SCIENTIFIC ABSTRACT TARANTIN, N.I. - TARANUKHA, M.D.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001754910016-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 16, 2001
• Sequence Number: 16
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

IL 33170-65
ACCESSION MR, AP5005216
figuros.
ASSOCIATION: none
SUBMITTM- OGApr64 ENCL- 00 SUB C(D9:0P,6M
MR R" SOV., 005 MEER: 008
Card 2/2

- L ffil) /-ETC(m)-6 IJP(c) 1,18-1
ACC NRi AP6004889 SOURCE CODE.,
AU711OR: Tarentin, N. 1.
OHO; none
TITIZ: A magnotic_922ctrometer with field alterations
SOURCE: Zhurnal tokhnichaskoy fiziki, v. 36, no. 1, 1966, 139-146
TOPIC TAGS: electron optics, mass spectrometry, magnetic analyzer, homogeneous mag-
netic field, nonhomogencous magnetic field , magnetic field, spectrometer
A133TRACT: The author discusses the dispersion and focusing qualities of magnetic
particle spectrometers in which the otherwise uniform magnetic field 1.9 altered In
intensity within limited regions, each bounded by four half-planog with a common edge
pnrnllol to the direction of the field. The field is assumed to be uniform within
each region of altered field. The electron optics problem to treated In detail and
equations are derived with the aid of which one can so determine the shapes and loce-
tioms of the altered field regions and the magnitudes of the field alterations as to
optimize the performance of the spectrometer. The dispersion of the altered field
spectrometer is compared with that of a variable field spectrometer in which the mag-
notic field strength is proportional to R-n, where R In the distance from the axis*
The dispersion of a properly designed altered field spectrometer having a altered 2
field regions is equal to that of a variable f iold spectrometer with n a (n2 -1)/ta
UR/0057/66/036/001/0130/0146

, 217Y,-66
ACC NRs AP6004889
In n ronl spectrometer the magnetic field strength will not chnnge discontinuously at
the boutidnry of an altered field region but will vary continuously throughout a narrow
region in the vicinity of the boundary plane. These transition regions do not s1g-
nificantly effect the optical properties of the Instrument In the plane perpendicular
to the magnetic field, but they provide axial focusing and with proper design can in-
prove the performance of the spectrometer. It is concluded that the performance of an
altered field spectrometer would be at least equal to that of the beat contemporary
variable field spectrometers, and that the altered field instrument is much simpler to
construct since the required field alterations can be realized with the aid of rela-
tively simple shims and cuts in the pole pieces. An error in a paper by N.G.
AfnqR9jy5Lv (Izv. AN SSSR, soriya f izo , 24 # 2157, 1960) and a related error In a
paper by the author and A.V.Demyanov (ZhTY, 35, 186, 1965) are corrected. Orig. art.
has: 21 formulas and 3 figures.
SUB CCDZ,. 20/ SUM DATZ: l7May65/ ORIG W t 004 OM RRY: 007
V~_

TAFAM"I'My A.--- , YFriYr)!.AY'-V, K.F.
...... - -
Mpthcds for study4bg tne r:OUTS'~' '--4, -if
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(MIRA 17:10)

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T-S-4.)

TARANTOV, S. N.,, Fhglne~.-r
Olnvestigtion of the Influence of Various Factors on the Process of
Drawing Pipes From High-Strength Aluminum Alloys." Sub 3 Feb 470
Moscow Inst of Nonferi;ous Metals and Gold imeni M. L Kalinin
Dissertations presented for degrees in science and er4,7insering in
Moscow in 1947.
SO: Sm. No. 457, 18 Apr 55

1- 11 rl-Fr' V)~-' i -,A -
PHASE I TREASURE ISLAND BIBLIOGRAPHICAL REPORT AID 603f - I
BOOK Call No.: TL504-M63
Author: TARANTOV,.S. N., Kand. of Tech. Sol.
Full Title: CUSEi-S-W-SURFACE DEFECTS IN EXTRUDED RODS OF ALUMINUM
ALLOYS. In: Noscow Aviatsionnyi Tekhnologicheakly In-
stitut. -'Trudy. Issue 4, 1948
Transliterated Title; 0 prichinakh poverkhnostnykh defektov na
PUBLISHING DATA pressovannykh prutkakh 1z slyuminlyevykh splevov
Originating Agency: Noscow Aviation Technological Institute
Publishing House: State Publishing House of the Defenso Industry
(Oboro 1z)
Date: 1;98 No. PP.: 34 (83-116) No. of copies: Not given
Editorial Staff
Ed.-ln-Chlef: Voronov, S. M., Prof., Doc. of Tech. 3o1.
PURPOSE: For scientific workers In aviation technology and mterials.
TEXT DATA
Coverage: The author discusses the inverted and direct methods of
extrusion with and without lubrication of the container. He analyzes
the formation on the surface of blisters, scales, cracks, etc.
Diagrams, photos, tables.
No. of References: 2 Russian (1936-194o)
Facilities: None
1/1

TARANTOV,S.S.. kandidat tokhnicheokikh nauk
Bff*et of bar plating on outflow pressure and structure of pressed
aluminum alloy rods. Trudy KATI no-113-121 154. (MMA 8:11)
(Aluminum alloys)

TAMMY, S.N.. kundidat tokhnicheskikh nauk. KEZIN. T.G., kardidAt takhnicheakikh
- - '- ""zia4'rd~ ceased].
Structure of alvalnum alley pipes extrtAod trough mandrel dies. Trud
NATI so.28t17-23 11559 (=A 9:75
(Pipe) (fttrusitz (Metals))

13 7 - 58 - 4 - 8 388
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 4. p Z97 IUSSR)
AUTHOR: Tara ntov, S.N.
TITLE. _Tfie Effect of P_r-o'r"s Factors on the Structure and Mechanical
Properties of AMg Alloy Tubing (Vliyaniye teklinologi(heskikh
faktorov na strukturu i mekhanicheskiye svoystva trub iz
splava AMg)
PERIODICAL: Tr. Mosk. aviats. tekhnol. in-ta, 1956. Nr 30, pp 103-125
ABSTRACT. The results of an investigation of the effect of technologic~tl
factors (degree of deformation on drawing, temperature and
length of annealing period, rates of heating and cooling during
anneal, etc.) on the so rength and ductility of AMg alloy tubes,
and also on the appearance of coarse crystalline structure on
annealing, are presented. The effects of adding Cr were also
investigated. It was shown that when the alloy contained 2.2-31'a
Mg and 0.31% added Mn, tubes made from extruded blanks ac,
quired a fine-grained structure at levels of deformation of not
less than 25% after annealing with slow heating at 375-4501C
for 0.5-1.0 hour. Regardless of the method of extrusion of the
Ca rd 112 intermediate blank, such tubes show a 0-b of 18.0-22.6 kg/mn-iz

137-58-4-8388
The Effect of Process Factors (cont.
and S of 19.5-22%. Fine granular structure is not necessarily accompanied
by low ab or high 8 value-,, as highly-deformed tubes show low CT'b and
high S, particularly when grain structure is coarse. It is noted tivii the fol-
lowing limits of Ructuation of mechanical properties may be di: c epted for lub-
ing of AMg alloy of the hight.-st stibility of structure and rnechani(a I proper-
ties after anneal (at 2.2-3.01/6 Mg and 0.2-0.3% addition of Mn or Cr (--'b
17.5-23 kg/mmZ and S>18%. The specifications should be modified Jo con-
form with these data. It is also shown that an addition of 0.30'ro Mn or 0.26"/'.
Cr in the annealing of tubing with different degrees of deformation at 375-5000
results in practically identical mechanical properties and a tube stru(ture
that satisfies the specifications. If anneal is at 5500, an alloy of AMg %%tth
added Cr is less inclined to undergo coarse recrystallization and requires
longer heating to attair. a coarse crystalline structure than i-, the Case with
the same alloy with Mn added.
M. Z.
1. Magnesium alloy tubi.%g--Processing effects 2, Magnesium ulloy
tubing--Mevhanical proportles I M-ig-.es "!1a, alloy V_ib ng- --St 17 a:
analysis
Ca rd Z/2

I,X"I"%V,*IA*,#.t,,.jkandidat tekhnichesicikh nauk; XMIN, Y.G., kandidat takh-
nicheskikh nauk (deceased].
Structure of forged bar rime made of ANg alloy. Trudy FATI no.30:
126-134 '56. (MM 10:2)
(AIMIUM alloys--Notallevaphy)

