SCIENTIFIC ABSTRACT YELYASHEVICH, M.A. - YELYUTIN, O.P.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001962620006-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 15, 2001
• Sequence Number: 6
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

S/030/63/000/003/011/04
BM/W86
AUTHORS: Terenin, A. N-, Academician, Kuoakov, Jd. M., Doctor of
Chemical Sciences, Yellyashevich# M. A., Academician BGGR
TITLE: Sympooium on molecular atructure and spectroscopy
PERIODICAL; Akademiya nauk SarM. Vestniks 110- 3, 1963# iio-iiq 4
TEXT: This is a brief report an the Simpozium po, molokulyarnoy
atrukture i spektroskopii (Symposium on Molecular Structure and
-whi-ch to-aik--plact? in Tokyo from Sept, 10 to 15o 1962. Thp
and
Symposium was at end- ed by - 900 - c c i among---,them--: TOO ~rqm- Jy-aparj
about 200 from 25 other coun-t-Jes. The USSR was represented by V. N.
Xondratlyev, member of the lopolnitellnyy komitet hlezhdunarodnooo
soyuza tooreticheskay i prikladnoy kbimii (Executive Committee of the
International Union for Theoretical and Applied Chemistry) and by the
authors of thin paper. More than 250 leotures were delivered.
Card 1/1
A

3/250/63/007/003/003/006
A059/A126
'AUTHORS:. Grachikhin, L.I., Yellyashevich, M.A.
TITLEs The broadening of spectral lines showing the linear Stark affect In
plasma
PERIODICALi DoklAdy Akademii nauk B3SR,v-,7, no. 3, 1963, 157 159
TEXT: The contour of spectral lines In plauma originating by broadening
due to the linear Stark effect, which was previously calculated by J. Holtsmark
(Phys. Zs., v. 20, 162, 1919), is defined more accurately in this paper. rn the
plasma# quasl-state electric fielde from O-to co with the distribution prob bil
1 1% -
Ity W (F) dF - y- W (P) d P can arise, where F/FO and F0 -2.61 eN -
0
the normal Intensity of the field. The general half-width of the line was found
.,to be
2 A v 2 a PO 2. 80 a Po 7.31 dLeN (10)
Y
where which determines the frequency shift v% is 1.40, a Is the con-
Card 1/2

S/250/63/007/003/003/006
The broadening of.spectral lines showing the .... A059/A126
-.....:stant of the linear Stark effect for a given spectral line, and Fis the aeiun
of the electric field. The constant a of the linear Stark effect as determined
by the authors is.only half the value used in the equation derived by Holtsmark.
ASSOCIATION: Institut fiziki AN BSSR (Institute of Physics of the AS MOM)
SUBMM i November 20, 1962

APANASMCH, P.A.; BORISEVICH, N.A. VOLODIKO, L.V.j GLADCHKNKO, L.F.;
GRTBKOVSKIY, V.P.; GUINOVICH, G.P.; IVAVOV, A.P.; KUW-1750VA,
V.V.; PIKULIK) LA; FILIPOVICilp V.A.; RUDANOV) A.S.; RUBANOV,
V.S.; SAMSON, A.M.; SARZIIEVSKIYp A.M.; SOLOVI.YEV, K.N.;
UMIREYKO, D.S.; KHAPALYUK, A.P.; YELI:YASHEVICH, M.A., akademilk,
red.
(Interaction betwrn nonequilibrium radiation and matter)
Vzalmodeistvie neravnovesnogo izluchenlia s veshchestvom.
Minsk, Nauka i teki,lka, 1965. 223 P. (MlRA 18:3)
1. Akaderniya nauk SSSR. Institut fiziki. Akademiya nauk Belo-
russkoy SSR (for Yellyashevich).

L 5447-66
EWT M/EWT (m)/ETC/EPF (n) -2/EWG (m)/EPA (w) -211-UP (t)/EWP (b) IJP(c)
JD/JG/AT
ACC lilts A25025085 SMOZ COM YU/036816510031003102011020a
AUTHORSz Grechikhin, L. I. Yel
fyashevich,_~I. A'
Y 11, V~ 76
ORG4. none
S/
TITLE; Application of the'quadratic Stark effect in the determination of concen-
tration. of charged particles in plasma by -the aRectral line broadening of lithium
and sodium
SOURM Zhurnal prikladnoy spektroskopii, v. 3, no. 3, 1965, 201-208
TOPIC TAGS: Stark effect, line broadeningp charged particle concentration,
lithium, sodium
ABSTRACT: Stark constant f the quadratic Stark effect for the sharp,, principal.'
lit~Zum
and diffuse lines of f sodium were calculated. The calculation was based
on the well known second 0 perturbation theory expression for energy level
displacement of one-electron systems subject to an electric field
Gard
1/4- UDG: %3.42

L. 5447-66
ACG 14R.- AP5025085
(it, Lr In'. L+1)2 (L1 L r in', L-1)
C4.k e4 V 1(L+ f)
4 (L + 1)7- 1 4
+
io--n-a- in tabular form. The effect'of electron and
The results of calculat re give
ion impacts on the spectral line shape was determined by the use of the nonstation-1
zary electron impact theory arxi the Holtsmark theory respectively, It was found that
the overall half-line width was almost equal to the sum of the half-line width due
to electronic and ionic effects respectively. It is concluded that the quadratic
Stark effect becomes notiroablefor different lines at dij:ferent charged particle
concentrations, that a particular line may disappear completely at sufficiently
;high charged particle concentration) and that the diffuse series Lines and the
'higher members of the sharp series are particularij sensitive to charged particle$
concentrations (see Fig. 1),
The concentration of charged particles in a dc arc
:..Was calculated and compared with data reported by L. 1. Grechikhin (Opt i spektr.,,
13s 5789 1962). The calculated values are in good'agreement with experimental data,
Card 2/4,

L, 5447-66.
NR'- AP5025085'
ACG.
Fig. 1. The change

the half-line
n
i
width of the
a lithium atom (a)
om (b)
and sodium at
I lines as a function
4-5
Cd ged particle
of char
concentration

0

lie
OM
ri I
1044
9 vd
104
ON
'pox
Card 3/4

94/079T--
a002390 SOURCE CODE: UIV02W65 D09 2/07
~,txn.,OR: Vitkin. 9-T.; Yellyashevich, i!.A. (Academician Ail' BS33P)
ORG: Instituteof Physics of the AN BS311 (Institut fiziki All BSSR)
TITLE: Development of a thermal exploviJin time
SOURCE: AN BSSR. Do'klady, v. 9, no. 12, 1965, 794-797
TOPIC TAGS: chemical explosion, heat conduction, activation energy
A13STRACT: The article considers the one-dimensional unoteady state
l1r.1-lCing problem of the heat conduction equation:,
Mr
PCP + Qexp
& ox, r
over the segment -UX41 here,fis the density; 0 to the heat
caj;acity at constant pressure; Xio the heat conduotlv?ty coefficient;
Q exp (-E/T) i's a function of the heat source for a reaction of "zero"
order, obeying the Arrhentuo law; Z to the activation energy, expressed
in-degrees; and, T is the temperature. The following dimensionless
variables
Card 1/2

-5
L 1-5955 `6
_ACC NRj - AeOUU2590
A--
PCOP
and the parameter
12QE E
X Vo exp To
are substituted inio E q. 1. Results of the mathematical soluti;n de-
veloped in the article show that the calculated results agree satis-
faotorily with experiment only starting with q> 2. The critical value
of the parameter q is determined by the condition&= 0, which gives
qcr = 0-895. It is noted, finally, that at
0,533
for any given value of q,
< -OAT
This simple solution can easily be ext;-nded to reactions of zero order
and to regions of more complicated geometry. "The author thanks S. I.
Anialmov for suggesting the problem and for his direction of the 7o_rk_7_
i5i-Igart. has: 15 formulas, 1 figure, and 1 table.
SUB-100DE: 20007/ SUM DATE: 13Ma,765/ ORIG REF: 002/ SOV REP: 000/
OrTf 'REP: 001.
bvk..-
Card 2/2

