SCIENTIFIC ABSTRACT LYSENKO, I.Z. - LYSENKO, M.P.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001031120008-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 31, 2001
• Sequence Number: 8
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

LYSENKO, I.Z.; AN, M.Ch.
Use of short-delay blasting in Dzhezkazgan otoping operations.
Trudy Inst. gor. dela AN Kasakh SSR 4:70-79 160.
(KIRA 13:9)
(Dzhezkazgan--Mining engineering)

LYSEIZO I.Z.
Area of use of types of technology in working thick deposits
of Dzhezkazgan. Izv.AN Kazakh.SSR.Ser.gor.dela no.2:16-21 161.
(14M 15:2)
(Dzhezkazgan District-Mining engineering) (Blasting)

LYSENKO, IIZ. -
Development of mining systeas in LazakJistan, Trudy Ins,..gor.dal-a
AN Kazakh.SSR 8.-3-14 161. OMM 15:4)
(Kuakhstan-Mining engineering)

LYSENKO
Basic trends in pillarless vorking of the Dzhezkazg&n deposit.
Trudy Inst.gor.dela AN Kazakh.SSR 9:3-12 162. (MIRA 15:8)
(Dzhezkazgan District-Mining engineering)

LYSENKO, 1.Z.
Considering seismic factors In determining the sides of open-
-it mines. Trudy Inst. gor. dela AN Kazakh. SSSR 10;85-89 163.
r
(MIRA 16:8)
(Soviet Centrul Asia--Seismology)
(Strip mining)

LYSENKO, I. Z., doktor tekhn. nawk
Recovery of pillars in mining valuable ores. Veat. All
Kazakh. SSR. 19 no.8:13-20 Ag 163. (MIRA 17:7)

LYSENKO, I.Z.
P.3vajopmant of mining systems. Trudy AUI Yazakch-SSR
.!423~-17 164. NIRA

LYSE,ItKo, IOZ.; z1flul(OVICHY T.Ye.; liYURINP A.I.
W~iys of inproving the chamber-and-pillar system of minirg.
Trvdy Inst. gor. dela AN Kazakh. SSR 19:)-8 165'G
(MIRA 181,12)

1.7
LYSENKO,
Principles of normalizing working conditions in high
mountain mines. Trudy Inst. gor. dela AN Kazakh. S-SR
19:143-147 165. (MI 18-12)

11 LYSENKO 3, I-Z-; BOGOMYtKOV, Yu.A.
OptJmum diBtribution of main workings for trackless ore ha-.;]aqe
in mining gently inclined deposits. Piz.-tekh. probl. razrab. pol.
iskop. no.5:70-77 165. (1-filk 19:1)
1. Institut gornogo dela AN KazSSR, Alma-Ata.

/Lyd exlko J/f
RYMAR,I.; XOI,(f9YIITS,D.; WDNOY,P., gorMy master; KOINOV,G., brigadir
prokhodchikov, Geroy Sotsialistichookogo Truda; LYSMO,K., mashi-
nist elektrovosa
More videspread use of new,mining techniques. lfast.ugl.4 no.7:3-6
ii 155. ~ (KL#A 8:16)
~lo Rachallnik shakhty no.3-5LIOSokologorovka" (for Rymar). 2. Nachall-
nik uchaetka no.6 (for Kolomerets)
(Coal =Auies and mining)

LYSENKO, K.
Cnursea for the Improvenent of the qualifications of cbemistr7
teachern. Khim.v m'hkole 14 no.3:95 MY-Je '59.
(141R/, 12:9)
1. Zavedupishchiy kabinetom kbimii I biologii Rostnvskogo
oblastnogo Inatituta usovernbonstvovanlya uchitelay,
(Rostov Province-Chemistry-Study and teacliint,-)

LYSE770, K.A.; MARGOLINA, Ye.I.
e---------- "0IVdT*--of- young naturalists in schools of Rostov Province. Biol. v
hkole no. 3:65-68 Hy-Je 158. (HIRA 11:8)
:
. Rostovskiy oblastnoy institut usovershonstvovaniya uchiteley.
(Roston Province-Agriculture-Study and teaching)

LYSENKO, K.A.
Base flow of rivers of the Ukraine. Trudy UkrffIGPI
no.50t18-28 165. (MIRA 18:11)

CHIPPING, Galina. Aleksandrovna, (Chippinh. H.0.]; JTMM -Xlara.,ArkbJ-
poVpq;-VlfiMVaIT' P.P. EVyohnevs1kyi, P.F.. kand.tak-bn.nauit -
otv.-red.; PRCHKOVWATA, O.K. (Piechkovalks, O.Xj, red.izd-va;
HATVITCRUK, 0.0., tekhn.red.
EAnnual and minimum discharge of rivers In the Ukraine] Richnyi
to minimalinyi stik no tarytorii Ukrainy. Kyjv, Vyd-vo Akad.nauk
URSR. 1959. 145 p. (KIRA 130)
(Mraine-Rivers)