TARAIFMII, S. 11. AND FULIA-, V. G.
_~, Tongue Diez"
"Boll ln,,~,'mi 11 Tube Blanks Extruded 711iro,4 ~ I
LIght Alloye. no. 1: PhysIcal Uet&Uurgy, Beat Treatment, C"UM, and Forming;
Principal Reports of the Conference, Mecov, Izd-vo AN WSR., 1956., 497 P.
( 1 e. -\
,. 11,4, Op.o. Ct7, - " ~,-Yt r j ,'I ~ ~")

SOV/ 137- 58-9-19106
Translation from: Referativnyy zhurnal, Metallurgiya. 1958, Nir 9, p 139 (USSR)
AUTHORS: Tarantov, S.N., Kuzin, V.G.
TITLE: Tubula-r-Blanks-Tor Rolling Mills Extruded Through Reel Dies
(Trubnyye zagotovki dlya prokatnykh stanov, pressovannyye
cherez yazychkovyyc matritsy)
PERIODICAL: V sb.: Legkiye splavy. Nr 1. Moscow. 1958, pp 472-484
ABSTRACT: Four grades of mass production Al alloys and one grade of
Al are extruded through reeling dies. Different ingot ternpera-
tures and rates of outflow were employed. An evaluation of Gw
quality of the scams in the tubular blank was made by meams of
the extrusion residues. The strength of the tubular scanis was
measured under various conditions and by various methods and
showed that the strength of seamless and seam-type tubes (T)
was virtually identical. The mechanical properties and varia-
tions in wall thickness of the blanks, and of the resultant tubvs,
were measured. The investigation showed that it is possible to
manufacture tubing from stock extruded through reeling dies
with subsequent rolling or drawing under appropriate conditions
Card 1/2 and schedules. The use of such blank stock increases the yield

SOV/ 137-58-9-19106
Tubular Blanks for Rolling Mills Extruded Through Reel Dies
of satisfactory T by reducing the waste in various intertnediate operations.
Y C.M.
1. Aluminum alloys--Extrusion 2. Dies--Performance 3. Aluminum Cal
properties
Card 2/2

FhA& I BOOK EXPLOITATION SOV/4256
sov/io-s44
Moscow. Aviatsionnyy tekhnologlebeakly Institut
Voprosy obrabotki davleniyem legkikh splavov (Problem of Pressworking Light-
Metal Alloys) MOSCOW,, 0bOrOngIz,, 1960. " p. (Series: Its: Trudy, vyp. 4)4)
3j,600 copies printed.
SPOnsoring Agency: RSM. Mintsterstvo vysshego I sredns~D spet#j&l,nogo
obrazovaniya.
Ed. (Title page): V. M. Aristovv Candidate Of TachnIcal, Sciences; Ed. (Inside
book): T. M. KwWavsken; Tech. Ed.: v. I. Oreshkins; Nknaging zd..-
A. S. ?Apwvsk"&,, Engineer.
PURFM: The book Is Intended for scientific workers and technical personnel in
machine-building and for senior students of zw1ated departments.
COVEPAM: The collection of articles Is concerned with problems of presswcrking
(rolling., extrusion, die-foming) of light-metal alloys.
Gard l/ 3

Problems of Pressworking Light-Metal (Cont.) SOV/4256
Results are presented of investigatlons performed to Improve the process of
manufacturing aluminum and aluminum-alloy sheets,, and to improve the foiu-
ability of aluminum-magne alum alloys. Also explained is the ef*ect of the
r-.onfiguration of the extruded shape on the "extruslon effect" (1*ngitudirAl work-
hardening) of the D 16 and AB "yo. Determination of power consumption
in extrusion of shapes and the possibility of cold volumetric deformation of
the AK6 alloy are discussed. No personalities am mentionede There are 6
Soviet references following Engineer Tstpulln1a article.
TAUX OF CONTEM:
Foreword
3
Ivanov,, 1. 1., and A. 1. Kolpashalkov, Candidates of Technical Sciences.
Deformation of Iarge-ftze Aluminum Ugote by Rolling 5
-Tarantov, S. N., Candidate of Technical Sciences. Effect of the Con-
figumtion of the Shapes on Extrusion Effect in the D16 and AV Alloys 13
Tsipulln, I. P., Engineer. Cold Volumistrie Deformation of the AK 6
A-Uoy 19
-Z&ppt2y,-3jJL. _Candidate of Technical Sciences. Pbwer Consumption
for Extrusion of Shapes 30
Card 2/3

Problems of Pressvorking Light-lbtal (cant.) SOV/4256
Kolpashnikov,, A. I., CandIftte of Technical Scleamaj, and V. D. Xbrolev,
Engineer. Certain Problem In ftnufacturing Alunium Alloy Swets 39
Dobray,V. N., Aspirant. ForwablUty of AlunIn=-NMw9I= Alloys 47
AVAnA=: Ubnuy or coam" VKIMIW
5/29/6o
Card 3/3

URAMY, S.N., kxnd.tekhn.rjLuk
-- --,- - ---. -
Influence of section #We on the effect of pressure on D16
and AD alloys. Trudy VATI no.44:13-18 '60* (ULVA l3s6)
(Forging) (Alumimm alloys)

TARUM. S.3., icand.tokbu.mmink
ftera consumd la the press forglqg of sectlouse bmW NLTI
no.44130-38 160. (MM IL336)
(Forgimc) (Power presses)
.-W
v

1, 150jo-W lyk I )i kLl mlvkm)~"Ak QtfA*W-k-,-~rk Kit N."r% a it bwr% U 1 *a-rt"I rwwr
At-%. r4K$ AT:JU27924 SOURCE CODE: UR/2536/65/000/062/0135/'T4/-,
AUTHOR: Tarantov, S. N. (Candidate of technical sciences)
ORO: Moscow Aviation Technology Institute (Hookovskiy aviatsionnyy tekhnologicheLy
institut)
TITLE: Heating temperature of the press container during the pressin of alumint,=
alloy shapes
SOURCE: Moscow. Aviatsionnyy'tekhnologicheskiy inatitut. Trudy, no. 62, 1965.
Obrabotka davleniyem le&kLkh splavov (Pressure working of light alloys), 135-144
TOPIC TAGS: press container, hot forging, aluminum alloy, temperature dependence,
metal forming press , thermomechanical property
ABSTRACTi Al-alloy shapes and rods were experimentally pressed in a 750-ton horizon-
tal hydraulic press within a container equipped with an induction heater and thermo-
couples for temperature control. Successive pressing of four groups of ingots of
D16 alloy into rectangular strips with a cross-sectional area of 5x35 mm with sur-
face temperature of 420-417*C revealed a distinct and regular pattern of variation
In the interior temperature of the container! this temperature Increased each time
a successive blank was pressed and decreased each time the press was idled during
the intervals between one group of blanks and another but ultimately the thermomecha-
nical regime of pressing became stabilized (Fig. 1). The decrease in container tempe-
1/3 UDC: 669.882:621,97,07

ACC NN AT5027924
0
Ar Ole"
-Ar
I H
14
o 'w glr~up.~4th rcuo
Ij t7 20
Ordinal numbers of ingots pressed
Fig. 1. Container Temperature during the pressing of strips of D16
~alloy (5x35 mm) fromAngots of D16 /~ loy
0-0 at commencement of pressing; 0 - - - - 0 - at end of
pressing
Card. 2/3

Ce N__R1_ -A-T5027-924
!_
F
rature during the idling of the press and hence also the actual container temperature
at the instant of the pressing of the first blank in the succeeding group depends on
the duration of idling, the temperature of the ambient air, and other facLors.
Container temperature affects markedly the deforming squeeze of the press: an this
temperature increases, the squeeze decreases, and vice versa. In addition, container
temperature affects the mechanical properties (ultimate strength, yield, relative
elongation after hardening and aging) of the pressed blanks: since the blanks were
pressed successively one after another, the only cause of the difference in their me-
chanical properties could be the temperature difference of the container, which dffeCL4
ed the mechanism of deformation of the blank. Ardindeed this was observed for Lhe
pressing of ingots of D16 alloy, particularly when the container temperature during
the pressing of the last ingot was close to the temperature of that ingot whereas the
container temperature in the same zone during the pressing of the first ingot dif-
fered from it by 60*C and more. Thus, as the container temperature decreases, the
strength indicators also decrease. This shortcoming may be offset by Increasing the
pressure exerted on the dummy block and by regulating the heating temperature of the
container close to its internal surface in the zone adjoining the area of deformation
of the ingot. Orig, art. has: 4 figures, 2 tables.
MM CODE: 111, 13/ SUM DATE: none/ ORIG REF: 000/ OMI REP: 000
-T
Card -31

