r6adiiigs gives thep'increase
of the white noiso~power in the ba6d of. the filters;over the
total power of the fluctuation and'inon-1inear noise%produced
by the element in the same freq7Lienpy baad.
A basic disadvantage of this method is Miat the'datA have
to be processed to obtain the formIrequired by the
recommendations. The author then descrAes a modification
to the apparatus to overcome this d4sadvanbage. A
generator of sinusoidal signala is"4atr6duced into the
transmitter (Figure 3).; The method of ~aasuxement differs
from the first in that, Initiallr,'!a siziusoidal signal is
applied to the input to the element under test,~~he~
frequency of the signal being the.jiid-firequency~6f the
filters. The level of the signal is equal to the measured
Card3/5

,$0V/106-59-4- 1
Use of White Noise for Measurement of Interfiprende'in the! e16 hone
lp
Channels of Radio-relay Line's
level of one te34Vhone channel at:t6 in' th~. el
pat to lement.
The white noise is applied to the.01ement with alemill
band suppressed and the level of the white noiseiisl,equal
to the level of the multi-channel alignal. The reisults are
obtained as in the previous case.:i~By adaing to thelmeasured
values 2.5 dB to account for thel Iour-Ve'~of the,psophometer
filter, the value of the increase a~sinusoidal signal
over the psophometric noise is obt~,tlned. Whene Ithe
psophometric noise power relative,to the vero lelrel,can be
determined by:
90-U+2.5) 8
10
P
n 10 10 J3)
u)
where p is the value.of the excems o:t the sinul~'Oiaal
I 'this
signal over the power of the total'noi6e+ By ui3ing~
formula, graphs can be constructed.fro6 which the
peophometrie noise can be easilX obtained.
Card4/5

SOV/106-50-4-7/13
Use of White Noise for Measurement of Interterence in the! Oe"! phone
Channels of Radio-relay Lines
The author then gives brief detaijis of~'apparatudI-de~signed
for measurement of the relative n6ise p6wer in~.rladio-relay
lines having 24, 60, 240 and 600 c1hanzels. Reslults' of
experimental checks on the apparatus axe also $_'Ve-u-
There are 5 figures, I table and refereaces,'4 of
which are Soviet and I English.
SUBMITTED: January 17, 1959
Card 5/5

BARXAN, Vitally Yishelsvich; =AUOV', Taoilly Kons anti n6vich ; 081$1!TAZQVO,
R.I., professor# doktor takhnlcheoklkh nauk' IV t Bitumen W10PAKIN.~,A- 4,*
Inshener, redaktor; PWROVA,I.A., isdatall'sLy niiakt'or; ZMAKIN, I.N.01
takhnichaskly redaktor
CHadlo recelver apparatus] Radlopriewye uabroistoa* Xoskvaq Oas,~
igd-vo obor. promyshl., 1956. 493 p. (KLHA~9tUY
(Radio--Receivers and reception)

LNRAVOT, A.A., akademik, general-Isytenaut artlllerll~ vedaktor;!
RWANTSWA. X.8., redaktor; OWN, I.M., t~kwofieokly reaxki*r.:
[4mall arms] KaterialinaiA chasil strelkovogo~;oruzhiia. %Dskydi,, Cfbo'-
rongiz IW, Glav.red. lit-r7 po voomshenitu"i boti3ripaaaa. Vol. Z.
1946. 831 p (xLRk 8:1)
(7irs;rus)

MDAUDIA1 Ye.A.
IJ53 of field geophypical daLm for the apTrc4c-tmat4
changes In oil saturation of.reaervoiro in the dq vollopment at
pools ao exemplified by layer D-11 of thellvmaz,,~ field, Nafl-ag~'
g6cl. J. gocfiz. nop7s23-27 165
1. Vu6soyuznyy neftegazwrly
it

ZUDAKINA Yf,,A :,.F.~ PARAM"INA, V.A.
and gaa 11 aturIO-lop. uf
St dy'r Tel
the euT-k-o Lazed on !i ii ~.;udy tt~i 6 lea
pools of thq T,;,,-msvyv Orrill, and Slika-pcvc q4I
VNIJ

