SCIENTIFIC ABSTRACT TUZOV, L. S. - TYAPKIN, YU. D.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R002203410016-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 17, 2001
• Sequence Number: 16
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

UNCLASSIFIED 'PROCESSING 0ATF--?7.-N0V70
TIiLE--S7A'Bl!_lTY OF THE DIELECrRIC PROPERTIES OF POLYMER FILMS 1~021MED IN A
GLOW DISCHARGE -U-
AUT4lOR-i03)-TUZ0Vj L.S.t KOLOTYRKIN, V.1M.,s, TUNITSKty, m M.
rOUNTRY OF INFO-USSR
~SOURCE--VYSOKOMOL. SOEDIN.t 9ER,# A 197QI~ 1214)-r 841--54
PUBLISHED ------- 70
AREAS-CHEMISTRY, MATERIALSs PHYSICS
-TOP IC TAG S--QIELECTRIC PROPERTYt PLlAS TIC'FILMs GRGANA~ILIC(jlll
COMPOUND,
GLOW D I SC H ARr_`E
~:'CONTROL MAFKING--NO RESTRICTIONS
.---DCCU,IiEt4T-CLASS--U,I,ICLASSIFIED
.~,:.PROXY REEL/FRAME-30-06/1497 STEP NO--UR/0451~/70/012/004/0849/0854
ACCESSION NO--AP0135158

212 021 UNCLASS I FIl ED 13110CESSING DATE--27NOV70
CIRC ACCESSION NO--AP0135158
ABSTRACTIEXTRACT--(U) GP-0- ABSTRACT. THE PRESE14 CE OF Aa, 01 N, Oa H
DURING-THEFORMATION OF FILMS FROM (HE SUB3 Sf) SUB2 0 (1) VAPORS IN A
GLOW DISCHARGE (L. S. TUZOVt ET AL., 1~967) Rf--.Tl~,RGS FTLM FOA~4ATION DUf- TO
THE INCREASE OF I DECOMPN. AND THE DECRCASE OF I~PARTIAL VAPOR PRESSURE.
THE DIELEC. CONST. (EPSILON) AND TANJOIELEC. LOSS ANGLE) 'TAN DELTA; OF
I FIL14S DECREASED DUaING THE STORAGE AT ROOM TEMP.#~. THE DECREASE WAS
HIGHER AT HIGH AIR HUMIDITY 44ND FOR I FIL14S t,
CONTG. POLAP GROUPS. THE
MOST STABLE EPSILON AND TAN DELTA WERE OBTAINED WLTH THE r-ILMS FORiMED IN
THE PRESENCE OF H. THE ANNEALING ALSO: :INCREASED tHE STABILITY OF
EPSILON AND DELTA PREPN. I FIL S AT HIGH.GLOW Dl!
N SCHARGE CURRENT 0.
DECREASED WT. LOSSES DURING HEA.TlNG,LEq.S rf(AN~OR~E'~'i.)(JAL:116000EGREES IN THE
AIR. FAC!LITY: FIL.-KH194, INS j 1M. KARPOVA, MIOSCOW, USSR.

'7'
7i-t
14)11
4) A
Ace. Nr
7'Acc. Nr'
PIP0041157 Qde: UR 0244
~R- ~Y
PRIMARY SOURCE: Voprissy Pitaniya,~1970, Vol 29,:,,~r 1,
PP 'a-3 - .2
CHARACTERIZATION
OF BIOCHEMICAL $1-11FTS 1N EXPFRIMENTAL
Karkalit-skiv 1. M.:*~arka1itskava:,G--V-; A-,h:L hni:ina. Za. M.
Kovr zhrLvkh
lotni v~', Bp=-,
T=ZL~.,, G. P. P
M. P.
Tubaz-*d in an amount ot 100 mg was'adm~nistercd daily lntr~lmuzcular!y oi
7 weeks to nuria cospus to produce pyridoxine deficlan,
cy, The e--rlicst sign o2 Behypo-
vjtawjnosIs was diminished passage of 4-fiyridoxirl~ acid. with the 11614. whow wee%'
wise fluctuations. Nvere o! 3n.uridulafing naivm The Nood serum of animals with py-
;idnxine deficieni:y showed a fall of. a.- and P-gl6bulins. a rise oi albumins. . ft~-Iined
activity of the aspartafe-aminotransfera5e, un~hang4 activity or the aWninc-arfnotrz;i-,-
ferase and an increase of A-11poptoleids in Ahe blo6d serum and ti;sit~t- The. animzl~
also developed fatty degeneration of the liver, kidneys and fatty infiltration of aortic
walls. Furthermore, they exhibited syrnptoms 01' B6-h povitaminosIs, such~-as poor Lite,
Ims of weight. 'skin lesions on the tip (Ccal affection oi the'skin ar~-~e the
lamellar esqu
eyes, bilateral paresis of hind le;s; epileptifom, seliures And synimetrIc d a-
mation of the skin in hind paws and diminished passa e of ribollavim with the 'aifile.
Z
All of the listed deviations are corrected following I minisL-atior. of vitam;n 136 to
the animals.
-REEL/FRAME

Ace. Nr.:
aim"
~PO0458787"
Ref .Code:
ZTPI~_s
Rock Density at High Pressures
(Abstract. 'Study of Dansity of Rocks from Central Kazakhstan Under High
Pressures," by M. P. Volarovich, A. K,_J~urq ev,.A. 1, Levykin, 1. S
jqMMhevs .,,a, I.._ Tu::ova and B. M. Uraz_-Llv, Institute of Physics of
t c_Ea-th,' `Q~~d
and Institute of Gi!ologicil Sciences,
Acaderim of Sciences Kazakh SSR; Illoscow, I;~silja SSR,
Fizika Zemli, No. 1, 1970, pp. 46-51)
The density of rocks of various compositicn fro:% Central KazakInstar.
wes determined at high pressures in the laboratory, Rock tes;ts were at
quas1hydrostatic pressures up to 15 kb. The apparatu,-, uned made it possi-
ble to measure the velocities of elaseic;waves. The sample was compreGeed
by hard-alloy pistons. Change in volume (from displacement of the pistors)
was determined si=ltaneously with measu'~ements of the velocit of ~ongi-
Y
tudinal waves. Change in derLaity at.different pressures was computed
using the,formula
PO
V/V
Reel/Frame,
02

AF0045879
where P is the initial density of the sample in. g/cm3,
~IVIV is the
volume 2ecrement. Change in density was determined with an error of
about 5 percent. Samples were selected along two deep.-seiszalc soundinS
profiles. Under the applied pressure density of all rocks increased.
Density changes were greatest in the ini 'tial. phase to It' kb. iater the
changes became less and the density-pressure curves flattened out. The
greatest density changes were observed in samples of ancient metanorphosid
rocks: schists, gneisses and porphyroid6 of nore acidic composition 'for
which the ~ansj_ty changes at 15 kb attain 3.5 percent. The density of
granites also changes rather sharply and increases continue to 15 kb.
Relative density changes are dependent on~,initial density: che lesser
the density at atmospheric pressure, the. greater is the change. when
pressure is Applied. The piaximum changes in density for rocks of acidic
composition are evidently caused by their greater inhomoganeity than for
rocks of basic composition. Acidic rocks are ilso poorly,preserved.
Defects in the rock, largely microfissures, close under preasura and density
at the attained pressures approaches an identical value fo-~. rock5 of similar
composition. For rocks of basic and ultrab'asic composirion the density
change at pressures up to 15 kb does not exceed 2 percent,.that is, the
compressibility of rocks of acidic composition is greater than &-',Qr basic
:19780903

AP0045878
rocks bj approximately a factor of 1.5.. Density is dependenz primarily on
-ks by densi-
chemical and mineralogical composition. Differentiation of ro,;
ty corresponds to their basicity. The densicy of samikitones a~ IiiSh pres-
sures approaches the density of granodioritea. Tuff-rioriEes approach tlia
density of diorites. The density of eclogites from northern Ka2akhstan
is less than the density of eclogites fr6m.o.ther regions. The low density
of eclogites in northern Kazakhstan can be attributed to.the fact chat they
contain quartz (up to 15-20 percent). The results of studies of rock
densities at high pressures can be used in.the geological interpretation
of geophysical data. The authors used such data in const.ructing a density
cross sectim of the crust in central Kazakhstan.
197809011

USSR tMC 347.241-YW709191
GASIZOV,,, T. KH PASHIMN, A. P., DMITRIYEVA, G, V., TUZQVAr L. L.,
MYRUMaliq V. X.0 and PIMOCIMI, A. H.0 Institute of
Chemistry imenl A. Ys. Arbuzova, Aca4emyofsciencoa tlui;SR
"Reactions of the Acyl Culonidan of Trivalent-Phospho= Acids with
-Unsaturated AcidW'
Leningrad, Zhurnal Olhshch,,.~y Xhimilp Vol~42(104), V.Vp 8p 1972~ pp 1730--1733
Abatracts A detalled study was made of the =chanism of the title reactione
with special reference to behavior of th* P atom of tho chlorqphoaphinea.
The almlataneous reaction of t*he acrylio acid with equimolar.mixtures of
phenyl- and ethyldlcbloropho3phino~(M and EDP, n8pectively) and the sub-
aeauont reaction with ethanol and triethyl"ino to foralthe ethyl entor of
ethyl- -carboetboxyethylphosphorde acidl.(45% yield) poccedo as followni
_411-C0011
0
C210) Cr12CIf2COCI + CaffspCII
C1
-rc
1/2
C2115MMC1~1COOCIffs +

USSR
CukZIZOV, T. KH., et al., Zhurnal Obahchey Khixiif Vol 42(104), Vyp 8, 1972,
Pp~ 1730-1733
An analagous reaction occure between PDP anti ethy1dichlorophosphite. On the
other hand, EDPj when treattA with a nixture of acrylic and metacrylio acids
reacts only with the former which is a strong elactrophil, These two
observations support the assumption that the P atoz bara a nucleophilic
character. Thermal analysis and M. data on P31 were used to elucidate the
nature of the intermediates. IR spectra were also diseuseed,

USSR M1C 550-385-41
KOVAIENIM, V. S. and TUZOIVA, S. I., Siberian Physicotechnical Institute Lmani
V. D. Kuznetsov,
"Relaxation of High-1-Pnergy Protons in the 14agnetospheie of the Earth Acted on
by AlfLven. Waves"
Tomsk, Izvestiya VUZ, Fizika, No 5. 71, pp 65-71
Abstract: The authors cite the basic results from a qilantitative investiga-
U
ion of the interaction between protons and alfven waves on the basis of a
numerical solution to the equation'.
a
P sin a (P2 sin a < A2 > f) +(P2 sin a < AP >
Liz
62
(P' sill a < (AP)2 > D +-0~1 < ApAg
2 dp 2
1/2

USSR
KOVAIJENK0. V. S. et al,, Izvest 4a VUZ~.Fitika, No 5, 71, PP 0,5-?'
V Th
'there the quantity. 11m e solution is deternined substan-
tiaUy by the spectrum of the alfven waves, and sitice this is unluioun in the
magnetosphere, the usually determined approximations must be usei. The authors
discuss the initial distribution and the.bourdary coz4-itions used to solve the
problem. Using schematics, the authorsAUustrate and~discuss the pitch angles
for values of 4,0, L, and The behavior of the proton distribution zunc-
tion versus the ma,7netic shell Parameter,is illustrated on several of the
schematics. Finally, the authors estimate the influenoe of alfven waves on
the lifetime of protons in the geomignotic trap by firding t-le total number of
4' time.
particles as a function of One disadvantage of the suagest-ed mechanism
for particle leakage from the trap is that.it does not fall within the theory
of an external source. This artiole.contains seven figures atd a bibliography
of five titles.
212
09

1111-6 CROW711 OF EPTTAXIAL LAYM; Or CALLUM AWSMI)I? FOR 'MF MAUV$FAC rvRr or
GM44 ;101)fs,
(Article 47
~. Cudt, 1. Tv. HeronO ... ki 1t-4. H4se~nk., Tu. C._tU4t-.
KI Tlvkv. A. MI 'tux kly. Movositirsk, III St
nenikowkh XrfntAllc~ I rj.o*;k-.Ku -r~,
19=. p
The badic raq4tramoilta rA% ralltuia arstn44e layers used to mftm~factute
Gunn,effs!ct 44,41com are formulated. The laverm are grown bv the gag transport
In the Gn-Az('.~I-fl2 myntrm. From analysis of the baqit staxes of Ermth ~f the
layers to this process mod the empertrentsl. 'zoinita,: the cu'ticluvilon to drawn
thRt the reproducittlity.. of the pArametera of the layers arisem prIagrily
from the q1tality of treating the surface of the tubstratem and the rrocembes
In the source zone.
A study was ada of v arlous varsla"m of-etchloft the substrates in the
fjaA Phase, And the replae w4* vejecte'l which "Mtt% the surt-te ~Z* b-r--b-
in Inod with class.14 It oish-aftor Xaft etch Ins~ A'datellod smalyals was made of
the processes In-the Source leam,,and 04-siturstionJime of of sporce WAS cta4u-
Isted rm- the beets -or thivropostd model. of the fe,mation,of a thtn layer of
S411tum arsenide on the s*Vtca, A study was u4d* of the c4amjeriotic.foa-
tures of obtaininpithe n-n eplt3xlel structures. . Colvaulal lavexp vote cb-
tain4d W., th n - 10 *',to to's amr. 'And a tobtlity ot p,- 30i= me/voet at
K not containLng,unevennested greater than 0.3 microns in an &rag of. 3 cm
NI
1~ -