24-11-27/31
AUMORS: VWU'YeV~ L. A., Smenov., S. S. and Tarantow, Ye. A. (Moscow)
TITLE: Study of the physical processes Inside a shock tube by neam of high
speed photography. (Izuebeniye rizicheskikh Protsessov v udarnoy
trube pri pamoshchi vysokoskorostnogo fatografiroymiya).
PERIODICAL: Izveetiya Akedeatii Nauk SM, Otdelenlye Tekhnicheakikh Nauk,
1957, No. u, pp. 186-188 1, 2 plates.
ABSTRACT: Hertzberg (Ref. 2) bas Investigated shock vayes by means of a film
camera vith a filming speed of 13 000 frames per second. This speed
is too low for detailed Investigation of the process since namerous
details are blurred and neither the main shock wave nor their
contact surfice can be observed on the thus produced exposures.
In the here described experiments, a set-up vw used mbich enables
a fil-In speed of 100 000 frames per secondp a sketch of vh1ch Is
sham in Fig. lp p. 186; thus, it vas possible to obtain a ccuplete
picture of 01 flov around the model for each 10 u secs. The data
obtained for vedge-shaped models sad for the angles of
propagation of vesk disturbances In the flow can be
Card 1/2 utillsed for evaluating the thermodynamic properties of

24-11-27/31
Study of the physical processes inside a shock tube by means of
high speed photography.
CI
the investigated gases. Two plates are included
containing 23 exposures each of the flow around a semi-
wedge and around a symmetrical wedge. The measured speed
of the shock wave near to the observation point and the
density ratios in the shock can be utilised for determining
the real dissociation energy of the gas. Finally, the
c A v ratio can also be calculated.
Tgere are 5 figures and 5 references, two of whJch are
Slavic.
SUBMITTED: July 9, 1957.
AVAILABLE: Library of Congress.
Card 2/2

VASIL'YV, L.A.; 'PARA TOY. Ye.A.
Bffective light pulse duration- Usp.rAuch.fot. 6:113-113 '59-
(MIRA 13:6)
(Blectric discharge lighting)
(Notiou-picture photogroplW-High speed)

23(3t5) SOV/77-4-4-9./10,
AUTHOR: Tarantov, Ye.A.
TITLE- On Rational Selection of M-gh Speed Photography
Schemes
PERIODICAL: Zhurnal nauchnoy i prikladnoy fotografii i kinemato-
grafii, 1959, Vol 4, Nr 4, pp 296-297 (USSR)
ABSTRACT: The author presents a calculation for a filming scheme
for high speed photography. The period for the change
of frame: A T Then the resolving time of the
camera, T can be taken as T = t eff +AT see;
j
teff is the effective tine of exposure of every frame.
Then is P3-= W - The maximum value for
V1 teff 1
P""at given W will be W. For an ex-
max teff*o
ample the high speed cameras type PP-22 and SSgS-1
Card 1/2 were taken. For camera FP-22, where Wmax = 10?

SOV/77-4-4-9/19
On Rational Selection of High Speed Photography Schemes
frames/see, and t ef - 8110-6 see L7efs 5,g, we get
P3'= 5.56 . 104 see- f. i" 71=1.11 0105 fr,-mes/sec.
pr
There are 7 Soviet references.
SUBMITTED: June 27, 1958
Card 212

TARANTOV, Te.A-..---.-.
Accurac.v of measurements made vith high-speed motion-picture
photography methods. Zhur.nauch.i prikl.fot.i kin. 5 no.l:
44-47 Ja-F '60. (MINA 13:5)
(Motion-picture photography, High-speed)
(Photograsmetry)

I TARANTOV, Te.A.; TSVETAYXV, Yu.A.
Arposure time for high-speed cameras with optie,-il compensation
of prisms. Zhur.nElUChA prikl.fot.t kin. 5 no.4:28D-288
ii-Ag l6o. (MIRA 13:8)
(Photogriphy, High-speed--Uposure)

TARANTOII, Ye.A.
Design of high-speed motion-picture cameras with continuous
reflex image Bcanning, Usp.nauch.fot. 9:48-53 164.
(,MIRA 18tll)

I- .
L i
E.'iT(I)/EWP(m)/E"A(d)/EgAih)/tWA%I) WW
.3206 SOURCE CODE:
AU7110R., Boloolovskly, K. To. flbecow); Klreyeva, W. 1. Pbecow); Makarevich, G. A.
(Moscow); Tovetaytv. TU. A. (Moscow); Shimorev, S* No (Ho~C0W).' Tir-entov, Te. A.
(Moscow)
ONG: none
TITLE: Investigation of unsteady flows past models in an 919ctromagnotic shock tube
SOURCE: AN SSSR. Izvestlya. Hakhanika zhidkoett I gets, no. 2, 1966, 106-114
TOPIC TAGS: experiment sorodynamics, electromagnetic shock tube, strong shock wave.
detached shock wave,*shock wave reflection, supersonic flow
ABSTRACT: An experimental Investigation of imeteady flows waving behind strong shock
waves produced by ele tric discharges past models of va us 0ope was carried-out
r9 'An electromalLnettyphock tube. The purpose of this study was to determine the
time oFflow transition from an unsteady to a steady state In the stagnation-ppInt
region and to chock the theoretical data on flow parameters behind strong shock waves
The electromagnetic shock tube, experimental set-up, Instrumentation, and test proce-
dure ore described. The results obtained In an electric discharge shock tub* with
wave velocity of the 6rder of 8M a/sec, show that: 1) the obtained dependence of
the nondimensional value of the 'relative shock wave detechme. t on bluntness as a
function of nondimensional time mkoe It possible to determine the time of the @stab-
i Card 112

ACC HAv AP6013206
lishment of the flow near the stagnation point of sphere@ and cylinders In flows be-
hind strong shock waves; 2) the experimental values of velocity and pressure behind
reflected @hock waves from the end-plate of a shock tube are In satisfactory spree-
sent with'theoretical computations. taking account of dissociation and Ionization;
3) the values of the relative, steady shock-wave detachment from the stagnation
point of spheres and cylinders with flat bluntn%q~ in mial flon agres well with
theoretical data obtained by others. OrIg. art. has: 9 figures. JAB)
SUD WDSs 201 SUN DAM 230#rGS/ 0110 UP: OOG/ 072 Ws 003/ 'ATV PRESS1

18 (7)
AUTHORSs 'Tarantova, A. S., Solo-,Iyeva, G. G.f SOV/32-25-9-23/53
n-e r-,
TITLEt Methods for the Metallog-raphic Antlysis of Stqinless Steals of
the Tranaition-type
PERIODICAL: Zavodskaya laboratoriya, 195~,, Vol 25, Nr 9, pp 1089-1091 (USSR)
ABSTRACT: During recent years the transition-ty e stainless sUal of
the austenite-mattensite class (BAM) tE1904t B1925 grades and
others) have found wide applizatione The basi* structure of
these steels is auetenittc, sometimes with fairly large
quantities of martensite, al~ s,*.-eels of this sort (except
E1904) containing 5-20% of .--feiTite. As these steels diffe.-
from the standard types of ateals (ouch as steel
Xh18N9 etc) in having a lower w-ribility of the auatenite,
electropolishing must be emoloyad f,~r obtuiniqg ground-metal
surfaces. Various electrolyies weTe treed out 'Ref 1), and on
the basis of the reoulte obtai,-)od it method o-. the make of
ground sections was developed. '?he foY_.'_owJ_ad ticatrolyte is
recommendedt 55 9 of 0i"ric 9.1 ml of e4lphuric acid
(1-84)9 25 ml of diW!j.&d wslta:70 TO;.1prature of the electrolyte:
Card 1/2 80-900, current der-sity: VIONIZ, duratton; 3-5 minutes.

Methods for the Metallographia AAlaly3iS Of SCa!_!!Ie83 30Y/32-2rP-?-27',-I"j
Steele of the Transition-type
A layer 0-05 mm thick is 'I-heraby "-emoved. Stuinle,3P sT,9el
XhI8NqT is used as a cathcKI+-. T.-.t m&ia ntructure of (BAM)-
Steels (austenite, martea3i,-?, ~.-,Lzbiclev, ard A-'Lorrite) ca, be
made visible by ano4ic -3tchi,.i.2 _'n "C#% aqueou& oxalic aild :iz
room temperature aad a cirrri~ .!eneltoy of 0.5-0.8 for a
period of 45-120 sec. Soma ex,-une_',jj of differeutl~ -14-rort-red
(BAII)-steele are given with cor-sapoading ntruatui.-,~ ilottingZ.
The occurrence of an increared auio7.int of in the
surface layer of the 3c-otions which could be
observed in several casaju 1~- bj the hypothesis of
Ya. M. Golovehir-er wAd 0. i.e, ljhu4l*l the
energy conditions for the of marteasitG are more
favorable oa the surface t*raa Ir, :Ln-~'-erior of the metal.
To make A-ferrite visible, etching 14 a hot splation of
10 g KOH + 10 g K 3FG(CN)6 + 100 ml H20 for 5-10 min is re-
commended. To make &-ferrite visible, the method of magnetic
metallography can also be u.
'3ea (Ref 2). There are 4 figures
Card 2/2 and 3 references, 2 of which are Soviet.

