SCIENTIFIC ABSTRACT LAKERNIK, M.M. - LAKH, Y.I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000928430003-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 20, 2000
• Sequence Number: 3
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

c JAILM~NIK.&; RABICHEVA, L.M.
DeUrmining the activity of ferrous oxide in slags of the
system FeO - SiO2 - CaO. Sbor. nauch. trud. GIRTSVETTET
no.25:5-26 159. (MIRA 14:4)
(Activity coefficients)
(Iron oxides)

LkKERNIKP M.M.
In the State Research Institute on Nonferrous Metals. TSvet.
met. 34 no.10:13-17 0 161. OSU 14:10)
1. Zqm stitell direktora po nauchnoy chasti instituta "Gintsvetmet".
(Nonferrous metals--149taUurgy)

Lgn!~~~
Prospects for expanding the inc,igtrial use of electric power
in nonferrous metallurgy. TSve!., met. 35 co.3:1-6 Mx 162.
(Nonferrous metal industries) Eleetromet-allurgy) (MIRA 15:4)

-LAKERNIK. M.M.; GLUSHKOV, G*I.
TrendO in research carried out bi the Central Design Office of
the State Institute of Nonferrous Metals. TSvet. met. 15 no.4:
1-3 Ap 162. (MIRA 15W
(Nonferrous metals) (Metallurgical research)

SKOROV., V.A.; STEM-10VI I.S.; SHAKHNAZAROV, A.K., inzhener-meta-Uurg,
p.-nsioner; FETRUV, V.I. I Geroy Sfts-Wisticheskogo Truda; BAitY6HJ-Jrt0V1
LF., starshiy inzhener; BUGARLV, L.A.. LAKERNIK M.M kand.tekhn.
neuk; SHEYN, Ya.P.; IMOLCHANOV, A.A.
The greatest objective of our life. TSvet.met. 34 no.10:1-10
0 161. (MIRA 14:10)
1. G3.avnyy inzhener Skopinskogo zwoda "TSvetmet" (for Skorov).
2. Zamestitell predsedatelya 14ezhduvedomstvennoy komissii po redkim
metal-lam pri Gosudarstvennom komitete Soveta Ministrov SSSR p0
koordiriatsii nauchno-issledovatel 'ski kh rabot (for Stepanov).
3. Rukovoditelt brigady komministicheskoptotruda elektroliznogo
tsekha. Urall.3kogo alyuminiyevogo zav0da (for Petrov).
4., Otc,l tsvecnoy metallurgii GO'splana SSSR (for Baryshnilkov.).
5. N&ohallnik podotdela, otdela ~&onomW i razvitiya tsvetnoy
wta2lurgii Goselmnomsoveta SSSR (--Cnr BuRarev). 6. Zamestitell
d:Lrekt,ora Do nauchnoy chasti Gosudarstvennogo wwohno-issledovatell-
skogo instituta tsvetnykb mptallav, (for Lakernik). 7. Starshiy
elcopert upravleniya Gosudarstvennogo komiteta Soveta Ministrov SSSR
pD wrtomatizateii i mashiwatroyani-yu (for Sheyn). 8. Glavnyy
spetsialist otdola tsvetnoy metaUurgii Gosplana SSSR (for 1blchanov).
(communism)

LAKERNIKS H.M.; LAVROV, L.G.; SRABALINA.. R.I.
..........
Condensing zinc into a -liqaid metal in a lead-sprayed con-
densator duril2g the electrothermal treatment of intermediate
products from complex metal ores. Sbor. nauch. trud. Gin-
tovetmeta no.19:387-396 162. (MIRA 16:7)
Nonferrous metals-Electrometallurgy)
ndensation products(Chaidstry))
t

~ IALK IUK ; RABIGHEVA, L,,M.
,IWO 1114olL
WWW
Investigating the kinetics of the reduction of metals from
slags and from sinter, Sbor, nauch, trud. Gintsvetneta no.19:
647-66o 162., (NIRA 16:7)
(Nonferrous metals-Yetalluroy)
(Iron-metimurgy) (Slag)

LAKERNIK, M.M.
Forty-five years of Soviet nonferrous metallurgy. TSvet. met.
35. no.llt14 N 162. (MIRA 15sll)
(Nonferrous metale-MetallurgY)

LAKMIK M M - LIDOV V.P.; ZDANOVICH, P.A.; SYCHEV, A.P.
.9
Processing slags by the electrothermal method. f6vet. met. 36
no.7:19-24 Jl 163. (NIRA 16:8)
(Nonferrous metals-Blectro-metallurgy) (Slag)

P3DIffEV, Hasgut Ab~~Iakfuranovich, kand. tekhn. nauk; GE"'SKIN,
Lev Solmonovich, doktor takhnicheskikh nauk;
ZAP121OVITY1, Aleksey Yako-vIevich, kand. ekon. nauk;
KRUTIKOV, Petr Faksimovich, inzh.- -11KERJUK, Mark
Moiseyevic:h, doktor tekim. nauk S, I ~,Hsl ~:L;~
=v-i6T36V,:''WAadevik;
(Modern methods of treating lead and zinc ore3 and
concentrates! Sovremennye sposoby percrabatki svintsovo-
tsinkovykli rUd J. kontser-tratov. LByj VI.A.AVieev i dr.
l."oskva, Metallurgiia, 1964. 285 P. (MI.11-4 17: 10)
1. Akademiya nauk Kaz.SzIft (for E~nirnov.).

LAKERNIK, Mark Moiseyevich
(Meta.Uurgy of lead] Metallurgiia avints. lzd.2,,p dope
i perer, Moakya,, Metallurgiia, 1965. 223 p,
(HIRA 18.-6)

LOSKINOV, Fedor Mikhttylovich(deceased]; Prinimali uchastlye.,
ANDREYEV, V.M.p kand. tekhn. nauk; ORLOVTSEV, Yu.V.,
kand. tekhri. nauk; SMEWOV, M.P.) kand. tekhn. nauk;
NELENI, I.M., kand. tekhn. nauk; UKERNIK, M.M. doktor
tekhn. nauk; GORDON, G.M., kand. tekhn. nauk - --
(Metallurgy of lead] Metallurgila svintsa. Moskva,
Metallurgiial 1965. 528 p. (MIRA 19:1)

LAVROV, L.Irs-; LAYMIM. M.M., doirtor tekbn,, nauk
IrrvestIgatii* the c propn-ties of Irm proUmIde
in alUcate-c4lolum gtlWs Sbor. nambo trud. Glntsvetwta
no&23s5-20, 965. (MM ISM)

BATA'YEVA, R.N., inzh.; LAKERNIK, R.M.,.kand.tekhn.nauk
_N
Automation of the drying operations of long-distance communication
cables with styroflex insulation. Izv. vys. xicheb. zav.; energ.
5 no.3:81-87 Mr 162. (NIRA 15:4)
J/11
1. Moskovskiy ordena, Trudovogo Krasnogo Znameni kabelInyy zavod
"Moskabell".
(Electric cables-Drying)

LAKEENIK, R. M.
USSR/Electricity - Literature Cables
Jun 53
"Review of H. Kh Golimbiyevskiyls and L. I. Macheret's Book 'Osvintseveniye Kabeley, (Lead
Sheathing of Cables) 11 (Eners D. L. Sharle, R. M. Lakernik, reviewers)
Elektrichestvo, No.6j p 96
Reviewer calls Golimbiyevskiyls and Macheret's book (136 PP, Gosenergoizdat, 1952) a much-need
ed book for technology of cable production, but notes defects, including insuffielent coverage
of lead sheathing of communications and rubber-insulated cables and lack of attention to eco-
nomy of elec power. in pressing

