SCIENTIFIC ABSTRACT LURYE, L.M. - LURYE, M.I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001030920002-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 13, 2001
• Sequence Number: 2
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

LURIYE, L.M.
Metasomatic zoning of aureoles in the Zambarak deposit. Geol.-
rud.mestoroah. 5 no.1:17-33 Ja-F 163. (MDU 16:3)
1. Institut geologii rudTWkh mestorozhdenty, petrografii,
mineralogil i geokhimii AN SSSR, Moskva.
(Kara-Mazar Mountains-Metasomatism)

LURIYE, L.M.
Drying of a pyrite concentrate in an enlarged laborator7 tube
drier. Sbor. nauch. trud. Gintsvetmeta no.19.-484-492 162.
(MIRA 16:7)
(Pyrites) (Ore dressing)

LURIYE, L.M.
Some phenomena of ore metamorphism in the Zambarak deposit
(eastern Karamazar Mountains, Central Asia). Geol. rud.
mestorozh, 5 no.6:93-95 N-D'63. (M--LPA 17-,51)
1. Institut geologii rudnykh mestorozhdeniy, petrografil,
mincralogli i geokhimij. AN SSISR, Moskva.

LURIYE,-L& Me . . I I. 1. -
"Data on the Characteristics of the 14crpholcZy and Imunology cf an Ey-
perimental Dysentery Infection (Shiga)." Sub 3 May 51, ficad Med Sci USSR.
Dissertations presented for science and engineering degrees in Moscow
during 1951.
SO: Sum. No. 480, 9 May 55.

IISSR/Siology - Microbiology, Vitamins Mar/APr 52
"Significance of Thiamin for the Formation of Ace-
tome by the Smooth and Vane-Shaped Varieties of
Bac. acetoethylicus," N. D. Yerusalimskiy, L. M.
Lurye, Biol Soil Sci Res Inst, Moscow State U imeni
14L V. Lomonosov
"K:Lkrobiol" Vol XXI, No 2, PP 155-150,
The smooth variety of Bac. acetoethylicus (1)
forms more acetone,than the vane-shaped variety (Il).~
I does not require thiamin for the formation of
acetone, while II does. Thiamin plays a specific
role in the formation of acetone, but not that of
UM/Biology - Microbiology, Vitamins Mar/Or 52
(Contd)
alc: Both I and II form alc equally well independ-
ently of the dosage of thiamin. One must ass
that I has a better developed capacity for the in-
dependent synthesis of thiamin than II.
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11TAmliov, V.A.GotaTtsava, 1. Z. M- 11 ~
k4va, L.M.Lur'e, N. A, Kiw~chccv,amd.A- 1-4. ~T'C'rlashcva.
Att.'Watiki I NQ 4 ~"led'-am M's b-
deVtIOW ZCh LA a Inla. 8 CC:;Z"t, SUMCICnt tO allOW !ht
S is -,ni In he
KjtUWtIOfl Of MOre Lban N"' Df 010 , (.4 SO'- J, t
nutrient for tho b1my-mbf- lq of pen-killin. The prowts
=dr It pomible tG Prq-,3rm p~nidufn, ccnt#. labcltd
814), with r. rsdlk6icd-y4-' of 5-a ;;-i, c.1g. (Cf. CA, 48,-

LIVITOVO N.M.; GIRKASOVA, K.L; TOVAROVA, I.I.; BYCHKOVA, N.M.; LURIYE, L.M.;
Munymov, P. S.
Physiological characteristics of various strains of Penicillium
chrysogenum; effect of the composition of the medium and of fer-
mentation conditions on penicillin synthesis by strains Rev Type
24, E[ybrid-31 and B-51-20. Antibiotiki 3 no.2:3-7 Mr-Ap 158.
(KIRA 12:11)
1. Vsesojuznyy nauchno-iesledovatellakly institut antibiotikov.
(PZNICILLIUM. culture,
chrysogenum, eff. of medium composition & fermentation
on penicillin synthesis by various strains (Rue))

LURIYEg L.M.y kand.meditainakikh nauk
Protein metabolism in tuberculosis under experimental conditions.
Azerb. med. zhur. no. 8:19-25 Ag 160. (KIRL 23:8)
1. Iz Respublikanskogo..naiichno-issledovatellskogo *stituta
tuberkuleza (direktor - kand.medktainsklkh nauk A.D. Nurmamedovs
nauchnyy rukovoditell - prof. A.Ye. Ter-Gazarov).
(PROTEIN METABOLISM) (TUBERCULOSIS)

LLVITOV, M.14.; LURIU, L.M,; ZAVIUYSKAYA, G.F.
Role of precursors in the biosynthesis of penicillin. Antibiotiki 6
no.l2slO58-1063 D 161. (MIRA 15:2)
1. Vsesoyuznyy nauchno-issledovatell(3kiy institut, antibiotikov.
(PENICILLIN)

LURIYE, L.M.- ALIKHANYAN, S.I.
Formation of penicillin through uninterrupted fedding of carbohydrates
into fermentation media. Antibiotiki 7 no.1:31-16 Ja 162.
(MIRA 15:2)
1. Vsesoyu .nauchno-isoledavatellskiy inatitut antibiotikov.
M7 ICTI.I.T ) (GARBOHYDRATES)

I. L.URIYE, L.M.; IEVITCV,
Penicillin biosynthesis by highly product-i-ie strairj rjf Penicil.'11am.
chrysogen# on tradia with different carbohydrates. Antibiotiki 9 no.g.,
677-683 Ag 163- (MIFLA, 17; 5)
1. Vaesoyuznyy nauchno-Issledovatel'sklLy institut anzibiottkov.

LURIYE, L.M..;~ILLMt~,-..k.m.
-pes of perjl,~-Jllin by active stre-Ins
Formation of diffdrent ty
of.Peni,ailllum clirjsogenum. Mikrobiologiia 32 no.2-.308-3-15
Mr-Ap 163. MERA li-,g'
1. Vs.esoynnyy nauchno-issledovatellskiy inatitut antibiotikov.

