SCIENTIFIC ABSTRACT BARDIN, Y. - BARDIZH, V. V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000203610010-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 8, 2000
• Sequence Number: 10
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

DEMIDOVICH, N., inzh.-polkovnik; BARDIN, Yu.,
inzh.-mayor
Seconds, minutes passed. kv. i kQsm- 46
no.12318-21 D t63.
(MIRA 17: 1)

TSIXERXAN, L.Ya.. laureat Stalinskoy premil; YJFMOV,
Ts.A., laureat
Stalinskoy preall; BARDIN. In.A., laureat Stalinskoy
promii, re-
dak-tor-, ffOVOCHAMT,-Vr.",' Mkt6r.
Nater level measurement for watb~ jupply systems]
Izmerenie uroy-
nei v sistemakh vodoenabThenlis. tioakva, Izd-vo
Kinisterstya kom=7
nallnogo khoziaistya RSY-9ft. 1954. 98 p. (MIRA 7:7;
(Water supply engineering) (water motors)

BARDIN, Yu.A.
The Vostochnaya Water-Supyly Station. Gor.khoz.Mosk. 36
no.8:40-44 Ag 162. (NM 16;1)
1. Glavnyy inzh. Vostochnoy vodoprovodnoy stantsii.
(Moscow-Water supply)

BARDIN, Yu., inzh.-mayor
......
Headquarters of tecbnical tbought. Av.i kosm. 46
no.7:65-.68
Jl 163. (Aeronautics, Military) (MIRA 16:8)

A
BMIN, Tu-, NIIOLOZI. G., kandidat tekhnicheakikh
nauk.
-11gam
Zxperience in utilizing alit drains in AM filter
systems.
Rdl.-kom.khoz. 6 n0-5-22-23 156. . (MM 9-.11)
1. Glavvy inshouer Stalinskoy stantaii
Nosvodoproyoda.
(Dradnw)

Y Iq ISHALASHOVA, Ye.
Preliminary chlorination at the Stalinsk water-supply
station.
Zbil.-kam.khos. 7 no.12:9-12 157. (MIRA 11:12)
1. Glavnvy Inzhener Stalinskoy vodoprovodnoy stantsii
g. Mbskvy (for
'Bardia). 2 ZavedxWuehcheqa laboratoriyey Stalinskoy
vodoprovodnoy
stantaii-g: Moskvy kfor Shalagbova).
(StallnRk-Water-Oblorination)

BAFDIN,.Y-a.k.,, inzh.; SHALASHOVA, inzh.
Use of basic aluminum chloride for the puril"Jcatvion
c, dririking
water. Vod. i san. tekh. no.6-27-29 Je 165. WIRA 18:8)

L 23050-65 914T /E WP /-T Fc-4 P34
ACCESSION -.L4R: -AP4047842- ------SI'OI53/64/007/004/0651[0654
AUTHOR: Radugina, Zh. V.; B N.; Bardina, G. M.
TITLE: Synthesis and investigation of certain colorless and colored
polycarba-
mides. Communication V111 in a series of works in the area of
producing and in-
vestigating properties of colored high molecular polymers
SOURCE: IVVZ. Khimiya i khimicheskaya tekhnologiya, v. 7, no. 4,
1964,
653-654
TOPIC'TAGS: color polymer, chromatic high molecular polymer, color
polycar-
bamide fiber forming polycarbamide,aminoanthraquinone derivative,
arninoenthra-
quinone co" ring agent
10
ABSTRACT: The conditions werp nvestigated for obtaining fiber-
forming color-
less and colored polvearbamides, ased bii urea and hexamethylent,
diamino (11NM71)
and alpha-aminoanthr~aquinone as the colored a-
in -N '/~"
m, e or alpha-aminoanthraquinone acylated with succinic acid as the
d e rhe
molar ratios of urea: HMDA were varied. It was found that with
equiniolar
arn.ounts as high molecular insoluble material was obtained and with
a 2:1 ratio,a
Cardl / 2

L 23050-65
ACCESSION NR: AP4047842
high molecular material amenable to fiber production was obtained.
The conden-
sations were effected under nitrogen; the temperature was raised from
115-245C
in two hours and maintained at 245-250(1" thereafter, The yield of
the high mole-
cular fraction, melting 200-220C, increased with reaction time upto
about 8
hours; thereafter the polymer properties deteriorated. Incorporation
of up to
0. 656 on the total weight of the monmrners of 1, 5-
diaminoanthraquinone- had- pract-
~ca y no e ec ____ __ - Id - - L
on yie , but did increase the fusion temperature and viscosity
of the polyiner somewhat. Polymerization with the other two coloring
agents
somewhat reduced the yield and the viscosity of the p)lycarbamide. T
he colored
products were reprecipitated with acetone or dioxane without changing
color.
Absorption spectra were obtained. It was concluded that the dye was
chemically
boncied to the polycarbamide. Orig. art. has: I figure and 2 tables.
ASSOCIATION: Ivanovskiy khimiko-tekhnologicheskiy institut,Kafedra
tekbnologii
khirnicheskikh volokon (1vanov Chemical- Technological Institute,D
partment of
Chernical Fiber Technology)
SUBMITTED: 04Feb63 ENCL. 00
SUB CODE: GC, MT NO REF SOV: 005 OTHER: 002
Card 212

tj
anj study of som-3 co'orlc--~
vs
s v~ v k. 111 rr. i kb i r. kJ
I. Eafedra te!Cqno'-, ogii khLmicheskikh volakon
lvanw

KAPLAN, TS.A. --BARDINA,.L.T.
Serologic typing of diphtheria pathogens, Zdrav. Bel, 9 no'18:
11-13 Ag'63 (MIRA 170)
I& Iz infektsionnoy klinicheakoy bolinitey g. Hinsks, (glavnyy
vrach Z.G. Uikina ) i Belorusskogo instituta epidemiologii,
mikrobiologii i giglyeny (direktor V.I. Votyakov).

BARDTNA, L.V.
Resistance bf coke to compression at various
temperatures.
Trudy Inst. met no.4:58-66 l6o. (Krn 140)
(Coke--49 sting)

25000
SI/080/'60,,"03'5/'0101/'00911"02 9
D216/D306
AUT110RS: Bard-ina, N.G., and Lukovtsev, P,D.
TITLE: Electrical conductivity of the syz-tem polyvinyl
alc-,Dhol- zinc chloride (cadmium ohloride) - water
PERIODICAL: Zhurnal prikladnoy khimii, v. 33, no. 10, 19L')0,
2234 - 2238
TEXT: Systems ---amposed of polymers and ionizabae
~-ubstances are
useci in chemical current sources as solid electrolytes,
separater
thi,~keners aotive masses. The present work sets out to study
n
2-H2 V- and also the condu
the role of viater in the system PVA.-ZnCl 4 -L
a,.,.d vascosity of the system. To determine -,,he role of
water
in -,he c:ondu---bility of the system, zinc chloride being
highly
h7rc,
,t,r:)~-.,,-.opic, cadmium chlor,-de was selecled instead.
The apparatus
.5. The rilm, was set between a viell-polished
uaed )~, obovin in Flg~
sil\,ei:ed pl-ute 2 and the pool of mercury 3. From values of
E, and
C -a r d 1/ 4

25000
'60 ~5
S/080,,,
Electrical conductilvi--y of' D216."D35UO
i obtained by Ohm7s law the resistance and conductiv-1ity were
CqLlcu-
lated. The conduc-Livi 7.v of the film -f pure- PVA was 4-~g 0 -L
Cm and af-~er d-ilar;,mz the filra with wa-ter -iL.Por the
conduc-
-ivdzy rose to 1.42 x 10-6 -I -1
M FVA f--'Im wiih 50 % C-dC12 n
I
the dry condition has a specific conductivity -1.3 x 10
__I'011-1 cm- I
and after dilating with water vapor its conduo-liv.-'ty rose to
1.1 x
'5 i - I , f4 rS
x 1 j-, i1- , M' The conducti~,ity therefore of PVA i.-L contain-
irig CdC.-. is decided by the presence of aater, i~e. by the
Jonic
2 -L
conduc-Abilit.y of CdC12 ;E~oliiliom I't, is concluded that 1)
The elec-
trica"I conductivity and viscosl'ty were measured on 0.6, 1.12,
2.24,
3.2, 6-4r 7.4, 8.3, and OJ.82 N solutions of Z-iC-L2 in 50, 20,
10 and
5 c,,o solutions o-f polyvinyl alcohol and it was established
that as
the PVA concentration mis increno'ed the conduc~tivjty fell and
the
viscosity rose. The relation ;k,~ ~ const. was -,)roved correct
with-.
Card 2/4

250-o0
S/OPO/60/033/010/009/029..
Electrical conductivity of ... D216/D306
in practical limits; 2) The conductivity of PVA Llms containing
varying amounts of CdCl in the dry state differs very little from
2
the conductivity of films without CdCl V The conductivity of these
films depends largely on the water present. There are 6 figuils and
5 references, 2 Soviet-bloc and 3 non-Soviet-bloc. The refererleds
to the English-language publications read as follows: B. Wood, J.
Blectroch. Soc., 9t 417; 1956; W.T. Grubbf J. Blectroch. Soc., 106,
4p 275t 1956; Am. pat. 2786088, 19 111 1957.
SUBMITTED: January 30, 1960
Card 3/4

-BARDINA, N.G.; LUNTSEV, F.D.
Mechanism of rectifying action on an oxidized
zircordlum
electrode. Dokl. AN SSSR 240 no.5:1102-1-105 0
161.
(MIRA 15:2)
1. Institut elaktrokhimii AN SSSR. Predstavleno
akademikom
A*N. xrumkinymo
(Zirconium)
(Oxidation, Electrolytic)

