SCIENTIFIC ABSTRACT POPLAVKO, YU. M. - POPOV, A. S.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R002202510018-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 99
• Document Creation Date: November 2, 2016
• Document Release Date: August 9, 2001
• Sequence Number: 18
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

USSR uDc: 621-372.85
NEIMASOV, M. M. , BERNSHTEYN, E. A., POPLAVkO,-Yu. M., RUDkACBETIKO, N. K.,
-YAZYTSKIY,.B. Ya.
ft
Investigation of the Effect of Temperature Self-Stabilization in the SHF
Band!'
Elektron. tekhnika. Nauchno-tekhn. sb. Hadiodetali (Electronic Technology.
Scientific.and Technical Collection. Radio,Components), 1970, v-jp. 1(18),
pp 47-50 (from RM-~Radi6tekhnika, No 11, Nov 70, Abstract No 11B152)
Translation: The authors discuss the effect of temperature self-stabili-
zation which is observed in some farroelect,ric crystals. Strong dielectric
dispersion which occasions considerable losses in the ferroelectric phase
results in the establ-tshment of the SUF temperature self-atabilization mode.
These losses lead to intensive beat release and beating of the ferroelectric
by a SHF field past the Curie point. -The results of an experimental study
of ferroelectrics in strong SHYfields areZiven. Experilraental. relationships
are given for the coefficient of losses in,ferr electricd~as a f)mction of
0
temperature, as well as relationships for the dielectric constant and through
'paver as functions of the suppressed paverIn the SHP range for a polycry5tal
specimen of barium titanate witb, impurities. The experinent vas carried out
on a.frequency of 10 GHz. Four illustrations,,bibliography of mine titles.
V. S.

PROCES~ I NG
2/ 2 031 UNCLASSIFIEO
:-Z-1RC-ACCESSION NO--AP0054934
f.,A_BSTRACT/EXTRACT--(U) GP-0- ABSTRACT. PEROVSKITE CERAMICS WERE
I NVE ST I G AT E 00F THE COMPN. RATIO SU63t BASN SU30-05 T1 SU30.95 0 SU33v
MODIFICATIONS OF THE CERAMICS TSTC.,(RHOMBO HEDRAL TETPAGOIN-AL
ZIPCONATE), AND THE CERAMIC PB SUBO.6 BA SU80.4 NB SUB2 0
U66-41-TH JHE STRUCTURE OF TETRAGONAL K-W.13RONZE. MEASUREMENTS OF THE
EPSILON WERE' CARRIED-.OUT AT7'1 KHZ. AN 27 GHL IN WEAK
`of-ft EC CONST
4' -7FIELDS-0 MICROWAVE MEASUREMENT,W-ERE CARAlED OUT BY THE WAVE RESONANCE
4METHOD,
UNCLASSIFIED

seihic6ndtic rs
C27S.
USSR UDC 621.315.592
S.' Siberian Phys! otechnical -Tnstitute:imeni V. D.
__LQP~LP~VINOY A.
Kuznetsov at Tomsk State University
I III VI
"Kinetic Phencmena in Semiconductor Compounds of the A B C~ Type
With a Chalcopyrite Lattice"
Tomsk, Izvestiva Vysshikh Vchebnykh Zavedeniy, Fizika, No. 7, 1972,
pp, 46-51
Abstract: A 'Lour-ellipsoid model of the'vertices of the valence zone
proposed previously for certain semiconductor compounds ofthe
I III VI
A B C2 ty d' cussed. Such compounds are anal6gs of binary semi-
conductors A B and have many interesting features that have attracted
attention. Until this time there has not been an explanation of the
absence in these compourds of a correlation between the average atomic
number and the width of the forbidden zone.E that is ccmmon for
9
~Iii V Ii IV V
A B binary semiconductors and A B C2 trinary compcunds. Berger and
Petrov have noted that this can be caused by-the complex st-~ucture of the
zone boundaries of these compounds, but.their measureitients of the basic
1/2
M
aw
EM, It I mummun MMM

USSR
POPLAVNOY, A. S., Izvestiya Vysshikh Uchebnykh Zavedeniy, Fizika,
No. 7, 1972, DP 46-51
absorption boundary presented a fairly~complex picture which could not
describe the exponential or power dependence on, (fiw - E ). The aniso-
9
tropy of galvanomag,,netic and thermomagnetic effects is investigated
under -the assumDtion of an arisotropic.relaxation time and the presence
of a single scattering mechanism. 7be kinetic coefl'Icients are calcu-
lated for the case in which the four-ellipsold zone diagratr, is characteristic
of.the chalcopyrite-structure:. Expressions are given for the conduc-
tivity tensor and the anisot-ropy of kinetic eff ects in longitudinal
and.transverse magnetic fielda..
/2

7
~!:212. 027 UNCLASSIFIED PROCESSLING DATE-20NOV70
CIRC ACCESSION NO--APOL12723
.~ASSTRACT/EEXTRACT--(U) GP-0- ABSTRACT. IN SUMMARY? THE CALCULATIONS Of
6ANO STRUCTURE PARAMETERS AND TFE':COMPARISON WITH THE EXPERIMENTAL
~'_-_D&TA- HA VE ShOOWN THAT I N THE COMPOUNDS -OF THE ~A PRIMEZ & PRIME4 C PRIME5
TYPE A COMPLICATED CONDUCTION BAND STRUCTURE EXISTS (FOR EXAMPLE,
ZNGEP SU62, ZNSIAS SU132y CDSLP SUB2). LN PAPER (37~ THE INFLUENCE OF
.C THI S STRUCTUREZN THE PHYSICAL PROPERTIE5.HAS BEEN ALREADY DISCUSSED.
CALCULAT[CNS HAVE SHOW' THAT IN~ALL COMPOUNDS THE TOP DF THE VALENCE
JHE
A -T SUB4 REPRESENTATION (LIGHT OLESI. HOWEVERf
3~AN C CG,RRESPCNU-S, TO"THE H
N.THE CASES nHEN DELTA SUBER IS.SMALL:THIS,RESULT CANNOT,8E CONSIOCRED
-AS -R a
-UNARSIGUCiUS, AND T SUa5 (HEAVY HOLES) CAN LIE HIGHF-, THAN T SU 4,
wHICH IS:JUST OBSERVED IN A NUMBER OF EXPERIMENTS. THE comPLICATED
STRUCTURE AND A VARIETY OF. ITS:PARAM8TERS PERMITJO THINK THAT THE
PROVE TO BE
JERNARY A PRIME2 B PRIME4 C PRIME5 SU82,COMP UNDS It ILL
,.~.,,'SUITABLE MATERIALS FOR CREATING NEW EMICONUUCT
S OR DEVICES ~WITIH A WIDE
"RANGE *.OF PROPERTIES. IT IS,HOPED THAT THE RESULTS'G-IVEN IN THIS WORK
~WILL~AID~IN A BETTER UNOL:kSTANDINGIOF EXPER114ENTS AND WILL HELP TO
CLEARLY PCSSIBLE DIRECTIONS OF FURTHER INVESTIGATIONS.
A. F. 1OFFE PHYSICO-TECHNICAL i:INSTITUTEr::ACAoEMY OF SCIENCES
LENINGRAD. V. 0. KUZNETSOV SIBERIAN
FAC.1 L I TYt:
PHY-SICU-JECI-NICAL INSTITUTE, TQMSK..~,

