SCIENTIFIC ABSTRACT ZVEREV, V.YU. - ZVYAGINA, R.A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R002203820016-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 1, 2001
• Sequence Number: 16
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

USSR UDC 8.74
DUVALYAN, A. V., ZVEREV, V. YU.
"A sequential Pattern Recognition Algorithd'
V sb. Avtomat. upr. i vvehisl. tekhn. (Automatic Control and Computer Engineer-
ing - collection of works), Vyp. 10, Moscow, 'Hashinostroyeniya Press, 1972,
pp 206-220 (from M-Kibernetika, No 9, Sep 72, Abstract No 9V674)
Translation: In statistical pattern recognition theory the methods of sequential
analysis permit us to create effective recognition algorithms. In this paper
a pattern recognition algorithm is proposed the attributes of which satisfy the
multidimensional normal probability distribution.
The algQrithm is basod on using the generalized sequential criterion of
the probability ratios. The algorithm is trained by means of the recurrent pro-
cedure of the method of stochastic approximation. The effectiveness of the
proposed algorithm is confirmted by experiinentB on a digital computer in the
recognition. of three types of cardiac disease by electrocardiograms.

Ref. Code: UR 0475
Ace. r
AM032DI-3-
PRI-MARY SOURCE: Vraq Delo, 1970, Nt 1, pp
'~~~~UMMARY
RESULTS OF SPECTRAL'ANALYSIS OF 'PHE BALLISTOCARDIOGRAm
IN, HEALTHY PERSONS
K- Zuereu . band: L X. Spfridonova (Gorky)
A
Spectral inilysis of the BCQ wis dont in 109 hcaltll~ persons (age: 20-47 years'/.
5 nq in younr
Two spectral types were seen. diwete and continous. thelatLer prcvlili
healthy subjects. Three main spectral forms have been singled out and analysed. Tile
continuous spectrum is most fre uently charact rized by irregular distribution of spectral
q
components whereas in the discr te they ire distributed rcg~tlarly in the normal bidlisto-
cirdiogram. The discrete spectrun of changed ballistocardi,ograms is characterized by a
marked level decrease of the f rst harmonic- average cardiac cycle. The appearance
of discrete BCG spectrum in the second half of life or in 6linically healthy persons but
with pathological BCG evidences development of inverse links in the cardio-vascular
M. Which
syste 31 is apparantly an adaptive mechanism and reflects complex proce4ses of
selfregulation and compensation.
1970014.5

2 008 UNCLASSIFIED PROCESSING DATE-160CT70
'-'CIRC ACCESSION NO-AP0114485
/-EXTRACT--(U) GP-0- ABSTRACT.
.-ABSTRACT RICE WAS GROWN ON A STR3NGLY
:_'.~~SALINE SOIL AND SOLONCHAKS WTHE DELTA OF THE TEREK RIVER. THE RICE
_PADDIES WEKE IR.RfGsATED WITH.28,000 M PRIME3 H SUB?.O-HA. OURING A YEAR,
THEAV. SALT CONTENT IN THE UPPER I, M HORIZON DECREASED FROM 1.23 TO
.6.78PERCENTP AND.OURING THE ZIND YEAR TO 0#60PERCENT. A SIMILAR DECREASE
AS OBSERVED IN THE SALT CONTENT.OF UNDERGROUND WATER OF THE UPPER WATER
_w
',.~~':~CA,RRYING HORIZON. THE RICE YIELD WAS 4.05 TONS 1A. FACILITY:
FILIAL YULHGIPROVOOKHOZ, PYATIGORSKf. USSR.
UNCLASSIFIED

USSR UDC 621.3185.6:621.314.6
KLYUSHIN, A. S., ZVERFVA, L. Ye.
"Test of the Devel6pment of Technolo*- for Production of Magnetic Fiald
Rectifiers"
Elektron. tekhnika. Nauchno-tekhn. sb. Elektron. SWO (Electronic Techrology.
Scientific-Technical Collection., Microwave Electronics), 1971, Issue 1,
pp 88-94 (from RZh--Elektronika i yeye primeneniye, No 5, May 1971, Abstract
No 5A152)
Translation: In order to decrease the level of the parasitic compornents of
the magnetic field at the axis of the magnetic system of Type 0 electronic
devices, a rectifier is used which consists of Permalloy and aluminum disks.
It is shown that the residual level of the transverse component at the axis
of the rectifier is deteimined, by the inclination of the Per-Malloy disks.
The technology is described which makes it possible to assemble amplifiers
with an inclination of the disks not more,than 1.5-10-3 radian with a 25-mm
diameter of the disks, which assures a magnitude of the transverse component
of the value of rVO.2 percent of the axial component. A. method for inspec-
tion of the magnitude of the transverse component at the systeir axis with
the aid of a Hall-effect device and an evaluation of measurement errors are
presented. 6 ~ref. Author's Abstract.

ussil
UD C 547.1'118'112
ARBUZOIt B. A. A 0.
A. 'HCHAGIN, A. ll~,
6R,3. A. ITjj5tjtj,,e o-, Ortr ty R Y A
Uzo. f. A "r d Phys-ical Cl ~:,.Rjr and
'I. :._
uz e4y of Sciences [E-R rY ---ni A. Ye.
-I-lialOPn-1--Lbio;cophospholenes',
C!E;Oowp Izves4-
--iYa A-kM-'=U I~auk SSSpO Sel:iya Kb
:P.P 24,P,,-1-2 r inAcheS%,-,Y;tq 110 11, NOV 71,
PhOl--l'= and illoir ziroportir-'s,
Of Ccl,%, t~j. ni
-L -.1, clJLOXille rum-' b-:-
c410=ld*S lie-le obtalned by -0=-n2 PbQrzhorus atcm. The
~,Qtj.orl C)f the
wRh P2S50 bromider, y Of
b the i 4-
adduct of P.
witFt A ltlj.xtu-r3 Of iz6aor,~ vith a. preporl-
'hir
P -zcd Ja CaSe, All thc~.PrOd'l-LS were co'r,-
ai
terls'-Cs ar ha.~
4,heir I: ICCI to pilysioc "Tical CI-1--ac
U. idu cLl~l contaAkned no signs o:C iso -ductz 1.
Ramman snec-ra ; e 1,t, Leric Pzl~ !R aLd
'ho ox-~ en-
and dr;.Z-Iv--k-ivcS- Of
thaIr d1polt, nolullt~, fjtv:~i i-Tied.
MW
--ft

