SCIENTIFIC ABSTRACT VOROBYEVA, Z. V. - VOROMIN, YE. S.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R002203530008-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 10, 2001
• Sequence Number: 8
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

USSR UDC 616-24-008.4-073.916
v V., Second Maerapy Department, Central Institute for the
17vanced ng of Physicians
ing 133ve
Stady of Gas Absorption in the lamas us
Ce
)bSCOV3 Y~editSnSkpl -~0109'Yal -197~t pp 7-13
No 5,
Abstract. The author describes a n-athematice.1 made! of =Lss exchange of
gases in the 1=gs using xenonjtlie entry-9f.external gases into the lung
-e
capillries is a three-stage process ~-- their.must pass tbrough gas EL11 ad), in
tha.lungs, tissue of - the. --,e---bxane,. 8~a.t lui~v' blo, od;i hence "mss exchange" is
penetration of . substances thr~ several. me
d-Aa.) ~ The model vas used to
characterize gas absorption viii-le- simultaneously dotermitilng
the residual
volu=e, total lung ca-mcity, and uniformity-~o.r ventilation. Aralues are given
of rass exchange under norml conditions and iii such diseases as acute pneumo-
nia, sarcoidosis lung cancer, anenia, and.so forth. The procedure can be
used as an ijx-Ae;;ndent diagnostic test of lung function and as:a means of
evaluating the gas supply of the body.

la. t~ArE- L 3'10V 7 0
Al C -1SC -,PF STIMY f)F ME 4 T, --~j L OF Ti-;E Filo*,~lS j~
-PA-,ASYAP!!T-if--TlC U-Aill~',LIONS NE UT ON ES 5 ~~U
:A U T iii-4
.-t 03)-~~ZA,'-,#VAI 1 S. s ljOROLAYEVAND, .V.,S. , Y!-- U 0 \j S A
.FQ--USS;
~C OUNT RY OF I R
,SGURCE-F-1Z.1 ZHURNAL 1MR41 -f. t-i SECHENOVA, 1970, VOL 56,
INR 5, -PP 71;-a--124
PUBL I SHED--- 70
~.UAT E
.:SU3JE'
C T 'REAS-BAIJ)LOGICAL VID MED I CAL S C, I N C E~
top C C, j 1 .iA,
10 PO T E N 71 A I
X 1 NG-t-40 PESTR
5:~CCNT.. I CT I ONS
-.:13fJCU-,',Pv'T C L A S STiC L S S I F 1-7,
$TH P
C~ m 71 a/ i",),t

USSR
UDC 536.24
Z4UUN B S.
Flow Arising in the Operation of
e Temperature Field of a Surface Cirm~-lai
a Pneumatic Installation"
V sb. MAGI Simpoz. Led i-yego'vozdeystviye na: gidrotekhn. so ruzh. 1972
0
01AGI Symposium. lee and Its Action on Hydroe,ngineering,Equipment, 1972
Collection of Works), Place of publication'n6t given, 1972, pp 301-303
(from '_RZh--Mekhanika, No 3, Mar 73, Abstract 36 3B918)
Translation. A circular flow that arises in the operation of' a pneumatic instal-
lation. on the surface of the reservoir, as a somi-bounded fan tur-
bulent stream. The thermal balance equation-As derived In whIch the velocitv
at a aiven, radius is replaced by irs average: Nalue. A ~ solution of the 6qijation
is obtained in the form of a Fourier series,._, T. A. Gfrohovich.

'-21Z -OL4 UNCLA'~SIFIE;Dl PkOCESSING DATE----23OCT70
CIRC ACCESSION NO--AP0120606
ACT/ EXTRACT--( U) GP-0- -AlBSTRACT INVEST IGATION OF THE EFFE~:-Ts oF
HYFOKNESI.A.0N THE WORKING CAPACITY OF .6 SUBJECTS WHO PERFORMED VARIOUS
SSIGNMENTS OURING,A.100 DAY PERIOD OF.BED REST,
MANUAL AIRCRAFT CONTROL A
WITH OR.W~THOUT PHYSICAL EXERCISES ON A,' SPECIAL STANO. THE NEGATIVE:
-:;--,.EFFECTS OF-HY-POKINESIA ON THE 0'l-_RFDRMANC,= OF THE S.UBJECTS ARE NOTED.
ROUTINE CONTROL OPERATIONS REQUIRJNG INSTRUMENT DIAL SCANNIN(j- AND WELL
-0 THe MOST.
COORINATED PRECISION MOTIONS WERE, AFFECTi"
UNCLASSIFIED

Microelectrottics
USSR uDc 621-3.'Oh9.7,9
VORONA,~A. V. , MATVEYCHUK, A. 1. SAPEGIU F .14.
-Circuit Base"
"A Holder for a Printed
Moscow, Otkrytiya, izobreteniya, promyshl6nnyye obraztsy, tov8=-yye znaki,
17. No 2, Jan 71, Author's Certificate No.290495, division H, filed 1 Apr 68,
piiblisfied 22 Dec:70, P 170
TrFunslation: This Author's Certificate introduces a holder for printed
circuit bases. The device contains, a base -and a spring. As a distinouish-
ing feature of the patent, the mass of the "iolder. is reduced and access
is:provided to both sides of the printed-circuit base. The base of the
holder is made in the form of a split ring !!quipped with an inner triangular
channel for the printed-circuit base, and aa.outer ch&~,nel ol' any shape
which accommodates a sDring
-loaded split:ring.

USSR uDc: 621.~()6.6-181-5
Y Cl
PARFENYUK, V. M. VORONA, A. V. , ZHDAIIQV], A. H. ,MATVE 4UK, A. I.
"A-I)evice for Charging Evaporators"
U
SO
-R Author's Certificate No 270433, filed, 20 Jan 67,: published 13 Aug 70
(from RZh-Radiotekhnika, No 1, Uan,-(I, Abstract No IV222 P)
Translation: This Author's Certificateliftroduces a device for charging
evaporators such as vacuum atomizing chun-bers. The dervice contains a
ratchet drum, a trough and a shield. As'a, distinguishing feature of the
patent the operational relidbilit~r of the device is, inproved by fastening
the shield to the trough, the housing of -the. device is coupled through
leaf springs to a roteting lever an .d t.he.. ratchet dxii- is :;~tted with
a socket which accommodates a plunger.

0 ss 0 SSING DATE-040EC70
NCLA I P! CE
-,T lTL'H--M'EASUqEM[-NT 0' ThE CROSS SECTION]POR SEC-OND. rlikDER IMPACT Or- AN
EXCITED MERCLMY ATUM WITH A CES IUI'l :A TO.4 f ~'.IiG 6~ PRIjilE.3U PL
p s 51 us Cs
UT HO Pl- 10 3B R ODS K I Y ,V.B.1 VoqoNcllEV# A.14,v TATAR INOV 7: ill,. A.
COUNTRY OF INFO--USSR
TEKH. FIZ. 1970F 40(5)p L 116-1 -7
-DATE PUBLISHED ------- 70
SUBJECT AREAS,--,PiiYSICS
TOIPI CTAGS--NUCLEAR CROSS SECTION, NUCLEAR ~REACTJ DNlt~: NUCLEAR COLLISIONt
EXCITEO STATEt MERCURYv CESIMMf PHOT01OW',.ZATION, ELECTRON EMISSION
CONTIROL- MARKING--NO RESTRICTIONS
CLASS--UNCLASSIFIED
:PROXY REEL/FRAME--3009/0078 5 rE P 10057/71'.If 040/005/ 1116/ L 119
CfRC ACCESSION NG--AP0138943

212 019
'~',.C IRC ACCESSION~NQ--AP0138943
~:ABSTRACT/EXTRACT--(U) GP-0- ABSTRACT.
THE CROSS SECTIO' *1 OF THE TITLE
REACTION IWAS DETD* AS (6 PLUS 09~.MINUS ~?-) TIMIES 10 pql.%iC NEGATIVE 14 C-1-1
PRIIME -NEGATIVE Z FROM EXRTL. DATA ON THE,.RATI0 QF~ITHF GAOSS SECTIOll OF
THE ZND ORDER COLLISION OF AN EXCITED ~HG. ATOM WITH A CS ATOM TO THE
CROSS SECTION OF THE POLARIZATION.OF C:.Sl ATOM BY THE Hc,.RESONANCE LINE
12537 ANGSTROM). THE RATIO OF THE CROS.~; SECTIONS ly'AS oup, FROM EXPTL.
DATA ON THEI RATIO OF ELECTRON GENERATED, C~URING THE, 2ND'ORDER COLLISION
AND THOSE GENERATED BY PHOT01ONIZATION * "THE. CONCN..., OF THE EXC I TE-L) HG
ATOMS WAS DETD. FROM THE ABSORPTION Or-, ThE 2537 AN(;5TR(3M LINE IN HG
VAPOR. THE EXPTL, DETD. CROSS SELTlON;'-Xr-EE0S BY'. SrMILAR TO 20 TIMES
THE CALCO. DATA (K. J. KATSUUkA,I, 1965; tf.~ S;4 I RNOV AN D0. FIRSoVt 1965).
UNCLASSIFXED~,

USSR UDC 62 1 387
WXAR-LIMANOV, G YE. X&TLITSM.-YU. U 4:. (1doscow glectrovocuum
Davicos.pom
#GlPW-,bi#cnsrge 1ndiC3tor Thyratron.:
U.SSR.A thor's certificate No 25466:/4 filed 4 Api~:68~, publi hild 17 Its r70 (fromm
4
RZh--Elektronika i yeye No 11, N.ov~mber 1970, Abstract No 11A142P)
Translation: A glow-discharee thyra t, ron into ndalifor I nf oraz t I on raadout without
breakdown is,patented. Inside the container for the da,vice there are arranFed in
series the cathode, three grids, and the recordLig, arjode in :the form of an extended
plate with a hole laterally offset in.relation to the hole for the first grid.
The colid plate of the recording anode shielde f vorn the, oba: e~ver both the lumin-
conce of the preparatory discharre a
s
o nd the. lumlPloacence of~ the recording anode.
The readout anode, which is placed behind the.xecordipg anod'"I Ca n be made in the
-form of a disk located perpendicular to the urraco of the ~r*
a nicording anode, or in
the form of a pin [ohtyrll, or-aring.- The readd'ut~rnwo iadlaffa~.t to the side
of the-, hole in the record Ing-, anode. Road Ing of inroraation id accomplished by the
admiseiarf-cf, signals to the readout anodoo durin 'wh.Vt;h firing, of the discharge
'Only takes placa with tho existence ofis dischorgttlai", the rel~ording anode. Quench-
ing of the dischargo;io achieved because, of puli i0,: supply I V1,

USSR UDC G2,1.394.662.2(088.8)
NEL, V. L.
OROI
V
"'Devic~e for Correcting the Phase. with Discrete Con.trol"
USSR Author s Certificate No 250206, r-iled 8 ~Jun 68, Published '42 Jan 70
(f rom RZh-Radiotekhrtika, No 9 Sep 70,:Abstract No 9D65PP
Tramslation: This author's certificate int'roduces a device. containIng an
input unit, a reversin.- counter, a controlleVdivider ind'* a naszer oscilla-
tor. n order to broaden the frequency tracLi-ng band, ~the controlled divider
is executed in the form of two k,and m bit c(runters, an&a module for com-
paring the states of the counters is includec.. between tha reversing counter
and the indicated counter for k bite. The ot:.tputof this comparison unit is
connected simultaneously to.the..counter inpuc-fox m bits'. and it is connected
by-~ adelay unit to the "clea-ring" inpuc oil: t'h e: 1COUnter :f V')rkbits.