u Dr, 539-1-01
Siberian
yu* and~C"ALDYSHO,
'USSR hed to Tomsk
POLYGALOV, z sov attac
nst,tute imani V. D. Ku net
C i tee c!; 5c ftal
cc
YS c
Y's. ite Lattice,
:State University
ture of Semiconductors- with Chal copyr CdSi'Ls2
ZnSnAs2s CdGe?29
s. rdGeAS29
"Energ Band Struc ZnGeA 2t 1970,
CdSnP2t z
LS02, -- Fi ikaj No 7,
edeniy
Zav
-Izvestiya VYsshikh Uchebnykh
TO sk
Ms
17-22 s develoPed a pseudopoten
pp les by the author e Of semiconductors with
Previous artic Ompounds Of the
-Abstract lculating the band struct ar r 5OVIe c
and gave calculations f0
method-for ca
ent article calculates the band structure 0
a chalcopyrite lattice f a
2 SnF ZnGeAsz,
A11 1VCVo viz., Zn 20
ty e A. BIVCV, The pres
neW lculations. are per-
group of compounds of te type B; 2-
The ca
CdGeF2* CdSiA52'
CdSn CdGeAS29 q Tj
ZnSnA521 P2, symmetric Brillouin zOne points r
-for t the most imPOrtant
med a
1/2

"niuw1d i ~T- I

-7 77
~'7- -'.,77:
USSR UDC 612.8213.5
BUTUX, Ya - M VIYEVS'KIY,_M. A. , KROW LAL'~ S. S., ~LAKAROVik, Z. 0. ,
I. P., of r5allologic"i
KA and SLOVODYANYUK, C air
TIKIFOROWN,
t
-Physiolog Vinni sa Medical institute
y
11FU ferent Sections of the Brain to Extreme Stinuli"
nctional Response of Dif
Kiev, Fiziologicheskiy Zhurnal, No 5, 1972, 644-653
Abstract: Experiments on cats and rabbits showed that electrical activity
of the cortex and subcortex, respiration, and arterial pressure are dependent
on the original and present functional state of the nervous systen. The
effects of prolonged compression of soft tissues, increased intracranial
resstire, alcoholic in toxi cation, asphyxia,: blood loss, and various forms of
P
hypertension were studied. Functional shifts were induced by preliminary
injection of amnhetam-Lne sulfate or chlorpromaine, electrocoagulation of
he anterior hypothalamus, and den
t ervation,of the sinacarotid and aortic
vascula.- zones. Alang with generalized and,phasic reactions of electricil
~ical-su';Icorcic--J- dissociations occurred with si~-ns of induct-4an
activity, Cort
of the adjacent regjont;. A stress, rhythm appeared quite often in the difni-
cephalon and brairstem. The ouset and Course of the experimental patholo~,Y
,ind accompanying electrical activity were depondent on hoth Clip ori.Einal Lind
1/2
58

I ' i :2 i7 I I lill. :III -, .11 1..,1 ;l
~ I w 1 1; .. : : ;! .1

-2/2 018 UNCLASSIFIED PROCESSING 'DATE---271k4OV70
-.,-CIRC- ACCESSION NO--AP0129089
-STRACT/EXTPACT--(U) GP-0- ABSTPACT. A01:STILLATE (B. 244-340DEGREGS,
AB
.-CONGEALIN6 AT PLUS 4DEGREES, AND, 27.68PERCENT YIELD OF COIMPLEX FOROERS
WITH UREA) WAS OBTAINED FkOM A COM& UNIT 01STG. OZEK SUATSK CRUDE OIL.
IT WAS-DEPARAFFINATED WITH RECRYSTD. AND SPENT UREA BY USPIG 4 WT.
ETOH AS ACTIVATOR. SOLVENT, NAPHTHA (B. 80-1200EMEES) (100 VOL.
--.PERCENT) WAS.USFD TO OIL. THE CHARGE. THE TEMP. OF TREATMENT VARIE0
FROM NEGATIVE. 8 TO NEGATIVE 19DEGREES. AFTER MIXING FOR 30 MIN, THE
:COMPLEX WAS'VACUUM FILTEREDo WASHFD:FREE FROM OIL WITTi NAPHTHA, DRIED,
'AND THEN DECOMPO. BY ETCH AT 7U"50EGREES-~, THE.UlkEA DISSOLVED IN THE
ETOH AND PECRYSTD. WHEN THE SOLN. WAS COOLFo', 'rijE.PARAFFINS COLLECTED
.~ONJHE* SURFACE WERE WASHED WITH H 'SUB?- Or' 'DRIEDv: ANJ
r;ANALYIED,, THE
F.ILTRATE CONTGo THE DEPAkAFFINATED FUEL WAS WASHED.WITH H SUB2 0 TO
RESIDUAL UREA AND ETOH. WITH MUL'TIPLE USE (t-5) OF THE. SAME
UREA, THE YIELD OF DEPARAFFINATEO 'FUEL INCUASED FROM 72 87PERCENT,
THE YIELD OF PARAFFINS DECREASED,F.ROM 27 TO 8PERCENT:(M. 22-5DEGREES)t
-,AND THEJEMP. OF TREATMENT WAS NEGATIVE :19 TO NEGATIVE 8DEGREES. WHEN
THE UqEA -14AS RECRYSTO.y TH.E Y[FLU OF FUEL WAS 66PERCENT,, THAT OF
-INS WAS 27PERCENT (M. -ES) THE TEMP. OF: TREATMENT WAS
_~PARAFF 23DEGRE
-A~ 19DEGREES. A METHOD OP OETG~*, THE. ACTtvvry OF THE UREA FOR
NEGATI'VE
COMPLEX FURMA710N.WAS DEVELOPED, GASPO ON HEASUREIMENr OF THE HEAT OF
~-COMPLE c -) S. ii .
X FORMATION DURING 0 PARAFF [NAT tOt,4: U,t*10ER STO,.~:C NDITIIN T F
HEAT OF FORMATION INCREASED WITH -INCREASED ACTI VITYr OF YHE UREA.
FACILITY: GOZH. NEFT. INST., GORZNYI USSR.

USSR UDC 546.74,77:62o.132.2
KIRIYEIM.0 V. I. POPLAVS AYA., E. E. and POTAPOV L. P. Institute of the
Science of Metals andlPhysics, of Me t a 1s of the:Central Institute.of Ferrous
-Netallurgy ijmni I., P. Bardin
"Effect of Alloying Element's on Ordering in Nickel-Molybdenum Alloys"
Sverdlovsk, Fizik-- Metallov i Metallovedeniye,'V01 33, No 6, Jun 72, pp 1260-1266
Abstract: A study was made of the effect of 2..09-2-39 at.cr4 V on the ordering
chanism in nickel alloys with 1-19 at.% Mo and on the character of the effect
e
m
of i.-34 at.% Ica. The results are analyzed on.the basis of hardness evaluations,
roentgenographic investigations,, and d-irect observation of the atomic strictures
OfLalloys by autoionization miecoscopy. The introduction of V vroduced a stronf-
retECrdation of ~isothermic transformations, most strongly expressed at 8000C.
Alloying with V and Nb widens the domain of the (C'C+Ni Vo) diagrapi of state
n6riyw, the N'010 tranlr7nation ter-=,erature.
into- the law-temTerature side, chat
Hypotheses are su gested for a probable retardation mechanism of tramrfornatior,
9
processes. Four figim-es, eight bibliographia.references.