L WE R N I K, F~ - M -
SIDDROV, Konster-tin Vasillyevich; KOZYREVA, Maria Rikolayevna; HACMIT,
Lev Illicb; RUIE Ragall MnjPqrAvjP-h--- PASHCHEMM, Valentin
TevgsnI7ev-iCh,I%L"X"?A""N', ~GabrVy",e5fywWV"aTTMvich; KUZERTSOV, F.V.,
redaktor; LARIONOV, G.Ye., tekhnicheakiv redaktor.
[3conomy of materials and power in the wHoskabelm plant; collection
of articles] Ekonomiia materialov i elektroonergii na zavode "Moskabell;
aborulk statei; Moskva, Goo. energ. izd-vo, 1954. 86 p.
(Electric cables) (MLRA 8:4)

AID P - 3265
Subject IESR/Sleotricity
Card 1A Pub. 27 - 20/25
Authors : Sharle, D. L., and R. M. Lakernik., Enge,
Title : Polyethylene as material for cable sheathing (Review of foreign
periodicals)
Periodical Elektrichestro, 9, 81-83, S 1955
Abstract The author simng izes three articles from American periodicals
describing the three polyethylene moistureproof materials:
"alpeth", I'stalpethn, and "lepeth" (Aluminum, - Steel,-Aluminum~-
and Lead-Pollretbylene). One drawing, 3 American references,
1951-1954.
Institution : None
Submitted : No date

AID P - 346o
Subject USSR/Electricity
Card 1/1 Pub. 27 - 27/32
Authors Lakernik,, R. M., Eng. and D. L. Sharle, Eng.
Title Power cables with polyethylene insulation (Review of
foreign periodicals)
Periodical Elektrichestvo, 10, 77-78, 0 1955
Abstract The author summarizes a series of articles from
American, British and German Periodicals concerning
power cables with polyethylene insulation. Three
tables, 6 references (1949-1954).
institution : None
Submitted : No date

GRODNXV, Igort Ismaylovich; ]6kjjpXLK HARIB Da
., Rafajk..&jW4"0 vid
leonidovich; YIWIMOV, I.Ye., redaktor; LINKOV, A.Y., redaktor;
YRIDKIN, A.M., takhalcheskiy redaktor
[Pundamentals of the theory and the production of communication
cables] Osnovy teorii 11 proizvodstvo kabelai oviazi. Moskva, Goo.
energ. izd-vo, 1956. 48Q p. (MLRA 9-11)
(Ilectric cablea)

SHAM, D.L., inzhener; IAKIWIIX, R,M.., kandidat tokhnichookikh nauk.
k,--'. - " I
Commumication cablaff with poljreth7lene izoulatiox. Yest.slaktrepron.
27 no.1:65-69 J& 156. (HUA 9:6)
1.Nauchno-Issledovatel'skiy institut kabellney promysheRnosti Ministeretva
alaktropromyshlonnosti (for Sharle).2.Zavod "Hoskabell" Hinisterstva
elaktropromyshlonnosti (for Lakernik).
(Ilsotric cables)(Blectric insulators and insulation)

ki R k N i ~ '-N' 11/1 ~
, in r~
SUM, D.L. zh ner; LAKHMK. R.M., kandidat tekhnicbeekikb nauk.
Transatlantic telepbone cable. Vest.elbktroprom. 27 no.3:
72-75 Mr 156. (MLRA 9:12)
1. Zavod "Moskabell" Ministerstva alektroprou7shtennosti.
(Cables, Submarine)

LAKIRNX, R.H., kand. tekhn. nauk; SHART , D.L., inzh.
Coaxial cables. Vest. elektroprom. 27 no.8:71-75 Ag 156.(ximA 1o:9)
1. Zavod ffMoskabell" Hauchno-issladovatel'skogo instituta, kabelinoy
proVahlennosti.
(Coaxial cables)

Perrom,gnstic coating of conductors in high-frequency communication
cables. Sbor. nauch. rab. po prov. sviazi no.6:77-105 '57.
(Bleetric cables) (MIRA 11:5)

AUTHOR: Iakernik, R.M., Candidate of Technical Sciences, and 388
En gin eer.
TITLE: Methods of perfectu-ing the production of urban telephone
cables. (Puti usovershenstvovaniya proizvodstva gorodskikh
telefonnykh kabeley.)
IERIODICAL: I'Vestnik Elektropromyshlennostill (Journal of the Electrical
Industry) 1957, Vol. 28, No. 4, pp. 26 - 30 (U.S.S.R.)
ABSTRACT: The principal measures that will lead to more economic
design and increased output of urban telephone cables are:
partial replacement of copper conductors by aluminium; more
extensive use of paper-pulp insulation; the use of double
twin and bundle systems of twisting wires together; the
development of cable designs with plastic or combined metal
and plastic sheathing; modernisation of manufacturing plant
and design of new types of machine.
The advantages and disadvantages of aluminium conductors
are discussed. Cables with aluminium conductors are larger
in diameter than those of copper conductors and at the same
time as they are introduced the sheathing should be changed
from lead to aluminium., plastic or combined metal-plastic
sheathing. Otherwise, the economy of copper will be accom-
panied by extra consumption of lead. Although an aluminium.
conductor is only half the mechanical strength of a copper
conductor with equal conductivity, the strength of the al-a-

388
Methods of perfectinL; the production of urban telephone
cables. (Cont .
. cored
minium/cable as a vihole is equal to that of copper cored and
is only half the weight if a lead sheath is used in connection
with the copper.
Two main methods are used to insulate the conductors of
urban telephone cables; either spirally wound paper tape or
paper pulp insulation. Paper pulp has a number of advantages;
labour costs and raw material costs are lower so that total
insulation costs of a cable ale only a third of what they are
when paper tape is used. The electric strength of the paper
pulp insulation is better than that of paper tape insulation.
Paper pulp insulation can only be made on a large scale
because it is desirable that the machines should work continu-
ously day and night. It is necessary to establish the best
relationship between the two components of paper pulp viich
are kraft-cellulose and waste cable andtelephone paper.
The use of polyethylene for insulating the wires of urban
telephone cables is of interest.
The present Soviet practice is to twist insulated wires
only in pairs, but there are many advantages in twisting them
together in fours. Before this can be done the technical
requirements of the Ministry of Communications in respect of
communications factor must be relaxed. Soviet practice is to
make up cables in successive concentric layers. It would be
advantageous to twist up bundles of 50 or 100 pairs which are

Methods of perfecting the production of urban telephone 389
cables. (Cont. )
then twisted into a cable. With this construction wiring up
of the cables is greatly simplified and the cables can be made
more cheaply.
The process of drying the insulation can be improved. At
present the insulation is dried in horizontal vacuum pots which
hold several drums of cables. The drying time is-usually
6 - 8 hours, the cable beAng heated by direct current. This
method is unsuitable for the organisation of continuous flow
production for which drying must take place during the process
of displacement of the cable along the production line. This
may be achieved by induction heating of the cores. Development
of this process will also economise manufacturing space. It
is necessary to modernise existing insulating and cable Yrinding
equipment and to develop modern specialised manufacturing equip-
figures, 6 literature references (3 Russian.)