ACC NRt AP6025256 SOURCE CODE: UR/0057 66/03G/007/1273/1284
t
'~-
AUMIOR: Anisimov,S,I.; Bonch-Bruyevich,A,U.; Yel'ynshovich,X.A.; I=as,Ys.A-*'8
PAvlonko,N.Aj; RomAnov,q,s,
none
E: Th6 effects of intense light beams on metals
t~XRCE: Zhurnal tokhnichoskoy fiziki, v. 36, no.7, 1273-1284
TAGS: laser effect, metal malting, metal vaporizing, heat of sublimation
ABSTRACT: The authors have investigated theoretically and experime, ally the phen-
omena accompanying the disruption of metals by fecused laser beams.1)(211n the present
paper there is considered the case of a laser producing approximately
1 millisoc pulses, each consisting of a sequence of approximately I microsec spikes.
The phenomena accompanying disruption of metals by /-iont laser pulses will be discussed
in a future paper. In the theoretical part of the paper, fluxes of 1012 to 1016arg/cm2
see on an approximately 1 mm diameter spot are considered. It is shown that under
these conditions the transport of energy in the metal by heat conduction during the i-
duration of--a spike in negligible, and the problem of the vaporization of the metal Is i
accordingly treated iu one dimension. Formulas are derived, and curves are presAnted i
for different metals, relating the energy flux in the laser boom, the temperature of
the metal surface, the erosion rate of the metal surface (i.e., the rate of increase
1/3
Card

L 40385-66
ACC NRs AP6025256
in the depth of the hole)s and the velocity and pressure of the jet of metaL_KA_P_Or.7__
temperature of the metal surface is not equal to the boiling temperature, as was orro-
neounly assumed by J.F.Roady (J. Appl. Phys., 30, No.2, 462, 1965). The theoretical
relations wore tested by experiments on some 16 metals and alloys, using noodymium
glass lasers producing up to 300 J pulses. The laser beam was focused with a Ions onto'
the parallelepipedonical specimen and the disruptive process was recorded cinemat-
ographically at 105 frames per sec. In most of the experiments a glass plate was
cemented to one face of the specimen and the laser boom was so directed parallel to the!
glass-metal boundary that about half of the beam passed frooly tbrough the glass and
the other half penetrated into the metal, vaporizing it. In those experiments the
process was photographed through the glass. The mass of metal removed by the laser
pulse was determined by weighing the specimen, and the impulse due to reaction of the
metal vapor jet was measured. The experiments were in qualitative agreement with the
theory, and quantitative agreement in order of magnitude was found. The authors feel
that development of a more accurate theory would not be worthwhile, owing to the large
variations betwoeu different lapers. Three stages wore distinguished in the disruptio
process: in the first stage.. ho~temperature of the metal surface increased at the raM
of approximately 1010 degree/ cc; in-the second stage metal was vaporized from the
3
specimen and a hole was formed in it; and in the third stage a pressure of 102 to 10
atmospheres developed within the hole and a powerful jet of metal vapor issued from it
at supersonic velocities. The ratio of the laser pulse energy to the mass of metal
2/3

L
A'-'- NKI AP6025256
0
lost by the specimen was approximately equal to, but in most cases somewhat less than
the heat of sublimation of the metal. An appreciable mass of the metal was ejected as
liquid. Orig. art. has: 9 formulas, 9 figures, and 2 tables. 1151
SUB CODE: 20 SUBM DATE: 26Jun65 ORIG. REF: 005 OTH REF: 004
ATD PRESS:,~Yd
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thod u( "itiumian of an avrragc eaal flotation ir-are-
,El'y~5hcrkh~ Mad. K4!A S.S.S.P.. Ordej.
Pak. Nrub 1955. No. 1,1, !30-43 --A f,.rm;tb b derivcd
for Lul av'troportvnm of --x-d. Valuci from X... -
-C A., )1u I - where 9 is the time, and -Y the
concentrate yield in pcr cerit. JrWs fornm1t was found very
useful In stud)ing coal flotation with milf,matcd lirroiltic
and various favring agents. W. M. St,- berg

gra*;Uvl~. ~WIOR-hj-

nRuchW rukovoditollp dote.,
KIPHIS, Sh Sh, Wont, T
ra 0 a no nauk,
Selecting at the Khanzhen)~o~o Central Ore Dressing Plant an efficient
preparation flowahest for coals difficult to treat because of ash and
sulfur content, Sboro nauch. rab. stud. S11D DII no.2:85-91 15?.
(MIRA 11-.12)
loGorno-makhanichookiy fakulitat Donstskogo industrialinogo inatituta
im. N.B. Xhrushchava.
(thanzhankovo-Goal preparation)

dote., kand.tekhn.nauk
Preparation of the petrographic components of coal In the pro-
cess of salt flotation. Mauch.dokl.vys.9hkDly; gor.dolo, no.4:
213-217 1 58. 04IRA 1211)
1. Prodstavleno kafedroy obogashcheniya polezrqkh iskopaysmykh
Donetakago Industriallnogo Institute. imeni N.S. Khrusbcbeva.
tCoal preparation) (Flotation)

YWYA.MNVICH, Hirra Grigorlyevna; PUSMURMO, Yevgeniya Ivanovna;
'c' A.A., red.isd-va;
ILIJUSKAU, G.K., tekhn.red.
[Coal flotation practices] Opyt flotataii uglei. Moskvao
Gon'.nauchno-tekhn.izd-vo lit-ry po gornomu dalu, 196o.
203 p. (KM 14:3)
(Coal preparation) (Flotation)

TEL'YASHZVICH, M.G., dotsent, kand.tekhn-nauk; ORMIGMMMI, m.Ye.,
- -,--.--dot9ont,,-kaud.tekhu.nauk
Flocculation of slime and clarification of return waters
in coal preparation plants. Ugoll Ukr. 4 no.8:28-30,Ag 160.
(MIRA 13:9)
1. Donatski3r politakhnicheekly institut.
(Coal preparation)

I --- -- - --- ~ 'A
Yr,IYASIUVICH, M.G.- OZULYA, I.I,; OD111TSOV, N.V.; NAUMOV, N.G.
Introduction of an efficient flotation dystem at the coal-cleaning
Oection of th4 Scaherbinovka Coking Plant. Koks i-khim. to.9:6-10
16o. I ' (MIRA 13:9)
1. Donetskiy ~olitekhnicheskiv inatitut (for Tallyashavich, Zozula).
2. Shcherbino*oki7 koksokhimibheskiy zavod (for Olintsov, Kaumov).
(Shcherbinovka--Coal preparation) (Flotation)

71LITASHNICH, M.G.; CMGXNM. M-Te.
Coagulation of coal slurries by high polymers, Koko I khim. no-10:
18-20 16o. (XLRL 13.#10)
I* Donetokly politekhnichookly Inotitut.
. (Nakeovka-Coal preparation) (Acrylavide)

tekhji-. -na*j-
7MIYASHEVICHO M.0, ZOZULUp-I-l-kalid-teMn7.nauk-~-NAUMOV
f
Coal flotation at the coal propeLratidn'siction of the Shcherbinovka Coke
and ChemiaalPlant, Ugoll Ukr. 5 no-30-3-1 Mr 161. (MIRA 14s3)
Badn-Coal preparation)

YELIYASHEUGH,-M.a., dotsent; ZOZULYA, I.I., dotsent
Flotation flowsheet of coal middlings which are hard to concen-
trate. Izv. vys. uch. zav.; gor. zhur. 5 no.6sl82-187 162.
(MIRA 15:9)
1. DonetBkiy ordena Trudovogo Kraanogo Znameni Politekhnicheakiy
institut. Rekomendovana kafedroy obogashcheniya poleznykh
iskopayemykh. (Coal preparation)

,YEL'YASHEVICH, M.G.; ZOZIJLYA, I.I.- SHTEYNBERG, I.Ye.; SERGEYEV, A.P.;
~---LMSHIN M.
A.; SHCHEPIN,
Increasing the efficiency of slurry, flotation. Koks i khim. no.9s
18-19 163. (MIRA 160)
1. Donetskiy politekhnichoskiy.inatitut (for Yellyashavich, Zozulya,
Shteymberg). 2. Makeyevskiy kokookhimicheskly zavod (for Sergeyev,,
Lokshib, Shchepin).
(C6al Preparation)

YELITASHIVICH, Z.B,; GRACHEV, Yu.V.
i~veie'ammetering channel for drilling and exploiting deep wells.
Izv. vys. ucheb. zav.; neft' i gaz 2 no-7:97-102 '59.
(MIRA 12:12)
l.Aserba,vdzhanskiy institut ne-'ti i khimii im. M. Aztzbekova.
(Oil well drilling) iRemote control)

TELITASHMOR, Z.B.; GRACFW. Yu.V.
--------
Communication channel with electromagnetic contacts for telemetering
deep wells. Izv. vys. ucheb. sav.; neft' i gas 2 no.10:73-77 '59.
(KRA 13:2)
l.Azarbaydshanskly institut nefti i khimii im. M. Azizbekova.
(Telemetering) (Oil wells)