S/076/63/037/001/OC)6/029
B101/B186
AUTHORS: Lukovtoev, P. D. (Moscow)
TITLE: Kinetics of electrochemical processes on oxidized
electrodea.
I. Study of the impedance due to an oxidized zirconium
electrode in redox media
PERIODICAL: Zhurnal fizicheskoy khimii, v. 37, no. 1, 1963, 57-62
TEXT: This study relates to the dependence of active and reactive
components of the impedance of an oxidized zirconium electrode
(system
Zr - ZrO 2 - electrolyte) an the potential change occurring at
the oxide -
electrolyte interface. A zirconium wire coated with an oxide
layer 100d
thick hadbeen dipped into the redox systems.Fe 2+ /Fe 3+ , Fe(CN)
4- /Fe(CN) 3-
6 6
or I-/I- which caused the potential change. Potential changes of
0.3 v
3
with respect to an Hg/Hg 2so4 electrode in 0.2 N H 2s04 were
reached by
.changing the ccncentration ratio of the oxidized and reduced
forms of
electrolyte between 0.001 : 1 and 1 0.001. The capacitance C and
the
Card 1/3

S/0706 A 3/037/001/006/02 9
Kinetics of electrochemical processes on... B101/B186
iesistance R- of the electrode vi ere measured at 300and 400 -
10,000 cps.
F +:system at 400 CPS
The resistance of the oxide layer in the Fe2+/ es .
was found to decrease by 60%, whereas the capacitance was
found to
increase by 1 Wo by way of a potential shift from +0.85 to
+0.57 v in the
system Fe 2+ /Fe 3+ . The same effect was observed in the
ferrocyanide 'system.
It is assumed that electrons are injected into the upper
barrier layer of
the oxide by the establishment of equilibrium between oxide
layer and
redox medium. For DOLentials corresponding to an equal
concentration of
the oxidized And reduced forms of electrolyte, minima occurred
on the
curve-R versus i, and maxima on the curve C versus i'. This is
explained
by a change in pseudocapacitance and resistance in
electrochemical redox
processes, the rates of which are lower in the oxide layer
than in the
metal. R first increases at increasing PH, then reaches a
maximum at
medium pH, finally decreases again. C decreasee as PH
increases, reaches
a minimum at medium pH, and increases again. The nature of the
curves
R(,,) and C(-) remai-np unchanged at different frequencies.
When the
frequency increases, t~e curves become flatter and the R and C
values
decrease. The dependence of the impedance components on the
thickness
of the oxide layer and on the concentration*of the electrolyte
has to be
Card 2/3

S/076,/63/037/001/006/029
Kinetics of electrochemical processes on Bioi/B186
measured in order to split the resistance of the electrodes. into
its
individual components corresponding to the recistance of the
oxide layer
and that of the electrochemical reaction. There are 5 figures.
ASSOCIATION: Akademiya nauk SSSR, Institut elektrokhimii
(Academy of Sciences USSR, Institute of Electrochemistry)
SUBMITTED: June 30, 1961
Card 3/3

BARDINA, N.G.; LUKOVTSEV, P.D.
Kinetics of electrochemical processes on oxidized
electrodes.
Zhur. fiz. khim. 37 no.5:1008-1014 MY 163. (MIRA
17:1)
1. Institut elektrokhimii AN SSSR.

BARDINA, N.G.
Kinetics of oxidations-rediietion reactions on oxidized
elec.,rodes. Part
3. Zhur.fiz.khim. 37 no.7-1532-1538 Jl 163. (MIRA 17:2)
1. Institut elektrokhimii AN SSSR.

BARDINA, N.G.
- ----- - - V
Kinetics of electrochemical processes on oxidized
electrodes.
Part 4. Zhur. fiz. khim. 37 no.1212688-2693 D 163.
(MIRA 171l)
1. Institut elektrokhimii AN SSSR.

PARDINA, N.G.
Anode oxide films. Usp.khim. 33 no, 5.602-618
MV '64,
(MIRA 17:6)
1. Institut elektrokhimii AN SSSR.

-~:P (m)/T JJP(c)
La .3
ACC NR, AP6019239 SOURCE CODE: UR/0364/66/002/0D3/03_________
W) 34/0339,
AUTHOR: Bardina, N. G.; Krishtalik, L. I.
ORG: Institute of Electrochemistry, Academy_of Sciences,SSS ,
Moscow (Institut elek-
trokhimii Akademil nauk SSSR)
TITL~E: Kinetics of the anodic generation of oxygen on graphite. II
SOURCE: ElektrokILimiya, v. 2, no. 3, 1966, 334-339
TOPIC TAGS: anode polarization, oxide forma-
a,- graphite, anodic oxidation,
tion, electric capacitance, electrochemical analysis , electric
polarization, acid
base equilibrium, electrode
ABSTRACT: A study was made of the anodic generation of oxygen on
pyroly-tic graphite
in the potential range described by the Tafel equation. Anodic
polarization curves in
phosphate buffer and perchlorate solutions were given for pH
ranging from 1 to 9.7 and
voltage from 1 to 1.8 (saturated calumel electrode). The drop in
electrode potential
with pH is shown for a constant polarization current of 7.14 x
10--5 a/cm2. In phos-
phate and in some concentrated perchlorate solutions, the potential
dropped about 50
mv after increasing the pH to unity. at low r pH, the potential in
perchlorate solu-
tions was independent of pH. The eiectroldelcapacitance for drop in
potential under
steady state conditions is given in the equation
Vi b In (I
Card 1 /9 % C-b tinc- 541.13

ACC NR: AP6019238
where io = current density of polarization, to interruption and
C (capacitance)
iOT/Aq). For much longer times + b In C-b -7 b In -r.
io
Values for the capacitance of the graphite electrodes in IM of
phosphate bufferi cal-
culated from the above equations, ranged from 41 to 103
mkf/cm2. Explanations for the
phenomena were based on analyzing the constant b. The cause Of
C02 formation was two-
fold: (1) the decomposition of surface oxides and (2) the
electrochemical desorption
Of C02 per division of a water molecule. The first scheme
\C0 + 20 It- CO (0) + 1110 + 2e-.
COs
gave 0q)/8 pH =. -59 mv, close to the experimental values, but
did not fit the depend-
ence of C on q) and pH. Orig. art. has: 4 figures, 3 tables.
SUB CODE: 07/ SUBM DATE: 1BHay65/ ORIG REF: 005/ OTH REF: 002
Card 2j2,q9-0"

ArANTIUV. 0.0.; BARDINA, I.T.
Ketamorphism dwdzg calcining of mogwelus hydroxide
obtainsafrom natural
eource. Gaol. Zhar. Abad. Sauk Ukr. R.S.R., Inst. Geol.
Hauk 9. No.3. 4,3-
-56 148. (MIRA 3:2)
(CA 47 no.22:IM3 133)

ALBNTIYZT, A.A.; BAJWIXL# N.T.
OMrsetaristics of crystalline forms of Kgq obtained
from natural
solutions. Nin.sbor. no'.5:261-266 151. (KLU 9:12)
1. Institut goologlehaskikh nauk Akadeall nauk UM,
11yev.
(11apsAis)

BARDLNA, 14. '~--
SlWnfiilj-K!~~Aion of p~trl-,q for shzwl .;Olt3,q "
. . t ~~ ~,
I . _ . Tj'&U,: 1 . M ..
TSIEKk' Im-3309-65 t63 (,MTPA

BARDn,,'A I R. A.
"Artenies of the MasticatDr-f Muscles,"
Stomatgloriya, No.l, 1952

BARDINA, R.A.
Structure of intraorganic cardiac veins. Arkh. amt.
gist. I ezbr.
31 no.2:46-53 Ap-Je 154. ()MRA ?.-8)
1. Is kafedry normallnol anstoull (zave Prof.,
X.G.Frives) I Imnin-
gradskogo maditainskogo Institute, imni. akad.
I.P.Pavlova (dlr.
I.T*AAsh1mrov)
(mm , blood supply,
*veins, structure)

BARDINA, R.A., doteent (Leningrad, u1. Voskova, 15.
kv. 36)
Characteristics of intra-organic blood supply of the
heart.
Vast. khir. 74 no.4:27-34. je '54. (MIRA 7-7)
1. Iz kafedry anatomii (sav. prof, X.G.Grives) 1-go
Laningradekogo
gosudarstvannogo meditsinskogo instituta im. akad.
I.P.Pavlova.
(HEA . blood supplyj

!.::CER,?TA XMICA Sec.18 Vol.1/1 Cardiovascuisr elan
57
296. BARDINA R. A. Dept. of Anat., Ist. Med. Inst..
Leningrad The influence
0/ CSS -injuryon collateral circulation(Russian
text) Arkh. Anatom. Gistolog. E-mbriol.
1956, 33/1 (55-58) Illus. 4
The development of collateral circulation after
severance of the main trunks of the
lingual arteries was studied by means of
roentgenography and preparations.
Seventy-two dogs were used in 6 series of ex n nts.
After destruction of the frontal
p'- me
lobes the number of anastomoses was less than in the
control group, and mainly in
between the first category branches near the site of
the severance of the main
trunks. When there was no injury to the brain but
the skull was opened and the
dura mater incised, or the skull opened only, the
mode of development of collateral
circulation was analogous to that in the control
group, but the number of anastomos-
es, was less. After removal of the right superior
ganglion of the cervical sympathetic
chain the number of anastornoses and the speed of
their development was greater
than on the other side serving as control. Bibfiogra
hy.
Te(liai - Leningrad (L 2, 8, 18)

BAR INA, R.A.
The effect of destroying the cortical integrity of the
frontal lobe on
collateral blood circulation of the tongue. Biul. eksp.
biol. i med.
41 no.1:6,7-68 Ja. '56 (MLRA 9:5)
1. Iz kafodry normallnoy anatmii (zav.-prof. M.G.
Frives) I-gO
Lemingradokoigo mediteinakogo institute, imeni I.P.
Pavlova
(dir. dotijent A.I. Ivanov) Predstavleno deretvitellnym
chlenom
ANN sssR ir.11.0hernigovskim.
(TINGUN, blood supply
circ., eff. of frontal lobe cortical Inj.)
(FRCUTAL LON, wounds and inj.
off. on blood circ. ckf tongue)
(WOUM)S AND INJURIXS
froatal lobe, eff. on blood circ. of tongue)

