SCIENTIFIC ABSTRACT PRESNOV, V. A. - PRIBYLOV, K. P.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R002202520018-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 99
• Document Creation Date: November 2, 2016
• Document Release Date: August 9, 2001
• Sequence Number: 18
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

USSR UDC 621 357 -7:669 -214-5'295
SOFIROMOV, A. If., VOLOSHIN, A. G., PMSIIOV n KIR V I YE. N.
V. A., a d P.
"Structure of Ni-Ti Alloys Prepared Electrochemically"
Izv- vyssh. ucheb. zavedeniy. Khimiya i khim. takhnol. (S:budias of the EI:Lgb-er
Inst-itute of Learning. Chemisti-f and Chemical Technology), 15, 'No 10, 1972,
pp-1567-1569 (from Referativnyy Zhurnal --Thimiya, No 7, 1973, Ab:5tract No
71,387 by L. S. Kanevskiy)
Translation: Me conditions were studied for the simulta.-.-leous electro-
deposition of Ni and Ti and the phase compositions of th;.,~compt*.)und obtained.
The alloy is precipitated from a boron hydrogen fluoride and a sulfate electro-
lyte at a Dk of 1-20 a/dnP. Photoelectrocolorimater anti X-ray ztudles shmTed
that the.concentration of Ti in the alloy fluctuated from 1-10%) as a function
of the Dk and the composition of the electrolyte; an increase in. 1~, increased
the Ti concentration. The Ni-Ti alloys re-prosent.solid solutions of Ti sub-
StItuting for R. Calculation of the cryntal lattice conntant 4% Ni-Li [Sio.
Inaybf.' 13hould read a,,,,, t' fotwo. a, ga- re a value of
-TIJ(lerit'red fMz ne 6~~at'c
aNi-Ti Of 3-56 and 3-'54 X for alloy- a: dib taine'd from the bo.-tva-hydrogen fluoride
4ncl,,from the sulfate electrolyte reape

d
USSR UDC 541. 11
SOFRONIKOV, A. N., VOLOSHIN, A. G. , and P-VRVIY,, E. N.,
Odessa. Staee University imeni 1. 1. Nechnikova
VIS
tructure of the Ni-Ti Alloy Prepared Ele~trochemically"
Iiianovo, Khimiya i Khimicheskaya Tekhaologiya3, Vol 15, No. 10, 1972, pp
1567-1569
Abstract: When the simultaneous electrodeposition of titanium and nickel is
carried out, the rate of discharge of nickel ions is somewhat lower and that
of titanium somewhat higher than for the depos:Ltioni:of each metal individually.
The phase composition of such simultaneously deposited alloys was studied.
The concentration of Ti, analyzed by colorimetric and X-raly teqhniques,
ranged.from 1-10% and varied with the particular acid used in 6e electrolyte
solution and.with the surface current.

USSR UDO 621.~185.546.191681
Mr IY, N.N. ,
PrASHCH: ~0) A.A., PRESNOV, V.A., KRUGLOV, I.I., GOLE1,13MEV61"
MHURMOVA, A.
P.
"Excess Currents And Aging Of Light-Emittifig Diodes Based On GaAsf'
Elektron.tekhnike. Nauch-telhn.sb. Poluprovadn. Pribory (Electronic Technics.
Scientific-Technicel Collection. Semiconductor Devices), 1971, 16s,,;e 7(64), pp
16-20 (from RZh:Elektronika i yeye primenen~yel No 4, APril 1,072, Abstract No
4B347)
Translation: The aging was studied of GaAs light-emitting diodes with zinc all
the acceptor. Both conventional and Pnomalous aging visa abnerved. It is ehoin
that the excess currents reavonsible for aging consist of~ volune and surfaco
components and have a tunnel-thermal natur6 and are connected with. nonunifor=-
ities of the p-n junctions. ill. 5 ref. Summary.
IA

-USSR
UDO 621.382.2
MAMMOV, A.P., NICBIRMOKO, B.A., CRUITE V*D4j A&VA"ViAA
on Of p-n Junctions In Gallium Arsenide Under Conditions Of Proton
--;~-Ir ti
ilia on
Fiziks i takhnika poluprovodnikov Vol 6, No 4s~Apr -1972, PP 717-720
Abstract- Gallium arsenide crystals were -irradiated in acyclotron by protons
mini bolated:p-ajunetions is shown and
Ath various energies. A scheme for obt ng
discueeed. The energies of the bombarding protons were meanured with the aid of
-alumizzw.-b toil placad before thi5 cryotals being Irradiated. Tho results o-f the
_n Junctions during-proto ;r r
-studies ahowthat isolation of p n 11 radistion is an
effective mothod of' improving the characteriati6vor galliu~.,~ arsenide P-n
ions- 3 fige- 5 ref. Received by editors,' 12 1,1ay 1971.
Unct
J
187

USSR uDc: 621-396.6-181-5
BAZHENOV, V. K., WYAKOV, V. V., PRESNOV, A.
.-,"Voltage-Capacitance Characteristics of a Metal-Dielectric-Semiconductor
Capacitor With Deep Centers"
Elektron. tekhnika. Nauch.-tekhn. sb. Polyprovodn. pribozy (Electronic
Technology. Scientific and Technical. Collection. Semiconductor. Dev.".ces)
1970, vyp,. Abstract
5(55), PP 17-22 (from RZh-Radiot*&khnika.. No 6, jun 71
No 6V194)
Translation: The authors study the voltage-capacitance characteristics
of MDS structu-res vith deep acceptor and donor centers in the semiconductor
layer. Resimr-A.
II.-, -A i Ij !I., C~,: 11111

L
USSR UDC -621-362-3
VIKMIN,, I M and PMSIIGV, V. A.
Controllable Two-Base Diode"
'Leningrad, F-tzika itekhnika 2o2aroyodnikov,: Vol 4, No 10,,'October 1 0,
97
PP 1999w_2000_
Abstract: The two-base diode is a three-electrode semiconductor with. two
ohmic contacts at the ends of a filamentary semiconductor and a single injector
contact between them. The primary parameter of the two-base diode is the
ratio of resistance of one base to the sum of the resistanc6s of both bases.
The simplest method of controlling this ratio is by cbanging the resistance
of the first base; such a change can be realized through the field effect.
Other characteristics of the dLrice are described in this bTief comuunicatio
The accompanying diagram shows the comections of. the L device andt its einitter
volt-ampere characteristics for various load,resistancen. It is stated that
-n structures are being used since the two-base diode 'does not as yet exIst.
-n-P
P

I -- 7 . I , - -. ;~ ~ . . r, lz~ - 1 z - - " .1 1, . : . ! - 1 i :-1 % v i I I T;I:tl L.: 1 1 1.11n, kilL - -.11- i--Ii: ,:i -"~ - ri;
t~ --