-'Acc. Nr. Abstradting:Seivice: Ref. Code
0041Ml- CHEMICAL. ABST 0
89995k Products of the reaction of &-chloro-&4sonitrb8Gace_.
Kurmanipalieva,
rtone with aromatic amines. AzerbaeV,.l. N.,
Nauk, Alpla-ma.
Uius~)- 'TiLe reac-
tj
M
tion -of MeCOCCI 6.N'OH (I). ivith- RXHi (R Ls -3 CCs'O,, 2,4-
Me:CX3, 2~3-Ale.
C6H4, 2'MeC611j, MOCsH4,.or. 3-H%XQ6H0 in the pregerice of
'NEt3 gave 'MeCOC(:NOH)NHR 111).' Similarlv. treating I
with a-aminopyridine - i6' py)ridine. soln. gave -10-1j,%o C,-(2-
7ridylamino~a-isonitrosoitee~6ne (III). -The reaction of 11
P3
with NH%OH gave l4eC(-;NOH)C(: NOR)NliR (IV); IV (R -
_MeC(:lNOH)C(:NOH)Cl
4-ClCsH4) was prepd.' by. treating:
with 4-ClC4H4_NHa in, the presence of NTEt4; IN does not react
with NH20H. CPJR~"J
REEL/FRAME
19751389

USSR7 UDC 669.295.015.3:543.42
DOTSMO, S. N., POPLAVSKAYA, K. A., SEMNOVA; G. N., and KIWDYAKOVA, T. N.
"S ctrographic Testing of Impurities in Pigmented, Modified Titanium
P~
Dioxide"
MbscmT, Metallurgiya i Khimiya Titana (Institut Titana), Metallurgiya
Pdblishing House, Vol 6, 1970, pp 165-169
Translation: A method is developed for spectrographic testing of silicon,
aluminum, zirconium, and iron in pigmented titanium dioxide modified by
the.*"wet method." The spectra were photographed using an ISP-28 quartz
ectrograph of average dispersion., The possibility of using production
sp
calibrating devices made of pigmented titanium dioxide, on the surface of
which'supplements of aluminum, silicon, andlzirconium. have been applied
b~:the "wet method," and artificial calibrating devices in a spark and
arc-state is studied. The results received provide evidence that the
spark.state gives better reproducibility-of results and two-fold less
wrorIn analysi6 than the arc state. The,method ensures testing from
'a, 0.67-E57% Al. 0,28-Oi542 Si, and 0,30-1.52% (bv
010076 to 0.018% E
mass) Zr. Four illustrations, three tables! and 19 bibliographic entries.
1/1-

USSR UDC 632.95
AREN, A. K. FAL'KENSHTEYN, B. Yu., ZELMEN, V. IT., YEGOROVIA, L. V., OZOLIN,
R. R., POPLAVSKAYA. N,.~.. and SHOPRO, E.-A., Ins tlYiYE-e-o-f -O-r-ganic Synthesis,
Latvian SSR
-"Method of Preparing 2-(a-phenyl-cL-p-fluorophenylacetyl)-1,3-ind~indione"
USSR Authors' Certificate No 263586, filed 14 Nov 67, published 4 Jun 70
(from M-Khiiaiya, No 1, 10 Jan 71, Abstract.No lN531P)
Translation: A mixture of 4.5 g metallic Na is heated at 130-140* in 50 m!
anhydrous Mille, 45 ml anhydrous 'IeOll is then added dropwise to the mixture.
The mass is heated on an oil. bath for 1-1.5 hr with intensive stirring,
evaporated, and the residue cooled to 80* and treated with 3.50 ml anhydrous
C6H(., and 20 g dimethyl phthalate. A mixture of 11.25 g freshly prepared
phenyl-f luoropheny lace ton e in 50 ml anhydrous C6116 is ad&d dropuise over
the space of I hr to tlie reaction mass, with a 50 ml mixture of C6115 and
HeOll distilled off at the same time. Then once more a m-ixture of 11.25 g
freshly prepared 2-pheryl-'~-p-i'luoropheiiylacetone and 4 g anhydrou5 dimethyl
phthalate in 50 m! anhydrous C6H is added :dropwisa, with 50 Tz-,1 of solvents
beins, distilled Off. D*'urinul con~l
C) densation oil bath temperature is 118-120'.
After componcnts z~re the inixture is stirred for 10 hr at 118-120',

USSR
7
A. K., et al., USSR Authors' Certificate No 263586, filled 14 Nov 67,
Aren,
,-published 4 Jun 70 (from RZh-Khiniya, No 1, 10 Jan 71, Abstract No 11%1531P)
evaporated at 11-15 mm; th oily -residue is treated with 900 ml cold water,
and heated with stirring. Ihe layer of water is decanted, and the crystalline
residue treated analogously three or four times with water until it dissolves
completely. Combined water layers are treated with 40 ml dilute 11C1 (acid,
-1:1) until the reaction of the medium is acid, are stirred, kept for rjl2
and decanted. The 2.morphous residue is treated with 00 ml hot iso-PrOH
-and stirred. - A yellow precipitate is filtered off, which is rinsed two or
three.-times with 10 to 15 ml portions of cdld iso-PrOll, to yield 15 g
~(42.52) 2-(a-plieiyl-u-p-fluorophenylacetyl)-1,3-indindione (I):, melting
int 121-5% The isopropyl mother liquors 'are diluted with 100-150 ml
o.
p
Water and decanted; the oily residue is treated with 5 m! IICL (acid, 1:1),
:to yield, as described above, an additional 3 g (8.5%) 1 1 possesses a
btoad spectrum of zoocidal action.
2/2

212 032 UNCLASS!FIED PROCESSING DATE--20NOV70
CIRC ACCESSION NO-AP0115273
.48STRACT/EXTRACT-W) GP-0- ABSTRACT. EXPERIMENTAL DETERMINATION OF THE
,.:--ENERGY DENSITY THRESHOLD FOR LASER INCUCED SURFACE BREAKDOWN OF A
TRANSPARENT DIELECTRIC AT GIVEN LASER PULSE DURATIONS AND BEAM
DIAPETEPS. AN EQUATION RELATING THESE~FACMRS IS DERIVED FOR PULSE
DURATIONS RANGING FREM 2 MICROS.EC TO 20 NSEC AND SAMPLE DIAMETERS FROM
8.7 TC 340 MICRGNS, THE EQUATION IS ALSO APPROXIMATELY ACCURATE FOR
GIANT PULSE EMISSION OF ABOUT .001 SEC-IN DURATIOIWAND FOR INTERNAL
BREAKDOWN OF THE HATERIAL. . IT IS. SUGGESTED THAT THE DEPENDENCE Of
'UE~TO T
THRESKLB PCWER ON PULSE OURA`TI'0N -IS _DU ff_E*RMAL DIFFUSION FROM THE
TRRAOLATED ZONE.
UNCLASSEFIED