IURIYE, L.S. , kand.tekhu.nauk; TER-SIMONYAN, L.G.
Possibilities of using gamna. rays for disinfecting soils and
controlling clubroot inBrassicaceas. Dak-I.Akad.sel'l-bon. 24
no.6:28-29 159. (MIRA 12:9)
1. Vaesoyu%Wy nauchno-iseledevatellakly institut elaktrifibq, -
toil sel'okogo khozyayetva i nauchno-issledovatellakly institut
nvoshchnogo khozyaystva. Prodstavlena akademikom H.G.Yevreinovyw.
(Brasuicaceae-Diseases and pests) (Gamma rays)
(Soil disinfection)

USSR/Electricity- Trazsmission Systems Jan 51
Power, Apparent
"Apparent Power of Three-Phase Systems," L. S.
Lurlye, Cand Tech Sci, Moscov
"Elektrichestvo" No 1, pp 47-53
Examd apparent power of 3-phase syst, defined
as max active power which may be transmitted
for given voltages and line losses. EstabliskLed
relationship between apparent power of 3-phase
syst and active and reactive powers. Introduces
1811*30_
USSR/Electricity - Transmission Systeme -Jan 51
(Contd)
IL new criterion of asymmetry -- power of as
tr YMMe-
.Y.v which determines directly losses in the
S.YSt caused by asy=etry at receiving end. Sub-
mitted 18 Apr 50.
181T30

S.
USSR/Electricity - Distribution Systems Mar 52
'Tower Factor for an Unbalanced Load on a Three-Phase
Network," Cand Tech Sci L. S. Lur'ye, All-Union Inst
for Electrification of Agriculture
"Elektrichestvo" No 3, PP 52-58
Fimmintis existing methods for detg power factor.
Power factor of an arbitrary load on 3-phase net-
work is defined as ratio of effective to apparent
power of 3-phase system. Demonstrates expediency
of representing power factor as product of unbalance
and phase difference coeffs. Submitted 27 Sep 51.
24~

YUR)(11 > L. S.
Electric En!~ineerim-g
u ~ I L I I - I L, I
Problems in the analysis and calculation of irre-ular of no-..rark
1 1.0
With the utilization of power fro;.,i non-a.nuimetury, Enpr-. 'u-i-al. 77 . 2., 1'J5.3.
9. Monthly List of Russian Accessions, Library of Congress, May -1953. Unclassified.

KITZiKU. A.Y.; KARMA. 1.A., inshenar-, LURIYX L.S. kandidat takhnicheakikh
nauk; RMIXOT, G.R., doteent. kundTVffeZ29--TcIwskikh nauk; KrAzIg-S&O,
Z.I., dotsout,-kandidAt takhmicheakikh nauk.
Remarks on the textbook on theoretical electric engineering for higher
schools. Blektriohestvo, zo.12:70-72 D 133. (MLHA 6:11)
1. Ivanovskiy energetichookly Institut im. Unina (for Metalkin and Xarpova).
2. VaesoyusW nauchno-iseledovatel'skiy institut elektrifikatsil sel'skoge
khoxyvst7a (for Iurlyo). 3. Sradneasiatskiy politakhalchookly institut (for
Rakhtmov). 4. Axerbaydshanskly industrial'W institut im. Azlzbekova (for
Kyaziin-Ude). (Zlectric engineering-Taxtbooks)

AID F - 788
Subject USSR/Electricity
Card 1/1 Pub. 28 - 3/5
Author : Lurlye, L. S.
Title : Determination of power factor of a non-symmetric receiver
constituting part of the load of a three-phase circuit
Periodical : Energ. byul. #2, 15-25, F 1954
Abstract Graphical and analytical determination of power factor
is given for a non-symmetric load circuit connected to
a balanced three-phase line. 6 vector dia$rams, 2
merical examples and 2 Russian references (1948-1951).
Institution : None
Submitted : No date

TAVROVI Y.M., kandidat tekhnicheekikh nauk; PMMXALIN. M.A.. professor;
LTJRIYJK, L.S., kandidat tekhnichookikh nauk.
Remarks on B.A.Teleshev's article "Necessity of making terminology
concerning the measurement of reactive power more precise.*
Xlektrichestvo no.4:77-80 Ap 154. (MMA 7:5)
1, Kookovskly elektrotekhnicheskiy institut ovyuzi (for Lavrov).
2. Moskovskiy energetichaskiy institut im. Holotova (for Perekalin).
3. Vsesoyuzuyy nauchno-iseledovatellakiy inotitut elaktrifikatsii
sel'skogo khozyaystva (for Lurlys). 4. Kookovskly Inzhenerno-ekonomi-
cheskiy institut im. Ordzhonikidze (for [professor] Talashav)
(Electric engineering--Terminology) (Teleshav, B.A.)

~-Vfiil',F-I 4-15.
VORONOV, R.A.. professor, doktor tekhnichookikh nauk; PMMOV, G.Ye., doteent,
doktor tokhaichaskikh mmau ; LURIYE, L.S., kandidat takhnichookikh nauk.
~
Aoarent capacity of an electric circuit. Slaktrichostvo no.4:81 Im '54.
(MM A 7: 5)
(Blectric circuits)

BALITAK, R.Kh., inzhsner; LUR07E, L.S., kandidat tokhnicheakikh nauk.
Terminology of theoretical electric engineering. Ilaktrichastyo no.5:
84-85 M~- v54. KRA 7:6)
1. Zavod im. Kalinina MEP (for Ballyan). 2. Vaesoyuznyy nauchno-iseledo-
vatel9shly institut elektrifikatsil sel'skogo khozysystva (for Lurlye).
(NIectria engineering--Terminology)

GLEBOVIGR,.A.A., kand.takhu.nauk; LURIYE, L.S., kand.tekhn.nauk
Regulating the excitation of generators of rural hydroelectric
power stations. Mekh. i elek. sots. seltkhoz. 16 no.3:39-42 #58.
WRA 11:6)
(Electric generators)

LURIYEP L.6., KHRUSIMUN, V.G.; YELISEYIEV, V.S.; KU7,NETSOV, S.V.
Irradiation plants at the All.-Uni-,n Scientific Research
Institute for the Electrifi(,ation of Agriculture. Atom.
energ. 19 no.2:212-216 Ag 165. (111RA 18:9)

ARKIIIPOV, V.V.; LURIYE, L.S.; IIROKOF'Yh;V, N.S.; KHFULISHCHEV, V,G,
Prospects for the une of radiation 3terilization in 7eterinary
medicine. Veterinariia 42 no.32;82-84 D 165. (IMIRA 19-1)

-W,
ACC NIZI AP6009888 SOURCE CODE! uR/0413/66/000/004/008010081
INVENTOR: Gerasimov.-A. Yo.; Khrushchey, V. V." L!jCyL!., L. Z.; Shtartm, Yu. P.;
Ivanov V. V., ALn..~A
1jqk
ORG: none
TITLE: Device for the display of voltage curves on the screen of a cathode-ray
oscilloscope. Class 42, No. 179019 [announced by the
__EgLo_rLt_aja__SPA (Spetsial'noye Konstruktorskoye byuro AN Estonskoy SSR)j
SOURCE: Izobreteniya, promyshlennyye boraztsy, tovarnyye znaki, no. 4, 1966, 80-81
TOPIC TAGS: oscilloscope, data display, visual signal, display device
ABSTRACT: The Author Certificate introduces a device for displaying voltage curves o
Ian oscilloscope screen. For enhanced speed and occuracy, the electronic switches are
fitted with elements which correct the characteristics of the pickups and the tubes.
A contactless ring distributor of rectangular pulses is included; it is-synchronized
by the voltage of the generator which feeds the pickups. In order to move the cali-
Card 1/2 UDC: 681.14

T. >;)4m -66
CC NR. AP6009888
7
13 Fig. 1. Display device
1 - Electronic switches; 2 pickups;
- oscilloscope; 4 - calibration
3
picku
p; 5 delay unit.
bration pickup is connected to the electronic switch through a controlled delay unit,
(see Fig. 1). Orig.,art. has: 1 figure. (DW)
SUB CODE: 09/ SUBM DATE: 12Aug64/
ard 2/2 A&d