IJ 1-1- ; , I ~ ~ -- j IfIr", i [LdII H
.... ..... . . ..............-
-!,Z
Semiconductors 4(rlransiscors
USSR UX 621.31-5.592
KUSTOV, V.G., ORLOVS V.P.5 t~j~~.A.x and AZIXOV, B.S.
"Spectral Photosensitivity of Nonuniform Semiconductors"
669-672
Leningrad, Fizika i Tekhnika Poluprovodnikov,-' Vol 4, No 4, 1970,
Abstract: This paper considers the problea-a of the proper approach to the
question of semiconductors with nonuniform distribution of :recombination par-am
eterG over the crystal volume. In deriving the basic relationships for this
situation, the authors assume that there is d clearly expressed monopolar photo-
Conductivity in which monopolar diffusion-does not play an iraportaat part ir. the
tormation of the photoconductivity spectrum. Since there-ls no bipolar diffu-
sion, the diffusion and drift process limited to.the surfac:e are nLgligibly
small. They assume further that the specimeti,under considLeration has a laminar
nonuniformity in "he direction of generations w*th each laver having a specif
led.relaxation time for nonequilibrium majority carriers ar4d a specifiEd ab-
sorption factor. The results of conputations made from an4lquation theY derive
are compared vrith the experimentally obtained :photoconductivity sipectrum for
GaAs at 77* K; the two are found to agree. The authors conclude that for
soicim-cns less chan O.Oi cm thick-, the probability of the format:L*on of clearly
LLLiet-- t11r-411k!(!11XU~1 localL nar,

USSR UDC 621.377.622,322.5.001.572
PRES LIA-11 NESTEROV, P. V., and SHAMNOV, V. A.
WN.
"Research on Dynamic Switching of Magnetic Thin-Film Elements With the
Help of a Digital Model"
Sb.''Nauch. Tr. po Probl. Mikroelektron. Mosk. la-t. Elektron. Tekhn.
of Scientific Works on Problems of Micr
oelectronics, iXosc(x,,
Institute of Electrical Engineering), h
To 5, 1970, pp 133-141 (from
Referativinyy Zhurnal -- Avtomatika, Telemekhanika, i Vychislitel'naya
Tekhnika, No 8, 1971, Abstract No 8B113)
Translation: A digital model of a magneti6,thin-film element of a memory
device is selected and justified. Results of theoretical.research on the
effect of the front of intensification of the switching field, the initial
angular displacement of the magnetization vector, and the magnitude and
dispersion of the anistropy field on the switching of magnietic thin films
.,~e cited.
21

-USSE
UDC 621.'D96 6-181.5
P =-,IS!-! UIKH. ~- L. VTC--';
A. A.
On the Problem of I Approacb to the n, ,Cal
Integral"ed Circuits"
Elektron. tekhn-JI,:a. 'Nauc'I.-tekhn.*, sb. M*-;kroeI,-:~ktroni"a
t
f4 c prj~j *j:-,r
_qj CELI colq i:! C tc r aele etrol,
1971, vyp. -1(27): pp 53'-63 0-rom. R~h-Fad~ v r, c) p
_U6
Abstract ITO 8V24-4)
Tr 91at~on: The article dea!Ft,-vith one of t h L. f o rr-., a I f
an
ar"- .ra
functional G-
integ ~Cd circu-ts ba~:cd on
circuits vath cur2-ej-it is sh wn h i firij.I'Ll ".IuLonat'a -.'j ttl
and without storn,,:e can be realized in the chrisen bp-sis., An ali:orith~u
g the crig~nal -:7ee-like c2 rcu- t-,d th
I j. L, -L
switching.

USSR 1W 543.42.001.4
BOSHWYAK, B. M., ZHTGLINSKIY, A. G., and PIESMMUNA, I. P'.
"Investigation of a Pulse Light Source With a Hollow Catho.
V Sb "VII Ural'sk. Konf. po Spektroskopii, IW1. Vyp. 1" [In the Collection
"Seventh Ural Conference on SnectroscoD
1". Sverdlovsk, 1971,
Y, 1971- No
Pp 19-21 (from Referativnyy Zhurnal, No 10, Oct 72. 32. libtrologiya i Izmeritell-
Tel-Janika. SingleT sue. Abstract No 10.32.99.1 by V. S. K-)
naya S
Translation: The installation diagram with a pulsed holloir cathode is resented
and the conditions of the separation by time of the admission processes into the
discharge of atoms of the cathode material and their excitations are determined.
The optical Dart of the installation consists:of the.ISP-51 ronochromator
crossed with the Fabrj-Perotletalon. The registration of tbe emission is carried
out photoelectrically by means of synchronous detection. The inveatif;ation of
Vae.separation of the processes of excitation and admission of atoms into the
discharge was carried out on the Cu. 1 5'18-2 line, emitted by plasrra in the
cooled copper hollov cathode. Spectrally pure neon at 0.5-0-7 mra Hg pressure
vas,used as discharge carrier. Tvo ii-lustr., four billio. refs,
185

JJT~E--REACTION OF
tING DAT'E---l8SEP70
UN LASStFlEQ: *OCES
THALLIUM (111),CHLORIDE WITH SODOM PYROPHdSPHATE -U-
UTHOR-(03)-GRINEVAI A.V.t ZHUKOVAw G.TV'P.PRESNYAK*i~~N.To
ONTROL: MAriKING-NO kESTRICTIrNS
MUM EkT CLASS--UNCLASSMED
ft.DXY'~,*';RtEL"f~AAMt--1967/0790 STEP NO--UR/0078/70/015/002/0584/0584
I R-C..: AME S S I ON NO--AP0104236
UNCLASSIFIED

PPY-~AKJW, A.., TASS Correspondent
174etal With Assigned Properties"
Kommunist, No 47, 24 Feb 73, 4.
Translation: Scientists are penetrating ever deeper into the secrets Of
-the-structure of metals. Doctor of Technical Sciences, Professor S. M.
Bar aziov has dEscavered a new phenomeno n, yiel ding the key to important
peculiarities of the structure and properties~, of iron-based-alloys. On
~20,February,, the Committee for Inventions and Discoveries, Council of
Ministers USSR.--acknowledged that the.studies.represent a scientific
discovery and recor -ded it in the.State Register of the USSR,
his extensive experiments, S. N1.- Baranov discovered that alloys
based.,on irons having no silicon or containing only its monoxide' have
valuable properties. They have increased toughness, high~fatigue resis-
ftnce, excellent low-temperature properties, and good weldability. It is
t sting that the secret of Damascus steel is that this alloy contains
n ere
i
no silicon.
Leading Soviet scientists have evaluated.the new discovery highly.
On. its.bdsis, a method.has been developed for production of high quality
t s of staol. vithout silicon, with propertiol assigned in advance. It
YDO

I i
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iiii I-A ;HHH- !id iiuli;-i
1 NU UA 1 C--u4u-f- i V
UNCLASSTFIED PROCE.$
---',EXPLOS ION GENERATES ELECTRIC"POWER -U-
L
E

--AN0104019
-Lr-~ ~11 0

I - 69
- - I UNCLASSIFIED, - - I
--- - -

j
LASSI'FIE
P 0
a U14C ~ESS-ING DATE- 27NOV70
,CONTROL MARKING.--NO RESTRICTIONS
~,:,DDCUMENT CLASS--UNCLASSIFIED
---.PROXY-.REEL/FRAME--1999/087,7 STEP NO--UR/9013/TO/000/000/0000/0000
C IRC ACCESSION-NO--AN0122921
-LASSIFIFD-
NI
U

