SCIENTIFIC ABSTRACT PLOTNIKOV, V.N. - POBEDINSKIY, M.N.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R002202430004-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 17, 2001
• Sequence Number: 4
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

USSR
LEBEDEV, B. I., et al., Avtomat,-URr. i xxchisl. tekh!!...' VYP. 10, Moscow,
Hashinostroyeniye Press, 1972, p 6-40
informative attributes. The necessity for determinialt, the atrict physical and
mathematical informativeness criteria in the recollnilAon probleri is noced.
The concluding part of the paper is devoted to adaptive recognition
automata of the perceptron type. The physical model of tha nechriatsm of
operation of the perceptron and its analogy to the cl~wsical recognition theory
are discussed. The bibliography has 26 entries,
2/2

USSR UDC 654-034.5
BUM. B.A., LEBEDEV. V.1., and PLOTNIKOV. V.N., ~Wrww 111.gher Technical
College imeni N.E. Bauman
"Some Problems in Selecting Criteria In the Task of Pattern Recognition"
Leningrad, Priborostroyeniye, go. 5, 1971o pp 66-70
Abstract: The task of selecting informative criteria Is a bottleaeck la the
theory of pattern recognition because of the lack of itz adequate matlic-matical
apparatus. Estimates which are used in inforuation thoory do not take Into
consideratioa the specific features of pattern recognition. Tlie authors of the
present article assume that the criteria being used are tautually statistically
indepandent and that their individual probability d13tri.button,"; are normal and
have the same parameterB. By applving theme assuaptlona to cm) comnonly wjej
estimates, they obtain formulas for a combined estizate elf clie statistical
distributions and for the probability of an error in re,::Ognition. The ua-L~ of
these formulas gives a rough eatinate of the required %imber ol"Inputs of a
reciagnition automation. The authors emphasize that this nethod of selecting
criteria is only approximate, and its effectiveness In also Lizited by the
&"umption of normal probability distributions.
1/1

USSR UDC 8.74
PLOTNIKOV, V. N., and SUKHANWI, V. A.
"Certain Problems in the Formation of Symbol Space!v in Pottern Recognition"
V sb. Avtomat. upr. i vvchisl. tekhn. (Automatic Coritrol at3d Computer Tech-
nology -- Collection of Works), No 10, Moscow, "Kashinostroveniye," 1972,
pp 229-240 (from RZh-Itatematika, No 9, Sep 72, Abst'ract No 9V656)
Translation: Problems of forming independent symbols on the basis Of an
initial set of correlated parameters are discussed. A littear tratisfor=tion
is applied for this purpose which makes it posiiible to obtain parameters with
particular statistical properties (minimal or maxtnuLl dispersions). This
technique makes it possible to formulate a small nu-mber ok ne4 informative
indicators. The informative value of the indicators is dat*rmined by an
approximation formula. Authors abstract.
46

USSR UDC 8.74
LEBEDEV, B. I., and PLOTNIKOV, V. X.
"Certain Statistical Aspects of Pattern Recognicipti"
V sb. Avtomat. u r. I vvchisl. tekhn. (Automatic Control amd Computer Tech-
nology -- Collection of Works), No 10, Moscow, "Maslitnostroyeniye," 1972,
pp 6-40 (from RZh-Matematika, No 9, Sep 72, Abstract No 911660)
Translation: A general formulation and mathematical model. of the problen of
pattern recognition as a problem in minimizing or maximii,~ing of a cei-tain
functional of the quality of the recognizing automatan is considered, in
which the search for a family of extremals and the solection among then is
carried out during the learning process of the autamiaon hy means of -a
change in certain of its paran*ters. Finding the ret:ognitlon circuit makes
it possible to construct t1te sequence of the soluttom of a typical recog-
nition problem. Determining the circuit and the seqt~onces of the solution
of the pattern recognition problem malces it possible to turn. to a cotiaidera-
tion of the basic method of solving Lhe problem. Tlwise methods are classi-
fied in the paper on the basis of the coincidenee mg-amurett L~ued and the
methods for determining statistical descripttona of sitliarale classes of
patterns. Algorithms with a rigid logic and adapti%le ilgorlthms are
1/2

USSR
LEBEDEV, B. I., and PLOTNIKOV, V. N., Avtomat- up!~.., i y
Moscow, "Hashinostroyeniye," 1972, pp 6-40 _ yr-hisl. tekh., No 10,
considered from the aspect of the method used for constructing statistical
descriptions of the separate classes. Attention is also given in the paper
to problems of selecting informative indicators. Tlic ne,~ecslty of d,--termin-
ing strict physical and mathematical criteria of inVormahility in the
recognition problem is noted. The conCluding section of the paper co!lcenls
adaptive recogn12ing automata of the perceptran typw. A physical nodel of
the operating mechanism of a perceptroa and 'its analogy wtth the cla~vsical
theory of recognition are discussed. 28 ref. Authors cibstract.
10,
2/2
- 47 -

tug'.. IN
USSR wcl 621.3T2, 0151: 5138-56
PLOTNIKOV, Ye. M.
"Phase Transformation of Self-Oscillations by Resonance !TyMem_q"
Tr. Urallskogo golitekhn. in-ta (Works of the Ural Polytechnical Inatitute) 1~~'YQ,
____'~3_ I
sb. I , pp 59-66 (from RZh-Radiotekhnika, No T, Jul 70, Aitraot 10 7A57)
Translation.: The author solves the problem of trans formin1j; sma.L! fluetuativn:~~ in
the amplitude and phase of self-oscillations In a resonanco! vywLeni witbout Lrqlcuing
,nal to be
restrictions on selection of the latter. It is asounted tho.t tho aip
transformed is an additive mixture of a harmonic signal ariti. a atn%1.1 interfilzt-Tict
represented by a quasi-harmonic voltap. Ph4se converisAoW of tjiir Ono
in a single-tank resonanco aVlifier is considers.d by way cr eximiple. Blbllogr&phy
of seven titles. N. S.
1/1

USSR
Urc C~el-1138.6-,1.51-',)53-5,'539.4
PLMNIKOVA, N. V., CUDKOVSKIY, V. A., and PLUNNIX011 ?. Vu I,
"Ae Effect of Geometric Parameters an the LoN;evity of Compressor BZades of
Gas Turbine Engines"
Sb. Nauch. Tr. Perm. Politeldi. 111-t (Collection of S(-,ientliftc Works of ---'e-7.'
Polytechnic Institute], No 102, 1971, PP 133-136 (frt~,,rv. Reeerativri:!y Zh~.rnal,
No 10, Oct 72. 49. 'hirbostroyeniye. Single Issue. A'Nftract Ho j,).49..jCj?)
Translation: The thickness of blade edges in Vlielr 1;,rod-iatlon 4strictly
according to technological conditions does not ihiffect, esserAtially the en,-irrin-.-e
limit of the blades. The endurance limit of bladeB (I(Ttl~veamls viUh irx:,ensinr,
length or sectional area in the zone of muirnm bendinj., strescos. In c,a1c,j31-
tions of the cyclic safety factor of similar tyl)o binde, of rL~cently
compressors, the fatit;uc Iiinit has to be talren 20-21i-~') VeliAi Lhe enlurance
limit of laborator~i tost pieces. So= possible urdar(-,i;timjt:Ln:., of encirance
limits for snnU ler4:,th blades will result in a sitall Lnerf4aire of -,he
strength safety factor. One illustr-, tvo tables, tw~) biblio. mfs.

USSR
1 L) C ; 6,- ~
PLOTNIKOV, Yu. P.
"Stochastic Problems of Rocket D
yriu,nics"
Moscow, Upr. dvizinishchimisy-o ob"yektaml. Tr. IV Vsvs, sovi~i3hr.1n. po r-_-v-,.,'--:n:-..1-.
upr. Tbilisi, 1968--sbornik (Control of Moving 01,)Je,0,--). Vorl:s cf the Fuu_rt?,
All-Union Conference on Ai~tcratic- Control. lliiliai, l96'(3--(:q'KeCt ion (,'f
papers), 1972, Pri 331-3335 (from No 11), Oct 72, 0-,-
stract No 10.41-39)
Translation: Methods are outlined for solving prob].Qzmit in ve!iiic:]~~
where the solution does not admit of a r~epax,,Ae 1nveLstf74-,at1t,.n of
and disturbed motions. Problems of this kinii are ti"r11111".. 1StT1:1;t'-'tAC
of rocket dyivunics. The nutlisor formulatti,n the prcl.)Irn
terjainistic ljro,-
111otj on nnd the vtochrultic 11 '~-i j~ r"
upect to it single Thiii prol-ilettri ini ~,,y 1,v1vj,,1vr fit 11 t'-
ficivilt, condition..! f,ur Oto ttlzlolutc mintirlujil of 1~0'.1^LtH!1tjc leo
The W.Ler conditions tir(, rtri extowilon to i)tx,'~thri ttt'~' sy tlll~:
form of the ccrrespordinr, vcnditiorij.) of opi-,imnlity i~jl
of V. F. Krotov. Ax, aleCr~'Lhm for digitrl Cr,1,.pU4,, 011 tl-_r_
control problem is found for a linear r-cidel of stct:`:1a_3t:1c diriturbed r.0 1,; 1 vr;'
Bibliography of e-ight titles. F6stime,.
1/1

USSR umc: 621.319.11088.8)
FILLIPOV, A. L., MOROZOV, Ye. D., "ZAKILAIEVICH, Yu. I., PIA,IIrI.KOtr, Yo.
"A Device for Preaging, Testing Electric StrenCth, Ewid Sorting the S.:-rtions
of Metallized Paper Capacitors With Respect to lnsuliLLion IN,sistaxice"
USSR Author's Certificate No 263PC5, filed 29 Jul 68, 'pubUshed 8 jum 110
(from RZh-Radiotekhnika, No 61 Jun 71, Abstract No 6V--~33 F)
Translation: A device is proposed for prearing, testInir stre.'1;7th
and sorting metallized paper canracitors with respect t:.,) irululation resis-
tance. The device contains a disc conveyer, preaging mn~u~e, in.'3111atinn
resistance measuring module, unit for sorting secticnii; ly in4iulp-Lic.1 rt!-
SiBtance, a module for testing the electric strength (,,~ the ,:ectIcn.-,, which
is equipped with control lamellas supporting, current Wake-cA" rallerz In
voltage regulators, and a drive mechanism. As a distlx.,~ruizllinol f,~~aturt*.
of the device, desijipi of tht~ iri.,.itU:jlUdOn Is simplifte.(I and Ue or-:ratilrr:~11
reliability of the devic- j2 inmroved by Y inemat.j cELI J.y cunnt-etin,-, th~_-
current take-off to the convr~,yer, placing a Itiliwila f):)].
the sections under vo!*.Lee between and partially o-brerlii~.;pinjf the eclitact
lamellas, and equipping, the unit t*or sorting thc, sectii,.)n!3 'With an extractcr
1/2

FILLIPOV, A. L. et al. , WSSR AUthor's Certificate No 263C05
whose lever is loosely fit on a verticall shaft. r1lbwi latter IS mnnected
to a spring-loaded rocker resting on a cam of the dxive mochanism.
2/2
- 62 -