LURIYE, Leonid Zinovl,)~ech; SERGEYEV, I.V., red.; SEDOVA, Z.D., red.
------- ~- ~z-va; ~SHIB~KOVA, MYe., tekhn. red.
(New methods for butting lumber]Novye metody tortsovki piloma-
terialov. Moskva, Goslesbumizdat, 1962. 32 p. (mia 16:3)
(Woodworking machinery)

-LUROYE M. insh.; AMIRDZEANOV, S., inzh.
17~~
Industrial method used in pipe laying for cold storage installations.
Khol.tekh. 37 noo4:42-44 JI-Ag 160. (MIRA 13?11)
1. Orgproyekttekhmontazh Ministerstva stroitellstva RSM (for
Lurlye). 2. Tsesoyuznyy nauch=Pissledovatellskiy institut
zholeznodorozhnogo transporta (for Amirdzhanov);
(Cold storage warehouses)

LURIYE, M.A.
Constructicn Industry- Finance
Imnrove the system of financing constructi(n. Gor. khoz. I-losk.,26,no. 7, 152.
Monthly List of Russian Accessions, Library of Congress, Octobir 1952. UNCLASSIFIED.

LURIYE2 M.A.; VEYKHER9 A.A.; MAKEYEVp V.I. 9 red. isd-va,- IYERIJSALIMSKAYA9
p tekbn. red.
[Quality required by industry in mineral raw materials; a bandbook
for geologists] Trebovaniia proavahlennosti k kachestvu minerallnogo
syrlia; spravochnik dlia geologov. Moskva, Gos. nanchno-tekhn. izd-
vo lit-ry po geol. i okbrane nedr. No.7. [Quartzite, sandstone and
vein quartz] Kvartsitq peschanik i mbilInyi kvarts. Nauobn. red.
A.A.Veikher. 1961, 38 p. (MIRA 14:8)
1. Moscow. VsesoyuzxWy naucbno-issledovatellskiy institut minerallnogo
syr1ya. (mineralogy)

IXRIYZ,'M.A.1 I.INDEKANq G.V.
---------------
Trunk pests of the Daburian larch in Transbaikalia. Izv.Sib.4td.
AN SSSR no.2:13.&-120 161. (MA 14:3)
lo 5-ya Mookovskaya aerofotolesoustroitellnaya ekspedithiya.
(Tranobaikal-ia-Iarch-Miseases and pests)

LUR I YE, 14.A.
*,,-~_-
Bark b'attlen (Ipidae) of Kemerovo and Novoaibirsk Provinces. Izv.
Sib.ntd.Alf SSSR no.4:119-124 159. (HIRk 12110)
1. 5-ya Moskovokaya ae4afotolesoustroitelInaya ekspaditsiya.
(Kenerovo Province--Bark beetles)
(Novosibirsk Province--Bark beetles)

__ .
"Bark and timber beetles infesting elms in Stalingrad Province,
Ent. oboz. 37 no. 2: 294-307 158o (MIRA 11:7)
1. Kafedra entomologil Moskovskogo gosudaretvennogo universitata,
Moskva.
(Stalingrad Province--Borers(Insects))
(Elms--Diseases and pests)

TISHCEMO, I.T.; SHOGARZEZVWATA, Ta.M.; SOFITANED. I.Ta.; KDRSTANTINOTA,
A.A,-.. LURIYJ, K.A,
Ob the problem of the etiology and epidemiology of intestinal
dysfunctiois induced by pathogenic Moberiobia coll. Zhur.
mikrobiol.,.epid.i imman. 30 no-12tI15-117 D-159.
(MM 13:5)
1. Iz KIMskoy worodskoy annitarno-epidemiologicheelcoy stantaii..
(IISCTMR IL COLI rKMTIM in inf. & child)

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LIM' U,_ Mikhail_gqjcoan :i~oyich; TSBNDLER, A.A., profeesor, doktur, rateen;ent;
--- -.1- -.- _ ~ .4
GlEBOV, S.To, profeasor, ratoenzent; FAVZNNR, R.L., redaktor; XLIKIRD.
L.K., redaktor izdatellstva; RRRWY. A.P.. tekhnicheskI7 radektor
[Rafractory materials in nonferrous metallurg7l Ogneupory v tovetnoi
metallurgii, Moskva, Goo. nauchno-tekhn. izd-vo lit-ry po chernoi i
tsvetnoi metallurgii. 1956. 149 p. (MIRA 9:12)
(Refraatory materials)

sov/81-59-9-32088
Translation from: Referativnyy zhurnal. Khimiya, 1959, Nr 9, p 358 (USSR)
AUTHORS: Kukolev, G.V., Kivin, D.I., Zelenskaya, A.T., LRIX~ M.A. Min~~
Ya.M.
TITLE: Magnesite-Dolomite Highly-Refractory Products
PERIODICAL: Sb. nauchn. tr. Vses. n.-I. in-ta ogneuporov, 1958, Nr 2 (49),
pp 277 - 296
ABSTRACT- The manufacture of magnesite-dolomite products from clinkers with
various content of dolomite (D) and magnesite (M) in the raw material
mixture of the clinker has been studied. Satka M and Karagay D served
as raw material; for binding CaO, crystalline quartzite and iron scale
were introduced; for the stabilization of ~ -2CaO - S'02 an addition
of phosphorite ore was introduced. The composition of the magnesite-
dolomite charge was so calculated that a high (- 1) coefficient of
saturation with lime was obtained. Four charges were prepared: I - the
ratio of M to D - 1:1; IF - the same with an increased content of scale,
II and III with the ratio M to D - 1:2 and 2:1, respectively. Dried
Card 1/2 briquets from charges I, IF and II were burnt in the rotating furnace

Magnesite-Dolomite Highly-Refractory Products SOV/81-59-9-32088
at 1,710 - 1,7600C and from charge III in the periodic furnace at 1,600OC; the
burnt briquets were ground and from the powders (the grain composition is cited)
products, were formed and burnt: from charges I, IF and II at 1, 4300C, from charge
III at 1,4600C. A part of the raw bricks were left for hydraulic hardening for ob-
taining bricks without burning. The bricks from all the charges, in spite of the
low burning temperature, have a high density (porosity 8.12 - 14.1%), high mechanical
resistance (6co 1JO050-1 310 kg/cm2) and a high temperature of deformation under
load (the beginn of softening in I, IF and II takes place at 1,670, 1,540, 1,6300C,
respectively, in III at 1,7000C softening did not begin). The oontent of highly-re-
fractory phases was 86 - 88%. After a storing of 75 days, bricks without burning
have also a high deformation temperature (in III there was no deformation at 1,7000C).
The test of magnesite-dolomite bricks carried out in the laying of columns of the
front wall of 30-t open-hearth furnaces has shown that these bricks are a completely
suitable refractory material for them.
V. Zlochevskiy
Card 2/2