UDO.621.~96.622:621.382
V.P..
Muo VYSTAVXIN, A.N., NAIFROTSKIY, V.I.
*00ne!erning Frequency Conversion Of Millimetter And Submillimeter Bands Based
On A.Volumetric Semiconductor Nonlinear Element"
V ob. PoluprovodnikoyM pribory i ikh primeneniye (Semiconductor Devices And
Their Application-Collection Of Works), Ho 9cow, lzd-vd 45ovistskoye Radio, a No
pp .7,2-9-3.56
25, 19719
Abstract:. An analysis including theory is, (~oaducted of.. the operation of a
mixeribased on a volumetric inertial, zemic.druiuctor nonlinear:element, Bpecific-
ally~ of, nrilnft at: helium temperature A'. 'computatica lo'wade,of the conversion
losses for- some characteristics ~of:the oplP~sting condit.16ne of a mixer, taking
accoun t of the distribution of the field of the. hotero, dyne and signal in,the
voluma of the specimen, and various conditions of ubsorotion of the heterodyne
and signal. (A block diagram is shown of it dovice 1 r asuring conversion
ze
loseeal.) Anoptimi7ation of the material. paxameters io::conducted. Preliminary
tion!of,an InSb;converter in the
reaulto are.giveo of an experimental investi;
2- andA-mm wave band- 7 fig-. 1- tab* 20 ref

62~i of 4. 44
USSR u3nC
WaOT -7Z- 71 3 V. P.
Ex-,oeri:,ental Tnirestigat,on of Frea el;.CV
-u liers Bazed~ on Lqem~ conductor D~ ndes
~he Gi-z Freqtzenc~ R an
-Ln, L,
enen ~e: (S~~miconductor Dev`ct~~; an a e"I r
sbI. Po u=vodn. pribor~; i itkh Drin-
2 ~~-26o
-ks Vyp- 23, Koz~~'ow, "60v.. Vadio":
Aianlicati;Dn o-colf-iection of voi
(from Khi-Radiotekhnika, No 10, Oct 7a, Abstrac!-~ N'o 10D26),,
'I'ranslation: The authors give the results of aj,. experirnen-,,al inve-s- ii-.%,.Ion -~f-' some
J. I
uyppez of jt!,~ermmuhx-a taid g&liluri arsenide -,."w thi" cftt!!1I I.-)f
bling, -,rirding and in -variol;;ti dF~ must; ,,deer
requencys cou
desiffps: ,"in-line", with parallel wavef und "crossed find v-2rlapped." 1, e~ -
atides,
Lationshii):-, are given for the output power of t1te harmonicu, as a function of t, ~ i fz,,
inpim Dar-.!r and as- a fxiction of the input signtil. BlIbliog-raphy of twelve titles.
~Authorz' abstract.

rrTH0wU%lCJLi ;OpMnAcus lx~ F POLYCLINIC ANDAO~PITAL rARZ
MMD IM-r1ir 01 msmw
[Article by V.n
A bov Au~jl.
pul)ltc Comtttt,tal.c tl-,e mottQaw City
W,orka:a' ..D~iputica Md~co%_i, Sove:tkoye UrnyoukhrLnentyr Russian,
101. auhmi~Led 6 ?:,Ircl.) 197.1i pp 33-01
the d=aod*iwMosca;w, with rafelren ce 'to po cILn St, tuld
hoapite. cere. is- a 6urnial; inwa,..
:^Mhee proo~ito in Mt%ecow or r. bj~joclwd out neraork of Acictntific.reacaech
xn-rltu~e4;. C."in"cal !;oaplltalm, llpaci.liized e,,Dartrcnt9 an contwro.servi,.-rd
,.,y hjl~',,~y qwallflad !ipwciali~-v is klm renlon vhy Many "r:ar town ond
~.7 A I tttl. ACIhtO ConD to t1le therlptutic and pTnphylftCttC insritutims of 410-
raw ttt 7-olyclinic wd hoaptiLal t5edical caze. lt~ 1969 alo-ne, 11,1185 p4aicAte,
fToA other and rural -epiloaa visited Lite VSSR Ministry 0i Iloolth Inr a
:Vfrral to Morcov 4pecimi.ittu., 615 of them were, horpitaltzed; 31,313 pAtients
t:4 -A L* thc rk~rttp-,,im rocmi; of the RSUSK Kinistry of Health, and I,H47 oC the.e
-4d-V huzpltallv~a. Artcordiaa~ to th~ n-milable data, Vacre was no appreciable
of patients !ro3 other titloo ,,,I rural regions
I)o tum,~l t.) the MAR and F.',FIl ninistri es of health for a rutibur of prior
-14) ~.ru . Zratding zzo mid", ctatiatical nrudlem, up to M parcent of tbo indl-
10 ~Jldmala ol.!~lttad from itural r,31;iorts und other cities to the hullpitala,of Oan
tlala Public 11-Alth Adminiatrat-lon of the tGagorispolkom [Exacutiv-d cormAttoo of
the tWaca,4 City Soviet of Workers' rAputioaj. anid a mean of.about 30 percent;
ofm6uch itidLvkdqala arN hompitaltied ilft the.hospicals of scientific restatrh
In V.101w of Vile circumot-anco, it the request of the Main.,Vublt, 1.
A~lmlniarrAtion of lionp6ris p6lkom, jhe,,Uq~n oi llitalltN co, m"i,omiall04 the
rt, n-
L
n
inventizate.., a ~tlv w t It a admin t1tra-
'Ge ~vmax%a t;~m. of ~~iccw irt medical < op
tax e4nd ctt davai
dtffer~antUtxtd, cams. for sipeajajl.ze4~ forim 61 ouch 'cara wAtItt'dua tonsideratim
40-

USSR, uDo 621.-w4. 4.020-65:621. ~82.2
VIZU1, &.- 1,1111nim-i" 1Y, V.I., BERL111i A.S., V01101111 .1%710, V.P.
DFrequency 1-~altipliers Based Cn GaAs Diodes For MilliZnetexr: tInvolcinEthr."
Radi&LGkhni1:P- i ala1ktrcnike, Vol XVI I U o 6, Julie 15)72, PP'13W-137,9
Its are r)ramt~' tad of a study of treq ency triplors and. qued-
Abstract. Tile rssrd kli
ruplers of wavelenEths (27-505: GHz'j based cn Guits diodes. '111he Oublec'.
-h -n t
of the study was di2f fj~, .4 on dicdas wit junatir capacitance 0 0.24-0. cf
IV,
40
'r-5v = (Op-n . Rs) = 0.6-0.8 noac and a brealdown volta&e ZVI -60 v in an
7
C
ordinax7 metaiceramaic casing; and also diodes with a m-~~tsl cer-li cn-ductor barrie.
with~C 8 nsee and a volt,,Are o' 17. 2"
OV = 0-5--l-0 -r--2v = 0-5--o'
kAJ. s'ady of Mhe diedas i-;as
(in a amll-cize nctvlcem-nlic casing). Vie exoarimen'..
u fdo !'crogs overian' L',-reat
cond:actcd in a freq ency maltiplier of "he %rave!rj
tj type, w-th open circuits which h,ave a high ef iciency iind a
vnek-bles U
factoril~i hiEh outpUt pcrimr. It is~ aho-iih thot on tho of GaAs dicdeo .Ath
a r:3tF;1--sa=1ccnduct-,:-r bai-rier i~vid alao. of diffut;ic-i CaAo dicdes it is
to create effuctivo.frequency Ln.,ultipliern for millimetc-r vavolenrthi. The
prinaipal re~,ults of the ~14!~rk w ropqrtei at the 15rel i~urope--ir '"crow-ve Con
ere
forehoe- 3 fir,- 3 ref. Received by editpra, .9 Soptemb,~r 1971-
0- -

2/2 01T UNCLASSIFIED,, PROCESSING DATE--230CT70
X-IRC ACCESSION 7NO--AP0113598
ABSTRACTIFIXTRA CT-1U) GP~0- ABSTRACT. -REACTION OF CHIV) WITH BETA
:-..:.,,DIKETONES IN Ag. SOLNS. I S~ ACCOMPANIED,U~ RE,DN* OF CE ION. THE DEGREE
~OF THE-.REQN. DEPENDS ON REDOX-POTENTIAL OF BETA OIKETONES ANDJHE
DURATION
''OF:
THE:REACTION.
F AC I L I T Y'. MQSK
~,!'GOS. IM,
UNIV*
~LDMONOSUVAi MOSCOWv USSR-

UNCLASSIFIED

USSR UDC 616.981.49-022-39,599-.3Z3.41-036.22
VOROMS, N. P., DEFICHENKO, D. X. 0RODIHAPI K. YA. and .40DIN, S. G.
"A Dreslau'Epizootic Among Norway Rats and Breslau Salm6nallosis Among Humans"
Moscow# Zhurnal Hikrobiologiij Epideniologii L. Immunobiologii,: No 30 19'1710
pp,14-5-146
Abstracts In the course of a minor outbreak of Breslau s~alxonellosiB from
11-to 18 June 1969# a number of febrile persons with syikPtDzs of gastro-
enteritis wereadmitted to the~authors' hospital atlhe~:mte of 1 or 2 a day
for 1 week. A pigsty and adjacent structures located Inthe azea where the
patients lived was, found to be overrun with sick Norway rats. Several
measures to exterminate the rats were taken aml 4 days letter the Infection
diisappeared among the local inhabitants, with no new case!6 -reported. Cul-
tures Isolated from both sick people and. surviving and dead rodents proved
erqlo~lckl ahai-a teristicsi
to be identical in cultural, biochemicalt, atia
53

;- - ---p-
- - ~ -': -1
.1 ";-
, - 1,~-: ~ , -.'-I - -,
1. -- : i ~.~

USSR UDC 598-972091-185-5
XV10WIt T~i B1, , Modcow State
Ve Do, SM FOU, t~ and GCTIUBEVA
University
"Souni-Environment of the Longv-Eared Owl void,' Spectral Sensitivity of Its
usticl~Kervel'
Moscow, Z6ologicheskiy Zhurnal, Vol 50, ;No -9, 1971, PP 1,358-1,368
Abstrtats The sound environment of the lo4g-eared owl consists of three
components of unequal significance, The mo~-t impQrtanl. are.the sounds emitted
by objects of prey (squeaksand rd4lte-of, rodents), cries of nestlings and
f1edd',An,,p, and nuptial voices of adult bwlti., In orda'CAO perceive and locate
theses soun&-3, the owl's, hearin must~be.vdrir-acute and'highly discriminatory.
Sounds of~emergencyp alarmp~ sionp and' other sig4.tls ofcommunications
although~also importantl are. ~easily percoptfLble. Bounild Prodwied IcT tTees?
-other,plants, and nonbiological-objeets areiof much le~,ser signif icance.
The duration of biologically significantisolmds is 0.05-0.90 sec, and the
total frequency spectrum they cover ranges from 0.5 to!11.0 Khz. In the
voices of.adult ov1s, nestlings, and especic-Zly fledglingsp the whole spectrum
Is broken itito four to six frequency com cnts separated by, approximately
pon-
Iva
0 ual intervals, due to which thevotces hal, a hmotLous quality. The

591
lc~ Ev, 11. D. Guaz~'! 3 S A., 1i'. and VG-'R0AEr3,=, V. S. 's i I
3-, ol.Qgy Faculty, ~Xos=j State University
1
-0 0-
2. gical Sigz~als and F un C t i o n Characterii,,iCS 3f thl)~Pi~oo'41 'COUS+'-c z;tej"
urn Oi)shchey Bio"
LOP i, NO 3, 1970 ~pp 265-275
tract,.
Absl- The frequency range, spectral and applitude uham-cter".-ricz, duration,
timie intervals, aml front, of cour,',shlip cooing threat and ziznals in
"Pirgeo s. were sti.4iedl. All of
theso paramuters,: excc-_)t thia.rmectra.! one-, =Ow
CXaat variability. The relationship. between, th-, amplitudl,-;) ~ of th-, cochlear
Potentials and evoked medullarl mesenaephali~, and howisphara oozen-u _L
ia's, on the
one hand, ard.the parameters of'acoustie signal;; on the otlior. wore ai::io n;LudJad.
A ~com'oarit;on Of the at')0vo-mentionod parameters of the -wit-
m!d roflexor. and othcr nal char.--icteris%,ics o:.
'unc io t~-,o at~o'u.,Alc zy-em
in pi;eon4; failed to disCIOSO anq. sign"ificant 04r)-olat'011. 'I" '~~ '-waron cot, Lbil;
may lio "ho nat).zre of tho ecology of tha palpicii, whoao a4'.,;;u,3t -on
Jv i
doo-, not require tho"o zy~;tom5 to br; caxafully'.S4~ustad to i~'ach 01"r4ar. ;0-
0, Ocaca
unii -p 1 fj unlika fomu othor bird,,, tho pigeon d. oe,; not need to pomrUve an I
low-imqucjncy sowrid-s, becau~ie its biological slg4als are rwrruailytused in cc~n-
J"Ction u.;'~th vision-.
-.1, M,

!, - ! - ~ . -. , - . 1 , - ~ I . ~ I - : . I , . ; .'t , , ,
qd:l:DAtf~-r`- 04- DE610 '' -,'
ALKALt:ATOMS.