USSR
UD1b 581A-036+581-13
=Z15ENKO, V. V---o and,ZJTaV :ftolo i e)
_K~,,Ap M. G.p Institute of Plant Phyr Mr M d
K. A. Timiryazevp Academy of Sc!~~s USSR, Moscow, 111stitute of Photosynthe-
sisj, Academy of Sciences USSR, ftshchino
"Comparative Study of Photoblosynthesis Modification In Two Chlorella Strains
In Which the Oellular Functions Were Disturbed by High Temparature"
Moscow, Fiziologiya Rassteniy, Vol 19, No 2, Kar/Apr 72 pp 229-238
Abstract"t Chlorella pyrenoidosa accumulated more stftLancea of a noncafoon
and nonprotain. nature with lipids predominating, when subjected to 360C
(control 260C) for 30 hr. The linid fraction constitutod 6QZ of the total
bionass, and its amount in a singie cell increased 13-fold * Somparison with
controls. The lipid fractlon in Chloxella, sp. subjected to 43 C (controll '16
C) was 4%, and in a sinsle cell it increase 7-;~old (Ittring identical time
interval. The acewnulation of bioi=z in both st-rains wafz- identical. Tho
concentration of polysaccharides and sucbxose in Chloralla pyrenoidosa during
the same period was 18.0 and 82,0% (control 674.6t 32*411,f)o re4;pbctively.
The eanie fractions for Chlorellar sp. amounted to 72,3 and 27.11 (control 96.0,
4.0%), resDectively. In both strains cell division itas blocked to some
extent bf high terapezecure. On the other hand# gigantic cells appeared in
Chlorella sp. These results showed that the potential mbility of cells of
rntheuL3 and to accumulate
different Chlorella straina to carry on photos)
1/2
80

USSR
SEMENTOI V. YE., and ZTEREVAOM.G.j Fiziologiya Hasteniyg Val 19, No 2, Mar/
Apr 72, pp 229-238
polyeaccharides or lipids under extxome cotditions is detezitined by the
strain genotype and not by the; specificity of onvi-rozuLental factors. The
sigiml which induces the synthesis of subst-wices is of intracellulax origin
and it comes at a time when the,rates of photosynthesis anti metabolism
differ because of the environment.,
2/2

USSR UDC 551-511
S
V., ROMIOVA, G. P. , SA140YIDIKO, A. V.
"Relationship Between the Transparency of the Atmospherc in Individual
ulation"
Regions of the USSR and Characteristics of Atmospheric Circ
Tr. Leningr. gidrometeorol. ir-ta (Works of the Leningrad Hydrometeara-
logical Institute), 1971, vip. 38, pp 150-162 (froz- RZh-Mekhanika, No 10,
Oct 71, Abstract No 1OB755)-
Translation: The authors compare conditions of atmospheric transparency
in different parts of baric formations on both terrestrial and altitude
weather maps in the western sector of the Arctic (Kheys, Uyedineniye and
Dikson Islands) and in the East Arctic (Chetyrekhstolbovaya and Dikson
Islands), and also at Voyeykovo, Verkhoyansk, Yakutsk and Turukhansk
stations.
In -winter in the vestern sector of the Arctic in anticyclones and
ridges, coefficients of transparency predominate vhich are greater than
the average monthly value, while in cyclones and depressions the coef-
ficients are less than the average monthly value. T-n anticyclones in
su-m-er, deviations of the coefficient of transparency from the average
1/3
WA
Jim Mi ~t-

USSR
ZVEREVA, S. V. et al, Tr. Leningr. gidrometearol-in vyp
-ta, 1971, 38,
PP 150-162
to either side are equally probable, while high values of the coefficient
of transparency predominate in cyclones. An explanation is given for this
distribution of the coefficient of transparency.
In Voyeykovo in anticyclones throughout the year, but especially in
summer, high transparency of the atmosphere predominates, while in cyclonic
circulation low transparency is the rule.,
In the East Arctic there is pronounced repeatability of anticyclonic
situations as compared with cyclonic, which is attributed to the proximity
of this region to the quasistationary central arctic cyclone, resulting
in very high values of the.coefficient of transpareacy (Vrangell Island).
In anticyclones of the East Arctic pronounced transparency of the
atmosphere predominates throughout the year even in the face of high
repeatability of low values of the coefficient of tr*ansparency, which is
due to condensation haze in the winter and.increased humidity in the
This is also seen in Eastern Siberia.
In cyclones of western trajectories in winter in the East Arctic,
increased transparency of the atmosphere predominate$, since such cyclones
are mostly already occluded, high and dry, whereas cyclones from the
2/3
37

USSR
ZVEREEVA, S. V. et al., Tr. Leningr. gidrometeorol.'in-ta, 1971, vyp. 38,
Pp 150-162
Aleutian minimum give low transparency of the atmosphere. In summer
.A- cyclones of the East Arctic and Eastern.Siberia,,increased transparency
of the atmosphere is usually observed, -~~hich is di
ue to the continental
origin of these cyclones.
No relation is detected between the transparency of the atmosphere
and forms of the baric field on the AT1700 map. Aninvestigation is made
of forms of the transparency of the atmosphere accompanying various forms
of atmospheric circulation according to V. Ya. Vangengeym. Bibliography
of 15 titles. Authors' abstract..