SOV/81-59-16-57775
Translation from: Referativnyy zhurnal. Khimiya, 1959, Nr 16, P 300 (USSR)
AUTHOR: Lurtye, M.A.
TITLE: Economic Data on the Production of Magnesium Oxide From the Brine of
Crimean Lakes
PERIODICAL: V sb.: Kompleksn. ispoltzovaniye solyan. resursov Sivasha, i Perekopsk.
ozer. Kiyev, AN UkrSSR, 1958, pp 161-167
ABSTRAGT: The expediency of organizing the industrial production of magnesium oxide
from brine for the manufacture of refractories is considered.
G. Gerashchenko.
Card Vi

15 1- 58 -6 -8/14
'AffTHORS: kolev, G. V., Kivin, D. I., Zelenskaya, A. T., Lurlye K. A.
Kiii,'iy, Ya. M.
TITLE: Water-Ti,-t Magnesite-Doloraite Brick (Vodoustoychivyy magnezito-
dolomitovy4 kirpich~
PERIODICAL: Oigneupory, 1958, Nr 4, pp. 270 - 274 (USSR)
ABSTRACT: The investigations carried (ut by the Institute for Refractory
Products showed that by comlining magnesite and dolomite in the
raw mixture for clinkers it is possible to obtain products of
high quality, which was prived in the papers by G. V. Kukolev
and D. I. Kivin (Refere-,ce 1). In carryinE out the present work
clinkers Nyere produced by means of burning a calculated and
controlled finely ground mixture of dolomite, magnesite, quartzite
and phosphorite. The finely ground mixtures were produced --ccor-
dina to the vet process. In table 1 some results of the labora-
tory investigations are nentioned. In the VNIIO experimental
works several tons of synthetic water-tight magne3it-dolomite
clinkers were produced and of it burned and unburned bricks vrere
Card 1/3 made. Furthermore the production of the masses is described in

Water- Tight Lla'-.iesite-Dolomitc Brick 1711. 58 -"-j114
det-,il. The investi,~;ation of the samples after bur.--;:-.,-- (tables
2 and 3) showed that the bricks of all mas3es showed a high
density and mechanical strenZ;th notwithstanding the relatively
low burning temperature. In testing the magnesite-dolomite as
well as the ustial maonesite bricks in practice the former proved
to be of better quality. Thanks to the hydraulic hardening the
unburned bricks showed after one day of storing a resistan e
to 1)res:iure of 63--83 kg/cM2, after one month 294-340 1,`Vcm~, and
after 3 months 53o-67o kg/CM2, having Eood properties with all
this. Furthermore -a scheme for tle production of magnesite-do-
lomite bricks is recommended and described in detail. The possi-
bili-'I,-y and usefulness of vacuum filtering of the slip is proved
by the work of G. Z. Dolgina (Reference 2). Unburned big magne-
site-dolomite blocks can be produced of burned clinker powders
in the villaLes where they are needed. For the metallurgy in
the South, Siberia and other districts the production of bricks
can be based on the mixture of dolomite and caustic magnesite
with additions. These methods are also to be made use for saying
nagnesite and chromite ores. The production of unburned fire-
Card 2/3 proof magnesite-dolomite products is to be organiszed in the works

Water-Ti,-1-ht Mao-tesite-Dolomite Brick 131- 58.6-8/14
departments for refractory products in the Ural mountains, on
the condition that the ready na-nesite-dolomite powder of the
"MaGnesit" will be supplied. Their production of the same burned
and unburned products is to be organized in the Nikitovka dolo-
mite Kombinat of dolomite and caustic magnesite with additions.
The staff of editors of the periodical remarks on this in refer-
ence 3 that first of all a testing of these products of a great
industrially produced amount of ouch bricks would be necessary.
There are 3 tables and 2 reforence5, 2 of which zre Soviet.
ASSOCIATION: Vsesoyuzn:rj nauchDo-issledovatellskiy institut oi-neuporov
(All-Union Scientific Research Institute for Refractories)
1. Refractory materials--Production 2. Refractory materials--Ana2,ysis
3. Refractory materials--Test results
Card 3/3

WROYA, M.A.
Anlarged session of the Scientific Council In the Ukrainian
Refractories Research Institute on the technology and life
of ladle firebricks. qgneupor7 23 no.12:569-571 158.
f (KIRA 11:12)
1.Ukrainskly nauchno-iseladevatellskiy institut ogneuporov.
(Ukrains-~Research, Industrial)
(Firebrick-Testing)

Lj~~IYE.. M.A.; KAMENETSKIY., Yu.L.
Use of mathematical methods to calculate consumption standards
of refractories for steel casting equipment. Ogneupory 27
no.,9:429-1+32 162. (HEU 15:8)
le Ukrainskiy nauchm-isoledovateltakiy institut opeuporov.
(Steel ingots) (Refactory materials)

,LURIYE, M.A.; KAMFMTSKIY, Yu.L.; V014BENOK, M.Kh.
-... .. ...-
Eoonomic efficiency of ln~roducing new eqzApmbnt in the
manufacture of refractories. Ogneupory 2EYno.10:433 163.
(MIRA 16:11)
1. Ukrainskiy nauchno.-isoledovatellskik institut ogneuporov.

GINDIPy Ye.Z.; LEYKIN, G.A.; L07,IFSKIYV A.M.; -LURlly--M.A.; MASEVICHp
A.G.; SEVERNIAYA, O.A.; SEITTSOVA, Yu.Ye.; SLOVOKHOTOVAq N.P.;
TOLISKAYA,v V.A.; TSITOVICHP V.V.
Brief report of the Astronomical Council of the Academy of
Sciences of the U.S.S.R. on visual and photographic observations
of artifical earth satellites in 1957-1959. Biul* sta. opt,
nabil. JBk., sput. Zem. no. 6:1-33 160. (MIRA 14:2)
(Artificial oatellitea--Tracking)-

LURIYE, M.A.
Comparison of the number of passages of artificial earth satellites
observed at the stations of the Soviet Union. Biul.sta.opt.nab1.--
isk.sput.Zem. no.10:23-27 160. (MIRA 14:11)
1. Astronomicheskiy sovet Ali SSSR.
(krtificial satellites--Tracking)

431017 -
S/026/62/000/012/005/007
D036/Dl14
AUTHOR: Lurlye, M.A. (moscow)
TITLE: Photographic methodsof observing artificial satellites
PERIODICAL: Priroda, no. 12, 1962, 99-103
TEXT: A conference was held.by the Astronomichaskiy Sovet AN SSSR
(Astronomical Council of the AS USSR) in Riga at the end of June i962 to
discuss perfection of photoUraphic methods of observing artificial Earth
satellites, automation of the data processing, and scientific exploitation
of the observation reoult5. Among topics discussed were: the use of high-
precision photographic observations for geodesy-and navigation; the proposed
launching of a geodetic satellite in the USA; the ~Iay 1962 session of COSPAR;
results of observations of the "Transit" satellites; the possibilities for
establishing the exact time from satellite observations.. Synchronous ob-
servations of tho "'Scho-l" satellite made in Nikolayev, Pulkovo, Tashkent
and Khar1kov ahowed that reoCraphical coordinates can be detprmined with an
accuracy of 1 50 m by thin method. The TAyo -M-75 (TAPO-AL-75) camera,
Card 1/2

