SCIENTIFIC ABSTRACT LYUBCHENKO, M.A. - LYUBEN, A.P.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001031210002-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 31, 2001
• Sequence Number: 2
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

.... . ....

LYUBCHMO, M. A., KIRNITSKIY, B. T.
Grasses
Summer sowings of alfalfa and grass mixtures under cover in the Moldavian
S. S. R., Sov. agron. 10 No. 5, 1952.
Monthly List of Russian Accessions, Library of Congress, July, 1952.
Unclassified.

LTUBCRBNKO, N.; HIKONOV, M.; BELTY, K.; TAKOBSON, V.. inzh.po
iatsionalizataii; KUZIMICHN, M., inzh.; ROBUSTOV. A., fazh.
From letters. Izobr.i rats. no.10:33-34 0 '59.
(MIRh 13-2)
1. Instruktor TSentrallnogo homitata profsoyuza rabochilth
stroitel'stva i promstroymaterialov Sverdlovakogo sovnarkhoza
(for Mikonov). 2. Prodeadatell soveta Voesay-uznogo obahchostva
izobretatelay i ratsionalizatorov Saratovskago industriallnogo
takhnikuna (for Bely7). 1. Dolinakiy tsellyulozno-bumazhny7
kombinat, g.Dolinak. Sakhalinskoy oblasti (for Yaknbson).
4. Proizvodstvanno-takhnichaskly otdal sovnarkhoza g.Dnopropotrovsk
(for Kuz'michav. Robustov).
(Shan,ghai--Technological innovationa)

KULIM, Al.M.; KOMSHMIN, D.A.; 4mB_UqNKO,,,_N.G.; ALEKPEROV, G.Z.;
GRIGORYAN, E.V.; ABDULLAYEVA, S,M.
Studying the strength of highly activated coals. Azerb. neft.
khoz. 41 no.12:3, 7 38 D 162. (MMA 16:7)
(coal-Testing)
(Gases-Absorption and adsorption)

i: 3g6' L @`T(d
ACC NR: AP60UI94 SOURCE CODE: UR/0413/66/000/006/00-18/0019
INVENTOR: Vasilenko, V. I.; Goshin, S. A.; Lyubchenko, H. I.; Hiro3hnichenko, S. Ye.
ORG: none
TITLE: A -p@pq@_-rqging installation. Class 7, No. -1,79736
SOURCE: Izobreteniya,l p'romyshlennyye obraztsy, tovarnyye znaki, no. 6, 1966, 18-19
TOPIC TAGS: pipe, rolling mill
ABSTRACT: This Author's Certificate introduces: 1. An installation for rolling pipes
using revolving rollers mounted in a yoke sihich rotates around the pipe. The produc--
tivity of the installation is increased by placing the roller axle in brackets which
are turned by 4y@ @aulic@ cylindersiland by putting the yoke in a rotating head equipped
with a hydromechanical drive. 2. A modification of this installation with a rotating
head mounted at each end of the pipe for simultaneous finishing.
UDC: 621.7714.77
Card 1/2

L 3980 --66
ACC NRs AP6011194
1--roller; 2--roUer axle; 31--bracket; 4--hydraulic cylinder
SUB CODE: 13/ SUBH EATE: IlMar64/ ORIG REF, 000/ OTH RM 000
Card

LYUBGHINKO. N.V., kand.med.nauk (Xhurlkov)
Nerves of the gum region in paradoutosis. Probl.stom. 4:51-58
158. (GUMS- ORMAT IOIW) (KIRA 13:6 )

LYMCHMQ,-Hj,,Iand.med.nauk (Kharikov); LISOVAYA, V.D., kand.med.
nauk Mar I kov)
lerves of the gum region in gingivitis. Probl.stam. 4:59-64
158. (MIRA 13:6)
(GUMS- INIUWLT IOX)

LYUBCHENKO N V --
17 -
Reses(rch data on the innervation of human gums. Probl. stom - 5:
372-375 '60. (yd-,A 15:2)
1. Kharlkovs.Uy meditsinskiy stomatologicheslay institut.
(GUI-b-INNE RVATIOV)

GOLIDOVA, T.G. (Khartlzov); L@@ @V. (Eharllkov)
Pathologic sl@ates of the paradentium in 3ats. Probl.stam. 6t25-
28 '62. (KM 1693)
(GUMS-DISEASES) (CATS-DISEASES AlqD PESTS)

LTUBOFM'NKO, O.M. [Liubehenko, O.M.], inzh.
Technical specifications and hourly costs of disasnembling and
assembling JIT-24 tractors. Makh. sil'. hosp. 10 no-3:29-30 Mr 159.
(MIRA 12:6)
l.Gosudarstvannyy soyuznyy nauchno-iseledovatellski7 to'-:hnologichaskiy
inatitut.
(Tractors-Maintenance and repair)

--LTUBCHRIKO, O.M., inzh.
Norma , or time expended on the repair of the T-28 tractor and special
problems in aaser.,iblying It. Mek?,. ail I.hosp. 11 no.8:20-22 Ag 6o.
(MIW. 13:9)
(Tractors- Maintenance and repair)

LYUBCHEN-40, P.N.
Morphological content of the blood in adolcscents. Sov.
med. 28 no.10:136-138 0 165. (MIRA 18:11)
1. Klin'ka Instituta gigiyeny detey i podrostkov Q4N S---SR.

GUDZHAB I=. Sh. I,
."LMCHOMKO., D..; MARMYSHEVA, V.V.
M -!...
Using Soviet oil of chenupodium for the control of helminthiasis. Med.p&raz.
i paran.bol. no.4:346-351 JI-Ag '53. (KT-RA 6:9)
(Worms, Intestinal and parasitic)

GUI)ZHABIDZE, Sh. I.; I.MCHMO, S.D.
Role of composting of organic wastes in the control of ankylosto-
miasis and aiscariasis. Ked.paraz.i paraz.bol. 37 no.5:576-578
S-0 159. (MIRA 13:5)
1. Iz parazi-tologicheakogo otdoloniya Madautskoy ob2yedinennoy
bollnitsy (glavnyy vrach M.B. Guniya).
(HOOKWORM IRMTION prev. & control)
(ASCARIASIS prev. & control)
(MUSE DISPOSAL)

POL(Y',TSKAYA, A.A.; LYTJBCHEUTKO, S.D.; GRUDZDIO, S.F.
Observations on the develoFnent and vitality of the eggs and
larvae of Necator under the conditions in thd various regions
of the Georgian S.S.R. Med.paraa.i paraz.bol. no-1:91-95 162.
(MIRA 15-5)
1. Iz Nanchno-issledovatel'skogo instituta meditsinskoy parazito--
logii i tropicheskoy meditsiny imeni S.3. Virsaladze Mnisterstva
zdravookhraneniya G-ruzinskoy SSR (dir. instituta I.I. Topuriyap
rukovoditell gellmintologicheskogo, otdeleniya - prof. G.P.
Gordadze).
(GEORGIA--HOOKWORMS)