USSR urli: "19.217
VLASOV, A. G., PLOTNIKOV, Yu. 11.
"One Stochastic Problem of Ontimal Control"
Metody UPr. BoPshiml: Sistcini. T. -2, [Motliod-, of Cwn'~xol I-A, 1~v~ttc:-,!-" Vol
2-Collection of V~7orksj, Irkutsk, 1970, pp 128-1410, (Translatcd frotr
Zhurnal Kibeynetikla, No. 5. 1971, Abstract No. W8G by It. Llpt~xx) .
Trans lati oil; Tho statements of problevis, of! stochastk~ optirvil control of * 1)1-0-
Coss yt, which follows th(~ differential e.,quat.ton
0, yt, Vs, id',
41i -
are discussed, whoi,e %, t i" OW C0r1tTO111,1Q1 fUnCOW), f~,tl is 111t,
a certain randum pj,ocesi. lt~ k as,ziv:ied here that v I: I),-.Id v1,! should
certain limit it i on ~. The controlling action v if t:1, ~ ZB a fanctiv-11
of the observations, should be selected so as to minimfi::c, a ~-A!rtziin pro?xil')i1is-
tic criterion. InpartiCUlar, the case or motion along a i-cNi-Clice. tra.10.tkAT
studied in detail, so that perturbed motion of (H iYu-7-ential nto.;i-
tions and observatio-Is sar-isfy a lipear system of di(*1 .oxv!10,11 (:'Jllations.
In this case, the Kablan.-MUSY filtration equatiolls vall [),C.- 1.)Ied to C-",1i;1Af,
and the KroLov optimality coridition'; can Iw uscd to 1;olvo the val-i'Itional
problem.

ao~yi
Agrictil.Wre
USSR UM 614,1,1,9-57:61.'i.285.7):5,r6.E-.,95-7*t+,r,95-77.1
11. V.
)MrM0VA, yf-. A. M., KOZTI;, 71. P., TI !01~7
W-W210VAIP A. ~,., Vjj;CA7,;',Wk:)CT7AYA, 0. N., MKIS! A.~ S.
LEV, YU4 V'.
and M72JUMSEV, V. A., Instittite of Ikldical llarasitoloEly am
imeni Ye. I. Mrtsinovrikiy, flinisti-y oi~ Ifealth USSR, arj',L Iwritute of Agri-
cultural and Specialized Applicatio4 of CIvil Aviation
"Testing of Some Orgimophosphorus Cor.~poundm wd Ca:rbwnt,4Qa a,- L n t f
.,i J a Larvv-e 0
Aedes Mosquitoes (Culicidae) in Experiments vith Aerial Sprayirtg"
Moscow, Ye-ditainskaya Para zi tolo~jyu i Pni-aziturnyre N)I,ezni, Vol 39, No 5,
Sep/Oct 70, pp 599-603
Abstract: Me uom of ort,~mo;,hospholndn Compour)(16 Carbluratils against
mosq~ulto larvae wns teuted in the Y(Ocat A~55R) in the arem of I.bji! viIla(_Ttw of
Novy, Aikhal, wii Mirny, ur.J. the Udachnayu (Icyositn. Ware!r ri!-Ge~rvoirs wy--m
,Lreated by aerial sprayix4; from an AN-2 plane. %he follo-wing, pesticiden wvm
tested: bvtex, methylriitrophas, trolen, sevinc~ arvi diptq,,rex; DM was uced as
the reference. ComIx-irativoly unifor"m marahy t~arritorien witA o,,:cnsiowi-L for-
ests and bushea vere nelected. Bytex waf3 sho-Nm to be especia].13f effecti'm as
a larvicidel a dolle of 110 g/tiectare proving, to be nuffictimt.
1/2

USSR
KRIVTSOVA, Ye.SN.J* et al., Meditsinakaya Parazitologlya i Nxazzitarnyyo Bolezni,
Vol 39, No 5, e~/Oct 70, PP 599-603
required a 100 g/hecture dose to be effective; trolen in dowa 40 and W
g/hectare reduced the denr;ity of mosquito larvae only inoipAficantly. Dipterex
and sevin proved ineffective as larvicideap beirki e4a.6wixticariLly inferJor to
DDT. The effect of nosquito larvae eradicatton %rlth or1pnophasphorus compounds
Usts for 7-14 days.
2/2

Ace.
AP0044157'*4 U12 0219-1.
PR M'RY SOURCE: VoPrZy Pitani,~zt, 1970, Vol 20,
P? .2,3 - A e
CHARACTERIZATION OF BIOCHEMICAL Si-IlFrS &S
Ba-HYPOVITAMINOSIS
sk
Karkalitski i. M.:'Karkalit ava, G..V.; ~6j73
Ko v r i z 1 MYW4-111--k P :-() _V-1
M. P.
Tuba;:id in an airount of 101) mg wj;s adniiristtNd dii,11,
7 wceks to nuria cospus to pro6jce pyridoltirte dt:rickncy~ Tho cill-liz-.: ,;1:i
vitaminosis was diminished paulee of 41-pyrldoxine acid with fte prLie.
wise fluctuations were of an undulating nature. The blood verurn of inimalli tri;.l
ridoxine deficiency showt-d a fall (if a, and i-Illobullim. 4 rise at Wbumin.:i,
activity of the asparlate-aminotransferase, unchanged activity of the alanine - --- 1 rill I -
ferase and an increase of P-heoprotelds in ilia bloo d strurn and li:11mas VIC
also developed Wly degeneration of the !(ver, ilidneys and fally lr.~~illraticr. of ~~Irtic
wails. Furthermore, they exhibited bymplorns of 154-hgpovllainin,~sls, sli0i its poar oPpoite.
lozs of weight, skia lesions or, he tip of 11te nose, oc.&I affectivii of t1li! tkin alwic-, 1111'.
eyes, bilateral partsis of bind leili, epileptliorm sdiurts and Syrnint0ill. 14m.'ellir k~q-.w-
mation of the silln in hind pAws alid dimInislied passap of ;r't4))Wvjl1 WiLl !:-it Ur' ;; if
All of the listed deviations are correckd following Administr4timi (it 114
the animals,
REEL/FRAME
IS770638

tj,.[.L 5 S I F IU C L 3 do'7 0
:If- THE l-,jTCQVc' 01SCS IN
0L311"41K!' VA, I I
CCUNTRY OF l.lr']j--iJSSR
S DJ P C E - -Tt I L.9 I YA T VA A I " L I YA I i);-, ~j'r o v
OAT,: PUliL 15fic-1 I J
SUBJECT ANd FIEDICAL SGIENCES
TOPIC TAGS-flu'NE 01SEASE, SURIGERY
CONTA3L 4A,(KING-N]
P 'R 0 X Y L 11: r~."' k) -~l 3,~ -11-0 P, I'M- Ul, "J1.1 b, '0 /'j;:
C I R C A C C E S i 1 N:
. . ........

2 2 0 13
I C a C 17
I- I j
A 3 S T P~ A L' T C T
y r C
tj
J S A f
T Cj
rI Lj% T t t::
D I S L 1: 0 J L
PJLPJSA T!' v X S I :J E s 1: G I S'
DEGE I.F i"A T i E- i ' ti T .--IeY T 6 t~ i~I Ll 1 1:
C A S E: S A ~i SC f A r 6 0 '.-, I k .1 T I S C A 4!) 1 T ki I ':i,; Ll
F A C I L I T Y - T 3 T t~ AI-I I ITIJTA I i% I'% Y-1 it I'd L 1:111C; I
J: I C L 4, SS I F f 1': 0

112 014 UNCLASSIFIC6 P04CESSING 0ATE-3OUCT70
EXCHANGE IN ALKALI ALUAINUSILICATE GLASSIll -V-
AUTHOR-(03)-MO ISEEV# V&V.t PERMYAKOVA, T.V., ~LZJ%Llt.~.YA,. M.N.
-.CCk;NTP.Y OF INFG--USSR
too
SOURCE-GLASS TECI-NOL. 1970, 11(l), 6-9
DATE PUBLISHED---70
.SUBJECT AREAS-MATERIALS
TGPIC TAGS-IGN EXCHANGE, ALUMINUSILICATE GLASSt ION-1 SODIUM COMPOUNDo
POTASSIUM COMPOUND, RUBJUIUM COMPOUNDs CESTUM CUM131',)UNU
CENTROL MARKING-NO R65TRICTIONS
UCCUMENT CLASS--UNCLASSIFIEO
PROXY REEL/FRAME--2000/1980 STE P NO,--UK/0000.t ?d I I f0') L 1000410009
CIAC ACCESSICh NC--APOIZ5569
ON0. A S S I l-, I

Z/2 014 LUCL ASS IF I PAUCESSING DATE----,v)0CT70
CIRC ACCESSICN Nt;--AP0125569
ABSTRACr/L-XTFtACT--(U) GP-(,-- ASsm%u. A COMPARATIVE 317-10DY IiAS MAUE UF
THE KINETICS OF ION EXCHANIGE IN ALKALI ALUM IN051 I,I,CATL- 61-ASSES 1% All.
SGLNS. OF NAt K, RB, AND CS SALTS. ANO IN PIELTS UP NA, 1-j ANO AG SALTS.
THE EXCHANGE RATE BETWEEN AtLT AND GLASS WAS OC-TO. O'N0 6Y 1HE 0111-USIU-N
GF THE IG&S Iulo THE GLASS. IN AQ. SCLNSo THE 1JN ExClliANGE PROCESS AT
THE SURFACE INFLUENCEL ThE KINETICS. THE INTERDIF-1---USION Of IUNS ~VAS
STUDIED IN THE GLASS SULN. A140 GLASS YELT SYMMS. IN BOTH SYSTEMS THE
CONCH. OF ICNS IN THE LIQ. PHASE INFLUENCED TK QUANTITY UF IGNS WHICH
THE GLASS ABSORBED* FACILITY! INST. SILICIM (-.IiFM.o LEAJINIGRA.)p
USSR.