73LITASHNICH, Z.B., prof.; KULIYXV, I.A., kand.tekhn.nauk; KWIVo-ZAISt Z.I.,
----kmC--t9M.nauk, dots.
Three-phase networks with nonsymetrically distributed parameters.
Izv. vyse uchabo sav.; energ- 3 no-32t2l-27 V 160e (KIRA 13112)
1. Azerbaydzhanskiy institut nefti i khimii iment 14.A21sbekova.
Predstavlena kafedroy obahchey i teoreticheskoy elektrotekhniki.
(Zlectric power distribution)

Y30LIYASHIVICK, Z.B.; PRMOSTAH, A.N.; GRACHEV, Yu.V.; VIGDCIROV, DvIs;
Meye*
jetworks an a remote control co=unication
Using field electric r
channel. Izv..v7s. ucheb. zav4; neft' i gaz 3 no.11:91-94 160.
(MIRA 14:1)
1, Axer~sydzhanskiy, institut nefti i khimii imeni M*Azizbekova.
(Remote control) (oil fields)

A ZII-VV ) D.A.; ALIZADE, A.A.; ASLANIOV, R.K.; GUSEYNOV, F.G.; DZIRIVARLY, U."ll.;
I'
KADYINOV, Ya.B.; WLIZADE, Y.N.; KYAZ'11V-.D-, Z.I.;
UARIKONYANTS") L.G.; PEIROV, I.I.; RUSTA1,7,01L, F.D.; SPIRIN, JI.A.;
SYROMYATNIKOV, I.A.; ESIBYAN, M.A.; EFFENDIZADE, A.A.
Professor Boris Maksimovich Pliushch, 1904- ; on his 60th birthday.
Blektrichestvo no.1:91-92 Ja 165. (mlyu, 18:7)

"Increasing the Stability of Television Reception for Stron., Signals," RADIO, lio. 12,
1949.

MIYASHMIC9 5'.' 181T101
MR/Radio Television Apr 51
Detection
"Reinsertion of the DC Component in Commercial Tele-
vision Sets," S. Yellyashkfvich
"Radio" No 4, pp 43-46
Describes circuits for dc reinsertion In KVN-49B and
Leningrad T-2 television receivers. Advises a- eurs
to use ouch circuits in receivers which they build in
order to eliminate out-of-focus picture effects and
disturbances in reproduction of halftones when type
of picture-transmitted changes.
104101

YELtYASIMEVICH, S.
U=/~&ao Television Receivers Oct 51
"Pulse Rectification for Television Peceivers,"
S. Yellyashkevich
"Radio" No 10, pp 41-45
Describes method of obtaining plate voltage for
Kinescope by using the voltage pulses Vnich arise
in the output stage of the line scanning circuit
during flyback. Gives load characteristics of the
one-stage rectifier used in the KVN-49 mid the
2v-stage rectifier used in the T-2 Uningrad.
2oft56

YELlyon-vical S.
UM/Ilectronics Television Aug 52
.Lion Traps
.,"The Ion Spot;" S. Yellyasbkovich
"Radio" No 8, PP 55-57
Describes 2 tbes of Ion trdpe j both ug Ing auxiliary
focusing coils, and apertures; , In diaphragms.
In the Z tnmp the electron gun is beat at an
an8le of .210 to the axis. Thetj& Md 1-bidt: I*q-.
tection against Ion burns is coating the screen'.
on the inside with a thin metallic aluminum film.
226733

YELOYASHMICH, S.
USSR/Electronics Television:Receivers Jun 53
Kinescopes
"Use of a 23LmB Tube in,:!4ie KVN-29 Television
Receiver," I. Bardakh and4-6. Yel,yasbkevicb
Radio, No 6, PP 39-42
Describes 2 methods by vhich the KVN-49 receiver can
be adapted to operate vith a 23LIUB picture tube
(instead of the stnd 18LK15). The larger picture
tube requires higher line and frame scanning voltages
and an anode accelerating voltage of 8 kv.
261T69
261T69

YELI Samuil Abramovich; JMRG. A.I., redaktorl DZHIGIT. I.3.,
reaKIRM YNLIN, O.'G., radaktor; MIKOVSKIT, A.A., redaktor;
MZHM3VZIDV. 3.H.. redaktor; SMIRWY, A.D., redaktor; TUUSOT.
Fels; redaktor; TRAMK, Wo, redaktor; CHICHIK, P.O., redaktor;
SHARSHUR, V.L. redaktor; NIKOLAMSKIT. IJ.. redaktor;
SKVCRT.SOV, I.M., tekhnicheekly redaktor
[111minating defects from television receivers] Ustranenie nelopravno-
stei v televisoreo Moskva, Goes energe izd-vo,,1954. 151 P. (Masso-
vale, radlobibliotaka, no.211) (Mm 8:3)
(Television-Repairing)

YILIYISHMICH,S.
- ;,: i`
-
Tuning television receivers with an oscillograph. Radio no.10:
28-30 0155. W-2 A 9: 1)
(Television-Receivers end receptlap)

I~ !E'YASfflWICH,__Sa; ramovich; TARASOIV, F.I., redaktor; LARIONOV, G.Ye.,
tekhnIcheaTcI%yI ~rl~
I - y r Nctor
[Testing television tubes] Proverica lamp v talevizorakh. Moskva,
Goo. energ. izd-vo 1956. 39 P. (Massovala mdiobiibliotaka, no:241)
(Television-Apparatus and supplies--Testing) -OIRA 9.8)
Ollectron tubes)

TSLOYASHKEVICH, S. (Moskva)
-
The."T-2 Leningrad' television set using the 35LXZB kinescope.
Radio no-10:53 0 '57. (MI" 10:10)
(Television--ReceiverB And reception)

YAWKXVIC , Samuil-,Abramovich;- RUBOHINSKIT, A.V., rodaktor; VOROVIN.
.P.
0 to
(Alizinating defects from television receivers] Ustrananie
neimpraynostei, v televizor Izdq 2-oo, parer* Koskya, Goa.
onergotzd-yo. 1957. 79 P. OiNassovala radlobiblioteks, no.277)
I (KLRA 10:9)
(Talevision--Receivers and reception--Maintenance snd~repair)

PHASE I BOOK EXPLOISiTION
Yellyuhkeyich., Samilil Abramovich
Spravochnik po televizionnym priyemnikam (Manual on Television Recelym)
Moscow., Gosenergoizdat., 1958. 175 P. 50jOOO copies Printed-
Ed.: B&rdakh, I. M.; Tecb. Ed.: Voroninj, K. P.
PURPOSE: This handbook is add ased, to radio amteurs, radio teebn1c1#=,q to
students enrol-led in Ttuzes and to designer.
COVERAGE: This handbook provides date on circuit diagram., descriptions,,
voltage abarts, coil winding data.. etc.,, on television receivers VAt cut
by the Soviet racUo Industry from 1947 to 1957 inclusive. A separate
chapter deals with metering and tuning. The present work in a first
attempt to systematize this material. The considerable progress Mae in
the field during this U year period is reviewed. Soviet television sets
are now designed to operate on 12 channels and have rectangular acresus
with 35., 43 and 53 cm. diagonals. Among other Improvements, television
reception aver greater distances has become possible and the cost of
television sets has been reduced. The handbook also cont&1us,Jh1AwVftts
Card 1/12

Manual on Television Receivers 4W
for the arrangement of the main receiver parts and chaself plans., OxcLUOPIS
design. datap frequency characteristics and tuning data. Inasmuch as the fac-
tories are alvays improving the desiga of the television. receivers discussed
in this book, and as it has not alvays been possible to register these ds*4p
changes here., the circuits of several receivers as presented in the text may
depart scmewbat fram the circuits of the models actually being put out. In
the chapter on measuring and tuning., only those methods used in practice up to
the time of publication are discussed. One section of the handbook given WA
on the "Rembrandt" television set Imported from Dot Germany in 1954. fte
author expresses his thank to A. M. Kanayeva, for reviewing the manuseript.,
and to M. X. Fayn and E. 0. Ovanesbekov -for supplying the indispensable teoW.
cal documentaticn. There are no references.
Tk= OF
COOMM:
Preface
Introduction T
Ch. I. The "T-1 Moskvich" Television Receiver T
Card 2/12

