SCIENTIFIC ABSTRACT PRIYMYAGI, L. S. - PROKHOROV, A. M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R002202530002-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 99
• Document Creation Date: November 2, 2016
• Document Release Date: August 9, 2001
• Sequence Number: 2
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

'USSR DDC 616.921.5-084
S., Candidate of Biolog cal Sciences,
GHINSHPUN
Ltcol~ Red serv
atifig Vaccines to Prevent
in Using Interferon Stimul
'Influenza, During Epidemics."
Nos a ow ~'Voyenno- Me di t a ins k, iy thurnal, No 7, 1971, P 80
Abstract- Inoculation of homogeneous groups of people 19 to 23
go with Attenuated virus! accines (mea 1e
years of.a v s is, strain
~'USSR-58; poliorayelitis types I and'ZII, Sabin strains; live entero-
viriis ZhEV-4, M. K. Voroshilova strain) decreased the incidence
of.influenza. almost five-fold ccomared with control's (not vaccina-,
ted) in the 1967, 1969 and 1970 WO-idemics. interferon titers
decreased with the third injection-of a particu.1ar vaccine, but
they remained at a high level for 4 to 5 weeks If a different
vac.eine was, used after the second injection of the firs,-, vaccine.
Since the decreased incidence of.thb:disease among the vaccinated
was consistent with the results of-studies on the circulation of
interferon in the blood of theseAndividuals., i7b was concluded
12

USSR UW 57~.858.0951-38-095-18:[6i5.373.~6:45'7.962
v - Ye
XUL'BERG.9 A. Ya., PRIYYYAGI L. S. BARTOVA, L. M.., M-ELEVA., N. and
) . L.,41~ns itu o pid'
F.AJE-)MVA L K _~e 'ft emiology'and Microbiology imeni N. P.
Gamaleya, Academy of Medical Sciences USSR, TallinInstitute of Epidemiolo&y,
Microbiology, and Hygiene, Ministry of Health, Estonian SSR, and Institute
of Virology imeni D. I. Lranovskiy, Acade of Y1edica1,S6iences:US,5R
MY
Study of the Interferon-Inducing Activity of Gamma Globialin and D s Fab
Fragment"
~bscow, Byulleten' Eksperimentallnoy Biologii i Feditsin-y, No 11, 1972, pp 63-
~66
Abstract: Human narma globulin in aggregated form is capable of inducing inter-
feron in mice. Its interferonos-renic k7. c t i v ity is higher than that of the frac-
tion free of aggregates or. that of the original gamma glob-alin. The difference
is even more pronounced when it in h6ated tb~630C. Tie afrgregate-free fraction
has virtually no interferonogenic activity,Yhereas that of the aggregated
fraction fraction is to 4 orders higher than that of cmde gairra Irlobulin.
TO
enraluate the species specificity of the proteins the interferonogenic
hi
activity of ghly~ purified preparation,5. of 'la-Dine and bovine garmna globulins
was investigated in experiments on. rabbits. Both induced interferon but,
heterologous garxm globulin was more active -than homolog9us Globulin - The
Fab
fi;agment of gamma globulin, vhich constitutes only one-thiTd of the inolecule,
12