FAGANSM, UK.; KARAUM, M.M.; SUKACHEV, B.P.; LYSCIMIX09 T.V.
Pressure of saturated vapors over highly-concentrated fuming
nitric acid. Zhur. prikI. khim. 34 no-5-.11087-1092 YT 161.
(MIRA 160)
1. Lisiabanskiv filial Gosudarstvennogo nauchno-iseledovatell-
skogo i proyektnogo instituta, azotnoy promyshlennosti i pro-
duktov organicheakogc sinteza.
(Vapor pressure) (Nitric acid)

V ""-3,
Subject USSR/Aeronautics
Card 1/1 Pub. 135, 15/18
Author Lobanov, A., Lt. Col. Eng., and Lyubchenko, V.. SenLt,, Eng.
Title Radio location distrubances and the ight again-
(According to the foreign press)
Periodical Vest. vozd. flota, 8, 71-79, Ag 1954
Abstract The author gives a general explanation of the probiem and
then considers in some detail: 1) static distrubances,
2) active distrubances, and 3) the fight against radio
location disturbances. Diagrams.
Institution None
Submitted N-) date

LTUBCHRMO,
kretic shipping. Mor.flat 19 no.10:17-18 0 '59.
(MIRA 13:2)
1. Kapitau-nastavaik Dallnevostochnogo parokhodEtva.
(Arctic regions--Shipping)

BMWt V., aspirant,,-IYWJCHM=l--Tj insh.
It Is hQpeleas to invent Operpetual motors of the aeoond kind.*
Izobrel rats@ noo2:47-51 F 161. (MBA 14;2)
1* Kbskovskiy Maudarstva=W universitat (for Burov).
(parpatua-L motion)

LYUBOHEMO. V.A.
Problems in the thaor7 and practice of blast-furnace smelting.
TSvet.mst. 213 no.5-20-28 S-0 '55. (WIRA 10:10)
(Smelting) (Blast furnaces)

SOV/122-58-6-11/37
AUTHORS: _EZubchenko V-A. and Loshak, y. Z. , E r-E i ne e r s
TITLE: Two-stage Pump of Recent Design (Dvukhstupenchatyy nasos
novoy konstrukstii)
PERIODICAL: Vestnik Mashinostroyeniya, 3.958, Nr 6, -o 33 (USSR)
ABSTRACT: A new, two-stage pump, developed by the "Gidroprivod"
Works in Kharkov, is described with the help of a cross-
sectional drawin.r,..The nump consists of: 1) a Elar
pump stage developing a pressure of up to 20 kg/cm , at
a delivery of 100 litres/min; 2) a superimposed swasle-
plate-type plunger pump, developing up to 320 kg/CM2 at
a delivery of 8 litres/min. The pump, designated
N-476-202, has a maximum speed of 1 460 rpm and works
with industrial migeral oils in the temperature range
between 10 and 45 C.
There is 1 figure.
Card 1/1 1. Pumps--Design

S/120/62/000/005/034/036
9194/Er,35
AUTHORS: Glazkov, N.P. and 1,,yubchenko, V.F.
TITLE: Equipment for filling chambers with He 3
PERIODICAL: Pribory i telchnika eksperimenta, no.5, 1962, 192-193
TEXT: A simple inercury pui:ip has been dusiSned so that
apparatus such as ionization chairibers can be filled with He3 at a
pressure of 50 atm. Mercury is transferred from one cylinder to
another either by gravity assisted -ith a vacuum pump or by
ap3lying industrial arL;on at a pressure of 100 atm. In this way
He is first transferred from a storage vessel to the upper
cylinder @wnd then from thence to the apparatus t-o be filled. The
cycle is repeated until the necessary pressure has been built up.
The entire equipment is aade of stainless steel, it is controlled
by needle valves in i-.rhich combined teflon and rubber glands preve.-It
leakage at pressures up to 150 atm. Sig'nt -lasses are provided to
observe the mercury level. Cold traps may be fitted to purify the
He3. The equipment was tested by filling an ionization chamber
with a volu;ae of 30 ml to a pressure of 50 atm He@) and the gas
p,urity was observed. There is 1 fi6ure.
SUBMITTED: January 8, 1962
Card 1/1

AUTHORS: Spivak, G. V., Lyubchenko, V. I. SOV/48-23-6-8/28
TITLE: On the Rei3olving Power of Tm.-iiernion Objectives in the Presence
of Electric and Magnetic Microfields (0 razreshajushchey sposob-
nosti immersionnogo ob"yektiva pri nalichii elektricheskikh i
magnitnykli mikropoley na katode)
PERIODICAL; Izvestiya Akademii nauk SSSR. Seriya fizicheskaya, 1959, Vol 23,
Ur 6, pp ('97 - 705 (USSR)
LBSTRACTi In the introduction, short reference is made to papers in which
the domains of ferromagnetics and ferroelectrics are inves-
tigated, and the structure of electric and magnetic microfields
is investigated. The fields behave like microlenses, nodulate
the electrons passing through, and make it possible to investi-
gate the microstructare. When emission systems are used for the
investigation of emission center distribution on the cathode
surface, the micralenses of the cathode produce a "pseadocontrast"
in the image of the emission. In the second part of the present
paper the influence exercised by the macrolen3es upon the
contrast range of the microlenses is investigated. The equations
of motion of the electrons in the magnetic and electric fields
Card 1/3 serve as a basis and solutions are found for the position

On the Resolving power of Immersion Objectives in the S07148-23-6-8128
Presence of Electric and Magnetic Microfields
coordinates of the electrons. The results obtained are quali-
tatively given in a table for various combinations of macro-
lenses. When dealing with the resolving power of immersion
objectives without microlenses on the cathode, the paper by
Artsimovich (Ref 7) is mentioned among others. In these papers
the resolving power of emission systems with larger aperture
had been investigated. Moreover, resolving power was investi-
gated in the case of the use of mechanical diaphragms. Much
space is given to the treatment of the enlargement of photo-
optical immersion objectives and to the irising of the electron
beam by magnetic fields acting on the cathode. Formula (18)
is developed for the resolving power. In the last part of the
paper, calculation of the resolving power of immersion objectives
according to the method of the "eighting-hit'@ is dealt with. 10
Again, the equations of motion serve as a basis, and if
EX - H z = 0, a formula for the resolving power is obtained.
Next, the influence exercised by the electric microfields is
Card 2/3 investigated, and for the deterioration of resolving power,
formula (24) is given. In conclusion, the enlargement of photo-

On the Resolving Power of Immersion Objectives in the SOV148-23-6-8128
Presence of Electric and Magnetic Microfields
optical objectives and irising by magnetic fields is investi-
gated in the same manner. There are 1 table and 22 references,
11 of which are Soviet.
ASSOCIATION: Fizicheskiy fakulltet Moskovskogo gos. universiteta im. M. V.
Lomonosova ( Physics Department of the Moscow State University
imeni M. V. Loronosov)
Card 3/3