U N C LA S S IF I E 0 PROCES~SING DATE--040EC70
CIRC. ACCESSION NO--AP9118791
ABSTRACT/EXTRAC T--t U) GP-0- ABSTRACT. PO."-SIBLE NEGHANISINIS ARE CONSIDEREO
FOR THE.-TRANSFER. OF ELECTRO141C EXCITATION'ENERGY t.!Nl COLLISIONS BETWEEN
AN EXCITED ALKALI ATOM M SUBA SEXTILE (PRLME2 P S013J) AiND AN LRI)EXICTED
ATOM M SUBB (PRIME2 S SUBONE FIALF). A DIPOLE'DIPOLE INTERACTION WHICH
IS RESPONSIBLE FOR THE TRANSFER OF ELECT,FONIC~EXCIITATION' ENERGY IN
COLLISIONS BETWEEN IDENTICAL PARTNERS 114 SUBA EQUALS M.SUBB) IS NOT
SUFFICIENT T:O EXPLAIN THE OBSD. MAGNITUDES OF THE CROS5 SECTIONS AND
THEREFORE, THE EXCHANGE INTERACTION CA)'4~Ng LONGER BE NEGLECTED. I F THE
EXCHANGE INTERACTION 15 TAKEN INTO: ACCUUNTf THERE~ ARE REGIONS OF
NONADIABATICITY IN THE ENERGY DIAGRAM, WHICH ARE. PlitOBABLY RESPONSIBLE
F03 R Tli E CHANGE IN THE ELECTRONr
fG ENIERGY,srATES OF THE C!'JI-LISION
PARTNERS, THE CALCO. CROSS SECTIONS ARE (-,,OMPARED jflrH XPTL*
VALUES.
FAILITY: lNST. TERR.MAGN~ 'IDND~. RADIO, WAV~~.PROPAGATION# MOSCOWi
USSR*
UkLASSIPIED

Q~
SECTION VI
r
Of bi'JCIILMIS~vy And phyalo 10z;-4 of Xicrvorganizzz. "u;.11chl-
Description.
40 Durltie thin quarterly r~purtlng period, five now nrti,clvs v"rc
locat 'd frvm the Inatitutu of Blothezintry and Pt:yalclogy of Mcravv%znl~m4 at
Pus'achirm. (in the banlo of Oic" urt4cles, it wan possl.N~le to identity 13 Z
n.. personalities wiLli the Inotitutft. The personalLtiou, tho subjects of
t1m artirlez, and th~ det-. are Ztven belqt ~rJKW,19,
.-..C;;Iutzrjc acid (65)
1969
F.ntonln A. nnrlbloric pz.duct.~n IQ (fo)
(47)
A acid 19119
KarklIn'r.4, R. Y4. -oxoglltarx.: oeld 1949
-oxnglutaric %04 I'M
----------
(65) -
'onlutirtc ac'd 1410
czndloa
V. A. O-oxoglutaric acld~ 1971
1971
aeW
.Va.
u-cxo;1utaric acl-I 19710
(65)
, n. a-oxoglutarlc acid
in _t,
t
Two ot tiie five ne- ar Icles "a authored by ;~raon-iliti-v dive.dy id"ntiff'M
with the, Institute of ai.,.h-iatry ,-l rhyilul~,j of
thria articles dr-ilt with peniclIll- 1-wl cnv---Irton~ 66 ) and th~ other %Ath
methane oxJdlxln?, bactoria 09). AeferG:nco 65 v4~ Jointly iinucd from the
"Ova inntituta and %he lvintitut" or wlc,~Iolv~y imvnl, A. :~'rkheaahttyr. Riga,
possibly Indir4t1n; aopm~j join'. work h,!tw-!ri Ihe two (octlitlev.
10
im
7Z
p

q rn
Nuclear Science, aw Ive zlolo&
FRADN-21, M., BFEMIRT.Ohl, N. YE., YEMSHOVA Z. V. 1. (Deceazed),
BOQPNQ1 N
VORM-ML M.
V. M. KOZLOV, A. G., MAIMal, Y(f. A., li KI-PELOV,
KODTZOV>
-ISKF YIJ. V. , State CCm--
B. V* , RAGOZE Y, A. I., FEDOROV, V. V., a-ill 2HUSIMIT,
Mittee. on the Use o~ Atomic Energy USSR~ F-"rth Int er nat i o na I C(xfference of
the United Nations- on "he Peaceful Use of Atomic: Energy, Geneva, 6-16 Sep 71
q
De-velopment of Isotopic Pover Technoloa in tho Usspill
Mbsc.~v', Aton-naya Enerpliya., Vol 31, No 4 Oc`71, PP 358-365
Abstract: The construction in the USSR of isotoDic 'hex-moelectric generators
for;
poverin.- c3ceano.--aphic and - cation de~,ricc!s, hyarugraphic, automatic
radi-m-ieteorolog-'eal, mnsgaetic variat-ion statiow;j higL-elevation cosmic ray
'ion.
stati on B;F and other scien-ti-fic research sta and ground i nstallat ions is
reported on. The most suitable for.fuel apnllications* are isoto s: - i th a
pe A
balf-life .,Period the limit-s 100. days 'a 100 years (approxim-atelY 50 iso-
top---), of, which 12-15 cap- be obtained in 1-ge amounts. Most q!.antities
of fi-p-sion radicact_-e -_*~oto-es -and ,!so t-lie rmo~t w_i&,,_1y -us=-d radioactive
Sr9O) are Cutainal solulion~. To sir-ml-_ y
n of re f-,; ly -~~U,-! O.JE'rjt:!~-4~ 8 C1 --he Irr-auip concen-
isolatio, n ding S:,90,
L-nl--i2d oti cril -1 ox,~ late Drec i i)i tation.
-tration ri,.~!Lhod i~; citm Th(:- rrio...tt
P
prom! 21 r[; tcci -11-on,2 ;_-;J_o,1 ,;epuva~icn 01 ,Ilkc-I ine ith
isolation Of uu~-e tlie
1/2

4M
FRADIM, G.M., et- al, Moscow, Atomin ya EnerE~iya, Vol 31,, No 4, Oct 71, P.P 358-365
solution of di--r_-e4.-'-~ylbexylor'wbouhosnhori-c-acid in kerosene f-rom. a ni-Cric acid
-o' r r
medium, and a solution of sallicyl-a-ldoxime in tributyl pho~s- -hate f o ) an alkal.Lne
(sodium hydroxide or ammonia) solution. Currently cons-L127action has been com.-
pleted for blocks with activities.in the tens and hundreds of kilocuries a d
e~
an C '44 (20,000 curiesl, Sr9O (9000-100,000 :buries), and Cs137 (50,000-150,000
curies), and also blocks based on . Pu238J P0,211 D , CM242, and Co60, Tbe themal
Lo
capacity of tl'-,ese blocks lies within the ransa -1-1000 iatts. An em-Dirical ' rn---ltl-a
was derived and tested for the power yield: in an isoto-pic ttter-naal) block. Also
d1scussed is biological proteczion during development and construction of iso-
tope pover rources containing kilocurie amounts of radicactiv-- heat. In dea-lin~
with the conversion of radioactive decay enernr, the the7moelectric method ,.as
found to be most fully r-astered at pre."ent; 1~ir temper.,tpres serziconducto-r
th -auite, hift
materials (up -4-0 30000 have been obtained: u-i ,h efficiencies
as well as mcd-ilx-d-te-mnerature (3-00 70000 aud hieh-te.=D.-l'rature (higKer than
7000C] semiconductor materic-as. Combining different mat-eriala in the foria of
cascade elements already permits attaiziment-o:! 12-15% coiversion efficiency i n
protctjj~-es.- D~~mandS of minir.-am weight anni ziz~! and also, 1,qw b1-.-c!~gr-o7-nd of
attendant nc-~.-.-;.ron nrl-d Sr led to i.-orstructic.'I o--~' bo-1~-La"-~le Eeneratorzs
fie I ties of C .2 and Pa-2 "D (h i
f k, -ITG-67 ca~ea on PU- The urique proper" M
o
sPecific 7D.~ 7.-7r-r yi-~: id and fa i --rly intensify) made feaoib
U~
-UC~10.,! of t- C ~rni-er~.tors casc,~ded converters i.; J t ~i
consti v 1. - - .. t.
C,
w I(
2/2-
-A

U3SR
FRADKIN,: G. H. , BREZENEVA, N. YE. , YERSHOVA, Z. V. ,
~Deccascd), KUDYAUKOV, V. M., 7 ,KOZLOV, A.~'.G., 11-MLYM, YU. A.,
'U. V.
KIKIPELOV, B. V., RAGOZINSKI Ai, ~.,, TEDOROV, ~ V. -V. and CHU~IIKIN, I
State Committee for the Use of Atomic Energy USSIR
"Advancement of Research in the Field of Nuclear Power Engineering in the
USSR (keport Presented at the Fourth UrniteAp Nations International Conference
on-the Peaceful Uses of Atomic Energy held 6to 16 Septem~ber 1971 in
Geneva)"'
Moscow, Atomnaya ener-iya, Vol 312' no 40 Oct 71, pp 358-365
Abstract: This report cites data on the Sovi(~t development of the thermo-
electric generators designed for feeding ocenn~?graphic and nav-1-ation
devices, hydrographic, automatic, radiometcoroLogical, mapetic variation
atations, high-mountain cosmic ray stationsAn'll other scientific research
land utations. The report covers the scientif.~,c and'technical fundamentals
of such energy sources and cites the cb.,tracteristics of.some getierators.
Discussed in some detail are various aspects of'radio' isotiopic fuels,
selection, properties, distinctive characteristics, evalua.tion,~requirements,
cost,factors, availability, handling saflety factors,4nd fbrms of applica-
1/2

G. M., et al, Atomnaya energiya, Vol 31, no 4, Oct 71, pp 359-365
ition. The potentinl u.-C of cztractl~on separation of.alkali-eiirth elements
obtaining -pure- stro P- IS S~t e! comparative
char~~ctarist4cs of varl ia -u.~s~iln thermoelectric
us isotoOes taving! pa eat,' I
rs.' - Mu ch consideravon-is given to -Aeaiin:~ wiih~energy release
t
gen ra o
in.an-isotopic unit biological prote~tioft radioacft;,a,4ecay energy conver-
ion, thermal flow chart selection,and genprator designs4
S Described and
illustrated are some thermoelectric generators of various designations (using
c6144, c,137, sr", pU238, CM242(p0240)) including Beta-1, Beta-2, Beta-C,
-Efi:r, Penguin, I-IIG-67 (portable-type),and generators with cascade converters.
Millustrations).
2/2

USSR UDC 577-1:615.,7/9
L IN, V. P .
"Solvie Biochemical and Physiological,Changes in~ the Or6anism of
Workers in the Dye Shop of a lorsted-:'Jovibinel'
ivanovo, V sb. Maberialy
t I :3.r zda epi,,Iamiolorov mikrobioloqov,
_J
. . . . . . . .T'Fan.,
,4 nf elcts i onis tov-,-ri,:L irachey Iv&nov. oob
y en, 2. sov
T_t7i _e ta, klicro-
Tila-fi-ri7ars 0 riFst (Ionfererce of e or
i 'es
biologistts, . Infectologists, 'Hygieni'stsl and San'tation Me d-,
of the. Ivanovs!eav-a. Oblast--col-I ti f- works~) j 191-1p pp 287
ee 6n,
269 - (from R.Zh-Biolof7 iches ITa7a --'!To ~I, Nov 71., Abstract
11o, 21P218
Abstract,. It v7as found that neople ex-oosed to occunational con-
tacT_-_:TEh azo dyes for 2-6 years show ;~i si,,:rnf icant increase in
the content of radical 31-H-groups and a reduction in the content
of protein. S:E--groups in blood se.~,um,-.,d_-'-'.fferences. in the content
of overall SH-r,-,rouos and the activity. of. aspa_rtate- and alanine-
aminotransferaze.of the blood serun.pre.insignificant.