'ACCESSION NR: AP4037065 S/0129/64/000/005/0021/0028
AUTHOR: Droxdovskiy, as A,; Pevznerg Lo M.; Tarantovao A* go;
Fridman, Ys. B.; Kishkin, So To
TITLE: Effect of carbon content on the tensile strength of structural
steel sheets
SOURCE; Metallovedeniye istermicheskaya obrabotka metallov,
n6. 5, 19640 21-28
TOPIC TAGS: high strength steel. superstrength steel, medium alloy.
steel, VKS-l steel, solid fuel rocket, rocket case, rocket case
material, steel notch sensitivity
ABSTRACT: The effectsof carbon content, melting conditions, and heat
treatment conditions (primarily tempering temperature) on the strensth
and ductility (in conventional tensile tosti and under biaxial ten-
sion), and notch sensitivity of two superstrength steels VKS-l and
[A16114137-Co are investigated. Four grades of VKS-1 (0.30. 0.39.
0.45, or 0.53Z carbon; 0.89Z manganese; 1.2% silicon; 1,872 chromi-
um; 0 72Z nickel; 0,49Z molybdenum; '".05% vanadfim; O= mulfur;: and 0.008Z
C,,d 1 4

lphosphorus)
ACCESSION NR: AP4037065
were melted in an open atmosphere induction furnace.
The 4137-Co (0.40Z carbon, 0.842 manganese, 1.02% silicon, 1.322
chromium. 0.36% molybdenum, 0.19% vanadium, and 1,1% cobalt) was
melted either in an open atmosphere induction furnace or in a con-
sumable electrode vacuum are furnace. Both steels were rolled into
sheets I um (VKS-1) or 1.5 mo (4137-Co) thick. Special care was
taken to prevent surface decarburization. Tests revealed that
tensile and yield strength of VKS-l steel increased steadily with
increased carbon content up to 0.45Z. Steel with 0.45% carbon tenpered
at 150C has a tensile strength of 240-245 kf-,/mm2 but low ductility
and a high notch sensitivity. When tempered at 220C the steel had
a tensile ntren-th of 220-230 kg/nm2, yield strengthof 180 kg/mm2o and
elongation 6.5%, Further increase of carbon content brings about
premature britt e failures. Elongation remains almost unaffected
by increase of carbon content from 0.30 to 0#45% but notch sensitivity
increases very shnrply# Under conditiono of biaxial tanalon the
strength of US-1 increased with higher carbon content only up to
0.39%, VILth 0.30-0.39% carbon the fracture is ductile and the
strength is higher than that in uniaxial tonsion. As tha carbon
content is increased to 0.45% the fracture becomes brittle, the
'Cord 2/ 4

ACCESSION 11R,. AP'4037065
st~rength drops and goes below the level noted In unLaxial tension.
Generally, the maxi-na on the strength-carbon content or strength-
tempering temperature cLaWs for biaxial tension do not coincide with those
tor uninxial ten31on but occur at carbon Contents and tempering,
temperature at which the strength in uniaxial tension amounts to about
~00 kg/mm2. The behavior of 4137-Co steel followed a similar pattern.
It was found, however, thab vacuum arc melting improved ductilityo
especially in biaxLal tension, and lowered notch sensitivity. Ho
brittle failures were observed even at tempering temperature as low
as 150C. No correlation between the strength in biaxial tension
and any characteristics in uniaxial tension was found in either
steel* It is concluded that the problem of improvement of structural
strengtn is closely related to the prevention of brittle fracture
at higher uniaxial strength. This can be achieved by complex alloy-
ing with a minimum segregation of componentq; improved metallurgical
procestes ensuring higher purity of metal; control of solidification
processes to prevent microsegregatLon and Improve the strength of
intardendrLtLe boundaries; and finally by thermotmechanical treatment
with a maximum grain refinemente
C,,d 3 / 4

ACCESSION NRs AP4037065
ASSOCIATIONt none
SUBMITTZDt 00 DATZ,ACQt O5Jun64
I-SUB CODES HK 'NO KEY SOVt 004
Card 414
ENCLt 00
OTltZRs 004

TARANMVA, G.D.
---_,-
Use of the optical method in studying the propagation velocity
of ultrasonic vaves along the saturation line'in the mixture
benzene - methyl alcohol. Prim. ul'traakust. k isal. veshch.
no.15:97-115 161. (MIRA 16:8)
(Liquids-Acoustic properties)
(Optical measurements)

TARANTOVAj G.
I-------------
"The velocity of sound in binary mixtures in the crystal region*
Paper presented at Fourth Intl. Congress on Acoustics
Copenhagen, 21-28 Aug 1962
Moscow Pedagogical Institute

TARANTOVA. G,D,
Calculation of the sound velocities along the saturation line in
the binary mixture benzene - methyl alcohol. Prim.ul'traakust.k
iBBl.veshch. no.16&139-146 162. (?URA 1684)
(Sound-4peed) (Liquid&-Acoustic properties)

TARAJITO!~~.; NOZDRFVj V.F#
Law of corresponding states as applied to binary liquid mixtures*
Prim.ulltraakust.k isel.veshch. no.16sl47-154 162.,
(MIRA 16:4)
(Sound--Speed) (Liquids-Acoustic properties)

ACCESSION NR: AR4014762 S/0058/63/000/012/EO07/EO07
SOURCE: RZh. Fizika, Abs. 12E64
AUTHOR: Tarantova, G. D.; Nozdrev, V. F.
TITLE: Concerning the Mniiar "diameter" of the Velocity of ultra-
sound and the wave resistance in the critical region of a mixture
of benzene and methyl. alcohol
CITED SOURCE: Sb. Primeneniye ulltraakust. k issled. veshchestva.
Vy*p. 17. M., 1963, 271-276
TOPIC TAGS: benzene, methyl alcohol, benzene methyl alcohol mix-
ture, ultrasonics, velocity of ultrasound, linear diameter, wave
resistance
TRANSLATION: It is established on the basis of an analysis of the
previously published experiniental data on the velocity of ultra-
Card 1/2

ACCESSION NR: AR4014762
sound in a benzene methyl alcohol mixture that the law of linear
diameter for the ultrasound velocity is satisfied in an interval
-200 about the critical point, while the la* of linear diameter for
the wave resistance is satisfied in an interval -150.
DATE ACQ: 24Jan64 SUB CODE: PH ENCL: 00
Card 2/2

GONCHAROV, A.M.; 'PARANTOVICH, A.S.
Memory system of the G17TI machine. lxv.vys.ucheb.z&v.; radlofis.
I no.2:156-168 '58. (MIRA U:11)
1. looledowatellekly fisiko-teftnicheekly Intitut pri Gorlkovskm
univereltetee
(Ilectroule calcmlating machines)

ALEYLEYPI, A.S., karKi.fi?.-matF-m.n;,uk; MIUNW, V.A., inzf~.; ,
System of witomatic addressing and eatftinr )n a ~uspewed I,u~'her-
type conveyer. Mekh. i avt;m.proizv. 15 n3-12:47-52 V 'el.
(pa%4 11~::2)
. -,achlnery) (Electric in3trul't ts)

t7/
AUTHORS:
36968
S/141/62/005/001/017/024
E140/E435
Goncharov, A.M., Tarantovich, A.S.
TITLE: Transistor switching circuits for magnetic drum
memory heads
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy.
Radiofizika, V.5, no.1, 1962, 165-17
TEXT: The authors apply load-sharing matrices to the problem
of read-write head selection on a magnetic drum. After a brief
review of the principles a system for 32 tracks is described.
No quantitative data are given on perturbations in unselected
heads, it being merely said that the circuit "ensures the
absence of perturbations in unselected heads". As is the case
with load-sharing matrices in selection of core memories,
failure of one or two drivers does not derange the selection of
the desired head "while the noise in the other channels is
insufficient to yield any appreciable signal".
There are 5 figures.
Card 1/2

S/141/62/005/001/017/024
Transistor switching circuits ... E140/E435
ASSOCIATION: Nauchno-issledovatellskiy fiziko-teldinicheskiy
institut pri Gorlkovskom universitete
(Physicotechnical Scientific Research Institute
at Gorlkiy University)
. SUBMITTED:
May 19, 1961
Card 2/2