so: 'Ims 545"
~,a 0 or 'III UDC- 616.71-006-008.9-092.18
CYTOCIM41CA-1 STUDY OF SYMMAL TUMORS
At- A16 0#40 LOS,'
[hrticla by K.S, Petrov&.1~:A obot# a Mo c w, Ventnik A"dem!
~ the. cytoloAlcal method permits not OnIY'dctcrm1`2
oncoloev
tion Of the presence of tc-or cells but,also to obtain an idea about the nature
a! the struizt,4re end tissue clzrsifi:cution at thamuqRlasm. Cytothtmical ana-
lysis Is 6~ ronalderable aid in differential diagnosis of tumors.
In spite of the fact that tumrs are more homarenevus than normal
tissues UrI.V_ Mopect to an-mynatic characteristic& (Grinihteyn), there is reason
to believe that a neopI~M emnii.atin.1,.of '111ghly specinlizad"_ tta#ues retain*
same of-C10, tiiki O~t th-a "natem
We 4r" still at the early phuse of aufng,cyto- and histochomical.
n4thoda to !it== patholG~. nevertheless, the data obtained to the result of a
nu=ber of tmvtetigations of recent years (Brandes and Dourne, Monio et al. ,
1957, 1955. 1960, Mori et Z.; Wililshogtt et al., N.T. PAyWin; Elizalde and
Hillerl Klicalde =.d Korean; Cot~sn et 61.) indicate that &one buman tumors
differ in. r-heir act of anr"as. This could serve, on the one hand. as An
aid to differential diagnostics and, an the other hand, it could
llow, no to conetruct,a c=rr- objacttva lijoA hbout the nnn1o6ua of cellular
:
1-entl Of a nC0MJX= WhiCh the, t=Mr*,)r1g.A6tcd By %. Ir,
cf zlic of ejr7= s=t. Ve "ve. data rim a cyCochemLcnl JnVrVt'Aig
0f nonuipecEl.'ic hydrolasaa (alkaline .~d ac1d phosphatase) And SHIK (Schi
0
periodic acid] positive substances in the cells of ostcogenic Sarcoma (2
casaal. ot ost"blactoclascsnn.Q). EQine's sarcocut-0). ind,raticulaaar...
(Mz- ca.40.1.
We thought it prorAsing to Investigate these cn~rymed in bone cumorR,
=In= t:hz p~"euec c-z 1-3 an important characteristic of bone
Anj a Mandmtory element at specific srnges of osteogenasis. The latter
sug&vated that we would dncounter different qUanLitleS of these enzym-s in
different hune turors.
We t:sed the nitro.Len coupling, (azo combination) method with tt-napht-hyl
phosphate r-odiumoalt as a substrate (Pearce) to deterraine the Activity of
azid and al;.aline phosphare.se.
- 17

USSR
UDC 616.988.6-097
MAZUREli-KC), P. , ZHJILROVA, Ye. I.,
GURTSEVICH, V. E., and
STEPANOVA, G. N., Laboratory of the Virology of Leucoses, Laboratory o.~i: Systemic
Blood Diseases, and Division of Pathological Anatomy of Humam Tumors, nstitute
.-of Experimental and Clinic~il Oncology, Academy'of Sciences USSR, Mosco;k?
-~"Specifir- Surface Leukosis Antigen and Cellular:Malignancy ill Alice of the CC57BR
Line Infected with Mazurenico Virus"
Hoscowl Byulleten' Eksperimental'noy Biologii i Meditsiny, No 3, 1970, pp 100-104
Abstract: Mice of the CC57RB line were injected with Nazurezzlko virus. The time
needed for appearance of specific antigen in cells of various org,
-ins and tissues
was compared with the appearance of malignant cell transfor=vtion, detected
morphologically and by transplantation. Using the iirununofluorescence rnethod,
specifiesurface antigen was detected before the histological diaguosis of
leukemia was made and before the cells became transplantable. This antigen
was found in spleen, thymus, lymph nodes, and bone marrow aL about the same
relationship was.detected between the quanticy of fluorescent
cells an&the degree of morphological change,

c. N Ref. Code:
P051972
PRIZ-1ARY SOURCE: Byulleten' Eksper* ental'.!noy
Biologii i
Meditsiny, 1970, Vol (o9 Nr,3 PR
SPECIFIC SURFACE LEUKEMIC ANTIGEN AND CELLULAR ALALIGN.IZATION
IN MICE OF THE CC57ER LINE INFECTED -WITH XAZURENKO'S VIRUS
V._.E,.,Qq,~tseVich, N. P. Mdzu'renko, Ye, I. Zh;rova, N. balova 0. N. Stepanova
4nstituf Tirkeni wni~dv nf One Acis2emv
"Moscow
of Afodrcal Sciences, ~07f 111 ~b7e.1
A specific surface antigen, detect~,d by means of immunofluorescence in mice of the
CC57BR I! ne 1nfected xv i th Alaz ure nko's,virus,',~-as ~ revealed before establishing the cytohisto-
logical diagnosis of leukemia and before the q'ells:acquire& the capacity to transplantation.
The referred to antigen -was determined in injected mice approximately at the same periods
in the spleen, thymus, lymph nodes and bone marrow, this may be interpreted in favor of the
autochthonous origin oft lie leukemia studied, here wasestablisheda direct relation between
increase of the quantity of fluorescent cells in theorgan investigited and intensification the-
rein of morphological changes accompanied b the. development of leukemia.
R1 L J_N
198204