76 o 71
Semenova, V, 1. Vir-Or4marnetic wa"
;~rfl-rciion Wi-jrTnr vbliqii~ incid-ce on a
moving ionizatinn front. IVUZ Radioflz. no.
5. 1977, 665-674.
An extensive theoretical analysis to given of the
Intezaction of a monochromatic wave with a plasma b=ndarr. The
particular ease considered Is of Inclined, inciir-ace of monoehrorriatic
TI: and.TM waves upon a sharply daflned boundary of a plasma ball-
space. where the plasma is generated by ioni4ing radlatlao acting on
a neutral gas. For simplicity the Incident ;;LAIzzia 4mmurned arbitre-ritF
nxrz-Qw:&nd the dielectric constant outside the Plasma is t&ken to be
unity-, It is shown that when the E-field normal to plane of Incidence,
the solution for the inclined Incidence cas*,%* essentially the same ar (or
normAl incidence. With the TM wave, however. inclined. Incidence is
shown to generate two axial waves in addition to the tranavorv* =**, at
any given frequency of the incident wave. Fonnulas ~f" the ren*ctica.
and transmission of the latter are obtained and-analysvd Isi to ot the
rMa
M*&U**d plasma parameters.,
Kuzoeteov, A. YA., 1. S, Varoasheva.
A. A. Poplavokly, &nd G. P. Tikhomirov.
Destruction of rr(lective dielectric i-0iiings
litter radiation. OMP, no. 3. 19?2, 39-42.
The resistance of reflective coatings to laser radiation
was studied using slAc sulfide and magnesium fluoride coatings. The co,atingal
were applied by thermal OVApQrLtlOn in A vacuum. and the reflection factor
was a a 90% at Na 0. 7 p, The flux falling upon the specimen was cantrotted

Acc. Nr: Abstracting Service: Ref. Code:
:ABST.~
Af0047607 CHEMICAL P,
105059r Breakdown of dielectric reflecting coatings under
f
0the-influence of laser., radiation. Kuznetsov A. Ya., P I v
s ii, --lift-as. Yj. A.; JbIl
k" A -A.; Bonch~-Brugyjmlf DZ
Inffs-Iii, Y. Tik-homirOVL
K
Tikh. Fiz. HF7J6j'740(I),' 170-2 (Russ), The threshold of
breakdown of coatings iias,measured as'a function of the direc-
tion of the effect, the nor. of coating layers, the temp. or the base
during the application, the, purity and structure of the starting
materials, the degree of orientation of microcrystals inthe layer,
the presence of defects# and the structure of the layer. The
breakdown threshold of vacuum dielte. coatings on K-S glass de-
pended on the dexm of oriallAtion Arid the stricture 4f crystils
in the ZnS layer, and on the compn 1' of the surface oi the,coatings.
M, Tichy
REEL/FRAME
19791173

''USSR UDC: 8.74
Nt
'.multidimensional Linear Correlation:in Regression. The 'Korreg'
Program. (Description, Instruction and Text of the Program)"
Tr. Zap.-Sib. n.-i. geologorazved. neft. in-t (Works of the !,,lest
Siberian Scientific Research Institute of Geological Petroleum
a
Prospecting), 1972, vyp. 55, pp.6-33,~(fro.m M-Kiberneti No
.10P Oct 72, abstract No 1OV636-fauthor's r6sum.61)
Translation: A program for the Minsk-22 computer evaluates basic
distribution parameters (mathematical expectation, variance, asym-
metry, excess); checks the correspondence between. an empirical
distribution and the normal the retic*l distribution; finds
a a
paired, partial and multiple linear correlation coefficients;
'and determines the coefficients of multidimensional linear re-
gression of any of the distinctive features with respect to the
set of the remaining n -1-features. The permissible number of
features for joint processing is.n= 32~ The number of observa-
t
ons N (n-dimensional vectors) is no-more than (4088 -n)/n.
i

-USSR UDC: 8.74
N .
"Pattern Recognition by a Master Pattern Method. The IREM-2161
Program"
Tr. Zap.-Sib. n.-i. geologorazved. neft. in-t (Works of the West
Siberian Scientific Research Institute of Geological Petroleum
Prospecting), 1972, vyp. 55, pp 96-111 (from RZh-Kibernetika,
No 10, Oct 72, abstract No 1OV667 [author's abstract])
Translation: The program is set up in Minsk-22 computer codes.
Pattern recognition is with respect to a set-of n distinctive
-he basis of definition of correspondence between
features on L
a given object and one of the masters:formed by covering in-
struction sets with n-dimensional ellipsoids. No assumptions
res
are made on the distribution of distinctive features.. Featu
of.a discrete type may be included in:addition to the measured
features. The maximum number of features which:can be handled
at:-once is n =36 =44s. The maximum possible number of obser
-vations N (n-dimensional vector in heAnstructional samples
s t
1/2

USSR
POPLAVSKIY, N. N., Tr. Zap.-Sib. n.-i. geologorazved. neft. in-t,

USSR
BOBIROVNIK., I. I., GORBUNOV, K. I., K-LOCIwi, V. I., LIO.\~ASTHEV,-~L K-1 POPUIS-
SKIY,.N. N
!'Geaseismic Logging Procedure"
USSR Author's Certificate No 370567 (from Otkrytiyal, Izohretcniya,
IMP abraztsy. Tovarnyve znaki (Discoveries,' Inventions, IndusLrial Models,
Trademarks), No 11, 1973, page 144)
Translation: The geoseismic logging procodure by reducinS rad-vichannel rc-F-Icct:c-,d
wave recordings to one. gen!~!ralized track with u ation of mititual correl.;Linn
tiliz,
-functions, track se-lecnion by the threshold values of the simi.VriLy coeff-Ii-
cients and summation with preliminary input of kinciratic aiid stat:ic corret-Lions
is distinguished by the fact that: in order to. increase Lhe reliabili-tv of
correlation and determine the. relations of the dynamic wave charilcterISHe';
-ic sec -1fperiod tkzection of tho
with' Physical-lil:holoc ,:!on paraneters, two-Ii-
digital analog or the sur-,-,mogram, integrat-ion with the Vittic intcrival
-cillation haNperiod 41,nd normalization of 0--c
v-bich is a multiple of the o.-I~
recordings with rc!~:,pect to inl-(zrisity Of the e-Xcitalion and thcm
-it'll
cation coeffic Of Lila -I dre. t;-'.~~J 1.
-,1-I oc VIx! by Lite IM-1 01, formn(Jo-,
nOCAIL.71t Co"Vel si,
ic-or
parLLII FWRIS of thin, LI

YSSR UDC: 8.74
"Pattern Recognition by Methods of Multidimensional-Statistic
-Instructions and
Analysis, The 'Romashka' Pro
gram (Description,
Text-of the Program)"
Tro Zap.-Sib. geologorazved. hief. t. in-t (~"orks of the We s t
Siberian~Scient-_Hc Researchjnistit~t&:of Geological Petroleu
m
Pr dting) ~1: 1!~' ) I ~ Kib '
-2 vyp.., :pp, 53-95 (f rom. RZh~ erhetika
't'hor's abstract .
No~ Oct,72 , 6, -%tract. No. 101(666- (au
Translation: The Minsk-22 computer progra.-m recognizes patterns
in accordance with a set of n features~by means of a~linear and.
nonlinear discriminant function, and also a plausibility func-
tion.- Depending on the equality or inequality of covariation
matrices,. the program itself determihes the algorithm for con-
struction of the separating surface., The.proposed program is
designed simultaneously for finding the most informative com-
bination of features as well. In addition, the program enables
-recognition with respect to,m sample (pTeselected) features out.
1/2