VISHNEVSKIY, Palladly Fedorovich[Vyshnevs'kyix P.F.);.DRDZD, Nafanail
Iosipovich; ZHELEZNYAK, Iosif Aronovich; KRYZHANOVSKAYA,
Ariada Borisovna[Kz7zhanivalka, A.B.]; KUBYSHKIN, Georgiy
Pimenovich(Kubyshkin, H.Pj; Ij
MOKLYAK, Vladiolav Ivanovich; CHIPPING, Galina Aleksandrovna
[Chippinh, H.O.]; SHVETS, Grigoriy Ivanovich(Shvetsv H.I.1;
PECHKOVSKAYA, O.M.[Pechkovslka, O.M.), red.izd-va; RAKHLINA,
N.P., tekhn, red.
[Hydrologic calculations for rivers of the Ukraine]Gidrologichni
rozrakhunk.v dlia richok Ukrainy; pry vids4tnosti sposterezhen'.
(By]P.F.Vyshnev'kyi ta inshi. Kyiv, Vyd-vo Akad.nauk URSR, 1962.
385 P. (MIRA 16:2)
(Ukraine--Rivers)

K. D.
LY3F,I:,i0, K. D. - '-Inv~.-otigation of the F,)rr.--ati-)n -)f 'n
the Xanth,)genption -)f z'dkali Cjellul-)st." Ein Hfii--her ~Aucati-,n
USSR. L-ming-rad T-nxtile Inst imeni S. M. Kirov. Lonin.:7rr.6,
1955. (DiEsert.-tion for thf- Degr-e -)f Candidatt in Technical
scienvt S)
No 1
SO: Knizhnaya ly--topis', 1956, pp 1-02-122, 124

DOBROSERDOV, L.L..; ILIINA, V.P.;
Regeneration of formaldehyde in the production of Ovinol" fibers.
Khim. volok. no.2:22-24 165. . (MIRA 1M)
1. Leningradskiy institut tekstillnoy i legkoy promyshlennosti.

IMNYUMOV. R.Ya.; LISENKO. K.0.; STATSMK, S.K.
Progressive medical ideas in Russia before and during the Revolution
of 1905-1907. Viziol.zhur. [Ukr.] 2 no.1:102-108 Ja-F 156.
(MIRA 10:1)
16 Kiivolkiy madichniy institut imeni akademika O.O.Bogomollteya,
Wedra istorii meditsini.
(HIDICINN--HISTORY)

BENYUMOV, R.Ya., LYSERKO. K.0.
~---
Ivan Romanovich Tarkhanov, an outstanding physiologist (1846-1908)
Fiziol.zhur. EUkr]. 4 no.4.:551-557 Jl-Ag 158 (MIRA 11:10)
1. Kiyevskiy meditainskiy inetitut im. akademika A.A. Bogomolltsa,
kafedra Istorii meditsiny,
(TARNIANOV, rVAN ROMANOVICH, 1846-1908)

BETYUMOV, R.Ta. [Beniumov, R.IAJ; LTSWO, K.A. [Lysenko, K.O.]
I.T. Glebov, outstanding Russian physiologist; on the 75th anni-
versary of his death. Yiziol.zhur. (Ukr.] 5 no.6:841-844 X-D 159.
(MIRA 13:4)
1. Klyevskiy meditainskiy institut, kafedra istorii meditsiny.
(GLIKBOV, IVAN TIMOFMICH, 1806-1884)

LMISENKO,-K.O. [Lysenko, K.b.]
Twenty-fifth anniversary of collective farm maternity homes.
Ped. akush. i gin. 22 no. 1:62-63 160. (MIRA 13:8)
1. bektor istorii okhrany zdoroviya (zav, -kand.med.nauk O.A.
Grando) Ukrainskogo instituta kommunallnoy gigiyeny (dir. - Prof.
D.M. Kalyuzhrqy).
(UKRAINE-HOSPITALS, GYNECOLOGIC AND OBSTETRIC)

1AUTHCR:
!CRG:
ACC NR, AP6036788 SOURCE CODE: UR/0363/66/002/011/1980/198~
Markiv, V. Ya.; Lysenko, L. A.; Gladyshevskiy, Ye. 1.
Llvovsk State University im. Iv. Franko (Llvovskiy gosudarstvannyy universitet)
TITLE: The titanium-iron-silicon system
SOURCE: AN SSSR. Izvestiya. Neorganicheskiye materialy, v. 2. no. 11, 1966,
1980-1984
TOPIC TAGS: titanium containing alloy, iron containing alloy, silicon containing
alloy, alloy phase diagram
ABSTRACT: A study was made of the phase equilibria of 20 binary and 129 ternary
alloys of the Ti-Fe-Se system; the alloys were obtained by melting tit.-niwa, iron, and
polycrystalline silicon in an atmosphere of purified argon in an electric arc furnace.
The composition of the alloys investigated are shown in Figure 1. aie following
rasults were determined by x ray structural and microstructural analysis of the phase
equilibria at 8000C. The existence of the following ternary compounds was oatablishods
TiFeS . ^-/Ti~Je Si (X') 9^-T4 Fe S'40(XII), Tij,FG36('r3)1 and TiFeSi. The
c: a~ struc ureloof to compound 4;AK2 belongs to the rhopic system (? = 7.64
b ~, 9.53 X, c = 8.56 X); the possible space groups are: D2h = Fin=; C2V M rbua.
D21 - F222t the number of atoms in an elementary call is W'.- An isostructural
=z 546.8z1+ 6.72+ t?~8