- :-
tI -- . -

DOLKART, V.M. [translator); NOVIK, G.Kh. [translator]; LYUBCHENKO., V.K.
red.; NIKULIN, S.M. red.; VOLKOVA, I.M., red.; RMOV, B.V.,
tekbn. red.
(Use of transistor and magnetic elements in electronic digital
computers] Primenenie tranzistornykh i magnitrqkh elementov v
tsifrovykh vychislitellnykh mashinakh; sbornik statei. Pod red.
V.K.Liubehanko i S.M.Nikulina. Moskvav Izd-vo "Sovetakoe radio 0
1960. 228 p. (MIRA 14:101
(Electronic digital computers)

LYU13CHINKO, V.H, (g. Pushkino)
Catalase activity in seeds of Tilia cordata MIU. and Ruonymus
europaea L. during stratification. Bot. zhur. 44 no.4-.522-5z4
AP '59. (KM 12:10)
(Plants, 39ffect of temperature on) (Seeds) I(Catalase)

LYUBCHENKO, V.M., Cand Agr Sci -- (diss) "Biological characteristics
of germination and methods of pre-sowing preparatior of seeds of fine-
leaved linden and European spindle trees." Kiev, 1960. 18 pp with
graphs; (Ministry of Agriculture Ukrainian SSR, Ukrainian Academy of
Agricultural Sciences); 200 copies; price not given; (KL, 17-60, 163)

TiTOCHEMKO, V. M.
Germination of embro7os in the linden tree and spindle tree with
reforence to afterriponing. Bot.zhur. 45 no.D144-148
Ja '60. (14MA 130)
1. Botanicheakiy institut 14m. V.L.Komarova Akademii nauk-
SSSR, Leningrad.
(Germination) (Linden) (Spindle tree)

LYUBCBENKOt V.M.
Effect of negative temperatures on the preparation of dormant
seeds for germination and on their viability. Dokl. AN BSSR
5 no. 2:86-M F 161. (NIRA 14:2)
1. Belorusskiy naucbno-issladovatellskiy institut lesnogo
khozyaystvaq g.Gomell. Predstavleno akademikom PIT BSSR
N.D. Nesterovichem.
( Cold-Physiological effect) (Germination)

J,YUBCIIENKO,-jvaches1av Maksimovich-, BARMY V.A., red.; YEFIIIILOV@ V.M.y
'tekhn.
[Methods of storing and treating seeds of tree and shrub
species before planting] Yietody predposevnoi podgotovki i
khraneniia semian drevesnykh i kustamikovykh porod. I@insk, Gos.
izd-.vo 4allkhoz.lit-r-y BSSF 3962. 58 p. (MIRA 15:6)
(Treeo (Shrubs)
(Se'34N

LYUBCMIKO, VJ1.
"Presowing treatment of forest-t(ee seeds by exposure to
low temperatures" by V.I. Nakrasov. Reviewed by V.M.
Liubchenk-o. Bot. zhur. 47 no.6:874-875 Je 162. (I[IRA 15--7)
1. Belorusskiy nauchno-issledovatellskiy institut lesnogo
khozyaystva, Gomel'.
(Trees)
(MWe, Effect of temperature on)
(Germination)

,-Yi1I3GHFNKO, V.M.
Role of tne @,-. @,z -@ : - t'- '. @ @-r L 01@ @" se-ef-4-5 " 74 , . @
cordata Mill @rol .'-v-@nymu-,. elirnT--a .- Bel. 0* -0-
VW no.505-@)'I I r)'I . (MJR,.@ 17 4 @

ACCESSION NR: AT40 .33376 S/2960/63/600/002/0155/0162
AUTHOR: KiryukhLn, B. V.; Lyubchenko, V. V.
'TITLE: The problem of the growth of hailstones, taking into account the structure
!of the vertical velocities in a cloxid
!SOURCE: Leningrad. Univireitet. Problemy* fiziki atmoafery*, no. 2, 1963,
!155-162
:TOPIC TAGS: meteorology, atmospheric physics, cloud, atmospheric vertical velocity'.
!hail, hailstone, weather modification
ABSTRACT: A study of"the processes of hail formation and the development of
;methods for artificial modification of clouds for prevention of hail requires an
iunderstanding of the process of growth of an individual hailstone in a non-
stationary field of vertical velocities in a cloud. Various authors have used
!different methods for computing this process and have obtained different answers,
despite departure from almost identical assumptions. A study therefore has,.bgen
made to compare the results obtained by N. S. Shishkin (Oblaka, osadki, grozovoye
c elektrichestvo, Moscow, Gostekhizdat, 1954), B. V. Kiryukhin and G. K. Sulakvelidze
.(Trudy VGI, Vol. 11(5), 1961) and others. The paper involves a comparison of the
different methods for computing the growth. of hailstones in a stationary field of
Card 1/2

ACCESSION NR: AT4033376
vertical velocities and a review of the growth of hailstones taking into account I
change of velocity with height. Particular attention is given to the computation
of the height reached in the hailstone trajectory. The equations available for
description of this parameter are deemed too unwieldy for computations and are
said to involve a number of values estima@ed only approximately. Th& author has
derived a new equation for the height reached in the hailstone trajectory and
gives an evaluation of the various values,entering into the equation. The formulas
Icited by Shishkin, Sulakvelidze and the author are then compared. Orig. art. has:
41 formulas, 2 figures and 2 tables.
ASSOCIATION: Leningradskiy universitet (Leningrad University)
SUBMITTED: 00 DATE ACQ: 23Apr64 ENCL: 00
SUB CODE: ES
2/2
NO REF SOV: 005'
OTHER: 000

on

T
ACC NR: AP6019001 SOURCE GODE: UR/0109/66/011/006/ 1107/1111
AUTHOR: Belo--a., N. A., Zil'berman, P. Ye.; Lyubche
ORG: none
TITLE: Impurity distribution in p-n junctions made from heavily doped
germanium
SOURCE: Radictekhnika i elektron-ika, v. 11, no. 6, 1966, 1107-1111
TOPIC TAGS. semiconducting material, semiconductor research, germanium
semiconductor, tunnel diode PV Ju A) c r/
ABSTRACT: Thn charge capacitance vs. bias curves C(V) of tunnel diodes made
from As- and P- he avily -doped Ge were measured. The cur-ves for the tunnel
diodee 4aving equki majority -carrier concentrations in n- and p-regiono were
compared. It wRs noted that, in As-doped diodes, the parameter V, decreased
Card 112
UDC: 6zi.382.13:621.382.23.011.222

L k, *-_11-J@1--A--,
AGG NR: AP6019001
with the increase of the diffusion factor D. Explanation: increasing D means also
increasing mobility @i and more rapid drift of impurities. In another experiment,
a constant 1-v blas was applied to p-n junctions in the course of their preparation
by the method of impulse welding @This resulted in a partial compensation of the
.contact field and in slowing a-own 7he drift of impurities. The parameter V, for
such diodes proved to be higher than that for conventional diodes. Conclusions:
(1) The electric field in the junction region affects the distribution of impurities,
(2) The drift causes a maximum in the distribution of impurities; (3) The drift of
.impurities can be controlled by application of an external voltage during @he
alloying process. Orig. art. has: 4 figures and 3 formulas.
SUB CODE: 09 / SUBM DATE: 03Mar65 / ORIG REF: 010 / OTH REF: 007
[Card ]Z/2

LYUBCHENKC, Yu.G., kullturtekhnik
Preparatory work an@ primary ti-Ilage of drained land. 'Jid--. f r-A-7. @--,
no.7159-61 Jl 162. (MIRA 17:2)
1. 1-%shcherskaya @-.'K- C- -@ iya.