S/026/62/000/012/1005/C,07
Photographic methods of observing ... D036/Dll4
designed in Rigga.and installed at the satellite observation station at "he
Latviyskiy josudarstvcnny- univrrsitet (Latvian State University), and an Ix
automatic electronic devicc for measuring and processin- the negatives,
were demonstated at the confercace. The caimera photographs the. satellite
by means of a cassette which oscillates alonS the direction of the satellite's
motion, so that the sntellitc- i,-.,-Lr-e is built u-n. The s~,Alellite 'rail is
fixed in the for;.i of separato T)c)irt-- corrosponding to the moments of tine
when the casootto mar-, movin[; in tho r7amo -,Py as the z;abr-llite ira.-c. 71 i t h
this method satollites -.-.-ith a stellar maCnitlidc of 9M. - c9m.5 can be photo-
Craphed. In T,-rtu ;1. trackinE; camera is being Planned.for photographing
artificial Earth satellitos lhriChtor than the 7th stellar rnaf,-nitudc. Reports
C, 17s 'I
ITAFA ~ I
were also deliv,.Ired on experience Eained with the H'AqA 3 /25 0 - / 5)
camera and the Knn(xF--,) moving-film canera, and on further improvenents.
Card 2/2 '

4~41
~An zir. 972-3T 21 VOY
PHOTOGRAPHIC OBSERVATIONS OF ARTIFICIAL EARTH, SATELLITES (USSR)
-Lur'v-e. M. A. Prjro 1963, 107-109. S/026/63'000/004/0051005
da, no. 4,
A conference of Soviet-bloc countries was held in Leningrad late in 1962 to
discuss questions dealing with photographicobservations of satellites. - In
East Germany ob Iservations of bridlit. satellites. are made in Rodewisch,
Eulenberg, and Potsdam with Tessar cameras (1 : 3.5, F = 250 mm). In
Jena a small camera with telescopic lens is used to determine the exact posi-
tion (accuracy: 1-2" in position and 0.00f in time) of satellites up to the
4th stellar magnitude-, - A camera with tracking system is reportedly being de-
velo.ped in Ilmenau to observe faint satellites. Nine observational stations are
op6rating in Polarid.- In Pozran' an automatic camera with Tessar lens (1 : 4.5;
F = 360 mm) with a parallactic mounting has been designed to determine the
position (accuracy: � 0.2~in position; � 0.60EP ~h time) of satellites brighter
Ch a ri the, 3rd stellar magnitude. A Kodak aerial camera using an Aero Ektar
Card 1/2

-AID Yir.. 972-37 21 May
nOTOGRAMC OBSMATIONS (Contd)
lens (1 2.5; P vs mm) is used in Warsaw to determine the position (accu-
racy - 0.0lin position; 0.013 in time) of satellites brighter than stellar mag-
nitude 3.5. In Czechoslovakia aerial cameras employing a louvered shutter
and movable plate are used. Stations in China use Zeiss refractors (F = 150 mm).
Stations in Bulgaria, China, and Rumania u a e MA -3c/2 5 cameras (1 ; 2.5;
F = 250 mm). In Hungary (Baja, Budapest) and East Germany 113 a la t z e n,
Rod ewisch)'synchronous visual observations are made to deterwine changes in
the height of orbital perigee -in a short period of time with an accuracy of
JDM]
Card 2/2

WRIYE, M.A. (Hook;ra)
Photographic -methods for satellite obser7ationse Pzdroda 51
no.l2t99-100 D 162o (Artificial satellites-Tracking) (MMA 3.5tl2)

I.URIYE9 M.A. (Moskva)
Photographic observations of artificial earth satellites*
Pr"a 52 no.4sl(77-109 163. (KM 16W
(Artificial satellites-Tracking)

I(V)- EECA6- M(dlhAEt(

YV
P
IM
-tio-r-L-be --artma
Orva
on- or. .6
h6- ovidt uni&~-~
_4
SOURCE i 1ably4do'n''iya izkud3tvanzW_kb: sput~ikdV Ze'M1ij 110. It 3.957-1962. Moscow,
1962# Byulletent st~ntsiy opticheskago naiblyudeniya iskusstvannykh sputnikov
A Zemli- spetsialtiVy. vypusk, 83-,93
TOPIC TAGS:' -artificial sa~Tte lilte;~,Oq'ra(tollite tracking AT -1 telescope, ITAFA .3s/251
i T-1
t,. 2
camera K11,14 1 -midr6sdapet cone, Ural I computer
F
MSTYUCT: 1hia! work,~ is. ~Ilh er Otiotv the Actron=icheskiy sovet (Astro
e
nomical Counc-A)L.-_ SVEtio'nz' :have been set up at~universitios, teaching institute;j,
and astronomical. o~qO*Ltcriea, and,tha trmCber is being expanded. More than
!OjOOO indiVidualo'have'participated in visual obs~-,rvation of satellites in the
T
last five Yea * 4*: ln~'1962 75 stations in the So
r viet Union operated in the net,-
work. ri thG:Iast 5 150 000 observatiow, hwre been made of 39
7ears COO passages
of about 100 different satellites and rockets. Visual observation is made
I chiefly with AT-1 telescopes. A-21 stations are now equipped with all-wave radio
Card

2~ 77T f, 'H~
-7
-R
A CC= ZON? AT5PO349,
reception, chronomet~rd,' and quartz chron6grapha, When observations must be
made aRainst a background of few stars., coordinates of the satellite are deter-
mined Lrom orientatiol'i ot the telescope. The telescope is equipped with graduated!!
rdinate determination, k number of stations have used camera
circles for such coo
attachments to record the notting, of the telescope during observation of a satel-
lite. Humorous. techniques have been worked out for fixing time of observation
particularly for making the time determination automatic
more precisely, 4 A
n=,ber of automatic devices for observation itself have also been devised. Re-
I ! .
sults of all, Azar7atiow ard telegraphed to the computing center Kosmos for cal- i
L I
culation of ephemerides and all orbital alezwnts. Cooperation is maintained
among all stations and all countries includingr the Smithsonian Institute of the
i U.S.A. Marq Soviet stations have displayed a precision in visual observation
generally within 0,&-.- jhetograp observations are made at a network of sta- j
tions, chiefly with the standard 5 ca. cm, f 25 cm)'
?__Vpe ID 10
e- -3 and UIM-21 microscopes are used for
Quartz clocks ar :.used for, tim rg, and KIII
measuring the -ndgdtims I 4~'-'!Thia network consists of 23 stations.
In 5 years,
4 15 000 phevo&aphia - prmiit-ohave ~,ba6,n obfAlAed, about, 70% of which have been suit-
zaW by, t&ecise zgathi~d 4.' The Kiselov method is chiefJv used for
able for Proce
I determizjation of- p:ointa: (giving an accuracy of + 43 for position and + (0.003-
1 O.&OAseconds for-time). Detitachp Turner., and Iffahlesinger methods of-computation
2/3