USSR
ZVEREVA, Yu. N.
"Arcs in a Projective I'lane of Translations of Order 911
Kombinator. Analiz. [Cumbinatorial Analysis Collection of Works], No 2,
Moscow, 1972, pp 99-102 (Translated from Referativnyy,2hurnal Kiberne-ti.ka,
No 6, 1973, Abstract No 6V346, by Ye. Gonin).
Translation: A plan is described for success ive listing of all arcs of a
finite projective plane with full usage of the possibilities of identity of
J
arcs by colineations in each stage. The results of such a linsting performed
by the author for a plane of ordeT 9 translaitions, are reported. Only. a few,
primarily full, arcs of this plane were'known ea-ilier.
amaul, -M&A
PH

iiSSR uDc 6in,.33.,ol4.4
EnW If. -Ye., Professor, DASIDWICH, V. P., and MLSTA, A. N.,
y':. Kiev Institute of Hematology and Blood TTansfusion'
Some Data from Studies of Blood Preseived with:TsOLIPK-13 Solution for Different
Periods of Storare"
'Moscow, Problerv Gematolo~llii i PerelivaniYa Kxovi, 110 3, lr~70.. pp 18-20
Abstract- A study was made of r.-m-pliolo',;ical and biochemical chnni.,,,es, serolo-iC_-1
perties and therapeutic effectivenovc- of blood preserved zit hi;,- -- lutio (1:1)
ro ;h di n
p
with TsOLIPK-13 solution. indices vieastwed included the ai.,,oumt of eryt'Arocytecz and
leukocytes, hemniLlobin, latent hemolysis, blood p1f renist-mr-ce of erythrocytes and
their morphological che_nJes, and blood irnor.:,,anic phosl_Yzionzs and vu6ar content.
%th d'
Tests were conducted on the daj the blooLl was taken, xnd then on every si
until the 30th day of presservation. TvOnty series of were comiuctvd,
and in all series the results -were siij;silar. Serological of blood
at 4-60C were invest-i--ated every fifth day, StudZr of er,,,-throc~te 1-~)-rpholog-
ical chanGes shoved that aLmost corq)letely lovc- the ability to form,
rouleauxon the sixth s-mm~;e day. Hoiiever, the firat qiherocytes appear only on
_&aift in the osmotic
the 18th day of storage, and on the 30t1a day comprise 18-2i-!~ , 14 U
resistance of ery-Uhro..-ytes in- blood preserved with c1tric Acid occ-z-_red, mainly,
112

DUDIW, N. Ye., et al., ProblenV Genatologii i Perelim-niya Krovi, 7,'0 3, 1970,
pp 18-20
because of Pdnijrj--l resistance. In all series of experit-ents, the rdni '.,,al resis'Mnce
decreased on an avcra~Se from 0-7 on the day the blood -waG t_akem to 0.65 on the 30th
day oll storaGr-. Traces of latent hemlysis were detected on the 13th d-ay of
storage, and by the 30th. day hemlysis did not eyceed 0.65-0-75~ Therc- wcre t-,,,3
exceptions w1here hernolysis on the 30th day waz higher than 1('~. . Blood m:1-,1.r content
gradually decreased during the 30 days of storage. During the first 15 days, this
decrease was -more intensive than in the latter da-yz. Analysis. of inor!~,-_Inic phos-
phorus cc-itent in the blood revealed a gradual 3-5-` 1d increase with the passa-e
lo
stor e -tire. Thl s was analogous to blood z.-tored with other, preserrat'Llc s
o
.L L
Result& of sarological investigations showed tha-z. erythrocytes containin- anti~;en
A lowered their aZglutination activity by the 'Wth day. The a.. rrlutimLbiiit~- 0'
erythrocytes containing agClutinogen B dropped much more sharply. A Si~:,n-"ficezit
decrease in agglutination activity was alco noted in eryt 1, -Ocytes coi taimir,~,
x
antigens M and N. Patien
ta of different ages and different medical proble,-s
r 2ceived bload transfusions of this preserved blood at vaxyin~,T intex-,rv. in
Is,
variouB ammints. The blood storaGe tim varied from 0, to, 35 dayo. A `hemcp -atic
e
effect was o1-,served in all patients. 7here vas an lmproveTnmt in the gencral con-
dition, increase in hemoglobin content and nwiiber of erythxocytev, and cessatim of
It wan especially effective in caSes of thin! and fourth degree trau-
NNE

USSR
GOL'DMW=, A.L., ZVERYAYEV YE. M. (Pbscow)
"The Stressed State of Unfast-ened Shells of Zero Cur~vature"
Moscow, Prikladnaya 114--tematika iMe-khanika, Y1 o21 1~irch4rrll 1971, I)p 1941-2 9k
2_05_
Abstract: An irriestigation is made of the stressed state of a thin elastic
shell of zero c=.-ature irith free edges. It is derived that tne conaltions
for the zero-moment state formulated by I.N. Vekua for shells of positive
curvature remain in force ulso for shells of zero curvature, if "he edges
of such a shell are nonasraptotic. It is sho~m that the stressed state and
the deformabilit-y of a shell increase greatly even in case of small
tions of zero-momcnt conditions. 5 figures,.2 bibliographic entries.
_~~l 4-1 TIM -11- -1 Im i I