1/7 0d UNCL ASS IF I EJ
rITLE-L'St C.F RADIOACTIVE P.UICNTORS TO STVlY rHi~ J~ 'il.,'%SSES -U-
AUTli3k-(u2)-Mi3ISS,_,-Vo V.V., PLOT.'4]KJVA,, M,,N.
CGUNTRY _F INFO--USSq p
1970i't)[1),
lq7
SOURCE--IZV. AKAD. NAUK SSSRt NEURG. MATFRo
DATE PUbLISHEl)------70
SUBJECT ARFAS-MATERIALS, NUCLEAR SCIENCE AND TECIT"WL9GY
TA(.~S-ALUMIVISILICATE GLASS# RADIOACTIVE TRA,CEqf SC,.,)IU,4 ~"Lpor)U%i*)l
GLASS PR6CESSING
CCN-Tit0t. 14AFKING--NO RESTRICTIONS
00CQ,4LNT CLASS-UNCLASSIFIED
PAOXY REEL/FRAME-19AW0501 STEP
CIRC ACCESSION NO-AP0107106
UNCLASSIFIFO

Z12 308 UNCLASSIFIED PkDtt'~;SING DATE--02PC-T70
-'IRC ACCESSION NO-AP0107106
ABSTRACT/EXTRACT--IUI G9-0- 48STRACT. LIEACH114G 'AAS STjf)jED 3F T~iC SEqIES
OF- NIA ALUMINOSILICATE GLASSES OF THE COMPNo NA SUB2 04X AL SU-12 J SlJB3
I2SIO SU62 11) WHERE X SUCCESSIVELY WAS 0.00v 04.01, 0405o 0.k0t 0.1.150
1.30s ANU 0.50 MOLE PEqCENTv AND GLASSES 0.5NA W62 SJB2 I SIJ63
2SJO SU82 411). PRIME22 NA WAS USED AS A TRACER. [NVESTIGATION OF T4E
BEACHING OF- GLASSES IN A 0.031M NACL SOLN. AT 951DEGRE-ES SHJs4[-0 THAT 41TH
INCREASING AL SU82 0 SU83 CONTENT IN THE GLASS THE Ator. OF NA PRIMF
POSITIVE ENTERING INTO SULN. FP01 I CM PRIME2 OF THE SURFACE DECREASES.
SOME ANOMALY IN THE GENERAL BEHAVIOR OF THIS DEPILIJOENCY vtAS 0050. Fll
GLASSES WITH X EQUALS 0.01 AND 0*15. THE EFFECT OF THC CONCN. OF THE
SOL.4. ANO THE NATURE OF THE ALKALI ION ON LEACHIhb5 WAS STUOtEl) 014 THE 2
RELATIVELY STABLE GLASSES I(X EQUALS 0.3) AND llo ME EXPTL. DATA SHOW
THAT THE A.41. OF NA PRIME POSITIVE ENTER'ING INTO THY 53LN. 03E$ NOT
DEPEND ON THE STARTING CONEN. OF KCLP RBCLt AND t:SCL WITH14 THF. CONZN.
RAN'GE INVESTIGATED, BUT THAT IT DEPENDS SOREWHAT (IN THE 4ACL CJNCN. THE
DIFFUSION COEFFS. BY 2 METHODS WERE CALCUs AND THE DA'1'A tA3UL4TED AND
COMPARE-0.

1/2 033 UNCL ASS I FIED PR0(.r-.SSlNG DAIE-04DEC70
TITLE--RESONANCE REGISTRATION OF C08ALT-57 GAMMA QUANrA -U-
AUTHOR-(03)-MITR0FWqOVt K.Pov PLOTNIKOVAt MoV,v ROXHL0114 N.I.
CCUNTRY OF INFO--USSR
SOURCE--PRIB. TEKH. EKSP. 1970o (2)o 75,J_
DATE PUBLISHED ------- 70
SUBJECT AREAS--PHYSICSP NUCLEAR SCIENCE AND TECHNOLOGY
TOPIC TAGS--QIJANTUM RESONANCE PliENCMENONt COBALT [SOTOPiir GAMMA qUANTUM,
ABSORPTION SPECTRUMv GAMMA COUNTER
CONTROL MARK(NG--NO RESTRICTIONS
DOCUMENT CLASS--UNCLASSIFIEO
PROXY REEL/FRAME--3007/1063
CIRC ACCESSION NO--AP0136483
J NL A
all

2/2 033 UNCLASSI FIED PROCESSING DfirE---040ECTO
CIRC ACCESSION NO--AP0136433
ABSTRACT/EXTRACT--(U) GP-0- ABS f IR,4CT PARAMETER:!; ARE GIVEN (31: A
RESONANCE COUNTER FOR REGISTRATIUN OF PRfME57 C0 G410ill wwur #t'141 TlloijT
RECOIL. THE ABSORPTION SPECtRUM OF THE COUNTER 15 .1%, !;INGLE LINE- THE
COU.44TEk IS COVERED WITH ~OPERCENT FE PLUS ZOPEItCt--Ply lql,. PLUS 10PERCENT
CR. THE REGISTRATION EFFICIENCY FOR RESONANCE GAMMA QUANTA EQUALS
SIMILAR TO 15PERCENTv THEIR COUNT EXCEEDS THE NOISE LEVEL TENFOLD,
FACILITY: INAUCH.-ISSLEDo INSTo YAD, FIZ.11 $103,cOwp USSR.
UN C L NS-S I-C 0

USSR
IJDC 5467;1, 27, 54$7, 53926
KRAVCHEINMO, V. S., LkRIKOV, L. N., and PLOTNIKOVAi JI" P.
"Study of the Substructure During Annealing of Molyhckinumv llorallardc!d 1'0110,.~ing
Deformation"
Monokristally Tugoplavkikh I Redkikh Motallov [Single Cryst:aIs of Refractory
and Rare Metals -- Collection of Works], Nauka Press, 1971, lip 143-148
Translation: Methods of x-ray topography aTe used to studles of
polygonization in neutron-hantarded single crystals of Mo, jirelirlinarLly
deformed by rolling in the (1101 plane. Tt is dAzonstrate-1. that the Proce!ls
Of pOlygOlli2ation is accelerated In specimens bombarded foll-owing deformation
while the development of the recrystallization process I-s rat,Hrded and In
many cases is halted. 5 Figures; 8 Bibliographic, Refel-encen.

USSR
UI)c (ei.4-38-621-51-253-5-539-4
PLarNIKOVAY N. V., CLADKOVSKIY, V. A.p e1nd PLMIIKDV~ YLI.
"The Effect of Geometric Parameters on the Longevity of Ci.*-.mpressor Blades of
las Turbine Engines"
Sb. Nauch. Tr. Perra. Politekli. In-t (Collection of Sc[entific Vor'A-s of PQ-~~'
Polytechnic Institute), No 10P, 1971, PP 133-136 (frocii, Re~*L-rativn,,-),
No 10, Oct 72. 49. 11~irbostroyeniye. Single Issue. Ahvtracl; J~o 11). 4,1. 115C
Translation: The thickness of blaide edLres in their producLion strictly
according to technological. conditions does not affect; esveratially tiw en.l.irni-ce
limit of the blades. Mic endurance limit of b1siden dti.-r-reason wit'n
enp , E;trece - 1-1 c I
,th or sectional area in %he zone of ruiximun bendimr r- n a
l
tions of the cyclic safety friator of slinilar trpe blade of vvcL-ntL,., dezii:-ne~,!
compressora., the fatij~-,,ie limit has to be taken 9!~D-25% llelwe *thu endiiran,.~-,
limit of laboratoi7i tent pieces. Sww poraible l.indurl, lit 1,,iiij:V1 n';~ of endurancce
limits for small lent,-,th blades will reutilt in a small -Incrowie ot' t~.i~ fatij-~~x
strer4;th safety factor. One, illuatr., two tables, two biblia. mfs.
1/1

J11!1 Mir III MI I,Y- dFIFIM11,11
11`113IN-4MIM1111911 fill 1EIRIIIJIMIn 111111WHIII IM11"It 1111"W"LIVING I
USSR UDC
PLOTNTT KIYA V, [Deceased], RUDOY, A. N., InstituPo of I'voh1cms of Material
-Sciences, Academy of Sciences UkrSSR
"Spectral Determination of Oxygen in Hafnium Carbide !,owdr,f,"
Mosccw, Zavodskaya laboratoriya, No. 11, 1971, pp 134211-1321~7
Abstract: A spectral method for the direct quantitative. di!temI inat ion cf cxygen
in hafnium carbide powders is described. The methoel is bai~ud on carbcrl
tion of oxygenous compounds of hafnium and oxides of iw~uv:itl~ metals C!c-lt-:ilne-ll
in the carbide in a dc arc. Due to the high temp er,.ti -v-1 'we obtained ir th--2 arc,
the time for the reduction process is considerably shl.'r-tened. T.11,~- t,-mperature
of the carbon electrode in its upper portion coimairibil,, thn va-m-olt! ,-, , e, I
I , itL
is only somewhat below the melting point of haft.1-fum 'Pie temm-ravir,- CJ
the arc plasma in an argon medium is (1000-12,0011C. The 1:urtial pru:Ltiure G.-
carbon monoxiale in the chamler for the case of' it iox~`Iimm c*pr.,.~enlraticn of
in the powder (1.50 Ooes not exceed 30 mm H,-,. As From vacunim--
melting or the vacuum-heating methods the requ2remenl: for :--mplete
of the gas with minimum losses to-) sublintation in not f:)v tiie .9-ectr.,.l
1/2
EMMI--_

PLOTNITSKIY, V. M. [Deceased], RUDOY, A. It., Zavod--.~:aya Inbrrator."ya,
1971, pp 1324-1326
method using standards. A necessary condition is tbo, ident[ty of, tho '-'-:;tUI'e
of the process for the separation of the gas from. the an" -qamj)-'t:.'7
being tested. Conditions for analysis are the follairi-nz- rh~- lilght IS
a dc arc; i = 45-48 amp, and the slit width is 30 11; ther-a -'s a thrr-e-lems
illumination system with an intermediate 5-mm diaphragm; the lengtlh of the --rc
gap is 5 mm and the depth of the carbon electrode is 7 nn. The carbide VI-1-w"Ier
siibject to analysis is MiXed With a S% purified carb,-m pow"er. The initiiii
argon pressure is 600 mm Hg. The relative standard 4tr-mr does not e-xCeed 8-14%
in the range of oxygen concentrations 5-10-2 - 1.5%.
2/2

USSR VDC: (581. 3
ATSTOPAS, F. F., P 1.
"Computing the Execution Times for Mlcro-Operation4.,"
V sb. Av-tomatika i vyrchisl. tekhn,(Autowatior and Ccjj-,vi3tf.,,r
collection of works), NO 3, ViTrn_~us, "Hintis", 1971, PP 1139-197 (from
Kh-Kibernetika, No 12, Dee 71, Abstract No 121IZ94)
Translation: The paper describes a method and tagoril,'.ttx, Ccr calculatAng
all combinations of times of execution for micrei-optrationo. The duraticn.
of a micro-operation is longer than a single extvcutian eyele. The result,
is placed in the register immediately after completiol-_ of micro-apcra-
tion or after several execution cycles. The calculatEons Are reduced to
operations with matrices. Authors' abstract.
1/1 - 51 -

USSR UDC: 5i.6n.391
ATSTOPAS, F. F. , PLU S
"One Method of SoIving a Systt!m of Pseudo-Boolean liquat11:11,~S,
V sb. Aytomatika. i ~~;chisl. tekhn. (Automation and 'rectrcIcEy-
collection of works), 110 3, Vil'nyus, "Mintis", 19T1, pp 173-176 (from
RM-Kibernetika, No 11, Nov 71, Abstract No lIV563),
I-No abstract]
1/7

USSR urc: IIr1.3-
AT8TOPAS, F. F. , PI!P-KAS I K. J..
"Calculation of the Frontz of Micro-Operations"
V sb. Avtomatika i chisl. te~hri. (Automation and Computtir
Vy
Collection' of works) , No 3, V ill nyus, "Mintis", 19T1 I pp 177-181 (f rola
RZh-Kibernetika, No 12., Dee 71, Abstract Ko 12V895)
Translation: Part of the procedure of mininizing ini(~rinprcip-ars by thE
method of dynamic progr&riming is calculation of the f,rorVt of InAerc-
-operations. A procedure is given for calculating it ovt (,V t'ronts of
micro-operations frov, the matrix of contiguity of the by
means of operations an Boolean matrices.
1/1

USSR Urc: CF-1. 3
ATSTOPAS, F. F. , PLUKJ.-Ii 1.
"Computing the Minimum Matrices of a Mcroprogrsm"
V sb. Avtomatika i VVchisl. tekhn. (Automation anO (%rpatmv T,:~chnciosty-
conection of works), No 3, ViTI-r7lyls, 19TI, PP 03-187 (fro'=
RU-Kibernetika, No 12, Dee 171, Abstract No 12V893)
Translation: A procedure is given for computirg th,2 nfMiimuit natrices cf
a microprogram. The method utilizes the solution of a. sywtein of lineax
pseudo-Boolean equations and the sufficient conditiom for ca-rrying out
the micro-operations. Authors' abstract.