ZUDAKIKA Ye=A.,- IVAIICHUK, L.F.; BARAHZINA, V.A.
Change in the oil-water maturation of rem-privoirs: dwing de~elopm.6nt
based on a study of the Devonian oil poolvin thil Tu nd Bavli
oil fields. Gaol i geofir. no-5:58-62 164' (M P19)
1, Vsesoynnyy neftegazovyy nauchno-las'led6vatel'Iskiy institut.

YENIKErEVAj O.P.;.,ZUDAKIN&*.j*.A.j KORSHIKOVj V.,N,j ZIIXUU~I~ H.H. Prui-
mal uchastlye M'kiYIFO-R`S.-, kand. n"k; SWROKH(PiA.,
L.Lj vedushebly red*; VMONOVA, V.Vj tekbxillred,
(Album of standard geological and goop4sicil itros~ 11odtions of
wells of petroleum areas in the Volga-Ural rbOon]'Allboz tipa~yW
geologo-goofizichaskikh razrezov skvazhin nsftianykh raionov Volgo-
Urallskoi provintaii. Pod red. N.A.Per'kava4i Pan) va, Gas.
naucbno-tekbn. izd-jvo noft. i gorno-toplivn6i lit-i7p 1961. 132 ps
1, Moscow. Voeso7uzon nauchno-issledovateltakv illatitut geofizi-~
cheskikh metodov razveai. 2. Laboratoriya ikerpr**'~Stsii Votpsoyuz-
nogo nauebno-issledavatellskogo instituta gai~fizlOwikikh metoderv
razvedki (for Yenikeyeva,, ZudakIna, Korshiko*, Sbk=all, Per0kov).
(Volga-Ural region-4il ~rall logging)

ANPILOGOV, A.R.; MORSHMDV, Mi.; ZUDAKIITA, TO.A.
Testing methade used 11 determining resery0r. J-~'-.rfpvru~A or teirigmMous
strata of thp Nymsy and Serafimovskiy depoai~lo froit t1ata of ~ pll~i
geophyslcp# Trudy VNII no#29,-125435 160. 41
(MIRA 13310)
L.Volgo-Urallakiy filial VeasoyUsnago nauchno-~izsleilavatellskogo
Institata goofizicheakikh metodoy razvedki.
(Tuymsy region (Bash3dria)-011 well logghg)
(Serafimovskly tegion (Pashkiria)-Oil well lopging)
!IP

ZUDAROT, Z., sanitetski pukovnik, docent, dr.; KRSTIlCp Z.1 oanitetski
I. klese, dr.
Modern problems.of trauma and working capaelty. V6jllosanit.:
pregl. 21 no.llt753-756 X 164
1. Klinika za hirurske bolesti, Ortopedsko'dido1jetJO, Volno-
medicinska akademija u Beogradu.

d
GATOT.Borls losifo;rtch; WBImSXIY,N*~x~OrlSor'yewjch-'~ ZINOr'M Nileols7
AfavAmlyevich; KALMOFSM, GrIgorly Viktoravid .h; NO*IJW.Fedoi
Andrsyevlch; MDUlMoboonld Nlkb .avlovich; IMS, RA mEvo,!,rr
1OV16h; SOK010711M I -"%I Pomoo. &YU.,cloomiml r*
daktor; FRUHUN,P.S.. takhnichiskly redAktor
[Ilioduction of. cast, webte& and forge4 chains], ,proizvoUtIro llty6,
sv&rrql& i shteopovoWkh toopei. lAningrad. 06m.sol~ziov imd-io~' -
sudoetroltellnoi pro4ohlsidosti, 1955. 267 p. (KrAA 911Y
(Chains)

ZUDILINp VaSIIIY' Ivan.Ovlah; GUBANOVA, G.A.p red.