LYUBGFMNKGV, P.P.
Cultivation of yeast at the Maykop alcohol plant. Spirt. prom.
24 no.3:32 158. (VIRA 11:6)
(Teaet)

KHRISTICH, V.A.; KHAVKIN, Yu.I.; TKACHUK, Yu.F.; SHVCHWKO, A.M.;
H5@,Aly-
Study of the possibility of conversion of the combustion
ebambers of the MU-15-800 gas turbine systems to operation
on natural gas. Energ. I alektrotakh. prom. no.2:28-32
Ap-Je 163. (MIRA 16:7)
1. Kiyevskiy politekbnicheskiy institut i laningradakiy, mashino-
stroitellnyy zavod "Ekonamayzer".
(Gas turbines)

LYUBCH.I.K-) G. N. and I=STICTI, V. A. (KPI)
"Certain reguiaritlies of development. -I,f a diffw@L)n ga;3 fr,
turbulerit wukt@ b,.-hind f;t,ublllzer-i;. f
Report presented at the &,(-tim Physics )f C.Dmbustion, Sci@-ntifi--
Council of Acad. Sci. Ukr SSR -)n PLigl-. T@-,mperature Physi--s, Kiev, 2-L Apr
Reported in Tupl,-)fizika Vys-)kikh temperatUll-, Ni@. 2, Sep-Oot : -)(L - -.,2; , @T-P]3s -A , 6,@l
Lq May 1964.

KILLISTICH, VA., kand.tekim.nauk; LlYU-J'JCHIK, 6,11
Intensification of comb--stion -Lr. diffuscr 'clurner-Q. @
-4@26 np Je 162: (,-',!:.A 15:
ele."Aroteldi, prom., no.2- -Y
1. Kiyevslkiy politc--Idu-1i-;heo'P-.iy institut.
(,@as tlarb-ne-3 @

KHRISTIC - V.A., kand.teklin.nauk; LYUBGIIIK, G.S., lnzh.
Nomogram for designing gas burners. Energ. i eleletmt.1--kh. prom.
no,4:21 O-D 164, OG RA 18: 3)

LY-0-1 IM. A 1;/
7' -'.7;-
ApparaLy Av-,o-,,qa,,icheskcgo Upravloniya :.Lpk-Lriche-.-Kim-* :,'a-;h-naf--i
(Apparallur for Au,umntic @un,rcd w i, Elcc,,rIca' :-:ac.Iii..ery) U c helc n@-, E!
y. Leningi-t,l, G@:;ener;,,@ J zda;., 1,
ab li t
15 F. ld3 @@ 1. 2la--es is:.,,.@ed 'L.,, 15
in ll-rtf-lio.

LYUBCHIK, N.A.
Appamtus for war-automatic control of electric machines; WAY
charts] Apparaty neavtomaticheskogo upraylaniia elektricheskimi
mashinami; uchebnye tablitsy. Moskva, Goo. energ. izd-vo. 1953,
8 1. [Hicrofilml (MLRA 9:7)
(Folectric controllers)

LTUBC]HI. N.A.; VASHURA, B.F., professor, redaktor.
Nw votage electric switchgearl Xommtatsionnye aprparsty aizkogo
napriazhentia; uchabuye tablitsr. Moskva, Gos. energ. Izd-vo, 1954.
8 diagrams (in portfolio). (Microfilm]. (MIBA 9:1)
(Electric svitchgear)

LTUBCHIZ, Mikhail Abramovich, prepodavatell
Calculating the temperature exceus In a.c. coils. Izv.v7so
ucheb.zav.; elektromekh. I no.11:74-77 '58. (mm 12:2)
1. Kafedra elaktricheakikh apparatov Khar'kovskogo politakhniche-
skogo instituta.
(Slectric coils)

SOV/144--78-10-13/17
AUTHORS: -Jffubcbik, M.A., Lecturer; Mogilevskiy, G.V., Candidate
of Tec-hh-i-ca-l-Sciences and Khmellnitskiy, R.S., Engineer
TITLE: The De S4 gn of the Short Circuited Turn on Electro-
-L
.@@agnets with Voltage Coil (Proyektirovaniye '-orotkozamlmu-
togo vitka elektromagaitov s katushkoy napryazheniya)
PERICDICAL:Izvestiya Vysshikh Uchebnykh Zavedeniy, Elektromekhanika,
1958, Nr 10, PP 135-145 (USSR)
ABSTRACT: In single-phase a.c. electro-magnets short r-ircuited
turns are located on the ends of the poles of a
magaetic system, as shown in Fig 1, to reduce variations
in the tractive force. Because the turn is there the
variable force that acts on the armature is always more
than a certain minimum value which, to avoid vibration
should always be greater than the combined forces due to
the spring and the weight of the armature. Elpctrical
design of the short circuited turn consiets in determining
its active resistance and the power loss In it.
Previously publisbed desig;n procedures are briefly
reviewed. Eq (6) and (7) are t,-ien derived for
Card 1/6 calculation of the turn resistanc,-- and power loss

-:IOV/144-58-10-13/17
The Design of the Short Circui-1.1--ed Turn on Electro-IMIagnets with
Voltage Coil
respectively. The formulae are valid provided that
the iron in the magnetic system is not saturated but
because of the screening action of the short circuited
turn the magnetic induction in the unscreened part of
the pole is considerably increased@ This effect may be
big enough to make the formulae inapplicable. However,
it is shown that with an 13-shaped core the short
circuited turns are usually placed on the outer poles
and because of the phase displacement between fluxes the
instant at which the force on the outer poles is a
minimim does not coincide with that at which the force
in the middle pole is zero, therefore, the minimum force
is greater than it otherwise would be and specially
accurate analytical calculation of it is not necessary.
Experimental verification of the electrical design of a
short circuited turn on a relay type RE-2100 showed that
the calculation was sufficiently accurate. In order for
the magnetic system to work well, allowance must be
made for change in the resistance of the ring due to
Card 2/6 heating, which is very necessary as in some cases the

SOV/14z-f-58-10-13/17
The Design of the Short Circuited Turn on Electro-IMagnets with
Voltage Coil
temperature rise of the ring can be 200 to 2500C.
Jnless care is taken the heat generated in the rLng
may damage neighbouring insulation. Practical methods
of constructing the short circuited turns on magnetic
systems may be classified into two kinds as illustrated
in Fig 1; in one case the screen is located in a slot
in the steel and in the other case part of the ring is
in air round the out-side of the steel. In considering
the temperature distribution in the ring it is
convenient to consider separately the parts that are in
contact with steel only and thos@ that are in contact
with air as well. A graph representing the temperature
distribution in the short circuited turn is shovm in
Fig 2 and formulae for the temperature r-Lses in the two
sections are given in Eq (12). Actual values of
temperature rise are somewhat less in air and ti-igher in
steel than the values given by Eq (12) and the extent of
the error is next determined. As a result Eq (15) are
Card 3/6 derived that can be used to determine the temperature