12/2 UNCLASSIFIED PROCESS114G DATE--27NOV70
.-'IRC ACCESSION NO--AN0122921
--(U):GP-0- ABSTRACT. Vi YE. TSAREGORODTSEV, DEPUTY
A-5STRACT/EXTRACT
Nt COMMITTEE FOR INVENTIONS AND DISCOVERIES, HAS qEVEALED THAT
CHAIRMA, k,
~~:,THE HIGH ENERGY ELECTRONICS7 A NEW DIRECTION is~ sc i r; fmc EPuRsu-,-o f3y
ACADE14ICIAN P. L. KAPITSAt LED TO HIS DISCOVERY OF A HIGH ENERGY PLAS,"lA
.1AISIDE-OF A.DISCHARGE. I N THIS HE WAS AIDED BY TH&~ DEVELOPMENT OF HIGH
FREQUENCY GENERATORS, YHE "PLANOTRON" AND "NIGOTRON4. ACCORDING TO
0 G EES
;KA,P.ITSAi S. THEORYt THE TEMPERATURE ON THE OROER.OF bNE MILLION E 11
~C o-TO
:CEN.TRIGRADE INSIDE THE DISCHARGE IS NOT1 TRANSFERRE THE GAS THAT
IT 6ECAUSE THE SO CALLEO~BVNARY ELECTRICAL LAYER IS FORMED AT
PLASMA INTERFACE 'WHICH INHIBITS THE; HEAT TRANSFER. THE FINDINGS
~~'_`~HAVE. SEEN,. VERIFIED BY NUMEROUS EXPER.IMENTS. STAGED A'T THE PHYSICAL
I'ABORATORY- OF:THE ACADEMY OF SCIEWES4 Q. S cS. R.0 HEADED'BY KAPITSA*
UNCLASS;FIED

US6~ UDC 539-37
PMNYA Aj, J, T.1 ISLIMOV, V.. D., and CFERNOUSOVA, K. T.
BEGDIOV
(EffiTO-r-S T__
Vliyaniye predvaritellnoy deformatsii na svoystva metEillov i splavov (Effect
of - Preliminary Deformation on the. Properties. of Metals and Alloys), Collection
of Papers, Alma-Ata, "Naukall-Press) 1971~ 135 p..' illustrations, graphs, tables,
.1500 copies printed.
Translation of Annotation-
The papers in this collection deal with studies on the effect of prelir-dnai-f
tin, and
plastic deforration on the properties of copper,. alunin-im, nickel,
alloys includjm_q eutectic and Outectoid'oompositions. I The papers offer new
data on the specific characteristics of changes in plasticity, strength,and
structure of the above materials. These characteristics bece_,~me apparen:E
following plastic def orm, ation-induced activation. of p]hase a.-nd structural
transformations and consist in the development of rheotropio recovery-type
phenomena superplasticity, and transformation of thermal britt:';.eness zones.
The papers reflect data on the influence of stretching rates of speci-riens
and their state on the developr4nt of these effects. 'Me results of the
studies are of interest for the theory of metal alloys*, their treatirent
techniqaeB, ard uses. The collection, i.s intended for scientific personnel of
institutes and engineers of. IrLtal. working. plantsj gracbliate atudento, and
metallurgical students.
Translation of Table of Contents:
1/5 33
I j ~I

USSR
PIESNYAKOV A. A. (Ed. et al. VliYaniye predvaritel'noy deformatsii na
.0 Y I It . I
svoystva metal-lov i splavov, '.'Vauka Press, 1971, 135 PP
Chervyakova, V. V. Effect of Chrom ium and Zirconium on Copper Plasticity 3
Aubakirova, R. K. Development, of Superplasticity Following Pre-
-n1 7
straining of the last E'utect6id Almdnw -Zinc
Chernysheva, Yu. P. Effect of Straining Rate on Copper Plasticity 14
Atfoakirova, R. K., Presnyakov, A. A.,and Karpenyukj A. N. Changes
in Flow Curves of the: Supe~piastic Al-Zn Alloy With
18
-Tiemperature
Tokseitovaj R. K., Chernousova, K. T. and Baimbetov, 11. Effect
of Pre-straining -on. tha., Decomposition of ck!_Solid
27
Solution of the Cu-,% System
Kagasova, L. Ya (deceased) and Presnya~ov--A. A. Effect of Pre-straining
on the Plasticity of Tin-Lead alloys 32
2/5

PFz-S?TYAKOV A. A. (Ed.) et al., Vliyaniye pedvarit--l'noy deformatsii na
svoystva r--tallar i splaavoF', "Na-aka", PreSs .1, 1354p.
197
Chasnikov, A. Ya. Effect of Pre-strai~nim on, the Mechanical Properties
,of Oxygen-Free Copper and Somia of Its Allpy$ 39
~Kuzf
=in,. V. G., Claernousova, K. T., and IsmaguloNia, M.., A. Effect
of Additions on.the, Formability of LS64-2 Rt-ass 44
~18 'Pres kov -Ai~ A.: baild':DuysemaliYev~ U. K.
Li va TWa
il hiba: S. H.j
't ons: oi! the
Die Influence of &iall 1~z Addi i
SupeiTlasticity of the f.I-Zn bAecatoid 48
Presnyakov, K. A., Alimanova,R. B., and VoLkof~on, G,. 14..,Effect of
the Stretching Rate on the Plasticity:ot Cold Jelork-ad
(after Hot 'dolling) Corrverciai -Grade Nick--I, 4
Chasnikov, A. Ya. and Chervyakova, V. Vi.-Superplasticity of
Straineil 0(-Brass and Pure Copper. 62
Sakbayeva, H. N. Changges in Inte,rdiffurion Parameterp of Cu
and KL as a Function of the luaount of prelijidnary
Plastic I)eformation 65

311.

USSR
A. A. (Ed.) et al V.1iyaniyp:predvarite1 noy defomatsii na
svoystva metallov i splavovj, "Nauka". Pr6sis., 1971.1 135: pp.
Chernysheva, Yu. P. and Alimanova, R. B.. Aging of High-Purity Copper 70
77, ,
Soymin, N. Ya. Analysis of I-lotion Picture Films of Tensile Tests
on Lead Specimens:
75
Soymin, N. Ya. Characteristic!]~of the Wvelopment, ofl~Localized
Deformation of.Lead Following~Tensile,Tests': 80
Vresnyakov, K. A. The Accuracy of 1~basuring the Characteristic
Curves of the Ifechanical Properties of bbtals and
AUoys 85
.So N. Y a. and Presnrakov, A. A. Methods of Plotfing True
Ymin
D3fo-Tmtion Diagrams 86
Chernous.ova, K. T. and llorozov, G. P. 146chanical Properties of
Cast OTA-3 Bronze 91
4/5

USSR
PMSIFWIOV A. A. (Ed.), et al.,: Vlivaniye predyarite tl1noy deforratsii na
svoystva netallov i splavov, "Tfal-lka" Fre 56, ; 1971, 135;
PP.
Vil Ims, G. F.j Mironenko, Yu. P. and Poznyyz~k, E. L. Automatic
Canpeensation With an Inverse Strain-G~ge Converter 96
Dzhangirov, E. V.., Svidenko, V. N. and'Shullkinj V. Ya. Methods
of Detendxdng Slip and Adhesion.Zones Following
Plastic Deformation by! Rolling 100
Svidenko, V. N.., Grekov, A. M.~ and Shkarletj V.J. Study of
t
i
-Displacement Rethod
. Metal
Plastic Friction by the
Kurapov., G. G.,and PozrWak~,E. L. The .'Flovr-in of apecimen