USSR / kluwm and Animal Morphology, Normn.1 -.nd
FI!-tho- S-4
logic -- Cardioviscular Syst,-m
Abs Jour: Ra. Zhur
-Biol.) Fo 13, 1958) '59853
Author : Privus, M. G.; Bardinal R.
Inst : Instituto of Bxpurim~.ntnl Morphology, Acadcmy
of
Sci,!ncos, Gi~orzi-n SSR
Titl,-; : Tho Effoct on Colln. tuv~l CJrculrition of
Distur-
banec of th,:~ Cortux of th,~ Frontc~l -nd P7~ric~tal
Lobc;s of tho Brain
Orig Pub: Tr. In-t Aspcirim. morfol, AN GruzS3R,
1957, 67
47- 54
Abstvict: Operations purformcd on dogs shoxrud that
disturbing
thu cortex of thu front-1 nnd pariotal lobus of the
brain retards thu divQlopmQnt of coll!,tcr-1 circu-
Card l/ 2

USSR / llurrm and Anip,..:~j lorpho":ogy, Norm,il and
Patho- s- L~
lor',ic -- Cardiovascular Syst,--m
Abs Jour: P,,f Zhur-Biol,, No 1~1)2 1958, 59883
lation and rAixc,.;s thu d,.,v,lopmunt of th,;
coll--it,-
ral v;~ssols of thG posturior uxtrwitii-s nnd of thv
tinp,u,;. Th,2sc. symptoms w%.:rQ moro pronounc,d
urhun
tho cort-x of thu frcint7tl lobo irts disturb~.:d thm
wh%ln th,, cort,~x of th,; paxital lobo was
disturb,~d.
-- A. V. KuzIrain-a-Prigradowi
C,7id 2/2

USSR / Human and Animal morphology,, Normal and
Pathological. s_4
mueoleG4
Abs Jour Ref Zhur - Biol... No 18., 1958, no 83709
Author )3ardinaj R. A.
Inst sciencosp RSFSR
Title Muscles of the Human 910'ague, Their Origin
and Furctional,
Importanee.
Orig Pub Izv. Akad. pod. nauk WSR) 1957, N?YP. 84,
125-131
Abstract Precise classification of the muscles of
the tongue has been
established on the basis of studies mada of 86
preparations
of the human tongue. Their classification into
external
muscles does not fall. in with the anatomical facts:
the
"intarnal" muscles are related to the bones of the
skeleton
or to neighboring orgcuis., while the "external"
ones partici-
pate in changing the shape of the tongue. According
to
structure, function and development, three groups of
lingual
Card 1/2

3ARDINA, R.A. (Leningrad, P-101, u1. Iroskova, 15,
k7-36)
Collateral circualtion following section of the
afferent nerves.
Arkh.auat.gistj embr. 37 no,,11-.48-56 N '59. (KM 13:4)
1. rafedra normalluoy anatomli (nachallnik -
chlet-korrespondent
ANN SSSR Prof. B.A. Dolgo-Babwrov)
Voyanno-maditsinskoy ordena
Lenim Mmdemli im S.M. larmt.
(BLOCD VISSILS phy-siol.)

FRIVESP M.G.9 prof.; jiARDIIA, R.A.1, dotsent
'X-raY anatoW" by D. Nagy. Reviewed by M.G. Privesp
R.A. Bardina,
Vest. rent. i rad. 36 no. 1:73-74 Ja-F 161. (MIM
14:4)
(ANATOMYt SURGICAL AND TOPOGWHICAL) (RADIOGRAPHY)
(NAGY, D.)

BARDINA, R.A. (Loningrad, uI.Voukova, 15, kv-36)
Changes in the microstructure of the walls of collateral
bloold vessels
foUowing de-efferentation of the pelvic extremities in
dogs. Arkh,
anat. gist. i embr. 42 no.3:44-5/+ Mr 162. (MIRA 15:5)
1. Kafedra normallnoy anatomii (ispolnyayushchiy
obyazannosti zave-
duyushchego - prof. V.M.Godinov) Voyenno-meditsinskoy
ordena Lenina
akademii imen! Kirova.
(BLOOD VESSMS) (1,2TRFIAITIES, LOWER-INITERVATION)

BARDINA, R.A. (Leningrad, F-101, Voskova, 15,
kv.T,--)
Changoo in the m1crostrLeture of wa-Ils of
collateral arteries
after deafferentation of' the F-elvic extremity in
dogs. Arkhllv.
anat. rist. i -.--mbr. 43 no.IMI-70 0162. (MIRA 17,6)
1. Kafedra norma-11noy anatomii (IspolnvayusliclAy
obynzannosti
zaveduyushchego - prof. V.Ml. Godlnov)
Voyenno-meditsinslr:oy
ordena Lanina akudc~tati imetil. Kirov.9, Ulninprad.

BARDDIA, R.A. (Leningrad, u1. Voskova, 15, ~V- 36)
Effect of gravitational. overload on the arterial
wall. Arlkh. anat.,
gist. i embr. 47 no. 11:41-44 14 164 (ITIRA 19,.1)
1. Kafedra nomallnoy anatomil ( zav. - zasluzheznyy
deyatelt
nauki prof. V.N. Murat) Voyenno.-meditsinskoy ordena
Lenina
akademii imeni Kirova i kafedra normallnoy anato.,aii
( zav. -
zasluzbennyy deyatell nauki pro.r. M.G. Prives) 1-go
Leningrad-
skogo maditsinskogo instituta imeni ska-demika NvIova.
Sutmitted
March 30, 1964.

xAuim,V,- ZORACHEV, Tn.; IRNETS01'j, V.; SHCE31MIOV, P-;
STRLWE, P"'Okand'
tekhn.nauk, otvored.; AUMOV9 V.K.,nau(,-hnyy red.; PRES90,
D.Ya.,red.;
FRISHMN. Z.S.,red.imd-va; XOTLUZOVA, 0,,I.,tekhn.red.
[Protection of tanks used on oil tankers.1 Protektornaia
zashchita
tankov neftenalivnyldi sudov. Leningrad, :Lzd-vo Morskoi.
transport
1959. 47 p. (Leningrad. tsentral'nyi
nauchno-insledovatellakii
institut morskogo fli)ta. Truly no,24) (MIRA 12:5)
(Tank vesaels) (Tanks) (Corrosion and anticorrosives)

UYN-R, V,!.;BARDINA,_ V.A.-..
-lato electrol'i-I.C.S. Izv. v:,s. uc~,eb. zciv.;
Copper pla.ing !'ro,,,i p~Tophosp'
tsvet. met. 6 iic.3:114-150 I S_3 .
1. Moskovskily institut stali i splavov, kaN361r,-,
kovrozii
(copper pintir,g)

BARDINA, V.P.; SUPRUN, L.A.; .3WHERMAKOV, P~S.
Resistance of laoquer-paln-C coatings to soa
water while under
the protection of electric aturrent,, Lakokras.
mat. i ikh.
prim. no.406-45 161. (MIRA'16,M
1. ISentral2nyy nauchno-isBledovatelIskiy
institut morskogo
flotao
(ShiPS-PILinting)
(11

?"IVA:, V. P.
Using thermoelectric balance mieters with it
polyethylene filter
for measuring the radiation Ntl6ce. Trudy GGO
no.129tl46-148
v62,' (MIRA IW)
(Solar radiation) (Meteorological instruments)

SUPRUN, L.A., kand. tekhn. nauk; BARDINA, V.P. ;
VYSOTSKIY, A.A.
Testing by means of ;models the electrochemical
proLection against
corrosion of merchant ship hulls and determining the
effect of
propellers on the conditions of functioning of this
protection.
Trudy TSNIDIF 57:3-25 164. (MIRA 18:2)

V 1, - , L.A. , x"Mild. ti-kh1l.
I . .,
11 .. I - I i
,jw,-,.tlgatInL,, for ilse, IS I'll 1,;
protection. Trudy T5141111-T 5`17:26-36 16J,
thE) call-,lic of eth Tiol coaldngs. !bid.:
37-42 OcFui

DAVIDSON, A.G.; DATLIN, S.V.; KTRICBENKO, G.A.; XOROTKOVA,
Ye.N.;
KRAVCHENKOP D.V.; ORLOVAI A.S.; ADADUROVAI A.A.; ARKADIYEV)
V.G.; BARDINA,, Yu.Ya.; BODYANSKIY, VA.; BOVDAREV, S.N.;
G L A At i MT -,- W.V.- -- -OVA, E.A.; IVANOV, V.N.;
KARMSHINA,
, TAVYD
V.Ya.; KFMOTENly L.P.; UNDA, R.G.; LEVITSKAYA, G.O.; LIPETS)
Yu.G.; LOGINOVA, V.P.; ONO, E.S.; PEGUSHEV, A.M.; PYKETUNOV,
N.V.; TOKAREVA, Z.I.; KRUDOLEY, V.F.; MILOVAVOV, I.V., red.;
MIKAEUYAN, E., red.; RHIN, R.., red.; SVANIDZE, K., red.;
KL3XOVAm Tag ~ekbx. red.
(Africa today; concise reference book on politics and
economic
conditions) Afrika. segodnia; kratkii politiko-ekonomicheskii
spravochnik. Moskva) Gos, izd-vo poUt lit-ry, 1962. 326 p.
(Africa-PoUtics)
(Africa-Econanic conditions)

BAnL%ISK.',YAl M. S. DEM:ASM 1%1'313
ANTH(TY-ANIN
PT"* XTS I. TTA7 LT T-T .