ACCESSION NR; AT4035416 6/0000/63/000/000/0234/0239
AUTHOR; Toropovo V. S.; Zudilinat S, D.
TITLE: Investigation of ferrite mapetization roversal o"r a nonhysterealto curve
SOURCE-. Voesoyuznoye sovoshchmiyo po ferritana I po, b0ukonUtkWy*m m*lltny,*m Ole-
mentam avtomaUki. 3d, Minsk. rerrity* I beskontaktny*y6'clenieky* (Ferrites 4nd non-
contact elements); doldady* soveshchanlya. Minsk, lzd-vd AN B5311t 1963, 934-239
TOPIC TAGS: ferrite, ferrite magnetization, magnetization reversal, magnetization curve,
ferrite core, core storage
~s Id al or non-
ABSTRACT: Th a study of ferrite magnetization reversali~ the authors discus 0
hysteresis magnetization curves created by the superimp6sition: of weak stable and strong
variable damping ~lelds. A 2 x 1. 5 x I nun DT-1 core and a3 x 2 x I mm. BT-5 co ie with
coercive forces of 1. 2 e and 0. 3 e, respectively, and 3 coils wore used in the cLxperimental
demonstration of the curves. Pulses were sent through 9'colls as shown In the Enclosure.,
and the signal was read from the third. The coincident dj=ping Wne-shaped and steady-
amplitude pulses magnetize the core In one direction while the other pulse of the.opposito
polarity reinstates it. To achieve complete magnetlyattop reversalo the niagaltude of the
Card j,/3

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MIA

,AUTHORS: Yeremenko, V.N. Zudilova G.V. and Gayevs~a~,at L.A.'
TITIB: On the Diagrams of State of the System Chromium-Niablum
(0 diagramme sostoyaniya. sistemy khrom'~-,niobiy)
PERIODICAL: Metallovedeniye i Obrabotka Ife-talloY, 1958 No.1
pp. 11 1c, (U;5,8R).
roi ium allolrs hap
ABSTRACT: Use of niobium as an addition to oh. 111,
created an interest in the system chromium' ril.ob-1,11m, Hot.161'le. I
very little data are published in literauu~re -ill tLis syot-emd
Therefore, the authors inv(-~stigated the manufacture by stlielt-in.&
and sintering of shromium alloys with niobittia for the purpo8e
of constructing the elements of the diagram of state of~.
this system. The molten allo3rs were produced ii,, a high-~
frequency furnace under a protective argoh~atxosphero fron
powders of electrolytic Or-Nb of the sizes:lof 1- 5 it. !The
chromium was crushed in a steel ball mill 4nd the iron r6molled by
washing with nitric acid and then passed throu6b. a oieve.with
10 000 holes/cm. The niobium, Ipowder containe& 98.2% Nb
0.93% Yet 0.34% Tit 0.06% All 0.5EF% Cat 0400?% 3 and less~ tLan
0.01% P. The powders were mixed and pras!~,~d into briquettea,
applying a pressure of 5 tons. A sketchlof the melting device
ardl/3 is given in Fig.1, P-1 The results of the thormAl analyois

129-1-3/14
On the Diagram of State of the System Chromi =1-Niobium.
are entered in Table 1, p.12. The compositions of the'6btained
sinter alloys are entered in,Table 2, p'112; Table 3,:P.15,
gives the results of the decoding of the~X-rdy~picture,lof.the
inter-metallic compound (containing 4?.Y;6 11b); Table 4 gives
the results of measuring the parameters of the lattice,of:a
chromium-base solid solution. In Figs. 2 - 8, a few of the
obtained micro-photographs are reproduced. The data given in
Table 3 indicate that almost~alLthe limes of the X-r pictures
are in agreement with the assumptions made by the auMpra4' The
diagram of state of the system Cr-A proposed by the author,
is platted in Fig.91 p.16. The followin4& conclusions are.
arrived at: on the basis of the results,of thermal, m6tailo-
graphic and I-ray structural~analysis and measurement Of the
micro-hardness, it was found'that in the,syst~em Cr-Nb,~only
one inter-metallic compound FoOrl forms,,vihidh has a fhee-centred
cubic lattice; inter-metallic c3mpounds)form outectics with
chromium-and niobium-base solid solutiow and the temperature
of eutectoidal crystallisation of the in~er-metallide'with
chromium-base solid solution is 1 660 ~C (for a content~ofo
about 31 wt.% Nb) and the second eutecti6 point is at 1 710 C
Oard2/3for a content of 66 wt.% Wb. Primary niobium- and chromium-base