AUTHOR: YellyashRevich SOV-107-58-8-39/53
TITLE. Yore on Interlacing (Yeshche raz c cheresstrc:hnDy razvert-
ke)
PERIODICAL: Hadiop 1956t Nr 8p PP 40-42 (USSR)
ADSTRACTI The article deals with the phenomenon of pairing in inter-
lacing. The pair of scanning lines of the two fields merge
into one with resultant loss of vertical and horizontal
definition. Pairing can be checked by the standard 0249
transmitted test chart or during normal broadcasting. The
varying degrees of symmetrical scanning disturbance leading
to pairing are illustrated and discussed. To achieve sym-
metrical raster scanning, both the integrated field pulses
must intersect the cut off line at one and the same time,
corresponding in one field to the start of the line synchro-
nizing pulse, and in the other leading it by half a line.
This unevenness can be counteracted by introducing six equal-
izing pulses before t~e field pulse. The line scanning
saw-toothed voltage, entering the integrating filter cir-
cuit, can disturb the interlaced scanning process. Kenna by
which this can arise are listed. This can be solved via a
Card 112 buffer stage which separates the synchronizing circuits from

More on Interlacing SOV-107-58-8-319/53
the line scanning stages. To obtain stable interlacing,
alterations should be made in the oontrols and, if neces-
sary, in the components of the vertical blocking-generator
assembly. Some special schemes for improving the interlac-
ing, used in various Soviet TV sets, are given. One employs
.a special tube for isolating the 6 narrow positive pulses,
part of the field signalp and the passing of the remaining
signal components. In another, the vertical synchronizer
uses an integrating followed by a differentiating circuit
which filters off the line pulses and interference. There
are 9 sets of diagrams.
1. Television receivers--Performance 2. Differentiating circuits
--Performance
Card 2/2

TILIYA h-
__~_,.,TARASOV, F.I,# red*; VORONIN# KePot
(Testing of television tubes) Provarka lamp y televisorakh.
Izd.2., parer. i dop. Koskya, Goo.anarg,isd-yo. 1959. 62 p.
(Kassovaia radiobibliotaka) (MIRA 12:7)
(Tel7v~sion-Recaivars and reception)
Electron tubes-Testing)

6(6) PHASE I BOOK EaWITATION SOV12898
Yellyashkevich., Samuil Abramovich
Proviarks, lamp'v televizorakh (Checking of Television Tubes) 2d ed.., rev. and
enl' Moicov., Goaenergoii"t.. 1959. 62 p. (Series: Massovaya, radiobiblio-
te~;,, vyp. 329) 165,000 copies printed.
Ed.: F. 1. Tarasov; Tech. Ed.: X. P.' Voronin; Editorial Board: A. I. Berg,
F. 1. Burdeynyy, V. A. Burlyand,, V. 1. Vaneyevp Ye. N. Genishta., 1, 8,
Dzhigitj A. M, Kanayeva., 1. T. Krenkel1j, A. A. Kulikovskiy., A. D. Smirnov.,
F. 1. Tarasov,, and V. I. Shamshur.
PURPOSE: This booXLet is intended for radio amatVurs and for owners of tele-
vision sets.
COVERAGE: The booklet presents in tabular and graphical form information for
checking tubes in 3k types of the met videly-used television sets and dm-
scribes Y ious faults occurring in them. Methods of locating feAllty tubes
are also described. There are no references. No personalities are mentioned.
TAEW OF CONTEWS:
Card 1/4

Checking of Television Tubes 5"/2898
Foreword
Faults in Tubes and in Picture Tubes
Television Receivers W-49-A and KVN-49-1
'Television Receiver KM-49-B
Tele~i.sion Receiver KVN-49-4
Television Receiver KVN-49-H
Television Receiver T-2 "Leningrad"
Television Receiver *Avangard"
3
5
11
13
15
17
19
22
Television Receiver "Avangard-55* 25
Television Receiver "Zvezda" (elcperimentaa mdel) 27
Television Receiver "Belarast" 28
Card 2/4

WV/2898
Checking of TeleviSiOn Tubes 30
Television Receiver "Bel=118. 1-3"

vision Receivers "Urfin"R "Sever" and Menit"
-Tele
32

34
Television Receiver "TelIP". 36
Television Receiver "Temp-2" 38
Television Receiver *Temp-3" 40
Television Receiver "Remabrandt"

levision Receivers."Ll'Oh-j" and OLUch-0
e
T 42

4
Television Receiver 46
Television Receiver .-Lnanys-58-
Television Receivers wStartw and "Start-0 )~8

51
Television Receiver a8ekore
card 3/4

Checking of Television Tubes WV/2898
Television Receiver "Record-A" 52
Television Receiver "Record-B" 54
Television Receivers "Rubin", "Rubin-A" and "Yantar," 57
Television Receivers "Rubin-101"j, "Rubin-201" and "Rubin-202" 59
Television Receiver "Yenisey"
62
Notes to Tables 62
AVAnABIE: Library of Congress
Card 4/4
JP/os
1/29/60

PHASE I BOOK EXPLOITATION SOV4680
Yellyashkevich,, Samuil Abramorvich
Spravochnik po televizionnym priyomnikam (Manual on Television Receivers) 2d ed.p
rev. and eal. Moscow, Gosenergoizdat, 1960. 223 p. 150,000 copies printed.
Ed.: Yu.A. Protopopov; Tech. Ed.s K.P. Voronin.
PURPOSE; This manual is intended for technical personnel of television establish-
ments, students in schools of higher technical education, and designers.
COVERAGEs The manual presents characteristics of the w7re widespread television
receivers manufactured by the Soviet radio industry between 1949 and 1959.
It contains schematic diagrams; descriptionsp Information on tuning, electrical
and operational characteristics, and data on windings. Separate chapters deal
with improvements in television receiver circuits (1957-1958), units and assem-
blies of general uset and methods of measuring and tuning. The manual-is based
on plant regulations for tuning and adjustmentep information received from tele-
vision plants~and from the Gosudarstvannyy Soyuznyy radiotrest (State All-Union
Radio Trust) of the Ministry of Communications. No personalities are mentioned.
There are no references.
oftr&_~

YFVYAS .41 'AVr"OmOkqr4 - PEVZNERt I.M.p inzh,t retsenzent; BABUKI
13*V.9 inzh.t retsenzent; ftVZUR# I.N., red,; ZHITHINOVA# toldm.
red,
[Elimi"ation of faults in television receivers] Ustranenie no-
ispravnostei v televizore. Izdo3,v perer,,l dop. Moskyaq Goo*
energ. izd-yo, 1961. 205 pe (Massoyaia radiobibliotekal no. 387)
(Television-Repairing)

57-~
YF.LIASHKMCH, Samuil. Abramovicb; YAKOBSON., A.M. red.j 'LARIOIIUV#
G,Ye,,. -t-ekEiGred# --
[Use of a wobbulator in tuning a television receiver] New-troiYA
televizora s pomoshchliu generatore. kaoWushcheisia chastotyo
Moskva Gos.eaergeizd-yop 1962, 63 p. (Massovaia radiobibliotekap
no-430~- (Talevision-Receivers and reception) (MA 15t,4)

im
YELIYASHKEVICH Samuil Abramoylgh; FEVZNER, I.N., red.; LARIONOV,
I --
(E.: ~." `r;t -
(Repair of television receivers] Ustranenie neispravnostei
v televizore. Izd.3., perer. i dop. Moskva, Gosenergoizdat
1963. 207 p. (Massovala radiobiblioteka, no.~87)
(MIRA 16:6)
(Television--Maintenance and repair)

XZL,!YASHMICII,..,Samuil.,Abr~moyicb; LEVYKJNq H.N., red.; FILIPPOV,
A.I., red.; ZHU, Ya.M., rod.; ZHEGALOV, 145.0 red.;
ZBOVIYEV, G.P., red.; KOLYSM, F.P.j red.; FUTNOV,
M.N., red.; KHMAKOV, M.A., red.; PEWNER, I.M., red.;
SOBOLEVA, Ye.M., tekhn. red.
(Handbook on television receivers) Spravochnik po televi-
zionnym priemnikam. Izd.3.., perer. i dop. Moskva,, Izd-vo
"Energiia," 1964. 271 p. (MIRA 17:4)

- . -., - ilz;; ~- -I
-m 7'.