0'. 1.
I - ~? - er
"Invest igation fo V~e Asynchlronous-lonic State In a
~lcner&t:~r (I .. - ;,-.- , "
.-I
Education USSIR, Lenin,,-rad Inst of Aviation Tn,,ltrL-,,ent
Lcnin~-rad 19-1,2
(Dissertation for the Der,,ree of Candidate of Techn.-cal
Sciences)
SO: F-riizhngva Letords', i,o. 32, 6 Aug 55

BARDITISKIY, S . 1.
"Investigation of an Asynchronous Ion Ce,scade in Generator
Operation." Official
opponents: 0. B. Bron) Professor, Doctor of Technical Sciences
and N. D. Panov,
Candidate of Technical Sciences.
Dissertation for the Degree of Candidate of Technical
Sciences, defended at Leningrad
Inst for the Constrcution of Aircraft Equipment, 16 April 19r
1958~ ff- MVx No, 5, PP- 89-91.) -)3. (Elektrlehestvo,

7
3
A04 Im t~6~~ and
chestv6[ 4057. No. A, 33-4
4bs Orculw li*i e2-1vilally dpblj~W for Ignitron-contmi of th~-
04otioAucifs,~MDtors. A Crjq)3CjIDr dlrCblrg& SOMIJ a current
;hr,,;-,gb j.~ zoactcr OaA a grid -0. Ont Y,)Ilcd thy.:Itrwri; 12 L,
reaciL
111) in rm!z~ 4~612,aiory, t~a th.It lhw thyra-
to aq tio~ rerdE the p.
at cukmnt-CE-ro. The hyr;~Ir._,A 13
blasodby 24 i"i ~-I~aye rectifier circuit, the Capzv;t_,1, tic-big
,hoxrgc~d
.1
hv* Lbe !secon;;lry wiiiding throuO i~ s.:; enlu'll I ~!Hfier . -d itis
dzrl~tna currant U=Avd ty a narliq ri~,nWmm~~ The uiyratrap. ii
C-40%,d bY U10 ID--,Ddz VoltAge 01 tAll Iplitron which [P NM tj 111L~
p~tq~ry W~UM31 w A,tr"ortzer, Ole wandary w1i'dil-,g of Which
the L~yrrtrcun ,r',d. The
r4Lnected thraigh jbb to
wileiium rectuier cuts off the neptlVa Ldf-wave of Lho wxydo voi-
an advorso ollkt on the uporitlon of the
n. Ths,cl,rcult described Is ilot atlected bf frotiomcy tvL~i
41bum'lof the aWd.jt voltage. The Ignittoil ci the IgnAtroz,1 taica p!
""b4j,'ns'z_,A all,"p'ch tho awde volti.4a 41; c;tpab!e of firinr the
jj

kUTHORa Bardiu.skiy, 8.1- (Cand.,,Tech~SA,) SOII/110-5B-10-3/24
TITLE2 'em of controlliug a semi-couductor rectifier by means
of a
mechwaical commixtator~ (Sistema upravleniya polupi&-odnikov~m
vyprylunitelem pri pomoshchi mekhanicheskogo hommutatora.)
PIMIODV,'AL. gVestaik Elektro,romystilennosti, 19.58, NoAO.
pp,. 12-17 kUSSR)
P
ABSTRA.M The extensive use of power germanixm rectifiers is
impeded by the
absenae of control methods comparable with grid-zontrol of
ioni!,.
rectifiers. Semi-conductor rectiViers have been controlled by
means
of series chokes and by varying the transformer output
voltage, but
both methods have their disadvanta4ges and cannot be used
under inverter
conditions. Tb1s article describei3 a method of control that
employs
a mechanical commutator. Only the three-phase bridge circuit is
described, because thia is the most suitable for power
appli-ations,
but the method can be applied to other circuits. Normal
gffrid-son~a-rol
in valves retards the instant of ilMition, so altering the
mean value'
of the rectified voltaire. The sam,? results can be achieved
with a
mechanical comatutator, -onneated i1i series with the valve,
as shown
in Fig.l. The commutator is driven by a syncIL-onous motor and
the
instant of switching ran be varied, for example by rotating the
motor stator. The contact head of a me--hanical commutator for
60 MV
(300 V, 200 A d..c, used in tests on germapium rectif-iers is
shown
Card 1/3 in Fig.2. In this eqn:Lpment the :ontacts are closed
by a can.,

SOV/1 101'58-10-3/124
A system of controlling a semi-o-ondii-Aor rectifier by
means of a mechaniCal
commutator.
Sparkless operation cLui be snsured; the ne~sssary
conditions are
considered with reference to Figs. 3. & 4- whi--h show
curves of the
cv,~Iie-- interruptions,. An expressi3n is derived for the
limits of
r~,:tifier voltage control that can be. aehieved without
sparking at
the contact. Sparking may also result from a rapid insrease
in the
~~urrGD+, between -ontexAs that. have not yet fully -.losse-
This effe-f
is reduced by introdu,:ing chokes whose magneti! is made of
material with a rec-tiwgular magnetisation loop, whi,~h
delay the
ourreat increase as required. Spiwking .an then be
preven~ted at
voltages up to 300 V per contact gap, and voltages of 600 V
eaz be
met by using two gapa in aeries,. Currents of up to 20 000 A
have
been handled by the -iontaots of enisting wechani~~al
rectifiere. The
reve:rse currents of aemi-conductor rectifiers, whi--.h exe
about 0,.l *%
of the forward current., may have a harmful influen.,s on
th- ~or-tazts
when very heavy currents are rectified. However, the
~.orxtacts san be
shunted by lower-power diodes, as shown in Fig.1,3.. ~ to
pass the rsvey~,F
curr-3nt and remove tho reverse voll-age from the conta-ts
altogeth-.7.-.
The operation of the proposed recilifier couirol system was
tested
expei!imentally. Gerinunium rectifiers typq~ VG-10 than ran
deli"or a
rect:Lfied current of 30A were supplied from a 220 V
Osei]Llograms taken wider rectifier and inverter r-onditions
are draw.*
in Fj.gs.7a. and b. respe,~Aively. They clearly illustraitha
ths operatA.~a
of the chokes and tht& removal of reverse-voltage by diDdea.
Premat-axe
Card 2/3 magnittisatioD of the reverse-currohl ~hokee when
their auxiliox7

SOV/ 110-58-10-3,/ _24
A system of controlling a semi-conduetor rectiJ!ier by means
of a mechanical
coA*utator.
SUBMIMM&
windings are omitted, in illustrated by the oacillograms in
Fi&.7~~_
The system in as reliable as a grid-controlled ionic
rectifier and Ijv--
none of the disadvantages of an ordinary mechanical
rectifier. The
main drawback of the system in the inertia of the mechanical
timing
control. Variation through the entire range of timing
control takes
from 1 to 10 seconds, depending on the output of the system.
The
efficiency obtained from the germanium rectifiers is very
high, and
the overall efficiency of an installation may be 07%. Little
bulk
will be added to the rectifier by the control system. 'There
are 7
figures and 4 literature references (2 Soviet and 2 German).
April, 4, 11158.
1. Rectifiers--Contril systems 2. Rectifiers--Performance
3. Semiconductors--Performance o. Commutators--Performance
Card 3/3

80) SOV/105-59-2-13/25
AUTHORS: Ballyan, R. Kh., Candidate of Technical Sciences,
Bardinskiy, 3. 1., Candidate of Technical Sciences
TITLE:
On the Selection of the Optimum Shape and Design of
Small

Transformers (K vyboru optimal.Inoy geometrii i
konstruktsii

transformatcrov maloy moslichnosti)
PERIODICAL:
Elektrichestvo, 1959, Nr 2, P'? 53-58 (USSR)
ABSTRACT:
The
theoretical arguments for the optimum shape of all types

of
single-phase Dolver transformers for high frequencies

with
immediate 00,13ideration of the heat development are set

forth, and a comparison of different transformer types is

given. Aa criteria of the optimum the dimension and weight

indices per unit capacity, i.e. the specific volume and the

specific wei-ht of the transformer was used. For the
theoreti-
0

cal analysis, the following aasumptions were made: trans-

former capacity denotes the electromagnetic capacity; the
mag-

netizing current is not considered; overheating the
windings

is assumed to be defined by the total copper and
iron losses

on the cooling surface the reight G denotes the
copper and

iron weight, the volume V is the voliime of the
circumscribed
Card 1/3
parallelepiped. The formulae ('10) and
(12) are derived for

.;U~, 05-59-2-13/25
I
On the Selection of the Optimum Shape and Design of Small
"r:~nsformers
the specific volume and the weiC,ht. They are universal and
express not only the qualitative but also the quantitative
relationship betweon the specific weights and volumes on the
one hand and all the main factors effecting them, on the
other.
Formally, these formulae apply for any frequency f. But there
is a capacity limit for each frequency below which the condi-
tion V;>, 1 can not be met (for the exorbitant rise of the
magnetizin- current). From the formulae (10) and (12) follows
that, under otherwise equal conditions, the volume and the
weight of the transformer depend exclusively upon the factors
kV and k w. These factors determine entirely the geometrical
relations of the core according to the formulae (11) and (13).
Therefore they can be called the geonatry factors for volume
and weight. Optimum shape will be that for which k and k
Pi v w
vill attain the smallest values. V - 9 P iron losses,
PC
copper looses. For determining the optimum shape, for
PC
each transformer type (core, shell. and toroid type
transformer)
Card 2/3 the series of curves were plotted for k'V and k w
vith one constant

I SOV/105-59-2-13/25
On the '"election of thu Optimum 3hape and Design of Small
'Yransformers
and two variable dimensions (X?Y?2), each. It in shown that
the conditions of minimum weight do not correspond with those
of minimum volume. Therefore~ the optimum shape is different
for both caones. The data obtained by tests permit to
establish
a -useful system for the build-up of core series. The
comparison
of the three transformer typen s~iowed thzit the best type
would theoretically be the core-type transformer. This
opinion
was fully confirmed by experiu~ents. L. IA. Gartkevich and
A. A.
Kurnukin took part in the experimental work. Somewhat
earlier,
A. F. Senchenkov fwza also by e,,-periments that the
core-type
transformer is jpref~-~.rabie to the shell-type transformer.
There
are 8 figures and 6 tables.
SUBIJITTED: JulY 14, 1958
Card 3/3

if L.
Eli
Is
Nr 9 A 2 n!
; .1
ia FEE
k5
-19
:SIR u
VI; Fir.
KFA P,
Ir
F.9
iF
14

AMATUNI, Napoleon Leonovich, dots.;
BARDINSKIY,-Sergey Ivanovich,
dots.; DREVS, Georgiy VyacheBlavovich, dotis.; ILIIN,
Boris Vladimirovich, dots.; KNORRING, Gleb
Mikhaylovich,
ka~d. tekhn.nauk; PASECHNIK, Stepan Yakovlevich,
prof.;
PMOBRAZHENSKIT, Aleksey Alekseyevich, dots.;
ROZENBERGER,
Boris Fedorovich, dots.; SOLOVIYEV,-Uadimir Ivanovich,
dots.; YASTREBOV, Petr Parfenlyevich, prof.;
BELOVIDOV,
B.S., doktor tekhn.nauk, prof., retsenzent; ARTEMOVA,
T.I.,
red. izd-va; TUPITSYNA, L.A.I. red.izd-va; SHVETSOV,
S.V.,
tekhn. red.
[Electrical engineering and electrie.equipment]
Elektrotekh-
nika i elektrooborudovanie; obshchii kurs. (By]
N.L.Amatuni
i dr. Moskvay Rosvuzizdat, 1963. 646 p. (MIRA 16-9)
1. Novocherkasskiy politekhnicheskiy institut (for
Belovidov).
(Electric engineerin&--Fandbooks, manuals, etc.)
(Electric apparatus and appliances--Handbooks,
manuals, etc.)

