SCIENTIFIC ABSTRACT LYCH, N.M. - LYCHKOVSKIY, B.P.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001031110012-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 31, 2001
• Sequence Number: 12
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

r
GPMEN', I.I., redaktor; GROZIN, B.D.. radaktor-, GULIKO, M.H., redaktor;
LYCH, N.H., rodaktor; ORLIKOV, M.L., redaktor; FATHERMAIT, I.D.,
fFTARtt?-,1KHAYMOVICH. Ye.M., redaktor-, SHRDTUK. V.K., Inzhaner,
redalctor; RUDPMKIY, YA.V., tekhnicheakiy redaktor.
[Automation In machine building] Avtomatizatsiia v masbinostroanii.
Kiev, Goo.naucbno-ta4in. W-vo mashinostroitellnoi lit-ry, 1955-
289 p. [Microfilm] (MLRA 9:1)
1. Veasoyuznoyenaucbno-tekhniebookoye obshcbestvo masbinostroitallnoy
prorV llhlennnsfi. Kiynvskaye oblastnoye otdoloniye.
(Antomation) (Mechanical engineering)

3-12-11/27
AUTHOR# Lych, N.X.j Learned Secretary of the Scientific Technical
_IBolu~126&ttached to the Ministry a Higher EducatioD.
Ukrainian 33R.
TITLF#s Using the Experiences of the Beat Scientific Collectives
(Perepimat' opyt luchshikh nauchnykh kollektivov)
PERIODICALt Yeatnik Vyashey Shkoly, 1957, # 12, PP 58 - 60 (USSR)
ABSTRACTs The Ministry of Higher Education, Ukrainian SSRp organized
in last December a Scientific Technical Council for the coor-
dinatioa and control of researches conducted by higher educa-
tignal institutions. This Council took as a basis the work
qr 16 expert commissions dealing with various branches of
science* These commissions investigated the themes of 36
republican vuzes and decided to select 154 most important
themes from 369 previously discussed. It was found that
thematical plans submitted by vuzes did not include many
scientific and technical problems which required an urgent
solution. The commission stated further that professors and
teachers of various institutions executed scientific work
inferior to their possibilities ald that some vuzea inve-
stigated problems which were not in accordance with their
p;ogroms. It appeared as a result that the research plane
Gard 1/2 of vqzes were not sufficiently coordinated, and the expert
. I

uaing-the Experiences of the Best Soientific Collectives 3-12-11/2T
commissions decided to organize coordination conferences
in order to distribute rationally the scientific forces and
emphasized the necessity of information exchanges relating
-to o'Ompleted researches.
ASSOCIATIONi NAuchno-tekhnicheskiy Soviet M~nisterstva vysshego obrazovaniya
Ukrainskoy SSR (Scientifid and Technical Council of the Ministry
of Higher Education of the Ukrainian SSR)
AVAILABLEt Library of Congress
C~rd 2/2

SOV-3-58-10-11/23
AUTHOR: Ly.ch, N.M-.,-Learned Secretary of the Scientific Technical
council, UkrSSR Ministry of 1ligher Education
TITLE: Problems of a Further Development of Research Work (Problemy
dallneyshego razvitiya issledovatel'skoy raboty). In the
Higher Educational Institutions of the Ukraine (V vysshikh
uchebnykh zavedeniyakh Ukrainy)
PERIODICAL: Vestnik vysshey shkoly, 1958, Nr 10, PP 58 - 62 (USSR)
ABSTRACT: In accordance with the reorganization of the administration
of industry and building, such institutes as the Khar1kov
and Llvov Polytechnical and the Dnepropetrovsk Mining and
other Institutes have become important scientific-engineer-
ing centers of the economic districts and republic. Recent-
ly, interest in theoretical problems of physics, mathematics,
mechanics and radio-engineering has risen at Soviet vuzes,
and the scientific staff is displaying considerable activi-
ty in this direction. The practice of approving research
themes, established in 1957, has also stirred up scientific
work. The plans for the most important research are now
examined by expert commissions of the Scientific-Technical
Council, Ukr SSR Ministry of Higher Education. The Board of
Card 1/3 the Ministry approves the summary plan and distributes it

Problems of a Further Development of Research Work.
tional Institutions of the Ukraine
Card 2/3
SOV-3-58-10-11/23
In the Higher Educa-
among the vuzes and other organizations. As a result greater
responsibility is shown when choosing the theme of research,
more attention is paid to complex themes and the material
resources assigned for scientific work are better utilized.
The author tells of 30 special laboratories established at
the higher Ukrainian schools in 1957 and 1958, and of the
funds assigned by various ministries, departments and the
sovnarkhoz to the L'vov and Khar1kov Polytechnical Institutes,
and the L'vov and Chermvtsy Universities for the organi-
zing of more laboratories. Ukrainian vuzes have consider-
ably intensified their connections with industry as is in-
dicated by the growing number of orders given to the vuzes
on a contract basis. In 1958, there were only 3 institutes
not carrying out such orders, i'.e. the Kiyev Financial-Eco-
nomic, Odessa Credit-Economic and the Khar1kov Law Institute.
Much research conducted on a contract basis is of great
scientific value. For instance, the research into the dyn-
amic phenomena in the transmissions of coal-cutters and coal
combines carried out by the Chair of Mining Machines of the
Donetskiy industriallnyy institut (Donets Industrial Insti-
tute). The author mentions a number of other scientific
works conductedby the chairs of various institutes and em-

SOV-3-5B-10-11/23
Problems of a Further Development of Research Work. In the Higher Educa-
tional Institutions of the Ukraine
phasizes the help given by the enterprises to the vuzes.
He also points to shortcomings in the vuzes scientific work,
Out of 52 chairs of the L'vov Polytechnical Institute only
4 are performing economic contract work, and out or 35 en-
gineering chairs of the Donets Industrial institut; - only
19. Yet, the amount of economy contract work (khozdogovor-
nyye raboty) done by individual chairs exceeds that of large
vuzes. The author stresses the necessity of better distrib-
uting the workload.
A3SOCIATION: Nauchno-tekhnicheskiy sovet Ministerstva vysshego obrazo-
vaniya USSR (Scientific-Technical Council of the UkrSSR Mi-
nistry of Higher Education)
Card 3/3

KHAYMOVICH,.Ye.M.. otv.red.; GULIKO, N.M., red.; ZASLAVSKIY, S.Sh., red.;
LOPATI, A.Ya., red.;LLjCq,AM.,,_psd.; ORLIKOV, K.L., red.;
PAYERWAR, I.D., red.; KRARA GIYU, S.I., red V reteen-siro-
vanil I redaktirovanii prinimali uchastiye: M11, I.I.;
ZAHANSKIY, S.M.; IVAKHN M 0, A.G.; MHSBZHNIKOV, V.L.; MOSKNKIS,
M.G.; FAEM, I.M.. SOROKA, H.S., red.lzd-va.
Nechanization and automation in the machinery Industry] Mekha-
nizataiia I avtomatizataiis v mashinostroenii. Moskva, Goo.
nauchno-tekhn.izd-vo mashinostroit.lit-ry, 1939. 286 p.
(MIRA 12:8)
1. Nauchno-tekhnicheekoye obshchestvo mashinoBtroitellnoy
promyshlennoeti. Kiyevskoye oblastnoye pravleniye.
(Automation) (Kgchinery industry)

v I- LYCH, N.H.
I
f Practice in operating automatic machine tools. Stan.i instr. 32
6
i no.11:27-30 N '61. MRA 14:10)
1 (Machine tools-'-Numerical control)
I
A
I

- LICH, II.M.; CHIRKOV, V.G.
Why automatic machine tools stand idle. 19ashinostroitell
no.10:39-4,0 0 161. (MRt 14: 9)
(Factory managemant)