"028 UNCLA~STP10~ PkOCESSrNG OATE--IBSEP70
Tjli~E--_
'AUTOMATION OF MACHINE~CONTROL'SYSTEMS DESIGN" _u_
~.AUTHOR-03)-DOBROLYUBOVt A.I.v AKUNOVICHY' Solat POPLAVSKIYt V.S..
~CCUNTRY OF INFO--USSR
'MOSCOWr MEKHANIZATISIYA I AVTomAfIZATSI,YA PROIZV DSTVA, No. 1,
o
1970 PP 36-39
:JDATE PUBLISHED ------- 70
~,$UBJECT AREAS--MECH., IND., CIVIL AND MARINE ENGR, ELECTRONICS AND
LECTRICAL FNGR,
C
Q P-1IC,:j,AGS--AUT0MAtIGNt MACHINE.INDUSTRYPAUTOMATIC CONTROL SYSTEMY
----_l.-EL.ECTRIC EQUIPMENTo COMPUTERt DESIGWSTANDARD, EUCTRONIC, CIRCUITj
HYDRAULIC:DEVICE/(U)MINSK DIGITAL COMPUTER
CONTROL M&RKING--NO RESTRicr IONS
ZOCUMENT CLASS--UNCLASSIF[ED
'PROXY REF'/FRAME--1985/0241 STEP NO--UR/0118/70/000/001/0036/0039
CIRC ACCESSION tlO--AP0100763
UNCLASSIFIED

028 UNCLASSIFIED. PkOCESSING DATE--L8SEP70
'.CJRC ACCESSION NO--AP0100763
::,_A.BSTRACT/EXTRACT--(U) GP-0- ABSTRACT. THE AUTHORS ASSERT THAT THE LABOR
,...~-EXPENSE IN THE DESIGN OF MACHINE CONTROL SYSTEMS AMOUNTS TO 30 TO
50PERCEN IT OF ALL OF THE ELECTRICAL EQUIPMENT OESIGN. FOR THAT REASON IT
IS WORTH WHILE TO REDUCE THE LABOR THROUGH AUTOMATION. THE ENGINEERING
METHOD OF THE DESIGN SHOULD BE.CUFFICIENTLY ALGORfTHMIZED'TO ENLIST THE
AID,OF"AN ELECTORNIC COMPUTER. THE ADVANTAGE OF SUCH A METHOD IS
''ILLUSTRATED.BY SEVERAL EXAMPLES OF SYSTEMS.DESIGNED BY DRIVE MECHANISM
CONTROLLED BY A SINGLE MAGNETIC TW4 POSITION SLIDE VALVE, A DIAGRAM OF
WHICH IS GIVEN. THREE VARIANTS OF THE:sysTEMCONTROLLING THE MECHANISM,
OF WHICH ARE DESIGNED BY nRDINARY METHODS WHII..~ THE THIRD IS
DES.IGNED BY A SYNTHESIS ALGORITHM.DEVELOPED BY THE BELORUSSIAN ACADEMY
OF-SCIENCE-S AR& GIVEN.- aIAGRAMS- OF;.-T-HE. ~ELECTR-I-CAL- C IRCU'IT OF THE SYSTEM
BAND THE CYCLOGRAM OF ITS OPERATION IN THE FIRST VARIANT OF THE CtINTRC*-
SYSTEM ARE GIVEN. DIAGRAMS OF THE OTHER TWO VARIANTS ARE ALSO
PRESENTED. COMPARISON OF THE FIRST'TWO VARIANTSt:OESIGNED BY ORDINARY
:METHODS, SHOWS THAT IN THE SYNTHESIS OFTHE SYSTEM BY TH6S USUAL METHOD
THF SOLUTIOWDEPENDS ON THE PAST EXPERIENCE OF T14E DESIGNER. THE
_:'~~SECOND VARIANT.IS DEFINITELY SUPERIOR AS A RESULT OF THE CLARITY AND
PEGULARITY Of ITS STRUCTURE AS WELL ASIBY VIRTVE OF ITS USE OF ABOUT
HALF. THE EQUIPMENr. THE THIRD IS BETTER THAN THE FIRST TWO, HOWEVER, IN
-THAT IT DOES:NOT REQUIRE HIGH QUALIFICATIONS.AND LONG EXPERIENCE ON THE
PART OF THE DESIGNER. AN ACCOMPANYING.TABLE PRESENTS THE FUNCTIONAL
_CYCLOGRAM OF~THIS THIRD SYSTEM AS OBTAINED BY THE "MINSK-2211 COMPUTER.

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(z*+,e0)G,Z00#5-zq oan USSR
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aq:j A~ sTsaqauAs uaqbi s4nduT 4,q2~1; 2Ujjj4
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1! 1. 1m r. V!,91,

010 UNCLASSIPIEb PROCESSING DATE--160CT70
JITLE--EFFECT OF THE NONHORUONTAL~POSITION OF A SIEVE PLATE ON TH-,
EFFECTIVENESS OF-MASS TRAINSFER.UNDER FRACTIONAL 01STILLATION CONDITfu.NS
;AUTHOR-103)-KLIMOV, A.G., KAPITALNYYo V:.G.it POPLAVSK.lYi YU.V.
j.COUNTO OF INFO--USSR
':--;S0URCE-Gl0R0LlZ* LESOKHIM. PROM. .1970, 23(2) 13-15
ATE, PUBLISHEO -------- 70
_sUBjECT AREAS--CHEMISTRY
~_'.':TOPIC TAG$-~-MASS TRANSFERP FRACTIONAL DUSTILLATIONs BUTANOLt ACETATE,
VAPOR PRESSURE
--..CONTROL MARKING--NO RESTRICTIONS
----,DOCUMENT CLASS UNCLASSIFIED
,'-PROXY REEL/FRAME--1995/1220
STEP NO--U.R/0328/70/023/002/0013/0015
,CIRC ACCESSION NO--AP0116683
UNCLAS-SIFIED