I $4t 6 to loo lsomts 16 41 0 a Ila 6140
'A
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orj%nisms,
J
,
14"Ats"
fit Pligh-11,
r"Jilrill ill Ou- liv.9
lilt Se"e"al itnd.
Will lilt Wirl 1.6 fl-,
are not.1 4.11 Or
life, it, C. 10. A.
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40 jj; too* propatatlaw of T' atbit tim. It. 1. (kA'dAt,l. .0
00 U~_"44411%?Jcb. fik-Arm. J. (Ukmhw) 18. 6W-67
Knolith. 571-4alwo).-In Con-
(in Russian, foi
noTtion with the work on the felation twern the liver
00 z ed 's met ng fabbits (C. A. 33. M'A")~ I/
Jew and fat in frowl with hJ'4 " it on twou,11WO
cc hani's mettuxt ent
06 (of, C. A. 28, 341W) was decided upon to dehydrate the
00 tissue witlunit removing the fat. me JIVET, washed In
with After paper.
phy*gMk "n. and hirdth
00 a *Jill wI%%srs anti mixed wi 3 11mrs Its wt. NavS(At 9-1
p6Mj0vrfC&Clj. Fjum21n4f.Offr"hlI=Iv.w%4
Waxittl
fatten for nwh expl. 'rb, condilkint (4 sY
fw diff"ent elpts.. tmi Wt, 11W %AnW JfW acritaw-44hrl
(I)sndsuff&tr(H)PrcPns- Controls tOdct- the "alt"It
activating sulfate Influence sbowtd no such Influence-
00 ThesynthrsisratinolitoHl-il toll-4-6.6 for rabbits 12-45
days old. approachitill that of adults. Kocoeff.cvuldbe
16 ~060~' lots
A 0 1-
00
*00
-00
-04
=00
coo
.*I:::
drrtyrd Inr newborn to J-2-day-old animals. whosa let-
pth"Is and hydrolysis value for 1.
I
rib JJv,-r gave tero 4y
'1400
frut remarkably IsIxis 11, 6-1-14%. The by&olKtk lipaw
activity of Hof young animals equals that of ftes timue.
a. Gutoff
L4 0
U Nw
I
11;"tristom units otttt, it a a 0
0 0 0 0 0 0 * & 0 a 0 0 0 0 0 000 0 0 0 0 0 0 0 0 :.
0 0,0 0 0 0 0 0 * 0 0 0. 0000 0. 0 0 99 9 *fee : : : : : 00

00
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go
09 AM
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00
09
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K N I I L a Aln I I M 0 lz 0 Vt.
0

R0149*4 beirg" Me by&o"c and synthetic Activity roo
Yet 11PO". F..&EI'Y*AbkrvJch. fimvkew. J. Wit- .00
) 17 271-80(in Russian i Iti'lin
O
u;
i
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r
1
llc Capecity Df
bi
4ilyn
ipa
was detal.
;
4
pus of thr tissue In 0=1 AV MIA)II an 11W
butyrave loults, in units W 0.01 1. tit fresh tissue, the
synthetic "Viy. stdilling to a Main. of 0.5 Ird. butyTic
id i
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n
ar
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the dry tisave (cmespanding to 2
of ft
sh tb
ue)
ith
h
d
N
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e
s
g-
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an
Prr
.
a,%),; the mist.
y
was titrated with 0.05 S KOH and again after 3 lus. st
Zee
30". -Tbe oneff.. synthnic octivily1hydnAylk. was 3.3-.
4.0 for Adult, Ml 3h-5.0 for snminc rabbits. The ay.
coefts. for riabbits, guinea pip, and rats were 3 3 2 and
10.2. reop. it"it-liver tissue was stable InIh.'sa. zoo
7Z40
medium. fresh ulnels-PIC tbaue kat 17% and the sulfate
'"
li -
Poe
a o(
s activity; the tWue activity was 2-3
=- n 1
amtcr Insq. riwdlum. 11-irbi Guttill
Zoe
SO 0
zoo
12=1 IALLUMGKAL LFTIIIAIM9 C1.41111FICST40 Des
Miami qt.!!~r gee
*iaw
$410114 Nit d"I Got MIA 14-1 CA all
i W 0 ; ..jA& iv wo a vim iosaai3v v"I
U AV 10 it Irt In In No a As 4"d
0 0 0 4 0 0 0
O's 0 0 0 0

; I.T. ~, , J. ~,; i ,
GRI113ER3, Ye. A.; YZ-LIjASFjopCH, Z. S.;, A:-,TSI,,A.,,, IL I.
34171. Morfologichoskiye i biokhinicheskiye izneneniya oritrotsitarnoy
massy v razlictinykh sloyakh Krovi, Konservirovannoy na glyukozo-
tsitratnon rastvore. IrKr. biokhim. Zhurnal, 1949, fLo 3, s. 269-
79- Na ukr. yaz. - Rezju--fe na rus. yaz.
SO: Knizhnaya Letopis' No 6, 1955

I Ye.s. [161'Iaahkavyob,, E.S.)
--7EL!YASRY.UICI v
Alkaline rejerve in the blood following intravenous of
vodium lactate sclutinn into dogs after acute exten3ive
Fizio". zhur. [Ukr.] 10 no.3096-399 My4e 164. (mmA 18~?)
1. Kiyevskiy nauchno-isslodovatellakly Institut perelivurdlyu kTcjvi i
neotlozhnoy khirurgit.

YELIYAEFIEVICHIYE.S.4 PUKAHVICIII, A.S.
Ter-1,3tirm of fibrinmgen frcm h=-n plasma b7 meane jf a !rt,%r-IIP
without filtration. G--~mat. i perel. kro?i 12623-17 165,
(M-IRA 18?10)
1. Kiyevskiy inatitut perelivnnlya krovi.

L 11547-66 EWT(d)/EV1P(k)/9V'P(1)
ACC NA, AP6005029 SOURCE CODES Ufl/0103/63/000/001/0?~1/0D%
AUTHOR: _~ztMa,,Z- Asl Alizadep As A.1 Aslancyp Ro Ke; Guseynoyp Yo 0.1
Dzhuvar _0h,,.M..1 XQVXAM Kadymoy# Yao Be; Kulizadep Ke Nol
ar j
veds, Z. Is
)(Yai~ a4 j.Mamikonyanta,, Lo Go; Petrovq L L; Rueta=adeg P. Be$
Spirin, A. A.1 Syromyatnikov, I. A.1 Esibyan, Me As; Efendisades At A, .0
ORG: none
TITIE: Profess novich Plyuahchl /J3
SOURCE: Elektrichestvoj, no. 1,, 1965v 91-92
TOPIC TAGS: electric engineering, electric engineering personnel, petroleum
engineering personnel, petroleum engineering
ABSTRACT: Brief biography of subject,.a doctor of technical sciences and head of
Department of Eloctric Power and Automation in Industry at the Azineftekhim
(Azerbazhan -Petrochemicq1JpktA1!~#),, on the occasion of his 60th birthday In
Vober rbaydzhan Polytechnical Institute imeni
er i -rraduaaig irom A2e
~
Azizbekovo subject worked in Caspian shipping industry and later headed the,lesigning
division at the Azerbaydzhan department of Elektroprom. With Azineftekhim since
1927, starting as laboratory assistant; department head since its tormation in
1938; deputy dean of power engineering division in 1943-45. One of top Soviet
experts on the electric power supply and electrical equipment of the petroleum
industry, he has trained many engineers and scientists for this field and is the
author of over 60 published works and ixrventionso Widely known are his works on
cwd 1/2 UDC: 621.3~2-03

----------
L 11547-66
ACC NRe AV"5029
determining power losses in drilling* He was the first ~o investigate the problea
of selecting the most suitable power characteristics with due consideration for
wave-like torque distribution along the drilling string* He did research on the
automatic regulation of drill feedg, critical roller-bit speeds, self-6starting
electrical p=ps, etas. A party member since 1945, subject has been awarded the
Order of the Red Bann'er of labor Orige art* hass I aguro. 9PR;7
7
SUB COM, 090 1~ SUEN DAM: none
rded 2/2

Roofs
Reed-coverid sheepfold. Sell. stroi.
no. 3 (44)v 1952
Monthl List of Russian Accessions, Library of Congress, August, 1952, UNCLASSIFIED.

1. YELYASHVILI,
2. USSR (600)
4. Farm Buildings
7. Standard plans for livestock barns. Sov. zootekh. 7 no. U. 1952.
9. Monthly List of Russian Accessions, Library of Congress, FebruArl -1953. Unclassified.

YELYASMIJ, A. I*; VOLCHKOV) V.
Pam Buildings
Constructing reed-roofed sheep sheds. Sots. zhi#. 14, No.q. 1952.
I
Monthly List of Russia6 Accessi22!,, Library of Congress, December 1952. Unclassified.