L 00374-66 V4T(d)/E;ED-2/&-wp(l) j.,p(c) as/aa
ACCESSION MR: ARS013966 UR/0364/ff/000/005/0007/OW
431:65.011.56
SOURCE: Ref. zh. Voprosy teittelcheskogo progressa I orgenladell prtAsvWdvs v
mashlaostroyeali. Old. v"., Abe. 6.35.63
AUTHOR: Ore
r4o, N. rov. A. 4 Zbmlowa. N. V~- Zarmitsys, G. D,
Kolellmikov, 1. V. - ModdLba T. V.; Tarastavich, A. S.
,~y '~_
4
4
TITLE: TZVX dialtal coNaMr
CrMD SOURCE: Tr. po vopr. primenenlya elaktres. wyeltial. waskin v mar. kh-ve.
Gorqdyl IN4, 171-173
TOPIC TAGS: digital conVater, "1* address system, computer deelp, computer
performance rup / TZM cowpular, TZVM digital cowpAer
TRAmLATM: TU TRW *g*d compular wu desigawl for ealedWom veal in planning
Iproduction tock"Ica, Including the process and rosum of flawsheds b"w a pro-evol"d
&IgorWww. It is dwacterlsod by a roodreammot for Norap of a wmM*r of slenwat syn-
hnls in its vmxwq systems. It represmals a triplo addraw sall and qpwan am a wymem
with a comm ftud ~ 18 dlgft. The WW number of digits in a lern is " (we number
dgjr~~~. Ths opwwm *ade is empressed by 6 dWs, mmdw 6 digits an and

L 00374-66
ACCVMN Nil- ARS013946
for recording special instructions and the remaining digits are divided between thrOO
addresses. The unit It equipped with four memory systems: 1) a magnetic Operating
memory, capacity 612 terms, rotation period e msec, 2) an intermediate memory an a
magnetic drum, capacity 1024 terms, average rotation period 10 maec, 3) permanent m*M--
cry on a magnetic drum, capable of data readout only. capacity 2046 term averse ro-
tation period 10 msec; 4) magestic Up with a capacity of 100, 000 Wraw. W~ computer
operates on a frequency of 26 kc, power consumption is 3 kw, output rate 20 terms/sec.I
A total of 39 coummads can be performed; the unit operates at an average NPOW 011500
operations per second. The imit employs semico=A%cWrs J4000 triodes), AR Iffit4grUct
in the form of a trigger register with a costinuous carry sed witkost Provision for awft
and a data UpA sysism either ft- a meemal keyboumd or via a up reading pbotoiwA
system. MW mna 688NOW wM I Ud", I WuMMUM. M. I.
=a emu, Dr
C-d 2/2'..

IL AM 1Jp($)S0%GG
-AUG-WK: RIM/ Mi" CE CODE: UR/0271/69/000/005/3057/bose
SOURCE: Ref. sh. Avtomatiks, telounkhanika, i vyckielital 'says, tekbwka.
Svodnyy tom, Abe. S5422
]BiMZL,, M. D~~ Goochamv, A. Myt
AUTHOR: .0 E~!Alwva, N. V.OV
Zarnitays, G. D.. Katelalkov, 1. V.; Maskidas, T. V.s Taramovich.At S.
TITLJC: TVVW 4121tal computer
CITED SOURCS: Tv. pe vapr. prinsenealys, *141raft. wyebial. Mama V mar.
kh-va. Gorlkiy. 1944. ITI-IT3
TOPIC TAGM digital computer, indvatrial digital compag
TRANSLATIM: The TZVM ftital computer is isteaded Car pleasing *prsdos
M4 route flawalkeelf on the "@is of developed alleriowas MA for Mmy Meactime
Connected wilb processing. The necessity al storing On characteristics 49 the
product to a special feature at the macbiw the volume ol thin iatermaillon is
rodwr I&"@. The TzVM machine, bse dwes, *"roes** sed sperefts ft a ANA-
cwd

. MIA.&
ITA' ARS014363
N
after- 12-digit-polot system. There are 48 digits in 4 word (o" aurnbor or MW
instruction). An operation code takes 6 digits. Special routine also takes
6 digits& the balance is divided among the three addresses. The computer has
4 types of storage; (1) an internal magnetic storage for $13 words with an access
time of 6 microsect (Z) an intermediate magnstic-drurn storage for 1024 words
with an average access Urns of 10 millisec; (3) a nonvolatile auguatic-drorn
storage for information readout with a capacity a( 2049 words and an average
access tinw of 10 millisec. (4) a magnetic tape of 100000-word capacity. The
working freq%kency of the computer Is 23 kc; the syschroalsatios, depends on tbo
magnetic drum. A total of 39 instructisom cam be carried auto and the average
speed in 1500 operations per sec. The adder Is of the triner-regider type with
a high-speed carry. no sUft. Data photo impot reeds from a telegraph, taps
manual keyboard inpot is also provided. A ZO-witabor-per-eec 4u" Usee a
prister. The co coseprisee 4000 transistors MA takof 3 kW. It secepies
as area ad , ,7=r. 915. 1.
BUD GWIgI

To \f I C- T
L, 000 Ll
C033/Z435
AUTHORSi Tsetlin, M.L., Gorokhov, Yu.S.. Matusovs, A.P.,
nikova V.A., Tarantovich, T.M. and Shabashov. Y.M.
La~~
n
TITLE: An apparatus for registering and diagnosing disorders
of the rhythmic function or the heart
PERIODICALt Izvostiya vynshikh uchobnykh zavedenly$ Radloflzlkat
1961, voi.4. No.1, pp.165-172
TZXT% A description is given of an apparatus for the automatic
recordinS and diagnosis of disorders or the rhythmic function of
the heart. The apparatus is a logical device utilizing
electronic digital computer elements. The initial data for the
appAratus are the lengths of the time intervals between the
electrocardiogram peaks (R) indicating the depolariza,tion of th
ventricles. The length of these intervals is compar*d'with th
moan (normal) length averaged over t asconds. As a result of
the comparison, each interval is assigned one of three lottorst
visit (short), "Lit (long), "Hit (normal). The changeover occurs
at i 25% of the normal interval length. The letters are then
0mblod into "words". The "words* corresponding to this or
'8:'t
th rhythmic disorder (heart block, extra-systelos with, and*
Card 1/2

s/141/61/004/001/015/022
An apparatus for registering ... 9033/9435
without, compensatory pauses, extra-mystoles followed by block,
paroxysmal tachyCArdis) are combined in "diagnoses" recorded
automatically by the apparatus. The disorders of the rhythmic
function of the heart thus datocted*may serve for the purposes of
diagnosing and studying the influence an the patient's organism of
various chemical and physical factors. The block schematic
of the apparatus to given and the modus operandi described. The
apparatus consists oft 1) the transducer of the bipatentials of
the heart munclej 2) the amplifieri 3) the ahaparl 4) the
"trigger ring"I 5) the pulse tachomoterl 6) two reference pule@
enorators with electronic pulse length controll 7) the memoryj
8
) the decoder and 9) the r#gistoring apparatus. Thor* are
7 figures and 9 referenceat 6 Soviot-bloc and 3 non-Soviet-bloc.
The reference to an English language publication roado as followas
Electronic ZnXineorIng, 31,.268 (1959).
ASSOCIATIONs lisuchno-iselodovat*11okiy finiko-tekhnicheekly
Inatitut pri GorOkovskow universitsto (The Scientific-
Research Physicotochnical Institute. 4orkly University)
SUBMITTEDt September 6, 1960
Card 2/2

i L 61926-65 E?1T(1)/T/EWA(h) Pz4)/Peb IJP(c) UR/0141/65/008/002/0392/0399
jAT 539.293.011.4
ACCESSION NR: AP5014510
4
AUTHOR: Postnikov L. V.; Tarantovich, T. M.
1 1 11.1, Wz
TITLE: Contribution to the theory of electron-hole junctions
II --__
'URCE: IYU1. Radiofizika, v. 8. no. 2, 19650 392-399
TOPIC TAGS: np Junction, recification theory, Junction equation, current voltage
characteristic, operator equation
I
ABSTRACT: The purpose of the investigation was to find an approxioate solution for
the equations of an n-p Junction for the case when the diffusion length is much
larger than the Debye radius, and when the deviations of the carrier densities from
their equilibrium values are quite small. Under these assumption:, the authors ob-
tain, usinq the small-parameter method, an approximate solution of the system of
partial differential equations for the p-n Junction, and an operator equation con-
necting the current through the Junction with the voltaqe applied to it. Both slow
and fast variations of the parameters are considered. In the case of sufficiently
low frequencies, the operator equation reduces to an ordinary nonlinear differential
Card 112