ACCFSS MIT'
are also used* Computati6na are generally riade on a Ural-I computerl distortion
-by:
rma ybe determine. progoming, Programs are being set up for automatic mesa-
urenonts- and comp~etation__of equatorial coordinates of satellites. The use of
mov-~ng film has increased precision of location and gathering power (up to 7th
star mgnitude)& Tablqs'_Iiat the satellites and rockets observed and the nmber
of obser-.rationa observations are also being made. Results are
published in the %vull6ten' stantsii opticheakogo nablyudeniya IDZ (Bulletin of
Stations four Optical Observation of Lrtificial Earth Satellites). Many papers
in this bulletin discuss.pariod of reflactivity change, orientatica of rotational
axis of the catellitay.and mthads of photometric observation. Prig. art. has:
4 tables.
ASSOCIATION: , Astronomicheakiy sovat Mi SSSR (Latronomical Council All KSJR

_'0_4/Pe-:5/Pq-4/Pi~'4/Pae-2 TT/GW
ACCESSION MRS AR5005)(M 8 P/0-3131/4-4 /OW/009/OOW/OW8
SMCE- Ref. rA. Issledovaniye kosmicheakago prostrazwtva. Otd. vyp., Abs.
9.62.53
AMORS t Lur I Fe M. A. to Shlwl'nikava a X. L
TITM Estimate of the accuracy of the visAal cbsemtl=s of the 1960 t at- 1
3 a
elLite made by the S881 stations -
CITED BQUM~-B su- otlebw nablradealLy& ialmstv, xputnikov Zemmlit no- 35t
1562 (3-963) 34
A'/
observation e-ccuracyp satellite position, I
Tome Um latinite observation'.
vatellite Vnition. deviation/ Bpsilon mlb 3
TRIAUMATIONt An estimte of the quality of visual dbner~mtions of tha cabin of
the firist syme ably (1960 t3) by Soviet statione in 1961 was carried out re-
lLtive to the deriatiom of the observed positions of the object from thos4t -al-
. - ~ - - ,f- - - - ___ _. - - _. 1_4 , .

/*
~CCT& dn w

Card 2/2

'~Fn-4/P~~,/-ii-,-4/Pq-4/Pas-2/P-P,-4/Pk-4/1PI-4 NAM
ACCESSION URt AT500417i S/3126/63/000/002/0135/0141
AUTHOIRSt Illenko, M. L; Lurlya, M. A.
TITLE: Optical observations of artificial earth satellites in the SSSR
50UROBt Nably-udeniya iskues-tve=qkh sputrLikov Zemli, no. 2, 1963. Warsaw, PAN,
;1963, 135-141
TWIC TAGS: artificial satellitei satellite tradki -AT I telescope, TZK telescope;
ABSTPAM Seventy stations for visual and 24 for photographic observations were
manned in 1965. Observations were made an 71 rockets and satellites. Each of these
objects is listed in a table (with the number of observations made on it). From 1
October 1962 to I October 1963# 52000 observations were made, and more than 500-
photographs were taken at Soviet stations. These were supplemented by about 16000
at foreign stations. The data were used by the Institute of Theoretical AstronopW
for computing orbital elements. Deviation of observed position from mean orbit wao
also computed. Soviet stations participated in the first international program--
INTERMS-of synchxronous visual observation. This program is coordinated by Dr. M.
Ill of ffixngaz7. LT-I tubes were generally used because of greater convenience, but
IAIIZK tubes were also employed. Computations show that the radius vector of a satel-
111ts -I- this satak maq-b~a termined-, with- an accuraZ7 of I k.- Synchronous
Card 1/2

:71, cz4l -,~-
Photographie obser-4ati= were Made at 24 stations, including one each in Polando
East GermwWt Rumania, and Czechoslovakia. These permit cosmic triangulation and
:direct application to geodesy. Pb-otwetrio obseryations, w aiso
ore made at.a number
--jwqdese6 --at
-io.f stations, -AII-Idati ere the.Kosmo6:oenter* The'Astronomioal
f ~-th
Gus -A'0iotoCrPphic observatiorts.
ligh -re6ults0 0 vi I
'Twelve bulletias of "Results of Observing Artificial Earth Satellites" were
;published; aix'Wlietina~of individual stations appeared: and tho fi-z+

A_ ~il_~-
TASSOCIATIONI none
7, -,t 1: y T70 !00
EUCLt 00
YTRRR (A)O
-4a-s-o --appear.ed- in ~-'l 965
SITB SV, DC
:_Oro.

KACINENTO., T,V,: LITIFE, M.A.
i~l -- -'.'.,;'n ". ~ - ~~
ConferGno-a cf the abae-n-irs of arttficial earth V,~gt.Alll
SSSR 35 noo6i94 J-z 165, (141R.4 18t9)

LUR'YE, M.A. [deceas d)
Groups of fir trunk pests in the southern taiga subzone
of the European part of the U.S.S.R. Zool.zhur. 44
no.10:1473-1484 165. (IRRA 18:11)
1. Mbskovskiy lesotekhnicheskiy institut.

[deceased]
Some 1ittle-known stem pests of the Norway spruce, Zool.zhur.
44 no.11:1726-1727 165. (KRA 18:12)
1. Moskovskiy lesotekhnicheskiy institut.

I;URIYS, M.G., inzh.; TSIPERMAN, L.A., inzh.
- - WAUMNOM
Concerning 1F.S.Dremiatskil and T.Y.Narpor.'s "Handbook for
electrical engineers of dwellings and public buildings.R
Svetotekhnika 6 no.8:28-29 Ag 160,, (MIRA 13:11)
(Electric lighting--Tables, calculations, eta.)
(Dremiatskii, N.S.)
(Tarpov., V.V.).

LURIYE, HOG-, Inzhe -
Servicing of lighting fixtures in shops of commercial enterprises.
Svetotakhaika 6 noell:l~-7 N 160* (KU 13.. 11)
1. GosudAretyannyy proyektW in" titut "Tyazhpromelektroproyakt.8
(Electric lighting)

I -
i
ALIZADE, F.M.; LURIYE, MoLt professor, nauchnyy rixkovoditell.
Cases of people contracting rabies following rat-bites and saliva coatami-
nation by herbivorous animals; author's abstract. Zhur.miL-robiol.epid.i
immun. no.2:65 7 153. (MMA 6:5 )
1. Bakinskiy institut apidemiologii i mikrobiologii Ministerstva zdravo-
okhraneniya SSSR. (Hydrophobia)

LURIYE, M.I.
Simplified method for detecting enteric bacteria. Lab.delo no.4:
30-31 JY-Ag '55. (KT.RA 8:8)
1. Is infektsionnogo otdela (zav. N. Ta. Sofiyanko) laboratorii
(zav. P.A. D'Tachanko) gorodskoy manitarno-apidemialogichaskoy
stantaii. (gl&VW vrach F. I. Tuvshenko, Kiyev)
(BACTERIA,
enteric, deter., simplified technic)
(GASTROIBMTIM SYSTEN. bacteriology,
enteric bact., determ. simplified technic)