VOZBVfSKAYA, A.Ye.; THLYKIIIA, L.I.
Word
Fertility of nevly cultivated turf-Podzolic soils in the
southern taiga of Omak Province. Pochvovedenie no.505-41
147 '59- (MIR& 12:8)
1. Omakiy ael'skiy institut Im. B.H.Kirova.
(Omak Province--Soil fertility) (Podzol)

"Effect of Fert-i lization on t:,c Potato and Tomto Crops Under Conditions in
Soutizern Sakiialin." Cand Agr -"ci, M-Union Sci Pen Inst of Fertiliza "lion,
Af;ricultural Erigimering, and Soil Science imeni K. K. Gedroyetv; All-Union
Order of Lenin AcaderV of AGri.cultural Sciencc3 imeni V. 1. Lenin, ~Ioscow., 1954.
(KL, INo 11, Mar 55)
So: Sum. 11"o 670, 29 Sept 55 - Survey of Scientific and Tcc~nical Di rmerta t ions
Defended at USSR lligh,cr Educational Inotitutiona (15)

t-. AL ~A Nn V t
RARSUKOV, II.I., kAnCI.sollskokhozy&yatvennykh nauk; KUTURIN, A.D., doktor
sollakokhozyaystvonnykh nauk; BORINEVICH, V.A., kand.sellskokhozyay-
stvannykh nauk; BOIWSOYA, S-11., Bgronom; VFJMYICaVA, H.D., kand,
sellskokhozy&ystveanykh nauk; GNSHUH, X.M.,doktor biol. nauk;
GOROKHOV, G.I., kand.sellskokhozyaygtvannykh nauk.- GUBKIII, S.H.,
YS
kand. voterinart7kh nauk; OfA L kand.sellokokhozyaystven-
nykh nouk; KOTT. S.V., doktoTrWO)A&.in"iAWkO; KOCIIKIIIA, V.A., agronom;
6
IAHBIN, A.Z., doktor biol.nauk4, LKBIIDSVA, Ye.H., agronom;
MALkKTOVSKIY, A.Ya., dok-tor oellakokhozyaystyennykh nauk; HAYBORODA,
N.M., kand. sellskokhozyaystyennykh neuk; MAYDAHM. A.E., zootakhnik;
OVSYAI#NIKOV, G.Ye., kand.sellskokhozyayBtvennykh nauk; PSTRO7, P.A.,
kand.biol.nauk; POGORNLOV, F.F., agronom; POLKOSHNIKOV, H.G., dotsent;
RENARD, G.K., kand. sellakokhozyaystvennykh nauk; RUCHKIN, V.N.,
prof.; SADYRIII, H.M., kand. sell skokhozyaystvennvkh nauk; TOBOLISKIY,
V.YA., vetvrach; TYA'"'HELIIIIKOV, S.D., kand.sellskokhozyayBtveanykh
nauk; UKHIN. I.I., kand.sellskokhozyaystvennykh nauk; YEDOROV. G.V..
kand.Bellskokhozyayetvonnykh nauk; CHIRKOV. D.I., zootakhnik;
TSINGOVATOV. V.A.. prof.; SHVETSOVA, A.H., kand.sellskokhozyaystven-
nykh nauk; SHMMAGIII, A.L. kand.sellskokhozyaystvennykh nauk;
SIMNOVSKIY, A.A., red.; GOLUBIIgWsYA, Ye.~;., red.; IMCHAY.MVA, Ye.G.,
red.; FiMSYPKIIIA, Z.D., tekhnicheskly red.
(Siberian agronomistle reference manual] Spravochnaia kniga agronome
Sibiri. Hnnkva, Goa. izd-vo sellkhoz. lit-ry, Vol-2- 1957- 539 P.
(Siberla--Agriculture) OIIRA 11:3)

LVIN, M.V., lnzh.; TILTKOVA# T.A.
Autoclave-hardened porous concretes made with local Ural
materials. Trudy NIIZHB no.8:129-135 '59.
(MM 13:4)
1. Sverdlovskiy filial Voeooyusnogo naucbno-iseledovateliskogo
Instituta prowyehlennykb sooruzheniy.
(Sverdlovsk Province--Lightweight concrete)
(Form Province--Lightweight concrete)

';,POI A R T Ii, - r z, -,- c
j_
752 -2
. Y41
Uchet! kal'kulyatsiya i otchetnost' na predpriyatiyakh legkoy ro-nyahlennosti
(Accountingand calculation in light industr'y enterprises, by M. G.
Yelysheva i V. A. KAL'XUTIN.
Moskva, Gizleprom., 1954.
178 P. tables.

TYURINI G.S.$ kand. tekhn nauk (translator ];-=XVTIN jjj&~j_
inzbe (translatorb MAURAKH, Y,,A., kande tekbn. nauko red.
[Electron malting of metals, Translated from the English]
Elektronnaia plavka metallov. Moskvap Izd-vo "Mir," 1964.
357 P. (MIRA 180)

YELYLITIN, D. N.
"The formation of the intrusive complexes in the Northern zone of the Tien Shan"
report presented at the Second All-UnIon Conf. on Petrography, Tashkent, 19-23
May -1958 (Geokhimiya,5p'58.,P507)

. _ ~ELY~T JUMMI YUONS
jt~~ Mel RUDAKOVA# Z*Go; Y
Pro-Paleozoio mineralizatlon of rare earths in the Ilaryn baoin,
Zqp. Kir. otdo Vaen, min* ob-va no.1:77-81 139* (IOU 140)
(Rare earths)

28564 S/137/61/000/009/061/087
AO60/AIOI
AUTHOR: YelyutIn, 0. P.
TITLE- High-resistivity alloy for tensometers
PERIODICAL- Referativnyy zhurnal, Metallurgiya, no. 9, 1961, 25, abstraot 91166
("Sb. tr. Tsentr. n.-i. In-t ohernoy metallurgii", 1959, no. 22,
03-204)
TEXT: Two alloys are developed which have characteristics close to those
of alloys for thermal compensated sensors. The alloy of Fe with 26.63% Cr,
5.55% Al, and 3.48% V D(26WI)(Kh26YuF)] has a specific resistivity of 1.47
ohm-~w?/~; tempegature coefficient of lingar expansion of this alloy under
heating up to 900 C is equal to'13.6 , 10- deg-1, the temperature-coefficient
of electric resistivity in the temperature ranges 50 400, 400 - 600, and
600 - 1,0000 is equal to (1.31 0.9; 0.7).- 10-5 dog :1 respectively, and may be.
reduced by heat-treatment. The output signal of the alloy In greater than that
of the presently used alloys by a factor of 2 - 3. The alloy containing 76.95%
Ni, 20.15% Cr, and 2.50% Al has an electrical resisti*lty of 1.16 ogm-m;2/m*,
tempeiature'c6effioient of linear expansion under heatin&up to 900 C equal to
Card 1/2

2t564 81137/6 IIOWI00910611087
HIgh-resistivity alloy for tensometers A06DIA101
16.6 , io-6 deg-1, while the temperature coefficient of electric realatlyity
remains constant in the range 50 - 5000C and Is equal to 1 - 1.2 - 10-~~' deg-1.
The alloy is not fit for applications above 5000C, since the temperature coeffi-
oient of electric resistivity above 500 C beacmes negative.
K. Povarova
(Abstraoter's notes: 1) Complete translation.
2) * Correoted from ohm-mm2/m-1.1
Card 2/2

36820
3/137/62/ooo/oo4/125/201
A06OIA101
AUTHOR: Yelyutin, 0 P
TITLE: Alloys for bigh-temperature sensors
PERIODICAL: Referativnyy zhurnal, Metallurgiya, no, 4, 1962, 68, abstract 41408
C'Sb. tr. Tsentr. n.-i. in-t chernoy metallurgii", 1959, no. 22,
205 - 225)
TEXT: Five alloys have been developed, whose characteristics correspond
best of all to the requirements imposed upon temperature transducers. Depending
upon the value of the temperature coefficient of electrical resistance these
alloys are divided into three groups: 1) the alloy t 1 50 1/\ 10 (N50K10) Pwith
composition (in %)z Ni 51.0, Co 10.5, Fe 38.9 - has r - 0 25 ohm - mm ~ms
temperature coefficient of electrical resistance 5.5 - 10-S deg-1 In the tempera-
ture interval 20 - 500 0C; 2) the alloy!< 8070 ~K8070) with composition (in %):
Co 83.5, V 3.5, Fe 12.9 - has f3 - 0.213 ohm - mm Im, temperature coeffIcien of
electrical resistance 1.4 * 10 deg-l in the temperature Interval 20 - 700V
the alloy K 85,X 10 (K85KhlO) with composition (in %) : Cr 1.72, Co ~5 : 0, , 10
has 0.4, temperature coefficient of electrical resistance 1.7 10-3deg
Card 1/2

Alloys for high-temperature sensors
511371621000100)Vl251201
Ao6o/Aioi
in the temperature interval 20.- 700OC; 3) alloys of the type of chromel
H90X 10 (N9OKhlO) with composition (in %): Ni. 90.0, Cr 9.5, Fe - the remainder
(f - o.69 ohm - nW/m), and stainless steel H 3OX 18 ~N30KM8) with composition
( n %); Ni 30.5, Cr 18.8, Fe 50.0 (? - 0.95 ohm - mm2/m), both alloys have a
temperature coefficient pf eleptrical resistance less than the predetermined
value of 2.6 3.3 - 10-4 deg-'.
[Abstraoter's note: Complete translation)
T. Rumyantseva