L 61926-65
ACCESSION NR: AP5014510
equation. It is pointed out in the conclusion that the equivalent circuit corre-
sponding to the solution shows that the charging capacitance of the junction oper-
ates In parallel with the nonlinear active resistance and diffusion capacitance,
something hitherto assumed In various approximations without sufficient justifica-
tion. Orig. art. has: 14 formulas.
ASSOCIATION: Nauchno-issledovatel'skiy fiziko-tekhnicheskly institut pri
A Gor'kovskom universitete (Scientific Research Physicotechnical Institute at the
-,Gor'kiy university)--
SUBMITTED: lfty6k ENCL: 00 SUB CODE: EC
i,NR REF SOV: 009 OTHER: 001
C,,d 2/2

61926-65 E?1T(j)/T/EV1A(h) Pz-6/Peb UP(c) UR/0141/65/008/002/0392/0399
AT 539.293.011.4
ACCESSION NR: APS014510 .26
AUTHOR: Postnikov, L. V.; Tarantovich, T. M. 6
TITLE: Contribution to the theory of junctions
SOURCE: IVUZ. Radiofizika, v. 8, no. 2# 19659 392-399
TOPIC TAGS: np junction, recification theory,, junction equation. current voltage
characteristic, operator equation
ABSTRACT: The purpose of the investigation was to find an approximate solution for
the equations of an n-p junction for the case when the diffusion length is much
larger than the Debye radius, and when the deviations of the carrier densities from
i their equilibrium values are quite small. Under these assumptions, the authors ob-
tain, using the small-parameter method, an approximate solution of the system of
partial differential equations for the p-n Junction, and an operator equation con-
recting the current through the junction with the voltage applied to it. Both slow
and fast variations of the parameters are considered. In the case of sufficiently
low frequencies, the operator equation reduces to an ordinary nonlinear differential

L 61926-65
ACCESSION NR: APS014510
equation. It is pointed out in the conclusion that the equivalent circuit co"e-
sponding to the solution shows that the charging capacitance of the junction oper-
ates in parallel with the nonlinear active resistance and diffusion capacitance.
something hitherto assumed in various approximations without sufficient justifica-
I tion. Oriq. art. has: 14 formulas.
ASSOCIATION: Nauchno-issledowatel'skiy fiziko-tekhnicheskiy institut pri
Gor'kovskom universitete (Scientific Research Physicotechnical Institute at the
,Gor'kiy university)-
SUBMITTED: Ifty64/'. ENCL: 00 SUB CODE: EC
.NR REF SOV:,009 OTHER: 001
rd 2/2

TAWTO -&Y., doktor takhn. nauks pror., red.; POPOV, S.A.,
kand. tekhn. naukt nauchMy red.1 BEGAX,, B.A., red. izd-va;
l(RIATITEV.. V.A.,v tekhn. red.; MOCHALINA, Z.S., tekhn. red.
[Structural elements made of aluvinto alloyel StroltellrWe kon-
struktoil iz alluminievykh opiavoy. rod obahchei red. S.V.
Taranovskogo. Moskvaj, Goa. izzd-vo lit-ry po stroit.,, arkhit. i
stroit, zaterialan, 1962. 337 p, (MIRA l5s5)
1. Akademiya stroitel'stva
stroit llrqkb konstruktaiy.
8=XIa alloys)
(A,
arkbitektury SSM. Institut
(Building materials)

R, A IJ i- j WX
POLAND / Organic Chemistry. Synthesis. G
Abs Jour: Ref Zhur-:~'Mmim, No 7j 19591 23268
Author : Urbanski, T.; Tarantowicz.,W,
Inst :Academy of Scieneis-, ~Poland
Title :On the Preparation and Some Properties of Butyne-
2-Diol-1,4-Dinitrate.
Orig Pub: Bull. Acad. polon. scl. Ser. sel. chim., geol. et
geogr., 1958, 6, No 5, 289-292, XXIII.
Abstract: N020CH2C CCH20NO2 (II) was synthetized by nitrating
OHCH2C CCH20H (1) and converted Into I acetate (M).
20 g of I Is added to 83 ml of the mixture (2 : 3)
of HNO 3 (d = 1.50) and concentrated H2SO4 at
-'0 min. later it is cooled to 50 and poured
18 220; 2
into 750 9 of ice, and II is extracted with ether,
yield 70_75%, n25D = 1.4732, d20 = 1.4o8. 6 g of
Card 1/2

POLAND / organic Chemistry. Synthesis. G
Abs Jour: Ref Zhur-Khimiya, No 7, 1959, 23268
Abstract: Zn dust is added to 2 g of Il in 25 ml of (C"3CO)20
In the duration of 45-60 min. letting dry HC1 to
pass through, all Is poured out on ice, and III is
obtained, melt. P. 300 (from ether). II causes a
strong headache, and it explodes If stricken or If
it gets on a hot surface (245-3800); as far as the
force of explosion is concerned, III does not dif-
fer from nitrates containing the same relative
amount Of 02- -- V. Tynyankina
Card 2/2 6 /

STIENNIV, Y., Gero7 Sovetekogo So7ua; TARANTSETO ?.. Garoy Sovetakogo Soruza
ZHGUTOT, 0., zasluzhenn" mastsf-iWki SSSR; SZF3BRTANTT, L., sudlya
vaeso7wuoy kategoril po stralkovowu sportu.
Devote more attention to rifle shooting. Toon. Snan . 25 nc.1:16
Ja 149. (MBA 12:12)
(Rifle practice)

I~M -Ewp
-1126 W1 (I /ZEC (k WPM/ Rvp
gr-ld'502849 CODE: UR/0286
INVENTOR: Ukhorakiy, A. G.; Tarantseva, M. G.
Ohr-* none
TITLE: Device for measuring large diameters~ Class 42, No. 175666 Jannounced by
organization of tile State Committee of Defense Te6iuolofsy S8SR_(OrF;anAzatiya
ekhnI6 S9SR)J
t
y
SOURCE: Byulleten' izabreteniy i tovarnykh znakov, no. 20, 1965. 69
TOPIC TAGS: nt,
measuring de*&cA!,- qll-'~ -Ca-A.4 -.A -4,%^
ABSTRACT: This Author Certificate introduces a device for measuring large diameters.
The device contains a roller which is rolled along the perimeter during the measui-e-
ment, and a counter which records the roller revolutions. To improve the reliability
of measurempnts.inlow-rigidity, thin-wall objects, the roller and counter are mounted
on a portable base which (see- Fig. 1.) has rest 6 for the edge of the inspected
Card 1/2 UDC.- 531.717.11

L 11262-66
ACC NRt AP5028495
Fig. 1. Device for measuring large diameters
I Measuring roller; 2 - counter;
3 portable base; 4 - auxiliary roller;
5 positioning rest; 6 - edge rest.
article, positioning support 5, and auxiliary roller 4, which ensures a close con-
tact between roller I and the measured object by means of a spring. Orig. art.has:
I figure. IDV)
SUB CODE: 13/ SI*M DATE: 03Sep 641 ATD PRESSi W-7~
CCWd 2/2 OIC~'

TARANTSOV, A.
Television
Accomplishments of Russian Scientists in creating and developing-, televisicn. Fqdio No. 5 ,
1952.
Monthly Usj .
~jf ussian Accessions, Librar7 of CongreS3, Auguat 1952. Unclassified.
. L

1. VaANTSOV, A.
2. USSR (600)
4. Cathode Ray Tubes
7. "Superortikon" television transmission tube is a Soviet invention, Radio, No. 11, 1952.
9. Monthly List of Russian Accessions, Library of Congress, February -1953. Unclassified.

-31-I I
i. tAA I "il
;10 V, is.
Photoelectricity
Sixty-five years ,;irice the discovery of LY;e I-J.otoulect7i.c (.-ffw~t. ivcii,~' -!~. ),
19.53.
I-',untl,,Iv List of ttur,---ian Acce.: lon.-., Llibra7 .)f Tu,;(-- l')5,'. '~rlcl.

USSP/--lactronict Talevision
Amplifiers
1) NTS A.
'I'llay 53
"Anti-floise Correction of Amplifiers and th-- A~ Latest Act of Plagiarisr.
by the(lmarconi~ Firm," A. Tarantsov
Radiog No 5v pp 49-54
Claim that a method for suppression of noise in beNvtatv. amplifiers pw
"proposed" by a certain James of tne Marconi firm in 1952 at-4 much publi-
1_~
cized in English and French journals Ax vas simply copied from a 1941
paper by G. V. Braude on a "method for complez anti-noise correction".