~Zulnk metbre fr?r 14ontifying intestinal bacteria. !Ab.'Ielo
fxy-.Te
i. Iz laboratnrit (Zqv. P.A*Dlyachenko) Kiyevskoy porodsk"y
sani t a rno-o-,13- ientologichookoy stentsit

%\,, LURIYII, M.I.
--,:-
-Diagnosis of Neveastles bacillus. lab.delo, 5 no.6:40 N-D 159.
(MIRA 13:3)
(SHIGELLA PARADTSENERIAN)

LURIYEP M.I.; DADASHEVA, L.E.
Effect of the conditions of cultIvation on tho variability of
typhoid fever bacteria. Izv. AIN Azerb. SSR. Ser. biol. i med. nauk
no.5:139-145 160. (NIA 14:9)
(F,BF,RT'IELLA TYPHOSA)

MEWHIDOV, B.F., doktor zed. nauk, prof.; LURIYE, V.I., prof.
[Bacterial dysentery; materials from the Azerbaijan
S.S.R.] Bakteriallnaia dizenteriia; po materialm
Azerbaidzhanskoi SSR. Bakup Azerbaidzhanskoe gos. izd-
vo, 1964. 257 p. (MIRA 17:12)

L~PE, 1-1. 1. Cfnd Tech Sci -- (diss) "Study of the dynamics and econonrj
4t\. ~ r -
of 11~ oceleratii% automobiles by the method of stand tests." Uos, 1958.
13 pp (Min of Hi&ter EducAion USSR. Mos Motor Vehicle p.Lnd Road Inst),
150 copies (KL, 36-58, 112)
-33-

AUTHOR: Lurlye, M.I. 113-58-6-11/16
TITLE: The Determination of the Coefficient of Rotatory Masses of the
Automobile by the Method of Test Stand Trials kopredeleniye
koeffitsiyenta uchbta vrashchayushchikhsya mass avtomobilya
metodom stendovykh ispytaniy)
PERIODICAL: Avtomobillnaya promyshlennost', 1958, Nr 6, pp 32-34 (USSR)
ABSTRACTt In the analysis of the construction of a newly built car, as
in the capacity rating, it is necessary to know the inertia
moments of rotatory masses of the engine Jm and of the wheels
Jk , whereby the determination of the coefficient for rotatory
masses S can be found and which strongly influences the in-
tensity and fuel economy of the acceleration of the car, Until
now these masses were calculated approximately by a formula
proposed by Academician Ye.A. Chudakov',
2
1.03 + 0.051k
where ik is the transmission ratio of the gear box. This
formula, being purely empirical, does not allow for the
features of construction and cannot be used for modern cars.
Card 1/2 The author proposes a method 17or the c~,lculation of the rotatory

113-58-6-11/16
The Determination of the Coefficient of Rotatory 114asses of the Automobile by
the Method of Test Stand Trials
masses. The method is described in detail.
There are 2 tables, 2 figures and 1 Soviet reference.
ASSOCIATION: Moskovskiy avtodorozhnyy institut (The Moscow Auto-Road In-
stitute)
Card 2/2 1. Autcmobile industry--USSR 2. Rotation-Masses--Determ:Lnatio-Ti

AUtHORt Lurlye, M.I. SOV-113-58-8-7/21
TITLE: Obtaining Acceleration Characteristics of an Engine by Mleans
of Stand Tests of the Car (Polucheniye razgonnoy kharakter-
istiki dvigatelya putem stendovykh ispytaniy avtomobilya),
PERIODICAL: Avtomobillnaya promyshlennost', 1958, Dr 8, pp 22-25 (USSR)
ABSTRACT: The author gives a theoretical description of the method for
determining the acceleration characteristics of the oar-en-
gine by means of stand tests. This method is based on the
works of the following researchers: B.S. Fallkevich, D.A.,
Rubets, V.M. Arkhangellskiy, etc. During the stand tests5
an electrodynamometer designed by M.I. Briskin and L.I. Kra-
sillshchik, as well as a device,designed by V.A. Ulasevich,
for tracing the fuel consumption before the float chamber
were utilized. The cars utilized for these stand tests were
the small displacement passenger cars of the "Yoskvich-402"
and "Volkswagen" types. These two car-types had al,-,eady been
Card 112 compared during road tests. It has been stated that, for the

SOV-113-58-8-7/21
Obtaining Acceleration Characteristics of an Engine by Years of Stand Tests
of the Car
same specific power, the acceleration characteristic and the
fuel efficiency of the "Volkswagen" type were higher than
those of the "Moskvich-402" type. For improving the acce-
leration characteristic of the "Moskvich-40211 engine, its
standard carburetor of the "K-44" type was rebuilt according
to details given in the article. There are 3 graphs, 1 sche-
matic diagram and 1 table.
ASSOCIATIONt The Moskovskiy avtodorozhnyy institut (Moscow Highway In-
stitute)
1. Automobile industry--USSR 2. Engines--Test methods
3. Engines--Performance 4. Dynamoitieters--Applications
Card 2/2

SOV/110-158-9-11/20
AUTHORS: Lozanovskiy~ A.L. and LurlyeoM.I. (En'gineers)
TITLE. Calculation of the Curre`ntn~e~ir-.Uits of
Transitional Reactors (of transformer tap-changers) for
A.C. Rectifier Locomotives (K raschetu toka v tsepi
perekhodnogo drosselya vypryamitellnylch elektrovozov
peremennogo toka)
PERIODICAL: Vestnik rllektropromyshlennosti,1958,Nr 9;pp 47-50(USSR)
ABSTRACT: In alternating-current locomotives type NO, the voltage
is controlled by altering the connections of the trans-
former secondary winding, as shown in Fig 1. During
transition from one position to another the appropriate
terminals are connected across reactors, which serve to
limit the current during the transition. It was found
on test that when the reactors are connected, current
surges occur that damage the switchgear and transformer
windings. It was, therefore, necessary to calculate the
current in the circuit consisting of the reactor and the
transformer winding. The transitional reactor consists
of two coils on a common laminated core with an air-gap;
Card 1/3 the magnetization characteristic is given in Fig 2. A
formula is derived for the current/flux relationship.