04-1 UNCLASSIFIED: PROCESSING DATE--20NOV70
---.f:ITLE--Thbl,plAL SELF FCCUSSING OF RADIAT'10K, FROM A ~A-E-E RUN~ING LASER IN
-.K09 ANU ALP CRYSTALS -U-
-"AUTHOR- f 03 )-ZVERYEV G.M., LEVCHUK, YE.A., MALOUTIS-v E.K.
CUkTRY EF INFC--USSR
-.50URCE-ZhUi~NAL EKSPER IMENTAL INUY I TEORET,ir-HESKOY; F I ZI KI 1970, VOL 58,
N- PP -1490
1487
-DATE PUEL I SHED------7G
5-UI3-JFCT AREAS-PHYSKS
"TOPIC JAGS-LA5ER SELF FOCUSING EFFECT, LASER HAM, ANISOTROPY, Q SWITCHED
:PULSE LASER
MA F K I IN GN 0RESTRICTIONS
--.,-PRGAY kEEL/1-RAME-3002/0018 STEP
CIRC ACCESS ICN NO--AP0127668
UNC LASS I FIED

047 'S 70
UNCLASSIFIE0
.~'CIRC ACCESSICN NO--APO' 2766B
~p,E5_TRACTlEXTtRACT--!U) GP-0- I-'15STRACT. SELF F0C')S.S.t,Vr7 F F 1. A M E N T S P' 0 D LiC",-,
JN KDP,.Afi0 ACP CRYSTALS 3y THE fRADIATION F R C IM 11 L4SER ARE:
REPORTED. SELF FCCUSSIN-G 1S THE RESULT OF HEATING 0`f- THE ,iArERIAL BY
THE LASE~, JEAM. FILAVEINTARY OEFECTS ARE PROCUICEdONLY: 1XV,")ER THE ACTUDPI!
OF E POLARIZED LIGHT U-N THE SAMPLE. SELF !:CC0SSUtk'j AlvJ5f,;TRoPY IS
EVIDENTLY DUE, TO ANiscrKclpy OF DN'-DF- THE POSSIBULITY. OF OBSERVIN-G
THERMAL SELF FOCUSSING IN KDR AND Ar)P ",ATER.IALS wlDl A TABULAR VAujF
DN-DT SPALLER THAN 0 15 ASCRIBE-0 To N0'lNUNIFGR(4 PLILISEO HEAT ING. IN
RUNN ING' OPERATIO,,4 COND11JUNS, 'S"ELF FOCUSSING OF A Q
.-CONTRAST. WITH FREL
~SWI TCHLO, LASER RADIATION 15 OF ASTRICTIONAL NA rURE
UINC LASS IF IED

I i~ I tU: `eXLJ(-LNZ)LNb !)Alt--ZUNLJV(U
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T I T L I-E-A LC uL, C L Y S I S DO R U,, ") f h E 11 RE P ARA T I ONF1) N S Y. All-AETRIC DIL`~TERS til-
PhThALIC ACIO -LJ-
AWHOR-tcrl-~-KCNARU-VA, R,P., ZVESOkINA1 L V. IGNATOVA, ~G.N., GAISHKO,
U.:NlEV
CUNT RY: G. FJINFO-u5sR
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GURC&-~--~-Zh. PRIKU. KH I iLENINGRAO) 1.970, 3 5) ~1186-8
AJECT AREAS-CFEM ISTiY
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C N TR C LMAA~,ING--NO RESTRICTION.5
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-~`.-.PROXY REELIFRAMG-3GO411.943 STEP
C-IRC ACCESSIUN NG--AP0132204
ONCLASSEFIE
M Now,

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A-IICESSICN ili~~:--APGIK_`234
AJS TR AC. rf/ EXI'R ACT--( U st 6fl-Cli- A3 ST )k A C T mo "I A M Y L fli VTi tAL Al L I OR
~MONONL;NYL NIMALATF f I I R E F..S T 1-: Rl F I E 0WITH NCPiYL ALC. OR AMYL ALC'..'
~RESF`4v, III Ti-E PRESENCL '. F I . 0 11 E RC EN T 1-1 SU82 S,,) SIJ64 ( ON I i~f( I 1 6 A
GF ThE UNea-e 'N. GIESfEk SlJG', ED THAT. Al -E Oil I IMWI KEACT I ON
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E S T EP 1- UNCEEKGOES ALCCHUYSIS FASTER T F A fl .11 JE'CRil:A5llqG FHF FINAL
YIELDS.
U i% t I F I f a

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OkOCESSING DAF&-30OCT70
3
TULE-MILITARY POST GRAOUATE CUUR.SES ADVEATISED -U-,
~AVHOR-ZVEZ DA K.
0 UN T R YOF INFO-USSR
tOURCE-r-KGSCWsv KRASNAYA ZVEZDA, -RUSSIAN, 13 JANUARY 1910t p 4
bATE PU61_1 ISHEO--13JAN70
S,Ul 3JECTAREAS-BEHAV I ORAL ANO SOCIAL SCIENCES
Ily INStITUTEt ENTRANCE REQUIREHENTt
TAGS-Ml L I TARY SCHL,)L t M! LUT
ARIMED-TORCE LOGISTICS, POST GRAOUATEV EDUCATIONAL POLICY, GRAOUATE
NRULLMENT
STUDENT El
CONTROL MIARK I hG-NO RESTRICTIONS
.'~.~DOCUMENT CLASS-UNCLASSIFIED
":~PROXY REEL/FRAME-1987/1753 STEP NO-UR./90OPi/70/000/000/0004/0004
I -~' C 4 C C E I- s i cN IN 0 1 C it, 9 3 1
UNCLASSIHED