2/3, 010 UNCLASSI FIED PROCESSING DATE--160CT70
CIRC ACCESSION NO--AP0116683
ABSTRACT/,EXTRACT--(U) GP-0- ABSTRACT. BECAUSE OF THE DISCREPANCY
EXISTING BETWEEN THE OFFICIAL TOLERANCE VALUES FOR THE DEGREE OF
OF~PLATES FROM THE HORIZONTAL POSITION (TiLTINGt MEASURED IN
MM)-.AND THE PRACTICAL POSSIBILITY OF ADJUSTMENTS UNDER INDUSTRIAL
CONDITIONSi STUDY WAS MAUE~OF THE EFFECT OF TILTING ON MASS TRANSFER
RECTIFICATION TO OBTAIN DATA FOR A MORE REALISTIC APPROACH TO THE
PROBLEM OF.TOLERANCES. AN INDUSTRIAL SIEVE PLATE RECTIFICATION COLUMN
IAS THE MOST SENSITIVE TO TILTING) WAS USED FOR SEPG. A MIXT. CONTG. 11
WT* PERCENT BUOH AND 89 WT, PERCENT BUOAC* COLUMN CONTROL INSTRUMENTS
MADE IT POSSIBLE TO MAINTAIN A CONST.-:VAPOR PRESSURE IN THE REBOILER AND
TOICONTROL THE TEMP., THE PRESSURE GRADIENT,~AND rHE AMY. OF REFLUX.
THE EFFECTIVENESS OF THE MASS TRANSFER.'WAS EVALUATED FRCM THE OVERALL
EFFICIENCY COEFF. (RATIO OF:THE THEORETICAL~TO THE ACTUAL NO.. OF:
~PLATES)v-AND-THE EFFECTIVENESS OF THE INDIVIDUAL PLATES FROM THE TEMP.
PHASE-COMPN. GRAPHS. ANY DEVIATION FROM THE HORIZONTAL POSITION OF A
.-PLATE AFFECTS THE MASS TRANSFER'ADVERSELY, ALTHOUGH THIS EFFECT IS LESS
MARKED AT HIGHER VAPOR FLOW VELOCITIES. IN DETG. THE REQUIRED
TOLERANCES, TECH. DIFFICULTIES RELATED TO INDUSTRIAL OPERATION OF A
COLUMN MUST BE CONSIDERED, SINCE:THE COLUMN OPERATES AT VARYING LOADS OF
VAPOR AND LIQ. (IT CONSTITUTES A LINK IN CONNECTEO EQUIPMENT). THUS,
THEJOLERANCES SHOULD BE ESTABLISHED B.Y CONSIOEREING CONSTRUCTION
FACTORS; IN DETG. THE NO. OF PLATES ACORRECTION SHOULU BE MADE FOR THE.
WORST-POSSIBLE'OPERATING CONUITIONSo

USSR UDC 621.:5312.2
POPO, R.A.
"Effect Of Roentgen And Radiation On Epitaxial-Planar Silicon Diodes"
V eb. Radists. fiz nomet. kristalloy (Radiation Physics Cf Nonmetallic Crystals-
Collection Of Works), Vol 5~ F-art 2, Kiev, "Nauk. dur-ka, " 1971, pp 205-208 (from
M-Elektronika i Xeye prizenaRLte 0
No 10, October 1971, Abstract 14o 10B5'1)
Translation: A semiconductor diode passivated. by a 5102 film placed in a Type
70-5 housing with a removable cap was irradiated in an x-ray apparatus with a
W anode at a volta e cr 40 kv, a curront of 5 and 30 mu, and from a novrce of
Y-irr-3diatlon GoM, 11to back currant. of tho somicotl6ductor dioda waa incroas-
ad by 150-160 timea. Rocovury lback WuQ oboorvod forZ5 21li-hour ~arioda for
one Demiconductor diode of' 10, It is assumed that a positive charge is formed
in the film which depletes the csrriers~of the surface layer of the n-type and
with which is also exo1ained the behavior of the semiconductor diode after
irradiation. 1 tab. I.M.
162

USSR UDC: 548.5
TSEYTLIN, M1. N. ,PUMOV, 0 F., LOBACHEV, A. IT., POPOLITOV, I.
'L
KNONOV, A., and BELOV, 11. V.
"Investigating Crystallization in the Hydrothermal. System of
GeO 3b 0 -12-H 011
2-. 2 3 2
Moscow, Kristp-1lografiya, vol 18, No 4, 1973, pp 836-839
Abstract: An investigation ic conducted In-to the crystallization con-
ditions in the Ge02-8b203-KF-JJ20 system by -the hydrothermal method.
The purpose of this investiFation. is two-fold: first, to fill in
-P ge
the gaps of knowledEe concerning the interaction chemistry o rxa
nium dioxide and antimony trioxide in the presence of a solution at
high temperatures and pressures; second, to obtain all possible
singhrrystals with no analogs in nature because of their potential
value as objects of study with regard to struoture and physical
characteriatics. The exneriments were conducted with a charge
.,Consisting Of (702 and Sb203 c o p p e r 1 1 n e d
autoclaves with periodic action. The results of -he exaziination
of the cryEtallization in the system are given individually for
each temperature jump in the.range of 400-5500 C, the jumps being
made in ~0-450 interv'als. Photographs of the crystals are showrn,
1/2

USSR UDC: 548.5
TSEYTLIN, M. N., et al, Kristallografiya, vol 18, No 4, 1973,
pp 836-839
and a table of interplanar distances for Sb2Ge2O7 crystals is gi'ven.

7 1/2, 021 UNCLASSIF180 PROCESSING DATE--160CT70
-41-TLE--HYDROTHERMAL METHOD FOR-PREPARINGIA PRIMEV B PRI14EVI C PRIME VII
COMPOUNDS -U-
B.N., POPOLITOV V* 14
OF INFO--USSR
;.40URCE--IZV. AKAD, NAUK SSSRt NEGRG. MATER. 1970, 6(3)v 575-6
E-PUBLISHEU------70
UBJEC4 AREAS--CHEMISTRY
'JOPIC TAGS--CHALCOGENIDE GLASSv ANTIMONYi BISMUTHt TITANIUM, TEFLONt
~~mHYDq
OGEN-SULFIDE
YtONTROL MARKING -NO RESTRICTIONS
CUMENT CLASS--UNCLASSIFIED
~'PROXY REEL/FRAME--1996/0895 STEP NO--UR/0363/701006/01)3/D575/0576
:.C-IRC ACCESSION NO--AP0118064
UNCLASSIFIED

2/2., 021 UNCLASSIFIED PROCESSING DATE-16OCT70
ACCESSION NO--AP0118064
'-'.ABSTRACT/,EXTRACT--(U) GP-0- ABSTRACT. HIGH TEMP. SYNTHESIS OF A PRIMEV a
~A
PPRIMEVI C PRIMEVII (A EQUALS S89.81; B EQUALS S, SE,-TE; C EQUALS CL,
BRI%I) FROM AQ. SOLNSs UNDER PRESSURE (HYDROTHERMAL METHOD) IS
-DESCRIBED. IN ALL CASESt PH 3-6 AQ. SOLNS. AT TH~ PARTIAL H SUB2 S
:.PRESSURE'OF 0.2-1.5 ATM9 CHALCOGENIDES OF SB AND 81 FORM WITH THE YIELD
100PERCENT.. THE SYNTHESIS WAS PERFO IN CfNVENTIONAL
BEING CLOSE TO RMEO j
HYDROTHEPIAAL REACTORS WITH THE USE OF,TEFLUN OR TI LINING AT
250-320DEGREESf PRESSURE OF 200-600 ATm, AND TEMP. GRADIENT OF
.0.3-0.8DEGREES-CM. ALL THE CRYSTALS OBTAINED HAVE AN ACICULAR HABIT,
WHICH IS ASSOCO. WITH THE PRCULIAR CHA'INLIKE STRUCTURE:OF THESE COMPDS.
_' _C
MOST OF THE CRYSTALS ARE NONTRANSPARENT,.AND or- BLACK OR GREYISH COLOR.
HAS kE:D COLORt AND 51356R IS ORANGE., FACILITY: INSTe
MOSCOW, USSR*
UNCLASSIFIED