'.I., kuriC.tC-',:..rj.r ,]f
Trarsc,
Dooi(,n of - rk~.-,Ollart .. ;ucor.
Veat.clektroprom. 34
11 ("ank 16:9)
11C.S:65-70 AE 63.
(illcctric motors)

ZAVALISHIII, Dir.,itriy Aleksandrovich;
BARD11151:1Y, Sargey Ivanovich;
PEV221ERY Osip Borisovich; FROLOV, Boris
Vasillyevich;
KHRUSHCHEV, Vitaliy Vasillyevich; USSER, A.S., red.;
ZIIITNIKOVA, O.S., tekhn. red.
[Electrical machines with low-power ratings]
Elektricheskie
mashiny maloi moshclu-iosti. [By'j D.A.Zavalishin i
dr. Moskva,
Gosenergoizdat, 1963. 431 p. (MIRA 17; 2)

BARDIM, F.F.; GORDITCHUK, A.M.; RIZHKOV, I.I.
Methods for lowering production costa in the Ukriiniin
industry.
("The costs of production and how to lower them in the
UkrRiniRn
industry." Reviewed by F.F. Bardier, A.M. Hordiichuk,
I.I. Ryzbkov).
Visnyk AN URSR 28 no.5:73-76 my 157. (XLRA 10:7)
MrAifte-Costs, Industrial)

GOmGORSKIT-j S.D., kandidat meditainskikh nauk;
BARDITRR, L.G.
Michelson's vesico-signoid anastomosis in total
epispadias.
Urologlia no.2:78-79 Ap-Je '55. (MLRA 8:10)
1. Iz gospitallnoy khirurgicheakoy k1 W ki
(zav.--prof.
P.V.Ryshov) Kishinevskogo meditsinskogo inatituta
na baze
Respublikanskoy klinicheskoy bollnitay (glavnyy
vrach
M.G.Zagarskikh)
OIPISPADIAS. surgery.
vesico-eignold anastomosis)

GOLUGORSKIY, S.D.,kandidat meditsinskikh nauk;
L~. G .
A case of plastic surgery of the bladder sphincter in congenital
bifurcation of the penis with incontinence. Urolo iia, 22
no.1:70-71
Ja-F '57 %RA 10:5)
1. Iz urologicheskogo otdeleniya Respublikanskoy klinichaskoy
bollnitay,
bazy gospitallnoy khirurgicheskoy kliniki
(zaveduyushchiy-professor
P.V. Rvzhov; glavnyy vrach bolluitey N.A. Testemitsanu)
Kishinevskogo meditsinskogo instituta.
(BTAMIER, Burg.
sphincter plastic in congen. bifurcation of penis &
incontinence)
MNIS, abnorm.
bifurcation with congen incontinence, plastic surg. of
sphincter)

__ L 31283-66
ACC NR:AP6005 8 SOURCE CODEt UlVO413/66/000/001/0080/0080
INIWIMRi Gallperin, Yu. Sh.1 Somep M. K.; Bardiysr,_N. H.; Gorlin,
I.-Ki
ORG: bone
TITIS: Artificial respiration equipment. Class 30, No. 177597
[announced by
the All-Union Scientif~icRes~ear h Ipstitute for Medical Instrume
ht and Nuipment
(Vse~~Yi~z_iiTy nauchno-iseledovatellskiy instIMU_m~_ditsinakikh
insU_ui~i 0'V_'
oborudovaniya)]
SOURCE: Izobreteniya.. promyshlennyye obraztsy, tovamyye tnaki,,
no. 1, 1966, 80
TOPIC TAGS% artificial respirationg respiration equipmentg
respiration device
ABSTRACT: An Author Certificate has been issued for an artificial
respiration
devico containing apowe"perated blovert a membrane box,
inspiration and expiration
bellows, a humidifier-heater, a dosimeter kit with an elastic bag,
and a system of
tubing complete with cooks and valves. To perform supplementary
respiration as well!!
as artificial respiration with active inspiration and-passive
expiration, the
membrane box is equipped with a contact device for control, when
the patient attempts.--
to breathe, an electromagnetic valve in the auction line of the
blower) and a cook
which will take the pat;lent off the expiration bellows and
simultaneously connect
it with the atmosphere. To simplify the oet-up procedure for
specific operating

ACC NR:AP6005338
0
conditions, the valve for setting the exhalation time is
mechanically linked with
a valve for setting the ventilation minute volume. A dual valve is
installed in the
inspiration and expiration lines for rapid switching from
artificial respiration to
spontaneous and vice-verna. To broaden the potential of the
device, there is also
a valve for switching in the dosimeter kit as well as one for
increasing the resis-
tance to expiration. In order to save jan oxygen during artificial
respiration with
a semiopen system, there is a three-way cook which is placed in
line with the
evaouation control valve and is designed with a connection to the
air (see Fig. 1)
Orig. art. hass 1 figure.
Fig. 1. Artificial respiration device. 1-blower;
2- swibrane box; 3-inspiration bellows; /+-expir-
ation bellows; 5-humildifier-heater; 6-valve for
making artificial re4piration with active inspira-
tion and passive expiration; 7-membrane box with
fcontact device; 8-electromagnetic valve; 9-expira
1~ipn time valve; 10--ventilation minute volume valve;
-i. 11-dua.1 cock; 12--dosinster kit valve; 13-resis-i
tance-to-expiration valve; 14--thr*o-way cock;
15--evecuation oontrol valve.
[LD]
SUB CODE: 06/ sm DATzi 15j=64
ard 2,/2"/C- .

.I&.8#-M.; TSETTIN, P.I.
MONKEVICH, M-P.i.!jARjI.YF
Model of electrophoretic apparatus from the experimental
plant of
the Academy of Medicine of U.6.S.R. Biul.ekep.biol. i med.
41 no.4:
77-78 AP 156. (MIRAL 9:8)
1. Iz Opytnogo zavo(La AMN SSSR i Instituta
eksperimentalluoy biologii
AMN SSSR, Moskva. Predstavlena daystvitelInym chlenom AMN
SSSR V.N.
Cheraigovskim.
(FIAGTROPHORNSIS. apparatus and instruments,
new model (Rue))

BARDIYXR, N.M.
Dry spiromater. Ked.prom. 13 no-9:55-57 S 159. (MM 13:1)
1. Vessoyuzn" nauchno-isaledovateliskiy institut
meditsinakogo
instrumentariya i oborudovanlya.
(SPIROSCOn AND SPIROSCOPT)
1
.:4

SAVACHENKO, R. I.; BARDIYER, N. M. -- -'-
Portable universal UNAP-2 apparatus for inhalation
anesthesia.
Nov. med. takh. no.3:3--13 061. (MIRA 14:12)
1. Vsesoyuznyy nauchno--iseledovatellskiy institut
meditsinskikh
instrumentov i oborudovaniya.
(ANESTHESIOLOGY-APPARATUS AND INSTRUMENTS)

-7'
.0
flffl2DdMjMWAwLzMul;u 01 Oxidixins
ion Acid,
M. M. IC119W. 0. V. Aklmg 4 A- jardilk - (Doklady
The induenoe of chromir soid on the corrosion of uorn6 stain.
less Awls (Cr steels; 1818 stools with Ti. Mo, and blo + NbI
mid Cr-IIn-NI steel) were investigated. Tho influonce of
acid concentration and temperature on the "d of corrosion
were also tested. IU reMLItO WO usernblod in ftblea-v. a,

Nt,p~.xj "-, 1,1,j,~
a4~

BAM)NIKOV, A. I.
"Statistics of the Soviet Public Health Service",
31ovarl-spravochnil; po sotsiallrio-
ekonoraic:heskoy statistike, 1944, PP 259-269.
Trans.
1.1-225, L Mar 55

L 00029-"'- 'MMI!m" DIAAP
- C13
ACCESSION NR: APS020311 UR/0106/65/007/004/0494/0456
1 541.183.5-546.73.02.60-552.57
~AUTHOR: Bardnikov. A. I.; Oreshko, v. rjDaceaaed)
~TITLE- Effect of stable cobalt on adsorption of Co-60 by
peat.
'SOURCE: Radiokhimiya, v. 7, no. 4, 1965, 494-496
.TOPIC TAGS: cobalt 60, soil, adsorption
;ABSTRACT: The extent to which fission products penetrate
plants and water depends
,to a large extent on their behavior in soil, slime and
various types of deposits.
:This work presents experimental data on adsorption of
radioactive cobalt from solu_~~
~tion by peat as a function of the concentration of stable
cobalt. In order to
,Valuate the magnitude of the adsorption of Co-60 under these
conditions the distri-,
:hution coefficient was determined, the numerical value of
which in the soil-solution
.system was calculated from the decrease of the activity of
the starting solution.
The mean values of the distribution coefficient 'on three
parallel experiments are
,shown in Fig. I of the Enclosure. With increase of the
concentration of stable
balt at essentially constant pH the distribution coefficient
is lowered to a mini-
mum. When the concentration of stable cobalt exceeds 0.6'102
mg-equiv./g of peat
I Card 1/3