2/3 018 UNCLASSIFIED PROCESSING DATE--30OCT70
C. IRC ACCESSIC-N tdj--AN0l0-'*931
ABSTRACT/EXTRACT-1U) (;P-0- ABSTRACT. Tl-E MILITARY ORDER. OF LENIN
ACADEPY UF REAR SERVICES AND TRANSPORTATION (VOYENNAYA ORDENA LENINA
AKAfjEMIYA TYLA I TRANSPORTA) ANNOUNCES OPENINGS IN 1970 IN THE RESIDENT
'PO&T GRADUATE SCHOOL FOA OPERATIONAL TACTICAL A."40 MILIThRY ENGINEERING
SPECIALTIES ANNOUNCED VIA THE REAR SERVICE STAFF'S OF Tf-iE MILITARY
DISTRICTS. - THE POST GRADUATE SChOOL IS ACCEPTING OFFICERS UP TO 35
YEARS OF AGE (UP TO 38 YEARS FOR THE OPERATIONAL TACTICAL SPECIALTIES)
'WHO~HAVE A HIGHER EDUCATIONi, NOT LESS THAN 2 YEARS PRACTICAL WORK
EXPERIENCE IN THE SELECTED SPECIALTY AFTER GRADUATION FROM A HIGHER
EDUCATIONAL INSTITUTIGNv AND WHO HAVE MANIFE5TEQ AN ABILITY FOR
PEDAGOGICAL AND SCIENTIFIC WORK. APPLICATIONS FOR ACCEPTANCE INTO THE
POST GRACUATE SCHGGL ARE TO BE SUBMITTED THROUGH CHANNELS WITH A COPY OF
THE APPLICATION TO BE PRESENTEO DIRECTLY TO THE,zCHIEF OF THE ACADEMY.
UNIT "CHASTI) COMMANDERS AND CHIEFS;OF ESTAiILISHRENTS ARE TO SEND THE
PERSGNAL FILES AND APPLICATIONS:OF CANOICATES FOR THE POST GRADUATE
SCHOOL TOGETHER WITH THEIR CONCLUSIONS TO THE CHIEF OF THE ACADEMY NO
LATER THAN I MAY 1970. AT THE SAME TIME THE FOLLOWING IS TO BE
~SUBMITTEO; A CERTIFIEJ CCPY OF THE DIPLOMA FROM THE HIGHER EDUCATIONAL
INSTI-TUTIGN AND A TRANSCRIPT OF GRADES, A RECWiMENDArION FROM THE LAST
PLACE OF SERVICEt A PARTY PGLITICAL.APPRAISAL, A MEDICAL RECORD, A
STATEME14T ABOUT STATE OF HEALTH WITH AN INDICATION OF THE POSSIBILITY OF
-AT THE POST GRADUATE SCHOOL, A
COMPLETING THE COURSE GF INSTRUCTION
SERVICE RECORD, ANY SCHOLARLY WORKS OR REFERENCE PAPERS ON THE SELECT-ED
SPELIALTY9 AND A CERTlFIl__ATE ATTESTING THAT ENTRANCE EXAMINATIONS WERE-
PASSEDt IF TAKEN.

USSR 681.327
GORANSKIY B. P., ZVEZDIN, A. K
"A Memory Element"
USSR Author's Certificate No. '267119, Filed 12/03/69, Published 20107/70 (Tran,5-
.1ated from Referativriyy Zhurnal Avtomatika, Telemekhanika i Vychislitelljiaya
Tekhnika, No. 4, 1971, Abstract No. 4B348P from the resume) .
Translation: Memory elements QIE) for a magnetooptical memory unit consisting of
a transparent substrate with an applied transparent filift made of a ferromagneti-c
material with a cc-nuensation teriDerature crc) are well ILVIown. Iii order foi the wag-
tooptic memory with these elements to operate, it is necessary that their Tc
be similar to each other fluctuation from element to clement
-,y of m facture of the
ILS. RELYING ON CATA
06TAINEL) FROX'AN EXTLr4SIVE 1,11VES T ItiAT ION, OF TH-__ MOV COMMON PROFESSIONS,
Wf- ARE ABLE, WITH A CU,"151 DER It(.-)L k DEGREE OFIEXACI*N~:,,-41, 10 RECUMMEND 11.1
-PUPILS J08S THAT 6EST CoixlRESpUrqo TU THEIR PERSONALITY TYPE:3.
OF COURSE,
.1HIS. IS ONLY THE INITIAL STA~GE OF THIS WORK, 140RE~AESEARCH 15 NEEDED
DETEPJ4J;'-JE THE IMOST FAVURA6LE SPHERE CIF ACTIVITY''FOR ANY PER50t4o T H C
TELHNICAL REVULVION IS NOT bNLY CHANIGING THE N4JURE OF WJRK
-PERFORMED BY PRODUCTION WORKERSt BUT IT, 15~,ALSO DEElPLY AFFECTING THE
~,-ENTIRE SOCIAL ANO PROFESSIONAL STRUCTURE-01, THE SUVlET WrIETY.
UNCLASSIFIED