@j OV/14@4-58 -10-13117
The De sign of the jhort Circui ted -L'urn on @ le ct ro --i-7agnetul s with
Voltuage Coil
rise at anj point in the turn including the maximum
temperature rise. In practice the part of the turn that
is not in steel may be made of increased section to
redu,@e the temperature rise, in this case the design
procedure is the same but certain correction factors
are introduced. When using the procedure for the
thermal design of short circuited turns it is necessary
to know the appropriate heat transfer coefficients and
appropriate values are recom nded for particular cases.
Further problems in the design of short circuited turns
in magnetic systems concern the material and shape of
the turn, its location in the magne-ric system and the
method of fixing it to the pole. If the system only
works occasionally and without, shock t4e r-,ng may be
made up of sheet and. may be made removable... see Fig 3a
If uhere are considerable si'iocks the ring must be firmly
fixed in the slot,. Pro.-)osed Lnethods of fixing are
described and iilustrat-id in Fig 3b and c In equipment
wiiere the coil is pcrmaiently fixed the screens may be
When the
"ard 4/6 used as a fixinE device as shown in Fig 4,

1L@4-5'3 -1(J-13117
2he Design of the Short "-ircuited i@urn on -@ler-trc,'i-agnets with
,,'o lt a ge o J 1
:.,a@,netic system has tiiree leCs. -che short circuited
7urns are usually installed on the outer, le-,,s for better
coolinL--, though this .--ives some difficalties In making
secure fixings, because the outer legs are @im-tiler in
cross-section than the central ones, Various methods of
fixing the screen in thp- slot are iliustrated in Fig 5,
When the equipment is required to have -a ver-j long life
the screens may be a weaK link. trie ma:Ln cause of
failure being fatiguE stresses caused by repea-,,ed impact
of the magnetic system, To increase mecrianical
strength of the screen, besides usicL6 strong materials
of adequate size it is advisable f'irmly to se-cure
overhanging parts of the screen a@ad recommended
procedures are illustraUed in Vig 6 and briefly
described. Spring dampers are sometimes used to reduce
impact shocks, see Fig 7, Sometimes arrangements are
made to fit the screen at a Qlace vfhich 4 s no- sub@ect
L U U
Card 5/6 to impact shocks, see !!'i,- 8, A niLmeri2al examDle of

SOV/144-58-10-13/17
The Design of the Short Circuited 1:'urn on Electro-,,'agnets with
Voltage Coil
screen design is given in an appendix. There are
8 figures and 6 Soviet references.
ASSOCIA'QIO'bT:Kafedra Ele Ict riche skikh Apparatov ldiarlkovsrogo
Polite kimiche sko go Instituta (Chair of Electrical
Mparatus Kharlkov Polytechnical Institute)
)@@hik, gogilevskiy) KYzr'kovsk:Ly ellek".x%zelazaicheakly
zavod (Kharlkov Electromeekarical Pie-mt) 1,' Knae! I nltskiy)
SUBUTEED: 31st October,1958
,','a rd 6 /6

SOV/144-58-11-7/17
AUTHOR: Lyubchik, M. A.(Lecturer)
TITtE: C-a`I_c_u_1_a_ti_@onof Temperature Rise in A.C. Coils (K rascLe@;u
prevysheniya temperatury katushek peremennogo toka)
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy-, Elektromekhanika,
1958, Nr 11, pp ?4-?? (USSR)
ABSTRACT: The temperature rise in an a.c. coil will obviously
depend directly on the power conswiied in the coil, and in-
versely on the total cooling surface; the author quo@es the
following formula by Roters (Ref 1) and Stupel' (Ref 2):
P
TIS
Here 0 is coil temperature rise above that of its ourround-
in(gs in the steady state; P is the power consumed ir. the .:,
coils in watts; S is the cooling surface of the coil in cm-;
ji is an empirical coefficient whose value is taken (Hef 2) as
10-3 W/CM2 OC. The significance of -p witb respect to the
0
various contributions to P and S is discussed critically
Card 1/3

SOV/144-58-11-7/17
Calculation of Temperature Rise in A.,3. Coils
and in some detail. Thus P may include in addition to
ohmic loss, any dielectric and inductive losses in the coil;
S may include the internal, external and end areas of the
coil. The effectiveness of the cooling must, however, vary
as between the inner and outer surfaces of the coil; simi-
la.rly the various contributions to P cannot be completely
sDecified without reference to the load factor, coil-former
and general circuit parameters. All these considerations
show that the coefficient ji must be highly specific to any
particular coil and its operating conditions. Furthermore,
C3
since, even in the steady state , temperature gradients exist
within the coil itself 0 can at best signify only some sort
of mean temperature. Calculated a-nd measured data are pres-
ented in tabular and graphical form for three different coils.
11aximum and mean temperature rises were measured and compared
with those calculated on the basis of various different
assumptions about the terms contributing to S and P
Measured temperature contoars are also displayed and from
Ghese it is apparent that 10-degree temperature differences
C3
can exist within the same coil . The same order of uncertainty,
namely �50C, attaches to the use of a constant "mean" value
Card 2/3

"OV1JLj
ID 4-58-11-7/17
Calculation of TemDerature Rise in A.C. Coils
of IL in applying the above formula to different coils
under a variety of loading conditions. Thus, if someth4n-
more accurate than an order-of-magnitude estimate Of 9 is
required the coefficient @L must be separately determined
for each load condition of each coil. The paper contaiL 1
table, 2 fi.-ures and 3 Soviet references.
ASSOCIATION: Kafedra elektricheskikh apparatov Khar'kovsko-o poli-
o
tekhnicheskogo instituta (Chair of Electrical Apparatus, 12iar'-
kov Polytechnical Institute)
SUBMITTED: October 31, 1958.
Card 3/3

8(2) PHASE I BOOK EXPLOITATION SOV/3159
Lylibchik, Mikhail Abramovich
Raschet I proyektirovaniye elektromagnitov postoyannogo I peremen-
nogo toka (calculation and Design of DC and AC Electromagnets)
Moscow, Gosenergoizdat, 1959. 223 P. Errata slip inserted.
9,000 copies printed.
Ed. (Title page): B. F. Vashury, Professor; Ed. (Inside book):
Yu. P. Ustinova; Tech. Ed.: G. Ye. Larionov.
PURPOSE: The book is intended for engineers and technicians en-
gaged In the automation of production processes and the design
of special types of electromagnets. It may also be used by
students of electrical engineering in schools of higher e-.ucation
and in tekhnikums.
COVERAGE: The author analyzes methods of preliminary calculation
and design of d-c and a-c electromagnets which are used In vari-
ous instruments for automatic control and protection. In ana-
lyzing the processes characterizing the operation of electromag-
nets, the author in some cases uses mathematical analysis which
Card 1/5