USSR ~.Mlc 669.o46-5
MBINOVICH, Ye I "le.-W and ZBOROVSKIYY A. A.
"E ct of Conve -Uxin the Melt on Oxide Impuritie.3 Distribution Along
f fe ctive g ol
the Height.of a Killed Steel Ingot"'.1.
Moscow; V sb., "Sovrerennyye prob.'emy kachest~a. stali" (MISiS)jCollection of
Works. Modern Problems of Steel Quality) (Moscow, Institute of Steel and Alloys)
Izd-vo "14etallurgiya," uv-~~ 61, 1970, PP 54-5T
Translation of Abstract. Results are presented of a inathematical analysis of
the formation of nonr4ta:.l1c impurities and their subsequent refining in steel
in solidification in a mold. The nature of mvlten steel:conrective rdxing dur-
ing solidification.and the distribution.of ox4des along,the beight of the
killed steel ingot are described, 2::figures, 8 references*
IVII rr"ill 7 1 ~-
mill
I ~w ~1.1

USSR 21. 3X3.2,92--~ 21. 383.52
VDC
BAMENBKO, V. A.: V. Ye.,; ST` J*,017, 0, S., F`rrsics
Department, Moscc,,T St3te Mal -i,.V
"Oa
Selecting Photo-receivens 'or 'Recept- or~ of Ueak- Signals k,~:ainsr_ a Noisy
Back-round'
Moscow, Pribori i Te'drlha El~sperijiientaj Tio 4, ju 1 /Au - 71, pp 10 9 - 19 2
Abstract: The paper- deals ~-iitll tile regis.nation capacity of phoLoroceilvers,
-fined ts Hie mfiilmun -h
which is do raffo of t (!~ signal po*-tr va tb,~- back-rourd,
pq,.Yer uthen the 1~.; wredeturviln~-d and the ratio I'S
L, q U -3 1t0 urli ty Ecperi mentai d'ata are gilrLla oil the re~i-lst:rnirn ca~pacity C;r
nhotomulti-Olier-s anti photod-iodes wn wavelen~ dis of ().().I and I. IS p. Three
--cc and
typos of photomultipll.(~,Cs with oxygen-silve.,.; -sioni caUtodcs -22,
F~: U -62,
-83) =d f our types 01 ger-a;allium ph
otod4pd-8,-,:(FD-1, -37; 3A i'd -6G) ,-are
..atuded. I It uas assumed tiat the photor(,Cei.v'ers 'Nave cinly shol- noise. The
emission source was a 1.0 W DC incai sceat lamo.
lde, CUTvr;!13 are given for rev-7s-
tration Capaciv?, as -- fule-tion of operating cond i-I
ricons I rid qi::antura yield.
it is found that the re-:Lstranon UIP a ci t~- of hotodicdcls:on a wayalength of
0.61.1vac, an enission Payer 6l'. 110 pW.is about ~20 times'_Ors high.as. the reg-i-s-
tration capacity of a -;)h')t itlip e e~ CLbr increasin- to 100 for a
2

- -- - -- -- -105-v- --
- ----- -

Acc. Nn Ref. Code: 'Z 0056
UI
38027
AP00
PRI,,;.ARY SOURCE: Zhurnal Eksperimontal'noy~i Teoreticheskoy
Fiziki, 1970, yo]; 58, Nr 1, pp-5
CO.NVERSION OF. AN INFMWED BIAGHVIT0 A. VISIBLE
IMAGE 13Y 'ONLIWF OPT14t, PuIVRODS
Mvlel eve'vi M. Ioz Il'inskiy, Yu. A.;
Soiomati7tillIV. S.
Conversion of an image from Lhe infrared.W visible range in a nonlinear crystal is
analweJ., The resolving power ij estimated. Gw~-ersi6n froat 1.0 ~to 0.53 microns in a
KDP crystal is obtained: tho nsolving powor:is,~.a lines P-t)r roillimetex.
p
-0,EEL/FRAIME

Instrumentation* A r-nd Squipmetit
USSR UDC 669.7.1.472(088.8)
Siberian Department, Gipro-metallur on-#.azh
gm
Design.Institute
"Device for the Rccovery of Cathode :11ods Durimr, Repair of
Almidaum ElectroLytic Reduction.Cellti!
USSR Author's Certificate No 263165~1 filed 4 Jan 69, published
43un 70 (from M-Metallurgi i
ya, No~ 13., Nov 70,JAbstract No 11
G117 P)
Translation: A device is proposed for the recovery of cathode
rods doring the repair of aluminum~electrolytic redaction cells.
To mechanize the process of recovery of cathode,: rods. and to
eliminate manual labor, the device contains a power-operated
runway, on which is mounted an electrical winch that moves in
the horizontal direction with the hel-> of a cable hoist which
slides along a sliding beam attach6d io the power-attached run-
way, To compensate for horizontal flo.-ces, which appear in the
d 'i tLe de
sliding beam during the recovery.of-I 64tho&ro S.,. vice is
with bra6kets abuitt~A.: A i j:
gain:a__'i,Ke;wa Of f4e cathode
N.uipped
casing

USSR uDc - 621 3.96.6-017.72088-8)
VOFOHIff G. 1., KUMETSOV, !. D. , MROKKU, V. bl. ,!-IIU HAVV
V. P.
watmV, V., S.
"A Device for Cooling Radio Electron,ic Equlj~ill'__It"
USSR Author's Certificate No 26844o, filed 18 oct 681'. published 21 Aug 70
(from RM-wRadiotekhnika, No, 6, Jun 71, Abstract No 6V292 P)
Translation: A devi c e is proposed for cooling electronic radio equipment.
The device contains a closed loop filled with a coolant such as polymet~~Yl
siloxane. Connected in series in the loop axe a pu= a-rid an air-liquid
radiator with air collector. To i=rove,thB orerating:efficienci of the
device, an evaporator is placed in series vLth the radiator *nd connected
by tubing through a solenoid valve to a coolant-filled vessel. The evapora-
tor is equipped with an ejector PUMP which ds connected to a compressor
through an air line -with remote-control val*re. Connected in the main air
line of the air collector is a second remotti-control valve. The control
w-Indings of the solenoid valve a-rid the remote-control:valves are connected
to a control nodule which is connecte4l in,tilm to temp
the closed loop and the air collector.

Z12 033 UNCLASSIFIEO PROCESSING DATE--160CT70
C-I RC ACCESSION-NG-AT0100963
.ABSTRACT/EXTRACT-M GP-0- ABSTRACT. DATA ON THE THE RM ODY N AM I C
PROPERTIES OF AIR IN THE 20
-240.ODEGRFESK TEMPERATURE RANGE AND lo PRIME
fi-.GATIVE8-40 ATM PRESSURE RANGE ARE SYSTEMAT I ZED AND Pp'ESENTED IN THREE
-CHARTS. THE AUTHORS I-AN RATHER HEAVILY ON PR.EVIOUS 14ORK BY OT14ERS (FGR
SPECIFIC RANGES) AND THEY NO
TE THAT AVAILABLE X PR IM E NTA LDATA FOR AIR
-.SHOW A GREAT DEAL OF UISPERSION WHEN COMPARED W I Ili ~DATA F04 PURE
.01
4PONENTS. FOUR POSTULATES GOVIERNTNG.,THE~ DERIVATION OF T~Ii: VALULS FOR
C
-N f4 o 13k
THOSE GRANGES -DEALT WITH 13Y THE AUTHORS :,A:P,,;.: GIVF A 'D ISCUSSED IEFLY.
ENTEO CAN: 13E USED FOR
~.THE AUTHORS CONCLUDE THAT THE IS DIAGIWMS PRESC
ENGINEERING COMPUTATIONS. THEY.NOTEP HONEWRI THAT THE LI,MITED SCOPE
-OF THE INITIAL DATA CAN LEAD TO EPROKS WHEN WORKING; BEYOND AREAS OF
-'TEMPERATURE AND PRESSURE COVERE0,11Y. EXPER t~,NENI ALLY, YERIFIEu DATA.,
:FACILITY:. MOSGDW HIGHER TECHNICAL SCHOOL:.
7'
UNCLASSIFIr

USSR UDC 669,245.01B.44(088.8)
PANASCYUK, 1. 0., BRUSILOVSKIY, B. S., VILKI~)Vi V. L volmin, ~ G '.'X YEGOROVS
YELIM 'LIM' W -76
_LYUBINSKAYA-, 1H. A If LENINA, 11IYdM'YL'0'V, I A RAZLWAYEV, YE. 1.
SIROTKINI A. I., SOLDifMIENKO, ~V. A., SPILITSIN, R. I., SHAPIR0, S. M.
"Nickel--:Chromium Base Alloy','
USSR Author's Certificate No 276418, Filed 2 Jun 69, Ptiblished 16 Oct 70 (from
RM-Metallurglya, -
'40 4, Aor 71, Abstract No 41766P)
Translation; The heat-resistant alloy has the followinp composition (in
C 0.03-0.1, Cr 30-40, 14 3-5.5, No 2-4, Ti M-1.5, Nb 0.5-1.5,
:Ce~~0.01-wO.3, B M03-0.0081 Ni" :kest ~~_!,Tbe:--alloy 4a~;: inckeased heat xe-
-
41 d I foliowi~-P
stance an a so -the me6hanilcal iind ph~s.L_,:a1-chem1c,,;t1 oroperties
at 1,1000: u 8 knhl
B :!n stress-r Iup It., uIre .I:~ 1,9 /w-, coefficient: of,
-6 -1
linear expansion 15-10 deg increase in weight af ter 100 hours of heating
at~1,200* in the air 0.6 gfm2. It is-corro~4on-resistant in a moist atmosphere
under tropical conditions, in sea water,~ard in the pro'ducts of combustion of
highly sulfurous fuel.

q
A MiCTIONAL APPROMN TO IN VIVO MODELM OY BIOCHEMICAL SYSMMS
EArticla by_r, _Yoronlr, E.G. Lankly, Institute oj Neurmloav,
'AtA 31- ikb Nauk 5S-,R.
of Medical"Scianceot, C~CO, .2 .7Ve6tn1k lic.
Russian, No 11, 101, pp 74-811
In the ln--t being made of ~-!Ie .1thod of
in the' tcra; Ding mnatogksc cr
%'rudy of hioche'Niedl Syr
dizital elettronic comp,4ters (cop,iter modelinA). Some of the rasults obtained
by this rethod are indicative of its 3tTeat pottntial in solving ape,:Ific
-tegories of biochemical problems. At,tha present time, =*o6ionzyme sv5 tems and
relatively simple systems of enrymes have been modelled Lit vitro (Garfink4l'
1967, 1968). Differential equations describing the dynamics of oarynatic
conversion$ wnra generally vsad.
Ing,to the criteri.00 of complexityt 1) monoraryme system in~'41
Illyaa I I In Vivo
yatems In vitro-_3)-vultienzymc sys;tPm
It is expressly the third level that is of sper-Lal Interrst for thos a
investigatiep, the biochemistry of the intval orranism, and In partitular~for
clinical -biothemista, However, significant success obtAL%7ad,b)t the ma4ted ~
o
f modeling is referable nely. to the first two levele thus for, -jhis.
computer
is q'.Ite understandable,
The constriction of In vivo model.4 of enzyme syete-a rn"Unters a
number of nigrif.cant difficulties. One of them is the difficulty of extr3rr-
ing the required blochemical Subsystem from the organism as a -hole. The
integrity of tho arganium find4 expression in. the Interrelated au~!, ccordlna~:ed
co~.srso. of processes at all levels of its organlzation% nolvclitv, cpllular.
tissular, orRanicv and systemic. At each of these$ in turn, thove are is r';3~~er
oi interrelated rerulatory and control subsystems 11). Com;rutatton of the
subsystem is also rendered diffleult by the cite fact thAt ~arlcu% metabollc
systems affect one a-%oth,,!r and.there are Yrultiple influences vxorted on eac!"
enzyme in the organism (2]. Furthermore, the la-a goveming vom* Ln, vivo
biochemical conversions are not known. Thus, the law of ctaxv a(~tton, on zhe
besia of which differential aquationa describin% the dyrnmlr-s of tnzymatic
%~!~rcactiona are formulated is valid only for reactions that lake place in ttw-
"x

iefractory Xatorialh.
USSR
R. -G-Ov' K. V., Cimny't'n- V. P.,
"Refractories of Caustic 14agnesitelf
Moscow, 2Cnou2oz-,r NO 3, Mar 70,, PP. 2-4!
I zact*
-ist- This azticle dencribas ~h- expr4ence --n mmifaclvure
A
and si~rvioe tosting of magnenite -rafrancto~~ios bazed n-i C-L ;-.:.7.
fraction powdor produced by roa--tintrr cauai~i6 =)3110S-'LQ -wit'l-'Out
sintering additive
s. The exporlmental pr.-~ductz %mra ~=da
tuble technological procoaz for the nroductton of ord-inazy
nesito produ ts and roaatod a, 165boG. * ~11h'o -Oroportio" 017 thri
rOa3tCd product3 are doscribed Tho 6;" rmaiio
0 n
tha
load in 4300C higher than t t callod for~,by the stamd;rrds.
race tests showod that tho oxporIzontaI I~rjc!j': worms ollonly vluvl~nc;
aporation, The. oxporimontal rofr4o-torios up zo~ mr.'a'~O ur.~
woll aa atandard refractorio3.