jJ5,5R UDC: 51:801
ARAPOV, M. V. , KARAPETYANTS, A. U., 14ALINOVSKAYA, Z M.1.1PROBS.Ti M. A.
'Some Problems in Deciphering Vitan Vriting.
sb
Y: -Issled. po =at. lingvist., mitt logike i inform. yazy'
_.kam (Res(arch on
-Mathematical Linguistics, Matbematical Logic and-Information Languafes-
collection of works), Moscow, "Nauka", 1972, pp 79-95 (from RZh_Kibernetika,
No.6,,'.Tun 72, Abstract No 6v626)
Translation: Some of the work on studying Klitan texts is presented
specifically, finding and classifying morphemos of.Klitan irord forms. Klitan
texts in digital transcription werved as the. initial material.
The described work was made up of threesmain stages:
1. Division of blocks into fixed
(the stem'and ossibly some word-
p
-forming suffixes) and variable (affixes) parits, establishing identities
between a number of symbols, findingstable symbol combinations,:and clas-
sification of post-fixal morphemes on the basis of their co-occurrence range.
pm,ts into
.2. Carrying out a formal procedure for, dividing the valriabl(.
classes based on the division.of-blocks-into variable and-fixed parts, using
the. material of the first stage.
79

XI-16~ MTHODS OF OBTAIHVIC 94D.SOME ELEC"ICAL PROM== OV ZnrAr 2 GEHICON
DUCTU
(Arttcl* b7 V. 5. Grtgar'yev&. V. D. Prochukhen, A. A. Yak-vertko. Lcntngrndg
rt-grallov 1. pit"
-A itudir was %Ad* of the a(fact of the growth coaditions,by the Bridge-
van and-max,tranoport rea~tioa oethad on the quality and hAbjt.oj~cryptola of
the Veracdaductor e'oepoutW ZnGerl. r
4,proceddre wan developed for the rtanufactur* of abate contacts wiLb
;InrAP Sam slectrophysA4;41 propartlas of minotle 71'.
rienGilo" -of the single crystAla obtained by, the -Srt4J*e=an'vathad wax.ce.
r-the -studlts.
rI*4 out A aptlol
nad-k-'af, t1te, affect, of, thOr"I iniORIIAX -in. Z4,-APAI. P -vapor
and &I"- this-, Intioduction of. edaixtures of~ the, andll group elements
-6 R ir~pftitls# of znC'VP It'-was devaastrata4 -thnt.dopendi"N a
on" it ca
the*, tail "tuts of 166 wasti Is. component, thel'annoiling candi'tion" or the
Introd, '000% of allayins elamentS , the, spiel Etc resistance and eantentration
of arao.'eArriars can be varied within brooduelts.
167
q.
1e,

UDC. 621.315-592
SFI&'RTSLN: Yu. V. Physicotechnical Insti-
VUL" S.:P.
tute. imeni, A.*Q140fe. Aa"adem~ of Sciences of the USSR,!: Leningrad.
..Thermodefects in
-CdSnAS2"
Hosco .w, Do klady Akademii Nauk~SSSR,,Vol 204 146 5, Jun 72, pp .1094-lo96
"freezing" the
which consists in
Abstract: A standard method of research
high-temperature equilibrium state of the cilass.of AIIBIAC2V semiccnductor
compounds was used to study point' defects in CdSnAs2, Single crystals groim
by the raethod. of zone crystallization were used. with electron concentration
of 4.5-1017_6.9-1018/ce at roon temperature., Carrier concentration and
mobility of charges before and after heat treatment vere oalculated from
measurements of the Hall coefficient end resistivity. 51.1he. Coef ficient of
f .10-7, C t2/
diffusion of point defeatt-, wan found to b,-, Qf, tbt~. oriler 0 2 Ir 6,
which ir, typical of the vacancy mechanism of, diffusion, T~, was ound that
as annealing time increases, the vlectron col,.contration fly,,nt Dilln to a
-h( I line f or
certain minimum and t --n increa,-cf!. 111,he ratio of the. a=ea.ling
mini= concentration to the logarithia of tho' ~ initial electron concentration
is a constant. This behavior of electron concentration ft iattributed te.)
the effect of two competing processes. In the first otage the arsex-1c va-