--1ZAH--,N1kolay-HjkbayZqviqh; CHIRKOV, Vladimir Grigorlyevich; TAURIT,
G.E., dots., retsenzent; RIKJERG, D.B., red.; GORIIOSTAYPOLISKAYA,
M.S., tekhn. red.
[Improving the efficiency of automatic lathes] Povyahenie ef-
fektivnosti tokarnykh avtomatov. Moskvaq Mashgiz.. 1962. 158 P.
(MIRA 15:4)
(Iathes)

-LYCR, N.J4j kand. telft. nauk, dotsentl CHIRKOV, V. G., kand. ekono-
micheskikh nauk
Increasing labor'productivity by automation. Izv. vys. ucheb.
zav,j mashirmtr, no,7.,200-208 162, (MIRA 16:1)
1. Kiyevoldy politekhnicheakiy institut.
(Automation)
I

-LICH, N.M,,, kand.tekhn.nauk; CHIRKOV., V.G., kand.skonam.nauk
Most important objectives of further mechaniza ion and automation of
automatic-lathe shops, KekiNi avtom, proizv, 17 no.2:1-4 F 163.
(MIRA 16:2)
(Lathes) (Automation)
.tt` _Azl_~

XSER/ Chemistry --Physical chemistry
'Card 1/1. Pt&e 147 - ~0/27~~
Authord: Has T'G.; Prevratukhin, V.D.; Danilov,,,,Yu. V
.;.and Lychagin, A.A.
'Title Oscillatory spectra. of n-pentane
Nriodic.al, Zhur. fiz. khim,,28/2., 328-336.. Feb 1954
Abstract The-symmetry of an,n-pentane.CA~molecule and the coefficients of itn
e.ffect,were determined* The bdsic frequencies of n-pentane were calcuiated
and the interpretations are given in tables. It was confirmed (through
calculation), that the number of valent oscillation frequencies of C - Hi
bonISL should be-~'.:-Ieast seven And not- four as -mentioned -in.literature, -It---
_G 6-Lof -the
t, _frequencies Lo-f. C bond
eacina
On
C C Caww C C - chain i4ere, to a greater eident, genera e sc
t d by the o il-
.~lations of.the C,--.C C (It) components and their reaction with the C - C
bonds.'..Thirteen references:.9-USSR; 3-USA and 1-German (1935-1952). Tables;
diagram*,.
1rhaiiution i
Submitted L L May
1953

PHASE I BOOK EXPLOITATION 815
Lychagin, Aleksey Sergeyevich
Proyektirovaniye martenovskilch pechey (Design of Open-hearth Furnaces) Moscow,
Metallurgizdat., 1958. 263 P. 3:300 copies printed.
Ed. of Publishing House: Lanovskaya, M.R.; Tech. Ed.: Attopovich., M.K.
PURPOSE: The book is intended for designers of open-hearth furnaces and for
engineers working in open-hearth steel mill . It may be of use to students
of metallurgical V`UZES.
COVERAGE: The book provides data for design and construction of stationary and
tilting open-hearth furnaces of 5 to 500 ton capacities having base "
acid bottom lininaL . Parameters for the charging side of open-hearth and steel
-411 furnaces are presented. Examples of metallurgical and thermo-technical
calculation of gas and fuel-oil heated open-hearth furnaces are g1ven. The
following Soviet design institutes are concerned with open-hearth furnaces:
Stallproyekt (State All-Union Design and Planning Institute of the Ministry
of Ferrous Metallurgy), Gipromez (State Institute for the Design and Planning
C grd-71~9

Design of Open-hearth Furnaces 815
of Metall:urgical Plants)., Giprostal (State Institute for Design and Planning
of Steel Mills) and others. There are 30 references., all Soviet.
TABU OF COMMS:
Foreword 4
Introduction 5
Ch. I. Basic Characteristics of Open-hearth Furnaces
1. Types of furnaces 8
2. Capacity of furnaces 8
3. Output of furnaces 9
4. Brief outline of open-hearth steel production in capitalist c(rMtries 12
Ch. II. Fuel and Thermal Load (Heat Consumption in Millions of kcal per
hour] of Open-he..rth Furnaces 19
1. YjLazut and coal tar 19
2. Gaseous fuel 19
3. Producer gas of high calorific value 23
Carfr_~_

PHM I BOOK EXPWMTION SOV/3642
Lychagin, Aleksey Sergeyevigh,, and Mikhail Aykeentlyevich Chemenko
Razvitiye konstruktsiy martenovskikh pechey (Daveloyment of Open-Hearth Furnace
Construction) Moscow, MetaUurgisdat, 1960. 52 p. Errata slip inserted.
2,150 copies printed.
Ed.: A. Ye. Livshits; Ed. of Publishing House: A. A. Vagin; Tech. Ed.:
M. R. Kleynman.
PURPOEE: This book is intended for workers in metallurgical plants and planning
organizations. It may also be used by students of metallurgical institutes and
tekhnikums.
COVERAGE: The book contains a brief description of modem open-hearth furnace
design and an analysis of methods of inere%aing productivity. The basic
trends in design improvements for automation, repair work, and preasgembly
of sections are discussed. The advances to be made in open-hearth construction
are also treated. No personalitico are wationed. There are 9 rebirences.. &11
Soviet.
11?04q~3_

IYCHPGIII, Aleksey. $ergeyevich; VESELKOV, N.G.., retsenzent; BUCROVA,
.-B-.'A., red.iZd_Va; 1-UJW-YL0VA, V.V., tekhn. red.
(Design of open-hearth furnaceo) Proektirovanie martenovskikh
pechei. Izd.2., ispr. i dop. Moskva, Metallurgizdatp 1963.
280 p. (MMA 16:12)
(Open-hearth furnaces-Construction and design)

1. LYCHAGIN, G. A.
2. USSR (W)
4. Geology - Kerch Pennsula
7, Extinct raud volcanoes of the Kerch Penninsula. Bluls MOIP. Otd. geol. 27 no.
1952.
9. Monthly List of Russian Accessions, Library of Congress, Januarys -1953. Unclassified.

IYCRAGIN. G.A.; SALIHAN, G.B.; CHUPRINA, N.Te.
Now data on the age and deposition conditions of "quartziteal in
last Crimea. Dok~.AN SSSR 107 no.2:302-305 Mr 156. (MIRA 9:7)
I.Predetavleno akademikom N.M.Strakhovym.
(Cri4ea-Cpartsite)

AUTHOR: Lychagin, G.A.
SOV-5-58-3-8/39
TITb.'~s Contemporary Tectonic Movemento Along the Western Shor~,s of
the Crimean Peninsula (Scvremennyye tektonicheskiye dvizhe-
niya na zapadnom poberezoye Kryma)
PERIODICALs Byulleten' Moskovokogo obshchestva ispytatelay prirody,
Otdel geologicheskiy, 1958, Nr 3, pp 129-131 (USSR)
ABSTRACTt Based on goomorphological and tectonic studies, the authcr
comes to the conclusion that the district of the Sasyk Lake
near the town of Yevpatoriya is undergoing a process of sag-
ging. The most recent sagging of this locality is connected
with the deep Kalinovka depression. The author found, that
in contrast to the other near-by lakes of the Allminsk syn-
cline, no changes as to the depth or shape of the Sasyk Lake
could be observed, although there was and still is a strong
erosive action on the steep cliffs which form a great part
of the shore line. The author concluded that the Sasyk Lake
is within the limits of a presently occuring sagging proceqs.
Card 1/2

SOV-5-58-3-8/39
Contemporary Tectonic Movements Along the 'ilestern Shores of the Cr!riedn
Penisula
There is 1 map,
1. Geology--Crimea 2. Earth--Conficrura-tion
0
Card 2/2

LYCHAGIN, G.A.
Geological structure and history of development of the Crimean
lowland. Trud7 VITIGM no.32;166-191 158. (min 12-.3)
(Crimea--Geolog7)