USSR UDC 612.8)3.31
VORONIN L G Chair of the Physiology of Hilgher, Nervous: Activity, Mo5cow State
"The~Behavior of the Sea Primate The Afalijie Dolphin Ttirsiops truncatus,
Monta
gu
Mar/Apr 70, Pp 191-20?
Mloscow, Uspekhi, Sovremennoy Biologii, Val 69j No 2,
Abstract: Tkis is a review article with 54 x-cfarences to,~eyperLmental studies
of dolphin behavior. Dolphins have probably the most, highly developed higher
nervous.activity among the cetaccans., The xc.-t suitable zzethods for studying
dolDhin.behavior are described. The views of various authors oh the degree of
develupment of higher nervous activity in dolphins are mumined.

u) c 612.821,6.001.~
CROININ.-L-G. . Corresponding Plember of the Academy of Scienciis USSR, KONOVAW~,
R. YA., and SERIKOV,.T. S., Institute of niological Physics,
Academy of Sciences USSR, Pushchlno-na-Ok- Rfiver
"Correlation Between Electrographic.Signs of Cerebral Processes and Short-
Tera.Memory"
Moscow, Doklady Akademil. Nauk SSSR, Vol 201, No It 1971, pp 253-256
Albstracts The LivestiCation was performed or: 70 healthy childron and adults
aged 5-36 and 46 patients (cerebrosalerosi6 or alcoholisa) wboze bloelectrical
currents were recorded (visual and motor cortex MG, skin-resimtance, ECGj amd
rj4G).j;jjilO they were boing expoued to auditory and v1sual, &tinuli and, the
seze time, the duration and tho volumooftheir short-tern memory was being
determined 17 the answeres they supplied to questions (asked at. progmssively
longer iutervals.) as to what they~had seen or heard, how much of It, and in
what sequenCev The period during ithich the Liitial~signs of cerebral excitation
caused by the emotionally inlifferent stimuli-persisted Ln the skin-resistance
records was longer In children arA patients t1= it,was in healtby adults.
The volume of short-term memory, on the other hand, was greatest in healthy
adults. Thus, there is a reciprocal correlatfi.olt,between'ibe-pdxr>istence of

USSR YJDC 621. 833. 81
VORONIN._b.._Q1,,,,. and KOLNOVALOV, V~ F., Chair of Physiology of Higher Nervous
--Roscow State UnIversity imeni H. 7. Lomonosov, and
Division of
Memory Problems, institute of Biophysics, Academy of Sciencee USSR, Push-
chino-na-Oke
"Physiological Analysis of the Interaction Eetween Conscious and Unconscious
Trace Processes During a Time C6unt11.
Moscow, Zhurnal Vysshey Nervnoy Deyatellnositi imeni 1. P_ Pavlova, Vol 20,
No 5, Sep/Oct 70, pp 899-907
Abstract: The interaction of conscious and tinconscious tracelprocesses re-
6ulting from the pairing of acoustic, tactila, and propriocep~ilre stimuli
with a light stimulus was studied by means- of polygraphic records (EEG,
SGR, oculomotor reactions). The light waisvitclied on for 3 seconds every
6, 9, 15, and 30 seconds after the end of a conditioning!stimulu's lasting
from 0,5-0.8 to 3 secs. It was found that.a pascive attitude oa the part
of the subjects toward the experiment cavsed ibrmation o~, traces primarily
at the level of the first signal system. Trace processes are therefore
realized with difficulty or remain unconseloui. Interaction between
1/2

USSR
VQ)kONIN, L, G., and KONOVALOV, V. F., Zhurnal Vysshey Nervnoy Deyatel'nosti
-avlbva, Vol 20, No 5, Sep/Oc~-70, pp 899-907
conscious and unconscious processes and their transition from one into the
other are principally achieved with the subject's attitude to the exper-iment
becomes active. The trace processes,formcd in the brain may be reproduced,
based on the mechanism of a "biological clock" vdAch may function at the
level of both the first and second signal systems. When the subjects were
passive or became drowsy, their biologi.cal.clock func tioned only at the
level of the first signal system., Time perception is!,possible only with
active analysis of the experimental acheme by the subjects and is based on
the interaction of trace processes in the sphere.' of both sigual systems.
~2/2
61

Z/3 025 UNCLASSIFIEb PROCESSING DATE-20NOV70
ClRC~_-AGCE SS I Cli N0--AP0132535
STRACT/EXTRACT--(Ul GP-0- ABSTRACT. A !JUDY WAS MADE OF THE DYNAMICS
F
0
FURNATibiN AND INTERICTION OF TRACE 'PACCESSES lWcfilt DREN AGED FROM
'FJUk TO SIXTPE14 YEARS. L;~4 T,,-i E f:: I R s r SERIES OF EXPIERIMENITS THE SUBJEcT
.hAS It-STRUCTED TO OP0,; H-IS EYES AND PRESS THE 6UrTCN &N-LY WHEN THE LIGHT
jv
WAS TUANED Ch; IN ThE SECUND SERIES, ~HE 'WAS TU RE pMODUCE THE OPERATION
AT THE MCM.ENT AHEN THE LIGHT WAS DUE TO :BE~ SWITCHEO ON;, ir-4 THE THIRD
~SERIESt i-,C' ~4AS TO ACT BEFGRE THE SWITICHING-ON OF THIE LlGl-tl-. FORMAriON
OF JRACE rlEACTIGNS WAS ACHIEVED WITHCUT DIFFIGIMY:11N T14E SUBJECTS OF
EEG REACTIO,4"5.,
-ALL AGE G!~GUPS. SGR, OCULD MOTOR AND 1,110TOR REACTI:GNS
APPEAREi;- blEFURE THE LIGHT -.4AS TURNE 0. ON: A:-I",.EAf)Y I.N ~'THE F:.[!'.ST EXPERIMENT.
6Y THE S~ECCND TO THIRD EXPERIMENT, THEY: AERE STABILIZE-0 A,,kqt) COULD
APPEAk, IN 60-90PEPC;ENT UF THE TRIALS. . WHIEN A CJINSCIOUS EVALUATIONS OF
THE _TKACE PAUSE WAS VUE (SECOND SERIES bF EXPERPME.NTS) THE 10MENT OF THE
"APPEARANCE OF THE LIGhT WAS UNDERESTIMATE() IN R()Sr OF THE CASES, IN
TFIkQ SERIES Of EXPERUME~NTS, MHEN J14-, SUBJECTS. it-EKE JRYING TO ACT
E;
-BEFOKE Tk-~E Ll GHT. WAS Swil TCHEIY, ON , VNIDEFZtSll PAT rolii bF- THE. TIME-WA
R-CuRl
Yck ENLY- IN CHILOREN OF FOUR _TQ Ifill ~14 TO 16 YEAR
'OLD 5fjb-JELT_S_E_X4CTLY EVA,
"7MUERz- AD -,-,AD V M FST,"I (x--.Tl CIV _-#PW~:~ 6R.-AND GTHER
~N
ud'I'Vt --A yi~ : '--.-U-- If, i i
lit Or''. HE4j'CTJC.~4 tl~: THC~ SIGNtIl (WHEN AT WAS
.FC;.:ZE jr~ ~JJYC"Jf'jG 0&..: - :tj MiCLUSICAl IS Mt-AWN THAT TOACE
P-k 0 C E S S E S I N FOUP TO EIGHT YEAR OLD CH 1 LDR~ 14 ARE r-GRMEV SiAINLY AT THE
LEVEL CF. TJ-E F1 RS T SIGNAL SYSTEhit ANI) jt~ lilt. TO jj~ YFA,zR OLE) SUBJECf5s, AT
THE LEVEL OF BUTH SIGNAL sysTEms.
UNCLASSIFIE.0

r-
F~~- - ~ -

USSR ux - 612..821.6-001.5
VORON131 L.G. Corresponding IA-kember,. Academy :if Sciences, and IMOPETA) S.A.
!tAg'e Characteristics in the Formation of Systems of Conditional Connections
'With Different Degrees of Information~'
2y ~br 70, I)P
14osco,w) Doklady Akademii Nauk SSSR, Vol 1g1,. M IL90-492
Abstract: Kseries of experimental problems were devised, whose solution de-
pended 'upon comprehension of the information or instruction, and upon the
formation of a system applicable to the situation. The subjects were pupils
from grades 1-10. The problems consisted of intlertion of ltlaqp plugs into
theirproper outlets, witli differentplugs for Cifferent outlets. The time
it took to solve.the problem w:is the measure of systemic development. From
es 1-10 solution took: 28, 20, 1
grad 9.5, 16) 16.21 16.6, 1511~~ 12, and 10. min.
In other series the results were similar.. Th6:'p,_ateau in t1av case of gradeo
5-7.i5 the-period.of experimentation. Generally the young piApils tried to
''solve the problems-without any syntem, and frequently they g6L into blind
alleyc-,.whereas the older pupils alreadyhave an idea of a system, and they
Usially remember their ourn correct and incorrect acts. With t-he development
o
the nervous system, there is also growth of 'i-.uier information, vhich
f
the information from. outside. These are on-
-readily sorbs and organizes
togenetic processes.

UX 61121. 633. 8i
VORONO, 11-1. 5.. and N-C, LOAD IN. S. A., mosccw State University
IfFormattion of Com-alex Systems of Temporary Conaections in 101rdl-dren 3,;Dp-li ad With
a Xini.-lun -I.,,ount of information"
A~Iosconr, Zhurnal Vysshey Nervnoy Deyatellnosti,-I~Io .197C-,: -pp 563--~,68
t'bstracl The e~meriment was performed on school children~? to 27 Years O~ acre
;-.q grades I to 10 (5 per. grade),, seated at a Par,-L-1 with buttons %-~;mbered frr---~ I to
-A a board mit1h corresponding, bulbs. T he -4on )-,ovAdo4 uas that
2 a! o;nly inforrr,-,Y~
two bulbs. had to be turnui on using~., S
all tho but,4on . A b-.Al:b cou.~d bu -Urned on by
rosoing. a button, by a sories of actions, or b,,r turning am3tiner of.17. Three
P
logical decisions were involved - "or,'.' and," no-11 Bone of tho f-L--st to fourth,
raders was able to solve the problem, but many could d~)tenm`na, WI(I irvilividu-:ii
9
Con-necti%.s butwoon thf) :5ignali and actions and t,hQ 44-A-vativs,varie.41 con:;Wura'DIy
-04mon" tho Wx6jeat-;5 from "Conrervativoll to pli=ol," Tho olel,,r thU sub-uct, the
roro varie-,id was hL, -, pianmLn- amd Vine ~ fcn-m:~ his rarlom actions. ThoGu -,:ho cclvc-i
t4ha 7,roblem incIuded one f-rom r,:; e,- c-, , two f ram
5th, 6t~h, 8t' --azrd 9th grit A
a ?th grado, and th-ree from the 10th grade Ctptal of nine), Th4s, age is a
P-4-a factor in solving a rental problem involvirg, minjjaum in' -A,-mation.

~112 019 UNICLASS IF UElY: 'P~ROCESSING DATE--2-30CT70
TITLE--FfJRMATION (IF COMPLEX 'SY-STEJM S, OF TEMPORARY CO KINECTIONS IN' CHILDREN
.~SUPPIIED:. WI-TH MINIMUM 113-,N -U-
''A U
THOR-WI-VOROMINt L.G., NETOPINA, S.A.
--USSR
~.COUNTRY GF, INFO
---SOURCE-ZHURNAL VYSSHEVY NERVNOY DEYATELINOSTIV 19709 VOL 201 NR 31 PP
56-37 56 8
-PUBLISHED----
~._DATE
AREAS--RIOLOGI CAL AND MEDICAL ~SCIENCES, BEHAVIURAL AND SOCIAL
~SCIENCES
~~:,J_ORIC TAGS--NEVROPHYSIOLOGYy CHILD PSYCHOLOGYr LEARNING TH20RY
MARK-ING--NO RESTRI
CO%TROL CTIONS
:,_:'DOCUMENT CLASS--UNCLASSIFIED
PROXY REELIFRAMt--1997/1916 STEP NO--LR/0247/701020/003/0563105~')8
~.C IRC ACCESSION NO--AP0120570
UNCLASSIFIED

212 019 UNCL ASS! F I M PROCFSSING DATE--230CT70
'_,.-_LrIRr.-AtCESS1ON NO-AP0120570
-...~ABSTRACT/EXTRACT--(U) GP-0- ABSTRACT. THE DYNAMI~,S OF THE ESTABLISHMENT
OF CONDITIONED CONNECTION SYSTEMS IN THE FORM OF FORMAL LOGICAL
DERENDENCES OF NEGATION, DISJUNCTION AN, CONJUNCTION 14AS STUDIED IN 50
SCHOOLiCHILDREN OF.THE 1ST- TO 10TH FORMi (FIVE FPOM EACH FORM), '4 1 T H A -,',4
INSTRUi:TION
CONTAINING MINIMUM INFORMATION. THEM SUBJECT WAS 1,"JIFDRMED
A-30UT -THE ULTIMATE TASK ONLYp ~ I E., THE 7,ASK TO SWITCR ON T140 LAMPS USING
E ENrIPLE SYSTEM DF TEMPORARY
25 BUTTONS. THE FORMATION OF THE
NS-WA'
CONNECTIO. RECORDED ONLY JN PUPILS' OF THE IN'TERMEDIATE AND SENIOR
-SCHOOL., AGt-.,_..1G14OUPS (ONE FROM. THE; 5TH AND j6TH_FOAM~ EACH, TWOt
FROM THE 7TH
:BAND ONE. MGM: THE STH AND 9TH EACH, AND THREE FRO4~THE 10TH FORMS).
VARIOUS DEGREES OF ESTABLISHING'INDIVIDUAL CONNECTIONS AND DEPENDENCES
WERE OBSERVED-AMONG THE CHILDREN OF JUNIOR FORMS,, , THEY.14ERE ALSO NOTED
FOR MORE DISORDERLY AND RANDWACTION&, THAN SENIOR PUPILS BEGINNING
NCE~ALSG- CONSISTS IN THE
WITH THE 57H FORM. A SUBSTANTIAL DIFFERES
DIFFERENT DEGREE OF COMBINATIONAL ACTiotis IN PUPILS OF DIFFERENT FORMS.
THIS POINTt TO AGE PECULIAPI`TIES,~OF THE ANALYTICACSYNTHETIC, ACTIviry OF
THE NERVOUS SYSTEM* FAClLITY: CHAIR. Q
IF PHYSIOLOGY OF HI GHER
NERVOUS ACTIVITYt LOMONOSOV UNIVERS'ITYi 1ploscow.
UNCLASSIFIED