Metal in the Freo Hole in.Opeln
Upsetting 117
Mironeh1w., Yu. P.., Powryak, E.: -,and Villmsp G, F. Tortable
Device for Netal HarcLqesa Determinations 120
oyi With' Cerivin an the
Polyukhov, V. V. Effect of Microa np.
Fracture Quality of Hall Steals 126
5/5

7~;
USSR
A. A. (Doctor of Techn. sciences).
~"Superplasticity of Metals and Alloys"
Alma-Ata, Vestnik Akademii nauk Kazakhskoy SSR, Aug 71, no 8, pp 10-13
Abstract: The phenomeGon of superplasticity,which was first revealed in
the forties,became a topic of extensive research in the years following.
It was suggested that a metallic.substance.goes.into *a peculiar state
termed "quasi-liquid". Subsequent research indicates that~the effect of
superplasticity may be classed into~two effects, one of whicb, being
related to transformations, consists of deformations ~.(minus neciking) and
stress-reduction by about one order of magnitude: it is identified as
ordinary superplasticity. The second effectresulting.from very extensive
deformations,shows stress reduction.byabout two orders of.magnitude and
may reflect some necking. The factor responsible for.the occurrence of
real-superplasticity is the metal's transition to a:na%j state close in
nature to a liquid. The physical essence of this effect is reduced to the
"locking" of metallic bond.forces.between-the atoms Within bounded masses
..having weak interactions, In other wor6,jn.superplastic'i,ty, one deals
1/2

7r-r
USSR
MUM, A. A. (Doctor of Techn.. Sciences), VestnikAkade 1i nauk
PES ml
P
Kazakhskoy SSR, Aug 71, no 8,,pp 10-13
with a division of a single collective of electrons within a solid into
several loosely bonded and very mobile (relative to olae another) "small
collectives". All experimental data combined indicato that plastic
deformation, in general, and superplasticity, in particular, are the result
of.specific transformations in the metal,generated by.either deformations
or temperature variations. This, naturally, makes an earlier theory
''stipulating plastic deformation. as a result of crystal dislocations,
-untenable. It is suggested, however, that the development of plasticity
may-be determined by thq properties of~tbe crystal lattice (not its defects).
The institute of Nucleag.Physics.of the Kazakti Academy of Sciences will
z
6outinue -these studies to gain new and1greater insig4t into solids and
:metals and their phenomena.,
n bn

USSR UDC ;669.017:620.172
TRESNYAKOV, A. A., SOYMIN, N.YA.Vand'AURAKIROVA, :R. K., Alma-Ata
I'True. Superplasticity"
Moscow, Izvestiya Akademii Nauk SSSR, Metally, No 1, Jan 7i,*pp 106-108
Abstract: Th(? ch;inge in strength cbaractcri,5tics of All-.7n cutectic
alloy, ty-I: A-35 teclinical aluminum.and type S2 teclinic-al zinc during
the process of extension was studied. Flow,curves were constructed
'imthe coordinates "flow stress:-- elongation." Cylindrical specimens
with a gauge Portion diameter of 5 % 20 mm were held for 15 minutes
at the exTerimental temperature, then subjected to ten!;Ion directly
in the furnace. With an elongation of about 111094, the: defoxiiiation
2
resistance drops to values of less than 0,029 kg/mm . Turther flow
,of the material occurs at strength levels.too low to be measured by
the available instruments. Analysis of the experimental material
inEcates.that true superplastic flow is. a.rather comzwn -ohdnomenon

USSR
-PP.ESNYAKOV, A. A., et al., Izvestiy Akademii Nauk SSSR,
Metally, No 1, Jan 71, pp 106-108
during plastic deformation of metals and alloys. It is deter-
mined that the appearance and developmenv.of.true Buperplastic
flow of metals and alloys results from the influence of a sigrii-
ficant number of factors, depending on which 4,-:he phenomenon may
occur or may not. The nature of development of true super-
plastic flow (the moment of its appearance and, its:duration) is
determined by the effects of such.1factors:aa preliminary and
present deformation experimentaL ~emperature,~Land other vftich
'facilitate-its appearance.
~2/2

- -- A.- ~~ ~ . - t - --- --,- - - - - ---- --

7 7
-~2/2 024 PROCESSING DATE--30OCr7O
UNCLASSIFIED
~'CJRC ACCESSION.NO--AP0121820 w
'~,ABSTIRACT/EXTRACT--(U) ~GP-0- ABSTRACT. THE ARTICLE PRESENTS EXPERIMENTAL
~-OATA ON THE MICROHARDNESS OF ALUMINUM A~ A FUNCTION OF THE HARDENING
TEMPERATURE AND DEGREE OF ROLLING* ALUMINUM WITH A PURITY OF
99.7PEPCENT AND DEGREES OF COLD HARDENING OF 0, 13, 30,:50, 60, 70, AND
--:~80RERCENT WAS USED FOR THE STUDY. HARDENING OF THE SAMPLES STUDIED WAS
:ARRIED.OUT~WITH TEMPERATURES OF 600DEGREESC. AND BELOW AND IMMERSION IN
WATER AT-;ROOM, TEMPERATURE. 8ASED~:ON, AN~ OF: THE, EXPERIMENTAL
ANALYSIS
BY~~-THE -:AUTHOR:S ~ THAT~ ATR~ANSFbRMAT ION IN THE
DATA$ 'A CONCLUSION IS MADE
~ALUMINUM OCCURS AT -ABOUT 400DEGREESC, WHICH SETS THE HARDENING.
UNCLASSIFIED

PR
Oll UNCLASSMEO
Of -4 r'
TULGi-EXPER IMENTAL 0 E T E R 14 1 14 A T T 9 NOF THE:l EXTENT ~OF LONG R ANr F4 HP TH-P
CHANGED IMARKEDLY AT 12.5-20 ATOM PERCENT PT,'APPARENTLY, DUE TO
FORMATION OF ORDERED CU SUB7 PT AND CU SUB4 PT PH~ASES.
-----------

-t/ Z' :-03 2 UNCL A S:S I F 1861 PROCES$rNG DATE--18SEP70
,,:..T,ITLE- EFFECT OF PRELIMINARY DEFORMATION: ON THE'PLAS:TICITY OF ALUMINUM -U-
-.-~~Al)THOR-(03)-BOK, B.I.t DL14ANBUSINOV, YE.W. PRESNYAKOV, A.A.
2-COUNTRY OF INFO--USSR
~AKADe NAUK KAZ. SS
GURCE. -VESTNO, R 1970y' -26(2), 53-T
:PATE- PUBt ISHED ------- 70
I~'SUBJECT AREAS--MATERIALS, MECH., IND.j CIVIL AN.0 MARINE ENGR
-T6PICJAG5--PLASTICITYt ALU
MINUM ALLOYI,,PLASTIC DEFORMATION, METAL
._OEFORMATIOI~, WOPK HARDENING, MECHANICAL PROPERTY
-.-CONTROL MARKf Nfj--&10 kESTRICTIONS
DOCUMENT CLASS--UNCLASSIFIED
~-PROXY REELIFRAME--1989/1744 SrEP ND--UR/0031/.rO/OZ6/002/0053/0057
C IRC ACCESSION NO-AP0108111
-UNC LA-S