Calculation and Design (Cont.) SOV/3159
may appear somewhat complicated; however, the final formulas
and recommendations are reduced to a simple form and make it
possible to solve a number of practical problems by engineering
methods and to analyze, for design purposes, the effect of in-
dividual parameters on the basic technical and economic charac-
teristics of electromagnets. There are 41 bibliographic refer-
ences; 24 Soviet, 7 German, 5 Erkglish, 4 Czech and 1 Itingarian.
TABLE OF CONTENTS:
Editor's Foreword 3
Introduction 7
Ch. I. Calculation of D-C Electromagnets
A. Preliminary calculation of an electromagnet. Calcu-
lation of the determining dimension of the core 16
1. Electromagnets with outer rotary armature 16
2. Electromagnets with outei forward-stroke armature 32
B. Design calculation of an electromagnet 37
Card 2/5

Calculation and Design (Cont.) SOV/3159
3. Calculation of maximum and mean vaLties of coil-
winding temperature of electromagnets 38
4. Calculation of the equivalent coefficient of the
thermal conductivity of winding 57
5. Determination of design dimensions and winding
data of an electromagnet, sequence of design
calculation 83
Ch. 2. Calculation of A-C Electromagnets
A. Preliminary Calculation of an Electromagnet. Cal-
culation of the Determining Dimensions of the CQre 94
1. Electromagnets with outer rotary armature 94
2. ElectromaLznets with outer forward-stroke armature 119
3. Electromagnets with rotary and forward-stroke
plunger arn.-ature 124
4. Calculation of the number of a-c coil turns 127
B. Design Calculation of an Electromagnet 1.31
5. Calculation and design of shading-coil short-
circulted turns 1312
6. Approximate calculation of the maximum temperature
Card 3/5

Calculation and Design (Cont.)
SOV/3159
of a-c coil winding 142
7. Sequence of design calculation of a-c electro-
magnets 146
Ch. 3. Parameter3 of Preliminary Calculation and Examples
of Calculations of Electromagnets
A. D etermination of Coefficients of the Preliminary
C alculation 149
1. Calculation of coefficients '_@and 149
2. SelectIon of coefficients 77 fij M) /rand 157
3. Selection of the permlssiblW'mean value of the
excess of temperature Pj of the coil 166
4. Calculation of coefficients -"jr\-) dY
an
L 169
5. l
Selection of coefficients -n a 172
6. Calculation of coefficient 174
7. Finding more precise values of coefficients of
preliminary calculation 176
B. E xamples of Calculations of Electromagnets 188
8. D-c electromagnets 188
9@ A-c electromagnets 202
Card 4/5

Calculation and Design (Cont.) SOV/3159
Appendixes
Bibliography
AVAILABLE: Library of CongreGs (QC760.L5)
Card 5/5
214
223
JP/Os
2/18/60

V ZI- 5."- 12 - 14/
AUTHORS: Baru, 1. 1. , Candi Ia'rc- 0 Tec 1-11- 1 Sc ience!i Dot5ent,
Vashura, D.F@ Do@-tor ",I Tet 'ir"ral Science-s, 1-r-)Iessor,
Lyubchik' M-A.
'rITLE - Mot inn of t h,@ Ari-.i,) t ii j f- - I ;i;, A I t t,' I',% t 1 119 Ckj r ren
Electro-.Magnet P@
PERIUDICAL: 1,'@vostiva vysshikh liclo-hilO.'i '@,'i%odf-niv [e-mail].
L 9 Nr 12, t 2 7 - 1 4 ( L'o 6 P
ABSTRACT, E x i e r i i;i e n t a c, 1, c@ , rvi t. i , n s i ( I o r c e s v x e r t (, (JI t, y
a.c. electro-ma tlet': 'tej(.nd vet-N much (11, the tv@0_
1rocedure For a givcn a ir - ,--a! .1pul L-irill and "pu I I -roit"
te:5t .9 give dif fer-grit rpsu 1.1 @4 mainiv zi@:, a result of
a r ma tu r (-.- v 1 b ra ( i o ri . Th e ni )I ion ol- the arm.-ature (.el ends
oil the tcrre ievelop-i -Iectro-ir.agrii@t @irid Ine
couriter-act in..@ f or ( e A f-t tlaii- voltege I@i re@pi i i i- t o
Pitslire tha t t @i,@ a t lire ii I I-s in w i t 'hout
vinrating cn thc -,top, T"i (2 1 r e _-@; exi t a r t i c I e c- r I v e s
'I T. p r o x i rr.,A t. e r a t 1 0 11 s 11 1 1_@ f i) r t @ i t i o n tiie ari?!at,ire
near the stop, it relate@@ 1() a!' E-Shapc'i S\ -.telr one
C (I L L nc. a., skiml tt,,ns n-ade -e @;tatc-: T, ie
v (., L t a g e a i
F, qua t i oij.,, I r t r, e f t@c f r*,) - in,i v rio t i c i urce.@ ;irc. -, i v(-III hy
Card 1/-, E"I ( 1 1) C I I i.v I P tol' IIIP a,: I I c (I t o t i I c '.- e I I L

-4{,v*/14 i - 5 () -I-" - I 4//L' I
Motion of the Armature of Ill Alt,@Fr-t3r- Current Elpctr(j-@'a,@nr-t
and equating it t o t lie rp,@u It ant torque of all jol e @i
Eq ( 2 ) is obtaii-iod t h I ,:i j 11 a t e (I t 0 1 e C ii I I n L ir t orriu-
r o (11 1-t C e (I I I y t I I v I o it d 14 1, t,t r (It il t I I r vI I o 'A r le
s t p l- s e x a III I I I e I I t II I !;,;to @ic.1i) v L) I t iVf) I t;I
it I I A ed t o t !I'- C t, 1 1 , (lr,il ii !t ne c @ iA I I:,,, (- @@ iii i e I v I c r 1 1,
force as a fl.iiic 1, 1 (-ill I T i vit- rv,1 I' I ou s v a @ LI -@ n ') V () I t il.,2 e
are r-lotted ill I- L g -1 Pot L'@rl of t !le armature I s t ill e ri
considered I or d 1, t fe r f@ it L v a I u e -, -D I v o 1 t ag vn, The I irst i, s
so low t hal t it- Z)r 1:-1,il 1,f, d C), @ _S ul') t n v f, a I I, i L;, e- C r@ T1 (I I S
III I t L ri , C a I _. r f r (, I; n t F! r - I r c - I r e
e(lual alld tfie arri'a r,!re --it i o e n1'. t I.. I o v e 4 r,,@IaLes
to these two cases. F i na I I I '110re is the circul!;Stailce of-
a further sli @@ht ii!crc -i se c vc- It it e L I m L ,e rm I t s
vihrat ion j iidlic.iit ed ill P 1 5I'li i @@ c a s e Ic o, I s iu e r e i
1-11 somewhat vii)re det:i 1 1 11 Lrl the Var,L I r-, d @z f
v i bra t i on f ha t @Ia N, oc c it r A t tI, t I @,lji I z-5 t 2 tI, v t- I; r t i! e
I o,,,T e s t v o I t , I f: e iv !: i i t I r,i:a I- u r c- It I I sI li smu:, li
W 1 t la o u t v L b r it t LO tl --I !,:! (, :@ t I 1 1 111 1) e r v t i@,. .- F .0
t'ie arv;ature still Ii;jl-; t; I %q i f hcii t1) c) u n C, i i, but
I hY s 1 c -i It:IP I o'@ c- @s
r a r i d 1v A f t I i u.@ 11 i I! t lie
Card 2/3 1 i7i rmiti t I) I- e zi, r) t I r- - ;I.. ;I II , , t ill @ T@ , n- a r , I : ,, v ..I ,