GORDIYEVICH, Vyacheslav Afanaslyevich; KURISHKO, Vadim Arkad'yevich;
LYCHAGIN. Georgly Aleksandrovich; RISHES, Yevgenlya
Aronovna; TKACHUK, 7 ~enti~na Grigorlyevna, doktor geol.-
miner. nauk; MELINIK, A.F., red.; MONZHERAN, P.F., tekhn.
red.
[Hydrogeology of the Crimea and its oil and gas potentials]
Gidrogeologiia Kryma i perspektivy ego neftegazonosnosti.
Pod obshobei red. V.G.Tkachuk. Kiev, Izd-vo AN L&r.SSR,
1963. 138 P. (HIRA 16:7)
1. Institut minerallnykh resurs6v AN Ukr.SSR (for Tkachuk,
Kurishko).
(Crimea-Petroleum geology) (Crimea-Water, Underground)

N.Y., inzhener.
Taking stock of cut peat extracted by machines UP7-2, Torf. prom. 30 no.
5:16 My 153. (MLRA 6:5)
1,.Torfopredpri:ratiye imeni Klassona. (Peat industry)

h(j639
S/139/62/000/004/016/018
700 E039/E420
AUTHORS: Agafonova, Ye.N., Lychagin, N. I
TITLE: On the theory of the thermo-effect in atomic
semiconductors
PERIODICAL: Izvestiya vysshikh uchebnykh za'vedeniy. Fizika,
no.4,11962, 173-175
TEXT: Using the anisotropic~model for semiconductors the
thermal emf and thermal conductivity are calculated for atomic
semiconductors taking into account the effect of trapped phonon
carriers. The distribution function for the carrier current and
the heat flow in the presence of a-field E~ and with a
x
temperature gradient dT/dx is'given for-the isotropic model.
For the anisotropic model the same distribution function is
obtained but with the carrier energy c defined by an
ellipsoidal function. The thermal emf is shown to be dependent
on the coefficient of anisotropy. From the energy flux it is
possibl.e to determine the coefficient of electron thermal
conductivity, which has two components. An expression for the
thermal conductivity is obtained firstly for the isotropic case.
Card 1/2

S/139/62/000/004/016/018
On the theory of the thermo-effect ... E039/E42O
It is then shown that in the anisotropic case the electron therinal
conductivity in dependent on the coefficient of anisotropy and the
effective mass of the carriers, the second component depends only
on the ratio of the carrier masses. By measuring electron
thermal conductivities at comparatively high temperatures (when
the effect of trapping can be neglected) and also ther'mal
conductivity and thermal emf at temperatures less than 100K
(when the trapping is dominant) it is possible to determine the
effective mass of the carriers, the coefficient of anisotropy and
the phonon relaxation time at low temperatures.
ASSOCIATION: Urallskiy gosuniverfiitet imeni A&M,Gor'kogo
(Ural State University imeni A.M.Gorikiy)
SUBMITTED: May 29, 1961
Card 2/2

AYWSHNA, M.P.; VOSTRIKOYA, V.A.; LIPTANSKATA, R.S.; SHITAN, K.K.:Prinimali
uchastlyu.- ANT S, L.G., nauchnyy sotradnik-, BELERYINA, S.G.,
nauchnyy sotrudnik; IETMNOV, V.D., nauchnyy sotrudnik; MAIN, B.S.,
nauchn" sotrudnik;,IICHAGIN, B.S. SW, A.D., kand.istoronaukq red@;
YCRMIUA, V.H.. red.; SHEMMMO-iX.G., tekhn.red.
[History of the Kharkov Locomotive Plant from 1895 to 1917; collected
documeats and materials] Istorila Kharikovskogo paravozostroitelinogo
zavoda. 1895-1917 99.; abornik dok-amentov i materialov. KharIkov,
Khartkovskoe obl.izd-vo, 1936. 378 p. OuRA l4a)
1. Kharkov. (Province) Gosudsrstvenny3~ arkhiv. 2. Gosuderatvennyy
arkhiv Kharikovskoy oblaoti (for Antonets, Belenkins, Tevlanov, Shein).
(K'harkov--Locomotives--Constniction)

LYCHAGIN, N.S., inzh.
Operationpl reliability and durability of d1jesel locomaoti7ea
and diesel engines. Machinostroenie no-3:5-6 My-je 164.
(141RA 17:11)

LYCHAGO, Viktor Alekseye7,rich; CaZEEGORSITVSKEY, A.N., .kand.
-- -.. -- --- &1-bh.--'hafj'k)*-ddt6'.j red.; BOGD-7,11OV, Ye.A., red.
[Comprehensive development of the industry of an economic
region and labor resources] Kompleksnoe razvitie pro-
myshlennosti ekonomicheokogo raiona i trudovye resursy.
Moskva, Izd--vo "Mysl'," 196/4.. 90 p. (MIRA 17:6)

LYCHAGINI V.P.
---- ----
Fluid flow through a fixed granular bad. Trudy VNIIT no.10;101-
- 108 161, (MIRA 15:3)
(Fluid mechanics)
0

S/672/62/000/011/009/011
1403/1)307
AUTHORS; Loby'ritsev, Yu. I. and LychaZL,4~~
TITLE:'l .0n:the.' length of a mixing chamber of an ejector
SOURCE: -Leningrado Vaesoyuz4yy nauchno-isaledovatelIBkiy insti
pererabotki i-ispollzovaniya topliva. Trudy. no.11,
1962'. Khimiya i t *ekhnologiya topliva, i produktov yego
-259.:
pererabotki, 254
TEXT. The authors utilize -.-an analogy between the deformation of
'the -velocit- field in' a
y turbulent' stream andin the mixing chamber
t-o . obtain an.equation the.ratio of-axial velocities-~-
..Of expressing
:7a/uh in terms (r/x) where x is the axis of a cylinder and r
Max
radius which gives better-agreement with experimental data.
Th ti-on:of-continuitk.and'dondition.of incompressibility with-
e. equa
in the chamber. lead. to aii expression describing the nonuniformity
~of the.vllocity'field within the chamber. The relations between the
L
nondimensional length of the chamber -1 and the coefficient of non-
--uniformity ofthe velocity field and,between the concentration
'Card 1/2~.

GOZENPUT, M.D.; ShUR. D.P.; LYCHAGIll', V.I., nauchn. red.
[Pho,torelay in the wood-using industries] _Fotcrele v
derevoobrabatyvaiushchei proryshlennosti. llosk-va, TSe-y,r.
nauchno-issl. ir~-t informatsii i tekhnikc-ekon. i5sledova-
nii po lesnoi, tselliulozno-bumazhnoi, derevoobrabaty-
vaiushchei pronysia. i lesnonu khoziaistv-up 1963. 36 P.
(MIRA 17:5)
1. Voesoyump nauchno-issledovatollskly i konstruktorskiy
institut derevoobrabatyvayuslichegri mashinostm7eniya.

GULYAYEV, V.I.; LYCHAGIN, V.I., nauchn. red.
(Automation of the loading and unloading manufactured
articles in continuous production lines] Avtomfttiza-
tsiia zagruzki i razgruzki izdelii v potochrorkh liniiakh.
Fioskvaj TSentr. in-t tekhn. informatsii i ekono issledo-
vanii po lesnoij bumazhnoij derevoobrabatyvaiushchei pro-
mv.shl. i lesnomu khoz., 1963. 35 P. (MIRA 17:10)

LYCIFACT1,17, Ya. Ya. , Enf~lnccr
Iltn Eccentric Chuck" Stanki I Instrument, 17, 1-10. 12, 1c,,46
Br-52059019

,jt.Ya.; ROU. L.I.; BURSHTEU,
GADASIN, M.M.; GZLLUT, I.V.: 14CQa&GI,
4.
laureat Stalinskoy premii; kandidat tekhnicheskikh naak, retsenzent;
KOTLTAROV, N.Z., inzhener. riteenzent; MARTYNOV, N.P.. inzhener, re-
daktor; POPOVA, S.M., tekhuicheskiy redaktor.
(Files; design and manufacture] Napillniki; konstruktsiia i izgotovlenie.
Moskva, Gos. nauchno-tekhn. izd-vo mashinostroit. lit-ry. 1951. 236 p.
(Piles and rasps) (NT-RA 8:2)