2/2 0132 UNCLASSIFIED PAOCESSING DATE--18SEP70
CIRC ACCESSION NQ--AP0108111
ABSTRACT/EXTRACT--(U) GP-0- ABSTRACT. THE TEMP. DEPENDENCE WAS STUDIED
OF THE PLASTICITY OF AL 199.7PERCENTIF~W~11CH.WAS~I)EFOR14E-D PREVIOUSLY BY
VARIOUS DEGREES OF WORK HARDENING BY COLD ROLLINGo, THE AL SPECIMENS
WERE COLD ROLLED WITH DEFORMATIONS 0-80PERCEINT (FIINAL TEMP. AT THE END
OF-ROLLING LESS THAN 100DEGREES).-,S,PECIMENS WER'r_:~THEN CUT INTO PIECES
(WITH AVOIDANCE OF AODNL. WORK HARDENING). THESE:SPECIMENS WERE
SUBJECTED TO-TENSION WITH THE FGLLOWING ELONGATION RATES:
-MIN. THE PLASTICITY 14AS DETD. AT
2,4110,20,50,100, 500, AND 1000 MM
20-600DEGREES AT INTERVALS OF 25DEGREESo INIT14L PLASTIC DEFORMATION
HAD A LARGE EFFECT ON THE MECH. PROPERTIES. AT 20-250DEGREES THE
PLASTICITY.OF PRELIMINAPILY DEFORMED-AL DECREASED SINGNIFICANTLY, WHILE
AT 35076000MREES. THE PLASTICITY INCREASED. IN THE LOW PLASTICITY ZONEI
PLASTI-Cl-TY-MAX. OCCURRED AT la0l 2009,~AND 300DEGRI.-ES. RHEOTROPIC.
RECOVERY~ WAS".ACCO41PAINED BY :AN,' ABNORMALLY HIGH PLASTICITY AT S;!MILAR TO
.-".-~575-DEGREES..' THE SUPERPLASTICITYl- 4ACCOMPANIED- BY AECRYSTN. WITH
-STARIL'IlAtION) OCCURRED NOT: Okl WITH:; ALLOYSzBUT ALSO.WIT14 PURE METALS
AALI AND IS -THE RESULT OF DEFORMATI ON: ANQ STA81LI'LATION.*
UNCLASSIF,l

F, I; PR"
3~ E MESSING DATE- 11SEP70
OF CERIUM IN COPPER AND~ITS EFFECT ON THE PROPERTIES OF
RASSES::-U-
UTHOR-OUItEMALIYEV, U.K., P:R!EaSNYA A.A.r SAPAROV, K.S., KOZHAMBERDINP
JVI
'dA
OU .N ky
T OF. INFO--USSR
OBRAB. METAL. I970y
-METALLOVED. TERM. (2)p 36-8, 43
--~-~~DATE PUBLISHED ------- 70
~~_:SUBJECT AREAS--MATERIALS
E!_TAGS-._CERIUM CONTAINING ALLOYt COPPER ALLOYf BRASSt ALLOY
.-S rGNA-`rlON-t_.fERR0CERIUMq METAL MIELTINGP ..PLASTIC[Tfy.t TENSILE STRENGTH,
L- CTRIC RESISTANCE/(U)CS642:BRASSI- MAS$
0 NT R 0 LMARKINL-1--NO RESTRICTIONS
DOCUMENT CLASS--U.NCLASSIFIEI)
-.P R OX YPEEL/F-RAME--1988/1342 STEP
CIRC ACCESSION NC--AP0106019
UN'CLASS I FIED

-,.!-2/3', ~'024
UNCL'ASSIFI D PROCESSING OATE--11SEP7(
,-.,CIRC ACCESSION'NO--AP010601'9
ABSTRACT/EXTRACT--LUI GP-0- ABSTRACT. THE CU ALLOYS CONTG. CE
0.03-0.5PERCENT WERE MELTED 3 TIMES.IN .ARv THE SPErIME~6 OBTAINIED WERE
.SEALED IN EVACUATED QUARTZ AMPULS AND ANNEALED AT1300DEGREES WITH
SU8.SEQUENT,-CO3LTNG BY 100DEGREES EVERY-24 HR ANO COOLED WITH A FURNACE
FROM-400DEGREES. MOREOVER, ViE ANNEALED ALLOYS CONrG. CE 0.05PERCENT
WERE'HELD IN AMPULS AT 3001 500i'AND 800DEGREES FOR 3 HP AND ~)UENCHED
FROM THESE TE-4PS-. IN WATER. . THE LS-64.2 AND LS 59-1 BRASSES (CU 63.7
--AND. 58,6; 'PS 1.75 AND 1,05PE,RCENT, RESP',):. CONTG. F~ERROCERIUM
0.05~-G-.5PERCENT'WERE I.NDUCTtON MELTED UNDER' A CHARC-OAL LAYER, HELD IN
TH&MOLTEN STATE FOR 10 MINt AND CAST INTO CU'WATER COOLED m0LDS. r-E IS
SMALLER THAN OR EQUAL- TO 0 1PERtENT CAUSES THE REF14EMENT OF CU
STRUCTURE AND FORMS CU-CE SOLID S.OLN. JURTHEP INCREASE OF ITS CoN.C%
LEADS TO, T E RPTN. OF THE 2.NO CECU SUS& PHASE, IN ~FDRM OF: P11INT
H
JNCLUSfO ,NS, THIS INDICATES THAT.T4E MAX. CU AT ROOM
SOLY. OF~CE IN
TEMP.* IS.6,05PERCENT. THE METALLOGRAPHIC EXAMN. UP, THE SPECIMENS
QUENCHED FROM 300-800DEGREES SHOWED THE MAXe SOLY, JOF 0.15PERCENT AT
800DEGREES#,~* CEIMPROVES THE MECH. PROPERTIES'OF CU BUT WHILE ITS AnDNS.
Up'-T0.0*5PFRCE-NT INCREASE THE-JENSILE 'STRENGTH 22#;~5-5.3 KG-CM PRIME21
i (ELONGATION DELTA AND R:;EDN* IN ARE-4 PS11 INCREASES ONLY
THE PLASTtCIT
UP TO.CE OeIPERCENT (UP TO DELTA EQUALS 68v PSI EtQUALS; 82,5PEPC514T) AND
THEN, RAPIDLY "LLS TO IS SIMILIAR TO 30PEKENT IP!;l AND DELTA)i AT
0*5PERCENT CEo THE ELEC* APSISTAINCE OF ALLOYS.INCREASES FROM Is SIMILIAR
JO 1.75-TIMES 10 PRIME NEGATIVE6..T0-JS.SfMILIAR- TO 2.2.5 TIMFS If) P9114E:
NEGATUVE-5 -OMEGA CM AT O.SPERCENT CE. NO EFFECT-Olt FER.ROCERIUM ON THE
-BR ASS STRUCTUR E WAS NOTICED,
-UNCLASS IF IED