4/6 U 13 UNCLASSIFIED '.PROCESSZNG DATE-09OCT70
.'URG ACCESSION -NU-AN0105963
TRACT- THEREFORE, METHOUS ARE BEDNG UL-VELOPED ~~HICH WILL ENABLE
MAKE QUANTITATIVE ESTIMATES UF THESE CHANGES FOR THL NEXT FIVE
PERIO.D.AND.THE MORE REMOTEFUTURE (UP TO 2000)- IN 14HICH
DIRECTION -W.ILL THE: WORK STRUCTURE CHANGE? TAKING fNTO A~COUNT OUR
iENT IRE IPOPULATI ON (kITHOUT MILITARY PERSONNEL AND STUDENfS), IT HAS t3EEN
ESTABLISHED.THAT THE PROPORTION OF PEOPLE WORKING IN INDUSTRY INCREASED
iFRUM-22.6-PERCEm'T IN 1950 TO 29.5 PERCENT IN 1968. 1 FTHE PRESENT TREND
IS-.MAINTATNE0 (AND THIS IS THE PRE141SE OF ALL CALCULATIONS), INDUSTRY
WILL: EMPLOY :30.4 PERCENT OF THE POPULATION IN 19*10 AND 35-6 PERCE-N'T IN
Z0004: lh~AGRICULTUREs THE PICTURE IS:REVERSE: 45.4 PERCENf WEIRE
EMPLOYED IN 1950, 26.1 PERCENT IN 1968, APPROXIMNI-ELY 24 PERCENT WILL BE
IN:2000. EiRPLOYMENT 114 BUILDIN
UNEMPLOYED IN 1970, AND 11.4 PERCENT tG IS
PERSISTENTLY INCREASLNG; THIS_ PR0,CE5S_IS,.PR0C.E.S5, U SOMEWHAT SLOHER, IN
TRANSPORTATION. PARTICULARLY CHARACTERISTIC IS THE EMPLOYMENT GROWTH
SCIENCE AND SCIENTIFIC SERVICE WHERE 1.1 PERCE14T OF WORKING PEOPLE
_14ERE EMPLOYED IN 1950, 2.9 PERCENT. IN 1968, 3.2 PERCENT WILL '9F. EMPLOYED
IN FACT. JHE ACTUAL GROWTH IN
1(.~70, AND AL140ST 5 PERCENT IN 2000
1967-1969 ~WAS GREATER THAN THAT ESTIM4TEJ)m THE PROBLEM OF STUDYING
CHANGES IN THE NATURE OF WORK UNUER MODIERN.CIRCUMSTAN.C.'ES IS GAINING
GRIEAT~ SIGI
NIFICANCE. THE MORE WE UNDERSTAND TRE.ESSENCE Of THESE
THE SE.TTER WILL WE a Aa LE Jd. VE PROBLEMS OF.COMMUNIST
-SOL,
-BUILDING.,,
UNC LASS I F I ED

USSR UDc 621.7E2.C02
-A-
L*V.,--Z MIN D fLJDAY~,V, V. N.
Ni TO V)A
"Electron Lithography"
Tr. Kosh. in-ta elektron..aashinostr. (,-,~orklu Of Tbe Moscoi~ Institu'~e Of
Electrical _%IachineL 5- %
-luilding), 197C-,.No 9, pp e
31 (from M:Llektronika i y ye
Drimsneni~fe, No 2, Feb 72, Abstract:No 23~41`
Translaiion: 0he posEibility and methods are discussed of usins sn electron
bes= in the production o-I semiconductor devices. Res-.Ats,are co_-.~Dared which
are obtained ..ith tit-e aid of positive and negative, native and foreign photo-
resists based on oxide protective films, and also ...,ithou' -1,:e of photoresis~~s
(in this case orgenouilicon ccmpoands are ,'ieed~ as protectAve lrilms). I~wo
metnods are co-inared of obtaining an. electron image Ithe scanning .ceara and
Ahs microshadow meth3d+. Use of electron' diffraction examination Makes ilk. posAble
-to obtain on BiO2 a line with a width down- to 0.6 micrometer L
7 ill- 1 tab.
39:ref. K

JPAS 56073
-.3 May 1972
VDC 591,165.1,591.155.5
SPATIAL ORIENTAIMN OF RATS UNDER THE OF INCnLASCh CRAVII-Y
[Arricir b~- It. Avrnpet'vAntc, Ti04CCW.
RAVI -orl.nt th~Vsclv,,R in space mAJnlv t*rhr-locsstion (1). Press=-,
ably~ ddrius, ritkl.l. thle. .,;,Ii J.. J,,1 - I o- I I t- , ".111, t!,,- t--
ts."Al byst". f -C~I-rttivn to en-r~ rh~ !""Y rv.~Itson I a
&pace and with the accelerations caused by chit4v !n dirt--L,' .n and rpccd t!
b,
flight 12, 3]. 110weVer. no experimental data x~-zraila _c, cz 7e: C.; t1b's
szatter. One passible way of otudying it In tr ~ittrrntne the nature of
a
paulal analysis In echolocating anistale after x-harpr functlonal chanzes. in
t
beit attelt-ration system raiulting from axpo,-z, ta Lncreisaid gravity.
Chronic rxperJ.1VnL0 were Lnrr1q-d out am Vot.
oxypndthus and lr'6ipl ty .114
_E4 .1.,f ( ,r vity)
was. crnaLed ;Iall
by. t on. a, centrIfugxi w.4th 4 v4dlur of 2 Tri, Ilse arsittals:
were sit
-bject.d to alngl. or sorl,,x (of 4 ;W4~celtrotlvnl tn, t- air
tIonx -, head - pelvis (a.) or pelvis - head at intenalties oi '2.1
to 120 & Inatitig 15 or, 60 acconds. The zccc~ .14c, luttesup gradlerit,
(Og) wets I to e- g/oee while the dcclnratlv~ s;-!icnL -P 10 to I.' jj!40c.
The anirfils veto kept in form-fitting coptat"vs; Iss tht. cintrIfuge in. order
to prevent ladiAl accelarationa.
The effect of preceding hypargra~lry ca ~pAtlol &-Nalyilz as judgcd
from the ability to detect and overcc- obotkelc% Its, tllf! (,,n!i of tiott'! wl:cm
V! thr-hold(?) djametpr (0.11 to 0.14 mes) rt-,j; xertIcativ. Thi, distance
b t-woun thtim in the experimentu with N. 4iid P. pA!, ~Lrell- ..3
50 and 25 cm, respect v IF. T1,,, risti. of And
WC-1; (touching the witen) flight. 0--gli 0, 1-iiirv t-arv,d on in jn,jj-
cat or "f the state of spatial analysis. the xzitxh~ld v.1u.s. of. the .
diameter of tha wires (751 mignificanev) fssuf~ k-r e-h of the exper1rental
Imalfi were determined in control experiments and 1-fere each exro"urr
to accQ Ioration. The animals' reaction to hy74-,Xr4*tity wa-i ankiessed from
ih"air general condition and behavior as well as froso the coordination of
tr - USS11 - C1
:0.
:7