50) PHASEJ BOOK EXPLOITATION SOV/2110
Lakernik, Rafail Moiseyevich, and D.L. Sharle
Polietilen i yego primeneniye v kabellnoy tekhnike (Polyethylene and
Its Application in Cable Technology) Moscow, Gosenergoizdat, 1958.
142 P. 3,150 copies printed.
Ed.: A.S. Fridman; Tech. Ed..- G.I. Matveyev.
PURPOSE: The book is intended for engineers and technicians engaged
in the design, production and operation of electrical cables.
COVERAGE: The author reviews non-Soviet practices in using poly-
ethylene in the production of different types of cables. Basic
data on polyethylene properties and examples of the construction
and electrical characteristics of polyethylene insulated cables
are given. There are 114 references: 12 Soviet, 85 English,
15 German, 4 French, and 2 Italian.
Card 1A

Polyethylene and Its Application (cont.)
TABLE OF CONTENTS:
Introduction
Ch. 1. Polyethylene, Its Production and Properties
1. Technical significance of polyethylene
2. Polyethylene produced under high and low pressures
3. Properties of polyethylene
4. Methods of improving the properties of polyethylene
Ch. 2. Polyethylene-Insulated Power Cables
Electrical strength of polyethylene
French cables
7. British, American, German, and Japanese cables
Ch. 3. Polyethylene-Insulated Communication Cables
8. Advantages of polyethylene-insulated cables
9. Cables for urban telephone systems
10. Balanced high-frequency.long-distance cables
11. Coaxial main cables
12. Underwater telephone cables
SOV/2110
3
5
9
16
34
44
45
56
64
72
77
go
96
105
Card 2/3

Polyethylene and.Its Application (cont.) SOV/2110
Ch. 4. Use of Porous Polyethylene Insulation
1~. Advantages of porous polyethylene insulation 113
1 . Main and feeder cables with porous polyethylene
insulation 118
Ch. 5. Polyethylene Used as Protective Cable Sheathing
15. Combined metal-plastic communication cable sheathing 124
16. High-t-ension cable sheathing 132
Bibliography
135
Appendix: Construction of French polyethylene-insulated
power cables 140
AVAILABLE: Library of Congress
TM/ad
Card 3/3 8-25-59

PHASE I BOOK E(PLOITATION SOV/3858
Yefimov, I.Yees M.A. Klimov, R.M. Lakerniks and D.L. Sharle
Konstruktivnyye i elektricheskiye kharakteriatiki kabeley
svYazi (Design and Electrical Characteristics of Communication
Cables) Mos0ow, Svyazlizdat, 1959. 541 pe 7,500 copies prin-
t6d.
Reap. Ad.: P.A. Frolov; Ed.: G.V. Bogacheva; Tech. Ed.:
S.F. Karabilova.
PURPOSE: This monograph is for students specializing in the field
of communication cables and for personnel of comiunication centers
'and ~ the- cable industry who wish to improve their qualifipations,
COVERAGE: The monograph contains the fundamentals of design and
electrical characteristics of Soviet and non-Soviet communication
and radio-frequency cablesp the properties of their materials,
and methods of calbulating their design. I.E. Yefimov wrote
Ch. II,(except Section 8), VI.. XIV (together with R.M. Lakernik)
and XV;.M,A. Klimov wr6te Ch. VII, IX (together with D.L. Sharlej,
.X, XIII,and Section 8 of Clu II.; R.M. Lakernik wrote Ch. IV, V,
Card 1/7

Design and Electrical Characteristics (Cont.) Sav/3858
XI, XII.1 and XIV (together with I.E. Yefimov); D.L. Sharle
wrote Ch. I,.III,-VIII, and IX (together with M.A. Klimov).
The authors thank P,A. Frolov. There are 157 references:
140 Soviet, 9 English., 7 German, and I Swedish.
TABLE OF CONnWS.-
Foreword
Introduction
3
4
Ch..I.- Development of Communication Cables
i Underground communication cables
2: Submarine communication cables 2~
Ch. II. Fundame~tils of the Theory of Transmission by
Communication Cables
1. Basic principles and diagrams-of cable communications 38
2, Primary parameters of cable citcuit transmission 46
3. Secondary parameters of cable circuit transmission g5
4. Distortions in,uniform cable circuit 1
5, Input resistance of cable circuits 65
Card 2/7

ISTOMINA, Nina Petrovna; SHAM, David
Leonidovich; MALKIN, Xh.R., retsenzent; LIKOT, A.T., red.;
WITHIKOVA, O.S., tekhn.red.
(Minicipal telephone cables] Gorodskie telefonnye kabeli.
Moskva, Gos.energ.isd-vo, 1960. 247 p.
WRA 14a)
(Telephone lines)

LAKERNU R laureat Stalinskoy premid; YAROV, R.., inzh.
Continuous line for manufacturing cables. Izobr. i rats no.9:
6-8 1" 161.,
~o (MIRA 14:8)
'4. Fachallnik byuro kabeley svyazi zav*oda "Moskabet'10 (for
Lakernik).
(Cables)

JAKERNIK., R.M.; SHARLE, D.L.; SHVART.'4=, V.0.
Survey of the general trends in the development of long-distance
and municipal wire communications technology. Elektrosviaz' 15
no.6:62-67 Je 161 ~Telegraph lines (MIRA 14:6)
(T-elephone line2

LAKERVIK, Rafail Moisoyevich; MACHERET, Lev Illicb; PRIVEZENTSEV,
TIOE7.1y-r ~A-ezr~,eyev 6; SIIAJ*aE, David Leonidovich; Prinimal
uchastt.- BABITSKff j 0.5b.; SAPAROVA, A.L... red,,; BORUNOVp
N.I.r tekhn. red.
[Cables and wires] Kabeli i provoda. (By] R.M.Lakernik i dr.
Moskva, Gos. energ. izd-vo. Vol.2. (Manufacture of cables with
paper insulation] Proizvodstvo kabelei s bumazhnoi izoliatsisi.
1962. 526 p. (MIRA 15:4)
(Electric cables)

GLEM, Yh.Ye.., inzh.; LAKERNIK., R.M,, inzh.; KAZAKOV, A.R., inzh.;
LUNINP Isvep i7mjie''
Gbaracteristics of radio-frequency welding of the alumi
covering of cables. Svar. proizv. no.8:20-22 Ag 163o
(MIRA 17:1)
1. Zavod "Moskabell" (for Lakernik). 2. Nauchno-isoledovatelf-
skiy institut tokov vysokoy chastoty (for Lunin).

VOLIN, Pavel Genrikhovich; LAKERNIK, Rafail 1-toiseyevich; MKLINIKOVA,
Zh.M., red. - - - -
[Paths for electricity] Dorogi elektrichestva. Moskva,
!zd-vo "Znanie," 1964. 47 p. (Novoe v zhizni, nauke,
tekhnike. IV Seriia: Tekhnika, no.10) (MIRA 17.6)

Mm"', A.1a,o kandttekhnonauk; LkEEMIKp R.Meq kand,tekbn.nauk
Drying of comunieation wire with vater resistant insulation.
Vest.olektropromo 33 no.6:20-24 Jo 162. (MLU 15:7)
(Mectric wire., Insulated-Drying)

V'-1 1.0 1, je;l C1
'roes
VC CIf ?-,,f :~r lqll"Oj*
Tcr;5111:e'lt,~y ll~vt T"r.'set., Oil %na noly'J"
rl-C; P;
s '-oz i a., v~irp; Dr
71 1
1z Ft-,drj1,i ht
7. --'C;U-Ccs of V7-Z!n-- ar!d PC! -t! for Good
"Utr.TAC'.
V~0.3~7 rZO-~U:;5 13 21Y. ('110-Mia rild
); Dr ;:; 17-2U.
17-- :Teurop~yclliatrinz; PP20-2
rd%icatiw,
10. zi-I Z,.- z!vc,-,~-.
11. "Froste tic -- Ine -W I-r '-~Tj'.TC, at Ila

1
7:3

O '
R
i

r7

CHUDNOVSKIY, lzraill Yakovlevich, inzh.;
losi~g.vich,.,inzh.; VORONYAK, Ivan flavrilovich, tekhnik;
-do4v, Boris Petrovich, inzh.; SMAYDERVAN, David
Khaymovich, inzh.; KOYCHU, Dora Mikhay2ovna) inzh.;
Ull, A.M., kand. tekhn.nauk, retsenzent; VEKSLER, G.S.
kand.tekhn. nauk, retsenzent; LYSENKO, N.A., kand.
tekhn. nauk, retsenzent; YURIYEV, A.M., inzh., retsen-
zent; TYNSKIY, P.I., inzh., retsenzent
[Handbook on motion-picture equipment] Spravochnik po
kinotekhnike. [By] I.IA.Chudnovskii i dr. Kiev, Tekh-
nika, 1964. 635 p. (MIRA 18:1)