129-1-3/14
On the Diagram of State of the System Chromium-Mobium.
solid sol8tions form; the solubility Olt nioblum in chroilium
at 1 350 0 is about 3 wt-%~ L011S duration ajinealing.atj 350 C
coarsens the compongnts of the eutectic~and'after annealing for
100 hours at 1 350 C, the structure does not have a cutectoidal
character. Alloys of chromium with'niobium can be 0obtained by
aintering inside a protective atmosphere at *; 550 0-~ in the
case of sintering for 2 to 5 hours at 1.550 :0, a full re-
crystallisation takes place and an equilibrium state is reached.
There are 9 figures and 4 tabl6s and.3.,i4on-slavic reference8.
ASSOCIATION: Institute of Metallo-ceramics~and S~ecial Alloys~
Ac.Sc. Ukrainian SSR.
(Institut Metallokeramiki i Spptsiallnykh SPlavOV
AN USSR)
AVAILABIE: Library of Congress.
Card 3/3

SOV/137-'59-1-1069
Translation from: Referativnyy zhurnal. Metallur [ya, 059, Nr Ii 144 (USSR)
g'
AUTHORS: Yeremenko. V. N., Zudilova, G V 6ayevskaya, L. A~:
TITLE: On the Phase Diagram of the'Chromiurl'i-niobiiim Alloy,
(0 diagramme sostoyaniya sistemy khfoni-niobiy)
PERIODICAL, V sb.: Vopr- poroshk. metallurgiii pro(thiiosti mat6rialov. Nr 5.
Kiyev, AN UkrSSR, 1958, pp 36-48
ABSTRACT: Ref. RzhMet, 1958, Nr 6, abstract M50
Card 1/1

18(0.,7) PHASE I BOOK EXPLOITATI ON POV/2170
Akademiya nauk Ukrainskoy SSR. Institut metallokeftiki i sp6tsiall-
nykh splavov
'Voprosy poroshkovoy metallurgii i proohnoisti m4terialovp vyp4l 51
(Problems in Powder Metallurgy and Strength~or Materials~~Nr,5)
Kiyev, Izd-vo AN USSR, 1958. 172p. 2,000 copies rintedo;
Ed. of Publishing Houset Ya. A. Samokhvalov; Tech.' Zd.t V+~Ye.~
Sklyarova; Editorial Board: I.N. Frantsevi:h (Re6p. Ed.)j I.M.
Fedorchenko, G.S. Pisarenko, G.V.Samsonovj nd V.V. Grigorlyeva.
PURPOSEt This collection of articles Is intended for a wifticircle
of scientists and engineers in the researcli'and.production of pow-
der metallurgy. It may also be useful to~.advanded students of.
metallurgical institutes.
COVERAGE: This collection of articles describes the.results of in-
vestigations made at the Institut metallo kiramikii spetsiall;nykh
splavov, AN USSR (Institute of Powder Metallurgy and Special,Al-
loys, Academy of Sciences, Ukrainian SSR). ~The Physical dnd chem-
Card 1/6