USSR uDC 681.142-001-51
ATSTOPAS, F. F. K. I.
"Finding Contours and Paths in the Graph of a blicroprogriun"
Villnyus, H2H2Ln=e trudy vy2shikh uchebnXkh 2avedetfl,.- Lit.. fSP.
i vychislitelInaya te.Uinika (Scientifte Works of Iwi!-JIIi2tian!3 of High~er
Education of the Lithuanian SSI',,'. Automation and Ca=oiter Technolorv), No 2,
19TO, "Hintis", PP 73-77
Abstract: The authors consider t-,.ro different tCLgorlthms ~#br computfiig all
paths of' any length fron minorant to majorant. In iblition, the first allgo-
rithm is used to determine arcs , and &Iso the paths througi-, vhi~!h varicus, el,--ntar.-
contours pass. In ccml)utatiQns by the first uporithia, vt,ttrix operw~icns are
used vith the matrix of connectLoris of the graph at tL mi crt,)p ro gram; IL peculi-
arity of the second algorithm is the fact that all clDniputat!ons are reduc,---d
to Boolean operations with the matrix of contiguity, of tha tUcroprogr1im'.
Both algorith= are easily realized on a diSit&I computer, Two illustrati, or's
bibliography of three, titles.

USSR
uDc 81. 14,,,. o,,n: 9 3.
ATSTOPAS, F. F., PITKAS, L.A-
nA Method of Proper Numbering of the Verticeo of the Gt-iiph of a I%Ucroyrogra="
Villayus, Nauchnyye trudy vys-thikh uchebUkh zairodetii%~ Ut.
i yXchislitellnkya tekhnika (Scientific -Works of Lizitituticas of .4iFner
Education of the Lithuanian SSE. Autonation tmd Colliputex 'rechxc-ln,&), No 22,
19T0, "Mintis", pp 67-72
Abstract: A method is considered for correct nurh(i,ring ,)f' the vertie'--s of Fk
finite drectional graph which describes a A pecullMrity Of
, to dt~t*ritining the
the method is the fact that all conputations relattii;,
ranks of the vertices are reduced to Boolean operaticns vith Bocle,-un matrir.--s,
and proper numbering of the vertices is f'Ound 'by zewis o1' iu simple etnumeraticn
of the elements of a Boolean matrix. The proposed ilethod is realize(~ an a
digital computer. Two illustrations, bibliography of throe titles.
107 -

USSR 6~)0:18;539.26
Pb-UTALOVA, L. A., SKRIPCHENKOp G, B.. and 01;01.100,1, L. P,,, '2cientii'ic
Re'qz"e~arc`n~titute of MechLnicml EngiDeerinif, Moscow ~
"Effect of Pressure on the Otructure of Graphite Materials In the Process of
Intensive Wear"
Kiev, Fiziko-Khimicheskaya Mekhanika Materialov, Val 6, tic 1, itul-Feb TO,
pp 49-54
Abstract: A study was nade of structdrml changes occuxrinT iii ;ranhite materials
during intensive wear. The basic parameters dettrain4ig th#-.- value of "t!rit~calll
pressure are the structure and strength of the graphito- i,,iati-m-ial, thf- n-Itterl,011
of the counterpart, and the composition of the g&s =41LLun. It haq beq!rj
that the wear nroducts undergo exterisive destruction ilown to the ccripli!te.
amorphous pha-se. The great-.nt atructural dintortionn veire :)bserved at pr-,!3.,iurts
close to critical when the normal process of work chan8mis ti:i inter'sive vear.
With respect to the ratio of intensity muximtv, it J.T, thilt in the
products of wear thr--re are 10% of the crystalline phikoe., abaiit 40'('T Of Ninv~-Iy-
disperse crystallites consisting of 2-3 layers, azid the, remaln:lmt 501--cc."'pletely
amorphous carbon, As the specific pressure of friction incrollIN13, dist0Vt1C11q
in wear products decrease. It is noted that the riature of diantructior depenlis
on the surface state of the graphiu speclmen.
1/1

AAOD44635 UR 0482
Soviet Inventions Illustrated, Section Il Electrical, Derwant,
243DIO 0010ENSATIM BACXLASH 11
That Mcklish io also kibinjo 4ry J.ZFL'=
and is due to the tloz~-Iinqar0y of a uopo*at-
In order to compensate a. backlash in the cihiobmr
(3) a non-linnar channel (1) obsogto the Wj*mLas
slanal W into, its derIvative (x1) w;tth re4pect
to time. Two signals ar* w4md in the sun"' t:ijn
point (2) and applied t* Thai vhWb4r (3). It is
possible to select a -right valuo,for the'delft-wative
whic,,h when imixod with the oi1$Ln*1 signal &144
passed through the cNwb*r with backlash will
result in the original signal (y x).
18.3.69 as 122639SM-24-ANJIMSHIL 4 V,S.PWMS.
MSCOW INZWBTICS INSTJ23.9.49) sul L615.3-.69.
Class 21c. Int.Cl.G 039.
AUTHORS: yetushil A U * PJAItee, V S.
-M-9-skovskiy Energeticheskiy"*
1-974/1330

AA0044635
19771331

USSR
NIKOLAYEV, K. G., PLUZHNIKOV. L. It.
UDC: 51
"Application of the Method of 'Branches and Boundaries' to the Problem of
Locating the Enterprises of a Production Unit"
Moscow, Inzh. mat. metody.v fiz. i kibernet.-sbornik jEngineering Mathe-
matics Methods of Physics and Cybernetics--collecticn of works). Nryp. 2,
Atomizdat, 1973, pp 107-118 (from IRZh-Matematika, No 8, Aug T3, abstract
No 8V569 by Yu. Finkellshteyn)
Translation: The paper examines the problem of selectirg thii cptinum vaxi-
ant of locating a given set of enterprises on a delinested sectien. The
section may have any shape; the enterprises are rectan$ular, The presence
on the section of sites where construction is forbidden is not excluded.
The goal function is a sum of terms representing the rwture of the terrain
(situation), cost of communications (connections), effej.,tivevess of inte-
gration and blocking, compactness in locating the ob~elvtn.
For solution of the problem, the authors propose an algCirithr_ of
branches and boundgLries which accounts for the specificu of the proble=,
1/2

MR
NIKOLAYEV, K. G., and PLWHNIKO%r. L. N., Insh. Fat. motody v fla. I k1bermet.
vyp 2p Atomizdat, 1973, pp 107-118
and two approximating modifications of this algorl-thn. To 3*duce the number
of branches, the authors introduce two simplifying aasiaiptionso 1. The
optimum solution is reached if the objects e-re located in cute or zore com-
pact groups situated In the vicinity of one or more ispvcL&Uy iselected PoInts
of the territory. 2. As a step of the solution, we to-ke onl3l the optiuum
position of each object relative -W those alivuly located on preceding steps
rather than any position. The authors present a detailed analysis and Ceozotric
illustration of an example with four objects for the exact arA two apprpxi-
mating methods. Herark an presonted oa stonge econoW Ln the conputation
pocess6
2/2

USSR
NIKOIAYEV, K. G., ELUZINIKOV, L,
"Application of tho Method of Branches and Bound.,; to the Placentent. of
Enterprises in an Industrial Center"
Inzh. mat. metody fiz. i kibernet, [EngineerDig and Hathimatical IkN~thodj
in Physics and Cybernetics -- Collection of Works], Nci 2, Moscow, Atomizdat
Press, 1973, pp 107-118 (Translated from Referativnyy Vhurna] - Kibernietika,
No 8, 1973, Abstract No 8 V569 by Yu. Pinkellshtcyn)
Translation: The problem is stuclied of selucting the (iiitimal veriion of
placement of a fixed set of ente'rprises in a given area. DAe area nay
have arbitrary shape, the enterprises are -ftiped as rcctangles. It is not
excluded that there may be areas where construction c;i,nnot J)v 1111dertalen.
The goal function is the sum of the components r4tpresumi-Ang the nattirc., ()f
the terrain (situation), cost of connecting lines (coniirction:O effective-
ness of cooperation and blocing and compactness of plat:oiient of the objects.
An algorithm in braiOa-s and bounds considering the s6mirifici; of fliv problen
and two approximate modifications, of the algorithin are supgt?~Sred for sl)111-
tion of the problem. In order to reduce the number of branche~~, the autf,'or-i
1,12 76

USSR
NIKOLAYEV, K. G. , PLU-M141 KOV, L. N. ,Inzh. mat. metody fi.,. i kibernet.,
No 2, Moscow, Atmoizdat Press, 1973, pp 107-118
utilize two simplifying assumptions. 1. The optimal soltition is achievad
if the objects are place in one or a few coml)act groups around one or a
few specially points in the territory. 2. Each step in tht~ solution using
the method of branches and bounds consists not of aribitrary placement of
some object, but rather of its optimal placement relotive to thc object....
already placed in earlier steps, An eximple with four obio-ets is ditscussvd
in detail and geometrically illustrated for the prectse and to appro3:inlate~
methods. Certain considerations are presented concorning, savings of machine
memory required for calculation.
2/2

USSR uDc: 621.319.4
SEMOV, V. S., PLUMMIKOV, V. M., VERBITSKAYA, T. 11,
Investigation of the Piezoelectric Constarts of Tne 10, Vaj,icaps wnd
Possibilities for Control-ling Thed'
Elektron. tekhnika. Hauch-telkhn. sb. Radiodetali (Elec-t;roniL, Teel--viclotrj.
ScientJ''ic and Technical Collection. Radio Components), 1970, Vyp. h(21,1)
PP 115-119 (from Kh-Radiotek-hnikq, Ito 5, MaY Tl, Abstract No 5V318)
Translation. The authors present the reaults of on experimetital study of
the piezoelectric and mecimnical constants of typ4t,, W. varicaps. Pcesitle ways
to use the piezoelectric properties of varicaps ii) some devic,et,' Ure pointed
out. Resume'.
1?2

USSR _P L'L)C 62.1.376
OVSYANKINA, V. M., FLUZIINIIK~~V,~
"Potential and 'Mode Possibilities of Dielectric Convemers Of "',nail CLIrrunt~s
Novyye beskontaktn. elaktron. ustro Stva. Ch. I (New C~:iatact:ljisti !,Ieccr4mic
Part 1), 11,joscmr, 1970, pp 173-176 T_ 4
Devices. ( Mt) 9,
Sep 70, Abstract No 9D225)
Translation: This article contains an ioveitigation o~ J.hu ;~o;4sibi-A, ity .:)f
using ferroelectrics in small signzl modulators. Their posicive and negarive
qualities are noted. There are four illustrations and -ti iour-encry biblt.-
ography.