ACC NR:
AP6036788
compound is also formed in the Ti-Yb-Si system (TiYhS a 6.92 b 9.54 1;
C = 8.64 X). The compound TiFeSi crystallizes in theiKaxagonal sys'Item (a - 6.24 A;
a = 6.96 A.), the diffraction class is D6h = 6/mmm, and the number of atoms in an
elementary cell is 18. The compound T F (C ) is isostructural with the 'r
2 e52-%~Q. 3
phases of the Ti-Co-Si and Ti-Ni-Si systems, art. has$ 3 figures and I tab12-

ACC NRi AP6036788
Figure 1. Composition of alloys
investigated in the Ti-Fe-Si
system (in at. %)
Fe
z$
SUB CODE: Il/ SUBM DATEs 23Dec65/ CRIG FLEFs 007/ OM W S 008
Card 3/3

LYSEITKO, L. G., Cand Tech Sci -- (diss) "Study of certain
problems of the stability of passenger and 4u4t-passenger
vessels of inland navigation connected with their designing
and modernization." Len, 1957. 10 pp (Min of River Fleet
RSFSR, Len Inst of Engineers of Water Transport), 100 copies
(KL, 52-57, 107)
- 58 -

SOV/ 124-58-5-5393
Translation from: Referativnyy zhurnal, Mekhanika, 1958, Nr 5, p 63 (USSR)
AUTHOR: Lysenko, L.G.
TITLE: Investigation of Certain Aspects of the Stability of Passenger
and Passenger-freighter Vessels Used in Inland Service
(Issledovaniye nekotorykh voprosov ostoychivosti passazhir-
skikh i gruzo-passazhirskikh sudov vnutrennego plavaniya)
PERIODICAL: Tr. Leningr. in-ta inzh. vodn. transp., 1957, Nr 24, pp
211-220
ABSTRACT: An analysis made of experiments conducted under full-scale
conditions has led to certain conclusions with respect to the
heeling during turns undergone by a number of passenger ves-
sels and passenger freighters of the inland shipping service
(having different beam-to-draft ratiosj. '~'Values are obtained
for the coefficients contained in the'fo _. rdulae proposed by
Mating the speed of a ves-
A.M. Basin and G.A. Firsov for calcu
sel during a steady-state "turn. An elementary empirical
formula is proposed for calculating the effective leverage of
the heeling couple of vessels (with B/D ratios 4.5-7) engaged in
Card 1/2 a steady-state turn, ig = z9 -5.41) + 1. 15B.

SOV/124-58-5-5393
Investigation of Certain Aspects (cont.)
Here 1 9 is the arm (measured from the center of gravity of the ship), Zg
is the elevation of the center of gravity above the reference level, D is the
draft of the vessel, and B is its beam (in meters). It is experimentally
established that the relative diameter of a steady-state turn for paddle-
wheel steamers is 3-3.5 and for late-model passenger vessels and passenger
freighters 1.8-2.0. The angle of heel during the period of entry into a turn
is found to exceed by a factor of 2.2 the angle of heel encountered after a
steady-state turn is established. Integrals of a differential equation are ob-
tained which afford a practically sufficiently accurate means for determin-
ing the angle of heel for any desired time point of the unsteady motion of a
ship engaged in a turn. A stability criterion is proposed which would enable
designers to gauge the stability of double-deck passenger freighters for river
navigation at the preliminary-design stage.
A.M. Rozenfel'd
1. Ships--Stability 2. Ships--~Tatheinatical analysis 3. Ships--Test results
Card 2/2

LYSENKO, L.G., kand.trkhn.nauk
Calculating the radius of steady circulation for passenger and
freight-and-passenger ships used in inland navigation. Trudy LIIVT
no.26:313-315 '59. (FIRA 14:~))
(limland navigation)

DORKWONTOV, N.K. doktor teldm.nauk, prof.; LYSENKO, L.G., kand.tekhn.
nauk; XOzkv-, K.S., kand.tekhn.nauk I
C42culating stability curres by prototype with changes of the
main dimensions and the coefficient of total displacement of
the vessel. Trudy LIVT no-5:3-11 160. (I-MA 15.2)
(Stability of ships) (Displacement (Shipe))

LYSENKO, LG,,_k-nA.tekhn.nauk
Experimental investigation of water resistance during the rolling
of tugboats. Trudy LIVT no.5:31-34 160. (MIRL 15:2)
(SWIp resistance) (Tugboats)

DORMIDONTOV, Nikolay Konstantinovichp doktor tekhn. nauk, prof.;
LYSFIIKO, Lavr Georgiyevich., kand. tekhn, nauk; FAVLOY,
7r1-eR3Mndr-1VZM-o! Tc, o ~s. , ~. tekhn. nauk; MMIT rM,
Georgiy Borisovichp kand. tekhn. nauk; Sq
Lecaidovich, int i'1dobastiYA:-KUZNETSOVpV.P.,
0 8,-,re.
kan&~qkbh.na d' 6LY" 4 t t m"t;MINU
w U4 I - -- . U,A.F..,
irtib'ietsenzent av~p 6 ,r tsenzent;LT4,V.V.-pred.;VOLCHOK,
K.M.$ tekhn.red
(Design and arrangement of ships for inland navigation)Kon-
struktsiia i ustroistvo sudov vnutrennego plavaniia. Pod ob-
shchei red. N.K.Dormidontova. Leningrad, Izd-vo "Rechnoi
transport," Pt.2. [Metal ships]Metallicheskie suda. 1962.
271 p. (MIRA 15:12)
1. Kafedra arkhitektury i proyektirovaniva korablya Lenin-
gradskogo instituta vodnogo transports, (for Dormidontov,
Lysenko, Favlov, Terentlyev, ShmuTlov, Kuznetsov).
(Naval architecture)
(Ships, Iron and steel)