Problems In Powder Metallurgy (cont.)
ical properties of materials used In powder,metcillurgy are dis-
cussed. Materials described as new, production,proceeseoj and
methods and results of mechanical testing aOe described. fNo'per-
sonalities are mentioned. References follow each.article4
TABLE OF CONTENTS:
Samsonov., G.V., and V.S.Neshpor. Some Physica,I~Characteristicsbf
Metal-like Com0ounds. 3
The authors, describe results of investigatioins 16f,' microhardness,
coefficient of thermal expansion, calculati6n ot the intsi~-atomic
bond between the metal and the metalloid, and fa~ctors affecting
this bond. They conclude that the hardness of the izietal-like com-
pounds is determined chiefly by the bonding forces between
the atoms of the metal and the metalloid..
Yeremenko) V.N,) G#V. Zudilova) and L4A* Gayevskap, Chromium-
Niobium Structuraf-Dra-gram-
1 3
The authors describe the results of an.inve~tiption of the
chromium-niobium system by thermal, metallographic, and radio-
graphic methods.
Card 2/ 6

Problems in Powder Metallurgy (Cont.) ~~SOV/2170
Frantsevich, I.N,p and V.S. Neahpor. The Pro!)Iem',of Radlooaphlr,
Determination of the Charaoteristic TemperatUi* 49
The authors discuss the characteristic tetuberature in respect
to the strength of metal and alloys and the effect of the. alloy-
ing elements on high-temperature strength properties.
Andriyevskiy, R.A. The State of Certain Problems of the Theory of
ch
Sintering Metal Powders '! _-)-r
The author discusses the theory of sintering, the role of sur-
face phenomena during sintering, diffusionjnd plastic flow and
recrystallization during sintering in an attempt to clarify the
physical nature of sintering.
Yeremenko, V.N., and Ya. V. Natanzon. The RolTe of,the Transfer',of
the Substance Through the Gas Phase in Sintering Iron and Chromium 73
The authors investigated the effect of H01 presdnt in the~,sinter-
ing atmosphere on the shrinkage of a specimen, comparing it with
shrinkage during!vacuum sintering.
Card 3/6

Problems in Powder Metallurgy (Cont.) SOV/2170
Grigorlyeva, V.V., V.N. Klimenko, and T,Ya. K6solapova. Chromium
Carbide as a Base for Powdered-metal Materials With Special, Pro~-
perties 80
The authors discuss methods of preparing va;~riouq'alloys baoed~
on chromium carbide, their properties, and:applicationso~
Ounchenko A I T F.Frantoevich-Zabludovskaya, I.N., PrantseVich,
6;V'a.* Magnetically Soft Powd a
and O.A. 6he~i ered-metal Materi Is
(Report 2) go
Results of investigations dealing with theAevelopment ofl.me-
thods for prdparbg various types of powd6red-metal ma$ftetic
conductors from magnetioally soft metals (electrolytic iron and
permalloy-type materials) are presented#
Fedorchenkot I,M, Iron Powders and Their Fiel,413 ot 'Applications 104
The author cites numerous cases~where Iron Powder,cam be~applled.
He-stresses the economical factor in the use of iron-graphite:
powder*~'as high-quality bearing material.
Grigorlyeva, V.V., and B.S. Tuchako Pulverizing Tit anium Carbide,117
The authors describe:.*,the method of gringlng~titanium oxide in'
gasoline and alcohol usln~ a ball mill with,balls of the same
TiC) composition.
Card 4/6

Problems in Powder Metallurgy (Conts): ~AOV/~2170
Pisarenko) G.S.p and V.A. Chebotarev. DevicellorANsting 116'at-'
resistant Materials forLong Time,Strangth and.cre6p, During.iren~-
121
Sion and Bending
The authors describe construction of the n~w IM.3 device 4nd,
its advdiitagoo over other existing device6#1
A
Agarev, V.A.,'R.S. Umanakiy, and L. Kvitkad ~i,blert`giri Prob.16ms' in
the Theory of Elasticity 134
The authors discuss the functions of stred6es) ibquations'6f Oon-
tinuity of deforxations')~6olutions in termd'-of the funct~onsiof
displacements and stresses, and the utlliial~,Ion~ot electrical
analogue simulation.
Ruzhitskiy, B.M. Investigating the Strength ofjlntelrference-ftt~
Permanent Joints-'Under Static Torsion 160
The.author describes the methods and result$ ofhis experi-
mental investigations of the striength of pr6ss- avid shrink-fit
Joints of samples made of a typical constrUotion 6arbon-steel.
Card 5/6