TARAIITSOV. A.
7--,e moRt ImPortunt problem of i.,.odern televialca. 'Ldio 3 15).
(~L: ~,-. 4)
(Tolevision-Trunsaitters i-td *.rax,~'. mission)

TAPPITSOVy As
Battelle Technical: Review
July, 1954
Electronics
Aa mi.) - VIKOv"IS42! af~ A.
"* TAkohMIMMOMINY. MUSA
-`rarantwy-.IG~9,-r9W,-no. 11, Nov, P--rT7T.- 4.
Wet,tek-phdogrophic transmission ats. Means of re,
carding and ornchronizing, Frequency C-M."Disparns, PWO-
graph. Ile-
4,

TARAWISOV. A.
Frm the bletory of the develop i A of mewas of loug distanco
ao~lastlou. Udlo me.12:21-23 D 153, (NM 6312)
(%146~lsasus)

TARaTsoy, A.
wgr"-.. ~- , , -
Valentin Ivanovich loyalenlcoT. Radio no.4:15 Ap 154, (KLRA 7:4)
(lovalonkov, Valentin Ivanovich, 1884-

cad A Pub. 89 - 2/30
4uthors i Tarantsovs A.
Title I Great Russian Scientist A. S. Popovp inventor of radio
Periodical I 1adio-lo 3 - 4P Jan 56
Abstract t An account is given of the scientific work of Alsksandr Stepanovich Popovp
educator and authorp who is said to have first invented the wireless tele-
graph, having demonstrated an actual model on May 7# 1895. Illustration.
Institution I .....
Submitted 1 *0040

L
107-57-2-12/50
AUiHORt Tarantsov, A
NTLE: flenrich Rudolf Hertz (On the 100th Anniversary of His Birthday)
(Genrikh Rudollf Gertal k stoletiyu so dnys rophdeniya)
k,EUIODICALs Radio, 1957y Nr 2, pp 14-15
ABSTRACTt A short biographical sketch is presented of the German scientist
Henrich Rudlof Hertz who was born in Hamburg on February 22, 1857. A
Auccession of the views of Faraday, Maxwell, and Hertz in emphasized, and
all three are credited with a purely materialistic approach to the problem.
It is claimed that an early as the middle of the 18th century the Russian
scientist Mikhail Vasillyevich Lomonosoy "made an assumption that light
propagates by an oscillatory motion similar to waves." In 1887 Hertz
demonstrated that the electromagnetic field surrounding a current-carrying
conductor has the nature of waves, an had been predicted by Maxwell. He
developed a straight-line radiating conductor known today an the "Hertz
radiator." He tried to'prove experimentally the common nature of light
and electromagnetic waves. fie experimented with waves am short as 60 cm,
and in 1888 lie published his imartal paper "On the ftys of Electric Force."
A Soviet scientist, Glagoleva-Arkadlyeva, in credited with first producing
electromagnetic wavest 0.18 to,0.3 mm long, which served to prove the
common nature of both types of waves. Hertz' letter to Huber of 1880 in
Card 1/2

107-57-2-12/36
Hearich Rudolf Hertz (On the 100th Anniversary of His Birthday)
cited as proof that Hertz considered the radio telegraph impossible.
Aleksandr Stepanovich Popov in mentionedt in this connection, as a dis-
coverer of radio. In IN?, Hertz published him observations about the
role of ultraviolet rays in intensifying an electric discharge. A Russian
scientistv A.G. Stoletov, in credited an having explained the ultraviolet-
ray phenomenon and as having invented a photocell. Hertz died on January
1894, at the age of 37.
There is I photograph of Henrich Rudolf Hertz in the article.
AVAIIABLEi Library of Congress
Card 2/2

107-57-6-23/57
AUTHOR: Tarantsov, A.
TITLE. Fifty Years of Electronic Television (50 let elektronnomu televideniyu)
PERIODICAL: Radio, 1957, Nr 6, p 22 (USSR)
ABSTRACT: In 1907, Boris Wvovich Rezing, a Russian scientist, suggested using
in television receivers an electron- beam tube which had been invented by
Braun, a German scientist, ten years before that time. Rozing was sure that
mechanical television would come to an Impasse. Rozing obtained patents for
his invention in 1907. In subsequent years, he tested 123 amplifiers, trying
to amplify photoelectric currents. For many years, his im-ention was not used
in practice because up to 1930, there was no adequate TV camera tube invented.
Only after A. N. Konstantinov, a Soviet scientist, invented a storage-type
camera tube and after Zworykin (USA), Krusser, Timofeyev. Shmakov (USSR),
built practical specimens of such camera tubes did TV enter the road of mass
application.
AVAILABLE. Library of Congress
Card 1/1

TM03�9
r--- Our Soviet sputnik. Radio no.12:3-5 D '57 (MIRA 10:11)
(ArtiflciAl antellites)

6M PHASE I BOOK ECPLOITATIO3 SOV/3539
Tarantsov, Anatoliy Vladimirovich
Elektricheskaya peredacha Izobrazhenly (Electric Transmission of Pictures)
MoscowX Voyenizdat, 1959. 193 p. No. of copies printed not given.
General Ed.; Ye. L. Orlovskiy, Professor: Ed.: A.V. V'rublevokly, Engineer-
Lt. Colonel; Tech. Ed.: Ye. 'I. Sleptsovs.
PURPOSE: The book Is intended for the general reader.
COVERAGE; The book deals, in popular form, with the basic physical phenomena
utilized in electrical picture transmissfon. It also presents the principles
of operatien of television and telephoto systems. No personalities are men-
tioned. There aze 12 references, all Soviet.
TABLE OF CONTENIS -
Introduction
3
C ard

TARkHTSOV. A.. pol-kovnik
Progress of present day electronics. Toon. snan. 35 no.3:8-10 Nr
159. (MIRA 12:7)
(Blectroutes)

PONOMAREEV, A., general-I-olkovnJk inzhonerno-tekhnichookoy aluzhby;
POKROVSKIY, G., prof., doktor tekhnicheskoy sluzhbv;
KUVALIDIUI, A., dote., kand. tekhnicheekikh nauk inzbener-
polkovnik; FIOSTOVERKOp V., dota., kand. tekhnicheakikh nauk
inzhener-polkovnik; GONCHAROV, H. v polkoynikj.-IAW--TSOVjL A
polkovnik; VASILIYZV, N., polkovnik; GORDEM, N.,, kapitan 1
ranga; KOZIN9 K.9 kapitan I ranga; ARKHIPOV, M., dote., kand.
tekhn. nauk inzbener-podpolkmnik; SEDOV.. A., dote., kand.
tekhn. nauk,, inzhener-podpolkovnik; HELIK-PASIIAYEV, N., dots.,,
kand. tekhn.nauk, inzhener-podpolkovnik; TIXHCHIHOV, Yu.,, dote.,
kand. tekhn. nauk# inzhener-podpolkovnik; PARMOV# V.,, kand.
tekhn. naukv inzhener-podpolkoynik; (MORGrm, A.,, Inzh.-pod-
polkovnik; KRUCHININp V., insh.-podpolkovnik; MEKONOMMI,, N.,
inzb.-podpolkovnik; RYKOV,, S.v inzh.-podpolkovnik; SURIKOV,, B.9
inzh.-podpolkovnik; ZHUKOV, V., itzh.-mayorl NOVIKOV, M., inzh.-
mayor; SIVSHKOV, Yu., inzh,-kapitan; ASTASHENKOVp P#Tsp inzh,-
podpolkovnik; VASILIYEV, A.A., red.; KARYAKINA, M.S.# tekhn.
red.
[flew advances in military technology for youthful readers]Mo-
lodezhi o novom v voennoi tekhnike. Moskva,, Izd-vo DOSAV,
1961. 342 Pe (MIRA 3-5:2)
(Rockets (Ordnance)) (Atomic weapons)
(Electronics in military engineering)
4~'

ORLOVSKIY, Ye.L.; KIIAIYIII, A.M.; KIIAZOV, L.D.; ZAVARIII, G.D.;
KRUSSER, B.V.; SHCHEWVAIICV, L.N.; T&~~
s- re4o;
KUKOIEVA, 7.V., red.; :21J.;=, ib.V., tekhn. red,
[Theoretical principles of electrical tranmdssion of inages;
television and phototelegrapbyl Teoretiche skin ornavy olektri-
cYeskoi peredachi imbrazlienli; tolevidonio I fototolegrafiia.
[By] E.L.Orlovnkii i dr. Pod ob.~hchei red. A.V.Tarantsovn.
Moskva, Sovatskoo radio. Voln. I - 2. 1962. (14ru" 15.10)
(Television) (Phototolegraphy)

