SCIENTIFIC ABSTRACT LEVTSOV, N. P. - LEVYKIN, N. N.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000929710014-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: July 31, 2000
• Sequence Number: 14
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

MORDTIMAV, 1P.A.. podpolkovnik meditainskoy aluzhbv: IXYTSOV. H.P., mayor
administrativnoy sluzhby; DYMOV, A.G., starshfv laytenant maditsin-
skoy slushby
Using an aerosol generator operated by compressed air for disinsectiza-
tion on ships. Voen.-med.zhur. no-7:73-74 Jl 056. (MLRA 9:11)
(VRAING AND DUSTING IqUL9MNT)
(SHIPS-DISIVACTION)

IEVTSOVA, M.
cing apparatus@
Washing the stomachs of poultry in a feather plual (MIRA 14:7)
Hiao. ind. SSSR 32 no.3:49 161.
1, Primorskiy myasotresto
(Ussuryiyok-Pouitry)
JI,

IaVTSOV'Al
we fw end d Itt
of pwatil. 41 0.
Kuill"hev state Univ.. Twask). D;kldl~'
X .82 , IHI~-510952).-Intywuction 14 2-6 x. CuSO,
Iler ks, ofwil causes Improyrd prolgill %Y11th"k in wheat
Itlanis, i"Imasilhe WaIrr lvxlmr, and val-4% drought-
r"i,ff*n, tants, MArtkularly Cis nhis wittel frieff-
fu4s. alol the amt. of tw4luff water In the Iflayro Is IIIVICAWAI.
G. hl. Koooluffon

KIREYEVA K.I.; KRASTINA, N.N.; SERGOVA, M.I.- LEVTSOVA, V.T.; MAL'TSEVA, T.Ye.
Epidemiology of whooping cough in Vladivostok and t~- results of
observations on the effect of whooping cough and diphtheria vaccine.
Trudy VjadIEMG no.2.-158-162 162. (MIRA 180)
1. Iz Vladivostokskogo nauchno-issledovatellskogo instituta
epidemiologii., mikrobiologii i giglyeny, Vladivostokskoy detskoy
bollnitsy No.1 i No.2 I. T~chookeanskoy basseynovoy sanitarno-
epidemiologicheskoy stantsil.

.LLVUSHKIN, A.I.
Development and cbaracter of the consumption of gas in Ibscow.
Gaz.prom. 6 no.8:19-22 161. (MIRA -14:10)
(Mosevo-Gas distribution)

LEVUSHKIN, A.I.
Utilizing the accumulating capacity of the end sections of
distant gas pipelines and Moscow gasholder farms. Gaz. prom.
7 no.11:37-38 N 162. (MW 17:9)

ACC NRi AP6021385 (A) SOURCE CODE: UR~0101/66/000/002/0020/0021
AUTHOR: Yamshchikov. V. S. (Candidate of technical sciences); Levushkin, L. N.(Engi-
neer); Bondarenko, V. G. (Engineer); Sviridov, V. M. (Engineer
ORG: Moscow Institute of Radioelectronics and Minin Electromechanics (Moskovskiy
instit=-Mdto-dTMMYMMd-rg-or-n-oy-e-rekii;iiekh-aniki); Podollsk Cement Plant (Podoll-
skiy tsementnyy zavod)
TITLX: The use of ultrasonic waves in the Q~ality control of carbonate rocks
SOURCE: Tsement, no. 2, 1966, 20-21 1~
TOPIC TAGS: cement,
sonic wave propagation
carbonate, quality control, ultra-
ABSTRACT: The feasibility of applying ultrasonic wave propagation for quality control
of carbonate rocks to be used in the cement industry was investigated. A correlation
between the mineral composition of the carbonate rocks and the rate of ultrasonic
wave propagation was established. Maximum wave propagation of 2500 m/sec corresponds
to dolomite-free rocks. For rocks containing from 0 to 16-20% dolomite, the ultra-
sonic wave propagation is 2500-2000 m/sec. The accuracy of the determination of the
carbonate rock composition by the ultrasonic wave propagation technique is *2%. Be-
UDC: 666.94.022 : 620.179.16

L 44364-66
ACC NRs AP6021385 0
cause of the high degree of accuracy and simplicity, the ultrasonic wave propagation
method is recommended for use by the cement industry. Orig. art. has: 1 table.
SUB CODE: 06AOM/ SUBM DATE: none/ ORIG MF- 003
Card 2/2 hs

BIRSHTEYN, Ta.A.j
Ocrurrence of -li~a~fa~(Crurtlacta, Zlyntmrlda) In Cetiltril
k-la. 7r,,ol. zhur. 43 no.1.217-27 ~64' (MIP-A 1-1-~7)
1. Chtilr of Trivertlbrate Zoology, Moscww 17tats Uni-7ertsliy.