3/3 024 UNCLASSIFIED PROCESSING DATc--11SEP70
IRC ACCESSION NO--AP0106019
ADONS. MARKEDLY DECREASE PSI OF THE LS 64-2 BRASS AT
20-250DEGREES (FROM SIMILIAR TO 45 TO SIMILIAR TO,37PERCENT FOR 0 AND
0.5.aE,RCEN-T.FERROCERIUM AT 20DEGREES), BUT BEGINN114G AT 2500EGREES THE
Psr.vs. TEMP. CURVES FOR ALL ALLOYS ALMOST COINCIDE EXCEPT OF THAT FOR
-8000EGREES
THE-0.05PERCENT FERROCEPIUM ALLOY THAT AT,400r 500t 6001 AND
PSI EOUALS,20i Bt-451 AND 32PERCENT, RESP.#:'COMPARED TO SIMILIA.R.
-5 AND 5-10PERCENT FOR OTHER ALLOYS. JHE RESULTS OBTAINED
1T 5t 0-5, 0-
FORTHE LS 59-1 BRASS SHOWED THAT MOST EFFECTIVE ARE THE FERROCERIU.M
ADONS. TOGETHER WITH THOSE OF NI, ST, AND MN. THIS ALLOY.CONITG.
FERROCERIUM 0-15, NI 0-35.t St 0.11, AND MN 0.18PERCENT SHOWED TWO
-AX. OF 700 AND 850DEGREES:(D
PLASTICITY M ELTA EQUALS 190 *AND 170PERCENT,
4ND:PSI EQUALS 10OPERCENT). NEVERTHELES59,:ITS;PLASTICITY AT
RESP.
-50'.0nFGREESv_SIMILAR TO THAT OF THE'LS 59-1 BRASS WITHOUT ADDNS., IS
.20,.
RATHER- LOW -(PSI 20-40PERCENT) :AND SHOWED MIN. 12.OPERCENT) AT 100 AND
~300DEGREES.,
-LF-.D- - -- ---

USA-
AfFolywater Major Scientific Discove:ry":
Tashkent, Pravda Vostoka, 27 Mlay 70,,p 4
Translation: The architects of new molecules have created an original
~IstructurgTl and obtained "polywater," This substance differs from
ordinary water even though it is obtained by the condensation of water
vapor in quartz capillary tubes. TheCommittee on Matters of Inven-
tions and Discoveries in the Council.'of Ministers' USSR has examined
this work of Corresponding Member of~the,Academy:of Sciences USSR
B. V. DERYAGIN and Candidate of Physicomathematical Sciences N. N.
-FEDYAKIN and has registered it as a major scientific discovery.
We asked Deputy Chairman of the.Committee on Matters of Inven-
tions and Discoveries V.-YE.'..TSAREGORODTSEV to co:mmenIt on this impor-
ant. research of Soviet scientists*
t

USSR,
PRESNYAKOV, A.9 Pravda Vostoka 27 May 70, p 4
IlDespite its seeming simplicity the water surrounding us con-
many-still:unknown tsecrets~ltl he said. "This is indicated by
ceals
the fact of obtaining 1polywatert for:example.% Research on it has
-been under way for a long time at the., Institute of Physical Chemis-
try.of the Academy of Science.s.USSR.
"What are its distinctive pea s"> Its density reaches 1.4,
as t
while its refractive index is 1.49 (that of normal water is 1.33)-
"In its consistency this water:is.reminiseent of petroleum
elly. It has very low volatility and does not freeze at even very
low temperatures.. For example, due to its increase in viscosity it
asses.into a,glass-like state only at -500 C, Investigators have
p
e
long studied the decomposition of the state 6f this Isuper-dens wa-
Verl by heating it. to, 3000 C. During the experiments:the vapor con-
21 ;P
.. . ..... . .....

USSR
PAB,9NYAKOVP A., Pravda Vostoka, 27 MAY p :4
densed, and the resultant liquid had the same properties as Ipoly-
water' prior to distillation. It has,been established that the
-8000, and
structure of this water decomposes only on heating to 700
This.experiment confirms that
At.is transformed into ordinary,water
there aren't any impurities.participating in the.production of Ipoly-
water-'
"What is the nature of the origin of tsuper-dense water?f
Scienti5ts have not yet given a definitive ahswer to thia question,
However, it is thought that it is formed by the polymerization of
ordinary water during the.condensation of its vapor. The actual
-mechanism of this polymerization, in the opinion-of foreign se-en-
tists,* is unique and is based o the:appearance of especially stable
:Varieties of hydrogen bond,between twQ oxygen atoms.
"The Soviet scientistsl:discovery:has had wide repercussions
-3/5

USSR
PRESNYAKOV, A.j Pravda Vostoka, 27 May-70, P-4
in various countries and especially in t he U.S., England and Belgim.
1polywaterl is being investigated in at least 10 U.S.
'At present,
scientific centers. Theoreticians and spec.-I.alists in quaatum chem-
istry have been drawn into the.work a'd.have confirmed many findings
n
of the Soviet invest-igators.
"As acknowledged by many world scientists, the Soviet investi-
discovery of a new state of water is of general scientific
-interest and will be studied thoroughly. In December 1969 research
results were reported at a scientific~ meeting in Plorence. The pro-
gram of a symposium, which will be held in the U.S. in June 1970,
'includes more than 10 reports by Soviet and foreign scientists on
lpdlywaterl iavestigations*
"For the time beingp" said V.!'YF,. TSAREG%ODTSEV in conclu-
jig

515

USSR
BOK, B. 1. ,PRZSITYAKOV, A. A.
d C ardness of Deformed Aluminum of Industrial Purity"
M
roh
Alma-Ata, Vestnik Akademii Nauk Kazakhskoy,SSR, March 1976, p 71.
-Abstract: The article presents experimental data on the microhiardness of
aluminum as a function of the harde ing temperature and de,ree of rolling.
n
Aluminum with a purity of 99.7% and degrees:o-' cold hardening of 0, 13, 30,
-50$ 602 70, and 80% was used for the study.: Hardening of the samples. studied
ca s of 600% and below and i-' ersion in water
was rried out with temperature
at room temperature.
Based.on an analysis of the experimental data,- a coaclusion is made by
the authors. that a trans formation in th.e.altiminum. occurs at. about 4000C Which
hardening..

USSR LTD c621-385
nLISTYEV, V.I., and I I.N.
"control Device for TBPM 16/1200 Vsing Semiconauctor Devices"
Vestn. Khar'kov. politekhn. in-ta (Herald of Khar'kov Polytechnic Institute),
1971, No 54,pp 62-85 (fram Rzh-Avtomatika Telemekhartika i: Vychi slitel nqya
Tekhnika, No 1, Jan:72, Abstract No JA446 y B. U.)
Translation: Signals generated in the TBFT4 16/1200 syi~chro generator go to a
control pulse shaping unit, in.which pulses:are shaped ac-cording to amplitude,
shape, and duration and then go -to a decoder. On the,other hand, a potential
level shaping unit sends to the decoder.voltages fixedin v-slue corresponding
to the state of the dynamic flip-;flops in the counter decade. The decoder generateG
a pulse- coinciding in time with.a., certain digit on the 7BPM 16/1200 digital druid,
located opposite the printing hammer. This pulse triggel.s tlie current pulse
shaping circuit in the printing unit. The current pulse-, going to a certain
eleetroragnet of the hanmer, causes its actuation. A pulse is formed to run the
paper at the moment when there is. no printing. This pulse goes to the p--,TY---r
transport unit, wbere a current pulse is. formed,. caiis~Uig actuation o 'L the
TBPM 16/1200 step mechanism. 3, illustratliops Bibliogr;~.phy ',P-'th 3 titles -
1/1
MM-13111