73
X 11-9- STUUY OF Tlit PROVERTIES ANU CUNUITIONS OF CRtAMI LrIT M Vt 1;
I AA I.X Z
OF UALLIUM AMMIUM FROM SOLUTION IN A C-ILLIUM HUT
(Article bv 1. Yr~ r~r~rhuk, G.'S. Pczotrkiy, Yu._G. Yukh-v, 6. 1. .%~hkv,
SuQUovski Nov,ethLr%k.
;,u
"ThA ~Vttitz'odai IA?ero of pAil&.m arsenide were Fx~*-n trze a ecj~~tjoo in
a OULU-" =It E. a vort tc4l reactor. The SaILLUM calt plxced t-t a container
of 'carbon glawo wax saturated by *racnic by J"owcwltioni~f AMC; - - A tudv
vam made of the Ofect of the growth teavar*ture,: Ow coo tag tatl, the %*It
volume and the -!axicnt0tL*a plans of the substrates an the morphologv. tj%t Ftowth,
rate and the electrical characteristics of -he *p1taximl lovers, The *&urc*a
of uncontrolled adaUture were snolyxdd for growth ef,the x&%%ttm arsemidi Ixy-
or*.
VF

7d
T~
X1 11-6. LFFEa OF THE SUMPAre CRILNTATIUM ON nic mwni A.%) rRorEtirms *r
EPITAXIA). LAY1:11,",
[Article by S. A. (1rus4k-. r. P, fte "Man ly. V-J,~ K~VaIrOko. MArmChul.
8. P. M=Cn;:~TV. A~
Do 1-rnt4v4snm HnatR I %titesa h4uprovo ~n~*.~.;--L~.--B"Iln I.
'M~ eviroxi.1--laraw. ar a lid olucloop at Al 1k (7.a Ca. PxAs A
Uvre prvn from a soluttaii In a gallium melt In a hydropon flux on golli-am-
ara~-,njdv pl~t.a wttl% a" orientation of 100, 111B. IIIA and wj thii 100 plxnes
dlearicate'l co 1115 by 3* and 10'.
Tile effect of the orientation plane on the gr~th rate, mervaclogy.
electrical parameters and photoluminescence Latensity wax InwettFated- The
layers most Itsroved vith respect to worphalogr vere.obtalned c-. sInItuI*r
planes. The dtotri.6ution of the composition in the Alm", As loyetu bath
runpact, to thickness Is obstrv*d as a funttton of the *ubst rate' iirlen Lott an
plane. Tho.ftAni uniform layers wers-,obtained for strowth. on substrate* orleor-
ted In The..11111 plane., in aura layers, of Al %C`01 -,XAs vith a Concentration of
I* as then $-1015 COW"3, a deep level to observed (for exampAe. for.u - 0.3 the
activation energy of the level ~ -0.12 electron volts). Oa the basis of the
layers of 60114 soluklano of Al -,Cox - A*, CAPSANL obtained, lLka,Atodso
v*rs nanufsetured with a brightness to SsOOD at, for a current, of 10 iailllamps~
192

-212 029
'PROCESSING DATE--13NOV70
CIRC ACCESSIO)l NO-AP0102203
ABSTRACTIE-XTRACT-1U) GP-0- ASS
TRACT. SPIR0GR-PHVC, OXYHEVIOGRAPHIC
EXAMINATIONS AND, A STUDY OF OXYGEN TENSION IN THC. GASTROCNEMIUNi MUSCLES
14ERE DONE IN 60 PATIENTS NITH DIFFERENT FORMS OF PULMONARY TUBERCULOSIS.
EXTENSIVE IFIBIRCUS CAVERNOUS TUBERCULOSIS WAS ACCOMPANIED BY L30TH
INSUFFICIENCY OF THE FUNCTION.OF~EXTERNA L~ RESPIRATION AND. MARKED TTSSUE
-HYPOXIA WITH A DISTINCT OXYGEN DEFICtT IN THE. MUS(LES* EFFECTIVE
ANTIBACTERIAL, THERAPY IMPROVES THFE INDICES OF EXTE;RNAL RESPIRATION AND
.:..REDUCES PHENGIMENA OF TLSSUE-HYPOXIA.
UNCLASSUIED'

Ace. N r. APC054296- Ref Code: Vf 911.1-
PRJ~fARY I SOURCE: ortopediya, Travidatologiya i'Protezirovaniye,
1970, N r .7, pp 1Y Zl-
OPERATIVE MANAGEMENT 01"PATIENTS WITH UTHROSIS
DEFORMANS OF BOTH HIP JOINTS
A. Kh. Ozeroi7 and S Tuardovsk
Arthrosis deformans of both hip joints congenital dy~plasia waS
obser;ed in 62.2% of all the bilateral lesions.' The oMeotom- '.11 pal"wo.'s, 'Itype with a
three-flanged nail fixation hat; been ernplmd in changes as a`rei~t;lt of congerital dyspla-
sia of 1.11 and sometimes I I I degree. in presenin of one third of ~jrge of multion, E~even
atients iinderwent ostectoniv of one hip and four patiepts of bD4',' hipS, 1his v-as foliowed
ram
9y lo5s or decrease of paim in ali of them. the go of m otion itnpruvcd or remained
ifie same, amelioration of :he roentgenographic indices ensued. T~7e reconstructive-reliabi-
M
litation operation-on one joint and osteotomy or arthrode~js on ll~e oith;r 00 patienis)
have been wed in niarKed hniiiation.of function. After osleotorliiei, a good restilt was
achieved in 13 and a ~atisfinriry in 2 patlenis. After the ope-
ration the re%ulL was jud(ztd (Youd In 5 and satisfactory in ) ppdt!r4s. lo arthrosis defor
mans of both hip joints of iniccl-ious and joint pl~sly mstdled in deve.
lopment of painful syndrom, e.;and rigidity.
REEL/FRAM
yl
19831434.

USSR UDC: 661.143
TV F P DMI LER T Q. SAMINSKIY, L. A. , ZAYDEL, I. IN. KUCHEPOV,
V. G.
"A Photochemical Method of Making Fine-Structured ScTeens 1,11ith
the Use of Centrifuging"
Sb. nauch. tr. VNII Iyuminoforov i osobo chist. i~oshchcstv (Col-
lected Scientific WV t R~~s-K-trch
C i FIM3 f I C
Institute of Phosphors and Extra-Pure Materia*11s), 1971, vyp. 5,
-124 (from RZh-Kbimiya No 7,~ Ap'r 72, Abstrict No 7LI79)
pp 119
Tran2lation, Tb-~, nap--r prose-ts th.-~~ nanidtc, of a -t
exrpor.-,rc of Coutln,!s depDs~.I;ei by
from a susv--~.psrlon of a iiz~d-.,,:scent conijosition JI.-I 't sol-urio., -I--
11-nt wit-1-i nubv~---qtient a-DTAIcation of an or&nnic fibn oil
s Tile
-J ha
c
I rc --,~-:,:,v-d 'nom th~~ screen by:heat-inc~,, in a-,Lr. Th- ;-,Ah'Od
hi.Cber techno:!o;-,rczA. aLO. hrprovvs th'a
J.
r0 "! Willi tht- ad C: "n 'I,,-
M-r*Chani"-r-, and
cedure cz~rj be j,on.- -31,~

USSR UM: 621-378:681-332.5
GIBIN, 1. S., MEZIEVEDErKO, Ye. S., POTATUME-111, 0 1., and
-~XELUB -P. Ye.
"Coherent Optical Device for.Generalized Spectral Analysis of
Images"
Novosibirsk, 5, 1972, pp 3-9
Abstract: This Paper offers a method of generalizing spectral ana-
lysis of imaGes by using holographic methods of storinE, and pro-
cessing information realized by coherent optical. tecMiques. This
sDectrum is defincd as `Uhe expansion of a function dr;,~scribing the
image in a gelacralized Pourier, serie'o. Al-thov~J,;. the,, probl-c-2 can
be done with ra comliater, it is of -ten best to use optical analyzers
because the objects of the analyoisaxe basically optioal i2,iges.
To generalize the opectral analysis, ho.Lographic mothods are used
in the present paper for storing and, ~processdng infor.?],.ation; a
scalar mechanism is used for storaf,,e,~ and the co-.-relation mech-,,n-
ism of Gabor is used for the processxng. Both t-hese iniethods P-re
analyzed and the synthesis of the im~gas discussed. The authors
find that their coherent optical system has highimemory capacity,
1/2

i: A I I
USSR UDC; 621.378:681-332.5

USSR TJDC: 621.391-193
ITIMEVB11,11CO, Ye. S. and TVBRDOKI Bh,, P. Ye.
"Coherent Optical Devices,for Recognizing Unidimens-ional Signals"
Novosibirsk, Avtometriya, No 5, 1972, pp 15-21
Abstract: This paper is to some extent based oi. :-.zl enrlier a.y.-L, Lcle
by the first of the authors named above, publi:-:~hed in "he ;_~,amo
--ichc
journal (ODredelenive blIzosti fun.Itctsi7 v
yychislitelln-vkh. ustroystvalch -- Determining 'the Proximity of the
Functions in Coherent Optical Computing Devices -- Xo 6, 1971).
The earlier article illustrated the tos-,sibilitkof usln,-, noncor-
relation proximity measures,for ti.,,o comparable siEnals in the co-
herent oDtical device, the first a standard, and the -second clas-
sified. The nresent paper offers methods for designinE a coherent
optical devic; to calculate the distances beti,,-e(:~~n the classifi~_,d
signal Pund the classes of siLznals. specified by the ir. mathewa tical
expectation vectors and the covariance matri _00S.~ Tt is noted that
such devices can be technically real ize.& with jIC_,jatdVe. SilnpliCit.r.
Varioue means of realizing signal- reco ition opi. a7ati.w',2; in tjj(~
fK11
coherept optical device~..are coa3idered, c~nd dififerent variants of

Opti-cal
USS R UDC 621.391.19
NEVIEVEIM0, YE. S., SALOV, G. TVERDOI EB P IT, UMANTSEV, G. D., Novo
sibirsk
"Linear Adaptable Optical Pattern Classifier"
Novosibirsk, Avtometriya, No 31 1971, pp:82-84
Abstract: One of the urgent problems of Automating a -,scientific experiment is
the problem of creating devices to classify optical patterns.with respecL to
random variation of the paremeters with incomplete .1 priori information. Usually
the patterns subject to analysis are represented on photographic film or a
photographic plate ro that their transmission coufficient is a function of
two variables s and t. Classification is, re4lized by calculating the discrimi-
nate function (functional) of the patterm and using it to decide the classift-
cation of the pattern. The pattern x(s-, t)$ a < s, t < b is a realization of
one of k classes of patterns (5, t), i ..f.k. 11tea there are probabil
ities of the occurrence of each of the Sf t) (possibly unlnowm) The
linear functional of the pattern x(s, t) has the forn
b ID
(X, h), x(s,lt h(s, t)dsdtI
1/2 a a

USSR-
NEZIIEVENKO, YE_' S., et al, Avtometriyal. 'No 3, 1971, pp 82-84
and the problem consists in finding th e' ~-reight functi~Ozri h(s, 0 suitable for
classification. It is demonstrated that by using relatively new material --
photochrome material [K. 11, Savost'yanova, Optiko-mekhanicheskaya promynhlennost',
No 5, 19683 it is possible com parativel~ easily to ob in liKs, t) experimentally
using a recurrent procedure investigated previously [d.. 1. Salov, Aviometrivat
No 6, 19701. The Linear functional in this case is an, estimate oi the mean
square approximation to the ideal lfunctkoul assuming a value of d = d. if
X
x(s,. 0 belongs to (s, t) The initial.data for realizing the mentioned re-
current procedure is the unknown S,ample XI-(s, t), '.~j(st t) (N > Q from
the set of patterar, of the clctsses~~ (a,. 0,1. insofar ai; possible indicative
for the entire set and also the known serge's' of valuer. f d dl and the
~T
ideal functional corresponding to this oai~ple. 111to prol~.Cdure or colisLructing
h(s~ t) - 1~1(s, t) was implemented -In an. Optical version.. of the classifier the
achematic of "thich is viven. The adaptive.prncess basell ort the photochrowe
material is described and aome expetime
ental~rv-sults are Oresented.
2/2
138