KOZLOV, K. S., k&nd.tekbn.nauk;.L-YSENKO LG .,-kand.tekhn.nauk
4-
F4cperlmental determination of the properties of stability and
maneuverability for tugboats. Trudy LIVT no.14:41-48 161.
CmIii 3,4- n)
(Tugboats) (Shiptrials)

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Russian] A "ile4ilescrilytion Is given of the metluxi of t%stiog uwd at the
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direct ftm the furnstv at 70W C. into mouNs heatc-I to YW-U)tr V. and in.
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SOV/ 137-58-8-16640
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 8, p 56 (USSR)
AUTHORS: Lysenko, L.N., Svoboda, R.V., Korobov, M.A.
TITLE: Features of the Baking of Electrodes with Power Lead at the
Top (Osobennosti obzhiga clektrodov s verklinim tokopodvodorn)
PERIODICAL: Byul. tsvetn. metallurgii, 1957, Nr 8, pp 80-86
ABSTRACT: Preparation for the baking of the anode is performed during
the period of completion of the assembly of the bath and con-
sists of the following operations: Installation of a metal box to
shape the lower portion of the anode, installation of the shell of
the anode, of a temporary Al mantle and of rods (R), chargin,-,
of the anode mass, filling up the space between anode and side
lining with loose C materials. At the eame time rods are
mounted in the anode. To the bottom of these rods special
stands are mounted to serve as conductors between R and bot-
tom during the initial period of baking. After the coked anode
has been formed, thc- need for the stands disappears. The
shaping of the anode is performed by charging in liquid anode
mass. The bath is shunted by shunting resistors. Operations
Card I/Z performed during the baking include increasing the current,

SOV/137-58-8-16640
Features of the Baking of Electrodes with Power Lead at the Top
adjustment of the increase in the sinter cone (SC), movement of the R, and
monitoring of the baking process. The current is increased by shutting off
the shunting circuits, and adjustment takes place by disconnecting the R in
the region of the high SC. As the SC grows, briquettes of anode mass are
charged into the anode mass. It is essential that the layer of liquid anode in
the zone of maximum SC be 150-200 mm thick. At the end of the baking per-
iod, it is necessary to shift the R to their proper levels, this being done
first with the disconnected R in the zone of high SC. During the baking pro-
cess it is necessary to monitor the height of the SC, the current in the R,
the level of the liquid anode mass, the current in the anode, and the voltage.
The major indices of the baking process are: Anode quality, electric-
energy consumption, working conditions, and labor costs. The minimum
expenditure of electrical energy ( - 25,000 kwh) for baking the anode of a
72,000-amp cell is attained by rapid increase in current without the shovel-
ing-in of loose anode material. The baking of a series of top-fed cells dif-
fers from the baking of individual cells by the possibilities afforded for
more uniform increase in current.
1. Anndes (Electroly-tic cell)--i"reparation 2, Anodes (Electrolj~ic I. G.
c e 11) - r,~pertu ie s3. Ancides (1-31ectrolytic cell)--(,osts
Card 2/2

137-58-6-11906
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 6, p 103 (USSR)
AUTHOR: Lysenko, L.N.
TITLE: Calculating Anode Consumption per Ton of Raw Aluminum
(Raschet raskhoda. anodnoy massy na 1 t alyuminiya-syrtsa)
PERIODICAL: Tr. Vses. n.-i. alyumin.-magn. in-ta, 1957, Nr 40, pp
254-260
ABSTRACT: Anode consumption per t of raw Al may be represented by
the formula, Q=ql'+qZ+q3+q4+q5, where q, is the anode con-
sumption due to oxidation by electrolytic 02 (or F2); q2 is the
anode consumption due to crumbling, q3 is anode consumption
due to oxidation by atmospheric 02; q4 is the anode consump-
tion due to coking by liberation of volatiles; and q5 represents
the mechanical losses of anode substance. At our plants the
consumption of anode substance per ton of metal may fluctuate
owing to variation in current efficiency and the mean C02 con-
tent in the anode gases. Data from the operation of the Urals
aluminum plant are used to calculate certain empirical coef-
Card 1/2 ficients, and the formula for consumption of anode substance

137-58-6-11906
Calculating Anode Consumption per Ton of Raw Aluminum
takes on the following form: Q=427.62 [ ( 1 + l/ 90 / (1 + m/ 100)] + 16.64,
where Ik is the cathode current efficiency and m is the C02 content in the
anode gases in volume 0/6.
I. G.
1. Anodes (Electrolytic cell) 2. Mathematics--Applications
Card 2/Z