LYCHAGIN, Ya.Ya.
Casting control transformers in metal moulds. lit.proisy. no.5;
30-3g Ag 154.. (ULRA 7:8)
1(Aluminum founding) (Blectric transformers)

-, JLT r.
Kanufacture of draw-in attachments. Vast. masho 36 no.6:55
Je 156. (RLRA 9:10)
(Chucks)

LYCHAGIN, Ya.Ya., inzhener.
p
for diamonds. Vest. mash- 36 no.8:48-50
'56.
(MLRA 9:10)
Chamonds, Industrial)

q, \/M - Yj!
AUTHOR: Lychagin, Ya.Ya., Engineer. 122-3-23/30
TITLE: -Th-e_App-1-1`ca_t_i_o_n__o_f -the Principle of the Summation of
Eccentricities.
(Primeneni,ye printsipa summiruyushchikhsya ekstsentrisitetov)
PER.IODICAL: Vestnik MaBhinostroyeniya", 195?, V0.3, Pp. 59 - 62
(USSR).
ABSTRACT: The geometry of obtaining any desired eccentricity by the
appropriate rotation of two eccentrics rotating inside each
other is discussed. The application of the principle to an
eccentric collet mounted on a morse cone and to an eccentric
boring tool holder is illustrated. Formulae are given for the
use of angular scales to set up the desired eccentricity; the
positioning of the balancing weight is discussed; the eccentric
mounting of a three-jaw chuck is shown.
There are 9 figures.
AVAILABLE: Library of Congress.
Card 1/1

AUTHOR: Jk7chagin, Ya.Ya., Engineer. 122-2-13/33
TITLE: The Use of Multi-station Tools (Primeneniye mnogomestnoy
osnastki)
PERIODICAL: Vestnik Mashinostroyeniyaj 1958,,,No.2, pp. 42-44 (USSR).
ABSTRACT: An example is illustrated of a press tool to blank the
insulating segments for a small motor commutator. The earlier
tool which required some dismantling after each operation was
replaced by a three-station press tool to work simultaneously
on three components. Another example is given of a seven-
position press tool with one central and six peripheral
positions. A multiple pressure die casting mould is also
shown. There are 6 figures.
AVAILABLE:.: Library of Congress
Card 1/1

28(l); 25(l) PHASE I BOOK MTW3!rATION SOV/2010
ZhOldak., SergeT Afanu 'Yevichp YakOV Yakovlevich Lychagin., and Vitaliy
Semenovich P%.Vov
Tekhnologiya izgotovleniya elekbroelementov dlys, elektreavtomaticheskikh ustroystv
(Manufacturing Processes for Electrta Elements of Automatic Electric Systems)
Moscow.. Oborongiz, 1959, 423 p. Errata., sUp 1=6rted, 6,000 copies printed.
Reviewers: W.N, Ushakov, Candidate of technical Sciences, Docent, and M,M.
ZillbersheydL, Engineer; Ed.: S.A. Abaza, En&neerj Managing Ed.: A.I. Sokolov;
Ede of Publishing House: G.F. Loseva; Tech. Ed.: V,P. Rozhin.
PURPOSE: This book may be useful to engineers axid technicians by helping them
solve Practical Problem they meet in their plants, and also for vuz students
concerned with the production of electrical elements of automatic electric
apparatus.
COVERAGE: The authors discuss the design problem and mamifacturing of electric
small-size machines used in automatic electric systems. They describ* selsyn
generators and motors, mag-slips, servomotors and rotary-transformers and
modern methods for manufacturing the parts of these machines. They Zo discuss
Card:`-In

Manufacturing Processes (Cont.) SOV/2010
the outlook for improving manufacturing methods, Chapters 1, 9 and 14 are
wri'ten by S.A. Zholdak, chapters 2, 3, 4, 5, 6, 12 by Ya. Ya. tychagin and
7, -, 9, llj 13, 15 bY V.S. Popov. The authors thank W.N. Ushakov,
M.M. Ziltbersheyd.and S.A. Abaz. There are 45 references; 42 Soviet, 2 German
and 1 Rrglish (translated into Russian).
TAM OF COMM
Foreword 3
Tntroduction 5
Ch. I. General Information on the Design and Technical Requirements
of S-11-size Electric Machines 7
Basic technical requirements T
Selsyns 8
Rotatable transformers (VT) 26
D-c synchronous motors 33
Servomotors 36
A- c motors without c T 11, r 1rs 45

18(5) SOV/128-59-4-2-1/127
AUTHOR Lychagin, Ya.Ya., Engineer
TITLE! Prec-ure Die Capting of Electric Motor Rotors
PERIODICAL! Liteynoye Proizvodstvo, 1959, ITr 4, pp 39-40 (USoR)
AB"TRACT: Pi,,ure 1 ehowp a short-circuit rotor with a small
electric motor. It con-ists of the spindle 1, the
magnetic conductor packer 2, and of the -quirre! cage.
Originally the rotor was built by hand which took a
lot of time. In thiq process, aluminum bars were
fitted into the slots of the magnetic conductor packet.
This work was done by a highly skilled worker and was,
therefore, not productive enough. In another design,
the rotor was changed. The diameter of the Ppace
within the ma-netic conductor packet was enlarged and
the ventilator was built with a Pquirrel cage. Tilis
made it poqpible2to produce a rotor in a prep- mold
by melting,! an AL allot under pre-nure and with a
temperature of 670-700 C. This change to producing
the rotor by casting under pressure meant, that pro-
Card 1/2 ductivity vias raiped about five times, 2-ad the waQte

Preo--ure Die Casting of Electric Motor Rotors
SOV/128-59-4-21/27
was considerably reduced. A second in-tant of the
-uccespful application of casting under prep-ure is
furniphed by the rotor of a non-contacting rectifier.
The old rotor used in the papt consisted of a spindle,
two magnet packets, and a piece of Pynthetic material.
The rotor was presped. Rotorn of thi,- kind had a
number of deficienciep due to the different coefficient
of expan,-ion of the synthetic material -aid steel, and
to the conpiderable Phrinkage of the Pynthetic mater-
ial. Pi,,ure 3 shows the conertruction of a rotor vihich
U
was changed with regard to the casting. The shift
from pres-ing to casting the rotors of non-contacting
C~ CD
Pypchronizers effected,a triple increase in production
and an important reduction of waste. There are 2
photographs and 3 diagrams.
CD
Card 212

LYCffAGIN, Ya.Ya-
Mechanized mold parting in centrifugal casting. Lit.proizv.
no.2:41-42 F '60. (MIU 13:5)
(Centrifugal casting)

ZENKEVICHY A.A.; LYCHAGIN, Ya.Ya.j POKROVSKIY, N.I., inzb.., red.; BASIN,
D*Say rea-.-,--N-A-DE-I-VMUJJr, A.A. , tekhn. red.
(Small electrical machinery and its use in automatic control systems)
Malogabaritnye elektricheskie mashiny i ikh primenenie v avtomatiche-
skikh siotemakh. Pod red. N.I.Pokrovskogo. Moskva., TSentr. biuro
tekhn* informatsii, 1960. 161 p. (MIRA 14:10)
(Automatic control) (Electric machinery)

v Yakovlevich-
RUBINSHTEYN, Toviy Abraw-,vich; ]LYCHAGIN, Yako ,_ MEDVEDEVA,
Ye.T., kand. tekha. fia-uic, Yea. red.;,50twKINA, T.M., tekhn.
red.
[Asbobakelite friction materials with a high and stable fric-
tion coefficient. Multiple molds for pressing collectors with
"voloknit" plastic]Asbobakelitovye friktsionnye materialy s
vysokim i stabilInym koeffitsientom treniia. Mnogomestnye pres-
sformy dlia opressovki,kollektorov voloknitom. (ByllA.IA.Lychagin.
Moskva Filial Vaes. in-ta nauchn. i tekhn. informataii, 1958.
15 p. iPeredovoi nauchno-tekhnicheskii i proizvodstvennyi opyt.
Tema 19. No.M-58-79/2) (MIRA 16:2)
(Plastics-Molding) (Friction materials)