USSR UDC: 8.74
PPYat,_A_. A., LAVRIV, Ya. M., STARCHIK, V. P., CHEKAYLO, M. A.,
V. A., SHCHITKO, V. N*t.YANENKO, V. N1.
"Automated System for Statistical:Analysis of Medical and Bio-
logical Data"
KibeTnet. i vychisl..tekhn. Resp. mezhved. sb. (Cybernetics
and Computer Technology. Republic Interdepartmental Collec-
tion), 1972, vyp. 14,,pp 76-82 (from RZh-Kibernetika, No 5,
May 73, abstract No SV778 by the authors)
Translation: The paper discusses the functioning of an auto-
mated system for analysis of medical and biological data.
g 4
Requirements for the software.system are even, Statistical
methods and criteria are presentc&,which are roalized in the
-system,
104

USSR
POPOV, A
"Elementary Computer Device for Experimental Multimachine Computer Complex"
Vychisl. Sistemy [Computer Systems -- Collection of works], No 51, Novosibirsk,
1972, pp 108-11S (Translated from Referativnyy Zhurnal Kibernetika, No 6,
-1973, Abstract No 6V599, by the author).-
Translation: The structure and general characteristics of aii elementary coin-
puter device (ECD) for a multimachine computer complex are described. The
autonomic and systems capabilities of the ECD are studied. The set of
instructions for the ECD is presented.
74

USSR UDC 624.91
Candidate.of Architecture
OPOV.- A. ocent
flCr oss-~Ribbed Roo f of a Theater In Tula
Mos'eoko. Beton i Zhelezobeton, No 6, June i972, pp, 25-28
-1970, is suitable for
Abstract: The Drama Theater in T built in 1955
atile use by virtue of convertability f the auditorium and the stage.
vers 0
The hall can be adaDted for 610, 835, 1180, and 1320 spectators, conversion
is accomplished by the expansion of auditorium walls and the use of collap-
sible rostra in the side amphitheaters. ~This is the first theater in the
world to use such a system of auditorium and stage conversioa.
.,The theater roof constitutes a 3-diviensional prefabrica'Led-unit reinforced-
-concrete plate, resting upon colutmis at six-meter.intervals along the
building perimeter and, within the building, upon.geometrically "freely"
situated supports, the location of which is deterndned by considerations
of function and composition.
The theater building was awarded a State Prize of the R�FSR in 1971. 2
figures.

DEPARTMENT OF THF- ARMY
U.S. ARMY rositio" ScIaNct AND Tt'ONNOLOGY CZN'MR
no Z=VcNTH ar.fiav -
c',16QrrZWVftJX.V1Ao1H1^
r4te: 26 June 197'~
ryrC HT 33.830-72
DIA No. T70-23-01
TRANSLATION 0
ENCLISHTITLE! Use of a fligh-Taxiloratuve Fttel,Cell in Gas Lnal~&lw
FOREIGN'rrrm xsp,w?.o-nly.
41ementov v anallte gazov
S. 1. Ilykov
ALMKIlki Att QWGUAGt,
1--A~ Hikhaylina
SOURCE, C. S. TyurJkov TRANSLATtiR: Leo ".-r AvAoc..
Zavudukaya laboratoriya
No. 12, REQUES10ki A--KST-'V-' 70. 1"1
(1970)
AUSTRACTt Cos" my be Analyzed in apparatus tDutalmin
fuel C;arbott dioxidai hydrogtrv. *aA hydireea.h.n.
be deterisined urder certain coriditionr..
DESCRIPTORSt CAB, Analyzer
Fuel Coll
CAB Andlyals,
Volar.Araphic Arinlyzer
PolArographic Analysis
""Mcs 11 V111ro" 313LE
..11ir J. "uj
G
Tilts translation v0s, 'Ittemplishvil fruit a Xerox =nustript, T%s, $Ta-phits
VVT4 i-Pr rvproduclbla. An ALtmpt to obtain the original graphics yielded
negativa results. Thus, this document vais published as Is. In order to Oak*
it available an a tizely baolo.
App-d fo P41k ~Usw. vi1ft+vf1'A

JPRS 55,139
1~ March 1972
002.513.5-61
hN INFORMATION MODEL OF THE TMERAPEUTtC PROCESS
(Article V. 14. Yan-oko an V A. Sh 11 ;ta. Kiev. KibernctfkA,
_L._
Russian, I June 1970. rr 122-'291
At thu present _;Ame medical 4aLa syszomi are being developed tn the
USSR and abroad- for the purpIose oE-iocraasing the effectiveness of medical
imstitutions. In the course of this, resources are focused on the resolution
of both administ rat iva-manag~mcnt tanks and taal~s connected with Increasing
the efficacy of tharap:utic masou"O."With'Improvet:,ent of the utAlization of
beds, axpensive, speci lized Medical equipment, etc. (3), (5). (8). in this
relation the construction of an infamation model of tha.charapvutic process
and subsequent construction of an autozated system of administerinS th
therapeutic procese.is Art important task vhLch must be resolved jointl; by
medical and systems technology personnal..
dom,ponent. Parts of the The*rapautie~ Proc-t-ls*
The therapeutic process is a eambinAtlan of recognition And control
Actions, i.e. a combination of diagnosis and subsequent prognosis of the
tourat end outcome of a disease And desiguation of therapy. DiAgsiosis. as
4 process, consl~ta of perception of the taxencei of a reflection,of objec-
7 tivoly existing states of'the living organism in the consciousness of man
(phyalcian-diagnostician). Prognosis In the model of the the rapautic
process dktarmines the degree enabling assessment of the risk of a con-
cgete control (therapeutic) action4 The therapeutic usually is considered
no cons"ting of two stages, A and B (1), (2), (4).
The first ataga, A, begins with examination of the patient.(study of
his statui. prnesun3, 1,e. study of the symptom Stoup, EC('.. etc.), and ends
with the aitablishment of the nosological form of the disease. This stage
consists of the following two phases.
4a: (1) collection and primary processing of data on the status of
health of the patient;
(2) determining the disease diagnosis on the basis of analysis of
the gathered information (analysla,af objective and subjective disease
USSR C]

symptoms, itatus and asseismcnc of symptonis in relation to degree of cc=plete-
nosag reliability~ arc.); this phase includes.,
(a) establishing the morphological less,ellre of the disease of the
given rlatient;
M determination or diagnosis of the functional status of In-
dividual. organs and systems of the disease resulting from the pathological
process in them or its indirect effects;
W datemining the diagnosis oE the disease.
In this phase the nosological form of the disease Is determined on
the basin at the entire aggregate of symptoms callmit-ted In the axa~loeticn
of the patient (analonetic and phyalcal. objective and subjective) and on
the basin of the morphological and functional status of the patient. In
this phase, traits appear in the clinical picture presented by the patient
which are more or less common to all patlacits. suffering-Crom, the-same
disease.
The average statistical, or any other 4egree of diagnosis of a disease
inherent to this stage is partially trar3formed Into At "diagnosin.of the
patient" (accordingto S. P. Ratkin) in the next phaas, in Stage U.
The second stage, Stage B, begins with establishment of the "diag"ais
of the patient," an the basis of which progoosis, of the course gk%d the out-
~~.colas. of the dir"oe arr cadlep and optimal- therapetutic action is Indicated.
This stage consists of the following phases.,
I.. Establishing-epecific mainifestarloni and, p ecu li,arities of the
c6urne of the given disease. In a particular patient this takes place In
the process of determining the diagnosis of the patient, which precedes
prognosis of rho course and outcome of the disease.
Prognosis of the course. and outcome of the disease.. Prognosis
-of the diseass, made an the,basis of %iiagnesis, of th* patient. with cou-
sideration of various therapeutic measures must hive a concrete, objective
character, while at r~e same time being relative to both the concept of I
strict individual Ira tion , and the concept of the dynamics of time. Choice,
of the correct pr~gnoniq is extremely Important to development of Ole opti-
mal plan of therapeutic measures Ili relation to the pacient.
3. Working out a concrete strategy of therapy. In working out a
corracto Optimal therapy* its tfficacy, toxicity, cost, etc. must be taken
into account.
4. Assessment and correction of control measures. The therapeutic
process may vary according to duration, and thus way be repeated various
times, such an from two minimal treatments to many scores of treatments, as
2
?
74