SOV/49-58-8-8/17
AUTEORS: Savarenskiy, Ye.F., Lysenko- L.N. and Kompanets, M.V.
TITLE: Microseisms of Lake Issyk-Kull as Observed by Seismic
Station in Rybachlye (0 mikroseysmakh ozere Issyk-Kul'
po nablyudeniyam seysmicheskoy stantsii v Rybachlyem)
PERIODICAL: Izvestiya Akademii Nauk SSSR, Seriya Geofizicheskaya,
1958, Nr 8, pp 1015 - 1019 (USSR)
ABSTRACT: The seismic station Rybachlye, situated on the west coast
of Lake Issyk-Ktll, often receives microseisms lasting
a short period. Their maSnitude rapidly increases with
high winds. An example of a typical sei-smogram
registering the microseisms with a diagram showing the
wind velocity is shown in Figure 2.
From -theoretical considerations, the amplitude of
the microseisms can be determined from Eq.(l). It
shows that one of the conditions of the microseisms'
formation are the standine waves caused by the water
waves. These conditions were observed by the station
perdonnel in the course of three years. The standing
waves on the lake were observed.,~% develoD as a result
of a modulation of the advancing-XK reflected from the
shore waves (Figure 1).
Gardl/3 From the graph ~~igure 3) of the amplitude A, period T

SOV/49-58-8-8/17
Microseisms of Lake Issyk-Kull as Observed by Seismic JS-Uation in
Rybach'ye
and wind velocity V , it can be seen that a lag of
about 9 hours between a maximum of the amplitude and
that of the wind velocity is formed which can be
defined as a relation A = kV (Figure 4).
The standing waves caused by the wind depend also on
the length of water distance. The relation of the
height of water waves H , the velocity of their move-
ment 0 and the wind stretch F , time of its action
t and velocity V was calculated Figure 6) and
compared with the large ocean areas Mgures 5a, b).
The results show a close relationship.
The amplitude of microseismwas also compared to that of
the ocean by evaluatinG a formula (T) as defined for the
ocean conditions and substituting into it the data
obtained from the 'Lake (table). It was found tho'. Ll!e
ob.,3erved period, 1-3 sees, did not differ much from the
theoretical 1.5-3 sees. The amplitude was defined from
Eq.(l) as equal to 1.5-2.0 4
Card2/3

11.'ic 2o se isms of Lake IsSyk-K-c-,l -ns ObSe:-,ved by Seis--li c st-
R3rbach"Y.
It is evident from all the data obtained by means of
Observations and theoretical calculations that the
microseisms formed on Lak-e Issyk-Xull lhaa-ve a
Com-mon to that of the ocean type.
Tlilere are 6 figures, 1 Lable and 5 references, 5 of
which are English, 1 Soviet and 1 French.
A0"'-.OCIATION: Akademiya nauk SSSR Institut fiziki Zemli
(Ac.Sc. SSSR,Institute of Terrestrial Physics)
SUBMITTED: blarch 6, 1958
Card 3/3 1 Microseisms-Mathematical analjsis

VASIL'E,'VSK,,YA,, I,A. [Vt"qyl,~Vslke
0 1-0 ,-~Ysmo, L.-N- [Lysenkop L.M.I.-
HOT112STRI,
flabitu~ticfi of StApkYl&-cOC61't6 balogen s'~91-'cylehilides and soj~e
antibiotics. Mikrobiol. zhur. 27 no.3:71-75 165
(I4JRA 189.6)
1. Kiyev,-~ciy gusudirstverinyy wniversitet.

DEMIYANENKO, A.]',- LHON't"YE-VA, Y.?, (Leontlieva, K.f'. ).~~ LYSENKO~ LA.
(Lysenko; FEDOPSM-KAYA., Ye.A. [Fedorovalka, 0.0,1
ActinorVectes-antagonists from the soils of the Kiev regior.
Mikroblol. zhur. 27 no.5;7-10 165. (MIPA M10)
1. Institut mikrobiologii i virasologil AN IJkrSSR.

KIRILLOVI N,I.; LYSENKO) L.P.
Investigating thekinetico of the,development of color positive
films at various temperatures. Zhur.nauch.i prikl.fot.i kin. 5
no.2s84-89,Mx%Ap 160. (MIRA 1415)
1. Vaesoyuznyy nauchno-issledovatel'skiy kinofotoinstitut (NIKFI).
(Color p'hotography-Developing and developers)

Gamma, Ks.
Studyins the substructure of the microcz7atala Of Bilver
bromide. Zhur. nauctt. i prikl. fot. i kin. 8 no.3:174-184
My-Je 163. (MIRA 16:6)
1. Kafedra uchebnoy i nauchnoy fotografii i kinematografii
Moskovs,kogo gosudarstvennogo universiteta.
(Silver bromide)
(Cx7stallograpby)

LYSENKO, L.T.
Clinical value of the determination of DTIA decomposition pro-
ducts In the blood serum of patients with myocardial infarct.
Kardiologiia 3 no-4t72-77 JI-Ag"63 (MIRA 17:3)
1. Tz Institute. terapii ( dir. - deystviteltnyy chlen AM
SSSR prof. A.L. Hyasnikov) AMN SSSR.