so v/I4!1-5,)- 1 '2- 1
Motioll of tflr@ Arinature of ;in Electru-.'ii@:,net
The instantaneous valiie of t I i e resultant force is
'Ovell by Eq (-@) iand t!jc c (--) n.,; t a n t s o, I i ri t v gr a t i oy)
ire
(-1 e r i ve d f r om t I i e i n i t i a, 1 c j I id -L t i on s Eq a nd
,._@ive tl-le spPed and posit i on (it i.he nrinatiire as filnctic@lis
A time. PV sub-sl itlj@ -(,]I of t
r 'I . I r tj 1. r 1 a t e c ("I; (I , t 1'.) 11 S
i ri t o Eq ( 1(@ e X I r e.-i S Ln 11 -i c :t n h o der , ve d f(, r v i t- ra t i o n
of ti-le arniature oil the stop. It is sh(;vm that
vibration ncciirs on iii) 1-in i-,,'iezi the Vorce zipj lieol to
the Centre pOle is 65@v of t liv awr litude ot tl@ln eiectro-
ma,k2jiet ic force oil pl-j I I I ii 't n 11 t t, I I I S r a C; w o I I
The f o r im i I a (, d er i ,, e d , i r v ! a e (I on ref-err-r-(11 tovc(---@ S("
can be ai:jlied to any c (); i I i i ra tion of a.c, nia@@r,ct
They may also 1@t@ @tsed t k j 0 e. (,, r 1! ine the S 1h
Fi rMa Lure p"Sit lorl 111d, ,,ecd '15 1,11riction of' time. I'ller,e
a r f-, 12 figures.
ASSUClATION:Khar I R o vs k i v 1, o 1 1 t elk h n i( !)e@]@. i y Lri@@ t i tu t (K;@iar ' Rriv
Polytechn ica I Irst it ut
SUBMIl'TED SePternher 1-@ 1 @) 5 9
Card 3/3

5/032/60/026/05/39/063
B010/BO08
AUTHORSt Lyubchik, M. A., Trusov, L. P., Shur, D. M.
TITLEz for Programmed Tests of Heat-resistant Materials for
Creep Strength
PERIODICAL% Zavodskaya laboratoriya, 1960, Vol. 26, No. 5, pp. 615-616
TEXT: A device (Fig. 1, Scheme) fo;r programmed tests of heat-resistant
materials for creep strength at changing temperature- and load conditions
is described. The device is designed on the basis of a unit of the mass- L'11r,
produced machine of the TaNIIMASh design of type IP-4M. The individual
technical data are mentioned. The electric circuit was worked out by
V. 1. Krizentall. The test sample (placed in the clamping jaw of the
ma,;hine) is heated automatically by an electric furnace according to
the program, and can also be cooled by compressed air. Loading is done
by means of a weight which is displaced on a load beam. Programming of
the experiment is done by an apparatus of type KEP-12/W?The 8 contacts
are connected in series to an RPT-100 relay. The programming of the
Card 112

Device for Programmed Tests of Heat- 3/032/60/026/05/5-106--
resistant Materials for Creep Strength BOIO/BO08
temperature change is carried out by a differential circuit, an EPD-12'-
potentiometer being used as a regulation device, and is controlled by
a self-recording instrument of type EPP-09"The loading mechanism is
directed by means of automatically operating switches, A thermogram
(Fig. 2) obtained with the instrument described is mentioned. Thert@
are 2 figures.
Card 212

2938h
S/196/61/000/008/024/026
It 3 Af - '
0 ( 11'*7 E194/EI55
AUTHORS j,_,Lubchik--M_A__
TITI,Ei Ca-'culation of the temperature distribution in the
coila of elaztrical devices
PERIODICALS Referativnyy zhurnal, Elektrotekhnika i energetika,
no.8, 1961, 17, abstract 8198. (Tr. KharIkovsk,
poLitekhn. in-ta, 11960, 30, No.1, 73-87)
TEXTS The problem of determining the temperature
dLat:r,@bution in the body of a winding is solved by assuming the
P@T_nt of maxf@aram temperature to be either in the central zone of
@e windLng or on its inner surface. Solution of the general
d_-fferantial equation for temperature 1@- for steady-state heat:-ig
of Ithe winding 4.3 given in the form of a double infinite series
00 0 0
B sin P Y. Cos S Yt
i j i
i=L j ='I
wh a:- el a in the given temperature of the outer surface;

2Y384
C&ICUI&tion of the temnerature .... S/196/61/000/008/024/026
E19VE155
Bij, P and Sj are constants whith it is required to find.
Beca-aaa the sari-as La highly convergent, only the f-4--st term ts
Uged in the final formulas. An example is given of calculation
f heating of an experimental -coil which was fitted with
"hie--Mocouplaz! the isotherms obtained with them are plotted.
The esz-or of calculation was not greater than 10%.
-1-'astrations, 10 literature references.
i A. notei
A.
Complete translation.
3
`a:rd 2/2

LYUBCHIK, M. A.
Cand Tech Sci - (diss) "Theory of the estimation and design of
electromagnets in contact-relay apparatus in connection with
the determining dimension and conditions of heating junctions."
KharIkov, 1961. 21 pp; (Ministry of Higher and Secondary Spe-
cialist Education Ukrainian SSR, KharIkov Polytechnic Inst imeni
V. I. Lenin); 150 copies- free; list of author's works at end of
text; (KL, 7-61 sup, 2405

LYUBGBIK, M.A.j,.kand. takhn. riauk
--- 1- 1.
Determination of the working gap of d.c. electromagwts vith
external rotary. Vest. alektroprom 34 no.6:69-73 Je 163.
(MIRA 16:7)
,F@ctromagnets)

LYUBCHIK, M.A... kand.tekhn.nauk
Experimental determination of the equivalent heat transmission
copfficient of coil windings of electrical devices. Energ. i
elektrotekh. prom. no.3:16-19 J1-S 163. OLURA 16:10)
1. Kharlkovskiy politekhnicheskiy institut.