USSR UDC [537.226+537.311.331.-[537+535]
IQ N. A.
RADINOVA, L. V. , PROCHUtMN V -D RADUL,
"On'the Effect of DevIations From StoichioMetry on the Properties of the ZnSnP,)
'Semiconductor"
V sh. Nekotor vopr. kh4mii i fiz. po1uprcVodnikov sl.ozhn. sostava (Cer-tain Proh-
lems of the Chemistry and Physics of Semiconductors of C oralp I e.-.: co-n-position --
Collection of 1-11orks), Uzhgorod, 1970, pp 114-117 (Prom RZh Fizika, No 12, Dec 71,
Abstract No 12Ye1317)
Translation: The effect of an excess of one or another elements forming the
--rystal lir
ze !att-7ce o-F ZnSnP2 on chaTge c=rrier concent--ation and :.-.obilitv is
investigated. An excess of Zn or P can he'Droduced both in the process of
gruwing the crystals and, ip annealing the latter in vapors of volatile CO:ZIDO-
nents. The -results olf zhe study are gi%ren:in,a. table. It is show-n that displace-
ment Drocesses and vacancy formation in the crystal lattice, which must
be taken int-o account -;n the a-1loying of this compound, have a considerable
effect on the semiconducting propertbes.of~ZnSnP2. A. Ya. 0.
149

If
~2-12 036' LiNCLASSIFuD PROCESSING L)ATE--20NOV70
Cl-RC ACCESSICIN NO-AP0116403
ABSTRACT/EXTRACT--[U) GP-0- ABSTPACT. THE ABSORPTION SPECTRUM OF CDSIAS
SUB 2 1-i I TH C HALC GP Yk I I E S TR UC T U-R EG RG-VIN I FROM A SUN. OF CDAS, WAS
GBTAI~NEG AT R-OUM TEMP. ANU 0.7-15 NU. THE TRAN Sli IS $ [Oli COEFF. EXHIBITED
u
A SHARP INCREASE AT SI-MILAR TO 0.6 am NGI ro YHE OPTICAL
MU, QCKRESP
-WIUTH OF~ Tl--L FORBIDDEN ZUNE. THI-REAFTERr THE TRAN$MISSION GOEFF.
A, MAX. 'OF 46PERCEN11 Al SIMILAR TO 12
LNCREASEU LESS RAPIDLY, REACHING
.,k4tJ' AT:I2.8-kU ABSGRPTION WAS 08soo - WHICH-GAN:~ BE kELATtt)' TO LATT ICE
O-R:--CCMPLEXES. --.MEASUREMtNTS,~.rj-,F 'AaSbk~FIQNj ~C()Ef4S. :IN THI:-
D IT
~45~-1-65~ E -R-E: KA-1 'AT 'DET N. 0 F
E
-h - 'H~ ~r
THE:AIP
it- ,ikii EN i? ~~i4 t 6 iT H OF ~T -bRBI0D8N-7-0NE IN THE
-ZGNE WIDTH;
LARGEL-48 URPTICN REG -N CGFREESPONIDE*D: TO- 'AN :A8SrjRPTFdN' COEFF. OF &TIMES
.10 pRItfE2'CM PRIME NEGATIVEI. DUUBLE REFRACTION hAS1 NOTED. BUT NOT
~-MEASURED QUANT* FAC.ILITY., -Fr-
:F I Z TEKH. INSTI. J14.
USSR.~

Ab4trd'c'!t*in"g' selr*'v' R'f. Code:
A N ice: e
cc
AL ABST;*,*.V- 76 ZO,
CHEMIC-
41h
103334c Preparation of CdSiAsOn the vitreous,state.
tovets, N-L S. Cro yuh v Prochukhan-Ir. D.1w
ogunova N,;A. er
Al (kiz=ekll. . Inst.- -, ith Ing T, 'SSR
YO W., 1 -4 k f 1971),,, hem]
1190f -20 Ys
(Rus,-)- A vitre'M-S fat-in; 6 C;d iM2~ c - ),y
is~produ rd ening a,
melt contg.stoi~fiiiDrriiti;i~iiiits-.!ot-;116 1e dS' sg~
m en, ts ~md
t --d
lihi6 is prepd. d'-
~.accqqingAO;4.~tup. Wd ilekrib d
eva,
-.h k'sernlco u r ttesi; sof ing
ki. d po,sses-
. 1. 1. ~ i -Tkl.