24M
AUTHOR:
TITLE:
PERIODICAL:
ABSTRACT:
Card 1/2
SOV/41i-2 3.11- 32136
Zudin, A. A.
The Phosphorescence Spectra of Some Phohols at the!Ta4peratures
of Liquid Oxygen (Spektry fosfore Istnentaii nekotor~ykh~fenolov
pri temperature zhidkogo kisloroda~)
Izvestiya Akademii nauk SSSR. Seriya fi~lchenkayaj. 19550
Vol 23t Nr 1, p 142 (USSR)
In the present paper the phospho~dlzcencIeapectra,'Q~f alcoholic
solutions of pyrocat~ohol, resorcf~, al'14 hydrochinone1were
investigated at temperatures of liquid oxygen. T~e substances
were selected because of the reCular vaTiation of~their
structure. The molectiles are in the metaetable atate.jhe
pictures were taken by menns of A ainglle-dialc phodphoroscope.
Spectra are illustrated by a fiVire fr='~vhich it may'be
seen that isomerism influences thd charariter of t1ja spectra
in that pyrocatechol,and resorcin with1he hydroxyl group in
ortho-or meta-position, have a sharply~narked striictuie,
whereas hydrochinone, with the hy(iroxyl, group in para~position,
possesses only a band with a maximum at 14127 mp. The aiithor

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collsincintil't sed.11"kntn ir, t~e
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no.44:152-165 t64. fWn, A -L-7: 11)

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VAI=p I.M.; GOIZVvY-a.DJ GOLEVAq Z.H., I GOLOVXQ.p R.YS'.; UVIYALOVAj,
ZAMSLlr v B.A.; ZVERV, Ye.A.) - LIMNSMO.Y.A. ; JINIGUSMp X.Kh*j
MHYZLERj M.Kh.,- MUTOVXnI, V.A.; RUDAKDVO 14*D., juxormov, 0~ OF4
KWANOVO O.M.; ISTRDIt Z.1.1 ZMINI D.& N.I., r~a,
at
[Adjustroent and operation of qquipmont Jz thq Novi O.-Umskiii to I aid
Electric Power Plant) Haladka i ekopluAtatplia oborudovanilklma im-
Ufi~mskoi TETs. Moskva v Gos. energ~s 175 p. (MA i. 1419)
(Eashkiria-Blectric power plants)
(Bashkiria-He%ting from cenlrU-stations)

CHMOV, Yevgenly Ivenovichl ZUDIN, B.A.. red.; ZO=OV,, X.I.,
tekhn.red.
(Preparation of studded casings at electric power plaxtvl~~ I
Ugotovisule shipovykh ekrazov na elektr6stantoilakho
Moskva, Goa.energ.izd-vo, 1959. 63 p. W~A.12:10)
(Blectric power plants--Xquipment and supplies) (Boilgis)

4,u(L,,.n, and -1. G
Cut :30.LT.- ~fjnlt~s~,
The booldet describor, thn, causco, Tod A. io f orr,,i-L
U10-1 of bollel ixale,~ V~I'j desLg'i ns)II-hods
of installatton, cund onoj,altin" Of Varlow; blo, Tho
I i IWO cd=7
A
instructions arc i1mcludod foi ntirtaces,
and banic labor r--c ctated.
The booklet is i-1-1tonded for ncroonnel chm-al uit-lI b0, Ira, Iml n
"! .- but al -0
may norve as a practulcal ald for otullior ol_~ bbilar CTrn
SD: S mts'-i-
(Sovt-3' 00'a;),
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SO: Monthly List of Russian Accessions, Vol* 7, No. 5' Au6st 19%