BORISOV# G.P.;
Unit with a fluidized bad for sprinkling molding slabs.
Mashinostroenie no.1:108-110 A-F 163. (MIRA 163-7)
(Foimdriea--Zquipment and supplies)

FIKSEN, N.V., inzh.; LAKEYEV, A.S., inzh.
Precision investment molding abroad. Mashinostroenie no.4:
120-124 JI-Ag '62. (EIRA 15:9)
1. Institut liteynogo proizvodstva AN UkrSSR.
(Precision casting)

LAKEYEV, A.S., inzh.
Innovations in the technological process of precision investment
molding. Mashinostroenie no.6:37-40 N-D 163. (YJRA 16:12)

LAKEYEV, A.S., inzb.; BARABASH, V.A., inzb.
... . ..... - I
Unit for removing pattern compound from casting molds. FAshino-
stroanie no.5s3l S-0 164. (MIRA 18 W

LAKEYET. A.S., inzh.
New mold mixes without stearin for Investment casting. Mashino-
stroenie no.6t57 N-D 164 (MRA 18-.2)

1AYMEV G D
-_.:~_,_-,~. ;~!' 'I."
Equipment for briquatting, fibre-filled moldinge Biul.tAft,.-ekon.
info=.Gos.nauch*-issl.inst.he4ch. i tq-kh.inform. 16 no.10:51-5Z
163. (14IRA 16:11)

KHODANOVICH, I.Ye.; LAKEYEV, V.P.; KOSHEIIIV, V.A.
Preparation of gas for long-distance transportation. Gaz. dello
no.9:9-12 164. 17: 11)
1. Vsesoyuznyy nauchno-issledovatellskiy institut prirodnogo gaza.

LAZOVSKIY, L.I.; LAKEYPEV, Yu.G.
Spark-sa.fe autGmated wj-steir for pe-t-nieum prod-acts Pin= ing stations.
Hash. i neft. obor, no.1--29-32 165. (141TIA lg.--' .)
1. Groznensk:Ly filial Vseso:fuznogo nauchno-issledovatellskogo i
proyektno-konstruktorskogo *~nstltiuta kc,=leksnoy artamatizataii
neftyanoy i gazovpy promyshlennosti.

LAKZY1VA, M.A.; YRMSKIY, V.K.
Simplifying and improving the planning of railroad operations.
Zhel.dor.tranap. 39 no.9:36-40 S '57. (MIRA 10:10)
1. Bachallnik planovo-ekonomicheakogo otdals MoskovBko-Kiyevskoy
dorogi (for-,Lakeyeva). 2. Nachallnik planovo-ekonomicheskogo otdela
Vostochno-Sibirskoy dorogi (for Yelenakiy).
(Railroads-Management)

TITOVICH, N.Ye. I-AFFITVII, (Gorlkiy~
Daily shift p'lanning of the work of a railroad d~vl-sicn.
Zhel. dor. tr--n-AP. 46 no.4:69-74 Ap t64. (,I9,FLA 17;;--,))
1. Nachaltnik Gorvkovskogo otdelenlya Gorlkovskoy dorog~' (for
Titovich). 2. NanhAltnik plonevo-tekhniko-.ekonorticheiikogo otdiele
GorIkovskogo otdRleMys Gorlkovskey dorogi (for L.Q-keyf~va).

LAKEY-EVA, M.A.
......
Econamic operationo in a section. Zhel. dor. tranBp. 46 no.rj:39-42-
S 164.
1. Nachallnik planovo-tekhnichesko-ekonomicheakogo otdola Gor~-
kovskogo otdeleniya Gorlkovskoy dorogi.

,LAKEYFVA, M.A.
Economic ope-ratl1cris In a .3e-ticn. ".6
S 164*
hlachallnik
kovskogo otdo2eniya Gortkovgkoy

L-24144-66, - EWT(m_)/EWP(t) JD
~.ACC N-Ri AP6031,6" SOURCE COI)Et::'UR/0304/64/000/006/0037/0037
AUTHOR: -Lake&ev. A. A& (Engineer)
ORG: none
TITIE: New non-stearic pattern compositions for investment castinst.
SOURCE: Hashinostroyeniye, no* 69 1964t 57
VOPIC TAGS: petroleum product, paraffin wax, wax, bending strength, tensile strength
~-AbStRACTt
the Institute of Castino Problems of the Ukrainii -Aivy of
~Sciificei, in collaboration with the Kiev Motor has developed new,
:cOmposi ons.,of the ILP type for-use in In nt castinig which consist
!:46f paraffin,~.,lign.tte wax and wmercial vaseline.: The.Table below shows the'
~::pprts..by we, ght.of'the components used, and the effect on strength of the
under stat c bending And linear contraction. specific gravity
The
compositions is 0.92 g/cm3o tensile strength is 17-18.5 kg/cm2.
op:0.
oint_.6f. 7. c0," I k4300:7:ilit -is illai Sri
de tkii ia oaiti6iis a
more heat. resistant than. the widely-used PS lil (drop rint 47.500. The
viscous-ststi temperature ~f the compositions Is 46-50. and is little different
'froathat of,P$_Ltl (42-4300,
Card
/3

:_~_-,L_14144~-66
ACC, NRt AP6014W
Properties of Pattern.0oup3sitions
cbntent a
Bending strength, Linear Oontraction,
Ratio of Oarafin-lignits Weal %
A_lwax,.. (parts by weight) - Amount of counCrcial, Amount of commercial
vaseline (parts by, -vaseline (parts by
weight) weight)
16 15 5 10. 15
0 7
5 0,70 0,58
45,5 44*00
8,5 .47,6 46,4 0,80 0,78 0,60
45, 8 6 49 3 47,0 1,0 0,92 0,83
5:5 59:0. 48,5 1,25 1,5 1,22
_45:60-
it was established that.the compositions aii'ash-bearing (0.075 0.2%)
to -an extent similar. to PS 1:1 (0.05%). These figures,-however, characterize
he initital compositions. Ash content of PS 1:1 increases by a factor of 10,
A
even after, the first remelting,,as a result of the interaction of the stearin
'With the hydrolized.solution of ethyl silicate. In the compositions studied,
All ~.~these "Components failed to:interact with the,binde'r. -and, therefore, there
'no: nerease -quality of-the4urfacestf "stings-obtained
-.was. in ash content. The
from p4tterni:~prepared frowthe-compositions was:6naidirably-superior to
60ireftponaing. _94,e9 for-PS I vroverties of:-_th6-.*alvag4kd material were
Card 2/3"

L- 24144-66
_ACC NRv
in no way inferiorto those of the-or-igLnel. The material can therefore be
.1 7used repeatedly by adding 20-25%-fresh materials.
The preparation of:pattern compositionsof the ILP type is.the same as
---for -PS 1:1. . ~'Pre"Iing.in molds does not result in chealical interaction with the
Ii6id---there is -no adherence tothe mold surface, and the hardening time in the
,mold is less..than for PS 1:1. Bonding of the patternsis good.
Patterns-obtained from ILP- type compositions are stronger and harder
-than those of'PS 1:1, and they have a glossy surfac and sharply defined contours,
'The softening temperature of patterns prepared from the new material in higher
-than for PS 1:1.
'Thepatterns are readily wetted by a refractory suspension in binder of
'hidrolized.sthyl silicate but are absolutely unwettable in a liquid glass binder.
Melting of the patterns from the hollows of the molds should be done with
hot water. -The cost of I kg of ILP pattern couposition is 0.277-0.241 rubles,
almost threo times less than in the case Of PS Orig, art, hass 3. table,
DPA-ST.
SUB CODE; 11, 14 SUBM DATE i 12one
Card 313