UDC 533.6.oll.8
USSR
_ZTJYE
V, N'D., KALUGIN, V. M. and PROCHUKHAYEV,: M. V.
til nvestigat ion of Rarefied Gas Flow Around Flat Plate Wi th Sharp Leading Edge"
o sibirsk, Sb. Eksperim. Issled. i Vopr. Modelir. Techeniy Razrezhennogo
N
vo
Gaza (Symposium on Experimental Investigation and Modeling Problems of
Rarefied Gas Flow), 1971, pp 3-9 (from Referativnyy Zhurnal-Mckhanika, 1973,
Abstract No ZB26,7 by*V.S. Galkin)
lation: Results of inv'sti tion on effect of th tempera !ur
e ga the e t a factor
0 '11 1 n the flow field arameters aiound a flat model at N, -_ 4,5
0 p
and 8,: designed for 40 and 400 respectively at I cm:in a vacuun-i wind
tunnel, are, presented. The model is a flat plate with a sharp loading edge
(thickness 0. 05 cm, /A < 0. 25, A ~_Iength), the half -openi ng angle of
0
the wedge at the leading edge 10 , liquid nitrogen circulating t1irough
internal channels maintains a temperature of T,, 78'K at the W-_sic part
0
140 -nts were made
of,the surface, K near the leading llvleasaremu
by means of total pressure probes, free -11101c, cule thermopi~obc made of
..10 micromm diameter wire and by the glow discharge metbad (see Kahigin, V.M.,
1/2

USSR
ZUYEV,, N. D.) et al.,, Bb. Eksperilir. Issled. i:Vopr ]Aodelir Techeniy Razrezhen-
nogo Gaza, 1971s pp 3-9
Zh~ Prikl. Mekh. i Tekhn. Piz (Journal of Applied Mechanics and Technical
h ekl n
Physks),, 1969, No 2, pp 106-109'1 Referativn~y Z urnal-M ia ika, 1969,
y
Absi NO: I IB 38 3).
Data on the shape and thickness of the compression jump,and profiles of tem-
:pe,rature, density and pressure ar ented., Reduption of -t,~ ~ from I,to
~nljlres s--'In apprec
iable reduc't k~Ja r th -ic nioss. The use of
ult =4hoid k
_-:diffiiIarit' t obstin'-It
d
y parame er,propose
m
"0'
where is the Chapman-Rtibezin constant, makes i t p ass i b Ito corrclatc
-thc~effects of f14 w and
7~,, on the ahape. Of'thC t,'02-nj)reS5iOD jUIDI). Wit))
-1 at the, surface of the model a':stronixitemperatureAump is observed.

USSR UDC 533.6.011.8
VARTANOVA, S. V., POPOV, I. V., PROCHUKRAYEV, bf. V. , Moscot-7
"Study of the Effect of the Angle of Opening of Conical Nozzles on the
Flow Parameters of a Raref ied Gas'!
1 -178
Moscow, Mekhanika zhidl, gaza, 5,. Sep/Oct:72, pp 175
Abstract: A study of gas flow in conical nozzles with half
-opening angles
a - 15-350 in the range of Mach numbers from-4-11 at static pressu:-.
at
-the -cutoff. section p = 0.2-100 n/m2 As described. It is' noted that there
are many dif f iculties both in principle and of wa engineering hatuve in pro-
ducing a hypersonic f low of a low density gas in nozzles 'of wind. ninnels.
The growth of the boundary layer at the walls of the supersonic nozzle essen-
tially limits the possibility of producing1lows with larr
e Mach ntnbers and
sufficient isentropic cores. It Is also observed that one of the wiethads of
improving flow characteristics is cooling the nozzle wallis so that the thick-
ne6s of.the boundary layer decreases..and the effective angle of opening of the
nozzle increases with a decrease in the temperature factor t T ITO. The
W W
1/2