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GUDTSOY. N.T.0
BOODALOV.- A a#
Gudtoovt M.G. IozInfikii# LF. ZudijIq He A. lbgdanovj
lavest. Akad. Nauk S.S.S.R.1, Otdelj, Tekh. Rauk 1950j, 108-25
App. is described for heating polished steel specimens of 25 sq.~mm. cross-4*ct~
a to the %,p, in vacuo (1071=6 Hg) and etching at the desired temp,by~,
a'dmiJtfng Cl, HCL, HNO,, 19 axidesp or air to several mo Rg. preasure, HeaU4
is accomplished by passing also. current through the specim ,ant ad the temp.ijs
detd. by thermocouples welded to the specimen. Above 9000 ,the s0eeimene ars~~
etched in vacuo because of the var7ing.-rate of vaporization'.of the,phases and
impurities present 6 Special attachments permit measurementof Vickers hardness
at temp. up to 900 and of the rate of vaporization of the metaim
A, A 61/~ n o S S P,
A"AkAt~A W- ;Lf:A -11

ACCE SSION NR: AT4009495 8/2509/0/000/014/0068/007i
AUTHOR: Banny*kh, 0. A.; Zuding I.; Orakoshkin, D. A..;'
Samarin, A. M.
TITIX: Properties of ferrite aluminum-lron alloys
SOURCE: AN SSSR. Inititutmetallurgii. Trudy*, no. 14,J963,~,Metallur
gJyj&,
metallovedeniye, fiziko- :khimicheWdye metody* isyledo IvaWya, 687 77
TOPIC TAGS: aluminum'alloy, iron alloy, afuminum-iron Ooy, ferrite alloy, melting,
forging, heat treatment
ABSTRACT; Some properties qf aluminum-iron alloys are,qf indostrial lmportanc6, but
they are not commonly used as constructlon~ materials, 'In the present work a niumber of
these alloys were exposed to melting, forging and heat treabnent,,; after which they were
studied for specific gravity, impact strength, rupture stiength and plasticity under
various conditions. The chemical composition of the a.Uoys'used In the investigation Is
given in Table I of the Enclosure. Two series of alloys were melted: one group in air
and the other in a vacuum. U was found that vacuum melting of the alloy improves the
mechanical proportion, especially under high-temperature pondlUons. 71gure I of the
Card

ACCESSION NR: AT4009495
Enclosure shows the dependence of the rupture strength and pluticity of the alloy "on! the
aluminum content. The curves show that an increase In the aluminum content to about 15%
increases the strength of the alloy between 20-60OC; at 700C Vie strength does not dopend
on the aluminum content. The alloy has a maximum strength and satisfactory plasticity
at 400C; the strength drops sharply and the plasticity simultapeouoly Increases at tem-
peratures over 600 C. Aluminum-Iron alloys may thus be used under stress without add-
ing a third element at temperatures below 600C. Figure 2 of the Enclosure shows that an
Increase in the aluminum content In the alloy increases grairt size At 1, 100C. Additional
studies on the effect of admixtures (71, Zr, B, NI, W) on the properties of the Al-Fe
alloys shows that the introduction of titaniumo zirconium, and boroh Into alloys with 10%
an bo
Al does not change the strength of the alloy. Zirconium d ron 'lower the scallog
resistance of the alloy while addiff as of nickel and tungsteit tb an alloy with 15% Al
lowers the strength and plasticity of the alloy. Orig. arL hais: 7 figurps mad 6 tables.
ASSOCIATION:. Institut metallurglig AN SSSR. (Metallurgical Institute, AN SM)
sun do DATE ACQt 26Jan64 ERCL- 04
SUB CODE: NO Rzr wv, 006 amsal Oil
Card 2/6
4.

ACCESSION NR: AT4009495 ENCL9~u~t 01

conten
Allo
I
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N
Alr-M&ted alloys
1,81 0,023
0,032 DOW
0#Cw
'2 9180 0,004 O,OGS 0~0=
7 8,70 0,010 0.0a 0jout O,OD40
8 f2,70 0,005 0,016 000M Of COW
0.018 0,0wo
-
u
V -
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d Allo

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0,36 acu
m
M