N.M., iazh.
Defectoscopes test welded Joints. Pat' i pat. kboz. no. 7:12-13
Jl 158. (MIRA 11:7)
1. TSakh defektonkopii Hookovskogo metropolitens.
(Railroads--Rails--Testing)

20~500
5 5-00 1045, 12- 0 S/02 61/000/003/012/012
c;26. /") Al 66YI-1 27
AUTHORBs Lakh V. I., Kogan, A. V., Engineers (L'vov)
TITLE; Vanishing-filament pyrometers
PERIODICAL: Nauka i zhizn', no- 3, 1961, 43
TEXT: The article describes operating principles and functions
of pyrometers and micropyrometers intended for the measurment of tem-
peratures above 2,000 0C. The Soviet vanishing-filament brightness py-
rometer'STIOP-017' ("OPPIR-017") is capable of measuring temperatures
up to 6,000 0C. The filament of a special incandescent pyrometer lamp
vanishes when its brightness reaches the same value that is emitted by
the heated body. The value is measured by an am-meter whose current has
been predetermined and gauged for the filament of the lamp. By measuring
the amperage of the:lamp the temperature of the heated body can be de-
termined. To keep up with modern precision requirements special absorp-
tion glass and diaphragms have been used. For the measurement of tem-
peratures of thin wires, incandescent filaments of electric lamps etc.
Card'1/2

20500
S/025 61/000/003/012/012
Vanishing-filament pyrometers A166,VAA127
micropyrometers with an intricate optical system as the "OMTI-019"
("OMP-019"), shown in the photograph have been developed which are
capable of measuring temperatures of bodies only 50 microns in diameter.
There are 2 photos showing the "OPPIR-01711 and "OMP-01911 pyrometers.
Cara 2/2

KISLYY, P.S.-_ LAKH. V.I.; SAMSONOV, G.V.; STADNYK, B.I.; KHARENKO.. R.F.;
CHEKHOVICH, A.B.
Thermoelectric characteristics of high-temperature thermocouples
vith refractory electrodes. lzm.tekh. no-5:21-23 MY 161-
(MMA 14:5)
(Thermocouples)
'0.

,;LA-K-H, V,I-,,-- PROKHORENKO., V.Ya.; TEREBU19i, L.S.; KISLYY, P.S.; FANIASYUK,
A.D.; SAYSONOV, G.V. r-,f
Temperature measuremftt of the atmosphere of an aluninum
electrolysis cell. TSvet. met. 34 no-8:38-40 Ag 161. (MIRA 14:9)
(Aluminum-Electrometallurgy) '

S/226/02/ooo/oo6/ol6/oi6
EIL93/iC383
AUTHORS: Kuzlma, Yu.B.,KidtMS.M., LakhV.I.-., Stadnik, B.I. and
Cherkashin, Ye.Ye.
TITLE: Investigation of the physicochemical properties of
tungsten-rhenium,thermoelectrodes'
PERIODICAL: Poroshkovaya metallurgiya,_2fio. 6, 19629 100 --~ 103
TEXT: The object of the present investigation was to determine'
the, causes of instability of the thermoelectric and mechanical
properties of W-Re all *oy in relation to the conditions and duration
of heat-treatment. Wire specimens, 0.5 and 0.31, mm in diameter,
containing 5, 10, 15 and 20 wt." Re Calloys tW (VR),-5, VR-iO. VR .-15
and VR-20) were used in the experiments. The heat-treatment
(20 - 700 h at 1400 r 2 000 OC) was conducted in vacuum, in argon or-.
in hydrogen. All the investigated compositions were in the single.'
p-phase range. The Re content of thq alloys was checked by'chemical
analysis before-and after heat treatment. The experimental work
comprised measurements of thermo-e.m.f., X-ray diffraction analysis-
and examination of the microstrueturns of longitudinal and tran
verse cross-sections of the specimens. "The thermo-e.m.fe Increasied
Card 1/4

3/2.26/62/ooo/oo6/oWbi6
Investigation of
with increasing temperature and time of the heat treatment; in
adOltion, the thermo-eamefe docreaned after treatment in argon or
hydrogen and increased after vacuum treatment" [Abstracter's notes
this statement does not tally with the contents of a.table in which
the results of measure'ments of thermo-e.m.fo are reproduced. there
being no cl ear'corr elation between tNe values of the'tharmo-e.
and the conditions.of heat treatment.~ The th.ermocouple VU-15/20
(with a high Recontent) proved more stable in hydrogen at 1 800
2~000 0C thari'the thermocouple VR-5/20 with a low.er Re-content. The.
Re concentration increased with increasing annealing-time, the
relative increase being higher for electrodes with lower Re content&'
'The relative change in the Re content was lower'in vacuum than in
ax;gon or hydrogen. -The degree of recrystallization of thermo-
electrodes increased with increasing temperature and time of the
~.t~reatment and dependend on the Re contento A slight lonjItudInal
s'~lltting of the electrodes was caused by texture, which persisted
even after prolonged annealing. Phase analysis showed that all the
.~thermoelectrodes studied constituted solid solutions whose.lattice
c,ol2stahts depended -on the composition of the alloy. In some
;Card 2/ 4

Investigation of ....
S/226/62/000/006/oWo16
E193/E383
specimens, the a- and -y-phases were also observed. The formation
of the o-phase was attril:Futed to a decrease in the tungsten content
in the P-phase, caused by a reaction between tungsten and impurities
(oxygen, nitrogen, carbon) in the ambient atmosphere. The thermo-
C-lectrode VR-20. treated in vacuum for 700 h, contained the
P-phase in equilibrium with the -phase with a lattice'constant
W
a which indicated th Ythe a--phase of the system
= 9.63 la, at- 0 Re
existed at temperatures above i 4oo C. Prolonged holding at
t
400 OC brought about decomposition of-the cr-phase and attainmen
of the P +,)L equilibrium. Tun&sten carbide (W2C)l formed dulring.
annealing in vacuum above 1 300 C due to the presence of 6i1
Vapours, was present in addition to the P-phase In thermoelectrodes
operating in vacuum. When the specimens were vacuum-annealed for
0
20 h at 2 000 C in a furnace with graphite heating elements, 142C
or the 4:y'-phase (in specimens with a Re content of 23%) of the
W-Re system were precipitated from the P-phase. Alumina sheaths
did not offer sufficient protection against the effect of'carbon
0
at 1 8oo - 2 000 C. The formation of W C and the a-phase at
1 800 OC could be prevented by using beryllia sheaths which,
however, were not effective at 2 0000C. The presence of the
Card 3/4

S/226/62/Ooo/OO6/oi6/0i6
Investigation of .... C-193/r,.383
o,'-phase and W2C in the thermoelectrodes studied caused a decrease
in their duct lity.
There is I table.
ASSOCIATION: L1vovskiy gosuniversitet im. I. Ya. Franko
(L'vov State University im. 1. Ya. FrAnko)
SUBMITTED: April 14, 196o
Card

L lqqoa~6j EWP(q)/EWT(m)/EWP(13)/dDS AFFTd/&SD JD/JG
ACOESSION NR: AP3005811, S/0226/63/000/00L,/O01jO/OOL-8
AUTHORS: Kuztma, Yu. B. Lakh, V. I, Markiv, V. Ya; Stadny$k. B. LL
TITLE: X-ray diffraction analvain of the 14-Re-U system
SOURCE.- Poroshkovaya., -.met allu reiya, no. 4, 143, -hB
TOPIC TAGS: "W-Re-C, x-ray diffraction
ABSTRACT. Thirty-four alloys of the 'W-~e-C system containing I-LO atomic 1/0 of C
ivere investigated by x-ray diffractionAThe effect of C con&ent on the composition
and properties of W-Re thermocouples wab studied. All-oy s"les weighing 30 g were
:prepared from the following powdered materials: tungsten carbide (6.09 at. I of C),
'a
-,tungsten - 99.98%, rhenium - .09.8%, and carbon (lampblack) 99.9%. Thephase -equilib-
,riums of cast alloys and of the alloys annealed at 2000, 1500, 1000 and 800C were
determined. It was established that Re and alpba-le!2C form a continuous series of
solid solutions. Tro new compounds were-found- a ternary compound 1-1 3"'020 with a
cubic lattice akin to that of beta-?!n (snace Croup Phl 3-07, a - 6.859 + 0.0027);
and a ternary carbide (WRe)C formed at temperatures abo e 2500C -with a (rabic Lace-
centered lattice of the type NaCl (spa~!e group 'F~Jrr - R
Card 1/2 a 7 b.063 + 0.001 A).