_7
Ari
A~
P/tUAZ/000/025/011/025
71K 61
AUTHORS:
uUa,.0_P, Pshechenkova, G.V.
~-'_TITLE: Investigation of alloys.of the system Ni-.Mn-Cr*
SOURCE:' Moscow. TwentralInyy nauchno-iseledovateiltmkiy institut chernoy
Sbornik trudov. no. Z5. Moscr, 1962. Pretsizio rye
TEXT: -The paper -ie-pdktj-the - 'anezper'~u~entai_ ~~4i VA
alloys of the system Ni_Mn-Cr which exhibit an
e
and a low temperature coefficient of the ER and which, itherefore, are readil0itilo;
ized for the making of resistor elements which operate'La instruments and eq*ip-
ments at near-room T. In addition to the electrical properties of a number
alloys of this system it was found to be necessary, in the interest of the development
of suitable manufacturing techniques and related heat treatments, to study the phase
composition and the transformation processes therein. The phase diagrams of the
systems Mn-Ni and Mn-Ni-Cr are shown. The experimentation comprised a dilato-
metric analysis, ER measurements, and an investigation of the effects of various
elements on the properties of the alloys, an investigation of the effect of heat treat-
ment on the electrical properties of the alloys (performed by 1. A. Savost' yanova).
Card

..:-Investigation of alloys of the system .... S/776/62/000/025/013/OZ5
vnncli in, t e-investigation--o"Hoys, of- the- system Ni-Mn-Crj.
containing irom.20 45% Mn and B-10% Cr, permit certain conclusions on the phase
composition, trans fo rmations, and possible uses of the physical properties of these
alloys. The alloy containing 20% Mn and 8% Cr constitutes a single-phase solid solu-
tion. During slow heating and cooling in the 400-5000C T interval a K-state forms
in the alloy. As the Mn content is increased beyond 23016, an incipient phaje trans-
formation of the face-centered y phase into a face-centered tetragonal e phase was
detected dilatometrically; this transformation was distinctly fixed by the X-ray
method at a Mn content of 30%. ER measurements during heating denoted a smooth
transition from the single-phase to the two-phase alloy3 which occurs during an in-
crease of the Mri content from 23 to Z8176. The alloys lying at the boundary of the
two-phase region exhibit a fairly elevated ER(1.4 ohm- rnm 'z /m) which increases
with increasing Mit content; -these alloys have an ER-temperature coefficient vary-
ing from positive values to negative values within the T range from room T to 3000.
The same properties can be obtained in the two-phase alloy by means of heat treat-
ment that achieves the required oolid-solution state in which the new phase does not
yet precipitate. The detection of this state is feasible by means of ER mcasure-
ments and the dilatometric method. An advantage of the alloys obtained from the
Z-phase region is the elevated ER. The required state can be obtained by quench
or by quench- plus -a ubs equent-aging, at which the required initial stage of decpm-
Card 2/3

S/~76162/000/025/013,
rnvestigation of alloys of the dyfitem 5
position of the phase from the solid solution is obtained. The alloying element4
contribute to an increase In the ER and in improvement in,the mechanical prop�rties
of the alloys. There are ZO figures, I table, and 4 references (Z Rus sian -language
Soviet, I GerrAan, I English- language).
A
S
Car,
1 3/3

YELYUTJ11 O.P. (~bskva); KALININ, G.P. (14oskva); ROGOV, G.I. (14ookva);
S.M. (~bskva)
Physical and mechanical propertioB of alloys in the system titaidum -
molybdonu;L - aluminum. Jzv, AN SSSR. Otd. tekhe nauk. Met. i gor. cb1o
no.ltl76-180 Ja-F 1634 (MlRk 1613)
(Titanium-molybdenum-aluminum alloyo-Teoting)(Phaso Aile and oquilibrium)

L 1104&2 W(q)/ZWT(M)/BDS--AMC/A5D--_7jD
ACCESS1011 NR: AP3000915 S/0279/63/000/002/oi36/oi4o
AUTFOR: , Ye;~%tln, 0* P*
(MOSGOV); Kalinin, G. P.* (Moscow), Khromov, S. M.
(M93col-0
TITM: Physical properties of titanium-rich alloys of the titan1un-aUzm1=,.-
--tin system-- _".W~
SOURCE: -PIT SSSR. Izv. Otd. tekh. nauk. meteuurgiya i gornoye delo, no. 2,
x963, 136-140
14,
TOPIC TAGS: titaaium-aluminum-Azin system, titezium-rich alloy, titnnium-rich-
u.110y'stnicture, titanium- rich- alloy resistivity, resistivity' temperature
coefficient thermal electromotive force, beat donductivity, titanium-rich-
alloy strength
ABSTRACT: The physical and mechanical properties of Ti alloys with up to 10%
The alloys were melted in a noncommobb-
Al and up to 25% Su have been studied.
electrode are furnace in. an argon atmosphere,, forged into rods at a temperature
ranging from 1100-1200 to 700- 800C, annealed in a vacuum of 1 x 10-5 = Hg at
12000 for 3 hr, and coo.Led to room temperature at a rate of '800/asc.. After
Card 1/3
7

21094,63
ACCESSION UR: AP3000915
this treatment, all alloys had. a single-phase structure of a~soU4 solutions.
Electrical resistivity at 20C was found to increaGe steadily with increezing
Su or Al content aud reached 1.85 to 1.90 ohm x =2/m In alloys with 7.5 to
10% Al and'2.5 to 15% Sn. The temperature coefficient of resistivity, while
remaining constant for a given alloy in the 20 to IBM range, decreases linearly.
with increasing Sn or Al content and is 20 x 10-5/deg for alloys with 7.5 to
10% Al aacL 5.0 to 15% Sn. - The thermal emf (in couple with Cu), which for
pure Ti is +5 mv/deg C, decreases by alloying with Al or Sn, and at 2.5% Sn or
1% Al is negative. A maximum thermal emf of -10~4 v/deg 0 was shown by
ternary alloys with up to 10 to 20% Sn and 5 to 7.5% Al. Both alloying
elements decrease beat conductivity from 0.030-0.013 cal/cm x see x deg for
pure Ti to 0.012 cal/cm: x sec.x deg for alloys, containing 22.5% Sn 9d 2-% Al.
The tensile strength remains.almost unaffected on the 78 to 85 lc�/= level
with additions 'of up to 10 to. 12% Sn,, but increases to 120 kg/mm at 171,,' Sn
with.elonsatlon dropping to 10%. Al is more effective than Sn In strengthening
alloys. Ternary M-Sn-Al aLloyswith 45 to 24 and 4 to 7.5% Al have a zsx.4=-
:~Ccrd -.2/3

L 1.1694-63
ACMSIOII IM'- Ap3000915-
Further Incremse
o td 61p.
tensile strength of 125 kg/=2 and a ductilitY Of Orig. art. has:
content lowers both strength and ductility
in the Sn and, Al
4 figures- tute of precision
kh splevov TaNnWI
ASISOCINUOIT: Tnstitut Pretsizi='Y*
Kiloya TsNllCbl-l)
- I IsTun63 00
DATE ACQ.
2lAug62-
UBmTM- D
SOV: o06 001
v0 REF
SUB COME: HL

kit

4
j
.

I
MININ
,
" Al

I
Em

~
-Rig
s
A

15"! 1 1
I :. I te
P, - mo ~ I 1 -1 pl, 'Al- ~ I'VE
MR, ,I, ~ I ~ - mill. a

5L . - I , .- 1,
. I r k
I
. t ~ ,
. A : - - . . . . . I I
. . ; -, -, Z, , A .I -_ I I f- : I ~ 4 ,
. . . . : t
0
~Y, -

MO.