MHLIN, I.I.; LYSENKO, L-V-
Prefabricated details of crossings. Stroi.truboprov. 8 no.7:39-40
J1 163. (MIRA 17s2)

LYSENKO, L.V.; ~UKHLIN, I.I.
Equipment for gas and electric welding of nonrotatory joints.
Stroi. truboprov. 9 no.1:37 Ja f64, (MIRA 17:3)

A scov Ab A - Y.
IWYIedicinej - Toxicology FD-1910
Card 1/1 Pub, 38-9/18
Author : Lysenko, L. V.
Title : Pharmacological investigation of glycofiol'
Periodical : Farm. i- toks-) 17) 37-39, NOV/Dec 1954
Abstract : Tested the toxicity of "glycofiol" (a drug extracted from the leaves of
Cheiranthus Cherii, a plant vell known in USSR medicine for its medicinal
properties in regard to the heart]. Glycofiol was found to be less toxic
than digitoxin and also less cumulative. Its e3imination from the organism
is quicker than that of digitoxin. No diagrams; no references.
Institution: laboratory of Pharmacology, Khar1kov Sci-Res Chem-Pharmaceutical Inst
(Director - M. A. Angarskaya) and Chair of Pharmacology, Khar1kov
Pharmaceutical Inst (Read - Docent V. I. Sila)
Submitted

LYSENKO, L. V.
-,j
"The Pharmacolo7ical Jnvestl~,atir-n crf 'Glikofioiva,' a !;C-,i 017COS4 e
Preoaration From the e.allfloiwer." Cand 1-:od Lei, KharIkov M-edical 1:~st, Illin
Heaith Ukrainian SSII, Khorlkov, 1955. (KL, INo 15, Apr 55)
Soi Sum. No. 704, 2 Nov 55 - Survey of Scientific and Technical Dissertations
Defended at USSR Higher Educational 1:-,stitutions (16).

USSR/Pharmacology. Fharmacogaosy. Toxicology - Medicinal Plants. T-5
Abs Jour : Referat Zhur - Biologiya, No 16, 1957, 71732
Author : Lysenko, L.V.
Inst
Title : On the Pharmacology of Glycophiole.
Orig Pub : Nekotoryye voprosy farmatsii, Kiev, gosmedisdat, USSR,
1956, 348-351
Abstract : The effect of Glycophiole (I) - a glycoside of the
leaves of Cheiranthus Cherii on the cardio-vascular sys-
tem was studied. It was found that I acts on the isolated
rabbit heart in the following way: in concentration
1:2.000.000 slows down the rhythm, increases the diastole
and increases the myocardial activity; in 1: 1 000 000 -
stops the heart in the systole. The perfusion through
the vessels of an isolated rabbit ear of I in concentra-
tion of 1: 500 000 produces an expansion of the blood
vessels by 21.5 percent*
Card 1/1 - 55 -

KAZARNOVSKIr. L.S.; WIRVITSXAYA, M.F.;-LLWj1KO. L.V.; PIVNEAN , G.P.;
SERGMHM, T.A.; SrU, V.I.-. SOTHIKOVA.-D-W.; CHUTED, O.V.
Comparison of methods for preparing and analyzing infusions [with
summary in English]. Apt.delo 8 no.1:64-71 Ja-1? 159.
(MIRA 12:2)
_i. ro Sharikovskogo famateerticheakogo instituta (dlr. - dots.
-- . Tu.G. Borisyuk) Ministerstva zdravookhraneni7a USSR.
(NIMACTS)

LYSEM, L.Ya.
/'00*"~Gonditions for combing out fine vool fibers along their entirn
le%th. tekh.tekst.prow. no.4:95-105 '58.
Mmx
1. Leningradakly tekstlllnyv institut imerii. Kirova,
(Wool--Combine)

LYSEEND, L.Ya.
------------ ONWAMWMWIM
Increasing the output of co 'Ming machines for fine wool. Izv.
v.rs.ucbeb.sav.; to,-.-b.tekst.prom. no.2:71-80 '59.
(MM 12:6)
1. Leningradekly teketil'My institut in. S.M*Kirovae
(Combing machines)

Ia~j~~JREYTSBFRG, Z.14.
Use of radioactive isotopes for determining the straightness and
parallelism of fine wool fibers. Izv. vys.uchet.zav.; tekh.tek5t.-
prom. no.6:62-6? '61. (MIRA lj:l)
1. Latviyskaya kambol'naya fabrD-a _4 institut lesokhozyaystvennykh
problem~i khimii drevesiny AN Latviyskoy SSR.
(Radioisotopes--Industrial applications) (Textile fiLers--Testing)

LYSENKOVJ~. ~PHINAq V.
Methodology of planialing 4bor produetivi~y in 1=bering. Biul.nauch.in-
form.t trud i zar. plata 3 ii0i.3~2tI-n i6oe (MIRA .1,40)
1. Po materialam TSentraitnogo naucbno-wissledovatelfakogo instituta
makhanizatsii i energeiiki Ie9noy*prora6hlennost;L,
Nibdfing~Labor productivity)

LYSRTYOf M.
"Influence of a Changeable Feeding System on the Develojfment and ~vAuctivity of t*-,e
Oak Silkworm." Acad Sci Ukrainian SSR. Inat Zoology, Yiev, 1952
(Dissertation for the Degree of Candidate of Biological Sciences)
SO: Knizhnaya Letopis', No. 32, 6 Aug 55

1. LYMIKO-1, M.
2. USSR (600)
4. Kuban - State Farms
7. On the Kuban state farm before sowing time. V pom. profaktivu 14, No. 4, 1953.
9. Monthl List of Russian Accessions, Library of Congress, May -1953, Uncl.