USSR UDC:629.78.002.3
TROFTMOVICII, A. N., TVERDOKHLEB., S. KRAVETS, N. 1.
"Self-Lubricating Antifriction Material Based on Therm-111Y Stable Aromatic
Polyamides"
Probl. Treniya i lznashivaniya. Resp. Mezhved. Nauch--Tekhn. Sb. [Problems
of Friction and Wear, Republic Interdepartmental Scientific and Te6hni.cal
Collection], 1973, No 4, pp.119-'123 (Translated from'Referitivnyy Zhurnal
Raketostroyeniye, No 10, 1973, Abstract No 10.41.164..froin the resume)
Translation: Laboratory studies of new self-lubricating thermally stable
materials based on aromatic polyamides with teflan are performed. The de-
-pehdence of physical-mechanical and antifriction properties on content of
teflon is demonstrated and the optimal quantity of filler is established.
The maximum wear resistance is achieved by a material based on poly-m-p-
phenylene isophthalamide containing 15-20% tef.lon.. 3 Figlires; 2 Tables;
11 Biblio. Refs.
73~-

USSR UM* 51:621.391~
BOGOMOLOV, A. M. TVERDOULEBOV,. V. 'A.
"Nemurovskiy Experiments With Complex Systems"
V sb. Obnaruzh. i raspcznavaniye. Planir.:ieksarimentov (Detection and
Recognigion. Planning of Experiments-colloction ofvork6), Mceoyw, "Nauka",
1970, pp 92-98 (from iah-Kibernetika, No 1~,,Abstract No IV335Y
Translation.: As the authors point, out, in analyzing "Com""Ilex Cystems" the
effect of input sequences alone.on the system mey be insufllclont, for pro-
ducing the d;sired output. OomqtImej in of t1"A(I C;4per1twult it
-is advinable to utiliv. ofrocto on.the systO-ii being invasii~igated auch as
chunging the system to now utate vith the aidiof a built.'~In de~-ice,
changing the working conditions of the system, leading to a change in the
transfer and output functions of the abstract automaton which de-scribes the
system, etc. Thei3e ideas and some others am formulated 1.6 the:paper, and
problems are also outlined which are lnvolvt~d in,the given~class of questions.
G. Blokhina.

rj,2--' 007 UNCL41,Sf 0, IE6 :PROC~ESSING UATE--18SEP70
TITLE--G,ENERAL FEATURES OF THE GeHOGiCAL 'HISTORY ~OF THE WEST OF AFXICAN
AND SIBERIAN PLATFORMS -U-
AUTHOR-(04i-VLADIMIROV, B.M.-i ODINTSOVr,M.M*t RASSKAZCHIKOV, A*,N.t
.hRD0KHLEB,0Vj V.Ao
C _USSR
aUt4TRY
OURCIE--GEOL OG IYAI GEOFIZIKA_, 1970' NRi 4, (121) PP ~~50-56
DATE PUBl.ISHE0------70
.',SUBJECT AREAS--EARTH SCIENCES AND OCEANOGRAPHY
~:-.-,TOPIC ''TAG S--STF UC TURA L GEOLOGY, AAGMAV OkOGENY
---,,,CONTROL. -OARKING--NO qESTRICTIONS
REEL/FRAME--1986/1318 STEP NO-'!-[)R/0210/70~000/OUI/0050/0356
'-:C I it CACCESSION NO--AP0103200
UNCLASSIFIED

2!2 007 UNCLASSIFIED PROCESSING- [)ATE--18SEP70
CIRC ACCESSION NO--AP0103200
.-ABSTRACT/EXTRACT-CU) GP-0- ARSTRACT. T14E MAIN FEATURES OF GEOLOGICAL
STPUCTURE OF THE BASEMENT, SEDIMENTARY COVER AND 111AGMAFISM OF TH E WEST
AFRICAN CRATON AND L13YAN NIGERIAN OROGENIC BELT ARE CONSIDERED. THEIR
BELONGING TO THE SINGLE WEST AFRICAN COMPLICATED'EPIBAIKALIAN PLATF R,
0 m
STRUCTURE WITH
DIFFERENT AGE OF HETEROGENE BASEMENT IS ESTABLISHED.
THE ANALOGOUS FEATURES OF GEOLOGfCAL DEVELOPMENT OF THE: WEST AFRICA AND
SIBERIAN PLATFORM WITH INCLUDED -BAIKAI.IPES,. ARE ESTA8LISHE.1) BY
COMPAPATIVE.ANALYSIS*
UNCLASS'IFIED

- Q
USSR UDC:- 533-95
POLYAKOV, S. P.,
"Properties of Low-Pressure etstl
r0
V sb. VoDr. fiz. nizkotetmer~Auxn. PIa (P ble=,in the Physics of Loi_
-Temperature Plasma--collection: of works), Minsk, "2Nr_uka i tekhn.", 1-970,
pp 433-435 (from RZ-h-NTeklianika, No Apr 71, Abstra:c-E. No. LB10-5)
Transletion: A stu&i was made of the eff~cct which the addition of nature-L
gas has on the parameters of a hypersonic plassma jet,-- air and oriVti.
The gas flovrate whe-n -Che plas-natror. operates on Oxygen is 0.06 g/s, with
a correspontUrg figure of 0.082 g/s for oueration on air. . The additive
was introduced into the jet at a, distande of 1 n= frc~a thel nozzle tip.
The Mach number of the jet is of the order of 2v5. Current-voltage cuznros
are given for a plasmatron together with~ the excitation tei.1perature distri-
bution lengthwise of IUhe ~et under various. conditions, It is shown that
introduction of the additive has a noticeable effect on the param,--ten; of
the jet, this effect being different for air and for ciX, ger.. For an
oxygen jet, the tc=erature.of excitation decreanes i6l"M thr:~ additive is
introduced, vhile the temperature increases~ for air. V. P. Shimchuk.

031 UINCL ASS4 OFED. ~'Pki)07;SSING DATe--27NOV70
1 TL:_~--- !0% IN WN AC-ETYLENE AIR FLAME STV,DIE0iBY A SATURATri-IN
CUIRIRENT METHOD -U-
'AUTHOR-t02.)-TVE?,DnKHLEBOV, Vol.1 CHIRKt619,14,N4
COUNTRY OF !NFO---USSR
~-SOURCE-FIZ. GORENIYA VZRYVA 1970v 6( IY9 34-7
PUBLISHED ------- 70
,',_SUBJECT AREAS--PHYSICS, CHEMISTRY
JOPIC TAGS--IONIZATION, ACETYLeNE, FLAME* !METHANOL, I E T H A NE
MARKING_-NQ RESTRICTIONS
--,DOCUMENT. CLASS--Uis4CLASSIF[ED
-ROXY REEL/FRAME--3007/0902 STEP 40--UR/041 et-/'101006/00110034/0037
CIRC ACCESSION NO-00136336
UNCLASSO FTED

2-1 Z 031 UNCLASS I Fl ED PROCESSING DATcl---77NOV70
CIRC ACCESSIQ,',.' NO-AP0136336
ABSTRACT/EXTRACT-W) GP-0- ABSTRACT. 10N FORII'Wrvo%~ 114 C SUB2 H SUB2 AIR
FLAMES 14AS OETO. AT PRESSURES R OF 30-85' MM BY Mil'AStMiliG THE SATN,
CURRENT. THE IONIZATION RATE QCONGRUEuT TO- 1) P R, 1 M E 0,. 5 6EXTRAPOLATING
TG,l ATA GIVES 0 CONGRUENT M 2T 1,4 E S' 10 PR 11 E-4 L.-CWPR4ME3-SEC. HE
i
EFFECTIVE ENERGY OF ACTIVATION E IS 17.9 PLUS OR 1.6 KCAL-MOLF.
THE ADDN. OF ADDITIVESt SUCH AS MEO-Hr:,CH SO Bci- r1513~A11M.ALC., HCO SU62
H, NA SU82 CO SUB3, CSNO SU83t P`8C0 SUB3, ANO 131~ $U820SUB3, DIO NOT
AFFECT Q OR E.
UNCLASSIFIEO

L12 03b UNCLASSII
`.PROCESSING f)ATE--02-1$CT70
TITLE--EFFECT OF HALOGENS DIN IONIZATION IN ALOW PRESSJRE AZ_ETYLENI Alp
FLA!-E -U-
AUTH-0R-(G2J-TVER00KHLEBOV* V.It 'CHIRkIN, N-N.
-COUNTizY OF INFO -USSR
OURCE-KHIM. VYS. ENERG. 1970, ~4(2) 10-4
AT EPUbLtSHED------70
Uo*JECT AREAS--CHEMISTRY
HALOGEN,~ CARBON TETRACHLOR InE, ACETYLENE, LOW
PkESSURE, FLAMEt-ACTIVATION ENERGY
C0
%TROL VA RK I NG-NO RESTRICTIONS
'!'~DOCUMFNT CLASS--UNCLASSIFIED
FtELIFKAMP- 1989/0488 STEP NO--UR/0456/TO/004/002/0183/0184
C:IRC ACCESSION NO--APOLOT093
UNCLASSIFIED

USSIR
GALKIN, B. YE.,,qt a FriboEy i Sistemy UpravleniX No 2,
Fab 71, Pp 47-48
Magnitude of unified signal at the output:
Direct current in raill La=s
0-5
DC,voltage under a load oh2 killobms in volts 0-10
Load resistance and converter.output in~kilohms 2
Basic error 'under normal co -nditip4s.for maximun
..value of-conve.-ter,output signal, + 0#5-1.0
in %
Output signal setup time-in:the presence of a
nois ctor of
e filter with a suppresaio4 fa
400 at a frequency of.~5O.. hertz,-. in.milli-
seconds, no more than 250
Pulsation amplitude of tho outputiaignal~(for,
maximum value),, in no. more, tha'n 0'2
213

'USSR
t
Sist
GALXD B YE. Q
~a. Priboryi
ea aravleni
a, N o 2,
.
.
-
Feb 71)
PD 47-48
Error on variation of.ambient temperature uithin
limits of-5-5000 beginnins with 200C withIlredo
SPect to absolute magnitude-Of the allowaAble
basic errorfor each 100c,of-temperature,var-
iation in %, no more than 0~5
Noise proofness:
Normal type noise -- 'Voltage with a frea
uel~cy
of
50 hertz (any. phase) in vorlt& 6-4.. 4 41.#
to 1
From general type noise AC volt-age, fra~
50 hertz (any phase) s#d.DC voltage
in volts, to 6 and lo
Feed voltage in volts
........ .............
220 (50 hertz)
Overall dimensions in mm .... 512x4lOx492
3/3
20

USSR
"Number-Theory Method of Construction of Tests for Devices Described by
k-valued Logic Functions"
Im. Leningr. El--ktrotekhn. In-ta. [Works of Leningrad,Institute of Elec-
tric Engineering], 1972, No 118, Part 1, pp 142-146 (Translated from
Referativnyy Zhurnal, Kibernetika, No 3, Moscow, 1973, Abstract No 3 V448
by 1(h. Madatyan).
Translation: A method is presented for construction of cheching, and
diagnostic tests for circuits realizing functions in krvaluedilogic.
-It is suggested that the functions be fixed by foniulas in a certain
base,
41

USSR uDc:'66i.143.099
r G., BUTSLOV, M. M. IMIKHALEV, A.' A., BOZ14I-
G-
mum-
'.'Pressing Phosphors as a Method of Making X-Ray Phosphor
Screens"
Sb. nauch. tr., VNII lyuminoforov ~i osobo chist. veshchestv
ciehtific Re-
(Collec ed scientific Works o1 the,A 1-Union S
search Institute of Phosphors an&Extra Pure Subst~hces),
1971,.vyp. 6,.pp 71-81 ffrom~M-Xhimiya, No 1,5, Aug 72,
Abstract No ISL188)
e charact-
-Translation; The paper demonstrates the.feasibility of improving th
...eristicA of x-ray phosphor screens through'an Increase,in the packing density
of phosphor grains by the method of preasing followed by high-temperature
treatmnt to restore the intensity of x-ray,luminezrcence~.(sulfide and rare
earth phosphors) or without heatirv,,, (tlmgs,tates, sulfateO. Bibliography of
five titles.
now