USSFt um 612.821.6
VOROTTET. L. G. Chair of the Physiology of qirrher Nervous Activity, Yoscow
'St~ `U-n-iversi-ty imeni M. V. Lomonosov, and~Da rtmentiof Me~nory Problems,
Ra
Institute. of Biophysics, Acader.-ij of Sciencea USSR, Pushchino-na-Oke
Some Data on the Relationship Between Conscious and Unconscious Reactions"
Moscow. Zhurnal Vysshey Nervnoy Deyatellnosti imeni 1. P. Pavlova, Vol 22, No
Jul/Aui 72, pp 669-678
Abstract. The ability to judge time intenals of 15, 30, and 60 see -- was
investigated in 150 subjects, including normil healthy individuals aged 5-35
and patients suffering fron, chronic alcoholism, cerebz-40, sclerosis, and.
iMaired, memor-f. Ligpt and nound stimuli WC".e delivered, at equal Intel"rals
while GSR (galvanic skin respcns~:), ED-G, and L,'I represented uncondi-
tioned reflexes. Soon, in conscious and unccnscious anticiratton of the 5uc-
cessive stimuli, conditioned refleyes develored, as ind-#.ated by similar shifts
appearing in the GSR at approximately (but~not~nlways exactly) the mamen" the
next stir;ralus was to (but did not) occur. These' conditio'nea reactions or
traces persisted for variable periods, For'conscious el-14uatiDn of tilr~e, the
subjects were to press a button at the moment they expected thi- next -ztimlus
1/2
54
i 10 M
Wiltv; i

'USSR
VORONIX, L. G., Zhurnal ')rysnhey Ifervroy Deyatel nozti iwA,-ni I. P. Pa-,rlcrva Vol
221 Ho 4.
Jul/Aug 72, pp 669-678
to be delivered. To disr-apt their mental eDunting of the seconds, they were
sometimes given special instructions which 6:bsorbed their attention. Analysis
of the records revealed that the reactions disaDpeared after 8-18 stimili-
Reactions disappeared faster in adults, in iihom ne)nrous processes are wall
balanced, and persisted lonSer in you n e; chi:,dien and Patients, In whon
inhibition is weak and nervous processes1n general are'i ,more.inert, In addi-
tional tests it -.ras esta1bli shed that inem6ry (which. is ~-O~._senration of irSorm,
tion imprinted in the brain) was inversely proportional to the duration of the
recorded traces. That. inverse correlation ls.explained.,by the conclusion that
the process a- imprinting r, iv-
g is accompanied by irradiation~of the excitation) .
iiag rise to GSR and ofner reac As the
tions -process of imprinting is accom-
plished and the nssociation simplified, t1he phemmena disappear.
The.relationship between-conscious.and uncom 5cious reactions is 'based on that
betvA n Pavlov's first and second signal sys"ems. Both are daterraned by
overall.v-antal and emotional development and by the pres~tnice of' neuropatho-
lo-Zical ch,:Lnges. If the c-pecifically h-.U-_rA.,v Stecond system dices not
I E-5 7 .
z I-- the - prosteess., -.rtaLmtn,_T * estiuation :of time inlClervals i.-, difficult
Characte--istically, it is underestimated by* younger chil~1ren and patients with.
neuropathology, and it is overestimated byolder childreh and adults.
2/2

IISSR UDC 61P- .822.3
and KOZHEDUB, R. G., Electrorhysiology laboratory, Institute
of the "Bra n,.4Acadenry of Medical Sciences' USSR.. and Ldboratory of the
Evolution of Trace Processes, Institute of Biophyzics,; Academy of Sciences
USSR,.Pushchino-on-Oka
"Cellul r Analog of a Conditioned Reflexto Zlectrical Stimulation of the
Cerebral Cortex. Analysis of Spike Activity'-
Maccay, Zhurnal Vysshey Nervnoy Deyatellnost-,L, No 4, 1971, PP 775-783
Abstract: The possibility of creating a cel].ular analog of a conditioned
reflex was Investigated in the sensorimotor cortex of alert rabbits. Spike
activity of individual neurons was analyzed. Stimulation through surface.
cortical electrodes placed 2-5 to 12 = fiom the point."of implantation of the
recording microelactrode served as a conditicried stimulu . Stiz=lation
through nearby electrodes was used as an unconditioned reflex. Yjost of the
neurons exhibited a marked intansification.of~the excitatory response to the
conditioned stimulus after short (I to 5 secYintervals betwean presentations
and fairly strong and prolonged- unconditioned; stimulation: - Mywever, such
intensification was brief (less than 30 see) lind was generallyan analog of a

-,- --- -16
" .. ~- ~

A UTILIZING THE REACTOR INSTALLATIONS AT THE NOVO-VORONEZH
'ATOMIC ELECTRIC POWER PLANT....
Bxclnpts from, Aussian-lanquage book by F Ya ;Ov~~ch
i a ~navu x
~_2~ al. I Ekoplu "r.
hay X;G.~ 1v3Z,.-AtQ=2.x4atj
4a
CONTuffs PAGE
A-i 'T
........... ..............................
.................... .............. ....... --
.......................... ...........
StCTION 1: USM fqUrM= AND.TECHNOtOOTCAL CZRCUXTS OF THE W-crom
- PLANt. ............. .......................... I
chapter 1. core .............. ......................................
IT
Ve*set, upper Onit and Intravaisset Device% of a rwocwr, 21
Chapter 2:
Chapter It CErcutatton I aop.Aqqipweo. of the Primary Circuit ....... 40
~Chspter 4. Special Water ftrification equimmant .................... 59
Chapter 5: Process 10lov Ckt~cts of Ato"Le RUctrIc renter Plants., ... 67
TAI,,LK OF COMWS NOR PARTS 2 AND 3 ................................... 91

USSR UDC 621.372,6
f. -1Y, YE. I., Active Members. of the Scientific and Tech-
VOR2L"114,I YA. KkSHARS1,
nical Society of Radio Engineering, Electronics, and Communications
"Resistance Matrices of Connected Nonuniform Symetric "Band Lines"
No 10, 1971i pp 84-S7
losco if, Radiotekhnika, Vol 261
Abstracn., On the 'basis of the paper by Yamtmoto, et al, ["I'licrowave Theory and
Technology," Trans. IEEE', :,'o 45 220-231, 196'1.1, formula_nz are derived for the
resistance matrix element:s of connected exponential, parabolic and hyperbolic
nonuniform band symictric lines. The resistance matriceis obtained offer the
possibility of calculating the required param:!ters of filters and directional
couplers based on connected exponential, parabolic and h perbolic symetric band
Y
lines.
14
25

USSR uD4,,. 621.372 ~4-13:'M--372.2
%12EIN~ M. Ya. MASHARMY, Ye., -1
k. ."EqiAvalent, Capacity of a Tank Circuit Made of a Section of Strip Line"
Tr..INovosib. elektrotekhn. i
n-ta (Works of the Novosibirsk i~lectrical Engineering
Institute), 1970, vyp. 2, kn. 1,,pp 99-112 (frcm RM-PadLiot2khnika, lio 6, Jun 70,
Abstract No 6B163)
Translation: The authors calculate the equivalent capacity of oscillatory systems
m
a up of sectiens of nonhomogeneous exponential, parabolic and hyperbolic lines
, de,
loaded by the input capacitance of a tube. The.advanbages.`of these systems over
those made up of sections of homogeneous Iine:aXe pointed~out. Ifine illustrations,
bibliography of seven titles. N. S.
6-2

-7
USSR UDC: 621-396.t626.3
'Al
ITDRONOV, I. S. and VOROITIN, 11. N.
-111,16ise-Immunity of Scattered Recep~ioft With Threshold Antenna
Sw;itchingll
M Rad4otekhnika, No 3-0, 1972, pp 1-7
ascow,
Abstract: The interest in scattered r,-,~ception with threshold anten-
na, switching is explained by the fact that no increase in receiver
and,.demodulation equipment is required to realize this method.
Asserting that other investigators ha-,re not understood the noise
immunity of which this metlhod is capable, the authors provide an
analysis of thio itnunity in an actua.2 *circuit of scattered recer-
tion with antenna switching in several cases of' practIcal interest.
Especial attention is given to -the nojPe imm-Luiity in -the reception
of binary signals, orthogonal in the r_mplified~ 6ense of the term,
with ~ active pauses, in statistically uniform and nonunif orm =at-
tering and riith Playleigh-independentlading. The effect on the im-
munity of the am-o" it
_.L -ude of th6threshold level is also examined.
For the purposes of the analysis, the authors us.e thl~! mathematical
model of the k-th antenna signal for t '~e duration of. one si~,nal
element. It is assumed that the period.of the antenna switching is
112

u eran
P Wr
UDC 621.9-015.74s669.018.25.004.6
Ke V.
MAKAROVO A. Daj MIHMN# V. So$,and- KqAQ&Jf
"Hard-Alloy Tool Weax in the.Cutting of Hee.,t,-Res1stanV Alloys"
Moscow# Stanki i Instrument, No 2, Feb 741 pp 26-~28
Abstrketi Results of investigating the mic~;,Ostructure, microbardness, and
chemicia composition of the tool material (taloy VK6M) in the zone of cha-mber
wear on the trailing surface are presented itsing as an-eyample the EP220
Ki-Cr-Co alloy, These studies showed that distribution:Of cobalt from the
alloy being machine and tungsten from the~cuttingtool ,ilary with cutting
-and time of contact of the tool against the machined part due to
speed
diffusion from adhesion contact. Low-speed rl.-utting cau$pes tool wear due
to the forces of adhesion which tear and car.-,y particles off from the hamd
alloy that were weakened by fatigue phenomen24 Here the zone~cf greatest
Rear was located at some distance from the ctitting edge, High-n d cutting
Pee
also causes tool wear due to mutual diffusionidiusolution of the tool and
machined materials, The lowering of tool woar Antinsity uith increased
Outting speed up to an optimum value v can'b,v explolned lv the decrease of
0

USSR UDc: 621. VP.5h3W88.8)
vo ,,i_-KOL'TSOV, Yu. V.
"k1ow-Frequency -Filter
USSR Authorls Certificate No 264561, filed 26 Aug'68 ~publisbed 22 Jun 70
RZh-Radiotekhnilka, No 12, Dee '(0 Abstract No 12DF,~Cj P)
(from
Tran:,IIoH.r.')n- 'i"hi:s Authorlo Certiftepte iW-,Y:Aur,2zt a i,rj*~l)~;i--it,(Ni'~i.,..,f~";I low-
-frequency filter in a voltage amplifter ciz-:-uit 'writh neflative feerlback
from the output to the input of -the amplifter through -a CCR T-bridge. To
obtain a frequency response with a predetermLned nonwiiforzait~r in the par-s-
bwid, and maximum s-lope ,DIL attenuation beyonil the 11mits of the passbrand of
the filter, tvo RRC and 'jCR T-bridges are:connected aheiLd of the amplifier
so that the inputs of the bridges wre connec*,',ed together and are the input
of the filter; the output of the RRC bridge Zx connected to 'the input of
the amplifier, and the output of the CGR bridge acts as~the third element
(capacitance) of the RRC bridge.

USSR UDC 623...396.6-3-81.5
VORONE!, P. V., 0-5-0, V. F.
AII~Ucrowire Eesist~mce I-Telding in Niniatulte Ele-Men 46z Of Instrument Fui-',d-
ing"
V sb. M_ikronrovod i nribmv sonrotiv,"L. (M,Lcrowire and .,~c-sir)trjicc Devicc-
'o :~s' , Ir hit j
--collection of YP. 7, K is le',r, 197' _313 -337 (fron
-Radjotekhnika, '-I'o 8, Aur~y 71, Abstract NI o;U2'29)
ints ol R d *,oint a.,
Translation: The T-lzmer po, t the dis dvwilar~~; 01 g
-applied to the hwng., ng -~Icme-nta of miergei.rcuits. A .m0,'hGJ ic c r i"(. o%, d
for f astenling, v3. t--re-fied is J;o m "o q; i C 1,01fi, re by P C
Welding wit:h "Acrovirc cf sm!'JI Th~ opt-i-nmn cont.acting
condi Oon;, ;llm ti~!tc-mIncd by A tec.1-inique foi- mf~,?Jmg intt:r-
iectina lea&,. J_s can-id,.:,rc~d. (Im illustration, o, alb ~
n e ts c bi~
of four titleL~. N. S.