USSR UDC 621.317.42
KISELEV, V. A., PRESNYAKOV, P.-P.
"Device for Measuring and Automatic Recording of the Induction Distribution
'and.Controlling the Thermal Stability of Magnetic Systems in a Broad Tempera-
ture Range"
Elektron. tekhnika. Nauchno-tekhn. sb. KOntrol'no-ismi!rit. apparatura (Elec-
1tronic Engineering. Scientific and Technical Collection. Measuring and Con-
trol Equipment), 1970, vyp. 3 (21), pp 94-106 "from RZh-Radiotekhnika, No 4,
Apr 71, Abstract No 4A267)
Translation: A description and ca Iculation of the errors of an experimental
magnetometric device for rieaauring and au.t,omatfcally riscording the distribution
and variation of the inductioa in the wokkingi gap; of mtignetic symtems in the
temperature range from -70 to +200* G are'pregente'd. The dpvice is based on
a two-coordinate potentiometer with an accuracy of 1%. The.possibility of
compensation of the signal of the basic magnitude of the induction of the
measured field and recording insignificant variations Of it with variation of
-the temperature in a small measurement limit on a magnified scale insure a
1/2

I '. - r: -~ , ~ 1: - ~ I "I 'I ~~i I ~ I I, 1--l',illi~1 ~ "I M,*,, i1 ~[ til. .. 1- - .
1--
- . - --- I - - 11-1.1- 1. 1-- ....

.T-77---, .11 - :F,,P-----.,l.,.,-,--7,
- "-, -- i~~ . I
T~~-- --- - --
I

EXPERIMNTAL STUDY OF THE H&CHETOHYVRODY14A11IC MCW OF A LIQULD-hXTAL IN A
V=TANCAIAR DUCT WITH CONDUCT114C VALLS
(ArtleLe by 9. 1. Pzitriygy. Y!u. H ~kha lov
CrJ.~ Of
Lenin.AtCML4 rQergr Lnstitu Timetal 1. nurchatoy, MostcV. tssft' Salsbars,
IAZA Symposium an Electricity from M1 1966, pp 849-8371
Reaulta. are presented fronan 2Xparimantal a Wjy of.lsmt"T.
and 041" to a
-turbulcat rui. of- uniria 11
ractanFulsrd~jct. with conducting wails. Trio stulies were made
on a opetially equipped sodium sloop. The purpose of the sttid.
Les was to 4eteemine the lassie in the wells and the magneto-
hydrodyn4ol.- liOnaamin the d0ferenc. ragiawo of caytzirut of
the betal.
Astudy wits madu of the vaynetchydrodynavAc. flow ~ of a cOAJUCLL.S
;
-cc
In the rectangular duct,of & ruignerchyArodynandc. generator *Lth ndl4t.1ax.
wells for motal. viiiecluss to 3o inlaeco In a lone r-Inanntl diw:8441'.~sis wax
made of the ptessurs li"ses without load as m, itinctimn, of. the flev -p4*Vam*%vr3.
cc 'I the
Tht ntributLon of the losses in the wal %_and
to the-tatal-laiges As detirtoludd.* -Tiie'effici
dnx:l of con"rolon of: the kIn-
atic energy Into electric energy with 41ffvrent duct parameters w" investi-
gttcd in d short duct.
From
Cht point of Viev of improving the efficiency of the co~let
Cycle of the cmnveralo~ syste 0% In a.ilouid metal, mAxneta-
hydrodynamic generators -ith high metal temperature in the operating zqne of
the Rnnerator (600-800C)sTa preferable.' The ~treation ,of ikicti CederACOM
ring the Insulated
encounters highly'afinifIcant difficulties of wn%ifactu
walls or covtrlnri operating at tomperatuies an the order of NO% ame utth
metal velocities of. 50-100 whoc. Along '#Lth the noirch for mrAns of sciivlog
this problem It is of interest to lnvc*tL&a9o ordinary generators for ubich
the upper and lower wells were Made Of QtAinl*08 steel,. And the side ails.
electrodes.
The most signLficant feature of such generators Id the sLsaiflciust
idlo whi h are accumulated from the losses caused by c=
pressure 1:~::~ c
a h and loaves connected with din offect of the malratic field
Ae

f
USSR UDC 620.178.16:669.973
!?RESNYAKOVA, G. N., LYUBARSKIY, I. M., UDOVENKO, V. F., MAR'YAK-
S. S., Physico Technical Institute of
Lovi Tlemperatures,,Academy of Sciences Ukrainian SSR
"Friction and Wear at Low Temperatures"
Moscow Metallovedeniye i Termicheskaya Obrabotka ~Ietallov,
-No.,3, 1971, pp 9-12 i, r
Abstract: The friction an,d wear of GOL steel,, with respect to
~40Kh steel were investigated in a high ovacuum,(5*Lo_ 7 -mm HO and
in air at room temperature and at:,-.190.C Low-temperature
vacu= manipulators made it possible to cool the samples to
cryogenic temperatures, create norm,al.loading,?and;transmit data
-to a measuring system outside. the chamber.. It was found that
in the,presence of friction in air and.in a vacuum, low tempera-
tures.had no effect on wear for,the.indenters (steel. G13L). For
''ring (steel 40Kh), lowering th 6 p
a e em erature in the atmosphere
does not change the wear, but lowering the temperature with
friction in a vacuum increases the:wear sharply. The friction
coefficient increases on lowerinq the test temperature in a
vacuum; when testing in air, it is;Less than in a vacuum and, is-

~-7 -7
USSR YDC: 620~ 176 16:669.973
PRES N . LYUBARSKIY, 1.~ M. UDOVENKO, V. F., MAR-YAK-
EMS K, -S. S., Physico Techni al institute of
I. CH
Low Temperatures, Academy,qf Scientes.11krainian SSR
p
AlFriction and 'dear at Low Temperatures"
Noscow, Metallovedeniye i Termicheskaya Obrabotka Metallov,
No-31-1971, pp 9-12
Abstract: The friction and wear of GM steel. with respect to
40Kh steel were investigated in a high 0vacuum (5,10-7 mm Hg) and
in air at room temperature and at -190 C. LoTjr-temperature
Vaculim manipulators made it~DOSsible to cool the samples to
and.transmit data
cryogenic temperatures, create normal loading,.
to a.measuring system outside the chamber. It was found that
in the presence of friction in air and in a vacuum, low tempera-
tures-had no effect on wear for the indenters (steel GUL). For
a ring (steel 40Xh), lowering the temperature in the atmosphere
does not change the wear, but lowering.the temperature with
~friction in a vaCuum increases the-Prear sharply. The friction
coefficient increases on lowering the test temj.5eravure. in a
Vacuum;'when testing in air, it is less than in a vacuum and is
1/2

7 7,
Ind 6~2;,95
YUMMN, If. 11. EMCHANCV, A. V. , KEMEIGMA.IEVA, 17E. A. BAV
11Z
Mb M., L. 1. , GRISUla, YE. A. g and PjIM11YAKOVAt 6 0
"Propanid - A Highly Effective Herbicide for Weed Control in Rice Paddies"
V eb, Khim. sredstva zashchity rast. (Cheraical Plant Protectants -- collection
lof works), v~T I Foscoll, 1970, pp 156-163 (from RZ, h-.K-qimiya, No 13, 10 Jul 72,
y. 0. A. Korotkova)
Abstract- Vo 1311514 b,
Tmnsla-1Ciont As a result of a study of prop-n-kd yield dependence on the
solvent, reactant molar ratios rund crystallization con-~Litions, it is
ausmestc-4 that pror:unid be obtained by acylation of 3,11-C!
It"11 E,..cos Hfus7
-3 2
In a petxoleun solvent medium at a 3,4-C! C 9 and solve t ratio of 110-5.
2 6 3 `2
The reaction is conducted for IZ-15 houm with stirrin-, and at 14-0-!60', dis-
tMing the aqueous azootrope at Q,O-95' at the be-ginning of the process, and
135' al the erul. The unreacted &tartlng:mOrials art,% recycled. Tho- rcsultaxit
rTanid has a purity of 9B.5-0.9,5 Percent, melting point b9-910, yield
3-98 parcent.