-AIS SR UDG 681."127.8:621.391
PISKAREM, S.M., TARASOV, G.I., Vra
-B. I
ODevice For Determining C y '01' Receiving Apparatus Of Dis-
Adjusting Cape it The
Crete Communication Systems"
USSR Author's Certificate No 30�27, filed 26 Jan 70, published 23 AXIE 71 (from
C 2 -,I~ )
IRZh:RlektroqvyszI, No 2, February 1972, Abetra t.No 2.64.-, AP
Translation.- A device is proposed for determining the adjusting capacity of
appuratus of the discrete communication systems of Author's
Certif icate. No 221022. ,"ith the objec
t of assuring straiSht0orward direct
measurement of the values of the adjusting capacity of receiverg, the outputs
of the coincidence circuita are.connacted via.the 'time dolay elaments with the
inraxte of supplementary coincidence circultap the second iw;ut of which is
connected to the output of the pulse comparator, and the inwts or the latter
L
aro combined with the'outputs of the time delay alement and the code converter,
connected reenectively with the input and output of the receiver. The cadenco
[taktolyye ] inpute of the time delay elements, the code converter, and the
iomparator are connected with the outpuI5 of the circuit for.eeparation of the
fronts of eamplea.
16

USSR UDC 621~.~114.61 (088.8)
ZAKHAROV, YU. V., TVERDCV, I.V., PAUKCVA A 1.
"Rectified Voltoge Regulutor
USSR Author's Certificate No 2611176, filed, 16 Aug 68, pt;blishled 22 2MaY 70 (from
'RZh--Elektronika i yeye pr~ ~nenj~e, No 12, December 197,0, Abotract No 128r,02P)
Translation. In order to increase the speed of reaponce of arectifier, it In
propobed to moke it out of a number,of bridge rectifters' connected in series, which
are fed from separBte windings,lof a trurs6ormar, connected across a t~yrietor and a
shunted semiconductor diode. Each_thyrigtor~isl.provlded 41th oiblocking circuit
coqsieting of an auxiliary thyristor. and capacitor. I ill,. I.A

USSR upc: 621.375.,4
TVERETSKII! M. S.
sipation Inductances of Differential Tr Pun s f o i-me rs in a Transistorized
'Amplifier With Bridge Type Feedback".
V ab. PoluTirovodn. uribojX v tekhn.. elektroskL~aL (Ser-dcondijotor Devices
in Technical Electrical Co=,unications-collection of vOrks), Moscow,
1970, pp 76-81 (from RM-Radiotekhnika, No 1,'~Jan 71, Abstract
No 1D111)
the inducti,,re co,,monent of
Translation- Conditionsare given- for which
t#e~~ #put i and output impedances of a transistorized an-pli-fi er -covered by
deep bridge type feedback is determined in. the-high-freQuency region only
b
y the dissipation inductance between the balar-ce and v04 ing iiindings.
T-hree illustrations bibliography of four tiltles. ResUMe.

~ -;~ - -7- a j DA ---27NOV70
T v
UIN C: 1. A Sr II F D PRoussrNG,
TITLE--EFF~Cf OF CO'10"11/E ME01-11- ON THE,,".
EC I C AL PROPERTIES OF BORING
STEELS AS USED IN THE OIL INDUSTRY,"U-:~
A U THO R -0 2- TV E R I T IN 0 VG.l,t,ROZHDESTVENSKY, YuvG4
-CGUNTRY OF INFO--USSR
SOURCE--FIZ. KH I M. MEKHAN. MATO$ 1970y' 6t (2)~ 165~~ 107
DATE PUBLISHED ------- 70
SUBJECT AREAS-MATERIALS
~TOPIC TAGS--TEINSILE STRENGTHi MECHANICAL PROPERTYi I
CRYSTAL LATTICE
STRUCTUREv -HYDROGEN, SULFURIC ACii), AQUEOUS SOLUTION, HYOROGEN SULFIDEY
IMPACT RESISTANCEt SODIUM CHL.ORIUE, PETROLEUM INDUSTRYt BORIDE,
CORROSION R AND 0
CONTROL MAR KI NG-NO RESTRICTIONS
'CLASS--UNCLASSIFIED
~~.-:,;PROXY REELlFRAME-3003/0197 STEP NO~--'UR./036~9/70f(JO6/~~)0210105/(1107
--AP0129453,:
Z I RC ACCESSION NO
UNICLASS I FIFO

2-12 036 UNCLASSI F'TED .'PROCESSING DATE--27NOV70
CIRC ACCESSION NO--AP0129453
,ABSTRACT/EXTRACT--(U)~GP-0- ABSTRACT. THE RESULTS OF'MECHANICAL TESTS ON
A NUIMBER OF C AND ALLOY STEELS USED 'IN THE OIL Ifil)USTRY BEFORE AND AFTER
PROLONGED C014TACT WITH CORROSIVE MEMA9 SUCH AS SEA WATER AND IMEDIA
CAUSING H ABSORPTION IN THE MATERIALt ARE. PRESEPITEDi ME UTS, FATIGUE
STRENGTH, IMPACT RESISTANCEt AND HARDNESS BEING ~AEASURED. THUS THE
TENSILE STRENGTH FALLS SLIGHTLY AND THE FATIGUE STRENGTH VERY
SUBSTANTIALLY AFTER CONTACT WITH NACL OR, H SUB2 SO SU64 SOLUTIONS. THE
MECHANICAL PROPERTIES ARE SERIOUSLY AFFECTED BY H'~ UR 2 5, WHICH
UNTRODUCES H INTO THE LATTICE OF THE, STEEL, MATMX~~i'
UiNCLASS IF IED

~,77112 025 UNCLASSI'FlEd
PROCESSING DATE--04DEC70
1,~'JITLE-THE V14-1 VACUUM DIFFRACTION PIONOCkROMATOR ANDATS OPEPATIONAL
PERFORMANCE -U-
~AUTHOR-103)-GERASIMOVAr N.G.r SNIGIREVt.Y U.A'., TVERI INOVt M.P.
COUNTRY OF INFO--USSR
~SOURCE-LENINGRADPOPTIKO MEKHANICHESI(AYA PROMYSHLENNOSTI, NO lo 1970, PP
62-
;;.~'DATE PUBLISHED ------- 70
~_-SUBJECT AREAS--PHYSICS
___T-OPIC.TAGS--VACUUM, MONOCHROMATORt SPECTRAL DISTRIBUT,IONt PHOTOMET91C
ANALYSISp SPECTROME-TER/(U)VMI-MUNOCHROMATOR
%CONTROL MARKING--NO RESTRICTIONS
-__~-DOCUMENT CLASS--UNCLASSIFIED
PROXY KEELIFRAHE-1999/1354 STEP- N(j.--UR/0237/74j/-000/()OL/005fl/0062
CIRC ACCESSION NO-AP012~312
UNCLASSIFIED

- --- --- 1'. -0.
, ------- - ---- U "C- L A SSIF-I-E - ---- -- --- --- -- -- --- - -- - --- - - - - - -- - -- -

USSR uDc 621.039-526t621.039.524.034.3
NESTEREIKO, V. B., WERKOVIKIN, B. YE., S:HEt=l ICH, 0. S.
"Prospects for Application of Dissociating Gases as the Heat, Exchange Agents
of Fast Neutron INTuclear Reactors"
DissotsiirtVushch.- gazy kak teplonositell. i rab. tela energ. ustanovok V sb~
(Dissociating Gases as Heat T'ranofer Agents and the Idorking ilediur.-, of Power
Plants Collection of Works),, Minsk, Nauka i tekhn. Pressv 1970, pp 36-41
(from RZh-Elektrotekhnika i E-nergetika, NO 5, May 19TIS Abstract 110 5U193)
Translation: Resu.1-ts are presented from~therimal calculation of the cores of
fast neutron nuclear rez-ctors with dissociating heat exchange agents N 0
2 41
Al C1 d Al Br They are COMDared with the heat engineering characteristics
2 6 an 2 6*
of the water vapor and sodium reactor. There is I illustration, 1 table and
a 4-entry-bibl-iography.

USSR UDC 621. 039.5,211. 03h 3
tL
NESTERENKO, V. B., WERKOVKIN, B. YE. , S111111,"VICH, 0. S., PLESHCIIEI~KOV, G. A.
"Calculating the Parameters oil a Chemically'Reactin.- Flow in a Heated Channel"
Dis sots iirtgrughch. j-azy '~.ak te2i.prositeli, i ra7b. tela energ. ustan-ovok -- V. sb.
75-issociating Gases as ifeat '_Jransfer Agents and the Worlz~kin- Aediurr of Power
plants - Collection of Works), I-linsk, !Iiauka i tekhn. Ftess, 1970, pp 238-252
(from RZ`h-Elektrote:~-.-Ini-rna i 4`7nergetika, No 5, 197-1, Xostract No 5L;192)
I
Translation: A one-dinensional procedure for c.-A.culating the parameters of a
chemically reacting stationary flo-,r in a heated channel is proposed. 'The re-
sults of nmerical calculation are presputed, and the l.effect of the kinetics
of chemical reactions on the average parameters of the chemically reacting
flow is analyzed in the example of the dissociatinG system 11 0 :~2-,-io Z2~,10+0
2 4 2 2'
There are 4 illustrations, I table and a 6-entry bibli-ograpby.

-1/3,;-. 027- U NC L AS S I F I E-,D`~ PROCESSING DATE--230CT70
BETWEEN SU04ATION REACTION AND.CONDITIONED REFLEX -U-
-AUTHn
-R-(02)-PRESSMAN., YA.M., TVERITSKAYA,~ I.N.
INFO--US
I.:COUNTR,Y OF SR
VYSSHEY NERVNOYI 0EYATEL.'NOSTIt E970 VOL 201 NR 3y pp
569-577
-DATE PUBLISHED ------- 70
ARFAS--R!GL0,;IC4L AND MEDICAL SC:IENCES, BEHAVIORAL AND SOCIAL
SCI-ENCES
TOPIC.
-TAGS--CONDITIONED REFLEX, ELECTRIC: DISCHARGE, NEUR01PHYSIOLOGY, EYE
-,CCNTROL AARKING--NO RESTRICTIONS
DOC U-M E NIT CLASS--UNCLASSIFIED
~~_~PRUXY REEL/FRAAE--1997/1906 STEP NU--UR/0247/7!)/020/003/0569/05T7
~C I RC ACCESSION NG--AP0120564
UNCLASSIFIED

17
2t! 027 UNCLAS:SIf I ED PROCESSING DATE--230CT70
CIRC ACCESSION NO-AP0120564
A3STRACT/EXTRACT--(U) GP-0- ABSTRACT. A COMPARISON WAS MADE ON FOUR DOGS
OF THE CHARACTERISTICS OF SUIMMATION REACTIONS AND OF TrIOSE PROCEEDING
AL.ONG TEMPORARY FOR14ARD AND BACKWARD CONNECTIONS. rH7: FOLLOWING
4ATED: FREQUENCY OF EME~IGE ICE, 0 ~ rH TYPE OF
CHARACTEkISTIC WERE ESTI: F =A-
RESPONSES IN THE COURSE OF REPEATED ARPLICATIONJ OF STL
IMIULIP STATISTICAL
SUCCESSION OF APPEARANCE OF,POSITIVE AND NEGATIV;-
'EFFECTS OF THE
REACT-IONS, AND THEIR LAITENCIES DURAT11A. THE SlIMULI WITH PRONOUNCED
PR9PER EFFECTS (AIRPURq INTO THE EYE A;ND ELECTRIC CUTANEOUS STIMULATION)
WERE APPLjEDIN DIFFERENT TEMPORAL COMIBINAT IONS. . SIMILARITY HAS BEEN
.'~ESTABLTSHED OF A NUMBER OF PkOPER,TIES OF SUMMATION REACTION, OF
REACTIONS ACHIEVED ALONG A BACKWARD CONNECTION AND OF REACTIONS
PROCEDING ALONG A DIRECT CONDITIONED CONNECTION AT EARLY STAGES OF ITS
FORMATION. IN AGREEMENT WITH PREVIOUS RESEARCHESt THE AUTHORS CONSIDER
THE CONNECTION OF THE SUMMATION TYPE As THE MOST GENERAL TYPE OF
TEMPORARY CONNECTION; IT IS CHARACTEREZED.BY A C(JIMPARATIVELY LOW
PROBABILITY OF EMEqGENCE AND A TWO WAY;* OR CIRCULAR MOVEMENT OF
EXCITATION BETWEEN THE NERVOUS STRUCTURES, INVOLVED IN REALIZATION OF
THE REACTIONS. AT THE INITIAL PERIOD OF CONDITIONIING IT IS THE
SUMMATION MECHANISM THAT ACTS. AS THE PAIRINGS CONTINUEv ANOTHER
MECHANISM BEGINS TO ACTv PROVIDING FOR DIRECT CONDITIONED CONNECTION OF
-THE SIGNAL TYPE; THE COINNECTION US CHARACTERIZED BY ONE WAY CONDUCTION
FROM THE NERVOUS STRUCTURES OF THE StGNAL ST1111ULUS:TOWARDS THOSE OF THE
R
EI, B
NFORCING STIMULUS. DIRECT CONDITIONED CONNECTION IS CHARACTERIZED Y
A HIGH PROBABILITY OF EMERGENCE OF POSITIVE EFFECTS APPEARING IN THE
FORM OF LONG SERIES.
UNCLASSIFIED