-- -. v &:7 UN C. L Ab :p 11* "M p!KULn434jNW UAlC--5VUl-l CU
iTLE--A"v-ALYSl4'* GF TUMCR TRANSF4~iOtATIGN OF 715WES., 11. BIOCHEMICAL
DEdAlFFkRENTIATIGN OF TISSUE OWAING CARCINOGENESIS,p CHANCES OF CREAT114E
UTHOR-JO51-SALYAMCNe L.S-, ASHMARINt IP*t USTRETS-OVA, 1.13.o LYZLOVAv
S,N~,v PA.UZHNIKQVA .1G*F*
C-wlty robe -U SR
IURCE-TSITOLOGIYA 1970s 1211)v 102-10
PUBLISHED-70
CT AREAS-alOLOGICAL AND MEDICAL SCIENCES
OPIC TAGS-TUMCR, TISSUE PHYSIOLOGY9 CELL PHYSIOLOGN't ENZYME ACTIVITYP
DERIVATIVE
CARCINOGENt CARBGN TETRACHLORIDE# LEAD COMPOUNOo BENZENI.
MARKING-NO RESTRICTIONS
IMENT CLASS-UNCLASSIFIED
W REEL/FRAME--3001/2107 STEP NO-UR/9053/70/0121001/0102/0110
(AC ACCESSICN NO--AP0127480
UNCLASS If IEO

212. 015 lJNCL ASS IF I EO OKOCC-1tSING DATE--30OCT70
IRC ACCESSICN NO--AP0127460
OSTRACT)EXTRACT-tUl GP-0- ABSTa4CT. CREATINE KINASE (1) AND ALK.
.-PHOSPHATASE 1111 ACTIVITY WAS STUDIED IN TRAPISPLA.10ABLE TUMORS 4HEPATOMA
.2ZA IN C SU63 HA MICE9 HEPATUMA 27 AND KIDNEY TUM~~R AB-12 IN RAtSl AND
,TISSUES CF MICE AND RATS ADMINISTERED CARCINOGENIC COMPOS. (CCL SU84v
PS(OACISUB29 URETHANE AND 3*4#8EZN0(ALPHAJ PYRENE), I ACTIVITY WAS
INCREASED 3 FOLD IN HEPATOMA 27 AND 5-10 FOLD 114 HEPATOMA 22A. IT
INCREASED ALSO UP TO 2 FOLD DURING THE HEPATOCARCtNUGENESIS IN MICE
AFTER CCL SUB4 ADMINISTRATION. AFTER THE ADMINISTRATION OF
3v4tbENZClALPHA)PYRENE# I ACTIVITY IN SKELETAL MUSCLES DECREASED TO
56PERCENT OF THE NORMAL VALUE WITHIN 24 DAYS AND A SIMULAR UECREASE WAS
FOUND IN KIDNEYS OF RATS ADAINISTEREO Pe ACETATE. HO%EVERv I ACTIVITY
IN THE LIVER WAS INCREASED. 11 ACTIVITY IN THE LIVER OF MICE
ADMINISTERED CCL SUB4 INCREASED UP TO 3 FOLD DURING THE ISt FEW DAYS
THEN RETURNED TO NORMAL VALUES. PB ACETATE CAUSED A DECREASE IN If
ACTIVITY IN THE K!DNEY AND KIDENY TUMORSo 4FTER 7Hr-- ADNINISTKATION OF
URETHANEs 11 ACTIVITY IN THE LIVER INCREASED. IT WAS CUNCLUOED THAT
CHEM. CARCINGGENESIS IS ACCOMPANIED BY REPRESSION$ iliNL) DEREPRESSIONS, OF
GENES REGULATING THE SYTHESIS OF ENZYMES IN CERIAIN TISSUESS
FACILITY: LAS. PArHEIL. PHYSIOL* TOMOR GROWTHP INST4 UNCOL.t LENINGRAD#
USSR.
UNCIASSIFTE0

Acc. Nr: AbstracCing Service:
00042509' amacAL ABST.
86675Y Synthetic polymeri na "S C
ass activity, Kirsh, Nu, ttu twwnqA
Itef . Code:
AL R 0 4-5-F
L lymer-ic cattilOts (1, R Nfie*~ Ht. Pr, va-pr.
186-Am iRusal. *
Bu, iso-Bu. isoarnyl. PhCjjj "d'X " Cl. Br' 0 'Art rAtIlpd. 11V
partial N-alkylation 4 pnly(4-vinylpyridinO with 61. -corrilsilond.
ing alkyl Wilt at 6040' in 10.41
X N
catalytic activity and salectivitv in the bdruls-biii of estom puch
ah p-NO..C.H-,OAc. no active'tenters fn'r the*catti~j-,-iis w1re the
unsubstituted pyridine rings. Tht catalytic activ il ~- of ar.: unal-
kylated link wss I timea greatirr than tluic~14~ -hP SillpItSE
analog, 4-ethylpyridine. The kigetic 4thav6~r of I was Similar to
that of a-chymotrypsin. The kinetic paremoters Jbj~ 4uch wep of
the hydrolysl$ Weril CAW, and their jt~c- nauiM u1'
REEL/FRAME
119760474

AP0042509
the substituents and macromol, dimensionN wom Oetd, TN cat.
alytic activity of I was a runctioti of their Hhape Wi iviln- and Lhe
type of solvent. The bigh catsl~-tic activity of 1 $48 eirikiinad by
the development of locil h)-druphabic cavities, each (if wliih con-
tains a nucleophilic group (pyridine ring) ond it. tiurrounded by
hydrophobic subaitAtents.
197604 flu

112 019 UNCL ASS IF I ~D PROCEi*-SiliC, DATE--2,30CT70
TITLE--FINE MOSAIC STRUCTURE OF NATIVE GOLD CRYSTAL I-R.,",INS ELECTR43:
3
MICROSCOPE DATA -U-
AUTHOR-103)-PETROVSKAYA, N.V. , FROLOVA, K.YE., PLVA5WE%JILll, L.").
COUNTRY Or- INFO--USSR
SOURCE--DOKL. AKAD. NAUK SSSR 19701 191(2), 433-5 011%'ERAIJ
DATE PUBLISHED ------- 70
-AS
-SURJECT,AR~ --FARTH SCIEiNCES AND OCEANOGRAPHY
TOPIC TAGS--GOLDs ELECTRON MICROSCOPYs MINERAL DEPOSfto $INGLE CRYSTAL
STRUCTURE
CONTROL MARKING--NO RESTRICTIONS
DOCUMENT CLASS-UNCLASSIFIED
PROXY REEL/FRA4E-1997/1046 5TEV NU--Ui(/00;?OJ*Y..)/II;4')I~),)2/4)4~'~/t)ti35
CIRC ACCESSION NO--AT0119913
UNCj.A")Sjj:jEO

212 019 UNCLASSIFIED C ii S IN ~, D .1 r23'C C T 'I C
CIRC. ACCESSION NO--ATOll9ql3
ABSTRACT/EXTRACT--(U) GP-0- A3STRACT. FINE MOSAIC. STAUCTUkE ~,-\s STUOTE0
WITH SAMPLES OF NATIVE AU FROM 8ALH$K AREA MAWSFAAfAAL [A) A,.*,4TL3VSK
DEPOSIT (OKHOTSK-CHUK9TKA VOLCANIC 11ELT14 I'llf ~-""'J
DEPOSIT AU CONTAINEL) 21.61-2.14 ANJ 44.70-5.b7Pk4C.EllJ
TRACES 2PERCENT CU, FE, SEv HGr AND S8. SINGLE CRYSIALS JF 3,%L( .I SK Au
HAD A COMPLEX STRUCTURE COARESPOINDING GEN---ilAk,LY T;,~ Nl~- TYPICAL 11'J'SAIC
(BLOCK) STRUCTLIRE OF CRYSTALS* FI,4C Gf4&jt,,4S C.IF IEA~~J.Y ~jj Vj:
VE-PY FINE (0-2-L MUI SUUINDIVIOUALSo $0 CALLED OLOCKI~J. Td~.,Y iiW
ISOMETRIC SHAPE-OFTFN CLOSE To OCTAHEORAL, THE- sc, 3TIi!~'-'
AUt MORE EASILY ETCHABLE 6Y AWA REGIA, WLAE PRESe",.14T
SU31NDIVIDUALS. THESE ZONES CONSIsrEo OF PARrICLES 6~,-~ATFR T-HArl C"
E4UAL TO 1-10 AS SMALL AS MOSAIC BLOCKS,, TxE ~AG- RZICH AJ F-~J'-l "01V SK
DEPOSIT CONSISTED OF IRREGULAR DENII)RITIC SEGREGATIVINS fi,~ N
QUARTZ. THEY HAD SHARPLY EXPRESSED 1-110SAIC STRlJCTtM14- -1: lni-
. li ;'4
MOS A I C BLOCKS # W4 IC H 4R F USJAL LY SMAL L I N C ENTR 4 S, 0 F S C-. I NS
(0.2-0.3 MU)j 3ECOME LARGER 11-2 MO) TOWARDS THE PLAC-::~'J;
THEY BECOME MUCH LUNGE-Rt ACQUIRING DIRECTION SUBPARAI.L~t fi~ F:ii: .3 - I "A I fil
99UNDARY. FACILITY: 1~4ST. GEOL* RUD.
MINERAL. GEOKHIM., MOSCOW, USSR,
UNCLASSIFfEa

USSR
B-Z [I I, -1U. D. Z I.-, I ~AUf I,, fyr
Pill,
nInjector Dz:ft)11r' !~jfr of .~)T' L"I Synchrophasotron lvilltli Eierjy 15 'tAntion of
the Accelei-ated -&--arl"
Moscow, Prillary- i T011-Ainikul El~sperirnnut, &'wmal Akmdunti 14VAC SSSR, !-a 1,
Jan/Feb 72. PP 37-33
Abstr.~ct: 'Iho~ vvu--Liol~~ inten-sity in tla 01YA?, Le
incivasA 1,Y "!!0 czlol-Cv scrAtel-il"A- in tl'w ol:11'0. I'1,
modulathil;
by a :;iw-,1e hi
fmw the linear accu,vr,.-tni-.
Ube in 1/"l Or tilt! v-'Ive of tlm, 1-ound u,~!xL11
j tt:.! ~ I t!..
line. Mnt~ tnnim; if; 10"'; t CO
powear in-c-14- T:i,-, --ia 1 'U'. of ~Ms
cbr.-dr1r."d with azio, Without -011-- 'dobulwhu".- mi.t.
given
1/1