USSR UDC %7-551 .4
3
GARNOVS A. D. KOLODYAZ V.Y ALIYEVAp ;S.
N.
GRANDBERG, I. I. I OSIPOV,, 0. A,.. and PRESHYAKOVA, T. M.,
9!bUltural-A-Cademy
Wosiov-on-Don State Univarsityknd All-Unio&OW
imeni K. A. Tiniryazev
"Complex Compounds of Metals With Nitro en-Conta,-~.ning Ligands. XIX.
9
Complexes of Tin Tetrachloride With 1-Pyridylp-yrazoles and Their
5;-Hydroxy(smino) Derivatives"
grad, Zhurnal Obshchey Rhimi V 1 40
Lening 0 No MaY 70 pp Ill
1120
Abstract: Continuing their study of complexing in systems with
several donor centers, the authors studied the iiiteraction of tin
tetrachloride with 1_(Ot., & or Y-p-yridyl)pyrazoles and their
5-hydroxy and amino derivatives. The.dipole mom6ats of the resul-
tant complexes were determined and their IR spectra studied for
purposes of solving the question of the configuration and tautomer-
ism of the ligands. A comparative study was mado ofthe IR spectra
of,ligand and complex molecules in order to establish the localiza-
tion site of the coordination bond.

UNCLASSIFIEbl PRbCESSING DATE--04DEC70
CIRC ACCESSION NO-AP0139889
ABSTRAC_T/EXTRACT--(U) GP-0- ASSTRACT. AOPLICATION OF A 'SHADOW CURRENT'
METHOD PROPOSED BY GRINBERG (1957) TO THE DERIVATION OP CONVENIENT
ASYMPTOTIC FORMULAS FOR CALCULATING THE FAR DIFFRACTION FIELD OF AN
ELECTROMAGNETIC WAVE INCIDENT ON ANIDEALLY CONDUC'T[NGIPLANE WITH AN
INFINITE RECT-ILINEAR SLOT* THE-FORMULAS, ASSUME THAT ME VECTOR OF THE
WAVE FIELD IS PARALLEL TO THE EDGE OF THE:~SLZT. JHEY ARE VALID FOR ANY
,...-..ARBITRARY ANGLES OF INCIDENCE AND OBSEAVATI
ONO GOOD AGREEMENT IS
OBTAINED BETWEEN THE RESULTS:OF :THIS METHODAND EXACT RESULTS.
FACILITY: MOSKOVSKII ELEKTROTEKHNICHES-KII INSTIT,UIT SVIAZJr MOSCOW,
~USSR.:,
-titpu-l LA 'I's 1-7-, ------

C-IRC ACCESSION NO--AP0136450

USSR uDc: 621-382.323
GALSTIYAN, V.- G., NOSIKOV, S. V., PRESS, F. P., PASTUSIIKOV, V. V.
"Use of a Scanning Electron Microscope to Study Defects in Dielectric Films
and Semiconductor Structures"
Moscov, Radiotekhnika i Elektronika, Vol 1T, No 9, Sep T2, pp 1911-1919
Abstract: A scanning electron microscope,vas used to study defects in films
of silicon dioxide, processes of dopant penetration through defects during
diffusion, and the influence of localized diffusion regions on the proper-
ties of MOS structures. A procedure is developed,for studying semiconductor
objects on the scanning electron microscope-and Interpreting the observed
patterns in accordance with the.nature. of,~the contrast.:

USSR tx: 6.21.596.6.002
PRESS, F. P.
"An Organic Developer for Positive Photoresists Based on Nlaphthaquinone
Diazidesil
Ele-ktron. tekhnika. Nauchno-tekhn. sb. Poluvrovodn. iiribory (Electronic
Technology. Scientific and Cechnical Collection. Semiconductor Devices),
1970, Vyp- 1 (51), pp 175-181: (from Rtli"Radiotekhnika,, Ho 12, Dec 70,
.'Abstrac't 12v468)
Translation: The paper describes a developer for photoresists
which contains no ions of alkali zetals.:: The organic. developer was used
for making-an experimental batch of planar transistors. Verification over
a--oeriod of half a year showed that the. process is sufficien'.1y repro-
Aucible. Bibliography of four.titles. Ye-. M.

USSR UDC: none
TRESS, R., Candidate of Technical Sciences, BGKUTI,~V., Engineer
"An Inductive Pressure Gauge"
Moscow, Radio, No 5, May 71, p 32
Abstract: The article describes a device developed at the Institute of
Technical Cybernetics, Academy of Sciences of the Belorussian SSR for
-measuring small air press-ures of constant value or changing at a high fre-
-Pressure on an elastic~pickup diaphragm changes the inductance of
quenzy
differential windings. In addition to this pickup element, the device
consists of a measurement bridge, oscillator, amplifier, demodulator and
output gauge. The inductive pitkup, used in the device is cylindrical with
a variable gap. The pickup is connected in one arTri of tha mensuremcTit
bridge in such a way that when pressureacts on the diaphragm the bridge
becomes unbalanced, and the resultant 'Signal is amplified and sent to the
demodulator. The demodulated signal can be made vislble by urAng, nny Icw-
voltage oscilloucope with a sinsitivity of at least 1.00 mV;/cm. The output
microarimeter gives the absolute value of constant pr6issure. The device
uses a battery power supply with current drain of no more than 10 mA.
jll..

:T , , , .; ~ ,1 :~:I !
USSR UDC: 5511-511,
UL%ML.A_ Ya-
"A Model for Calculating Fallout of a Ifeavy Nonhomogeneovs Impurity From
a Volumetric Source Under -the Effect of a Wind Which Varies With Altitude"
7 sb. Atom. vzryvy v mirn. tselyakh (Atomic Explosions for Peaceful Pur-
poses--collection of works),-.Moscov, Atomizdat 1970, pp 98-102 (from
RZh-Mekhanika, Ho 4, Apr 71, Abstract4fp hB88T)
'Translation: For a heavy impurity, the equation of 'turbulent 3cattering
is wHtten in the form
ac de de OC a'C O'ej
x V
where c is the voluraetric concentration of particles of a given wei
fraction, K is-the coefficient of hori2ontal turbulent diffusion; ux(;,,),
z) are the horizontal components of~. ind velocity given as functions
u V
altitude in the reige, O