USSR
UDC 632.95
KOSHATYY YE. S. B. H4
"Quantitative Analysis of Residues of, Keltane and Dilor by the Method of rhin-
Layer Chromatography"
Tr. 2-go Vses. soveqhch. po issled. ostatkov pestitsidoir i proftlakt. z-?mr,,az-
nen~xa ini T)roduktov pitaniya, kormov i vnesh. sredy O.Torks of tile. Second All-
Union Conference on the Irvestigation of Pest-Icide. Residues and Preventive
Contamination of Food Products,.Fodder and Environment), Ta-11-in, 1971, pp 162-
'166 (from RZh-Khimiya, No 32, Jun 72, Abstract No 1211-1451)
Translation: In analyzing. dilor.(I) and keltane (II), the thin layer chroma-
tographic riethod is used in a reinforced layer in biological material. For II,
the mixture of A120 with silica gel MK (40 msh) in a 1:1 ratio is uzed as
the adsorbent; for ~, A120, is used. , The chroratograpnic axialysis is run in
an n-hexane-acetone system 3:1 (11) and:in n-hexane (I). A solutJon of AgNO 3
in M140H (II) or a 2% solution of.aiphenylamine in acetone (1) is used as the
developer. Me amount of pesticide in the-sample is dfete=ined by the spot.
56

k21 ~1=
USSR.
WRNOV, S. N. ,IVANOVA, T~ A., SOSROVETS, E. N., TVE?"AYA L. V., FEDOROVA, G. F.,
and I(HOROSHEVA, 0. V.
"Injection of High-Ener-gy Electrons into the Inner Regions of the Magnetosp'lliere
During a Magnetic Storm 29 October 4 No~rember i96811
----2:>-Noscow, Izvestiya Akademii Nauk SSSR, Seriya Fizicheskaya, No. 11, Nov 70,
pp 2270-2274-
Abstract: Measuxements of electron fluxes (-P > 250, 500,and 800 kev) made with the
satellite "Molniva-l" [L-1.5~htnincr-lj duzring a magnetic storm are reported. The
trajectory of the satellite was the following: apogee 39,600 km in the lNor-therm
Hemisphere, perigee 520 km in the Southern Hemisphere, inclination of orbit 650,
period of rotation ^,12 hours. 'Ine data is ccmpa-red with readlings made at various
ground stations during the same period. It was found that after a series of strong
minor storms the intensity of electrons in the gap (E 250 kev) rose by more than
e
a factor of 2. In a subsequent series of such disturbances, additional injection
occurred and the front of the injected electrons movesd ~.,Iosar 'to the earth. An

~USSR UPC 621.317.757.
TVERSKOY, V. I,
"Dispersion Analyzer for Phase Spectralof Short Radio Pulses"
N&Ioscow, Otkrytiya, izobreteniya, p~omyshlennyye obraztsy, bovarnyye
znaki, No 1, 1970, p 65,'Author Cerftifibate No 258452 Class 21e"
)n anaL~zer
Abst act:r.aALis` 2uthor certificatelintrbduces a dispersi(
~df sNort io u ses phase spectra~wittva simultaneous fori~atioq
of the refereNe signal. The analyzerlconsist4; of a frequency'
modulated`;hete~odyne, band filtersj channel mi~.ers for the'analyzed
I -
and refer~.nce Agnals, a dispersio~i dellay circoit, a short.vided
pulse generator", and a detector. 'For the purpr,)se of simplilcity in
the.case o~ analysis of greatly vax-yJinglphase opectra.of short
radiopulses in the intermediate-frequency shapings signals are
connected,to the input of sioh delay;circuit through a
the disp~r
summator. The dispersion delay cii~cuitlis connected to the mixer.
the output of which is connected tp'.the',frequency detector and
integrator thrdugh a filter and a limitier. in:addition, the synch
output of the heterodyne modulatorlis.fed on an. indicator and a
delay casdade,lwhose output is confiectep to tile synch input' of the
short vide-opuls~ generator, whose 6utput is connected to the rePer-

UNCLASSIFIED PROCESSING DATE--20NOV70
TITLE--t:NEFGY MODEL OF THE THERMOPLASTIC.. STRENGTHENING OF DISPER-S ION.
~HARDt~NED ALLOYS -U-
AUTHOR- (03)-GJRUI YENK01 L.K.s, PJLYAKCjVv 14. G. TVOR0130V, I.M.
-_-'---CCUNTRY OF INFO-USSR
_.'Sci URC E-F IZ KHTM. OBRAB. MATER, J970, tl)r 90-8
:DATE PUBLISHED- -70
AREAS-MATERIALS
UPI CTAGS--MGDEL THERHODYNAM ICS ALUM INUM ALLOY,. METAL HEAT TREATMENT,
METAL HAkDENING
CONTROL '-lAkKlNG--NO RESTRICTIONS
CLASS--UNCLASSIFIED
PROXY PEEL/fRAME--1980/0Z78 STEP.NO--(JR/0472/i'0/00:oo'001/0090/0098
C!KC ACCESSIGIj NO--AP0043553

212 030 UNCLASSIFUED P.~!OCESSING DATE--20NOV70
CIRC ACCESSICN NO-AP0648553
'STRACT AN ENERGY 1-10 0 L-'- r-OR THE
A 3 S TR AC T / E X T R AC T(U) GP-0- A b
UESCRIPTICNI OF THEil.,t-lLjf-*L ASTI C .4ARDENING PRUCESSES.OF -tE*fi-'%LS WAS
I ER S 113LE
CMSTRUCTED THEORETICPiLLY ON THE BASIS.OF THERMODY;'AM.lCS C& IRPEVE
PROCESSES. THE WH(JILE PROCESS WAS OIVflDEQ INTO THE~: EviALLIATION Of- WORK IN
HARDENING AND IN SOFTENING. THE WORK JIN SOFTENIN6 AIS ii]GHER THAN THE
-L WA-:APPLI:ED TO HEAT :TkEATMENT OF AL ALLOYS
WORK IN -HAPDEINING. THE MCDE
UIVANGVA, ET AL.r 1965) AS A SIP EC I AL CASE. q
I!Nlcr I A -oz -Fl -E 1)

777777779- ~OCESSING DATE--IISEPTO
.--T-ITLE---STRUCTURE OF GRAIN BOUNDARIES AND ' IMPACT.STRENGTH OF ALU41MUM
'bYS-:AK6 :AND. V93 AFTER HIGWTEHPERATURE.~ DEFORMATION .1ifTH TE14PERING -U-
Lt
-,,.~AUTHOR_-_TVOROGOVp I.Mt KNAUKOV, Rose
OF INFO--USSR
-6
TERM. OBRAB, METAL.1970, (2) 33
"DATE PUBLISHED ------- 70
-SUBJECT AREA.S--MATERIALS
TOPIC,TAGS--IMPACT STRENGTHt ALUMINUM ALLOY, TEMPERINGi ALLOY DESIGNATION#
METAL~ MICROSTRUCTURE-p GRAIN BOUNDARY/(V)-AK6' ALUMINUM ALLOY9 (U)V93 HIGH
ALLOY
STRENGTH ALUMINUM
~CONTROL MARKING--NO RESTRICTIONS
DOCUMENT CLASS--UNCLASSIFIED
PROXY 9EELfFRAME--198811311 STEP !qn--UR/0129/701000/002/0033/0036
CIAC ACCESSION NO--AP0106088
U~4rLASS I

212 UNCLASSJFIED,~ PkOCESSING DATE--11SEP70
7': Gin ACCESSION NO--AP0106088
A.BSTRACTIEXTRACT--kU) GP-0- ABSTRACT. THE AK6 4ND V93 AL ALLOYS (ALL
VALUES FOR THE.V43 ALLOY ARE GIVEN IN PARENTHESES, CONTG. CU 2.8
(1.021, MG 0.65 (2.1611 MN 0.60 (0.061v Sl 0.80 (;.06), 7N 0,04 (7.08),
NI 0.01 (0.02), TI 0.01 (0.015)9:AND FE 0.12PERCENT (0.28PERCENT) WERE
HEATED TO 510 PLUS OR MINUS-5 (470 PLUS OR MINUS.5)DEGREES FOR 1.5
(1.25) HR, HOT DEFORMED AT THIS TEMP.!WII*H 30PERCENT DEFORMATION, BY
USING A FRICTION PRESS (100-TONS), QUENCHED IN WArER, 4'~",'D AGED AT 160
PLUS_OllR MINUS..SDEGREES FOP. 16 HR (L20-;-3 PLUS 165 PLUS 0-1 MINUS
~50EGREES-4.* HR,.l THE MICRPSTRUCTURES- OBTAINED WERE COMPAREI) WITH THOSE
I AFTER tJSU.AL TREATMENT (DEFORMING AT 420DEGREES (BOTH ALLOYS), QUENCHING
FROM 510 PLUS.-OR MINUS 5 1470)DEGRr-ES ANO.AGING AS A'BOVE). THE MECH.
i
PROPERTIES OF11ALLOYS AFTER BOTH KINDSIOF TREATMENT WERE PRACTICALLY THE
V'EXCEPT THE IMPACT STRENGTH THATq'I'NCAEASE -1" 3.5
SA M E o F,,OM 2~.7 (0.6) To
(1.2) KG,M-CM-..PP-IME2 AFTER THE HOT OEFORRING -TREAtMENT. UNDER THE
U-SUAL.-TREATMENT THE MICROSTURCTURES-or- BOTH ALLOYS SHOW GRAINS WITH
STRAIGHTt THICKENED BOUNDARIES, -AFTER-,"OT DEFORMATION. TtiE BOUNDARIES
HAVE-A.WAVY TOOTHED NATURE WITH MARKEDLY'LES&'AMTa OF,PPTS* -THE FEATURE
OF THESE STURCTURES IS A GR EATER~UNIFORMITY dF DISTRIBUTION OF THE
PRODUCTS FOR14ED flukING, AGINGt',WHICHAMPRUVES THE aYNA141C
STRENGT4 OF;-ALLOYSO
U CLA SS If I E D_- ---- - --

USSR UDC: 531-788
IWOROGOV, 1. V. KHANTIN, L. P.
"Eliminating the Error of a Compression Manometer Due to the Dvacuating
Effect.of a Mercury Va-por Jet"
Moscow, Pribory i Tekhnika Eksperimenta, 1-10 3, May/Jun 72, pp '164-366
Abstract: At low pressures, a mercury compression man-cmeter,is inaccurate
because of the evacuating action of the mercury vapor Jet which escapes
from the manometer into the cold trap. This paper descz-ibes a method of
eliminating this error by using McLeod manometers with tubes of a known and
different diameter connecting them to the cold trap. A diagram of the vacu-
um installation is shown in the figure. Formulas for pressure calculation
are given as well an the results of an experimental check. it was found
that a pair of compression manometers with,. connecting tiabe diweters of
8.22 and 21.58 mm. almost completely eliminates measurement error due to
mercury vapor jet action. The authors thank~L. F. Nosy-eva and G. I. Il'in
for assistance in preparing and.carry.-ng out the experiments.
1/2

trap; 5--imization manometer; 6--
leak-in valve, 7--vacir-m tank;
9--di -r-
battle vith gradtietion iras;
fusion pump; 10,. 11--backing pumps;
12r-16--vacuum valves.
RIP -IIIII

Measuring,.Testing,,Calibratin~,
USSR UDC: 53!.788
won'Gov, I. V. IMMIN, L. P.
"Absolute Graduation of Manometric Cornrerters by the Method of Comparison
With a Co=ression Manometer on a Cryostatically Controlled -Installation"
Moscow, Pribory i Tekhnika E"ksperimenta, Yo 3, Mlay/Jun 72, pp 162-164
Abstract: One of the simplest methods, of absolute graduatior~ of marometric
converters is comparison with an absolute standard -- usually a mercui-f com-
pression ra-cmeter. However, at lov pressures anerror;ari 'ses due to the
evacuatin.- effect of the mercury jet escaping as vapor from the manometer
into the cold trap. One vay of eliminatipg the error is to cool the entire
measurement installation including the compression.manorieter. in this paper
the wuthors determine the temterature at vhich the principe-1 error disap-
pears. The experimental installation is described in detail.: It is found
that the neasureme&t system must be cooled to 0-2-50C to eliminate error
due to evacuation by the mercury vapor jet