,wits, -,r,07 3
23 May 1972
4-'
00
rVATIAL MIERrATTON OF BATS, UhULK THE ZYFUENC-4 COF INCREAM GRAVITY
(Artie It by MORCCW
Dakladv AkRdemii, .4auk PSI%, A14a 1971
pp 7z:1-ML
Sary orient oemselve'a In space mainly k~y ec!zz;.Ocaticn 11). fte.
ablY durIP34, flightz thin teecharAgis &ust interatt clc-&+I,y both VI th the fulic-,
tionAl mystem of acceleration to an^Ure the p*tctpti~ of body position in
space and with tl~e accelerations eaun.d by Cb4-Alie jr- CEIT*rtion~and Speed Of
flight 12, 31, 11owtvar, no kkparimtnLal. d4im, a-* al,~*isiihle as yet on th a
matter. Ons.p-jesible we of studying it is tv Jeternint theinature of
'Y
tlak anA17#16 in'etholo"tinp onIwIs_aftt= &h4tjr functional changes in
apa.
their accal4raLion system reoultlog 60m_ezpc~" tu, 1-vervaied gravity.
Chronic exparimunto werat carried out cht tvmh--rc i1paclest Myotis
yngttu: and Pipiat-rallue piptAttellum. rncreas*4 rravity (hypargravity)
i
WE crM d by rotation on a centrifuge wLth a todius cl,2 m. The sininala
were *ubjecte.4 to single or sarlem (of 4 plngl~r) accaArailons in two direc- I
tJons) head.- polVio (00) or pelvis - head (11,~M)') - zz Intensities of 25
te. 120 lastibs.15 or 60 necoo4o, Thr Azce2&rA%Jcn i;ncrease gradient
kradivnt ~as 30 to 12 g/sec,
(as) woo S. to 6 S/Rec while the daclarstion r
The mitmals wero kept in form-fitting contAinerz In law centrifujiu, in order
to pravwit local accelaratinnu.
T119 effect of preceding IsypetSTAVIty On VrAtJA~ altAlyniS WaY, jUdged
from the ability to detect and Overcome obstaclvv, tc form of got'a wiceti
'N of thrQ%hold(?) diameter (0.11 to O.t4 mm) str,~-j; varttcally, The distance
betwuert them -in the experiments wttll Y.. ~u! nrtn..E~?~V,# Amt ?. Mirtstrellu" -as
50 and 25 cm, roap*ctivaly. The ratio W corr;;Z_t(vtc~G~Z Z;uchlog) a d
Y wrong (toughtng the wirqa) flighto throogh tha battler "rvod an in Indl-
(:star of the state ~f spatial analyals. The th-rctheld ~aluox of the
diameter of the wires (75X significance) foune by o4ch rot tba experimental
anim*la were dotomined In control expenwnto 4#zJ b*for4-. each exposure
to "Pa", 'D The a, 'a,
,.t - - - r .,:,Lee to hy7orpavity uAm 46seaced from
their,goneral condition and bahavior so well as frvim th,* coordination of
USSR C)
%

USSR UDC 611.84/.85.06-0.19
seum 0
Brain Evolution, Institute of the Brain USSRp
cal Sciences, Moscov.
"quantitative and Cytoarchitectonic Characteristics of Auditoi.7 and Visual
Formations in the Brain Stem of the Bat# Dolphinp and Kamp and. the Biological
Significance of the Analysors"
Leningrad, Arkhiv Anatomii Gistologii i Embriologii, Vol 60, no 4, Apr 71,
pp 50-62
Abstracti An extensive histological exanination uas perforned on a series of
frontal sections of the brain stem of the bat, dolphin, and ma to study the
development of auditory and v1sual pathways and subcortical centers. The
selection of the species was based on the fact;that bats,~alvayi3 rely on the
auditory sense, dolphins are guided by audition under water but by vision above
waterp and human beings use chiefly eyes for dLsacriminatidn (except for communi-
cation by speech, which represents a special case). Sivdficant d."Lfferences
wm observed in the cytoarchitecturs, the overall size of
any fornation
(geniculate bodies, colliculi, and other nucloi), and the~nunber of individual
elements (cells, fibers, and synapticconne*ctions) per unit, volune. The
findings indicatethat the leading or.dozLnant sense is dot-ermined by the mor-
phology of the visual and auditoxy structimes iii the brain stem.
A

Ace. Nr gg Abstracting Service'0'0 ,,,.,,,,Ref Code -
AW,048281 cHati
fW W CAL ABST. 6
to 046M Magnetic pro erties of cobalt tungstate.~
S-ko. E. M. iz.-Tekh. 1nst.:N.Aik&-h TeinAW4
A. L; Khat
kov. USSR). A-z. Trird7MW 1070, 12(l), 314-16jltisiy~.
The temp., dependence of mag~etk susceptibillty'of si~g6crystd
xop~-ai 4,n4-30*K in i rna4r,~-tic fir
Co tungstate and its aniwt
1d
of 5 We was studied by the Far-a7day rnethbd. I the.*Vhramag-
y, of the term
netic temp. re&n. anisotro; dependemce wa~
o,bsd. The main axes,of..th6 magnetic susceptibility t~!I~Dr, to
which1corrcspond extremum values of 'bfl* 'riented
SUSCeptz tt3r, are 0
in s'6
rehaive to the crysw~ axes of Co%VO*'.' u a. Ways tAiat thei
magnetic axis y coincides .with" the crysit. axii,b, and axo~s~'*~and z
am in the basis plane ac of the c6ital it an ingle of -4V~ to the
a d c. Above the Neel teinp., Tv. the texn~. d
am an eMidence
of susceptibility obeys the 06xii-Weiss law. ; Below Tii
I there
am also 3 extremum values of magmetic Susceptibility corte~pi6nd-
--ing to th z a nis indi~ b*
e y, and xes CateS that. COW04 1$ a I-
A~ Libaek
axial antiferromagnet.
YJ
REEL/FFAME
19792003