USSR
VARTANOVA, S. V., et al, Mekhanika zhidkosti i gaza, No. 5, Sep/Oct 72,
pp-175-178
effect of deep cooling (t 0.135) on the flow parmneters was investigated
W
for a nozzle with an angle of opening a 20*. The calculations provide an
empirical relationship for calculating conical nozzles in the.range of angles
of.half-opening from 15 to 35'. and values,oft from 0.135 to 1.
W
are,given showing that a shock wave'of Iow';,intensitywas~~formed in a nozzle
ith a 150- which is attributed Ito.th e ifiterictic n of the bounda!7y layer
with the ncinviscous flow. A decrease in -the thickness of the boundary layer
in the'region of.tbe output cross section at the nozzle %Ath deep cooling led
to a decrease in the curvature of the outer' boundary of the boundary layer
and to a weakening of its interaction with the I low; An Increase in the angle
of.the balf-opening led to an increase in the interaction: of the boundary
layer with the flow and hence to an increas~eiin the Inten of the shock
wave. The photograph of the flow for a - 35' shows that at high angles of
opening of the nozzle (a > 30*), the flow formation approximates in character
the flow formation in Fred jets.
2/2
27

Re'f Code
Acc.. Nre,,, Abstracting, Service
05540 CHEMICAL ABST..
f0 125458y Effect of Water vapoi on the delqdrwi~.n of 14INaa-
PsOlo.12H20. _rqKIjuchenko. M-11. - vsva 'a;
_0
Prod ag.. jj. A. Neorit. RD n Minsk.
USSR . 7esTii A kad: NatrmT Bd&us, Sm..
o
1), 12)9_~37 (Rubs). .1 The kl~eiks'were studied ~Ulow-telnp_
dehydration of 'Ki
Nalpiolq-12HO in an: atm, of water vapor.at
-9-tritu Ak. Th~ proc'
-ssures of 2.6, 4.6.,' 7.4, and 13.
pre ess is
studied bv ineans~ o*f paper c 6mito I' -x-ray,
hr '~iid iranal.
91,4p ilc'~
Preliminary therniogravimetric expts ' ihow that;lwithin' the
fillilts of: the pre�s6ies~itudied in jhhibiti~gaciion.df ~vater v'apor
prt~domiiii~ites~:~-~T~i,kin'e*tj-c pmarn'e'terj~as alsh ffiU6 daS6 of fie-
hydiati '"th-b6 ng.*' tion of rel-
ion in vacuum, as,,., aspeqs; c giani
'pid of s64i leis of *t.
aiive,ly ra 1 dehy4r,
'I d 'broadening 6C die' first'sec-
Increase m vapor pressuft, ea s. to- a
'tion at the expense of iredn..of the "'section. Ari,imreasein
the pressure of the. w'ater-vipor in the Ifinits studied leads to a de-
N'Wa
crease in the rate of dehydm.tion of jPsO,;,.12H20_
C. J7 Steinberg
REEL/FRME
M7

OATE--23OCT70
IN PRESENCE
CIVIL AND
JAGS-m-OPTIMAL AUTOMATIC CONTROLP ERRORv. MEASUREMENT, NEj,.;ATIVE
jl_'-l~'-FEEDBACK, POSITIVE FEEDBACK
-,~,-_PROXY' R.EEL/FRAME--1988/1484 STEP NO--UR/01031701000/003/("038/0041
C- I RC -ACCESSION NO--AP0106240
UNCLASSIHED

"t 7~
Z12 017 UNCL AS Sl F I ED' PROCESSING DATE-230CT70
-IRC ACC-ESS 101% NO--AP0106240
-:~ -,"ABSTRACTtEX TRACT--(U) GP-0- ABSTRACT. THE RESULTSI OBTAINED IN (1), ARE
GENERALIZED: IN TH E PRESENCE OF MEASUREMENT ERRORS 114 THE FE.-DBACK
-IRCULT.
WICLASS if LEO------