USSR VDC 621.373.826:53
fe. P. VATITSHTE11T, V. D., SOKOIJOV, V. V., and
S. D.
S
0
me Problems in Quantum Statistical Optics and the Y'ropagation of
Electromagnetic Waves"
Vo
Moscow. V sb. X Vses. konf. po rasprostr. radio in. Tezisy 4o1:1.
(Tenth A-11-Union Conference on the Fro-,~_-,zation of Radio Waves;
Report Theses--collection of works)~"_Naauka," 1972, pp 184-186
Lr I
U om. RZh--R,-,xdiotekhnil:a, Iio 10, 1972, kbstractlllo 1OD387)
Translation: Results are given of the authors' solution to a series
of -Droblems in the use of quantum statiotical optics.in the arca of
electromagnetic -wave propagation. Eigenfunctions of" the electro-
magnetic- field vector potential. operator are introduced. A method
is proposed of st-atiotical computation for measUri-rig, the flield
density m-tri-y- as the field is propailyated in the riiedium. 1he re-
presentation of the electronagnetic field in thr., f(ri:i of tho oli-an-
tun averago of purely field oporatora io advancod. The cliz~4nr-o J.n
photon statistics for liCht propaeated in a inedi".wa) 0-,;, Weak T1011-
linearity and low absorption is asntlMed.connecued eith the solution
for the correspond inf- Y2 'n
problem in classical electrod ia, ico. T"

T7777777-7
USSR UDC. 621.7173.826:53
KALITMITKO, A. IT., LUGIN, E. - V. , and TVOROGG-V,: Fj'. D.
."Propagation of an Short Pulse of Optical Radiation"
MoscolIT, V sb. XVses. konf. Do rasDrostr. radinvoln. Tezisy dolcl.
(5~enth All-Union Conference on the: Propagation ~-of Hadio V.-ves;
Report Theses--collection of works) 111.1auka," 1972, Pi) 342-346
(from RZh--Radiotehhnika, No 10? 1972..Abstract No IOD356)
Translation: By using the results of an analysis of the interac-
tion. of a light impulse and a spherical- particle (ili the line.-;x
approxivriation) the. attenuation coefficient,is obtained in the
resonance Rayleigh dispersion for mono clLromat ic (IJ-1) and pulse
(KP) radiation. , For the resonance dispersion,. -T,P and Yj-T differ
f or any X = 4AOT, irzhere is the pulse carrier frequency and T
is the pulse duration. lor nonresonance disperrlion, the diffor-
mice arises with %-41 . Bibliography's of four. A. L .
~__73

Msc lia*us:
USSR UDC 551.521.3
ZUYEV, V. YE., SOKOLOV, V. V., TVOROGOV, S. D.-
"Calculating the Volumetric Coefficients of Radiation Attenuation by I-later
clouds and Fogs in the 0.3-25 Micron Range."
Tomsk, Izvestiya Vysshikh Uchebnykh Zavedeniy Fizika, No 4, 1971, pp 73-77
Abstract: The volumetric coefficients of'attenuation of radiation by water
clouds and fogs in the 0.3-25 micron range are calculated. The particle size
spectrum is described by the gamma distribution.the parameters of which vary
within broad linits. The latest most exact and deLailcd.data on the components
of the complex index of refraction of water,were used in,'the calculations.
The calculated coefficients are presented in a table, and the attenua-
tion coefficients are plotted as functions:of, some defined values of the micro-
structure parameters r (most probable parti.cle radius) and p (the characteristic
of the distribution halfwidth). An erroranalysis is performed for the calcula-
tions.
1/2
~MIFF~Tr~ 710:;M:

Adsorptiah*
USSR 546.633:543-544.6
SHATSYIY> V. M.1 KURIVEMICO) S. V.., KOINIUSSARCIVA, L. N., 111-MUCH, 0. F.,
PRUTKMIA 14. 14. 121111FIR YA. A. and WOROGOV, V. A., Chain of 1norg:Mnic
..Chemistry
"Synthesis o- Novel Phosphorus Containing Sorbents and the Study of the Sorption
Of Scaudium on. Them"
Moscow, Vestnik Yosko%rskogo Universiteta no 6, xov-Dec 72, pp 653-658
Vol 13,
Abstract: Optimal conditions for scandium sorption and selaration froui iron
have been determined on a pilot-plant scale. A specific softent wns used in thu
process.- It vas the product of -the copolyrooriza tion 01
StYrene .-,rith divinyl-
-yl!Ltcd wit1h PNC1, and oWiseqtiontly h)-drolyzed -Y-rith alcoholic
benzene phosphoi
xide r
potassium ljvdo. oltition. 7file optirvtl conlttion:3~for tlre sl~paratj.on pro~!eos
on this sorbent are w; follows: the sorptlon 1-1- carried oul; from a 0.1. 111 F~_Sol
2
soltition; a Tp' a-r-ii-ionium l'illoride nolution is uccd, for the dosor,,)Lion; tinder
these conditions in one cycle the ii-oll is isol,;,.ted Pra-c-
tically co&;Dlettely- Fepc-titiozi of t~.-. deso-q)tion process -vith a fresh portion
of the desorbent, re!--c-ired 50-~ of scandil-n. T-nis sorbent n
be usert for th-? con-
centmtiori of veanditir, out of th~:! colutici-is with hirh iron ront--it. In addition
to ikon this also scparatc!s Lill viono- and divalcrt rare ear"11
-inuritiCS fYDM, CCEIMUUM.
elements and other ii'll

USSR UDC: 624-04:534
E~ABWWI.,YU. YE, (Moscow)
~"Instability of an Oscillating, Sy
stem During~Resonancell
Moscow, Stroitellnaya Kekhanik-a i Raschet Zooruzheniy, No 2 (80), 1972, pp 26-30
Abstractr V. S. MartynovI s work has served as the basis. in the study of the inter-
action between the energy source and the oscillating syst.cm. It also serves as
the basis in studying losses in stability in passine through resonance zones. In
analyzing this phenomenon which is known as:tbe. Somnerfeld effect, the usual approach
is.to compare the moment of momentum with the mcment of r-'sistance at the drive
shaft of the excitation. mechanism.. Approximate solutions of linear equations of
motion for an osci-Ilatina system -are'. used for detennining the name nt of resis tairice
where the oscillating
system includes an excitation, mechanism axid an oscillatory
circuit. The author unes a symbolie.method which makes it, possible to set up direct-
ly an equation for the balance of moments at the exciter drive shaft. Since the
angle of incl-tia-tion of the load curve plays a signLficarit role in proUleins of
stability analyvis.. then the derivatives acquire siprificmce. Obviously,
the divergence in determining their values will. beacme ev('n greater. As a result
of this the points of inflection of the mamnt curve chang, the regions
e place and
of instability will not coincide, vi ith their, actual values. Because. of this the

TYABLIKOV, YU. YE., Stroitelinaya Mekhani,ka i Raschet Sooruzheniy, No 2 (b
'0), 1972,
pp 26-30
derivation of an equation for the balance-of momerrLs from the solution of a system
of motion equations is feasible,only in the case of nonlinear oscillatorT circuits.
In the case of linear oscillatory cirmuits, particularly ones 11ith a complex struc-
ture, it is expedient to use the symbolic Aethod iiiiah. niakes possible the direct
determination of the active load rmment. at the. exciter drive shaft. Original arti-
cle., five figures., one table, 14 formulas, and three bibliographic entries.
2/Z
--- --- -----

A
UFSR UDC: 534.14
KAP MYSHKIN, V. V., TYABLIKOV, Yu. Ye., Moscow
"Consideration of Energy Dissipation in Resonant Modes with Hydraulic Excitation"
Kiev, Problemy Prochnosti, No 9, 1970, pp 73:-76
'Abstract: A study is made of the possibility of maintainina stable oscillating
Z modes in tests of models,.structures and structural elements on vibrating test
'platforms at frequencies near the frequencies of natural oscillations of the
objects being tested. The test objecvin this analysis is assumed to be a
beam of constant cross section fastened.to the vibrating pliatform. Then,
considering the elastic-viscous nature of onerrgy dissipation, an equation is
written for the motion of,the clements,in the system and analyzed. It is
found that at the resonant frequency of the rod under certal,n conditions the
rod actually acts as,a vibration damper.
75

MSR UDC 621.332.2
CH SOLGAI'll-, B. D.
KOLUASOV, G. YA., LUK'YAN IKOVA,'N. B.
"Study of Photosensitivity and Noise of Semiconductor-Electrolyte Barrier Con-
tacts"
Leningrad, Fizika i Tekhnika Poluprovodnikov, Vol 6, No 2, 1972, pp 248-253
Abstract: A detailed study was made of -the volt-ampere characteristics, complex
conductivity and noise of a Me-electroly-te barrier~ccmtact during irradiation
of It in the band-band absorption region.. : The lifetime of the tainorty current
carriers was determined, and the threshold sensitivity, of the contact was found.
The photothreshold is limited by the noise of the charge capture process in
the traps in the CdSe barrier layer region., The noisc of the limiting photo-
current of the contact is caused by power,. fluctuations of the incident photon
flux. The threshold sensitivity of a number of seniconductor-electrode con-
tacts with different width of the forbidden band was det~ermined. From the
tabulated data it follows that the semiconductor cadmium chalcogenides with a
sufCZciently broad forbiddelL band have the best photosensitivity. Decreasing
the width of the forbidden band (or high admixture concentration, as in the
case of CaP) leads to an increase in the dark currents, and the sensitivity
becomes appreciably worse. The photothreshold for Ge and, CdTe crystals of the
I/-2

USSR
TYACAY, V. A., et al., Fizika I Tekhaika Poluproyo nj v
~(jy, Vol 6, Nlo 2, 1972,
pp 248-253
p-type Is appreciably below that for the corresponding samples of the n-type.
This behavior is partially caused by a decrease in the phenomenological quantum
yield and can be connected with the high., rate of, surface pair recombination on
-the surface of the semiconductors. in the negative bias region.
2/2
J51

2 006 UNC L A S S I F I E D PaOCESSING OATE--30OCT70
~CIRC ACCESSION ND--AP0121717
~-'ABSTRACT/EXTRACT--IU) GP-0- ABSTRACT. THE SYSTEM PT-INEGATIVE -1
SUB3NEGATIVE WAS INVESTIGATED BY FARADAIC RECTIFICATION AND IMPEDANCE
MEASUREMENTS. THE OVERALL ELECTRODE REACTION FOLLOWED rHE SCHLME:
DISCHARGE RECOMBINATION, THE DISEHARGE BFING THE SLOW STEP. THE KINETIC
PARAMETERS OF THE DISCHARGE PROCESS. WER~~DETD. (Z ('40. OF ELECTRONS !N
~::.-,THE OVERALL REACTION) ~~QUALS 0.99 PLUS OR MINUS 0.1; ALPHA tTHE CATHODIC
LNUS,0.04)) AND THE VALUE OF THE
TRANSFER COEFF.) EQUALS 0.47 PLUS OR, M1
RATE CONST. CALCO. (K EwUALS 11-5)..TIMESIIO PRIME NtGATIVE 2 c-'4-SEC). A
METHOO~WAS WORKED OUT FOR DETG. THE NO. OF ELECTRONS.fNVOLVED lN THE
SLOW.DISCHARGE PROCESS. A THEORY OF FARADAIC RECTIFICATION WAS
DEVELOPED FOR THE CONSECUTIVE REACTION OF PISCHARGE RECOM81NATION,
TAKING INTO 4CCOUNT THE FRACTIONAL.COVERAGE OF THE C-.LECTK-(]J,-E SURFACE 13Y
THE ADSORBED SPECIES. SIMULTANEOUS MEASUREMENT~S OF~lHE FARA0AIC
NCE ANU RECTIFICATION MAY-SERVE:A~ A BASIS F06~ OETG. FHE EQUIL.
114PEDAt I
COVERAGE. IN.THE SYSTEM UNDER STUDY THE FRAICTIONAL,ZOVERAGE OF THE PT
-SURFACE BY AT. H WAS IN THE RANGE.OF O-U.5 DEPENOING ON THE I CONICN. IN
~-.THE,SOLN. FACILITY-. INST. ~POLUPROV.~, KIEVI ~USSR4'-
U14 C L A S 5 1 F I E