USSR
u w, 6B1. 3:-)
MALAKHOVA, M. M. MIONA V. III.P nwviK, I.
.7 1,61awM"MAIII WF C, .0 Loe
RATUASHVILI, SH. A.-,--and IMYFXT13,__V- Is
"Updating the MInd-22 Corqwtlar"
Tr. N.-i. i proyckt. in-ta nckhwiiz. i ayto7t.,xtiii. inir.
prom-sti (Works of Scientific- . MwIrch anti Planning JX*;zitirLaL fo:- ti,.j
zation and Autozrztion of Production Control in the
1971, vyp. 1, pp 13P--141 (from R.'Qi--AytonatJL-E%
naya Tekhnika, 110 5, MaY 72, AbRract Is; 51515 by V. 1!:F
Translation. The article describee it number of in Vic,, 1,an:ak-22
,es aNectiu-, tLa card v-.rd
computer and gives circuits and deacriptrions of ciwai,,, t -
magnetic tape input units, the start-sLop input iwcjgjmjsm~ etc.
illustrations. Bibliojraphy wi,~h two titles.
P7 -

USSR
MALAMOVA, M. M. g"giglal, Yu N RANEVA, V, , LOMERN I K, 1.
BATUASHVILI, Sh. A., KHEYFT-TS If.
"Modernization of the Minsk-22 Computer"
Tr. N.-i. i Prockt. In-ta Mekhaniz. i. Avtomati7. upr Proiz-,,om v Mitomob.
Prom-sti. [Works of Scientific Research mid Planning Institute for Mechalli-
zation and Automation of Production Control in the Motor Vahhcle InduSLry],
No 1, 1971, pp 132-141, (Translated frova Reforativny), ""hurnal, gibernerika,
No 3, 1972, Abstract No 3 V482 by 'the author's).
Translation: -A number of modernizations of the Minsk-22 cov(putei- are des-
cribed. Diagrams and descriptions are presented of changej; concerninp the
Punch card input device, magnotic tape reader, input start iii-op vj:xkhanism
card puncher and matching of magnetic dTum to compkiter.

Acc. Nr; 00044594-4 Ref. Codeg: Moqq*~
r '
PRLMARY SOURCE: Klinichaskaya Maditapinat 1970, Vol 48t
Nr / , pp 1- 1 -4-4
BLOOD STREPTASE IN THE D1,%-CjN0SIS OF RHEUMOCARDITIS
IN PATIENTS SUFFERING FROM,CARDIAC FAILURE
AT REMOTE POSTOPERATIVE PERIODS
S. Gulubev, Sl:r-. Yujit. A.
S u in to a ry
The authors deseribe the clinico-laborwory si!,rm ol rlwumc,--ardi1%j In '34 with
r I icumatic cardiac dtseases at ruipo I v I al lc~d~ it: te -r thl.,operation. by
confrontations me authors Iiie iMptirtarit. o ~f thi- new 1~,st*in tim diagwi.s of rheuW~~-
carditis. The authors are of tho uplWori that 1ho (der is jj vjWabie auxillary diagm.
Wc last III the Complex Invwtigalion of phlitinl~. With active 0141MI04N.1 I in
Its torpid coum. We could af,-icss flit efi1.'Vtiy1~n1!SA of treatment by jijjkwgf,~~( Me streptale
titer in paticrits suffering from active
RE-EL/FRAME

USSR
UDc 541,163,661.18J.6
VLASMA, 0. A., 10111E, K. G., KUAKCHIYEW, L. a.o and Itib"4
of Catalyislaq Sitmorimn Jjep&rtnantp Academy of Scierwixh~ *Pd
"Influence of Machining on Grain Size wid CrystallAtw of Typo 4NaY
ZOODtas"
Moscow, IzvestiYa KatL-t 2SSR, Soriy% No 1., 1972,
PP 531,,-5,'16
Abstracts Thr-- poselble chatige in the nive of t" zoolitiii pax,ti(!Ies with
ttuLled, as vaa tho effect of the IntclOity of dcal
zechtnlml wo-r;kInp, war, r
grindirg on th~,, -ta&i !,i,-,e F,:.nd ox-y-stal i0xvotlu'a of t1w 1."I.011iArl't, An
sample azd samploz~ ~4xoijrcj fi~r 1, 2, 4 1301krn jg.~j:jj ;~j,t;jJ01 1 4
. ( , T i,
face arza, as ty the FST 1.t!t'-cLi
21g for the in-t-,rounid j,,;aYO to 4\',) 21f., :rOr L~Ilt 11'ro"'ple
hours, J,&Y-4. The 0.1ect'l,011 an' :Z;, ,:.,1:v;
an incrtnrasa fron ~:.3 ,a~ to 16.5 L,~Vg l'or lilsy
-4. Tho
from the equiation :3 - 6/pd whe.,n:) P An tho flamJ31ty of t):m zerilititm, equZI .1,L)
~-.
Z g/c;~5; d in th'! fLvetvi~-(,. radlkw'. of Ihm alil,ti.ixod Trun o.
dietribution cu,,~c, Tht- zadlhua 1.3 I,o:,- ilf):~ t"1 j~,~It
PlaY-4. In x-r--~ the ',TV7 MINXIM(I 11RO r-'trW.`tW1'0 "il-Y
1/2

VUSOVA, 0. A., et V.I., j"ve--+J')-3 Allademii k4u`L :~SJ.R' S'z'j:'jyA K'-JIACI~of"
No 3. 1972, pp 5.3~'t--5%35
much reduced for the u"-nple rxmmd for I hour, 1"ItY-1, &:16 ;-'1-4.
The total IntenBity wa~3 &Ino much V!41!v!d$ inAicatIng d0u:.,~eatO.q., rry:3-lut'111ni-cy
with ircreasing ExindLig t1r:e. Tlw III u-jvatrtin of k X-11, Lut%jic-a 14i,CLI cn.-I
antl 300 cn-1 was rauch zi-roother and uhouv4 vuch g=Ltcr thzn 1hat
for KxY, although thu paikk potilticius ware sintliur Cor 40,1 tb~ :41~-ctr:t.
dAta obtained ind-Icato that grll~-'Unj~ Changill'i III c!"ylAn.1 'Arlctvz-ol-
and adsorption calkxcity of N4Y typo zooll-Los,
..... ........

Acc. Nr* Abstracti Se'rvice: Ref. Code:
Ar0048316- CHEWCAL~T.3/10
104446c Isotopic exchmage of oxygto, on flilms qf silver and
r9old allays. StAros ~siA-tV.;,Bureikov.G'
1UO"_TKa; ot s, 3. -00
~nilt - -.141a a L. ov*si inik .19L
AN'kaad."N�'=A'ttkq. R 070. 190 2) ~3W-7 lPby!s C4 fol (Russ)-
In their relation to 0. As and Au* differ greatly. thereas 0 is
readily adsorbed on Ag at room temp. and at 200'* there is per-
ceptible reaction of hoinomolLxcul 2~r isotopic 0 exchalige bettreen
the adsorbed and gaseouis 0, 0 is not adsorW on Au at room
temp. and no perceptiMe isotopic exchanp ockitts at 400*.
AdsorpOon of 0 was studied on * series of A9-jku.4P1j*i. :OP it
AS alloy with up to 50-W% An, the rate of isotopio 0 exchange
increases. Beyond this Au COIttnt, the Mtt StjX%S to (IXDP.
The ton. rate of eukln~g on th~ I 9110y0 it, " timmilmater tkian
-1 not
an AS alone. htclusixm of up to 94, AtA i~t them loy d0,
materia!ly affect the activation eflergy of hplno Awulo i D ex-
d1g, 2 3 kCal)'Mola-
change and it remains Ot sam as on re A
In alloys w-ith 60-W% Au. the ctiv ton drops 16-17 ILcal/-
to
a t ps
th
mole. The quantity of 0 on alloys wi a decrease Qf
Ag content. F*r pure A It 1~ -347 mowlayers' whereas. for
alloys with 3$,03, s:nd Wo Aup RAs 1.9. 1.1. and 01 inonollwe",
two Id.
EEL/F WC,
INS00018

SO'- TPR5
Sri. I
UDC: 162.11(47-21)
~.VML, STMICT1,11. AND DIST=MVE rFATUkES OT ZMERLINCY HOSPITAL CaE 11
~.FFEI= TtWS OF CMEE
I. Aq-
tr-- t K---' . Pr-
,."hTticIt t~j T be I 1a
~r_ Social hysle" and
F~.Itr~ Grjaxlxati:~l fr-l N.h. S,-~Shkb, ko.to-j41ZA3rz, and
jT,r-jya Obl"t Halth r~vccmw. 1;-et"I'l, d- khrshanth-,
So 7. 197%, v.t-m1tt..! if, l.brbary l"". ;, ,-Nis-
!1~ Spite of M6 knV.41l-r~ by Soviet pul~lic 'health to t~h&
of ~laaminj and mors. for cc~ical. car* in bosj~trals, .# III
=3 todl&Z !a i~,# ;;~4-Ltr 4r =c= ralcrable to eft-r9czcy )R)Apltmk-
Mill"Icn. cf T~Ati"t, 4~,! tr- t--~u" ,f au:li Of fipaziz~~
In r4rea: lo 06~ Jevtlop-i .4z4 it-tn-z--nt ~1 c2- aet~,rx and Acructurs~ of
ET,Q '-tt-- .--3,4~-=Z !:~f -r-4ey hospirs' IzAtion In vcw of the Pec%;,1i2vd
tz~rtrficy h6aplWs twnded on bas-,z zcf Hn 517 dated 5 July L966
i-.44, by VIP CnEri". f Lt.., CeSU ul's USSR Council M Hlnl*t4r=, -0o
'~r of ful-,~z U&AIO, and of Xwdical,
t.4-~ P. -11 .. =f e--fry..Lcy atfitton. w,4
Zx rvfj~crai 1n &Tj;r-. --e~d 4 A"=Lnt 191>8, ivi.ia
US1.1i Minister of UAW'.
!-- =d oraArAlzational problems p.rtatning tn *Aaarijency
Losr~itftl -i tt tz n--E ~L!a to b,, ~izver-m-J L~ c!ftcl4l reports.
atn~c th. -~a :~sttent. Uic'=Ce 4.14 = r--.=-F :I=-
only raferabl~ to aurgIcal ;==-== a camaiderable
plaze 14 oco.~4plo4 by ea~rjjvnzy of therapeutic l obstetric-
mo.1 otLcr ~.tjnta.
ror the purpose of suhat~tlatlng the &tructura of thv hod& allocated
-zr hb~:4t4ll=atlon, Lt.. A) 1-11131 on i;zivnZ1'1c ~es-xrth
_Zr- -~i
.?:fY...w, 'o "t
health arc-~nrr yanav Iturvie'Y'4,
wd vi%lz,~;zda~,ya oblast~ &n.1 the Minist-ry ofrii;'zt'- ~!
1;;;tt:4- "rductet ~ co-.P~e% stuey to dmt#mi-.c tho level, scope. anA
nature a' r--rS.n,y car- tn clffrr~.t tw;;es. of cit3e*.
- 6 -