LYCHAK, I.D.
0 -0
The use of dinas bricks in regenerator chambers. Matallurg no-5:37-38
KV 15 6. (MLRA 9:9)
I.Starshiy master gazovogo khozyaystva domennogo tookha Magnitogorskogo
metaUurgichookogo kombinata.
(Heat regenerators) (Firebrick)

KMaYA, Y.Y.; STARIKOV. G.M., dotsent,
nauchnyy red.-
[Bibliography of scientific works by memebers of the Smolensk
State Nedical Institute, 1920-1959) Bibliografiia nauchnykh
rabot sotradnikov Smolenskogo Gosudarstvennogo moditoinakogo
institute, 1920-1959 gg. Smolensk, 1960. 310 P.
(MIRA 14:4)
1. Smolensk. Smolenskiy Goauderstvennvy meditBinskiy institut.
2. Gotrudniki biblioteki Smolenskogo Gosudarstvennogo meditainakogo
institute (for Kartseva, Lychak, Smirnove). 3. Direktor Smolenskowo
Gosudarstvennogo maditainakogo institute (for Starik-ov).
(BIBLIOGRAPHY--MICIIM)

SINITSUP, V.Ya. I LTMK. - 4A.
Couldering tho nonunifomlty of rosomoirs In the
dotandnation of oll recovery and the natmv of vater
sammsohment. Trudy UkrNIGRI no.7tl66.170 063. (MM 1911)

~NHC-
MVENTOR: lordan, G. - G.; Kurnosov, N. M.; Levinson, B. A.; _;ychakov, 1 1(., I_.,;
Tikhomirov, V. P.
ORG: None
TITLE: A radio interference level indicator. Class 42, No. 181326 [announced by the
Scientific Research Institute of Heat and Power Engineering Equipment (Nauchno-
issledovatellskiy institut teploenergeticheskogo priborostroyeniya)]
.~SOURCE: Izobreteniya, promyshlennyye obraztsy, tovarnyye znaki, no. 9,-1966* 87
TOPIC TAGS: liquid level indicator, electromagnetic wave interference, electronically
variable capacitor
ABSTRACT: This Author's Certificate introduces a radio interference level indicator
based on using reflection of high-frequency electromagnetic oscillations from the sur-
face of the medium to be monitored. The unit contains a high-frequency oscillator
connected through a length of transmission line to a coaxial pickup and a measurement
circuit. Measurement accuracy and reliability are improved by connecting an element
in the transmission line with a reactance which depends on the voltage applied to it,
e. g. a voltage-vari&ble capacitor. This element compensates the electrical length
of the line under the effect of a voltage proportional to the level being measured.
Card 1/2 UDC: 681.128,82

I
I
I
j
f,
t
I*
7
i
i
I I

ORLOV, S.F., doktor tekhn. nauk; GOL'DBBRG, A.M., icand. t9khn. nauk;
BEWZIMOY. Ye.Ta.. aspirant; YBMOV. I.S., inzh.; LYCHEY, D,P..
inzh.; RODIN, P.D.
First attempts at the skidless conveying of timber. Mekh. trud. rab.
11 no.10:6-8 0 157. (MIR& 10:11)
(Lumber-Transportation)

LYCMV, G.F.
Veocane mmialu of Ltdcej MlYlf Wkamar, (Pavlodar area of the Irtysh
Valley). Mat. po ist. fauny i flory Kazaldi. 4:12-21 163. (MIRA 16:9)
(Malyy Kalkaman Laka regior-44ammals, Fossil)

LYCHEVp VA.
Studying the chrmosome activity in highly inlred
0
TSitologiia 7 no.3:325-333 ?4y-Jo 165. (141RA 18.-10)
1 .3 1~ '1. 1--. ~ i_, -) I -)'j, I L
t., - 1, W. f~ -, ' . _,
1. laboratorlya obihohay t311:1 310,7j.~. T-.1,
genatiki Sibir-3kago otl-31-sn47a AN SSPIR, NovoeLbl-s-.3%-,

IIYGBT.& 811,
I
---- --- I -
Second Cmgress of the All-Union Micro'ziological Society.
Izv. AN SSSR Ser. biol. 28 no.5t779-780 S-0163
(MIRA 16:11)

Work of fhQ Branch c),,' 4,1.,~, on Nj r-rab clo- C,-Ill
_j
Soriety n 19611. !,a 3 7~

LYCHEVA, -,S.I.
Current tasks of microbiology discussed at the 2nd Conference of
the All-Union Microbiological Society. Vest. AN SSSR 33 no.6:
3-19-121 is 163. (MIRA 16z7)
(Microbiologicea sooistigs)

LYCHEIIA, S.I.
Work of the Moscow Branch of the All-Union 11icrobiological
Society of the AcaderV of Sciences of the U.S.S.R. in 1963.
l,tikrobiologiia 33 no-31-554-555 NY-Je 164.
(MFIRA 18: 12)
1. Uchenyy sekretarl Vsesoyuznogo mikrobiologicheskogo
obshchestva.

/ ~/",! ij A- r"-/,AI-jj /-~ 0
-% I L- /
VMROV, S.L., kandidat geograficheakikh naukL_LTCHIM, B.F.;
PATRIKIffIff, V.V., kandidat khtmicheskikh K.M.
The use of phosphors to study sand drifts along reservoir coasts.
Rech. transp. 16 no.4:26-29 Ap '57. MRA 10:5)
(Luminescent substances) (Sand)

LYGHSVKOt G.N.
Changes in the nervous apparatus of the thyroid gland following
the administration of 1-131 into the animal organism. Med. tad,
5 no.9t19-22 S 160. (MIPA 13:12)
(THYROID GIAND-INIMHVATIOII) (IOD-UM-ISC)TOPES)

LYCI?IT_I;, A 1-11 1.
A i:
.~Oct 107
COvelation, of the Jurassic afid, Carboniferous Be-
~VoAts of the Onon River (Eastern Transbaykal),".
I.: V. Lychitakiy, Pp
"DWAkad Nauk 8=,, Nove Ser" Vol LVIIIJ No 3
Bristly describes data obtained by author In 1946p
vhAdh permits him to make observation that in Biany
parts of the Onon River region the Jurassic strata
10::,not a well-defined Xayer by* itaelfp but takes-.
a dharaoteristics of the Lover Carboniferous,
and. very frequently the Jurassic stratailn-
Into the Lower Carboniferous. Submitted.by
cian D..S. Belyankin, 22 Apr 1947.
Z~ 1 1. eAn a

ACCESSION 111R. AP40CIO648 S/0048/64/028/004/0708/0713
AU711011: 10juchun, X.P.; Ly*chlcataya, L.P.-
ITITIX: Concernifig the dispersion of the dielectric constant of forroolactrio ma-
terials ZRoport, Symposium on Forromagnetism and Perroolectricity hold in Leningrad
30 May to.5 June lOG97
SOUPCE: AN SSSR. Izv.Ser.fiz., v.28, no.4, 1964, 708-713
TOPIC TAGS: ferroolectricity, antiferroelectricity, dielectric dispersion,,high fre-
quency dielectric dispersion, ferroelectric dielectric dispersion, an.41forroolectric
dielectric disperbior;, bismuth ferrite ferroelectricity
ABSTRACT: The dielectric constant of the ferroelectric Pb(M_-j/3,'Tb2/3)03, the anti-
ferroolectric Pb(A1.ffl/2V1j/2)031 and a series of solid solutions OX LaFcG3 and LnA103
.in BiFOO3 was measured at frequencies from 103 to 108 cyclesl5ad and temperatures
botween -160 and 3000C. The low frequency measurements were performad with a bridge,
and.suitable Q-meters were employed for the high frequency measurements. The diolac-
tric constant of BaTiO3 was also measured as a check; the results obtained for this
material agreed with those of A.von Hippel (Revs.Mod.Phys.,22,221,1050) and.H.Robcn-
Cardl/3.