,L 0002o-66
:ACCESSION N
R: AP5020311
itbe adsorption process practically ceases.
'ASSOCIATION: lone
,SUBMITTED: 19Feb65 ENCL:
No mr sov: 004 OTHER:
Card 2/3
Orig, art. has: 2 figures.
01 SUB CODE: NP# IS
002

IL ooo2g-66
~ACCESSION NR: APS020311
ENCLOSURE: 01
8-
Card d
r% 1. Distribution coefficient of
Co as a function of the concentra-
tion of inactive cobalt.
m
g-eqitjV/e

BAROI~-',H, V. V. ( CAnd. In Tech . S:!:'L . ) . VLAjjMj, I.
(Eng - ) qnc! HOBIELEV, V. V. ( -,!1,,Z. )
-- -- -1 ---------
"Magnetic 01-erative Memory Device with Decoder Employing a
Wound-Ribbon Magnetic Core"
a paper presented at the Conference on Methods of Development
of Soviet Mathematical
Machine-building and Instrument-Building, 12-17 March 1956.
Translation No. 596, 8 Oct 56

9(2) PHASE I BOOK EXPLOITATION SOV/3178
Bardizh,.V, V.
Voprosy impul'snogo, peremagnichivaniya. ferritovykb
serdechnikov (Problems
of Ferrite Core Switching by Pulse) Moscow, 1958. 20 p. 500
copies
printed.
Sponsoring Agency: Akademiya nauk SSSR. Institut tochnoy
mekhaniki I
vychislitellnoy tekhniki.
PURPOSE: This monograph is intended for specialists in
magnetic core circuit
elements.
COVERAGE: The author investieates ferrite 6~res used In
circuits of high-speed
computers where these cores are subjected to current pulses.
For his tests
he used ferrite cores of the VT-1, VT-2, VT-4 and K-28 types,
produced by
the Institut tochnoy mekhaniki I vychislitellnoy tekhniki,
Academy of Sciences,
USSR, and also cores of the S-1 type produced by General
Ceramics Corporation,
USA, and the D-2 type produced by Mullard, England. Pulse
duration was
4 microseconds in each case. Pulses of one polarity remained
unchanged and
maximum in amplitude; pulses of opposite polarity could be
changed in ampli-
tude from zero to maximum. The effect of geometrical
dimensions of the
Card 1/2

Problems of Ferrite (Cont.)
SOV/3178
.~o
cores on their parameters were investigated by changing the
ratio of d/D for
one type of core (d is the inner and D is the outer core
diameter). An
analysis of experimental curves of switching time as a
function of driving
field is given. Some ways to decrease the access time of
magnetic matrix
memory are discussed. Scientific worker B. N. Morozov
participated in the
work. There are six references: 4 Soviet and 2 English. There
is no Table
of Contents.
AVAILABLE: Library of CongTess (TK7835.B3)
Card 2/2 JP/1sb
3-f~-60

28(2) PIIASK I BOOK UPWITATION W7/;!675
14-cm. Dom muchno-t0hnicho0cy propopndy
In. F. 2. Norshin.koro
Tychiolitallmya ta~hnika I joys
prJoanonlyo (Ccaputation Tw-hAIq.a ..d
Its
APPlIcatim) Moscm, Godonarrolsdat, 1959.
391 p. (Urloot Cbshcha.tvo
po mop"mtranonlyu politicho.vikh I
vsuchrq~h snonly ALFSE) 5#000 cop,**
printed.
Ed. (Title p-g-)i S. A. L~bdav,
A-d-IcIang Ed. (Inalde, b-01 V.I.
5-01-7o,'1
Tech. Zd.. 0. 1. rAt,oyw.
PURPOSES This collection or articles in
intended for
old hn .1 personnel -Rated to -search,
d..Ir,. and ov.-L . r dl', to,
to' I.
And AU11log vocputers. It -y I.. be -ad
by students of -.. spociallaing
in costputers.
CCTM03t t7hs ~,utt~m prosent
fundasental. of digital QneVut4"v that,
.1-.tde
and -1 6 such AS aritb..tic unit.,
internal And 2-7 and .-tral
device '_ ' dir"s the possibility of
O.nstru,tiog .-Vt.ra -I.r .-t-
conductor .1-ot and consider the
fundiunactals In the theory Or Ize-ml
circuits. They al" discuss probleste of
proCramIng and "plain ths operation
of Analog coatputers and their ol-ts.
Brief d1sc,,solon, If natboostIcal
ivvt~.Mto is also pro a acted. Th*
articles vers, pro-onted At a cceputer
mi-
GALr rracC-d b3, II-skor.kly d-
asuchoo-tkh.1cb..k.7 pror..C.,47 I-at ?.
9.
Dsorabla:kIr (Xosow Cent4r for
Scientific and Toch.1cal Propaganda leent
'. D. Ds rabinakly) in 1q57. go
personalities arv w-ticool. References
appear at the And of
artigios.
snew,
K.11.1kuv _Y_A., Engineer. Control
Device. If IIIII.M.1 WiO-Po.d
The author dIsc-oo tho principle of
operation coaputer control do~1*9*
and d.scrlb.. the control pox.l. Be also
..plot" -thdo of cbeckInC
rfSmaw.. Them It I Soiet references.
puter p.
Candidate of Technical Sciences.
Operational Magnetic Moscry
'05
The author disenosox the primiplo of
"Ing atagnotla come with the
Mt"gul r hytereals loop for operational
zecory =it# And 4 .. rib..
votlwds o; starinC, madltg SM recording
inforsation. He . I.. d1-....
the Austria, nothod of connecting come
and explains the operation of
various -trLx circuito owh . those with
. dy-le his
t it with
-fluxor ' Mowry un a for oultidlet ~borv
a dis.-d.
Them ars 8 ref.-m-i 2 Soviet and 6
Engliah.
ratianal M_ ry Units Using Cathode-ray
Tube. 133
""'IT. the "ration or ~r7 unIts and
prosects A
$:oblo~
dl.graus If' _rr circuit. Be slic 4---
the
operation of ri- ty~`*' of tub.. -ad 1.
o'ecory circuit. and describes
a bm-rier-crid 't*mg* tul:' A d Its
Operation. The- ars, 2 raf."_..'
both Smi.t.
XqUa _.L~7 , Engineer. Operational Mowry
Unit Using Cap-ItIm and
E-I.. ~t' 156
.botthor discusses the principle or
Operation or -ry -it in
a - Lz tircu I
a:paciccr .:nd.:ov1_nd1=tar devices "
describes their mr to
8di use t mquiremanto of crystal divio.
and present. the
of ari-experivent conducted with a
moscry un-t usin, a DrTs-0 type dlo,le.
dl:;-gs probl rJJi--6I.r p-I of p-tloa
If . gonory
r. it
'.IhA y of using tra-lotor. In -7 air-
cu.1 mrr.-1 I S-I.L and 9 Mr.1i.h.
T;r!pki 1Et.- I D.,I.., If U.I,.r..l
High-sp-1 coaput." Ib*
Tl~i %W 11 -c.a.. Input ..d Output
d.,I,.* of hIgh-1-1
am d.acrlb.. "th&IB Of f0cd1flF.
infcreAtIon to conpaters arA ebtalning
calculated 11. 1.. rpl.tns the Operatic.
of the r--.1
cry .Th. m am I. raf.m.c.o.

28(2) SOV/30-50-4-13/51
AUTHOR: Bardizh, V. V., Candidate of Technical ScienCe3
TITLE; News in Brief (Kratkiye soobshcheniya) Exposition of
ana
Sjmposium on Electronic Computers (Vysta7ka i simpozium po
elektronnym vychislitelinym ma3hinam)
PERIODICAL: Vestnik Akademii nauk SSS R, 195.0, Nr 41 P 101
(USSR)
ABSTRACT: The exposition and symposium were held in London
between Novem-
ber 28th and Deoembbr 4thf'1958;- 41 English firms took part
therein.'Computers of various types as well as their parts
were
shown. For the coiistrudtion of the computers the English
firms
largely used semiconductor elements and ferrite nuclei. The
reports-hold at'the symposium mainly dealt with problems of
the
use of the"individual computers. The author of the'present
paper states that exposition and symposium gave evidence of
the
fact that at present much attention is paid in England to the
development and application of computing technique.
Card 1/1

PHASE I BOOK EXPLOITATION SOV/5550
Akademira Natic SSSR. Laboratoriya magnitnykh elementov.
Magnitnyye elementy; sbornik statey (Magnetic Elements;
Collection
of Articles) Moscow, 1960. 313 P. 700 copies printed.
Sponsoring Agency: Institut tochnoy mekhaniki i
vychislitellnoy
tek-hniki Akademii nauk SSSR.
No contributors mentioned.
PURPOSE: This collection of articles is intended for
specialists
concerned with digital computer technique.
COVERAGE: This collection of articles contains a part of
the
papers.isslied in 1956-1959 by the Laboratoriya magnitnykh
ele-
mentov Instituta tochnoy mekhaniki i vychislitellnoy
tekhniki
ALI SSSR (Laboratory of Magnetle Elements of the Institute
of
Precision Mechanics and Computing Technique, AS USSR). They
cover the following topics: polarity reversal of ferrite
cores;
static and pulse characteristics of ferrtte cores with a
rec-
Card 1/ 4