z
UDC: 36..11(47-21-47-22)
I-IsTi.KTIM M LEVFL M S77-X-ME 07 ',#0Sr1TjkL C"E FOR VQW, FXT-ltW--S 1'1'
r,:FFrR=r1, Mrs it CITIr,
l.k.-ttzle bv 70.x. L6fst 11 T Trubill!" I.F.
,m
tu
Clr
it
gione zand N. 1.1c Health Z-1gimizatirm lueni N.X. F&StpvtkAys.
dcphrr=n1s; Y-ALOW.
xu~mittad 24 4AICU 1971. VP 16-1,11
Gd4n tbora7aumz ploy an Im"rtarn: role in realtrIng
v,allfl4d and rArt%"1ax.,!f Specialt-rcd care for the raral
% is a known f.tc tza-~ c4 v=z!=-_-* of %uedlcall care ra=dct:e4 La thit rural
pop.lat-on by urt.Az is intr..,bing onnusily, ho~tuvf. z, d.t4
.M~r~ tz =1 teka~ inttj C*~!a#ratjon in planning urban p.4~jje. tmalth care.
lr, 4441C..n. 0-re arq R=i_~l S;,eCjA1 Javgstigfittong te SUbaEAntifite
t!te Tur.1 *,=r hospital And ~if=;rzl ~.ra At
~t.acs Of --f rural ?~bllit brAl'i"
T-- lard" .I ti-A drK,;mzz, ~f 0- r=01
rx= -rf
to Pur*', lrldepll) rl, th~ 'eve! AS"; Ai.E*1_,.rztT-!t~ _r rl~ ~r,-4
-ol o! -~:*pc,tjn ard prophylm,tlL are In -~Crate
ti,-& z:- --;F7-.zzz r7rz~ -9 zz-1c..
of
Ard
cffa-, To ratal in tt,- difter'.mt
Art-c- an4 tr"c-

TECHNNICAL TI.AUSLATICM
r=LISM 'rnLZt C-In the I.M.en- F 0A Stf-o rtit. - the M*r-t-
of Ituptur* of Tris-p*reit.- P~ty~mrm 1,v . La,vr A..~a
soat.yan-7-- ';4
J-"nvju
NIO=zt Ft"ka-khL.10wky. r4t-I-"P-A
No, 6. Vol. 5. 1969
trsaoiated faf rSTC Iry Lou Kanner Axw~i.te-, Meitw~d CItt. Cil tf .
NOTICE
T$. -jenti ni oho pA'k.i6ri 6. b-., t,. i,d ., r-e Itd in the o#V..t tam No
A:tc-rt 1,-% tier" mad. to Vlkfy th, C~Avr ~f .". -anta-e. 'nil
ty-A--, -, -~h - ~(-P~ A-d pmp-~- is,~dr,
go "r4j"t the of K"-stt for madoio-W C~pt. or th.
clocup-m A-ld be adAr,wd -a Drpi,mwat A. NaticinslT,thiv.sl I.fv~ot-. seme.
Sprinji.,IJ, Vagma 22151. App,..td fur public retrawt: 6=ribution wnlimtte~i

U-2:10 62,11).131j.5
ind
Of
lnc-tsitutc of 111Y!~Xcs 0~r
the of 3cioncen U':-'rS.3d, LIvov
1030=e Jeculiirit'ies o-~'-~ tlae 10h!~ngc- in Properttio!~t~, 1110,1,-s
After Laner Be= '2--m-Itz-10-at"
..n X.
Kicvt a Vol 3,
J3 1, 1972t -pp 34-0"1
Abstract: T, Of tho
heatin- n I r, e rb c rim a nI-ho structi-i-ro r(I le~nr;
.,co of ('4L fc~:-orit ntccl br.~n6r-,, too!
oil
rdac othcr
Araco iroa, 1-20 C LI 00 c. d by -rcfvronce to
coo 7i
c r
stnnti-lly cr3!-CA',, ion;
.~V);,I 0i,
ill :all case:;,
112

USS R
ZHIROVMXIY, V. M., at al. p FIzIko-JOxbUchaskAya Makh=1ka Kitmruaov, Vol
8, No I , Igr2, pp 84-87
trec.16, e d .-Ion c- o C t o o]- st vU:I -"Id LIIO ':--in
ra.-IrtemAte, C ("' ~vbi('tn' tolt!
Y
I Ce
es
Sui posedly, the hi.,,4 he.,,' t
the disnolution proceso of The
of anacaled KIL1?j'4 BlAwl, n-ri-parently, co.,nmilil-ItOo t-- !---vt 0-~ Q,-'
bide!~; of !i lowd. coi-vic,17 ,lion cri' Pop.-I i. til 'ba, C!~Ir"Adc-
and the 'JnJ C'evojonin,- by ') -,"D~')C 1;'-w
d-L"i'O 5"a" ,
111"C'Eles:1 -C a I've
the micro"' r 240 1C
decrease in ;icro:i-r(biesri of the hlirdmcd from 120
to 460 kg/~,fnri'- in probably 6110 to tho f'-'Ict V;lv (:ocrea-
ses the overllie".61n.- ocnoitivity, in ljon(Avi,- a ,),,trt of ail
poorly soluble VO c!irbides. Vour i,'Llwstr., -,vron 1A.1blia. ref:-3,
2/2

USSR
UDC 621474-35-ool.4
IIA211IJ64, 01 4., Doctor of Technical Sciences, PORO)MINIM', YU - Z -
2
SUIAMS, Q, N. t STATIUKOV , V. M. i U611MA j A. N. , Candidate of Technical
Sciences, and TSERWELI, P. A.
Principal Parameters of the Deformation Process by Higb-ltempe=ture Thermo-
mechanical Treatment of Pipes"
Dnepropetrovsk Eetallurgicheskaya i Gornorudnaya Promyshlennost-1. No 4,
(70), Jul-Aug 71, pp 34-37
Abstracti At mlily active pipe rolling plants, reduction ;iills can be utilized
for high-temperature thernomechanical treatment (HTIfr) oil pipes. iorkers
of the. All-Union Scientific Research Institute of Pipes 4ur! sptcialisti; of
the Rustavsk Eetallurgical Plant have developed the techaology of Hl"IN'T of
hot-rolled conpressor pump pipes (73 X 5.5 MM) of cartan steels ( brands 20
and 35) and low-alloyed steel (36G23) by rolling on a 20-cage -,I.-oduction M.11
with rolls 350-400 mm In diameter. The HTHr tochnoloinr 1,:5 dist?.11z'sed by
reference to diagrams showing the general ari-angement and the change of the
metal -pressure on rolls under different rolling conditiotis. In HTHr the
metal pressure on the rolls of pipes with Mcooling in deforr-IrLS cases .1$
approximately twice as high as in the istandard procaos of hot reduction.
Investigation data were usod for planning out iniustrial 4ixperilixntal prodLc-
1/2

USSR
P
I LYATSKOVSKIY, 0. A. , et al. , Hetallurgicheakaya, i Cornarudma'va Prolvshlerinost
No 4 (70) , Jul-Aug 71, pp 34-37
tion sector of high-quality compresuor pump pipes. Two illustrations,
one tablet three bibliographic references.
2/2

USSR UDC 539-L22-011,'541-6531-781
PLYAT'SKO 0. V., and PODSTRIGACH, YA. S., Institute of Phyalco lk-Otanics,
Xcademy or Sciences Ukrainian SSH
"Lase r-Beam- Induced Strens in the Breakdmrn of Transpareat Polymwi-11"
Llvov, Fiziko-.Khimicheskaya Mekhanika, Materialov, 110 3, MaY-J1.11le 'to, PP 93-)7
Abstract: An investigation was nade of proccoves involved Iti thp failure of
transparent colids by a lauer beam and to explain the wchaaLsri (,.Nt' ltrjit ettr~,y
absorption sufficient for this failure. Processea of laser enerj;:i, absorptiorl 1Y
solids have a complex physical nature, and dett.%rTd nation of -the a-tresSaA StAlte
is caused by phenomena 'which are associated with the Vransformatlcnu of electro-
magnetic energy into mechanical energy. A portion of 'the paper cbrals with vector
aW tensor analysio of the energy input from a War beani. From the mathenultical.
data obtained the authors confirmed that absorption of eroorIly of Uime proper nr.,gni-
tude will cause the bonds between mononers in the material tfo bremk.

USSR UJX 632.93
NOVIK, R. 11.
i"Analysis of DKOK A6ainst a Mixed Acraeoug-Organic Ni.ckgrwnd by the AC 1'01-Aro-
t
Igraphic Method"
Tr. 2-!~o Vscs. soveshcil. ro issle,j. ().,.jtatk-c)v. nel;tj rV.,1Z -
L. titid. 'I PrOf Z.
neniya imi nroduktov pitalliva , kormov i vnosh. ,;redy (urork!; Of the Seconil A11-
(~ 4- 1 0
Union Conference on the Investigation of Pesticide i%esiatir-1; 111~, :pr V I LiV
Contamination of Foo(I Products, Feeds and linvironnent) , Ta.1 lin, 1.971, pp
245-248 (fron Do 12L Jun 72, Abstract No 11.11,507)
Translation: In aizalyziiij,, resi(Ille"t of 0.1,0r,". in apple! t:rll!(! br;-awlws, the jrrcuiitl
tion,ple in ifl.::ut] witli a -w1uL[on of hUffaj.' in a 41:14 nqmIOUN IWILicio.1 Of
V14FA for 15-30 rrdLiutL.,j, tr it; agitnte(I for 45 alnut.qu; (ind flit., jio:1arnj,,roph4C
analysis is run on an AG polarogriph with a mercury crop cath,:i0v awl
The sensitivity of the nethod i* I y of V1,101's in a riO.Witur c)L uolution.
The accuracy of analyzinj-, the DINOK wit'hin the llultj, of coincldc~; t4th
the data from other methods.
1/1

Y--Xater 4r~e. atm.iht.
U4SR UDG 626.5k3:%6.214
&,., and SLIPOMMO, V. A,,, Institute
XULISKIY, L. A., PLYSYUKO A.,_
of Colloidal Cheffs'f 'aiia ... Chemistry of Watero Awiderv elf scieaoes
Ukrainian SSR
"Use of Ozone for the Final Purification and Decontamination of
Biochemically Pure Waste Water"
Kiev, Khimichealkaya Promy blennostl
_ILkrainv, o 2,, 70, rip 5t3-61
Abstract: This study concerns ozonization as -- Xrimlti-nurpose rr,.d
economical method for the final purification of biochemically pi~re
waste water. Ozone, a strong oxidizer, not only. (,Iloaoiw~=inates
water but considerably improve3 its physicoobemiced. and sanitary-
hygienic characteri-,ticz. Research on tho use of ozono for ox.1dizing
tho orgfinic matter of industrini sownire At 0jIgrLn:Li:i syntl%eois vn(~.
procesning plants hns sho= ozone to be OffOOtiVD Ln romoving
phenols, thiocynnatos, and cyanides, petrochomic'-11"I r%nd -~roduct;;11 of'
methane thormooxidative pyrolysis, a:; woll ns polrmuclciTtr nronatlc
compounds (posse3sing carcinogenic propertie.,j), n. 1:,I;roc~ompoLmds, era.
,).)r
j 617~ 1A.rin ~jrcdics
Ozone, unlike chlorine, does not produce hanTul 0
of organic mntter, and ozonization doos not requl:i.-o tompev!,it"ure and
1/2