USSR
uDc 621~357-1-035(088-8)
VORONIN, T. I., IVA14
TOV Yu. S., and M.DMLITSEV YU.. V., All-Union Scientific
Irdffe! Biotechnological institute:
"Reactor Electrolyzer"
USSR Pate n'u Certificate TIO 312>869, Filed 4 A-Or- 70, Published 22 Nov 71 (f rom,
Referativnyy Zhurnal laiimiya, Svodnyy Ton, No 23(II);~p 1972, -Abstract
WO 23L222-P)
Translation: A reactor-electrollyzer is patmtedi, vhich can used, for
exav-ple, for the cultivation o-' the water~o,,:ielizing bacteria The electro-
L
lyzer consists of electrodws situated along the longit-utlinal cell axis, eith a
-gap between them to facilitate the nixing of the culturi~ rnediwn. This location
of electrodes Droduces higher yields. of C~z E3id H2 t'he:electrolysis and
the mass exchange process is intenzified

USSR UDC 621.376
A.. IUIA'~I' 114, N. 511.
"Band Plectro-optical Modulator for the Range up to I Sigahertz"
Moscow, Pribory i Tehhnika Eksperimenta, 1'V 6, 19.71, pl) 153-155
Abstract: The structural design and basic characteristics of a band electro-
optical modulator based or. high-resistance GaAs are presented. The frequency
dependence of the modulation coefficient wash measured in the.video range. A
formula is presented for calculating the critical load frequency. To increase
the controlling power it is necessary to increase the load dimensions which
in accordance with this formula leads to a d;~crease in the critical load fre-
quency.~ Th~c, static transmission charactzrisiic, the stdllding~wave coefficient
and the frequency characteristic of~the opticalmodulation coefficient we're
measured. A fornula is presented relating tLe synchronous detector readings
to the optical modulation coefficient.
On,the basis of the modulator a device with a CO - laser was manufactured
2~
to take.the frequency sensitivity characterisi:ics of radiation receivers sen-
si-tive to a wavelength of 106 microns. The device operatas in~the modulitJon
frequency band up to I gigahertz.

UDC 577.158.347.01.04
~FFFCT OF FREON-114ZZ ON TH7 ACTIVITY OF ISOMMS (W LACTA:7E
(Article by I., L. A.
ana -n. S: rtirL, A. A. De:
Me,
VOL W9, 5, S~rtl-IMber-Octaber 1972, pp ~7-59, ~.Mittaj ferpkl_,~,eo
16 December 1971)
The literature contains informat Lon on the possibility of sru-.sphorli:
ccntaisinotion of Closed spaces by t1lenical a0sta='ate cananating-i:on eachan-
Ism., tetlinic*l apparatua..and diif0rent systvits* (Kicaodnen: V. V. Xvstov
and L, ~A. Tlwmv; Slager), in particulAr. the attention of reseArchers 1,na
been drown to the ztudy of jr~ons. , For example, the pro-sence af, trk"o-1 I - 11
11432 In vh. air of knerican gpaceships 4&* ~cn no~ed_b!?- TZ;-_acySr,
Atideruon and Sandgro, - It to with*.b*4.te1_ zur
facv% th a fri-e- '0 to ming hydropert. chloi-ido atid fluorue-azd-
tievas, of phcsgono .-J5. A!
isirol'son and M., A. Ra=r3A;-W~qsaIj,.. Accordiv
atvc!7~of the ~Jolori cal- effect of -1102 and the products of Its de-
6eon
tim-ly problem.
tcMpoott an i%'a
-,he toxic effect of freen-114B2 bAo b"a studied by B. Y3- Karpom.
A. 1. Yorbakova, et al. A rolntivoly.low to=1-nity, pr"Orv~e of a n't"'Otic:
effect. and glangvr of preducti'of'pyrallftle decomposition linve bven. =red
(Vctittt).~ TakLne Into secounc that the narcotic affect in -accat;qarti" by
hypcx1a and 4ccun-ulatiowof lactic acid in corebral. tissues (A, ~V. rta!6diu
and h. 1. XhAy~lna), 1,6'ths cast of' Intoxication by froon-L10-1 out CAn
expect cliongel In lactare dehy4ragenaoo activ-sty. 8-~nce tin excess of tbe
substrate CKLrtt# a con~lderablo inhibiting effect an tlila enzyme (Xub~.ritz
and Ott. Ottoletir~lit and Den3tadt).
A cbmrge in Izctmtc dch7drogunaDt.- activity 4ati ruej~jtpted in Intoxi-
cations by tarbon monoxide (L. A. Tiunov and V, V~ Kustov; Pecorr. at al.)
and lead (C~jatrinl and Calula). A r~ange In the iscoazym4a of lactate
defiydrogen.%,te lon 6een described during bypoxia, caused by an Oxygen shortage
(Yu. A. Yurrov) and in poisoning by styrene. Weino or. alv).
1:!~_XY77
139

USSR UDC: 535.2+535.317.1
STASEL'KO, D. I., VORONIH, V. B., SMIRNOV, A. G.
"Holographic Method of Measuring Spatial Coherence Functions
LeningTad, Optika i Spektroskopiya, Vol 34,~No 3, Mar 73, Pp 561-566
Abstract: The authors evaluate the accuracyand resolution of a holographic
me-thod of measuring functions of spatial'colierence. It is shown that the
method can be used to measure the complete Lipatial coherencefunction of a
-laser with a precision competitive with that~ of conventional interference
methods without sacrificing spatial resol ution. The method is used to
study the spatial coherence of a pulse ruby laser., It :L.s found that the
field of emission on the end of the.laser in~multimode operation is co-
herent within each of the intensity spots,_~wid that the,coheronce func-
tion is "stepped". The authors thank Yu. Ii. Denisyuk and G. V. Papayan
for discussing the work.

USSR UDCI~ 681.327.11
VAL'KOV, V. if., ABATUROV, S. S., MIKHAYLOV, V. I., VORONIZ[,_,V. F.
"A Device for Data Output by Means Of SpedcW'.
Moscow, Otkrytiya, Izobreteniya, Promyshlenny-re Obraztsy, Tovarnyye Znak-i. No
22, 1970, Soviet Patent No 275520, Class 42, Filed 3 April 1969, p 117
Abstract: This Author's Certificate introduces a device --or data output by
means of"speech. The device contains a memory unit connet",ted to an electric
motor, an arbitrary word-sampling circuit, and a playback amplifier connected
to a loudspeaker. As a distinguishing feature.of the patent, the device is
simplified by making the memory unit in the foLm. of magnetic drws of differ-
ent diameters and connecting the.outputs ofItho. reado'ut he'ad units through
commutators an the different steps to a balancor whose.output is connected~
to the playback amplifier.
51

~':USSR UDC 621.375.8
VOROMN, V. F-, BRIBKOVSSKIY, V. P., and$AIRWLUUKOVICH~ V.
-,."Correlation Between Internal-Differential Quantum Yield of Generation and
Near Field Picture of -Injection Lasers"
Minsk, Zhurnal Prikladnoy Spektroskopii, Vol 14, No 3, Mar 71, pp 531-533
Abstract: The correlation of the near field picture wit the differential
h 4
internal qui!itiLm generation yield is experimentally. estiiblished. In diodes
made of the szm~~ :~,,itvrial and having the sma dimensiom~ the.more homogeneous
the near field picture, the greater the qUan.l.= yield o-A generation. Tests
were perf ormed with a series - of :22 GaAs dif fusion diodeo at liquid nitrogen
temperature with generation "cited by pulses,of current I psec. in length
with a pulse repeition frequency of,60.Hz;

USSR UDC 615.28:547.789.6
RUDZIT, E. A., LUK'YANOV, A. V. VOR0,4IN, 1!.G KULIKOVA, D. A., and
RADKEVICH, T. P.1 All Union Scien T
FEEThevat&Pharma ceutical Research
Institureimeni S. Ordzhonikidzep-Mosco
."'Antimicrobial Activity of Benzothiazolequinones"
Moscow, Farmakologiva i Toksikologiya, Vol..
34, No 3, May-Jun 71, pp 350-352
Abstract: Antimicrobial activity of 2-substituted 4-dialkyl~-Minobenzothia-
zolequinones-6,7, 6-hvdroxybenzothiazolequir,ones-4,7, and 2-substituted-6-
hydroxy(methoxy)-benzothiazoles was studied. It was determined that none
of the 2-substituted 5-hydroxy(mettioxy)ben.";tliiazoles,- 6-hydroxybenzothia-
zolequinones-4,7, nor their 5-halo!or 5-piperidinomethyl substituted
analogs possessed any antimicrobial..activity. Only the'benzf-
-thiazole(jui-
nones-6,7 with nitrogen-containing substitluents impositions 2 and 4
showed-bacteriostatic (includi-ng.tuberculostiltic) and scime mycostatic
activity.

USSR 00 621.315--Mt535-576
GWXHARS' V. ilY-HIKOV, I. V.
1, A.A., FAVLICH MI 0, V. L PRONIN, B.
SULMANOV.- YU31'.
"Effect Of Adhesion Centers On Electrolumineso'ence In (X-Sid,61H)o
Eleklroa. tekhnika. 'Nauchno-tekhn. ob. I-lectronle Technology.
U LoLup.Lovdn. pribarx k,!.
Scientific-Tachnical Colleclion. Semiconductor,Devicas)~, 197~1, No ;:(57), pp 24-;1-0
W
(from R"fi-Slaktronika i yeye primenaniye, No 12":
December 1970, h,betract No 12B282)
Translationz 7ra relaxation was investigated of illectrolumine.acence in silicon
carbide p-n junctions constructed on ailicon carb.-Lde (6'11) -cr-ratals.of a modified.
version of different resistivity. On the basialof:lthe energy levels of the traps
obtained (0.06-0.08; 0.1~-O.14;0.18-0.20;0.22-0.2;~. q.v.) it is beaumed that three
levels of nitrogan "merge as adhesion cantere la cilican. carbide C-(-6i0(6H), and
-Milso one level of unknown donor,. Vhich under atsbl-4i-vonditionw;in naterial of high.
0i.
r
e stivity is not filled by alectronse.-
OWN
I N2 M

U!
I Couipatinds
USSR UDC 615.2&:347.5677.01-2
UrKIYANOV, A. V., -RUDZI-J, E. A., ALESHINA, V. A., VORONIN, V. G..
RADIKEEVICH, T. P. IKULIKOVA D. A., LISITSA, L. 1 -in
S,, ~11-Union Scientific Research. Chemics Pharmmceutical Institute
i eni Sergo Ordzhonikidze, Moscow, ~Unistry oE Health USSR
"Study of lieterocyclic Quinones.. XV . 3ynthesis and AntiMiCrObiaL
Action of Substituted Indolequinones-4,511
Moscow, Khimiko-Farmatsevticheskiy Zhurnal, Vol 4, No 7, 19701
Abstract: In earlier reports the authors showed that several. hetero-
cyclic quinones can be obtained by oxi6.ation of tlie corresponding
phenols with oxygen in the presence of a W2+--sacoadary a-mine. com-
plex. The present report debcribes the use of this piethod for.
oxidation of 5-oxyindoles (1).and the:study.of -0~ie structures of
the resulting compoinds (II) and their~antimicrobial.action.
1/2

7~' 77~~~!
USSR
LUK'YAATOV, A. V., et al., Khirjik,o-F,aruiatsevticheskiy Zhurnal, Vol
41 No 7, 1970, pp 16-20
a) CI 1~_ b) r;li,
(a-f)
It was established that all compoands tested arc- inactive toward
tuberculos's bacillus, grm-negative baloteria, ond fun-i. Of
L Q2
correlations existing betweeft structurs aid action, the foLlowing
were noteworthy: 1) all tested 5-oxydc:rivatives of 2-wetliyl(or plieayl)
-3 -car' boe thoxyindole (!n-1) do not 8uppress. bacterial growth. 2)
c:3
Antibacterial activity toward gri-m-positive microorganisms is
exhibited by 2-methyl-3-carboethoxy.-7-I)ipei-'a'inoi.rtc]oLequino,-ies-4,5
contalning;, art aryl subst-ituent- at, N411. zC"Ab-11f) 3) Pheni:zine de-
r,~vatives (IIIa-Illf) of o-quinones~M:a,-IIO do not exhiLit anti
b
acterial action. Results-of this study show th.le value of search-
ing for new antibacterial preparations among the,,new.series of
o-quinoaes.of 2-methyl-3-carboethoxy-7_ piperidinoinciole.