ACC NRi AP700119Z SOURCE CODE: Ult/0407/'65/000,'65-/.,023/0026
AUTHOR: Fursov, S. P. (Kishinev); Lyubchik, M. Ya. (Kishinev); Fiks, Mf. (kuBhinev)
ORG: none
TITLE: Thyristorized power source for elect rospa, k -machining purposch
SOURCE: Elektronnaya obrabotka materialov, no. 5-6, 1965, Z3-26
TOPIC TAGS: electric power source, power supply, electrospark machining @11n(
ABSTRACT: Connected with some modern European electrospark-machin*ng develop@!
ments (Draht, 1963, 14, IZ, 797-802), a simple pulse generator is suggested, in which!
.the discharge pulses bypass semiconductor devices (see the discharge circuit in heavy,
lines in the figure). The generator is actually a series-type inverter formed by
capacitors C, C,.., inductor Ind, and thyristors T, T, . The inverter is loaded with a
bridge circuit consisting of storage capacitors C. C, and diodes B, B2.. The work
Isparkgap shunted by a kohm-range resistor R, is connected diagonally to the bridge.
:The generator converts d-c energy into homopolar pulses whose rate is eaua.1 to the
double frequency olthe master oscillator used for driving. An experimental hookup
Was tested at a rate of 800 pulses per sec with a d-c voltage of 150 v and a load
'resistance of 350 ohms. Principal characteristics (V-1. no-load voltage vs. rate,
short-circuit current vs. rate) are showm; highest attainable pulse rate, ZOOO. Orig.
art. has: 6 figures and I formula.
Card I/Z

Aet,'.-Wits, AP7001192
Q)
4-)
r_lj
0 s
0
1@
cil
r-4
TP i
C.)
0
SUB CODE: 13, 09 SUBM DATE: none ORIG REF: 007 OTH REF: 00 1

LYUBCHIK, N. P.
"A Case of Turbogenerator Vibration,"
SO: Elek. Stan., No. 8, 1949.

00

am

ALEKSANMUSKlY , V ia-alni.' 1' V I IT ! v, ' @.,e r,P- a sed I; VII-11"N I i@'t%V,
Ye.V., r,@d,,- ;-17"jK@-.-IliJK@,"i rilo .
[Navigatioul, Navignt,.-ila, I'TUTISP(@!-t@ - V
;I"! 1 1 F - : *,, ,
, I

LYUBCHINSKly, E.B.; PIUM, L.P4
Kinesimetric indices of the Achilles tendon reflex in rela-
tion to age. Zhur. nevri psikh. 64 no.3:331-3)3 164.
(MIRA 17:5)
1. Kafedra nervnykh bolezney (zaveduyushchiy - prof. E.I.
Yeselevich) Orenburgskogo meditsinskogo instituta.

STEFANOVAp Lilyana; TRUBVIKOV, V.[translatorl; IZUBEC I KA . H
red.; ILIOA.. L., tekhn. red. - E HR 3 YA, . .
D shall rer.,ember you, Uzbekistan; traveler's notes) Budu
pomnitl tebla, Uzbekistan; putevye zax,etki. Tashkeitt, Gos.
izd-vo khudozh. 1-4t-ry UzSSR, 1960. 1.42 p. (MIRA 15:3)
(Uzbekistail-Description and travel)

ASMOV, U.A.; @@@EUT@AN.L, red.; SHUSTER. Ta.S.. tekhn.red.
(Principe'. manifestations of the side effects of antibiotics In
tho alinial Oanovu" prolavlonlia pobochnago deistviia anti-
biotikov v kliniko. Tashkent, Gos.med.izd-vo X-va zdravookhra-
neniia UzSSR. 1960. 255 P. (MM 14:))
(ANPIBIOTICS)

SIKONOV. Konatantin; LYUBIGHANSKAYA. S.I.. red.; ILIIHA. L.P., takhn.red.
[Prospectors for Bukhara gas] Rezvedchiki bukharskogo gaza.
Tashkent. Goo.izd-vo khudozh.lit-ry UsSSR, 1960. 30 P.
(MIRA Ik:3)
(Bukhara region--Gas, Natural)

ZI.01-46- CD-2
L
-;6,3
ACC Piz-TR60087W SOURCE CODE: UrVOZ7316510001010,10008lnC--,i3
iuTHOR: Lyubechariski.y. !,-,F-,
71T:@E: Determination of ranges fc-r changes in valvo motion CLi-ves and 'he gas distri-
lution phases under the effect of a controlldn.a mechanism
IOURCE: Ref. zh. Dvigateli vnutrennego agoraniya, Abs. 10-39-57
!EF SOURCE- Tr. Taslikentsk. politelchn. in-ta, vyp. 2J,, 1963, @-'90-301
70PIC TAGS: piston engine, engJne component, valve, nonelec@ric
I351MACT: Valve motion curves, plotted for tho gas diRtribution in the
'IaporozhoLs" automobile angine with a controlling ritechanimp, @)re glven. valvo
il
riotion curves are plotted for threo positions of Lhe controllj---g device. i@ILLI ho in-
I-ermadiate positions will gyidde the motion according to the curvas silt-unt.oLl Art t,l;e
;-egion limited by cuiwes. Gharigos in cam E3h&ft cen'Ler of the Totion ware noL d@scus-
tied . The suggested coritrolling mechanism will permit conaide:able In th6
:-ulas for valve motion.
;;UB GOD-Ei 10/ SUBM DATEt none
I:ard UDCt 621-432-33

L U719-66 0.%T (d)/B-IT (m)/arP (f )/T VIE
ACC NRs AR6008708 (A) SOURCE CODE: UR/0273/65/000/010/0009/0009
AUTMR: jabecbansML, . F
TITLE: A rocker-roller drive for gas distribution in an internal combustion engine
111URCE: Ref, zh. Dvigateli vnutrennego agaraniya, Abs. io.39.63
PEF SOURCE: Tr. Tashkentsk. politekhn. in-ta, vy-p. 24, 1964, 302-3o6
TOPIC TAGS- internal combustion engine, fuel control, internal combustion engine
component, valve
jOSTRACT: Gaq
_djgjXjhution phases in operating GAZ-21 and KhTZ-B7 engines is accom-
plished by means of rocker-cam mechanisms vhich may be used in commercial engines both
:Vor selecting optimum constant phases of gas distribution and for optimum motor contra'.
lmdar variable speed conditions. A rocker-roller valve drive in vhich the Irive link
is a roller instead of the camshaft has been developed to combine the cam mechanism,
roller and flat tappet in the gas distribution control mechanism. The author gives a
diagram of the rocker-roller gas distribution mechanism and points out the feasibility
of using it. [Translation of abstract]
SUB CODE: 21
J
i Card 1/1 uDc: 621.432-3

LYUBEL'S -0 Y, V. -am
F:MWWAWA
How we or&Lnize the work of the committee. Okhr.truda i sots.
strakh. no.5:34-35 N 158. NIR& 12:1)
1. Predsedatel' komisaii po okhrane truda zavkoma Minskogo
zavoda im. Voroshilova.
(Minsk-14achinery industry--Hygienic aspects)

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