Magnetlo ElementB (Conlv-.)
SOV/5550
tangu'lar hy.%-teresfts loop and the. equipment used for
determining
them; the operation of push-pull shift registers using
ferrite
diode elements; eeveral types of storage devices; new
magnetic
components; transfluxors; and magnetic input drives. No per-
aonalitiea are mentioned. References accompany each article.
TABLE OF CONTEINTITS
Foreword 3
1. Kobelev, V. V, and I. I. Nadashkevich. Concerning the
Prob.-
lem. cf the "Self-Reversal' of Magnetic Polarity of Mn-Mg
and
Ni-Zn Ferriteo (1958) 6
2. RaLrdizh,._V.,V. Problems of Pulse Magnetic Polarity
Reversal
of Ferrite Cores (1958) 16
3. Bardizh, V. V., and V. V. Kobelev. Calculation of
Magnetic
Fci:L&ri ty-Reversal Curves of Ferrite Cores (1958) 33
Card 2/ 4

Magletic Elements (Cont.)
SOV/55_50
4. 13ardizhl V, V. Characteristics of Cores With Rectangular
Wstercals Loops (1957) 57
5. Vim", Yu. I E uIpment for the Investigation of Magnetic-
Core Properties ?1957) 75
6. Kobelev, V. V. 0scillographic Installation for Taking the
Hysteredn Loop of Small Ferrite Cores (1959) 96
7. Kobelev, V. V. Operational Stability of Magnetic Push-Pull
Shift Registers (1956) 115
8. Berezhnoy ', Ye. F. Operating RegLster on a Magnetostriction
Delay Une (1957) 130
9. Kobelev, V. V., and "Tu. I. Vizun. Magnetic Storage Device
With Prograrmning Control (1958) 163
Card 3/4

Magnetic Elemento (Ccnt.)
SOV/5550
10. Bardizh,, V.-V., Yu. 1. Vizun, and V, V. Kobelev. Magnetic
O~erating Storage Device With Decoders Made up of Tape
Core.3 (1956) 178
11. Berezhnoy, Ye. F. Magnetostriction Delay-Line Storage
Device With Intermediate Code Reading (1959) 202
12. Bachin, 0. V. Possibility of Using Transfluxors in Stor-
age and Input Drive Devices (1959) 239
13. 111zun, Yu. I. Inveetigation of Problems Related to the
Design of Magnetio. 1nDUt Drive Devices 274
AVAILABLE: L-',.brai-,r of Congress (TK7872.m4A35)
JP/dfk/jw
Card 4/4 9-12-61

PHASE I B007 EMC-17. %Trou SOV/4893
Taesoyuznoye aoveahchanlye po flzike,
1`11-ko-kht-Ichoaki. dvoyatys.
f*"Itov I flzlchedklm oanova. Vkh
;rlmenenlya. 3d, Minsk, 1959
Forrity; fIzIcheaklye I
f1zl6ro-IchimIcheskiye avoystv3. Do lady
(Pvrritea; Physical and PhyAlcOchecicil
Properties. Reports)
KLnsk, lzd-vo AN BSSR, 1960. 655 P. Errata
slip Inserted.
000 oples printed.
sponsoring Agencies: Nauchnyy sovet po
magret1z.u AN 33SR. Wei
filiki tverdogo tela I poluprovodnlkov AN
BSZH.
Editorial Boor;: Reap. Ed.: X. X. Sirota.
Academician of the
Aesde-7 o5 Sciences BMIR; X. P. BeloT.
Professor, Ye. 1. Kondor-
.1'I y, Pro.esaor; AL. M. Pollvanqv;
Professor- R. V. Telesnin, Pro-
rossor: G. A. Smolonalcly, Pmfessor; A. X.
Shol'to, Candidate or
Physical and Platheastical Sciences; E. A.
Smaly'arenko-, and
L. A. Basbklrov; Ed. of Publishing House-
S. Xholyavskly; Tech.
Ed. 1 1, VolokhanovIch.
MRPWlz 7hIS-60-ok"is intended for
physicists, Physical chemists,
radio electronics angInters, and technical
Per3O;rn*Iren9a9*d In
the Production and use of forromagnot-.c
material . t c,ay also
be used by students In advanced courses in
radio electronics,
PhYSIC5, and physical chemistry.
COVERAGE: The book contains reports
presented at the Third All-
Union Conference On PO"Ites held In Minsic,
Belorussian SSR.
The reports deal with magnetic
transformations, electrical and
galvan-9notle Properties Of Cerritos,
studies Of the growth
Or ferrite single crystals. proble=3 In t~*
Chemical "d pnyal-
coch*mlc&l &h"17318 Of f~rrltes, Studies or
forritee having
rsct&ntul" hysteresis loops and
"Itleo=ponent ferrite syste.0
zhIb1t1 a spontaneous rect-gularlty.
proble.3 In magnetic
:ttr2CtInO. highly CO*rci" for-rites,
cagnetle spectroscopy,
rsrrcmgnetlc resonance, magneto-optles,
Physical Pr-nciples of
:81!ng fsr-'It* COOPOnstita In electrical
circuits, anisotropy of
I
~trlcsl and magnetic properties. a". The
Committee an K&&-
notlam, AS USSR (S. V. Vonsovsitly,
Ch-'r=an) organized the con-
f0r9rce, References &cc*mWy indLvlA-2
sov/%893
rarrites (cont.)
Yu X., a. r. pirogov and G. p. LIsIt3Yn
Shamayev, ;sults of in Experi;.,tal study
or the
PAthod and R ad Reverse' of ~'affn*t iza-
DyruuxIc Characteristics or PU13
tion of Forrite2 and V. V. Kobelev. COSPU"t
ton of Curves Of
BardlIL-1-1- j its Cores
PlAgnetizAtiOn Of Perr tatic and
jonshiP Between 5
of perrites During Pulsed Reversal
Shamayev6 Yu. c'q. rIT3htIcR-*ls`t
Dyna.miC har& '~
or Kagnetiz&t'On pjvIgIna. The
Syrkin, L. W-, M. A. Shamovskaya, and G*
Illstions in
pulse Kethod Of S. dying ngnetostrictive 0 c
Ferritso 1. Kirovitakly. P-agnetic Analog
ruprlyftnov and D, S..th-orth
or the Dielectric Film Of
cam 13AS
VIU
ZP
409
423
437
441
451

BARDIZH V V.- BEREZHNOY, Ye.F.; MOKHEL', L.L.1
SMETANIVA, V.M.
2 14z.!J_
[Static and pulse characteristics of miniature
cores with
rectangular hysteresis loop]Staticheskie i
impullspye svoi-
stva mikroxaWkh serdechnikov s priamougollnoi
petlei giste-
rezisa. Moskva, ITM i VT AN SsSR, 1961. 60 p.
(MBIA 15:9)
(Cores (Electricity))
(Electronic calculating machines)

BARDIZHV V.V.
(Methods for measuring the static and impulro
properties of
ferrate cores with rectangular bysteresis loopsj
Statiche-
skie i impul'snye avoistia ferritovykh
sordechnikov s priamo-
ugollnoi petlei gisterezisa i sposoby ikh
i2merenii. Moskva,
In-t tochnoi mekhaniki i vychislitellnoi tekhniki.
Akad. nauk
SSSRI 19610 62 (KIRA 14:9)
(FerrateX (Cores(Electricity))

S/M/611000/000/00f/006
AUTHOR: Bardizh, V. V.
TITLE: Static and impulse properties of ferrite cores with a
rectangular h 5-
teresis loop and methods for their measurement.
SOURCE: Akademiya nauk SSSR. Institut tochnoy mekhaniki i
vychislite VnQY
tekhniki. Magni`~ayye elementy ustroystva vychislitel'noy
tekhnikij'
sbornik statey. Moscow, 1961, 3-30.
TEXT: The paper presents a theoretical analysis a:Rd reports the
results ofan
experimentatioa at the ITMiVT (Institute of Precision Mechanics
and Computer
Engineering), AS USSR, relative to the static and impl4se
(dynamic) properties of
ferrite cores having a rectangular hysteresis loop (RHL) and
their use in con-41puter
equipment. A core is regarded as a system of thin cylindrical
layers each 'of
which undergoes magnetic polarity reversal (MPR) and each of
which ~as its .'0Wn
hysteresis loop (HL). If each static HL has the shape of a
parallelogram with verti-
cal rises and descents, then it follows for the layerwise
polarity reversal of the
core that its resulting HL is also a parallelogram, but with
sides that are parallel
neither to the x- nor to the y-axis. The differential magnetic
permeability in the
"saturation" zone for the core has a somewhat higher value than
for the individual
Card 1/3

Static and impulse properties of ferrite ....
S/721/61/000/000.1001/006
layers, whereas the coercive force is somewhat lower for the.
core than for ihe
layer. These differences are small and may be disregarded in
practical calculaill.
tions. Fundamental static core properties of significance for
computer design:
Coercive force, residual induction, and the generalized static
rectanguiarity coeffi-
cient. The impulse properties of cores with RHL should be
determined -,vith refer-
ence to two types of application: (1) For memory-circuit cores;
(2) for switching-
circuit cores. In the first instance, breakdown pulses, both for
the '101i State and
for the "P state, with an amplitude slightly exceeding one-half
the arnplitude of the
read-out pulses, should be provided for. A single (sufficiently
prolonged) impulse
may be employed for the breakdown of each state of the core in
lieu of a series of
pulses. The idealized static HL of the core serves in the
construction of idealized
curves that characterize the relationship of the breakdown of the
"P and that of the
11011 state for varying current amplitude of the impulse program
intended for the in-
vestigation of memory-circuit cores. Relationships for
characteri~stic points of
these curves are provided. For the switching- circuit cores,
equations are provided
for the dependence of the useful signal of the " 111 and the
noise signal (during 11011
reading) on the amplitude of the readout field. It is shown
analytically that the
useful-signal curve differs from the polarity- reversal curve
only by a coefficient
of proportionality. The ferrite cores with RHL of the type VT
developed at the
Institute, having a coercive force from 0.15 to 4 6,can be
employed both in the
Card 2/3