ACCESSION MR: AN.030M
horst and J.Milichercilc (Ann.Phys.,7,1,1261,1953). Pb(Mgl/3A%'b2/~q)0,3 is n larroelec-
tric material of complex structure having a diffuse phase transition. No dispersion
was observed above the transition region. Below the transition rcf;ion the dispe;7sion
was considerable; the dielectric constant at O'C varied by a factor 2 over the fre-
quoncy range investigated. 7"he temperature of the rmxinum dielectric constant in-
creased with increasing frequency from -230C at (-,3 cyclcslscc to 250C a" 5 x 107
cycles/sec. The phase angle (between field and polnrization) increased with frequen-
cy to a maxirrtim at 1.3 % 107 cycles/sec and then decreased with further increase of
frequency. Application of a static polarizing field considerably reduced both the
dielectric constant and the phase angle at all frequencies, and displaced the dis-
persion region toward higher frequencies. It is suggested thaL dielectric disper-
sion in both DaTiO3 and Pb(,',I.r'1/3hrb2/3)03 is due to motion of the domain walls, In-
cluding the boundaries between polarized and dopolarized regions. Thud considerable
differences between the spectra of the two materials could be the result of diffe-
rences in friction, restoring forces, and effective mass of the domn~iin walls. The
dielectric constant of the antiferroelectric Pb(M�1/2V'l/2)03 was fc-inc, to be inde-
pendont,ofirequency over tho ranae grom 103 to 10 cycles1soc at a'Al :.emporatures
from -1Go to _socc. This in regarded AS A conna4u0nde of tho Mom, ivmobillty os
Card 2/3

ACCZSSIO,X NR: AP403064S
domin walls in antiforrooloctrics. The phase angle decreased with increasing fro-
quency. Maxima were observed at low frequencies In the curves of dielectric con-
stant versus tomporature fur solid solutions of LaroO3 and LaA103 in BiFoO3. These
maxima have boon reportad by others and have sometimes boon regarded as indicative
o.- larroolectric or antiforrdoloctric transitions. No such maxima were present at
5.3 % 107 cycles/see at any temperature between -160 and 2GOOC. "The authors ex-
press their deep gratitude to Prot.G.A.Smolenskiy for his guidance in the work."
Orig.art.has: G figures.
ASSOCIATION: none
SuBMITTEED: 00 DATE ACQ; 3OApr64 ENCL: 03
SUB C(~01-;: NR = S 007 OTHER: 003
Card 3/3

LYCHKIN, V.M.- GRAFSM, N.I.; POKOYEVA, P.S.; RAZVIN, V.M.
Proposals of the efficiency promoters of the Saratov Oils and
Fats Combine. Masl.-zhir. prom. 29 no.8:30 Ag 163.
(MM 16:10)

U5~, P%,
it
Pntn~,Oas~ Vegetables. Cuourbits.
B5. J-071JR. : 'Pi-1hBi-ol,1 No. 3, 1959, No. 10964
;AUrrfCR : kynhkin, V. V.
ENST.
:TITI,-,Z Tho Cm-bined PerhanIzation and Wtomntion of Hothouse
Farn&n,,S.
IORIG. PUB. Tavatovodst-vo, 1958, No. It 26-27
jABS'iT,,.ACT No abstract.
-61-

_~11 114 r ~~IyevAA; EMU, Viktor Prokoflywilch;
LY Vivt
T-1-
b"u-ItIvatiorl of veg-3tables and green foddtw jr, soil
substitute,q] Virash--hivanle ovoshchei i zelenogo kcma
na zameniteliakh -,~,:!hvy. Moskva, Mosk. ralbochii, 1964.
10 2 (M-TRA lgtg)

RODNIXOVt N.F. dotsent- LYCHKIN, V V
Cucumbers growing on bebbles. NaiOm i zhizn' 28 no.3:47-48 Mr 161.
(MIRA 14:3)
1, Kafedra mmahchevodetva Moskovskoy sellskokhozyaystvennoy
akademii imeni Timiryazeva (for Rodnikov). 2. Starshiy agronom
Moskovskogo neftepererabat7va-yushchego zaioda (for Lychkin).
(Cuambers) (Plants-Soilless culture)

KOLOWTSBVA,, M.B.; LYCHKIMA, G.P.1 POOV, V.A.
Study of an automatic control system with a thermal com-
ponent. Trudy MI no.49:17-28 163. (MIRA 3.7: 3)

T,
023995 SOURCE CODE: UR/0372/66/000/003/GO,';9/GO39
AUTHOR: Kushelev, Yu. N.; Lychkina, G. P.
TITLE: Student design bureau [Teaching machines and programmed teaching]
SOURCE: Ref. zh. Kibernetika, Abs. 3G287K
REF SOURCE: Studenchcslcoye konstruldorskoye byuro [Obuchavushchiye mashiny i pro-
grainmirovanuoye obucleniye]..Sb. 2. (Tr. Mosk. energ. in-ta, vyp. 58). M., 1965, 186 str.'
TOPIC TAGS: programmed teacljipg, teaching machine, automatic control technology
4BSTRACT: A large part of this anthology is devoted to theoretical and experimental pro-
lbets dealing with teaching machines and programmed teaching. Considerable attention is
paid to the development of new principles of alialo-discrete convertors and to the design
0
of autoinatic controllers. Several of the articles deal with theoretical and applied advantages
of various deviceb of computer engineering. V. IM. [Translation of abstract]
SUB CODE: 06, 09/
Card 1/1 UDC: 62-506:658.-3-86
_i681.142. 2

ALGASOV, V.S., gorWy inzh.; LYCKKO, I.G.. gornVy inzh.
--0-1~
Hidden potentialities to serve the seven-year plan. Ugoll
Ukr- 3 no.10:7-10 0 '59. (MIRA 13:2)
1. Treat Voroshilovugolli
(Donets Basin--Coal mines and mining)

I,YCHKOP I, G..,_gornyy inzh,,
...... _
A rapid advance rate is the basic potential for IncreasiLng the
labor productivity. Ugoll 37 no.10:11-13 0 162.
(MIRA 15:10)
1, Treat Kommunarskugol',
(Donets Basin-Coal mines and mining-Labor productivity)

DROGALI, Grigoriy Grigorlyevich; ALGASOV, Vladimir Stepanovich;
LYCRKO.-Xvan,Grirlorlyevich.-.KITAYSKIY, Ye.V., otv. red.;
MESHCRANIKINA, I. S. . teWr.~'red.
(Rapid crosscutting] Opyt skorostnogo provedeniia gor-
nykh vyrabotok. Moskva, 1962. 27 p. (MIRA 16:8)
1. TSentrallnyy itstitAt takhnicheskoy infomataii ugollnoy
promyehlennosti.
(Coal mines and mining)

SUSHCHUK-SLYUAREIIKO, I.I.; LYCIIKO, I.I.
a,aracteristics of the melting of insulation cushions during
electric slag Oelding with a cQAsumable electrode'. Avtom.
svar. 16 no.8:79-82 Ag 163. (MMA 16:8)
1. Institut elektrosvarki imeni Ye.O. Patona AN UkrSSR.
(Electric welding-Equipment and supplies)

lag39-66 ENT (mMEmp MAMINP (t)./MP (k.) _M
ACC NRt AP6012279 (N) SOURd C60-1 UR/0125/65/000/011/0025/0027
AUTHOR: Sushchuk-Syusarenko, I. r ; Lychko,
ORG: Institute of Electric Welding-im. Ye. 0. Patia~ elektroavarki
_WUkrSSR)
TITLE:. Optimum conditions for electroslag welding where accurac~k-is required in the
.dimensions of the finishe'd,profi-et
~SOURCE: Avtomaticheskaya svarka, no. 11, 19651, 25-27
tOPIC TAGS: electrosiag welding, structural'steel, welding technology
ABSTRAM, The authors study consumable-tip electroslag welding to determine optimum
Conditions for a~high quality joint with maximum accuracy -in the predetermined dimen-
sions of the flniAed product. The basic parameters considered are voltage, feed rate
of the elktrodewire (or welding speed), number of electrodes, width of the weld gap,
depth of the slag bath and thickness of the consumable tip. Since the depth of the
-slag bath, thickness of the tip, and to a certain extent the weld gap are independent
of the other welding parameters, these factors were assumed to be constant. It is
shown that an Increase in the feed rate up to a certain critical limit does not pro-
duce cracks in the joint even when the counteraction is high. Cracks appear in the
joints at r4tes above.this-critical limit which decrease as the counteracting moment
UDC: 621.791.756
Card 1/2