LYSENKO, M.
I--' 'mMWWAMPafA,-
"Materials on engineering geologr,* no,3, 1953. Reviewed by M.Ly-
senko. Vest.Lan.un.10 no.1:153-155 Ja 155. (MIRA 8:4)
(Geolo,g7)

MI. A.
"Clinical Aspects or M-4-ur;tgnces o!' the Ve-etative "ervous 3yste'%
I -
DL,xiri:- Blr,,cellocis." Cand -~--d Scl, Inst of :"eArolo 7 ani He"~:,jlo --'
Physical Therapy, 'can Health Turkmen SS!I, Turkmen Xiedical Inst imeni
1. V. Stalin, Ashkh*ad, 1954. (KL, No 10, :~'ar 55)
SO: Sum. flo. 670, 2-0/ SOP 55--Survey of Scientific and Technical
Dissertat'i-ons Defended at USSR lli~;her Educational Institutions (15)

SOV/118-56-12-9/17
AUTHORS: Glotov, V.V. , Lysenko,-"... Parshina, V_M, , Sokolova, N,".
Isadskaya, T.A., Engineers
TITLEA The Economical Effectiveness of a Centralized Electric Power
Supply for Lumbering Sites (Ekonomicheskaya effektivnost'
tsentralizovannogo elektrosnabzheniya na lesozagotovkakh)
PERIODICAL: Mekhanizatsiya trudoyemkikh i tyazhelykh rabot, 1958, Nr 12,
pp 29 - 35 (MR)
ABSTRACT: The article deals in detail with the calculation of the
operational expenses at lumbering sites, using electric
power ins-bead of oil driven engines. The research leads to
the conclusion that under definite conditions, the electri-
fication of the lumbering industry proves to be economically
more efficient as compared with the utilization of oil-fuel-
led mechanisms. There are 7 tables,.and 1 graph,
Card 1/1

MOLCHADSKIY, M.T., inzh.; LYSETTKO, M.A.
- --, .... ....
Utilization of the condensate of a ougar rA,".nery ~a a lhilf!h preiicure
t% Jk-
thermal electric power plant. Energetik 13 nO.1:16-17 Ja 1,65.
tMIRA 18:3)

137-58-2-4095
Translation frorn: Referativnyy zhurnal, Metallurgiya, 1958, Nr 2, p 262 (USSR)
AUTHORS: Seleznev, A.G.,---L.Y enko, M..D.
TITLE: The Peculiarities of Metal Wear When Temperatures are High
and Sliding Speeds Great (Osobenhosti iznosa metalla pri
povyshennykh temperaturakh i bol'shikh skorostyakh skol'zheniya)
PERIODICAL: Tr. Khar1kovsk. politekhn. in-ta, 1957, Vol 9, pp 93-99
ABSTRACT: Tests were made to ascertain the wear sustained by Ni, ca:st
German silver, and brass L62 at'high sliding speeds
(48-65 m/sec) and at room temperature and higher temperatures
(up to 5000C) - An investigation was made of the effect on wear
of temperature, loading, and duration of dry friction. It was
found that the "wearing in" process in the case of the tested alloys,
both at room temperature and above, terminated after 20-30 sec-
onds of the operation of the friction. As the temperature increased,
the wear exhibited by the German silver decreased. In the case
of Ni and brass L62, wear at'first declined, but by 200-3000
it started to increase again. With the German silver, it began
slowly to increase as soon as t-he loading reached 7.5 kg 1cm2
Card 1/2 in the case of the Ni and brass, as soon as it reached 10 kg/cm2.

137-58-2-4095
The Peculiarities of Metal Wear When Temperatures are High (cont.)
It was observed that the lower the heat conductivity, thermal diffusivity, and
melting point of the metal or alloy were, the greater was its resistance to
wear. The "sweating" of the metal on the dry-friction surface, having the
effect of a lubricant, reduced the coefficient of friction.
T.F.
1, S to a I--- F aai. oil Ifir-0, r attire effectvi
Card 2/2

s-r-
j A111
b
A
1e o1) ,
. 137-58-3-5973
Translation f rom: Referativnyy zhurnal, Metallurgiya, 1958, Nr 3, p 217 (USSR)
AUTHORS: Seleznev, A.G. _Ly_5Vnko.M_D,
TITLE: Surface Damages of Turbine Shafts Caused by Friction Against
Sealing Metal (Povrezhdeniye poverkhnosti vala metallom
uplotneniya pri trenii)
PERIODICAL: Tr. Khar1kovsk. politekhn.in-ta, 1957, Vol 11, pp 39-44
ABSTRACT: For the purposes of selecting suitable material for steam
seals on turbine shafts investigations were performed on 30KhM
steel in order todetermine its tendency to develop a surface
groove when rubbing against a 2 mm wide ring (R) made of Ni,
NZ, or German silver (70 percent Cu, 17 percent Ni, and
13 percent Zn), as well as of brasses L68, L62, LS59-1, and
LMtsN 54-2-Z. The R revolved on a stationary steel specimen
(S) which was pressed against the R by means of a constant
load, The extent of the damage was determined from the
cross-sectional area of the groove in the region of greatest
penetration of the R. The load placed on the S amounted to 2.5

Card 1/2 kg; the duration of exposure to friction was 60 seconds.
Investigations were performed at temperatures ranging from