'Static and impulse properties of ferrite ....
S/721/0'1/000/0001001',006
cores
switching and in the memory circuits of computers. The VT5
Iferrif, - re
suitable particularly for ferrite transistor cells, the VTZ for
ferrite diode eiqi~ients,
and the VTI, VT7, and VT6 for memory circuitry. Cores of the
type VTO', A ich
have an elevated coercive force (4 ~), can serve in magnetic
operative rnemo;y
equipment that work according to the principle of two coincident
currents wit, a
reversal time of 1 ji sec. If the reversal frequency is 1. mcps,
it is necessav"Y to
provide for the removal of the heat released within the corer,
as a result of loises.
There are 26 figures, 9 tables, and 5 references (4
Russian-language Soviet z~nd I
Engli sh- language: Roberts, R. W., Van Nice, R. J.,' Trans
AIEE, v. 74, pax~t I.
1955). The participation of T.A. Korotkova, A.'~T. Orlov, and V.
P. Tarabanto' in
the experimental part of this work is acknowledged. th
Y
Card 3/3

AUTHORS- Bardizh, V.V., Berezhnoy, Ye.F., Mokhell, L.L.,
Sraetanina,V1,,.%11.
TITLE: Static and impulse properties of micron cores with a
rectangular hys-
te res is I loop.
SOURCE: Akadenniya naul, SSSR. Institut tochnoy mckhanik-i i
vychislitle'lloy
tekhniki. Magnitnyye elementy ustroystv vychislitellnoy
tc1,hV_i11-i;1,'
sbornik statey. Moscow, 1961, 31-55.
TEXT: The paper describes the static and impulse ioperties of the
so-called
p
micron cores (MC), that is, small magnetic strip cores, made of 2-
10 4 thick- rplied
alloy having a rectangular hysteresis loop (RHL). Suc ~.,IC serve
primarily ii~
switching circuits, such as locrical elements, decoders~,irigger
circuits, etc.,", in
C, I
which the cores are subjected to magnetic reversal pul4es which
create magn'kic
fields that exceed the static coercive force by several titnes. MG
are more zq-4riper-
a~ture-stable and are magnetically more effective thanfe~rite
cores. The thin,4'nd
highly T-stable MG permit a more elevated ma~.dmal polarity-
reversal frequency
than ferrite cores. The paper reports experimental work performed
at the Ifr~k,~RVT
(institute of Precision Mechanics & Computer Engineering), AS
USSR, in the-,,,devel-
4ment of both manufacturing and measuring equipment for the making
and swdy of
Card 1/3

Static and impulse properties of micron cores ....
S/721/61/000/000/0~021~~6
MG having the following dimensions: Thickness 2, 3, 5, and 10 ~L
; strip width
1.Z5, 2.5, 5, 10, and 15 mm; IDiam 2.6, 3, 5, and 8 mm; number of
strip coills
10, 25, 50, and 100. The alloys 79HM (79NM), 79HMA (79NINIA),
34HICNel-ii
(34NKMP), and 50HII (50NP) developed by the Institute of
Precision Alloys of the
TsNI1ChM (Central Scientific Research Institute of Ferrous
Metallurgy) were em-
ployed. Cores made of the alloys 79NM and 79NMA exhibit similar
Static and im-
pulse parameters which, with 2-and 3- ~t thickaess, are fairly
good. A 5- [L thick
core exhibits substantial deviations from the RHL. 2- and 3- ~i
cores of 79NIVI have
the lowest value of the remagnetization constant (0.3 and 0.4 6.
~Lsec). Cores made
79NM strip 3 ~L thick operate with no appreciable changes in
output signal up to
600-700 kcps of the sequence of polarity- re ve r s al- current
impulses in fields ex-
ceedina 10 times the coercive force. For 2-~t strip the
respective frequency atta;ns
up to 800 kcps. Comparable irequency for ferrite cores: 300 kcps.
Optimal static
;!HL is exhibited by 34NKMP cores, with a mean rectangularity
coefficient ior 5- ji
strip cores: 0.96, 10- 4 strip cores: 0.98, in a maximal field
exceedina 5 times the
coercive force. The less favorable impulse properties of cores
made of the
34NKMP alloy and the 50NP alloy are discussed in detail. The use
oi MC made of
the alloys 79NM (or 79NMA) with a strip thickness of 3 ~L and
less is recommended
for remagnetization frequencies of several hundreds of kcps and
of the alloy
341\1YMP 5 and 10 4 thick for rernagnetization frequencies of the
order of .ens of
Card 2/3

Static and impulse properties of micron cores
P/7ZI/61/000/000/00~/006.
kcps. There are 46 figures, 7 tables, and 6 references ~3 Russian
langu
I German, and Z Engli sh- language). The participation ol a great
number of suvif
members of the Special Engineering Bureau of Compute r~
Engineering of the ItMiVT
is acknowledged.
Card 313

BAMIZH, V.V. (MoBkva)
knalysis of static and pulae parameters of ferrite
cores with
rectangular hysteresis loops. Avtom. i telem. 24
no.11:1551-
1564 N 163. (KM 16t12)

7'
L ;;20~L.62 (k)/EED-2/EWP(z)/E.~-,'F(b)/El','A(c)
-P -4/Pk-4 IJP(c) BB1MJ-W1JD1HW1GG1G3
q-V?f-4/Pg
:ACCESSION NR: AT5011608 U-R/0000/64/0001000/0299/0303
X-1-B L--L-- V.- f -754~I
,A
WHO ~e~.. -Jlo ~e--,
a lr~ V~- Smetanina, 4.
TITLE: Tape cores for the logical elements of digital computers
I&V
'!S011RCE- Vsesoyuznoye sovesbehanive no Masznltn~n elementan
avtomatiki, teleinakhan-
-liki, izmeritel'noy i vychislittllnov tekliniki. 7-vov, 1962.
Magnitnyye elcmeuty
iaVtc-'rntiki' telEmeRhaniki' i2meritel'noy i vychislitel'noy
tekhniki (MagLetic ele-
nents of autcmatic control, ren-lote control, mcasurement. and
co-mputer ongineoring
i c'
trud-, soveohchaniya. Kiev, Naukova dtm~ka, 1964, 299-303
!;TOPIC TAPS: tape core, logical element, digital computer eltment,
therm.0stable
core, -magnetic memory
ASSTRACT: A group of logical magneto-triode elements utiliziiig
core,, made of
Superthin tapes apd P15 and P601 triodes has been developed at the
institut tochnoy
nekbaniki i vychislitel'noy telhniki (Institute o~ Fine Mechanics and
Co-puter
:Technology%,). "ilhese logical elements operate at a irequency of
300 kcps in the -40
!to +60C tamperatuxe range. They permitt collector and base voltage
changes of
.�25% (Ye. F. Uere~--,hroy, V. G. Mlikhalev, L. 7L. Mokhel', V. 1.
Pereka-tov, Magnitnotr-
iiodnyye logicherkiye elementy s ispolzovaniyem serdechnikov iz
permalloyevoy lenty,
18 zmeritel'noy i vychislitel'nny
gainyye elementy avtornatiki, telemekhaniki, I

L 5203
AC&r.SSI9Rbf?P,: AT5011608
itekliniki, Trudy soveshchaniya, Kiev,'Raukova dumka, 1964, pp.
568-579). The pre-
sent work describes the production tecbnology in brief and gives the
basic char-
/
k.acteristics of cores used in the above -men t iuned elements. They
are made of
~,"791,14 alloy, and the tape. thickness is equal to .1W ; the
coercive force oi the alloy
'is approx. 0.15 Oe, the residual magnetism about 7000 Gauss, the
average value of
ithe Kfferential magnetic permeability is 690 Gauss/0e; the
generalized sLaLic
,rectangularity coefficient is 10 Oe, and the static rectangularity
coefficient is
i93%. The diameter of the core is 2 "".; tape width I =, number of
turns 10 or
;40; the cross section of the core with 10 turns is 3-10-4 cm2 with
an associated
:nagnetic flux of about 2 Maxwell; cores with 40 turns have a cross
section of:
;12-lj-4 cn2 with a flux of about 8 Maxwell. Orig. art. has: 5
figures and 1
itable.
ASSOCIATION: None
;SUMITIM: 29Sep64 ENCL: 00 SUB CUM: DP
REF SOV: 003 OTHM 000
C
Ord I

ACC NR, AT6002979 SOURCE CODE: UR/0000/65/000/0,',)Oi'0005/OOZ3
AUTHOR: Bardlzh, V. V.
ORG: none
TITLE: Magnetic storage devices ;~,7&
SOURCE: V 0 uzno e soveshchanive Po agpitnym elernentarn
avtomatiki I
~K ~chislltellnoy t1ekhniki. 9th-Yerevan, 1963. Magnitnyye
tsifrovyye elementy
(Magn~_ti-c-d_'ig*_it'al elements); doklady soveshchaniya. Moscow,
lzd-vo Nauka, 1965,
5-23
TOPIC TAGS: computer, computer storage, magnetic core
storage , infonmation stonage and retrieval
A13STRACT: Based on 1956-63 Soviet and 1955-63 Western published
sources, this
review covers the following topics: Ring ferrIte cores for
computer internal storagesi
(x, y-systern of coincident currents; z-aystem with random access;
higher-speed
storages with access times tinder 1(.isec; reduction of
consumption by miniaturiza-
tion of cores); Compound-shape ferrite cores (multihole
n-licromodules, transfluxor,
Card 1/2

ACC NR, AT60OZ979
diametric-hole core, biax core, microfer rite a) -. Ferroniagnetic
films (their
operation, characteristics, and designs). Most information is
("rawn froin US
sources. These conclusions are offered; JI) Ferrite-ring cores have
been uFled in
nearly all modern digital computers; (2) Compound ferrite cores,
partiCUlarly the
biax type, seem promising for the near future; (3) Nonvolatile
-zeadout ferro-
magnetic-film storage elements seem promising because of their very
short
transient time. Orig. art. has: 18 figures and 2 formulas.
SUB CODE: 09 SUBM DATE; 23Apr65 / ORIG REF: 016 / ir)Tli REF: 026
Card 2, / 2