L 24439..66
ACC NRs AP6012279
increases. -A critical feed rete of 120-140 m/hr (for thicknesces of 150-500 on) is
recommended forpreliminary calculations on the basis of the experimental data. The
following parameters are recommended for maximum accuracy in the final dirrensions when
consumable-tip electroslag welding is used for jcining structural steels in thick-
nesses-- of. -150-500 mmt welding- speed -00~. 0002 m/hr - voltage--46-A I- v,- width of the
weld-gap--28-30 M,.-depth of the slag batb--45-50 mm width of the consumable tip-4-6
mm, distance-between electrodes--50-60 mm and number of electrodes--n z (6-40)/d where
6 is the thickness of the metal in mm. AN-8 flux should be used. The temperature
field is measured for determining deformation during welding and a diagram of the qua-
sistationary temperature field'is given.. Orig. art. has: 2 figures, It formulas.
SUB CODE: '13/ SUBM DATE, .14Hay65/ REN 004/ OTH REF: -000
C,rd 2/2dla-

L 3777~~6 Mrr(m)/EwP(t)/ET1/EWP(k) IJP(C) JD
ACC NR, AP6028814 SOMG3 G003: U-116BW6610001'60 1605VO56,
AUTIM: Ishchonko, A. Yal.; Lychko, 1. 1.
AV UkrSSI (In titut elolctro-
ORG: Institute of Electric Weldin,-, in Yo. 0. Paten
avarki AN UkrSS11T_ t
TITIS: Electroulag levol control for a1unrLnuAastin[,;s"zusin,- conmwiable electrodes
witli large diameters
SOUIRM: Avtoirat:!~;hezikaya svarka, no- 3. 1966, 55-56
TOPIC TAGS: motal castr,'ing, electroulag riolting, alurdnun containing alloy, slaa,
matallurgic process, tea.peratura gradient, electrolytic refining
ABST_-'b%CT: Shrinkage heads'nse up a considerable . amount.of metal in the pro-
ductilon of cast articles from aluminum alloys. The shrinkage heads on ingots
may be consi ly' ced and in some cases completely eliminated by electro-i
slag level C~on7trt ich reduces the shrinkage cavity. The parameters of the !
elect-xoslag 2rocossirietermine the shape and size of the shrinkage cavity as I
wall as tho effective metal yield. Of greatest interest is the relationship
betwa-ar, voltage, current, depth of slag bath and dimensions of the shrinkage
cavity. These parameters determine the thermal conditiona of the level con-
k1rol process. These conditions affect tho volume and shape of the liquid
;uutal bath vhUch are the final factors in determining the size of the ehrink-
a,ga cavity. The time of the electroslag level control process and the quantityi
=' aI addrd do d, pach specific case, on the size and shape of the
per..

L 37773-66
ACC NR. AP602884 FP
Pcpei-imental ingots 250-280 mm high were poured into a water-cooled steel mold
-~neasuring 140 mm in diameter. Level control wad done with electrodes measuring.
60 m-a in diameter made of alloy AV with voltages of 25, 28 and 31 v and elec-
.trode consumption rates of 2-7, 3.6, And 492 m/hr. Average time required for
the process was 15 minutes. Slag bathe 40, 70, and 100 mm deep were produced
'by melting, AN-Al flux. The temperature gradient was reduced by increasing the
voltage of the level control process.
.It is pointed out that the tanperature gradient may also be reduced by changing
the depth of the slag bath. This produces an effect similar to that observed
when the voltage is increased. An increase in the depth of the slag bath re-
duces the temperature of drops of electrode metal passing through the layer of
cooled slag. This reduces the temperature and volume of the metal bath.
Practical minimization of the shrinkage cavity is achieved by using the highest
permissible voltage and the deepest possible slag bath. The voltage should be
no higher than 30 v when-chloride-fluoride fluxes are used. Otherwise the slag
around the electrode begins to boil and the process is interrupted. It is not
advisable to use a slag bath deeper than 100 mm since this causes a considerable,
.increase in nonproductive heat losses. The current and corresponding electrode
Ieed should be kept to a minimum, but should be sufficient to malt enough metal
ifor fillin&the shrinkage cavity* Orig. art. has: 4 figures &A 3 tables.
LYMS: 36,17,17 -
SUB CODE: 3.1, 13 / SUBM DATE: 02Jun65 / ORIG REF: 003
Card 2/2,,$nZ IJ

NT
PA
gLil~_(OAAA(C) Pf-4 VtV4
ACGIMSION HR: AP5009174 S/0125/64/OW/011/0082/0085
ATIMOR: VoloshkevLeh,; G. Z.,, Sushchuk-Slyusarenko, 1. 1.; I~rchko, Is I.
-a -tlectrode tip
i1j,1964,A2 51::
~:SOURCE kit Xarkm T
TOPIC TAG5.~ clectroulaf; weldinCj, welding electrode, Olectroslag melting
ctros AgweldLug processes scams are welded with
ABSTRACT,
quantittO ot _Jeld,metal exceeding 1000.kg and welding times extending to
to 40 houri. The Institute of Electric IkIdIding has developed &-coiled virs
electrode tip the end of which is allowA to melt into the wald metal
(G. Z. Voloahkavich, "Electrode for glectrostag WelAing", description of
invention, author's certificate No 1311847; Byullaten' itcbreteniy
ju-tli3~ e$
Instead -o - us rig -lid a ht deAc' the. proOer feedinse of the electro a
Are is g6virne-d`-~k- the -fact- that the electrode tip almost reach" the stag
'bath, but as it rule does not touch it. When the end of the tip becomes
lexceseLvel euoded,.tfie level of the slag, is raised slightly and the worn and.
La matted offi Continuous _operating time of, tie tip depends on the tength
Card 1/3

2 L
33543-65'
ared to
be increased considerably as COOP
of the met Ling,pvt ~(lifetfiai~. can
that ~-of -Cons-tant~;Contact control 4tpa).
The new method -differs from welding with a consuma the
file tip in that
partically meltilng,tip is simple to make and needs no expensive or acerce
materials. After several welds the electrode tip is restored by ManuflLly
welding new replaceable end section, id much simpler than maintenance of a
control tip and costs much.less than control or completely consumable tips.
For comparatively-short partially melting tips, melting can be accom-
plished by raising.the.level of the slag bath with respect to the slide bar.
When a long section is to- ba,melted off, a device is required to raise the
slide bar with respect to'the feeder mechanism.carriage and the tips.
During melting of electrode wire the current-carryLng plate of the
bottom tip is allowed to overhang the slide bar, since excessive departure
of the eLectrode~wire from the slide can result-Ln local incomplete meltLng
of the parent metal-edgea. The electrode wire can be kept close to the bar
by raising the mehin-cus on the surfaee of the slag. If the plate is toward
the LrmLde of-:the;-welding,space the level of the slag bath surface can,be
below the top of the slide, but the end of the tip is eroded much more
rapidly and requires pore :requent replacement. A &trip of metal 4 to 5 Mm
wide is welded an the other side of the tip to strengtbeen it. The area of
this reinfortelant in governed by-the current heating ~onditiona and ahoul,d-