L 19908-63
ACCESSICW NR: AP3005911
Preliminary data concerning the existence of a rhombic low-temperature version of
V12C were. obtained. Orig. art. has: 11 tables and 5 figures.
ASSOCIATION, Llvovskty ordena Lenina gosuniversitet im. 1. Ya. Franko (LIvov State
University)
SUBMITTED: IhMay62 DATE ACQ: 06Sep63 ENCL: 00
SUB CODE.- II NO REF SOV: oo6 CIT HFR: 009
ccd 2/2

]EPR/jj31,rr(1) /EPF(c) PF(n)-2/Eq(q) /~WT(my)3DS/T-2A~(v)/
IS ~s-2 -.9(w)-2 __'AFFTC7AS~D/S~p - - -4N,-4 J" -4
Ps,. 4/Pr .4/?U: Pt WAH
s/oils/63/000/0()6/0021/002Z-
ACCESSION NR: AP3001205
i AUTHOR: MargMjis, 0. M.: Usatikov, I. F.; Kamenetskiy, A,.__p.; Lakh, V. 1.
i Stadny*k, B. I.
TITLE6 Rpf;~a insuliftion of thermo -electrodes used in measuring high
* -
teLnperatures
UR tekhaika, no. 6 1963, Zl-22
0 CE: Izmeriteltnaya
S
TOPIC TAGS: insulation, refractory insulation, high-temperature
measurements, VR-5 alloy-, VR-15 alloy, VR-20 alloy
ABSTRACT: As porcelain caps and beads slipped over thermocouples withstand
only temperatures of up to 1. 000-1. 500C. other materials - MgO. Alz.0.3 . and
ZrOj. - were used for developing refractory insulation for high-temperature
les. Wires frorn tungsten;-rhenium alloys containing 5jo (VR-5),
thermocoup
151o (VR-15), and 20%. (VR-*,).O) rhenium were annealed at 1, 400-1,650C in
Card 1/2

~9712-63
ACCESSION NR: AP3003205
0. 00'1--torr vacuum and in hydrogen. VR-51 nd'VR-15/20 thermocouples were
20
made from these 0. 34-mm wires. The MgO caps and beads were tested
separately for five hours in argon at 2,400C; they also worked in induction'
furnaces at temperatures up to 2, OOOC without appreciable vaporization o~
volatilization; however, in 10""', -torr vacuum at temperatures over 1, 600C' a
"considerable -wear was. observed. Orig. art. has: no figure, formula, oi
table.
M
ASSOCLA-TION:.'. o-i9sledo%4tel's*' ut
-*Btit ogneuporov
(Ukrainian ci tiff'' se stitute of Rfractories)...
en I -e
S
SUBMTTED:', 0 0
DATE ACQ: 2ZJul63 ENCL: 00
SUB CODE: IE NO REF~ SOV: 001 OTHER: 002
Card Z/2

ACCESSION NR: AP4004151 S/0294/63/001/002/0299/0305
AUTHORS: Lakh, V. I.; Stadny*k, B. I.; Kuzlma, Yu. B.
TITLE: Thermoelectric stability of some tungsten-rhenium allay
thermocouples at high temperatures
SOURCE: Teplofizika. vy*sokikh temperatur, v. 1, no. 2, 1963, 299-
305
TOPIC TAGS: pyrometer, pyratetry, tungsten rhenium alloy thermo-
couple, tungsten rhenium alloy, thermocouple thermoelectric stabil-
ity, thermocouple degeneration, thermocouple protection, thermo-
couple shielding, alumina shield, beryllium oxide shield, thermo-
couple reliability, alumina, beryllium oxide thermocouple
ABSTRACT: Thermal electrodes containing 5, 10, 15 and 20% rhenium,
as well as thermocouples made up of combinations of these electrodes,
were investigated to ascertain'tbe factors that influence the sta-
Card 1/3

ACCESSION NR: AP4004151
bility of the thermoelectric characteristics of tungsten-rhenium
alloys. The effect of a weakly-reducing medium on the thermoelec-
tric characteristic of such thermocouples was also investigated
in a higrar-temperature furnace. The teit procedures are described
in detail. The assembled experimental material leads to the con-
clusion that thermocouples made of tungsten-rhenium alloys can be
used to measure high temperatures in vacuum and in neutral or hy-
drogen atmospheres. Certain com13inations of thermal electrodes
must be protected at high temperatures with ceramic beads. Thermo-
couples VR5-20 (one wire 5% rhenium and the other 20% rhenium) must
be protected by alumina ceramics above 1400C and by beryllia ceram-
ics above 2,OOOC. Large rhenium contents (10 and 20%, 15 and 20%)
must be used in hydrogen atmospheres. Maximum wire diameter is
recommended above 1800C. "The authors are grateful to Correspond-
ing Member AN UkrSSR G. V. Samsonov and Doctor of Chemical Sciences
Ye. Ye. Cherkashin for a discussion of the problems touched upon
in the present work. Orig. art. has: 9 figures.
Card 2/3

ACCESSION NR: AP40043.51
ASSOCIATION: L'vovskiy gosudarstvenny*y universitet im. Iv. Franko
(Llvov State University)
SUBMITTED: 17Jun63 DATE ACQ: 26Dec63 ENCL: 00
SUB CODE: ML, MA NO REP SOV: 005 OTHER: 001
C.cfd 3/3

__
ACCESSION NR: AP4041342
";/0115/64/000/005/001910021
AUTHOR: Bardila, P. I.; Kits, A. I.; Lakh, Vo L *.. Pinchevskiy, A. D.;
Shparov, P. I.
TITLE: New platinum resistance thermometers
SOURCE: Izmeritel'naya tekhnika, no. 5, J964, 19-21
TOPIC TAGS: thermometer, resis6Lnce thermometer, platinum resistance
thermometer
ABSTRACT. Soviet-make resistance thermometers for a -200 +500C range with
platinum wire wound on a mica form have shown these shortcomings: (a) poor
seal, (b) mechanical weakness, (c) unwieldy design, and (d) high thermal
inertia. A new design, free from the above drawbacics, consists of four helices,
made from 0; 05 -0. 07 -mm. Pt wire, placed in channels in a ceramic cartridge;
the channels are subsequently filled with alumina powder. Tempt-rature
measi;irements up to 700C are possible, These types are developed and offered
for pz oduction:
.Card I/,!