USSR,. imc ft7-ooi.21-02038-3
'TuCaNs V. If.
MrAcheskiye Asmkty Obluchenlya SM-Diapazona, (Cliniral Aspeocts of
Irradiation in t6 Superbigh Frequency Range), Leningra(i. "Meditsina," 1971,
174 pp
-Translationt Annotationt General characteristics of a Mh (superhigh
frequency) field, its application in the national econoriy, and. the principles
of its measurement are presented in this work. Data concerning the biological
effects of a SVQh field of large or small intensity, and particularly its
effect on the nervous and cardiovascular systems, blood system, metabolism,
and some of the buman and aniral organs, are cited. At the same tire, pro-
blems regarding the mechanism of these ex"fects. axe touch4ld. upon. It is
indicated in this work that functional disturbancesy although not specific
in characters may develop in penons who hiive been workIng witb BVCh goner-a-
tors for a long tize, Clinical =ifestations of the nervous system and
visceral functions developing under the influence of prolonged and repeated
-irradiations have been established schematization and, depending on the
leading syndrome, divided into three formsu asthenic, vegetative-vascular,
and diencephalic. The severity of the dizt~rtances may diSfer as followsl
mild, moderate, and severe$ the latter very~seldom occurifig and not always
full
1/6 y reversible.
~126

USSR
TKAGINg V. N.# KlInicheskiye Aspekty Oblucheniya SM-Diapazona, Leningrad,
Witsinat 1971, 1?4 pp
Data concerning the ma inum permissible levels of irradiation are cited,
Problems of medical expertise and protection from SVCh Ii-nadiations ax--
examined.
It is indicated that measures for prophylaxis and protection from
5VCh irrartUations, in areas of woex idth SVCh generators are being inplementeedl
the probability of being irradiated 7by rays-the intensity of which exceeds
the maximum permir>sible level has the refore been practica.11y eliraina-ted.
The book is intended.for practicingi.physicians anI. scientific workers
engaged in the investigation of problems bearing on occupational pathology
of SYCh irradiations.
35 tables,.25 illustrations# 245 bibliography entries.
Introdactiont Padioelectronics has been serving the netional econony
for more than two decclAes, and the number of - branches of mcience and tech-
nology in which it is not yet being applied are few.. Radar, radio direction
finding, radioastronomy, radiogeodesy, and k~~aapactroabejpy -- this list
-of its branches requiring 1-ndependent directions of llni;eatigation is far
from cozplete,
ftdioeloctronic apparatuses generate. suporhigh freqUancy, (PVCh) elea-

USSR
TYAMN, V. N. Kiinicheskiye Aspekty Oblueheniya, SVCh-Diapazonap Leningrad,
~"Kedusina," 1971. 174 pp
tromaignetic waver. the effect of which maylinduce functional changes in the
human organism. The possibility of an' unfavorable- effedt of a SVCb field
-on a living organism created a necessity for the study~o;C itsibiological
action, a matter of interest for tbec)retical and clinicalp and in particular
prophylactic medicine.
The constant broadening of the application area and considerable
increase In the power of SVCh irradiation sources playixig,tbe role of a pene-
trating factor determined the exceptional urgency of the.,problem of the
biological effect of a SVCb field..
Investigations concerning this problem were begun In the Soviet
Union mainly after the World War II,.predominantly in experimental and
occupational-hygiene directions. They areialso carxied aut on~a broad scale
atmoaOi. In the United States alone more than 80 firms ana inutitutes are
engaged in the study of the biological eff4.ot of a SVCh f leld (B. V. Scsrgo-
Vantsev, 1956, 1961).
Measuring instruments and dosimetry methods of a S"tCh field hzve nou
been created, making It possible to control the sources of irradiation arA
determine its maximum permissible level (PDU), This also n-ade it possible
to arrive at a hygienic evaluation of the diffirent conditions of huntan
3/6

non=
M
USSR
TYAGINI V. 11., 10inicheskiye Aspekty Obluchenlya SVch-naTazona, Leningrad,
"Meditsina," 1971, 174 pp
activity from the point of view of the possible harmful offect of a SVCh field,
to study the many aspects of the biological effects of the field, and to
develop means of prophylaxis ar(i protection. from the effact of 5VCh elec-
tropApetic oscillations. However, many aspects of them problemo including
such an important problem as the primary mechanism of the biological effect
of a SVCh field, still remain unsolved.
Judes mono-
Along with numerous jouxnal articles the literature incl
graphs on the problem of the biological effect of radio ~tavesj including
those of the SVCh range. These elucidate nainly engineering-technological
arA hygienic problems (Yu. A. POsipovP lo~65t: Z-. Gordon, 1966, and others).
The focus of attention in our work is the evaluation of Ue available
factual data in a clinical and biological plane, and pardculaxly the elabora-
tion of clinical sayndrones developing under the influence ~ of SYCh and their
pxophylaxis. The proffered work is intended-ma.Inly for physicians who,
in their practice, may encounter personnel i,rltb.health dii.turbances induced
in work with SVCh generatoisi or at least under. conditiozLs.ir. which the
development of such, disturbazoes is possibloi. Inforzation, Providing a
re sentation of the SVCh factor, irradiation.conditions,,and principles of
4

USSR
TYAGIN, V. N. , Klinicheskiye Aspekty Oblucheniya. BVCh-Diapazona, Leningrad,
"Meditsina," 1971, 174 pp
measurement Power Ourrel
of the density of the it (PPM) ia briefly cited; the
biological effects and mechanism of action of relatively large and relatively
smaU intensities of radio waves in the SYCh range are characterized in
general outlines. The consequences of the.cshronlc effect of a Mh field
on humans and problens of expertise and prophylaxis of the affections axe
examined,
TbJ-s work is based on literature data. and materials gathered from
many years of Investigation. It does not pretend to provide an exhaustive
elucidation of the yroblem of the biological effect of a BVCh fieldt and Is
concerned mainly with some of the clinicaliaspeots of thi's effect and related
problems.
I am taking the opportunity to expreca 1W deep gra~titude to the coworkers
and co=-ades who xendered assistance.. in: foiidng: this work.
-Table of,Cententst
2
Intxoductlon
Oba]~ter 1. Radio F~requenclea of-I Ion and Principles of
rradiat
Measurement of Their Intensity'
Chapter 11. General Information Concerning,Biological Effects of a SVCh
~Field
516,
128-

USSR
TYAGIN, V., X., Klinicheskiye Aspekty Oblucheniya SM-Diapazona, Lenin grad,
"Heditsinat" 1971, 174 pp
Changes of Certain Functions of the Organism Under the Influence
of a SVCh- field of High Intensity (PPM f?lotnos~~'putuka
moshchnosti - current densitY7?-~-300 Mi/em2).

Changes of Certain Functions~of the 01
-ganism Under the Influence
of a SVCh k1leld of Low Intensity (PPR less than 10 mw/cz~z) 37
On the Mecbzxism of the ~ Action of. a~ SVCh. Field on:,the Organism 54
Chapter III. Consequencss of the Mronie Action of,a SYCK Field 74
Clinical Picture of the Distu'rbancei. 74
On the Classification of Disturbances by a SVCh B.S. Id 130
Chapter IV. ProphyLix-' a and Expertise.. of SYCh I Disturbaxic *s 143
Normalization of Irradiationsl',by a SV0h Field 143
Physician's Expertise 150
Prophylaxis-and Proteotion.F!rom SVCh irradiations 155
Conclusion 159
Bibliography 164
6/6

USSR UDC 532-13a546-76
TYAGU?jO-V--,-G-,-j,., BAUM, B. A.. and Ga.' D, P. V., Urals Polytechnic institute
2zeni b. V. IvIlrov
"Mematle Viscosity of Liquid'A.Uoys of Chramiua'With Carborel
Tomsk, Izveantiya Vysskhik Uchebnykh Livedeniy, FizlSza, No 8(111)t 1971,
pp 159-160
Abstxactj A study was made of the variation with tenperature and concen-
tration of the viscosity and thermodyraLnic characterls ties of the eleten-
tary viscous flow in liculd alloys of chromium with carbon. The tempera-
ture range was 16"r5-1925 . The plots of the ploythea:ms of,kinezatic
viscosity of liquid alloys of chromium with aarbon~ laotheims of viscosity
change in Isobaric- inoth5raal potential ~' A Z, onixopy A ~Si and energy of
Actiption E of the viscous flov of chromium-carbon alloys.showed that at
1850 the viscosity of alloys at first decreases vith~incrqws-ed carbor
content and than, beginning with 5.45 weight % c (the carbirle C-r23C6)
Increases. At higher temperatures, duelto the greater energy of thermal
notion of particles, microinhomogeneity is less developed azA its effect on
viscosity with Increase Jix carbon concentration is coiRpoensated by the rise
of energies of interparticle Interaction. Beginning with 5. C directed
1/2

USSR
TUCTRIOV, G. V., et al., Izvestiya Vy-sskUk Ucbebnykh Zayedeniy, Mika,
No 8411), 1971, pp i5g-i6o
Cr-C bonds become so well developed that the number of mLcrodomanins con-
sisting only of "excess" chromium. atoms is appxeclably reduced and the melt
becomes more honogeneous. In this case the rise Injoonding energy is
decisive; therefore, the viscozity and~ener6y of activatibn of viscous
flaw are increased. The otudy thus indicates that in alloys of chromium
with-caxbon -the energy nonequivalence:of the Cr-Cr a4d Cr-C bonds is

USSR Ube 6,69.24.782:537.31
'BAUM, B. A., GEL'D, P. V., and TYA
'9V, G V., Ural Polytechni-
cal Institute, Physics,Departme t
"Influence of Temperature on the Electrical Resistance of Lower Silicides of
Nickel"
IVUZ~ Tsvetnaya Metallurgiya, No.2, 1971, pp 53-57.
Abstract: Specimens for investigation were prepared by melting electrolytic high-
purity nicke! and monocrystalline silicon in a high-frequency induction furnace.
Resistivity was measured by a contactless method in alunin= oxide (or zirconium
oxide) crucibles in an atmosphere of helium. The results indicated that liquid
alloys of nickel with silicon are characterized by heterogeneous interatomic bonds
and complex near order structure, which changes with composition and may differ,
depending on the heating and couling conditions of.the~liquid..alloy.

Physicail Properties
USSR 669-14:669-04
B B. A., D'YAKONOVA, L. V.,
TER14ANOVIGH, N. A., T
and KfifSIN, G. A., L13yerdlovski 1 Z*Iatoust
."Physical Properties of Molten High-Alloy Steels and Special Al-
rosco
11 W, Fizika I Khimiya Obrabotki Materialov, N o 5, Sep-Oct 70,
Pp 43-48
Abstract- The article determines the kinematic viscosity, elec-
trical resistivity,and density of specimens of imore than 20 In-
dustrial brands of steels and alloys. The properties were meas-
ured after 5-15 minute isothermal holding periods, beginning
with a temperature increase to 1700-48008 C and,~theafollowed by
a temperature decrease down to cryst~a,llizationof the melt. In
some cases this measurement cycle was repeated (reheating and
thexi cooling the specimen) w1thout bringing 'Che Ispecirmen to
solidification. The specimens studied-iaclurled~IIMVI alloy
(99466 percent Fe), E1435, Ei437'niokel4ase
alloys Kh28, Khl-8*'N'LOT E1811 ShKhl5. E1736, 12Vh2N4A,,qiron-bose
alloys U10, ShKhIS, RfS, 9M8 t S2, E4,
high-' rbon a e4, a, 1q(
1/3

USSR
BAUM, B. A., et al., Fizika iKhimiya Obrabotki MateriaLov, No
5,'.Sep-oct 70, pp 43-48
and 30KhGSNA steels, and alloy 60.-.,The effect of the chemical
-composition of the speciemns,, nonmetaLlic inclusions, and-
production method on the physical properties was considered.
The results indicate-that the kinematic,v4Lscosity, e.Lec-
trical resistance,and density of.molten. steels-and -~,pecial alloys
depend mainly on the caemical comppsition and production method.
The phenomenon of hysteresis of properties is observed, indicat-
ing differences in the structure of a molten specimen during its
heating and coolin,,,,. The mignitude of the.hysteresis may serve
as one of the characteristics of a given spec:Lmen along with data
on its physical properties.. The structure of melts before crys-
tallization (composition and properties of microvolumes, coordi-
nation of the atoms in them etc.) should be reg4irded as one of
the metallurgical heredity Nctors capableiof AWifluencing a num-
ber of the service characteristics of the solid,zmetal-
2/3
41

i=

Me-chaniedi t1ro- rtiet;
USSR uDc 669. i8-412:621-746-753
TY V. Y-USFRIIR, 14. N.,MARTMIOV, 0. V.) NMAINOROVA S. M. and
BE USOV.* V. A.
"Effect of Liquid Metal Characteristics on, Solid ?-btal Troper-ties"
J~
MPscoi-111 Stal'Y No 9, Sep 72, PP 8b3-806
Abstract: From an investir-lation of samPles of steel 20 and technically pure
iron (-slabs 150 - 160 rn and, hollou ingots 3601110 rnm in liameter), it was
establisLied! that the mechanical properties and electric resistance of the
finished metal differed substantially from section to section.. Data on the
chemical con.Dosition and nowmetallic: imnurities- in different zones cannot
explain these differences. The -properties of liquid Metal obtained by melting
n
sa-,mles from corresponding zoner, also diffe~bd su1bsta. tiall~;. It is shown
that a lwwr-governed relationshi-D exists between the properties of the liouid
=-tal and the nechanical characteristics of tim solid metal. T7r,,P- vac-~jtm, treat-
nent.o' liquid rctal leads to an increase in. density end to a norlification of
t-1-C, visco-is cth-,--.-cteristieq and -,)robably contributes to the form'.ttion of a more
micro-unifo-rm teyture.
11111MMIRM I - W-11P,15OP!