SUSHCHUK-SLYUSARENKOP I.I.; LYCIIKO, I.I.
--
Opti= conditions of eloctric slag welding providing for
the dimensional accuracy of products. Avtom.cvar. 18
no,11.125-27 N 165. (MIU 18:12)
1. Inatitut elektrosvarki im. Ye.O.Patona All UkrSSR.
Submitted May 14, 1965-

0795a---6 04T(M)/r-,WP(V)/EWP(t)/ETI/P:,v.'P(I-.) J D/I 01
..... -AP6032494 SOURCE CODE: UR/0413/66/000/017/0047/0048
11NIVENTORF Voloshkevich, G. Z.; ]~X,~hko, L L
G: none
TITLE: Method of electroslag surfa~cjinWof nonferrous metals on ferrous metals.'
Class 21, No. 185420
: Izobreteniya, promysblennyye obraztsy, tovarnyye znaki, no. 17, 1966,
47-48
TOPIC TAGS: nonferrous metal, ferrous metal, electroslat surface
ABSTRACT: An Author Certificate has been issued for a method of electrcs1ag
surfacing of nonferrous metals on ferrous metals. To prevent iron diffusion in the
surfacing metal, the temperature of the slag bath is reduced to below the melting
point of the ferrous metal. For keeping the slag bath at a constant temperature, a
resistor is introduced into the welding circuit, the value of which is selected in such
a manner that the partial derivative of the power produced with respect to temperar
ture will be positive, but will not exceed the partial derivative of power efficiency
with respect to temperature. (Translation]
Card 1 / 1_,r LTDC: 621. 791. 793:621. 92
~~V,p CODE: 11/ SUBM DATE: 09Apr621

LEVTOVA, K.Z.; BMMERTNYY, B.S.; LYCHKO, N.D.
Reviews and bibliography, Zhur.mikrobiol., epid. i im-min, 42
no,9:155-157 S 165, (MIRA 18:12)
A

L 11381-67 EtIT(I)-SGTB n/an
ACC NRt AT6036505 SOURCE CODE: UR/0000/66/000/000/0075/0076
AUTHOR: Britvant Ya H.; Ly-chko, V. G.; Belkaniya, Yu. S.
ORG: fione
TITLE: Electroplqsiological investigations of the central mecbanisms of gravitational
collapse (Paper presented at the Conference on Problem of Space Medicine hold in
Moscow from 24 to 27 May 19661
SOURCE: Konferentsiya. po problemam kosmicheakoy medi
)~einy, 1966. ProbleV
kosmicheskoy meditsiny. (Problems of space medicine , materialy konferentsii,
Moscow, 1966, 75-76
TOPIC TAGS: brain bioelectricity, orthostatic test, human physiology, electro-
encephalography, biologic acceleration effect
ABSTRACT: The present paper contains an analysis of data on the relationship
between the developwnt of orthostatic collapse, more properly termed
gravitational collapse# and the initial functional state of the cortex and
subcortical parts of the brain as determined from bioelectr-ic activity.
Collapse was induced in cat's by keeping them in a head-upward body po-
sition, which involves greater gravitational strosel/than a horizontal po-
sition. Changes in the functional state were produced by means of anell-
Card 1/1L

11181-67
ACC NRi AT6036505
thetics, blockade- of the reticular formation, elimination of prop.rioception,
vestibular.de-afferentation, and by placing the animal in a preliminary
position owith 'the liead &Wn.!~,,Biain bioelectric activity was recorded with
an 8-chan'nel---EEG manufactured by the "Alvar" Company. Potentials were,
taken off frorif-the sensorimotor and occipital regions of the brain, specific
nuclei of the thalamus and anterior hypothalamus, the midbrain reticular
formation, and the pons variolii. Arterial pressure and respiration were
recorded simultaneo"ly with brain biocurrents.
I
The experiments showed that in cats of the control series of experi-
,!ments, prolonged maintenance of a vertical position results, after 6 to
.10 hrs, in severe gravitational collapse with complete extinction of brain
-bioelectric activity, a drop in- arterial pressure to 20--30-mm Hg, and
terminal respiratory dysfunctlons, The following stages were observed in,
.brain bioelectric activity changes: initial desynchronization, a mixed
,wave phase, slow activity dominance, 11 zones of silence",'and'complPte
extinction. In the slow activity phase there appeared third-order waves .
,of arterial pressure and periodic respiration, reflecting a state of threat
-and the struggle of basic nervous proceBses.' Cortical- -sub cortical
Card 2/4

L 11181-67
_Kd_C_N_Rt__A
interactions produced nonuniform results at various stages of collapse,
depending on the rapidity with which collapse developed. General diffuse
inhibition of biopotentials was often seen long before the appearance of
significant arterial hypotension. The function of the respiratory center
was frequently Impaired more seriously than that of the vasculomotor
!center.
In ether-anesthetized cats, the onset of gravitational collapse was
4considerably fas(er. Changes in bioelectric activity appeared at different
.. times in the various brain centers. Respiratory excitation was not seen
In the initial period. Aminazine in a doze sufficient to blocluide the re's-icu-
lar formation of the brain stem did not prevent the development of
collapse; the appearance of frequent spikes of high voltage spindle-type
,rhythms in all leads was characteristic. It should be noted that biopo-
untials often persisted into the stage of considerable arterial pressure
crop accompanied by profound respiratory distress.
Card 3/4

L 11381-67
ACC NRt
In cats curarized with liste ' n, subjecied't' 'bilate
no as in cats 0 ral
~vestibular de-afferentation and cats kept for I to 1. 5 hrs before the 6x-
Perinient in a bead-down position, gravitational collapse developed rapidly,
.within I hr. The initial desynchronization was less pronounced and certain
of the above-described bioelectric; activity phases did not appear. It was
Often possible to produce collapse for a second time in the same animal
after a short period,
Thus, our investigations demonstrate the existence of regularities in
the bioelectric reactions of the brain to changes in the gravitational field
vector. It was shown that the rapidity of development and severity of
gravitational collapse depend on the initial functional state of the central
nervous system, yl~ich determines the canacity to mobilize antigr-!~~t;~A(in-
sLI *As No@ 22; ATO Report 66-11rL7
SUB CODEt 06 /.SUBH IkAjEj OOMay66
Card 4/4

LYCHKOVSKAYAY I.V., kand. tekhn. nauk; VITSINSKIY, V.V., dots.,
~`-'Yeff.'~-
[Theory and the structural design of a ship] Teoriia i
ustroistvo korablia; uchebno-metodicheskoe posobie po
vypolneniiu kursovogo proakta dlia studentov eksplunta-
tsionnoi spetsiallnosti. Gor'kii, GorIkovskii in-t inzhe-
nerov vodnogo transporta, 1962. 53 P. (NaRA 16:9)
(Naval architecture)

USHERENKO~ N.I.; LYCIIKOVSKAYAt Ye*V*
Results of isolating and.typing the-poliomyelitis virus in HeLa
cells -in Odessa. Vop. virus- 5 no. 1:25-26 Ja-F 160.
(MIRA 14:4)
1, Odeeskiy institut epidemiologii I mikrobiologii imeni I.I.
Mech-nikova.
(ODE&U-POLIOMYELITIS)

LYCHKOVSKAYA, Ye. V._, Cand. Medic. Soif (diss) "Test of Appear-
ance of Antigen (of Virus) in Some Discharges of Patients with E~)i-
demic Hepatitis with Aid of Reaction of Complement Fixation,"
Odessa, 1961, 11 pp. (Odessa Med. Inst.) 300 copies (KL Supp 12-61,
286).

"'*.~ . I . ( CY
Carnape of vtru~!F-s in epJdemic he-,"L,-:
a r C, - - - 1: ~ 'U'lai., i"I rU l;.
A lt~;
`tIRA 18;i~)

-.--LYCHk,OVSXIY, B.P.
R--,,,riew of some magneto-matric studies in the regions of active volcanoes.
Trudy Sakh.kompl.nauch.-Issl. inst. All SSSR ro.10-.160-3167 161.
(mak 15:0
(volcanoes) (~Iagnetometer)