02-51 UINCLASSI FIED: PWCESSiNG DATE-- 20NOV7 0

D,~
-2-12 025 UNCLASSIFIED PRCCESSING DATE--20NOV70
C:I Rr_: A Ct 1: S 5 1 G IN NO- AP 0 13 0 0 2
ABSTRAC T/E^X TRACT- (U) GP-0- ABSTRACT AN EXPERIMENTAL CHECKING OF THE
~THEGRETICAL, EXPRESSICNS F 0 R THE AMPLITUDF~ AiND PHASE FREQUENCY
_CIHARACTEF~TSTICS OF A LUADE0 PHASE.INVERTING ORIOGE W RIED OUT. THE
~~S, CAP
T.RANSISTO.411EID RC~GSCILLATCR -INCORPORATES T~O 6;tIDGE TYPE
'RC PHASt INVERTERS. TulE FUNCTIONS OF THE 'FOUR TRANS Sl'ORS A.'~E AS
TFE FIRST TRAIN~iiSTOR VJITH:C011010-14 EMITTER AND CONTROLLED
1~4-_LOBACK 3 !AND
F,UtiC flONS AS,- AN AMPLIFIERP THE SE%'r ND. THE THIRD
TR-Aj%S I STOkS FUNCTION AS t3RIDGE'TYPE PHASEJ INVERTERS:,' A N D FOURTH
---TRA N S I STOR F UNCT I ONS AS AN EM IT T ER. FOL LOW ER: THE LATTER:.Hc-Lfls TO REDUCE
-INTERACTION OffiiEEN ONE AND TWEE. TH;! S
STAGES UF TRANSISTORS
WAS BUILT ~41THGUT A: NJiNL:IiNEAR`INE.RTIA ELEMENT, 0 AS TO PROVE
5
-THE: POSSIb[LITY OF APPLITUOE C0,MPENISATION IN, AN 0SCII.LATOIR klfTH LOAL)ED
'R
~BRI DGES. TFE OSCILLAT~~ FAE;)UENCY CAN HE CONTRoLLEO~tJTH. EITHER A
_.-;RESlSTA'llCE 'TYPE OR CAPATIVE TYPE TR _-VNDAMEj\)Tt,L
ANSDUCER. T'H E I
~AOVANTAGES. OF THI S FM RC USCI LLATUR - ARE: I. FREQUENCY DEY[Af ION 15 MORE
~'THAN 100PERCLiNT . 2. ~R;EQUEjNCY CONTROL IS ACHIEVED BY A SINGLF ELEMENT.
I*- FFEGUENCY DkIFT DEPENDS CN 114PE0ECT-ION OF AESISI'OkS AND CAPACITORS
bF.AFE.:PHASE INVERTERS ANO 15 RATHER_ SMALL. 4. T I i EPARASirIC AM 1)
OES
FkCbEV 1.5PERCENT FUR FREQUENCY DEV IAITI 014 OF. 100P,ERCENT. . 5. THE
-c'4_,PQSS151llTY f, F LSING THEkYIAL NONLINEAR ELEMENTS W f T H 'S HOP, T TIME CONSTANT
~,X-:S TAB I L I Z E THE GUTPUl VoLrAGE.,

T".
ji
J7
USSR ums 62..1.373-421.15
MARINOV, YU P, ANGELOV, A. I.~,
-Modulated Transistorized.RC-Osaillato",
Frequency r
Ylkoscowp Radiotekhnika, Vol 25P.. No 2, 1970si. pp 6~4'74
Abs tirac t. An experimental checking of the theoretical expressions
-d phase-frequency characteristics of e. loaded
for he amplitude an
Sr
phase-inverting bridge was -carried. out* Tw'invel~tigated transis-
torized-RC-oscillator incorp.0re-tes trio bridge,-type RC-phase inver-
Vrso- The-functions of the four transistors are as follows: the
f irs t 4tr ans is tor with common em3-tter, and -controlled negaik;i,-'re f eed-
back functions as an amplifiderp the sec6nd and the third transis-
tors function as bridge-type phase inverters, and the four-ih tran-
..sisuor functions as an emitter follower; the latt4r helps to reduce
interaction between stages of -branzistors one and three,, r,'.Ihis
oscillator was built without a nonlinear inertsa eleman~, eo as
to prove
the poesibility of amplitude compensationAn an osnillator
1/Z
17

-110C 519.24~
GERMIN, V. A. GONCHAROVA A. Ya., MIRONOV,. N. A. ,PRODEUS, A. X.-
"Influence of Errors in Quantization of a Random Process on Accuracy of Measure-
ment of Correlation Function"
Metody Predstavleniya i Apparaturn' Analii Sluchayn. Protsessov i Poley, 3-Y
Nses Simpozium. Sekts. 3, (Methods of Representation and., Hardware Analysis of
Random Processes and Fields. Third All-Urtioa Symposium, Section 3-Collection
of-Works), Leningrad, 1970~ pp 71-76, (Translated from Re,,ferat,ivnyy Zhurnal
Kibernetika, No 5, 1971i Abstract No. SV196'by-A. Dorogoiltsev).
Translation: The dispersion of the estimate of a correlation function of a
stable process is studied, constructed on the basis of discrete observations
of' the process, distorted either by additive randon. addition or PTOCIIICL~d lit
random moments in time, differing 51i9litly from fixed notirzindom moments.