USSR UDC SMS:681.3.106
KRISILOV, A. D., YANENKO, V. M., POPOV, A. A.J. YAS1NOVS1aY,,M. A.~ SAMG.V, G.
"The Problem of Algorithmization of the Differential Diagnosis of Rheumatism"
Kibernet. i Vychisl. Tekhn. Resp. Mezhved. Sb. [Cybernetics and Computer Engi-
neering, Republic Interdepartmental Collection], No 7, 1970, pp 102-107, (Trans-
lated from Referativnyy Zhurnal, Kibernetika, No 6, 1971, Abstract No 6 V641 by
the authors).
Translation! A list of characteristics is suggested for description of diseases
being diagnosed, including, in addition tothe symptoms,icertain intermediate
diagnostic,information. The applicability is demonstrated and certain altered
statistical decision rules are calculated by computer. Results are presented
from machine differential diagnosis of five diseases and the direction of further
.work is noted.

USSR uDc: 681.3.o6:51
LAVRIV, Ya. M., MELINIKOv, v. C., POPOV, A. A., STARCHIK, V. P., YANENKO,
V. M.
.."Formation of an Information Block of Yedical Docurents in a Clinical
Medical Information System"I
V sb. Biol._Lmed. kibernet. i bionika (Biology, Medical Cybernetics and
7 Bionics--collection of works), vyp. 3,'Kiev, 1970, pp 3-11 (from RZh-
-Kibernetikal No 7, Jtd T1, Abstract No TV720)
Translation: The existing practice of~collecting and storing information
in a public health system leads to redundant and partially erroneous
data presented in handwritten form, inconvenient for analysis and formu-
lation of a diagnosis. To effectively ensure public health functions,
a riedical information system is proposed which is a efriernetic system
of the "man-automaton" type. The system includes the wedical personnel
who*take care of collecting medicalinformation on the appropriate stan-
dard form for the history of -an, illness as -vrell as evaluating the results
of information processing; the system also includes the matbematicians
who develop the mathematical apparatus for collecting and processing data
1/2

LAVRIV, Ya. M. et al., Biol.,-med. kibernet. i bionika, -v3-p- 3, Kiev,
1970, pp 3-11
(create a flowchart andlanguage for communication between the digital
computer and man, algorithms and programs for processing medical ineor-
mation), and the engineering and technical personnel who service the
technical facilities of the system. The authors note -two approaches II-o
solution of the problems of ensuring effective communication between the
physician and the digital computer, and operational.accumulation and
transmission of information in a form to which the physician is accustoried:
1) development of a specialized medical logical information language,
which requires formalizing,the representation of the initial data, intro-
ducing-correctives into the identification,of terms, etc.; 2) development
of a standardized form for the historf of an illness r~,s a preliminary
stage to complete formalization. The principles. of otandardized forms
for the history of an illness in the cardiological gmup are described.
The form consists of an explariatoz7 section (algoritImm for examination
of a patient for various illnesses) and ~a summrizing section (model or
parameters of the state of the patient). An exemiple of a fragment of a
standardized form for the history, of an Illness is described ("Circula-
tory Organs"). A. Doroshenko.
2/2 61

1/2, 033 UNCLASSIFIED. PROCESSING DATE--230CT70
::TITLE--EFFECT OF HYDROGEN ON THE STRUCTURE AND PROPERTIES OF ALLOY VT5L
-105)-KOLACHEV, B.A., KHOOOROVSKIY9 G.L.v POPOV# A.Aot BUKHANOVAt
..,-,AUTHOR
A*,.i%*'t SEDOV V.18
COUNT.RY OF INFO--USSR
PROIZVOO. 1970, 29 29-30~
DATE PUBLISHED ------- 70
--...,SUBJECT AREAS.-MATERIALS
--'.:,-TOPIC TAGS--TITANIUM ALLOYt ALLOY-DESIGNATION, ALLOY COMPOSITION, HYUROGEN
MECHANICAL
:EMBRITTLEMENT, METAL CONTAININGLGAS, GAS CONTAINING METAL,
.,,PROPERTY, HYURIOEt METAL MICROSTRUCTURE/(U)VT5L TITANIUM ALLOY
--NO RESTRICTIONS
.-CONTROL MARKING
.'_'~~VOCUMENT CLASS_-UNCLASSIFIEO
~i'..,PROXY REEL/FRA.IE--1996/1678 STEP NO--UR/0128/70/002/003/0029/0030
--C IRC ACCESSION NO--APOLL8656
UNCLASSIFIED

2/2 033 UNCLASSIFIED PROCESSING DATE-230CT70
__.CIRC ACCESSION NO--AP0118656
A8STRACT/EXTRACT--(U) GP-0- ABSTRACT. THE TI ALLOY CAONTAINED AL
5-05-5-.34, FE 0.08-0.14v SI 0.06P 0 0,04-0-19 N 0.015-0.017t C
0.09-0 10, AND H 0.003-0-006PERCENT.- THE MECH. PROPERTIES WERE
STUDIED
'US 70 TO 20DEGREES FOR A H CONTENT OF -0.05PERCENT. AT THESE
AT MIN 0.001
TEMPS. THE ALLOY SECAME BRITTLE WHEN THE H CONTENT WAS GgEATER THAN
0.0.35PERCENT. NOdEVERv IF THE ALLOY WAS EXPOSED TO MtNUS 600EGREES FOR
3 DAYS IT BECAME BRITTLE AT LOWER H LE:.VELS. THE EMBRITTLEMENT WAS
41CROSTRU TURE ' EN
CAUSED BY HYDR[OE FORMATIONt WHICH WAS 013SD. IN THE c wil
THE.H.CONTENT EXCEEDED THE SOLY.I LIMIT4 THE STRENGTH OF THE ALLOY
INCREASED AS
-THE H CONTENT INCREASED TO 0.015PERCENTt~BUT AT A H LEVEL
ABOVE THIS VALUE THE STRENGTH DECREASED,
UNCLASSIFIED

USSR
UDC: 8.74
PANAYOTI, POPOV, A. A.
"Iterational Method of Solution of a System of Linear Equations Using a
Computer System"
Elaktron. Tekhnika. Nauch.-tckhn. Sb. Mil-roolektroniha [Electroric Equipment,
.Scientific and Technical Collection on Micro
electronics], 1972, No )(35), pp
29!-36 (Translated from Referativnyy Zhurnal Kibernetika, No 11, 1972, Abstract
No IIV575-j by the authors)
Translation: Microelectronic computer systems are gencrally multiprneessor
an,,T -L
-,ystems. Using the ex. ple of solution of the system. of linear equtions,
new approach is suggested to the organization of the comput