ACCESSION NRI. AP4041342
Resistance Sensitive Length,
Type: at OC, ohms ele m. dia., mm rnm

Single 10 2.8 zo
46 4.8 25
46-- 4.2 35
100 4.8 so
Double 46 4.8 50
Orig. art. has: 2 figures and I table.
ASSOCIATION: none
SUBMITTED: 00
;SUB CODE: TD, 13 NO REF SOV: 004

-C7,,d 2/2

Channel
dia., myn
o.6
1.3
1.2
1*3
1.3
ENCL: 00
OTHER: 000

ACCESSION WR: AP4044906 S/0226/64/000/004/0015/0020
AUT1IOR: Glady4shevskly, Ye. I., Lakh V I Skolozdra, R.V., Stadny*k, B.I.
TITLE: A study of the mutual solubility of disilicides of the transition metals belonging
to groups IV, V, and VI
SOURCE- Poroahkovaya metallurgiya, no. 4, 1964, 15-20
TOPIC TAGS: silicide, disilicide, tranbition element, silicide solubility, solid solution,
powder metallurgy I
ABSTRACT: At the present time, the practical significance of the disilicides or the
transition metals Is constantly increasing, and great attention is being given to their
Investigation. Ile mutual solubility of the disilicJdcs of transition metals belonging to
groups IV, V, and VI has been investigated particularly thoroughly. Thus, of 36 possible
binary systems.* 20 were Investigated earlier. Tbe present authors have reduced the gap
VS12 - WS12, ZrS12 -
%still further by Investigating the systems TiS12 - CbSi2, VSI CrSi
ZrSi - WSi CbS12 - MOSi (,bS12 TaSt and 6bS
CbS12, 2 2P 0 ' - 12-;2~I2, omitting only the
scarce disilkides of hafnium. RaZgraphic and mfe'rographic methods, as well at;
microhardness measurements. were used. The specimens were prepared by fusion of
6-rd 1/4

ACCESSION NR: AP4044906
high purity metals (content of basic metal not less than 99.5%) with silicon (99.99%) In
an electric are furnace with a watercooled copper base, using non-consumable tungsten
electrodes and a helium atmosphere, and were annealed at 800C for 1500 hours. Powder-
i graphs taken in cylindrical chambers (d=57.3 mm) under Cr-K radiation were used for
radiographic phase analysis, and lattice constants were determined by the method of
Preston In a chamber 86.4 mm In diameter. Samples viere etched in mixturqs of con-
centrated hydrofluoric and nitric acids. Microbardneshi was determined with-a PMT-3
hardness meterbaving an accuracy of + 25 dan/mm2 (1 dan/mm2 = 1. 02 kg/mm2). All
the investigated sections MC'S12'- MASI of the ternary systems Mel - Me 11-Si proved.
2
to be pseudo-binary with limited or continuous solubility between the silicides. A
summary of the results with regard to the mutual solubility of the disilicides Is given
In Fig. lof the Enclosure. Continuous series of solid solutions formed in two of the
eight systems (VSI, - CrSl? and CbSIZ - TaSi? Like the other series known, these
were formed between laostructural disilicides of metals which are very close neighbors
in the periodic system (elements of one group, Cb-Ta, or of one period, V-Cr). In the
six remaining disilicide systems, limited solid solutions were formed, consisting of non-
isostructural compounds. The greatest mutual solubility was exhibited by disilicidee
f 2/4
Card

ACCESSION NR: AP4044906
-IM~el - 7Mj1F'
for'Which the values F:=
were the sniallest, where yMe, these were
< TiS1x-NbSj, (P-0,7%);
2 (F=4.3%), CbS12-WS12'(V=
CbS12 - Mosi '~.'6%), andVSI.,WS12
With an increase in the F-value, the reciprocal solubility decreased sharply:
ZI-Si - CbS1 (F = 10. 3) and Z rS1 2 - WSi2 (F = 14. 3%). 10
2 2
1. By*chkova and S. A. Bakuta, as well as the students T. G. Fedoruk, A. A. Kulikova,,
L. A. Ly*senko, 0. Ye. Slezko and G. 1. 'Bova, participated in the Investigations." Orig.
art. has: 1 table and 7 figures..
ASSOCIATION: Llvovskiy gominiversitet. fm. Iv. Franko (LIvov State University)
SUBMITTED: 02Jan63 ENdL: .01 SUB CODE: MM, IC
NO REF SOV: 001 OTHER: '010
Card3/4

ACCESSION NR.- AP4044906
VU
W41,
ENCLOSURE: 01
21'
Vit,
NMI
Awlt
39 wilt
AW1,
20 V .4,~
20 X .41 ,
X
Fig. 1. Mutual solubility of the Investigated diallicides of the transition elements.

Card 4/4

BARDILA, F.I.; KMS, A.I.; LAKH, Y*I.j PINCHMKIYO A.D.; SHPARCFV, P.T.
Wev plntinum resistance thermometers. lzm. tekh-,,, no.5tl9-21
My 164 . (MMA 17 t7)

e~
-8, )/hVP(b)
sj-_.r-: 7
Glad b091dv'i_-. Yja*. 1
iz~
i xj
0 vo
trud, ihchauf3*.'Woj' 1904 468-469'.
Izd Ifttd~a
4r,
mi--footstin %_xrgy structural
cIontenti:.itu.Wt~-.
,tim- r_ e uicth rmo cast
p
0
'C-- I--- i - 4~ C" d' udldat6the
e" J &16-oi, ek to,,& Influence d
WW's. . .
U -ti bin- -6 hi- I
-bompopi onim -prqpbr, es, w ci
ea. Use. m tall-ft .,UP,W. 0 at. cirbon~
6
spr d
e -coftesponding- 106thermal
riaverb~esiA
no A Ullib PlibW Ih
uer krWn~-dontafW bu h
qre:.opnpt~~citm. gativelnb kce,4~a`c't' ng, a osp ere, on
M~Ihertn_0'00 U-ples (indr6ase ,in brittlenego Is attributed
uous'sert6soUsolt
HA solutions
.7

_
072
Inv
-

staw
~c
Ckw
A. W,_ were -
-to.
-
.
7
MI
.

. 2,1 lbiO ~
litwow, TQ
_~ isid 2000C,,
W
d
-
nUOYs
Mid
Wit all -0 cen Rj3 and
tw
Iden th~-~outinubui4olldioo of tbe4 tOm W
_Ys
--
'
.
tem.
-6f 'Sys
the
'
-
b qlphasp
"goluittilan 08
-
,
e
sktiwes BbOv
eqdljbt
-
ci also~ .
6,-
. ' i: Ad i
4
)C-V~TW2
a0 id
~.
1
~
" _
w
ase)
nblde)P,l )bcl_ p
c

4~
1
d

4 L -71

GLADYSHEVSKY, Ye.i.; LM, V.I.; SYOL')ZD?,A, R.V.; STADNYK. B.I.
investigatIrg the mutual s~j-'Iubiilty of gi-oup -IV 11, and V7
0 1 L
metal silicides. Pcrosh.m-et. 4 nc-4:15-20 JL-A- 16L"..
(MIRA 106:8)
1. Llvovskiy :~osuaarstvennrr ur-liversitet imeri Franko.

016SIO00
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et
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d 0
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0
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I ~rzvm
-A
CIIANY V.A.;_j~KH).M.; PALYANYTSYA, I.F.; PROTSEVYAT, M.M.
Automatic recording device for measuring low temperatures.
Izm tekh. no.1:35-36 Ja 165. (MIRA 18:4)

1AXHp V.I.; PORTAK, R.A.; TEREBM, L.S.
T'rolenged zeasurament of the temperature of malts in al-amizaim
eUctrolyzers. Pcrrosb. met# 5 no.l.,96-97 Ja 165 ~ (MIRA -t8;:3c)
L Kona 1.7ndtorskop byuro lTermt)prlborl*.

KUZ I MA,, TU.B. (Llvc)v); LAKH,- V.I. (L'vov); VOROSHILOV, Yu.V. (L'vov);
STADNYK, D.J. (L'vov); RARKIV, V.Ya. (Llvov)
Constitutional diagram of the system Zr -- Fe - B. Izv. All
0
SSSR. Met. no.6:127-129 N-D 165. (MIRA 19:1)
1. Submitted September 18, 1964.