SOV/110-58-9-11/20
Calculation of the Current in the Circuits of Transitional Reactors
(of Transformer Tap-changers) for a.c. Rectifier Locomotives
The basic equation required in the calculations is first
derived and a method of solution by successive approxi-
mations is given. The conditions under which current
surges are likely to be greatest are given; this
simplifies the calculations. Formulae are written
for evaluating the error in the determination of surge
current. It is concluded that the proposed method of
calculating the surge current gives the magnitude and
wave-shape of the current when the transitional reactor
is switchedg allowance being made for saturation and
active resistance. The procedure can be applied to the
design of any alternating-current magnetic system under
Card 2/3

SOV/110-58-9-11/20
Calculations of the Current in the Circuits of Transitional Reactors
(of Transformer Tap-changers) for a.c. Rectifier Locomotives
transient conditions, subject to minor limitations. A
numerical calculation of a.particular case is then
given; the calculated and experimental values are
compared in Table 2, with good agreement.
There are 2 tables, 2 figures 3 Soviet references.
SUBMITTED: September 30, 1957,
.1
1. Saturable reactors--Electricla properties 2. Transformers
--Eq4pment 3. Electric current--Mathematical analysis
4. Transfer switches--Circuits
Card 3/3

12(2) SOV/113-59-4-9/19
AUTHOR- Lurlye, M.I.
TITLE: A More Precise Method of Calculating Dynamics and Fuel Econo-
my During the Acceleration of an Automobile
PERIODICAL: Avtomobillnaya promyshlennost', 1959, Nr 4, pp 21-24 (USOR)
ABSTUCT: The author suggests a more precise calculation method for the
dynamics and the fuel economy factors of an automobile during
acceleration. This method provides a greater accuracy in de-
terming the acceleration parameters of an automobile, among
them the Anstantaneous power balance under consideration of
th peculiarities -' the enrine operation during acceleration.
The method' may be used for projecting when the engine accele-
ration characteristic is given, and particularly during the
tests of an exDerinental automobile. Usually, 'the engine
speed characteristic is used for the dynamic calculation.
This characteristic is obtained during engine operation under
stead- state conditions. Hoaever, the enl-line power is not
only a function of the revolutions but .1 so of the angular
Card 1/3 speed of the crankshaft. In the majority of cajcs, the en,-ine

SOV/11 3- 59-4 -9,/1 "1
!r j
A Mlore Precise ?.'ethod of Calculatinr, Dynamics and Fuel 7~'conomy )urin[- 'he
Acceleration of an Automobile
worho less efficiently durin.- acceleration than under stet3dy
state conditions. This causes increased fuel consumDtion and
reduced power during acceleration. The conventional dynamic
calculations do not take this factor into consideration. Con-
sequently, the error in determini:ig 6the acceleration path of
an automobile may attain a magnitude of 15-20%o, especially
during acceleration in low gear. The conventional dynamic
calculation method should be used only for preliminary eva-
luation when planning the design of a new automobile. The
author states that problems concerning fuel economy calculat-
ion during the acceleration of an automobile and calculations
of the instantaneous power balance have not yet been fully
solved. The instantaneous power balance and the fuel econo-
my during the acceleration may be determined by more accurate
calculations based on initial data of the engine acceleration
characteristic obtained durine test stand experiments. For
the acceleration of an automobile on an even road, the author
Card 2/3 presents the followinC equation of the instantaneous power

SOV/113-50-4-9/19
A More, Precise 'Jethod of Calculating Dynamicr, and Fuel Economy During the
Acceleration of an Automobile.
balance;
X a /V- + NoanA + A/ K, + AIr + N-f
~8 5~A W do-
where ly;,D-actual engine power during acceleration; #54t_
power spent for the acceleration of the rotating masses of the
engine; 110cr1_0 - power losses in the transmission; IYYK - power
spent for the acceleration of the rotating masses of the
,.Yheelsi;//,c, - power spent for overcoming rolling and air re-
sistance; Xia- - power spent fo- the acceleration of the for-
ward. moving mas:3es of the automobile. There are 4 graphs and
2 Soviet references.
ASSOCIATION: NAT,,II
Card 3/3

12(2) SOV/113-59-7-8/19
AUTHOR: Candidate of Technical Sciences
TITLE: The Selection of Transmission Gear Ratios for Auto-
mobiles With Low Engine Displacement
PERIODICAL: Avtomobillnaya promyshlennost', 1959, Nr 7, pp 22-26
(USSR)
ABSTRACT: At NAMI, a method was developed for determining the
transmission gear ratio of automobiles with low en-
gine displacements. The inertia of-rotating masses,
pick-up speed for passing trucks and the grip of the
driven wheels were considered. In "The Theo of
the Automobile" by G.V. Zimilev /Reference 15 the
influence of the inertia o2 the i~otating masZes was
not considered. In N.K. Kulikov's paper /-Reference
2 7 the influence of the rotating masses 7vas con-
Card 1/3 slidered, but the influence of this parameter on the

SOV/113-59-7-8/19
The Selection of Transmission Gear Ratios for Automobiles With Low
Engine Displacement
dynamics of an automobile was neglected. The author
uses the NAMI method for a comparative analysis of
the transmission gear ratios of the "Moskvich-40211,
"Moskvich-407" and the German "Volkswagen". The
author states that the "Moskvich-402" has a too high
moment of the inertia of rotating masses J m compared
to the German "Volkswagen". He presents the follow-
ing conclusions 1) Automobiles with low engine dis-
placement should have four-speed transmissions.
2~ The fourth speed should be.preferably direct.
3 The gear ratio of the final drive should be selected
in such a manner that the rpm number corresponding to
maximum power is not exceeded by more than 5% at ma-
ximum speed. 4) The gear ratio of the first speed
Card 2/3 should provide a moment to the speed which is about

SOV/113-59-7-8/19
The Selection of Transmission Gear Ratios for Automobiles With Low
Engine Displacement
25% of-the maximum, i.e. it should exceed by appro-
ximately 4 times the gear ratio of the fourth speed.
5) The gear ratio of the third speed should provide
an intensive moment up to a speed of 80 km/h, which
is used for safe passing of trucks. 7) For a four-
stroke engine, the value of the inertia moment of
the rotating masses should be selected in such a way
that it would amount to about 0.006 of the maximum
torque developed by one engine cylinder.
ASSOCIATION: NAMI
Card 3/3

LURIYR. 14.1., kw4.tekbn.nauk; ALRSHIN, T-V.; SYTIN, K.Yu.
Device for recording Instantaneous fuel consumption. Avt.
prom. no.1:35-36 Ja 160. (MIRA 13:5)
1. Gasudaretvannyy soyuzrqy ordens. Trudavogo Krasnogo Znameni
nauchno-iseledovatellskiy avtomobillrqy i avtomotornyy institut.
(Automobiles--Fuel consumption--14sasurenent)

LURITE, M., kand.tekhn.nauk; TOMILIN, N.M.
Using the method of chalk prints for determining the rolling
radius of an automobile wheel* Avtoprome no-3:37 Mr 16o.
(MIRA 13:6)
1. Gosudarstvenny7 soyuznyy ordens, Trudovogo Krasnogo Znameni
nauchno-iseledovateliskiy avtomobillnyy institut.
(Automobiles-Wheels)

KUROCHKA, Aleksandr Leontlyevich, kand.tekhn.nauk, nauchnyy sotrudnik;
YRITE, Marat Iosifovich, nauchnyy sotrudnik
Calculating trasient processes of electric locomotive circaits on
digitalIcomputers* Izvovve.ucheb.zav.; elektromekh- 3 uo.2:
38-51 60. (MIPA 13:7)
1. Novocherkasski7 nauchno-issledovateltsk~r institut
elektrovozostroyeniya.
(Electronic digital computers)