.112 013 UNCLASSIFIED PRGCESSJ~NG; UATE-1 3,',IQV70
'ITILE-HET&RUCYCLIC 001:~,O'NES, ANIMATI 'F 6 HY DR XY' "!Zr I
- ON 0 0 41, E~ )"t 1 Z fj L E J)"li P, I N G
T
GX IDAT [011i -U-
"A.UTHOP.-f 6-0-LUKYANOV, A. V. V OR ON I IN V.G . S 12 1 IN y
,.c0u,,qrRY Or [~IFO-USSR
VSES. KHIM. 05SHCHEST. 1'9 70 1512), Z36-0.(
PU3LISHED ------- 70
S _05 J C T A._r'Z'-__4'_--CHE? ISTRY
jr
-YcL-,- e:,,3:z collipoul"M, ci u T, 1 4 0 1 C A L ,
"k 1 -3 L:-- OX 10AT IfY.4, 11ORPH01. INE
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DOCUMEP,iT:
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CIRC ACCESSION NO--AP0123487

-2/2 013 UNCLASSI FIE0; MCCESS UIG OATE-11NOV7 0
C 1. P. CACCESS 1011 -APOLZ8487
_..A3STKACT/FXT,qACT--(u) f*P-0- ABSTRACT. AG I., 'A T ING0 G CIJ(OAC) SUB2 IN
100 ML MEOH AND 0.4 MOL E R SU62 Nd W 1 T H15. 1 G APPROPRI ATE
6y lfY0'-~')XYi3t7MZ0T HIAMILE IN 0 AM- AT I
200EG;,~EES RESULTEO P"I Ail! EXOTHERMIC
~REACTI-gm (TO 35-40DEGREES) WHICH.TOOK UP $J~MJLAP. TO 4.5 L. 0 ANU GAVE
THE FOLLOWI-NIG I (R Siiorol): p I P E."% f D I NO0 U "I P .9 -169.5-70DEGkEES; NME
SO 8 Z4 1, 0 E C 04_1P0- 16L-5-2-5DEGREES; A,-io
1-3 2- 3. 5DEGR EFS . IF THE STAPTINiG BENZOTHIIA4-CILE crNT:WS;AN ARYL GROUP IN
THE 2 POSITIOlv THE AD' 'M. -OF ScCONOMRY M04ES FAILEO, PGSSI3LY O.,~,JNG TO
STERIC FACTURS. THE REACTIC"I oF AOU.N. PUTt~TIVE.t.Y P~j.kSSES THROUGH 11 AS
Ail MrERMEDTATE. FACILITY,_v5E$. N A U CH ISSLED Kd[M. FARM.
INST IM, Of
DZHWqIi(IOZE, Moscow, USSR.
UNCLASSIF 12 1),

~-Jtk~v, A. I., B. K. Zymov. and V. 1, Volga.
The. relation ship between thermal and elec tric at
E;; -.1 1 -~; -~ i ~ raRhite. I-FZh. V. 22. no, S.
197Z, q37. (Annotation).
An attempt ~o correlate thermal conductivity A with
electric resistivity 6 of graphite at high temperatures in described.
Many researchers previously rioted that the X x S product to
constant to a certain degree, but only at room temperature.
Experimental X and A data in Ott ra,-xgc 80 2. 5000K
range are giyen and the 4) valuns-are calculated for Krtificial
raphIte a with 1. 0 - Z. Z6 g 1cm 3 apecitic weights. At & low temperas
turn, the JX a 6) of Individual gra At
room temperature"th x 6) was~neai:Ly.tht-sarnrl for U%* graphites
studied. At T > 1, 5000K, 4 61- 0. 34 - 0.38 V z /dearto and is
independent of temperature for all, graplilles otmillod with.the cxceptior,
o f those with lowest (L 0. g/crn 3 and highest (Z. 26 g/cm 3 specific
weights,
and A,
V.
Thermal boundary layer an a nonlao.
IVU7. AY'iztA.cnnayjL
W111"ilts. no, 197Z, 119-IZ3.
The equation of energy of a cc p
m rii8bible I&mLnar
boundary layer on a verni-finite plate with different local boundary
conditions is analyzed. It in assumed that the 0 c Ee I areu of the
leading edge, where f . E If and I in the longitudinal coordinate.
to cooled to & ronstant temperature To. and its equation Of energy
In solved by the known Crocco integral. Using this Integral and IL

UDC: 62l.;372-B53.3.092.-22
NOVA, C). V., VORONIN, V. I.
MIISII,?3V,: Ye. V. , BM
."On Propagation of Electromagnetic Vaves'~in*an Inhomogeneous Plasma Wave-
gui dell
~V sb. Vopr. elektron. tekhniki (Problems of Electronic Technology--collec-
tion of works), Saratov, 1971, pp 53-59,(,frcm.RZh-~Eadiotekhnika,, iio 6,
Jun 71, Abstract No 6B148)
Translation: A procedure is described for:calculating a dispersion equa-
tion for a circular waveguide filled with.an.inhomogeneous plasma. Two
ill"Mtrations, bibliography of three titled. Resum6.
161

WSR UDC 621-316.721
;7_1 VORONIN V.I
'IStabilized Current Source for Feeding Superconducting Solenoids"
Moscow, Pribory i Tekhnika Eksperimenta, No 5~ 1972, pp 3-59-161
Abstract: The circuitry of a stabilized current source (0-180 amps) for feeding
superconducting solenoids is described. The resistance of the conductors is
3,-lr3 ohms, and the current stability is greater than 10-4. Provision has
been made for automated current sweep in the range fromi.1 to 180 amps. Re-
versing the sweep and halting at any point~ara permitted. The time for passage
through the interval is regulated from 2 to 90 minutes..Xhe current pulsation
level is -10-6 for a solenoid with an induc'tar.Ce of 0.5 henries. The network
intake is 350 watts.
Structurally the instrument comprises three modules. The first module
contains a converter, a power amplifier and a six-phase rectifler 28 volts x 12
amps. The output transistors of the.power amplifier are mounted an copper
radiators 200 x 260 x 2 =3. The firs~t moduleIs 300 x 300 x 500 mm3. The
rectifying diodes are placed on a copper radiator of the same size. The module
I/P
136

USSR
UDC: 51:155-001.57:681.3.M
11, V. A.
VOMONIN A-MEL
"on Using the Recognition Approach to Solution of Inverse Kinematic Prob-
lems of Seismology"
V sb. Mat. probl. geofiz. (Mathematical Problems of Geophysics-collection
of works), vyp. 2, Movosibirsk~ 1971, pp 285-294 (front.1iZh-Kibernetika,,
No 12, Dee 71, Abstract No 12V1028)
translation- The authors consider problems an selection of a single model
of, a medi~Lm from some set of. possible model:3 and on constructing a general
scheme for determining the parameters of,th:Ls model. It is assumed in
this connection that one singly connected*hodograph which is explicitly
or parametrically given by one or tvo algebraic or transcendental equations
is used to obtain the wave Dattern rather titan a series of vave hodographs.
The analysis is based on the ideas of pattern.recognition. Bibliography
of 11-titles. V. Mikheyev.
98

USSR UDC:
.5~..,:,155.901.57:681-3-o6
VOROILUL-bx~_ A., BOROVIKOV, A. M. SPLIN, 1u. S, SOLOV'YEV, V. A., BLFR-
"On Coikpater Realization of Stratigraphic Constructioms"
V sb. Mat'._probl. reofiz. (Mathematical Pr()blems of Geophysi6s-collection
of vor-k-s), vyp.. 2, Novos-ibirsk, 1971, pp 21~5-304 (f~rom RZh--Kibernetika4
No 12, Dee 71, Abstract No 12V1027)
I -nation of strati-
Translation: A procedure is given for computer realiA,
graphic constructions which briefly redilce.- to the following: 1) with
given-classifications and.enumerations o~, rocks and types, and a given
method of separating lithonatter and.biomatter, colwm~. q_k Lre separated
into one-dimensional lithobodies and biobodies, and a.set of separated
columns (qk) is obtained in part of the geological space GI; 2) a descrip-
tion of the (qk) is given, specifically,- a stratigraph-4c summary column
Is constructed for G'; 3) on the basis of:t'.ie resultant. description of the
(qk), a hypothesis is adopted on the method of identifYing columns ok and
a set of identified columns (qkl in GI is.obtaired, the axioms and algo-
rithms for primexy description of the set of columns are considered. Bibli-
ography of 17 titles. V. Mikheyev.

USSR TJDC: 5.1i155.001.57:681.3.o6
VORONIN, Yu. A NLAURASULOV, A. F. UMAROV,:R. D., KHALIKOV, A. K.
"Introducing Measures of Similarity and Relation for Solving Geological
and Geophysical Problem-sit
V sb. Mat.-probl. geofiz. (Mathematical Proi)lems of Geophysics-collection
of vorks), vyp. 2, Novosibirsk, 1971, up 30',,-310 (from RZh-Kibernetika
No 12, Dee 71, Abstract No 12V1029)
Translation: The paper presents an axiomatic approach to introducing
measures of similarity on a set of,objects,.~Ind measurepi~ of relation
on a set of properties, and also measures~of~similarity~bctwf!eti sets of
qbjects for solving gr.-ological tuid~gcopb7alcltl problazalsil V. Mileheyev.

T&I-i
1: MIM N
!j e I'll h 1 r
A 1A, M;A-!3,AL1 I
l
,
Kamm= ~
. MIM

VOMNIN, Yu. A., MARASULOV, A. F. , TITOV, Ai: A. SHEVCHENKO, N. G.
."Computer Programs for Dctei-iiiination of Optimal Subspaces in Order to
Solve Recognition Problems"
Primeneniye mat. Metodov i EM pri :Poiske PoLezn. Iskop-iiemyk1i [Use of
Mathematical Methods and Computers in the Search for us'eful Minerals --
Collection of Works], Novosibirsk, 1972, pp '~50-179 (TrInslated from
a
Referativnyy Zhurnal, 1,
'ibernetika, Nol, 197"), Abstract'No I V858 by
E. Vagner).
mai'lion sets F
Translation: The problem of finding infox 04 Properties is
most frequently solved as follows. First:~omo method bf eval.
-uating the
information content of individual proporti6sAs indicat~id, thien con-
siderations are stated allowing approximate clev~rmination of tile infor-
mation sets of properties as sets of indepanc]'ent.quantities and informa-
tive properties individually. In moat methoe.;~,. of deteimiination of in-
formation content, the infornation content of' a set of properties can
be no less tham the inf
-ormation content of-any sub set u d is cNpressed,
as a rule, by a single number.. The seardh forthe optimal set of pro-
perties is performed by random choice. It is clear that a method suit-
able for all cases which can avoid- runninji :01.rokigh a long list Lannot

-VORONIN,'.Yu. A., MRASULOV, A. F., et. al.', Primeneniye' mat. Metodov i
EVM pri Poiske Polezn. Iskopaemykh Novosibirsk, 1972, pp 150-179.
be de veloped.
It is suggested that a set of propertiez. be sought, theiinformation
content of which is no less than the inform, a,tion content of a certain
fixed:set of-properties. Asymmetrical.and: srmmetrical 'coupling factors
between properties are sought, and a suggest.04d algorithij, for.running
through the information subspaces is described, based,69 deteriaination
of the close components of connection of:pr nrties. Ngencralized
block diagram of -the algorithm is. presented. 37 Biblio. Refs.
2/2
Si

USSR UDC 8.74
VORMMN,.Yu. A., MAP~ULOV, A. F.,-TITOV, :A. A, SHE
VCHEWO, 14. G.
"Computer Software for Finding Optimum Subspaces to Solve~Recognition
Problems"
Novosibirsk, Primeneniye mat. metodov i EW, pri poiske polezn. iskopayemykh--
sbornik (Using Mathematical Methods and Computers in.Se.arching for blinerals--
collection of works), 1972, pp 150-179 (from M-Matem6tika, No 1, Jan 73,
abstract No IV858 by E. Vagner)
Translation: The problem of finding informative aggregates of properties is
usually solved in the follmying way-, Firsti some uLethod is assigned for
evaluating t1he informability of individual properties; then considerations
are pointed out which enable approximate determination of informative aggre-
gates of properties as aggregates of independent and individually informative
properties. In most methods of determining infDrmability the informability
of the aggregate of properties cannot be less.,than the ihformability of any
compouent subaggregate and, as a rule, is erpressed. by a.single number.
The trial and error method is used in searching for the optimum aggregate
of properties.. Clearly there can be.~ no prociediire which a,voids a very
"i-xtefi ive" sorting process which is suitable for all cas6s.
ns
1/2

-