tractin~e Se RAE.~' Cadle
bs I rv e
A
CHEMICAL ABST. -5-/10 'Y e.
7v Antiferromagnotic resonance in Pingle cryaWs a!
/Mof~coo.Fj and Ala,_xNi2Ft qstems. P Zvva-
_Ug
inn. A. I- (Fiz.-Tekh- Inst. LNizkikh Temp., Kbarkoy,
f _9z. -7 -rerd. Tek 19VO, 1j(2), 92n ,Russ). Results'are given
of the investigation' of antiferromagnetic resonance ~ in single
crystals of mixed fluorides of Mn, Co, and IN-i ivith a large can-
carried out~at 4.'VK with a
tent of MnF2. Measurements were
radiospectrometer of submm t~ange. 1n mixed fluorides, even
w,
idi sufficiently large amt. of impurity (:9,207,0', a holizogeticaus
antiferronlagnetic resonance is obsd;, the freq'u'encv o- h de-
i,Mc
pends on the concn. of impufity.',.In terms of the ph~nameno-
logical theory, the shift in the resonance frequency from; its posi-
tion in pure MnF!, &pending.on the concn. of iniDurity, can be
qual. explained by the variation of the anisotropy and the ex-
change. energies, the 'Ist variation '.being the rn~)st importatit,
The curves are given of the dependence of the",resonance fre-
quency in mixed fluorides on impurity. conen. 'A. Libeackyj J

U S 21. UDC-:
MAGLN A. I. a-rid M. N., Phvj-zico--~Teelinical:lristitu.-e of Low TemN-retures
o e
-Icademy of Sciences, Kharkov (Fiz, iko-t ek-hrd chesUy institut niz-
kikh temperetur AN USSR, Khartkov),
I'Magnetic Properties of Cobalt Tungatenate"
Leningrad, Fizika T-verdogo Tela, Vol 12, No 1, January 1970, pp 314-16
-he temperature behavior o-~ the ma~;netic misceptibiliV
Abstract: The authors study t
of cobalt turngstenate single cry-utals and its anisotropy in the 4.2-300K Lntorval
in a H- 5 kev magnetlic field u.-ing the Faraday method. Sp~-,cinxn t',ei,~,,perat~urus were
raeasured by a gem-
-niw-, resistance thermometer Ji-i the 4. ',~-50 K range and ivith a
copper thermocouple above 300K. A graph is given fo r the temr.,~ratmro varlation of
the ex1tremal mignetic susceptibility of cotalt turv,,at-onate. The rewul'U3 ahc-w that
coba-It tungstonate is a bia-xial antif erromagnet Ie. The main soarce of anizot.ropy,
comparLag C6,704, i--=- orplUe ZnI.Y and UIVOI , is 3ingle-ioxi cryst.,-Olographic aniso-
troFf. Tha f act that the main &4s of the censor for the; magnetic suscept ility
of Ce"10 coincide with the xxes of t.';e loca ci7,stal fiel'd and.rot with the cry-
4
ograph.
stall -Lc axes of coba-It tungatenate validates the above conclusion.

USSR UDC 57-083.1
NIKITIN, Ye. Ye.; ZY-QGIN-.---Is V.-
Moscow, Zamorazhivani7e .!fZsushivaniXe Bioloaicheskilth Pre-oara-
toV (Freezing and Drying of Biological "Prep,arations), 41KOlos",
=971, 344 PP
Translation: Annotation: Data on the utilization of lo,,,- te-zmer-
atures and drying to preserve formed elements and blood plasma,
immune and diagnostic sera, bone,marrow, animal tissue and cell
cultures, bacteria, viruses and bacteriophagbe, and live and
inactivated vaccines are collated and analyzed in thizi book.
st
Along with the theoretical 'principles oi. babilization of bio
Iogical preparations, and certain problems on the nature of'
anabiosis of microorganismsj~practical reco,,w..endations on lyo-
philization. of different biopreparations are presented in the
monograph,
The book may serve as a useful manual for scientists hema-
tologists, microbiologistsj virologistsp immunologists, medical
and.veterinary physicians in diagnostic and balateriological
l/CI
110
- - ---------

USSR
IIIKITIN, Ye. Yo., et al, Zamorazhivaniye i Yysusliivani-ye Bio-
logicheskikh Preparatov, 'bolos, E971-,3 Tzpl)
M
laboratories, techniciRns wk~rking in the biological industry,
and students at biological, medical, and veterinary schools of
higher education and faculties.
Table of Contents Page
Introduation 3
CHAPTER 1. Concept of Anabiosis of Microorganisms
CHAPTER 2. Principles of Freezing Biological Prepara-
tions 17
General Problems 17
Effect. of, Low Temneratures on Biological Preparations
Protective I-Tedia During Freezing of Biological Pro-
parations 31
2/8

USSR
NIKITIN, Ye . Ye., et al Zamorazhivani, Bio-
logicheskikh Preparatov, "Kolos, 1971,, 31 pp
CHAPTER 3. Practical Utilization.of Cold in Biblo6-y 38
Freezing of Erythrocytes
38
-Preezing of Blood Plasma and Ser
ut k3
Freezing of Immune and Diagnostic:Sera 45
Freezing of Animal Tissues and Cellular Cultures 45
Freezing of Bone Marrow 50
Freezing of Leukocytes
.53
Freezing of Thrombocytes 51~
-Freezing of Bacteria 56

Preez
ing of Yeasts
61
Freezing of Pathogenic Protozoa.
62
Freezing of Virus-Containing.Preparations 65
3/8

USSR
NII&ITIN, Ye. Ye., et al, Zt?morazhivaniye i Vysushivaniye Bio-
logicheskikh Preparatoy, .7