USSR
KULISKIY, L. A., et al, KhinicheakaZa Propyahlenni,)st I Ultrainy, No 2,
70, PP 58-61
pH regulation. F-xperiments conducted on a sniall Istboratory device
with an oxidation column demonstrated the high ef,'I'oct.Iveneas of
final Durification with ozone. At do3e rates of ;:)Q--,;'5 r,6,/'1 ozone
V ,, deodorl.zinj; i nd decorl-
is sufficiontly effec-tive in decolorizing a
tamination of water. A table in the origintil art:Ix:1a gives compara-
tive data on the offeptivenees of purifying water witil ozone as P-
function of its concentration j.r. tiie ozone- oxygeri mixtu-e. Ozone
has also gAined wide acceptance in dooontaminAtion of di-inLring
water, The bactericide activity of ozone is shorrn in another t4ible
in tho original article.
212
- 1.17

Tj
Water Treatmont
14 2,
WSR "") UDC 628.,Q~J~i%6,214
KUT-ASKI-Y, L. A., PLYSYUK, A. A.,(and SLIPCHM0, V. A., In.9titute
"1510M emy cler~oes
o o"II.'ZdiMa7ITMhem*'CAtky taid'Ofiemistry or Waterp AcdLd of 5~
Ukrainian SSR
"Use of Ozone for the Final Purification and Decontamination of
Biochemically Pure Waste Water"
Kiev, Xhimichesicayn Promyshlennost' UkrainZ, No 2,, 70, pp -58-61
Ab3trnc-%'-.: This study conoorna ozonization as a multi-purposo and
economical method for the final purification cf b~iachaiaic ally pmre
wanto water. Ozone, a strong oxidizero not only iliac oat wminate a
Wator but conaidorably improvon ita ph7sicochomlonl anA zanit&r-y-
hygienic characteristics. Rosaarch on the use of ozozo for oxid-1.zing
the orgianic mattuar of industrial sowage at organic, syjuthozis arvi
processing plants has shotm ozone to be offectivia In xv~xrlovin~--,
phenols, thiocynnates, and cyanides, petrochamical's axd of
methane ther.-ooxidativa pyrolysis, a3 well an pol~)-nualoar nron.").Lic
compounds (possessing carcinogenic propertien), nitrooompounds, otc.
Ozone, unlike chlorino, does not produce harjd~ul oxidit~tion produota
of organic matter, and ozonization does not require tq~aiperaturo and
112

USSR
KUL I SKIY, L. A. ot al Khimichosk~qya Pro=s 3.1 ermost Mg ai No
70P pp 58-61
pH regulation. Experiments eonduoted on a small labo:ratory dwiica
with an oxidation colurm demonstrated the high effectiveness of
final purification with ozone. At dose rates of 20--~,;" mg/I omona
is sufficientl7 effective in decolorizing, doodorizinq, and docoll-
tamindtion of water. A table in the ori6inal article gives coxpara-
tive data on the effoctiveneas of purifying irater with ozono all a
function of it-is concentration in the ozone-oxygen mixture. Ozone
has also gained wide acceptance in decontamination of drixulcInG
water. The bactericide activity of ozone is shown in another tablo
in tho original article.
212

USSR UDC 620.1914.8t0"7,11.5.06 419.8
CHERVATYUK, V. F., K03MIKO, A. YE., NAWIZCHNAM, A. A., PM A K
SHAPKAY, R. YA., and YAZON, Z. F., Severodonotsk I
"Study of the Corrosive Resistance and Atmospheric SLabihty of FiucrCUS.-,
Produced From the Composition 311 TKh54
Kiev. Khimicfhes-kaya Tokhnologiya. No 2 (62), %L-.r-e,pr '74!, pp 22-23
Abstract: Fiberglass materi,:kI stiLdied was rcsistant 1.0 hydr,.',,~hloric acl-1,
dilute and coricwtvated acotic aiul, furmie ac~.ds, a",t:Iii an-L.11no,
trichloroLmnzeno, toluunu, and gaafusouz (3,). licl, ana !10 ),I-;-rolun"ed U-4;,:ge
of this matorial shov.-; contjidarablo Weal. (14 to tho ac-10.611 o:(, light,
ture and moiz-turc. With aging the finwwts of tho plaiiLie dl~,;Jturioratu-, ~,.t 1,n
Increasing rate, 1"he laboratory resulta~werqi fully collrobor-itt-orl by oYpijrj,-
zents carried out in the field.

USSR
GROSS, Ye. F., PLY-MLIN. A;-~W, -MMU'u"t, L. G., SHAZIRIN, Y~-,.
"Dillinescence P-nd CoritAnation ',;cattorlm,', ~n i~ Cit Ta
Kos~~cw, Murn.91 i Teoreticho!,hoy Fi.~Iki., Vol 1~3, N~j
72, pp 312-315
Abstmct: Re.-or-.~it ill 11").1i b-i'l) tlhil
ject of a untii llow the.1.0 w)
investil-~i4 ions of tn;-- 'ueh-vior of the lntonsity of tht:: nc. tered li;hf. -i
contInuous chnn in frcqpn-ic~y in t?10 -IT*CEj Dt' alinorDtI.C41. 'Duls ir, L%-!
subject of the artiv.).o. 'Yoc
neon b,L-.t~r at K' avi 'j7,1 Y. Con-centrnt"I'on x. in th".1 I*;p.'!C~'1lv~'..n!-' IJ'Iriiol~~!
vnxied butween t;.4 ~~n~( 0.5, corvenponfiln;! to a -.111 t"v'- 1111~0"% :)" t,IC-*
bidden zone fro.- 1.0 1-90; ev Mt 4.21 V. Thu stwli.ck~t; th,-,
resonant natur-m co,iibination scattarin,,, is mlatod to excitatic;r, ol' fmi-
excitons in the rllxed crystals studied.
1/1

74
23 August 1973
T:- OF M-MICING ME-i PWREERMLS
Traftitlatleft-or collectiont
tvidazin jg 1771, -Xiev.
Cw. PA;Q-
EMNst-tivity ot 11xcanium &M Ploblum Carbides in the
Region of Homogeneity
(L.N. Okhr-buk, r- Sh. Upadkhoya) ................. I
Work function of Silicon Carbide
(L.W. Okhromchuk) .................................... 4
Electrical Resistance of Composite materials
-U&LjI&-ftIwAV ....................................
"eat CAP"City mcasuremnt in Some Ceramic Materials
V-S. ....................... 14
Thar=al Conductivity *f Iteinforced Plastics
(O.M. Itarpinon. V.S. Xlimenko) ...................... I*
One Optimum Cars of a method of Axial Thermal Flow for
Determining the Coefficient of Ther"I Conductivity
(V.S. Klimenko, et: al.) ............................. 21
-~StudY of 91-Itering Kinetics by Moz Extrusion of Tirconitm
And Titanium Carbide* in the Regions of Their Homogeneity
V. Y3. waumanko, R. Ya. ki-) ................. is
P
~*t Prealln f Molybdenum Carbide
(Yu.9.T..tuires 0
Rc5ovore K.S. Xavallchanko). 32
USSR - 11

Y C4, S
COUTE'i?,' (Corit i:)U-"I)' :, --s L
J,,,,n CArbidq Parts by flot CaatLnq
Un,Pir Pr
v T ww) ...............................
Productior of Itiqhly Dispermcd Copper-F&" POwd*r CGFP*>KtZGs
Containing Refractory-Metal Carbidwe .
(17.1. Motyazhev) ...................................... 4~
Prpd-tior, of Yttrium Subgroup Rare-Earth Metal
Vi,d~cabQrldev

(V.v. alitntrovl .......................................
4 i, 7
Sint-ring Titanium DLboride-Kolybdonum Compacto
......................................
Removal of the Pla5ticizer Prop. Div-Fxtrud&d Hard-Alloy Parts
.....................................
.Sttu!y r.01 Intavactinn of Mqjyt~dqnu= and
TU~Gt4RR UailicLdea With Ti =d Zz in an Electron-Beam
Hea;er
iQ.S_ Yurcheako) . ............................ I .......
Effect of Alloyinq Elements an shift of the Alpha-D*ts-
Tr4nsformati~n in Titanium and Zirconium
..........................................
Study of Some Properties of Zirconium With Addition* of
Transition "tals
(V.F. rL!irpov) .......................................
itara-Carth Metal, Modification of Titanium
JV.A. Kashchuk, A.I. Cherkashi n) ............... I ......
Increasing the Physical and Kacha"cal Prepemi-es or cermet5
119ift) ..............................
Effect of Scandium, Yttrium, and Lanthanum Oxides on the
Pvjp-irtliq ot vickal Ferrite
tL.A. At-!kavyuk) ......................................
Interaction of TransiLion Metal Carbides With S111..on
(E.V. Kutyshava) ...................................... 1,16
Fractionation of Fine Metallic PoWers
(A.P. .......... ............................
b

UZ - 026
UNCLASSI;FILJ PiW0F--.ssf)l(; 0ATF--13%U'Viu
T ITLE-USE OF SU'k FACE 4CT I V-- S(JbS TANC ES IN t-i V tj I F E:Xl r,US 10 1
- i ALLGYS -U-
,AUTH0A-(02)-PLYUSMCMt 6.V., SL~--IKOI A.I.
COUNTRY OF INFO--USSR
,:S0URCr-_--PJk0Sf4KL!VAYA MET., FE3. 1970t (2), 11-131
DATE PULALISHEO ---- FE670
SUBJECT AREAS--MATEkIALS, INO. p CIVII. AND IIIAIW11.4 EN(jR
TOPIC TAGS-PLAVICIZeR, Sdkr~ACtz ACTIVE AGL-PiTo IHETAL~%'OPKIN'3' LJdRlL'*~N'f,
METAL EXTRUSIGIN'r HARD ALLOY
CONTROL mARKMG--,~O RESTKICTIONS
OOCU'i~'--NT CL-ISS-UNCLi'~
PROXY i%EEL/FRA,4E--200Jl0L,!b
C I R C A C , C E S S 19N ~ IA I12 -),,J
SIEP Wj---Ukyu~2~11

2/Z 026 UNIC L A S S I F I E 0 I0P0CF-!--,!; IN i 1) 'ATE-- I 3Nk-JV7Q
CIRC ACCESSION NO--AP0123ii'48
ABSTxACT/EXTkA(-,T--(Ij? 6P-0- AaSFj