L 43773-66 S-,,r (1) /,&,T (e /T/p,-,T ( t) /-nri ii?
ACC NR, AP6020964 SOURCE CODE-.- Ull/0226/66/000/006/0073/0076
AUTHOR: Kuzl ma, Yu. B. ; Lakh, V. I.; Stadnyk, B. I.; Voroshilov, Yu. V.
ORG: L' vov "Order of Lenin" State University im. Iv. Franko, Design Bureau
"Termopribor" W vovskly ordena Lenina gosudarstvennyy universitet, KB
"Termopribor
vi /o
TITLE: X-ray diffr etion study of the system niobium-tungsten-Doron
t
SOURCE: Poroshkovaya metallurgiya, no. 6, 1966, 73-76
TOPIC TAGS: niobium, tungsten, boron, x ray diffraction analysis, phase
equilibrium, lattice constant, z)
-.,g 7-rf
.5*7-,e 0 C rue F_
ABSTRACT: The paper deals with x-ray analyses of the system hi,obiurfi-t6t1gsten
boron. The phase equilibriums were established for the first time at 1500MC and
are shown in an isothermal cross-section view of the system in the original article.
C.,d 1 / 2

L 43773-66
ACC NRz AP6020964
In graphs included in the original article the authors show changes in the lattice
constants of Nb3B and of NbB as a function of tungsten dissolution. Orig. art.
has: I table and 3 iigures. [Based on authors' abstract] AM)
SUB CODE: 111 SUBM DATE: 12Mar66/ ORIG REF:, 0011 OTH REF: 007/
Ca,d 2 / 2

L 43103-66 EWP(e)/EWT(m)/T/EWP(t)/ETI IJP(c) JD/WYI/JG
ACC NR: AP6014117 (N) SOURCE CODE: UR/0370/65/oc)o/oo6/0127/0129
AUTHORS: Kuzima, Ye. B. (LYov); Lakh V. 1. (Ltvov),- Voroshilov, Yu. V. (L'vov);
Stadnyk, B. I (L'vov); Mark-iv,...V.ta-.'trv-ojv
ORG: none
TITLE: Phase diagram of the system Zr--Fe--B
SOURCE: AN SSSR,, Izvestiya. Metally, no. 6, 1965, 127-129
TOPIC TAGS: alloy phase diagram, zirconium containing alloy, iron containing alloy,
boron containing alloy At
ABSTRACT: The phase diagram for the system Zr--Fe--B at 85OG was investigated by
x-ray analysis. This investigation supplements the results of V. 14. Svechnikov, V.
M. Pan, and A. Ts. Spektor (Promezhutochnyye fazy v sisteme zhelezo-Ts-i-r5--niy. h,
neorgan. khimii, 1963., 8) 2u8). The specimens were prepared from Fe and ZrBr2 at
1600C. A total of 72 different speciineas was studied, and the experimental results
are presented graphically (see Fig. 3.). In additionj the crystal structure of the
compound Zr2Fe was determined. It was found that the structure of Zr2Fe is of the
Ti2Ni type with a - 12.1b A. A detailed description of the structure is to be
UDG.- 669.017.

L 4.3io3-66
ACC NR: AP6011~
1. Phase
ram of the
em Zr-Fe-B
50c-
presented elsewhere. Orig. art. has: I graph.
SUB C.OD&3., .11/ SUM DATE: i6sep64/
0
ORIG REFi 0051 OTH REF: 001

/T/W(t)/ETI (c) JD/WW/*/jG'
- -NRi_'-..AP6o2I6i6 SOURCE CODE: UR/0021/66/000/006/0772/0774
AUTHOM. KazAmd Yu_, B~ j~ ~Iffi -oshyloy. Yu- V. Voroshiloy, Yu. V.; Stad-
Voi
nYk,,. B:
era (LIviv sytet)
stkyy.derzhsvnyy.unIver
TITM.'.Crystal structlir- --P the compounds Zr2Ni2lBr, and %r2Co2lB6
80040E.,~ AN ULrRSR. Dapovidi, no. 6P 1966, 772-774
topTc ACIS jha'se:equilibrium, zirconium alloy,- nickel alloy, cobalt alloy, boron
all diffraction analysis, intermetallic compound- Z4,0
X
-ray C-1
ABSTRAM., The authors study.phase eqUilibrium in the Zr.;-NA AEZrl~ ~Blystems.
-B an 90
Fift6en:alIqy_q-were studied in each of these systems,~with compositions of 5-20 at.%
80-' e
at.-%, In 00) ~ and 1545 at.% -B. The alloys were prepared from powdered zir-
55
con, nickel (99.9% Ni), cobalt (99.9% Co) and boron (99.5% B). These
t
were!. mi ed and pressed into briquettes.. The-briquettes were then sintered
a.vacuum--.furnace'st 12000C for two hours. After this, the specimens were melted in
&Nacuun arc furnace and subjected to homogenizing Annealing in evacuated quartz am-
Pule-s a, -800OC:for 120 hours.' X-ray,diffraction,analysis,based on Cr radiition-vas
oughout-the study, The anal~rsis-shows the existence of the compounds Zr2Ni2IB~
Aiid Zr2Co21B6:,(T-phases). These compounds have cubic structures of the W2C021C6 type
1/21

AUTHOR:
TITLE%
PERIODICAL:
ABSTRACT:
Card 1/2
Arodzero, A.M.; Lakh, Ye.I. 3zOV-ll5-58-4-17/-T5
A portable Oscil-lograp4 Assembly (13eredvizhnaya ostsillo-
graficheskaya ustanovka)
lzmeritellnaya tekhnika, 1958, Nr 4, PP 32-34 (USSR)
The Tsentrallnyy nauchno-issledovateliskiy institut mekhani-
zatsii i energotiki losnoy promyshlennosti (The Central Re-
search Institute for Mechanization and Energetics in the
Forestry Industry) has prepared a portable oscillograph
installation for recording forces during the trials of
transport vehicles under operational conditions. The
assembly is installed inside a specially equipped T-82
liGiprolesmash" passenger bus mounted on a ZIL-150 truck
chassis. The unit is connected with the vehicle under test
by flexible cable. The assembly consists of an OT-24-51
oscillograph made at the "Geofizika" Plant, a block for

A Portable Oscillograph Assembly SOV-115-58-4-17/45
checking and balancing the measuring bridges, a distribu-
tion panel for the oscillograph and pick-ups power supply
connections, storage batteriesjetc. There is also a work-
bench with instruments and a dark-room equipped for the
processing of oBeillograms. The equipment is mounted on
rubber cushions to lessen vibration. Details of the
various component parts and their operation and inter-
connection are given. There is 1 circuit diagram.
1. Oscillographs--Design
Card 2/2

LAKH
Testing suspensions of two-axle automobile-train trailers. Avt.
prom. no.1:20-23 Ja '59. (MIRA 12:1)
1. TSentrqLI'Wy naucbno-issledovatel'ekiy institut malthanizateii
i energetiki lesnoy promyeblennosti.
(Automobiles--Trailors--Springs)

LAKH, Ye. I.
Cand Tech Sci - (diss) "Several problems of vertical dynamics of
the sawmill motor vehicle train." Moscow, 1961. 28 pp with dia-
grams; (Ministry of Higher and Secondary Speciilist Education
RSFSR, Moscow Forestry Engineering Inst); 150 copies; free; (KL,
5-61 sup, 191)

LEKSAU, Igor' Nikolayevich,- AROD= , Aleksandr Mikhaylovich;
GALIFER121, Zinoviy Samoylovich; GORBACHEVSKIY, Viktor
Andreyevich; DARAGAN, Leonid Dmitriyevich; MCHKOV,
Pavel Dnitriyevich; LAKH, Yevgeniy Ivanovich; FRASOLOV,
Boris Aleksandrovi~-h; RYZHKUV, A16k-sey-Nik-o-layevich;
SUKHARNIKOV~ losif bsipovich; TURASS, Alsksey leontlyevich;
DOLGOPOLOVp N.P., red.; KONARDOVA, T.F., red. izd-va;
VDOVINA, V.M., tekhn. red.
Nanual for the lubmer truck driver] Spravochnik shofera
lesovoznogo avtonobilia. Moskva, G-o-sleighnnizdat, 1962. 169 p.
NIRA 15:7)
(Lumber-Transportation)