USSR UDC 62.5.681.3.007
MASLOV, A. A., PROFINIOVA, R.'P.
"Problem of alculation of Linearly Approximated Functions with Even Distribu-
iion of Error on. Low-Power Computer"
Tr. Mosk. Aviats. In-ta [111orks-of Moscow Aviation Institute), No. 194, 1,970,
pp,101-105 (Translated from Referativr%yy Zhurnal Avtoniatika, Tele"'Iekhanika i
Vychislitellnaya Tekhnika, No. 4, 1971, Abstract No.4B67~1'by
Translation: Amethod is presented for calcu'lating linearly approximated funct-
jons,, (LAF) for exponential functions and functions described bv exDonential series
-ibuted error
~by iteration, The method allows LAF to be produced with evenly disti.
throughout their entire intervals with the require-4 degree of accuracy and cal-
culated on low-power computers. The essence~of the method~*.is as~folloiqs: for
an-analytically fixed function y--f(,x) with.established limiting values with
respect to X and Y and number of intervals N,; the initial d.,,~Jta accepted are tile
equal division intervals along the X axis. During iteration c,
a1c lation, dis-
0
placement of the boundaries of intervals occurs (with the exception w~ the
limiting values of the functions) to the -right (or-the left):. along the X-axis;
t
he monotonic approximation 'the desired values, provldcs~c'onvergencc of the
iteration-process. The error in the 6pbroximation is equaliied by dis,placing
the coriunon boundary (Axm,i) of the mth and (m-I)th intervals. on th'o iteration
1/2

- -..- 1. 1 - * ~;-- ~ ~;vl~,-~!, - , I . , tj, ~ , :.il - - -, -,
- - . - - - " -~ ;,-,j ~ , 1, .1 -1 .:1'- ~ , ~ ~ , j~ " ,
, ; ; ~j ~,~ - " " ~;" '.1, 1 ~, i
- I I - .i t . I
-- - , _ - : - I ", ', '-~' -- -, - - I ~! , '! , I. I i .. I I .
- -1 . -~ , : ; ~ ;,~ , . "- .

2-12 032 UNCLAS,SI Flif-D P,ROCE'5SINS DATE--020CT70
CJRC ACCESSIGN NO--AP0110240
p_AbSTRAC-T/EXTRACT--(UY GP-0- ABSTRACT* ~~THIS SHORT ARTICLE OFFERS THE
;',,,,-,,~,~FUNCTIO~,'AL:..SYSTEM FOR A COHERENT DETECTOR OF ~RADAP. SIGNAL,!5 OF UNKNOWN
",-AMPL-ITUDE IN-ADDITIVE NORMAL NOISE 13F ONKNOWPOWER. THE r)ETECTOR
UNIFORMLY, MAXIMUW POWER U\1-31SPLA'ED
]PERATES INJACCORDANCE WITH THE
AIPRIORI. -414G THE
.`-...DETECTION RULSE AND DOES NOTIREQU[Rf= INFORMAT40N CONCERA
NOISE. LEVEL_ OR THE SIGNAL, AMPLITUDE. ~THE~IFOLLOWING ASSUMPTIONS ARE
THE SIGNAL. REFLECTED! FROM ~IlH E T!'AR GET'. IS. A PERIODIC SEQUEACE OF
~,~~.',PULSES WITH~UNKNOWN AMPLIT.Ua.!E.S;-;THt-NO~1,SE.I~IS ADDITJVE AND AORMALj WITH
UNKNOWN -DISPERSJON;* ~THE RECEI.VED-1 OSCILLATIONS': ARE GIVEK ~COHE~RENT
PROCESS THE OPTIMUM DEJECTOK~,HAS THE FOLLOWING JMPORT4NT
cHARACTERI&tICS: It IS INDEPENDENT OF'.THE PRIORI UNKNOWN PARAMETERS OF
~AMPLI TUDE AND 01 SPERS ION;, IT~ WAr