137-58-3-5973
Surface Damages of Turbine Shafts Caused by Friction Against Sealing Metal
200 to 500'C. It is established that the damage of a steel S with an Rc of V,
caused by friction against R made of brass LS59-1 at a temperature of 300;)
is 2.5 times as great as the damages suffered by an identical S with an Rc of
34. Increasing the circumferential speed of the R reduces the wear of the S.
A graph is shown which describes the effect of temperature on the amount of
wear suffered by a steel S. Maximum wear was produced by a R made of Ni.
The degree of wear produced in a steel S by a ring made of L68 brass
increases continuously with increasing temperatures. Minimum wear at
temperatures in excess of 2000 is achieved by employing LS59-1 brass.
Minimum heating in the process of cutting in the groove on a steel S is
produced by Ni and German silver, while brasses L68 and LMtsN 54-2-2
develop maximum amounts of heat.
N. K.
Card 2/2

LYSEM, H.D., insh.; OSTROVSVIT, Ye.P., inzh.
,
Reasons for formation of iracks in welded connections of steampipes.
Zlek. sta. 29 no.10:5-9 0 158, 1:1 OCLRA 11: 11)
(Steampipes)

LYSENKO, M.D., inzh.; PIKHTOVNIKOVA, L.R., inzh.
Ultrasonic control of welded pipe joints. Energ. stroi. no.1:116-120
159. (MIRA 13:2)
l.Trest "Teploenergomontazh".
(Pipe--Welding)
(Ultrasonic waves--Induntrial applications)

28 (5)
AUTHORS: Lysenko, M, D., Pikhto-mikova, L. R. SOV/32-25--7-17/50
TITLE: M,3t_~xi f-0-_- re-"-ezn!,_ming the Ch8.raoter
of Defects in Welding Seams of Tubes and Cast Pipes for Steam
Conduction (Metodika opredeleniya ul'trazvukom kharaktera
defektov v svarnykh soyedineniyakh trub i litykh detaley
paroprovodo7)
PERIODICAL: Zavodskaya laborator-iya, 1959, Vol 25, Nr 7,, pp 816 - 618
(USSR)
ABSTRACT: A oomparison was made between the oscillograms obtained by the
crack detectoz (CD) during the ultrasonic control of faulty
welding seams of high pressure pipes, and the appearance of
defects metallographically found after cutting the welding
seams. About 100 samples with different faults weie examined.
Ultrasonic control was carried out with (CD) UZD.-7N according
to the method of the TeIIIITMASh (Ref 1) and by means of pris-,
matic feeler gauges (FG) under an angle of 40'. The samples
of steel 20, 12KNA and 12Khh1F were examined at frequencies of
1.8 megacycles. The method of examination consisted in princi-
ple in the fact that ultrasonics either were completely re-
Card 1/2 flected by the faulty point which caused an impulses or it was

Ultrasonic Method for Detemin-Ing the SOV/32-25-7 -17/90
Character of Defects in Velding Seams of Tubes and
Cast Pipes for Steam Conduction
only partly reflected, so that a ray of the gasket was reflected
and two impulses occurred on the screen. Points not welded
through, or enclosed slags caused further impulses. From the
explanations of the obtained oscillographe the fact results
that a "splitting" of impulses into several small inpulses in-
dicates the presence of cracks in the welding seam. The test
method described in the present paper was applied for the con-
trol of welding seams in steam pipes and tubes with walls
18 - 36 mm thick. There are 2 figures and 1 Soviet reference.
ASSOCIATION: Gosudarstvennyy treat "Teploenergomontazh" (State Trust
"Teploenergomontazh")
Card 2/2

s113716 1/too/o 12/113/149
Aoo6/Aiol
AUTHORSz _Lysenko, M.D., Pikhtovnikova, L.R.
TITIE: Ultrasonic control of weld joint quality in pipelines
FERIODICAL: Referativnyy zhurnal. Metallurgiya, no. 12, 1961, 67, abstract
12E416 (V sb. "Energ. str-vo", 1 -(II), Moscow-Leningrad, 1959,
n6 - 12o)
TEXT: Information is given on a wthod of ultrasonic control of high-
pressure pipeline welded butts. The method was proposed by TsNIITMASh and im-
proved by the laboratories of the "Donbassenergo" administration and the "Taplo-
energomontazh!' Trust. It is inteuded for ,pipes with 12-40 mm thick walls. The
metallographical evaluations are in a 85% agreement with ultrasonic flaw detec-
tion. The ultrasonic method makes it possible to reveal the most dangerous de-
fects such as cracks,,and to observe the development of defects during operation.
It is most efficient.
Ye. Terpugov
[Abstracter's note: Complete translation]
Card 1/1

GOFMAN, I.L.; ZOTOVA, K.S.; AUEKSASHINA, L.M.; Prinimall uchastiye: VINNIK,
M,M.; LYSENKO, M.G.; BAKARINOVAI N.M.; NIKITINA, N,A,
Preparation of a tetrasodium pyrophosphate decahydrate food product
based on phosphoric acid obtained by the extraction method. Khim.-
prom. no.9:630-632 S 162. MRA 15:11)
1. Nauchno-issledovatellskiy institut po udobreniyam. i ineekto-
fungisidam imeni Sampylova i Opytnyy zavod Nauchno-issledovatel'skogo
instituta po udobreniyam i insektofungididam imeni Samoylova.
(Phosphoric acid) (Sodium pyrophosphate)

LYSEWIO I M. I. , inzhener-mayor; RYTOV, L.A. , inzhener-kapitan
Utilization of generator tubes at superhigh frequencies.
'Vest. protivovozd.obor. no-4:59-61 Ap 161. (MIRA 14:7)
(Oscillators, Electric)

LYSENKO, 14. 1