7-,4,,QAAI T,50 V A
137-58-1-2104
Translation from: Referativnyy zhurnal, Metallurgiya, 1958. Nr 1, p Z85 (USSR)
AUTHORS: Belyayeva, V. A. , Tarantsova, 1&-L-,- Glushko, Ye. 1.
TITLE: Electrolytic Segregation of Iron from Titanium
(Elektroliticheskoye otdeleniye zheleza ot titana)
PERIODICAL: Sb. stud. rabot. Rostovsk. un-t, 1957, Nr 3, pp 45-48
ABSTRACT: An experimental verification of the segregation of Fe from Ti
by electrolysis, using an Hg cathode at 2.5-3 amp and 5-6 v in
50-55 min time is presented. An artificial mixture of Fe and
Ti containing 0.28-32.77 percent Ti was investigated. To de-
termine the Ti in the Fe-Ti, 0.5 g of the latter is dissolved in
20 cc aqua regia, 2-3 drops of HF being added at the end of the
period of solution, subsequent to which 20 cc HZS04 (1:1) is
added; evaporation follows until S03 vapors appear. The pre-
cipitant coming down under these conditions is dissolved in 5
percent H?SO and one then proceeds as described above.
4 Z.G.
1. Iron-Separation 2. Titaftium-Separatift 3. Meetralysis
Card 1/1 -Applicatifts

PRODAN, L. -, NADMARY. Gh.; TARA111J. Al.
Effectiveness of wet drilling in pr~vpntion of silicosis in miners.
Rev. Igiena microb. Ppides., Bucur. no.4:15-22 Oct-Doc 54.
(SILICOSIS
in minors, prev. with wet drilling)
(MINING
silicosis In minors, prev. with wet drilling)

DUMA , D.; SERBAN, M.; POPOVI", 1U , L.; 11%71%11,, Tr.; MARES, V.; TAI'V..'21 , AL.
Pistochem'17al re3earch In various muscular dlsea3es. Stud.
corcet. neurol. 10 no.3:159-165 Je 165.

TARANU, Gh.eoroe. d,IsFecer
Measures for labor pr(~tectioji. Constr Buc 16 no.742-.4 2F.
March 1964.
1. Trustul Rogiotial do Coiistructit do Locultite, Banat.

-TA101101 ) r.~..f ~- :.AL* 7 d 1 $J"o V I' T,
4 C U 1 f 11 ~.'t -"? I I - -,
Fo7 t-..! Ls~eds of 1;?74 - " !3,. -,, t, 11", . " 'I ~
~~ I
~ 1. 16i..

TARANUS N. - 1ANCO11) 'N.
Results and the necesrity of forest suvieys in the Iasi District,
P. 512
REVISTA PADIARILOP. (Asociata Stiintifica a Inginerilor si Technicienilcr
din Romania si Yinisterul Af;riculturii ri Silviculturii) Bucuresti,
Rumania. Vol. 73, no. 9j Sept. 1958
Monthly list of East EuroFean Accessions (EEAI) 1Z Vol 8, ?jo. 6, Jtjre 1959
Tiricl.

DRIMER, D.; jjjj~N~U-; HAFNER, A.; VESCAH, L.; HEMODA, L.
Studies on the diffusion of antimony in monocrystalline silicon.
Studii fiz tehn Iasi 13 no.109-50 162.

TANASESCU, I,, acad.; TARANU, Ruzandra.
Steroids. XII. Selective oxidation of the cho1ie acid. Studii cerc
chimie Cluj 10 no.2005-311 959. (EUI 9:9)
I. Universitatea ".Babes* - Glujo Catedra do chWe organica, 2.
Comitetul, do rodactio, Studii 31 cercetari do ch W o0 Cluj (for
Tanasescu)
(Steroids) (Cholic acid) (Nitrates)
(Dehydrocholic acid)

T
1*AA-F.'.-V',IJp .., acad. (daceiaalll; !Iaana.- TAIRANTI, Huxandra
Aft,ctccheaical reacticni ir. tne sarle-3 of derivatives o-ritro-
I
benzylidone acetals, 2t. 12". 'Itudia T'av !,.Chem li n).1%
21-24 '61..

YAGNAKOV, A.F., inzh.; I'AVII)V, A.1.0 iriz":.; TARAWIMI 1,8. . 11.7h.
Pilot plant testing of the auger boring method fcr mining coal'
at the No.1 "Begic~evskaya" Mine of the Tula-ugol' Combine.
Ugoll 39 no.10:2r,,-30 0 1611. ( 1j,", lat I " : I ~-; I
1. Ilodmcskovnyy nauchno-IqnIedovntoI'skiy .1 jyroyektTIO-kr~n~O,,-~ik--
torskiy ugollnyy Institut I. Trost Kalininugall.

KO'V'TUN(IVTr)4, qnRtTTRSKIYIK.S.IKovtunovych-Soehynalkylo K.S.] WYOV);
TARAHUKHA~ A.1, Kiyevj
Steady motion of four-phase reducer-type stepping motors.
Avtomatyka 9 no.6s28-34 064. (MIRA 18tl)

L 22112-65 EWT(d)/ZWT(I.)/FXI).2/CWP(I)/EWA(b) PC-4/Pq-4/PC-4/Pk-4/P*b
IJP(O) ' BB/ao I
ACC FSS10N NR: AP500 1741 S/0302/64/000/004/0037/00-tO
AUTHOR; Timofeyev, B. D, (DQctor of technical &cloaca*).- Taranukhag A. L;
P ritskiv. S.Z. (Candidate of tachalca.1 sciences)
TITLE., 1-figh-dAciency broadband toodulation magnetic heads
lee
SOURCEs Avtornatika i P riborostraywAye. -no. 4. 1964. 37-40
TOPIC TACS;--magnotic boo&4# magnotic-4m writing, magnetic 4WA reading
ABSTRACT: -The essential abortcomings- of conventional reading hmWs (low
efficiency. output instability. circuit complWtys narrow band) are claimed to
have been overcome in a now design (see Enclosure 1). Using the principl* of a
resonant bridge. the now head has its output coil wound an nwdulator 2. 3 over the
bias windings 5, 69 this &rrongoment partrAte reducing the modulated- car rier
loss, good matching with the bias oscillator and ampl3fier, decoupling betwesn
the bias and output circuits. and ensures a high efficiency. An output voltage a
iCwd 1/3

L 22135-65
,ACCESSION NR: APS001741
.3-10v&croxs& 1.5-kobm resistor obtained from& 1-mm track within 0-50 ke
is reported. The &-c bias frequency used is 0. Z-0. 5 Mc. A split-type Jaminatod
80 -NKhS perm. alloy modulator proved far superior to the conventional ferrite
type. The design features of & single-track and a ZO-track (for 35-mm tape) head
7 are reported. Orig. art. has** S figures.
ASSOCIATION: Institut kibernetiki AN UkrSSR (Institute of Cybernefigs.
AN UkrqSR)
SUBMITTED: 00 ENCL., 01
SUB CODE: DP NO REF SOV: 002 OTHER: 00 1
Card 2/3

Io
gr
,mg,

TARALIMM, M. D.
.-
Iffectivemess of spraying DDT preparations In the control of eur7FAsters
(Alurye,aster integriceps Put.). Dop. All URSR no.li99-101 155. (KLRA 8:7)
1. Institut entemologii ta, fitopstologit AN URSR. Predstaviv d1yunly
chlen AN URSR P.A* Vlasyuk (Buryganters) (MT (Insecticide))

TARANUKU, M.D.
_.
Migration of the groin beetlo of the f&n12,r Acygaster in the steppe
regic-i of the Ukr&Inlan S.S.R. Vinzyk AN URM 26 no.1:29-37 A 153~
(3urjTg&GtqX4 (KM 833)

TARAIUKHA, N. D.
I
Ecology of Mitrygaster lategriceps In the st~M $*a@ of the
southers Ukraine. Zool.shur. 34 no*6:1272-12?1 N-D 155.
(MLAA 9:1)
1.1astitut entomologit I fitopstologit Akadeall nauk USM
(Ukrafte-Murygastors)

TARANUKHA, M.D.
I- _" -*
Nff,ect of nutrition on the feritlity and physiological characteristics
of sugar beat weevils, Nauch.trudy Inst.ent.1 fit, AN URSR 7:195-207
156. (MLRA 10:3)
(Weevils) (Sugar beets-Diseases and paste)