USSR
MAZUROV, V. D. , T OV L. I.
"Me Committee Method for Recognition of Several Patterns and Duality of
Incompatible Systems of Inequalities"
Mat. Metody v Nekotor. Zadachak-h Optimalln. Planir. VyT. 3 [Mathematical
No 3
Methods in Some Problems of Optimal Planning, Z -- Collection of Works],
Sverdlovsk, 1971, pp 55-59 rTranslated from Referativnyy Zhurnal, Kibernetika,
1972, Abstract No 2 V522).
No 2
NO ABSTRACr.
19 -

3R
UDC: 51
KAAZIK, Yu. WAPT
"A Method of Solvln a Boolean Prob! m of Ua
e ep-r Progn-nimins"
Tr. w, ch-;sl. tsentr. Tartus. un-t (Iforks of the Corq)utirig Center. Tartu
University), 1971,, vyp. 22, PP 35-4o,. (fror. RM-Kibernetika, No 5, MaY 72,
astract, No !N421)
Translation: The autbors consider the foll6wing-problem::
Aj
1.2,
x1=01 or (3)
Here all coefficients a-- are equal to 0 or 1.
It is pointed out Nat there are a number of practical. problems which
are reducible to model W-0). For the solu-tion of problem W-(3) the
authors construct some relatively simple combinatorie algrarittxx.. This
2/2
23

7-
USSR
KAAZIKS Yu. -iYAKTT
PP 35-40 R.,
article descri- VYP- 22,
tive in bes that algorith,
Practiev
'Utilizes the CalcUlations Ich was foUnd to be
specifies the algorit the most effec-
Another app, 01 the probJem hm Of Ordered so
_i rting ,h.!Ch.
"eh to Probj,,, (.1) A flowchart j
3)-Nith the ~ s --IVen,
form ~- Cjrj
goal f
!,,as Proposed b. A. T.rubin (I I .II Llnct'on Of general
9V296). Yu. M-14at
Shteyn. 1970, 6v5:L8;
1969

USSR uDc: 681.128.82
TYAIT Y, S Bra.
h 'A"ISKIY, Yu. P.. KRI~WAITOVA, L. I., Kirgiz Scientific Re-
WN
0 tute of Water Management
SeNar~csti
"An Acoustic Liquid-Level indicator"
.1
Moscow, 0_tkx--ti:ya '~.r a PromysbIejm.-.n_,c, Ob
e Obraztsy Toirr~2:E., r~
_qterix
110 7, Mar 72, Author's Certificate No 329397, Edvision G, filed 210 jul 'TO,
published 9 Feb 72, pp 157-178
Translat - a I- - a
-ion. This Author's Certificate introduces an C~mst; c liq- id-level
indicator which contvin:5 a measurenent tube with intemediate *pa r4-i ea reflec-
tion, a tank circuit, electroacoustia transducers and transceiicr sub-
assemb2ies ivith a communi cat. ions line. As ~a distinguishing feriture of the
patent, the dr_-,,ice is designed for,single reflection of a. scmlc pulre from
I.Ile reflector, ~md for a stable autocirculc~tiori irode o- -ratftoti. The
fixed partial intermcdinto roflector is made, in the forai r,)f a luteral re-
flector -with adju--tabix- lcnCth, for Instance in the tom 6f a t.~Ireaded
piston. 'Elie feedback circuit includcz a symmetric fl_Jp-jIio-'.) callnected
the input to a square pulse sbaper, and. at tine mitput to p-robLng- pulse
shaver.

If?- 029 UNCLASSIFIED
PROCESSING OATE--160CT70
TITLE--OPTIMUM CONDITIONS FOR APPLYING THE INEFFICIENT COUNTER METHOD FOR
.SEPAkATING PARTICLES 4CCOKOING TO THEIR PRIMAKY 10NIZING POWER -U-
AUTHQR-jj,!.~~.
COUNTRY OF INFO--USSR
-,S.OU,RCE--,(CERN-TRANS-69-17)1 JINR* P.1-3686o ILP
,-DATE PUBL I SHED----- 70
'SUBJECT AREAS--NUCLEAR SCIENCE AND TEc,,4NULOGY
40PIC TAGS--STATISTIC ANALYSIS, RADIATIOWCOUNTER, IONIZATION CHAMBERP
...-AONIZING.RADIATION, IONIZATION POTENTIALt,4UARK'
tONTROL M.ARKING--NO RESTRICTIONS
,I)OCUMENT. CLASS-UNCLASSIFIED
~P)OiY_ REEL/ FRAME--I 98 5/07 86 STEP NO--UR/0000/70/(300/OOOfOO01/0011
L-lRC'ACCE:SSION NO--AMD101159
UNCLASSIFIED

2/2 029 U14CLASSIFIEO' PROCESSING DATE--160CT70
--AM0101159
CIPC ACCESSION IN 0
'ABSTRACT/EXTRACT--(O) GP-0- ABSTRACT. A: STATISTICAL ANALYSIS IS
PkES-ENTED FOR A MULTICOUNTER SYSTEM USING THE "INEFFICIENT COUNTER"
METiiOD FOR MEASURING THE PRIMARY IONIZING PUWER OF PARTICLES,
PARTICULARLY USED IN THE SEARCH FOR QUARKS WITH FRACTIONAL CHARGE AND
~FOR THE DETECTION OF RARE PARTICLES WlTff,L(J*4 IONHING POWER IN A
BACKGROUND OF A LARGE NUMBER OF OROINARY PARTICLES. FACILITY:
JOINT IINST. FOR NUCLEAR RESEARCHt OU13NA USSR. LAB. OF NUCLEAR PROBLEMS.
UNCLASSIFIED

USSR UDC: 669.293.295.296:539.26:53.27
LYXSOTSKIY, 1. V., TYAPKIN Yu. D. Institute
of Fletal Sciences and Physics of
Metals# Central Scientific-Research Institute of Formus lietallurgy in. I.P.Bardin
"Structure of Niobium-Titanium-Zirconium-Alloys. Diffuse Scattering of
Electrons and X-Rays in Alloys with 50 at.~%- Niobiumil.,
Sverdlovsk, Fizika Metallov i Metallovedenive, Vol 36, No 6, Dec 73, pp
1260-1270.
Abstract: Electron microscope (microdiffraction) and.x-ray methods are used
to study the change in diffuse scattering for a series of alloys in the system
Nb-Ti-Zr (50 at. %,Nb) as a function of compusition, heat treatment Znd obser-
vation temperature. This scattering is described by means of concepts of
fluctuation displacement waves~for all. alloys. Diffuse 'scattering was observed
in all alloys studied in the form of individual areas locatedJn the space of
the reverse lattice within octahedrons form6d by the (111) plunes passing
through the junctions of the reverse lattite of the initial body-centered
cubic solic solution. Considering the.gen6ral nature of diffu5e scattering,
it can be described by means of concepts offluctuation displacement waves,
distorting the body-centered cubic structum 7he form of diffuse scattering
and concequently the spectrum, of displacement waves chang6'regularly with
1/2

USSR
Lyasotskiy, 1. V., Tyapkin Yu. D., Sverdlovsk, Fizika Metallov i Metallovedeniye,
1~60-1270.
Vol 36, No 6, Dec 73, pp
changing relationship of the content of zirconium and titanium in the alloys.
The flatter areas (in the form of a triple sheet all- the edges of the octahadtron)
in the Nb-Ti alloy are transformed in the Nb-Zr alloy to hollow spherical areas
displaced toward the center of the octahedron; the directions of the polarization
vectors of the displacement waves are also changed. At. the primary junctions of
the solid body-centered cubic solution, diffuse scattering is also observed,
changing from alloy to alloy in Oarallel'with changes.in scattering in the
space between junctions of the reverse lattice. Diffuse scattering does not
change significantly after heat treatment or at variou$ observations tempera-
tures between -130 and +4000 C.

USSR UDC 536.4.oi5L4669.018.2
THAVINA, N. T., g&EUMIL_~.j NIKITIN, A'. A.s and KOZLOVj V. P., Institute
of. Hatal. Science and Physics.of Met4also. Central Sciontiflo Research Institute
of Ferrous hetallurgy ineni I,-P..Bazdin'.
"The Influence on Mechanical Properties of the Spatial Distribution of Second-
-Phase Separations in Hickel-Base Aging Alloys
Sverdlovsk, Fizika Metallov I Fletallovedehiyo, Vol-36, flo 4p Oct 73, pp 803-
807
Abstracts A study was made of the effect of spatial distribution of second-
-phase separations on the characteristics of strangth ari& plasticity of single
crystals of aging alloys of the following compositionsi Ni - 14.0 atgAl,
Ni - 16-5 ataAlt and Ni - 19.0 a%kl. . From the stress-sti:ain diagram plotted
from tensile tosts of flat spocimens,made a:t~a rate of 2.5,10-3 sec-1 calcula-
tions,were made of the curves "reduced shear stressrrl - Teducea shearing strain
for the jlll~ < 110 > slip-system. The measured zecImmical
11=11cieriatics (critical shearing stress Z,,, , straln ha34enlng factor _07/
naximum shearing strain are compared with parameters A which claracterize
the correctneze of the spatial distribution o*f J"-phass paiticles. it was
found that the plasticity of the investigated-alloys Improyea wi Ith growing
not q
,only without decrease in strength, but even at soze inCrOase In strength.
The importance, from the viewpoint of practical uae, of the effect of the
22

USSR 39 7
UDC 53, .2 1
TLAPKIF YU. D., TRAVD4A, N.T., and KOZWV, V. P., Iji,-~titute of Nietal Science
Metals, Central Scientific Research Institute of Ferrous
Metallurgy imeni I. P. Bardin
Electron MiCTOSCODiC Study Of Space DiAribution Parameters of the Second-
Phase Precipitates in Aging Nickel-Based~Alloys"
Sverdlovsk, Fizika Metallov i Metalloved6Aiye, Vol 35, ~10 3, 1973, pp 57,7-C;83
Abstract: The thin-film electron microscopy niethod sugge3ted in this work for
the study of ordering and distribution of:precipitates 1z based op- thz statisti-
cal. treatmer-t of the electron microscope images. Single,, crystals of two-phase
Ni - Al alloys with different volurae-tric precipitation (froia, 20 to 60 volwetric
percent) of the type Ni-4A1 Y I phase -were used. The denstity irw;,-bet-r, of
precipitates along L/To-oT ffi27, and 0,-~oTdirectiolizs arr-, glvonl on hiotocrams
plotted on the basis of electron nicroueope images. Jlrecipitate~, of Ni - Al
alloya were die-tributed ariong nodes of a simple cublc raacrolattice with 1067
axes. The order of this distribution dqended on many far~tors. The size of
the precipitated Y ' ph~i3e was 110-1.20 A for the alloy con' 'a-inlng III at% A!
and aged at 7000C for 5 hourz. It increased to i4o-16o kfor -tile Came alloy
aged at 75CPC for 1 hour. For the alloy, conulinirv, 1.6,c
Al. Ujo sive r)f
1,12

USSR
TYAPION, YU. D., et al, Sverdlovsk, Fizika Metallov iAfietallovedeniye, Vol 35,
No 3, 1973, PP 577-583
the precipitated phase was 180-200 aftOr Ufring at 7500C for 1 hour, ard
it increased to '200-220 A for the alloy 6ontaining 19 at~~ Al auid aged ',It 7500C
for 30 min. The three alloys contained 20, 40, and- 60.volurkietric percerit of
the Y phase, respectively.