1 13381-66 EWP(a)&T(m)i(EWA(d)/EWP(t)/EWP(%)/EWP(b) IJP(o) JD/HW/JT
d- /' 4- W _6~
ACC NR. 66- 61' NCO 6 if
INVENTORs Yelyutin. 0, ?#1 Ookshitakty. tj_ Ts ,I V
--Sorokin,
ORGt none
TITLEa Itigh-resistivity alloyl-ilClass 40, No. 177075 (announced by
Ceintral-Scientific-Research-Institute of Ferroup H~Asllurry imo
1. -P-. Bard1n (Teentrallnyy nauchno-;LssledovatellakLy instLtut thernoy
1hetaLlurgIL)j
SOURCEt Byulleten' izobreteniy i tovarnvkh znakov, no. 24, 1965, 72
TOPIC TACSt. alloy, high resistivity alloy, nickel containing alloyq
manganese containing alloyo vanadium containing aLLoy
ABSTRACTs This Author Certificate introduces a high-resistivity alloy
containing 42-50% Nip 40-46% Inand 4-18Z V. JNDJ
SUB -6-,0D31 l1/ SUSH DATE: llHay64/ ATD PRESSI 4-0Jr.
Isord UDC 669,,245,018. 54

MKNI-Teib MEE
L 22944
W(a)ZEWP(t) 14P(c) JD/JQ
-XCC NRt 012142 SOURCE CODE-., UR/0413/66/000/007/0060/0060
.INVENTOR: Kalln1n, G. P.; Yelyutin, 0. P.
ORG: none
TITLEt' A method of-vanadium pitoduction. Class 40, No. 180347
SOURCE: Izobreteniya, promyshlennyye obraztsy, tovarnyye znaki, no. 7, 1966, 60
TOPIC TAGS% vanadium, vanadium extraction, aluminothermic extraction
ABSTRACT: This Author Certificateintroduced an aluminothermic method of vanadium
extraction from vanadium pentoxide. In order to improve the ductility of vanadium
and reduce production costs, boron oxide in the amount of 0.1-2.0% of the weight
of-vanadium, pentoxide.ia added to the initial charge. [WW]
SUB CODE: Ill/ SUBHYATE: llNov .64/ ATD PR.ESS--q237
Card UDC: 669.292.33

601- EWPWLE~I IJP
9
~6 - EWT(m)L (c) JD/JG/GD
ACC NRs AT6013551 (A) SOURCE CODEt UR/0000/65/000/000/0052710--O--54-'--1
AUTHOR: Yelyutin, 0. P.; Bokshitskiy, I. Ya.; Rogova, 1. V.
ORG: Institute "of Steel and Alloys (Institut stall. i splavov)
TITLE:' Some physical properties of the compounds of niobium with transition elements
(NbCr?- NbC02, 11bFe2) 1/3
SOURCE: AN UkrSSR. Institut problem materialovedeniya. Vysokotemperaturnyye neorga-
nichaskiye soyedineniya (High temperature inorganic compounds). Kiev, Naukova, duaka,
1965, 52-54
TOPIC TAGS: niobium, transition element, chromiun, cobalt, iron
ABSTRACT: The type of crystal lattice, the temperature dependences of normal resisti-
vity modulus (E) and electrical conductivity M, the specific electrical resistivity
(G), the thermal coefficient of electrical conductivity (dp), the paramagnetic sus-
ceptibility Q), the absolute thermoelectric force at 200-1000C, the coefficient of
thermal expansion (0) at 200-9000C, the normal modulus of elasticity (E), the tempera-
ture dependence of elasticity modulus (0.), and the hardness were determined for
NbCr2, NbC02, and Nbre2 samples# The samples were prepared by soaking liquid-phase
metals into quartz ampoules 3 mm in diameter. They were subsequently homogenized by
holding for 4 hours at 10000C. The temperature dependence of the normal modulus of

L 29604-66
and Hbre2 are grapn-l'
ACc NRt AT6013551 tivity (b) of 1bC12, NbC02 lar
-icity (a) and the electrical res's 2% NbCO2. and NbFe2 0*6 p;esented in tabu
elast properties of NbCr
ed. Datd on PhYsical gur-'es 1 tables
forms Orig- art. has'. I fi 003
SUBM DATE! 03JU165/ OR'(! IM
SUB CODE1 OW
C.,d 2/2
MW
ff M

C NRI AP601336 U.11/0370/~6/060/0 i/0125/0130
SOURCE CODE;
-,AUTHOR: Yali In, G. P. Cl:oscow); Yelyutin,.O,- P. (11,108COW);
0"'oscow)
ORG., none
I TITLE: Physical and mechanical properties of alloys of the Ti-Nb-Mo system 77
SCURCE: A14 SSSR. Izvestiya. Metally, no. 2, 1966, 125-130
TOPIC TAGS: titanium alloy, niobium alloy, molybdenum alloy, solid mechanical
property, solid physical property
ABSTRA.M The concentration dependences of some physical and mechanical properties
of alloys In the titanium corner of the TI-Nb-Mo system were studied on alloys con-
rainIng up to 507'. Nb and 4", Mo. The electrical resistance, Its temperature
coefficient, thermal conductivity, thermal emf, modulus of normal elasticity,
c'
strength, hardnes:rtyand lasticity were determined by plotting the corresponding com-
position vs. prop d grams. Two regions of alloys are distinguished: one with
low strength properties nd a low plasticity, and one with a high strength and a
_1000 %
Satisfactory ~lasticlty. The first group of alloys with a strength of 950 :n/m2
(97-102 kg/m, ) and a plasticity of 9-1471. Includes TI-Nb alloys with 30-3517. Nb, Ti-Mo
alloys with 10-137. 11o, and intermediate ternary alloys TI-Nb-Mo. The alloys are
located at the boundary of the region of the martensitic transformation. The group
Card 1/2 UDC

L 3897-1-66
ACC NRt AP6013365
,of alloys vith a satisfactory plasticity Includes binary TI-Nb allo~q vith 45-55% Nb
ary TI-No alloys with 20-25% Mo, anc b-Mo, located
b1n I 14ermedlate ternary alloys TI-N
nt: the boundary of (,K+0)0-phaao ragjonp.k'~7Thaso alloys have an ultimata strength of
rMO-900 .In/m2 ( I
51-92 kg/mtdl) and an elongation of 15-177.. Orig. art. has 1 5 f ILrures.
STIB CODEt IV SUM4 DAM 05Nov64/ ORIG REP: 002/ OM REFs 001
Card 2/2/iV/-1V

L ogg6h-67 __ Ezpp(PI WT(M)/FVJP(t)/ET1 1JP(q)___4PAK__ ------
XCIU NKt Apj' uRi"i-~'/66-/ooo-/oig/ooe4'/Oo$4-1
6035722 SOURCE CODE:
i
INVENTOR: Yelyutin. 0. P.. Bokshitskiy, 1. Ya.; f~qgova,,_I. V.; Sorok ?, H.
ORG; none 4
TITLE: HiRh-resisti it all2y% Class 40, No. 186694 [announced by the Central
Scientific Research Institute of Ferrous Metallurgy im. Bardina (Tsentral nyy
nauchno-issledovatel'skiy institut chernoy metallurgii)]
SOURCE: Izobreteniya, promyshlennyye obraztsy, tovarnyye znaki, no. 19, 1966, 84
TOPIC TAGS: nickel manganese allay, high resistivity alloy, titanium containing
alloy, cobalt containing alloy
ABSTRACT. This Author Certificate introduces a high-resistivity nickeL-manganesel
base alloy containing 45-50% nickel, 43-48% manganese, and 2-12% titanium at a
nickel to manganese ratio of 1.0-1.07:1.0. A variant has 5Z max titanium and
5-15% iron and/or cobalt to improve ductility.
SUB CODE: 1l/ SUBM DATE.
1OAug65/ ATD PRESS., 3(105
UDC: 669.018.54: :669.245'74295

ACC
AP6036839 sourta com Un/0020/66/171/002/0320/0323
AUTHOR: Bokshitskiy, I. ya.; yelyutin, 0. P.; Rogovat 1. V.; Sorokin, X. He
ORG: Central Scientific Research Institute of Ferroun Metallurgy in. 1. P. Bardin
(Tsentralinyy nauclino-issledovatellakiy institut chernoy metallurgii)
TITLE: Influence of group-IV transition elements and of Cu on the structure and
physical properties of alloya bued on the compound Nimb
SOURCE: AN SSSR. Doklady, -f. 171, no. 2, 19661, 320-323
TOPIC TAGS: nickel alloy, manganese containing alloy, transition element, alloy,
phase diagram, resistivityt electric property
ABSTRACT: To investigate the structure and physical properties of alloys of the con-
pound NiYa with transition elements, the authors fused pseudobinary alloys HiMa-1-56
(Tis V, Cr. Fe. Co. Cu) containing 1- 20 at.% V and Ti, and 1- 10 at.% Cr, Fe, Coo
Cu. The tests considered of a dilatometric analysis in the 100 -- 950' interval,
measurements of the electric resistivity as a function of the alloying-additive con-
tent, an electron-microscopic Investigation of the structurep and an x-ray phase anal,
ysis. The dependence of the electric properties and of the structure of the alloy as
a function of the beat treatment was tested in the case of Nima + 10 at.% V. The
tests yielded the phase coupositions of the different alloys and the types of crystal
Card 1/2 UDcs