BIRSHTEYN, Ya.A.; LEVUSHKIN.--S..I
Biospelsological studies in western Transcaucasia in the autumn
of 1959. Inform.abor.Mezhd.kom.po izueh.gool.geogr, kar, no.l:
17/,-177 160. (KLRA 15:4)
1. Moskovskiy universitet i Laboratorlya gidrogeologicheskikh
problem AN SSSR.
(Tranacauoasi*--Cave fauna)

LEVU6,&IN, S.I.
Preliminary data on cave fauna in the Dniester Valley. Inform,
sbor.Mezhd.kom.po izuch.geol.geogr. kar. no.1:178-184 160.
(MIRA 15:4)
1. Laboratoriya gidrogeologicheskikh problem AN SSSR.
(Dniester Valley-CAYe fauna)

LEVUSHKIN S. TIYAKOV, Ye.V.
Sumer studies of the karat group of the Laboratory of Hydrogeologic
Problems of the Caucasus in 1960. Nov.kar.i spel. no.2197 161.
(MIRA 1599)
(Caucasus.-Karst)

LEVUSHKIN, S.I.
a in Asia. Nov.kar.i
Review of present-daY data on the cave faun (KRA 15:9)
spel. no.2:109-112 161. (Asia--Cave fauna)
AI
M64,;
MM

TAVUMMNO S.I. -
Bjul.WIP.OtA.biol.
fame, in the Dniester VallsY-
Cave mr-jo " 62.
no.3s29-37 (Dniester V&Uey--qa" falma)
67
(KIFLL 1534)

LEVUSHKINO S.I.
Trechini from the eaves of weetern Transcaucasia. Zoal. zhur.
42 no.3t451-454 163. (MIRA 17: 1.)
1. Biologicom-Pedological Faculty, the State University of
Moscov.

LF,VUSHKIN, S.I.
1 ntudies in western TranscauCaSia carried out in the
Biospeleologica
Summer of 1960. Nov.kar.i. spel. no.3:66-68 163. (MIRA 16slO)

LEVUSHKINt S.I.; STAROBOGATOV, Ya-I-
Biospeologica sovietica. Part 18% Cavernicolous harvestmen in the
Crimea and the Caucasus. Biul. MOIP. Otd. biol. 68 no.1:42,51
Ja-F 163. OURA 17s4)

BIRSHTEYN, Ya.A.; LEIIUSIfYIN, S.I.
nella nal-Ans Vejd. (C .1
A new subspecies Bat-by. 'rtstacea, Bathynellacea)
from underground waters of Clarmucasia. Zool. zhur. 43 no.ID1719-
1722 164. (MIRA 18:11)
1. Kafedra zoologii bespo-moncelmykh Moskovskogo go;5vdarstvermogo
univeraiteta.

IZVSHKIN, S - I -
: ties of the genus Pseudaphae-
Distribution of troglobiontic, bee ion of the Crimearl
nops Winkler and zoogeographical regionalizat
cave fauna. Zool.zhur. 44 no.11:1728-1731 165. (KRA 18:12)
1. Kafedra zoologii, bespozvonochnYkh Mskovskogo gosudarstven-
nogo universiteta.

~rl*i K. N
S~,e oj~ogjc v, iovie#.-icat XXV* Troglolestes iokc-lovi geno
0 -st troglobiont sluZ. Rjul. W11. Otd.
r r.. . the fiz (~ITRA
'biol. ?0 no.305-46 Py-Je 165.

BAIRSHTEYN, Ya,k.; L-EVUSHKIN, So TO
Subterramean (Oru.-3tazea 7-sopoda) fr. --ilf- U-3.S.P.
.1 k, y
Zcjca. zhur. ", 165. lum-A
1. Kafedra zcolog-l-t Moskovskcgo
univeroitota.

LEVUSHKINJ SOL
A new species of the troglobiontic Caucasian genus Jeannelius
(Coleoptera, Trechini) from the Anakopian Cave near Novyy
Afon. Zool.zhure 44 no. 8:1262-1265 165. (MM 18:11)
1, Kafedra zoologii beapozvonoohnVkh Moskovskogo goeudarstvennogo
universiteta.

LWMHKIN, V.I.
Daming the Dnieper River at the site of the Kakhovka Hydroelec-
tric Power Station. Kekh.trud.rab. 9 no.12:40-42 D '55.(KLRA 9:5)
1. Ispoinyayushchty obyazannouti glavnogo inzhenera Dneprostroya.
(Kakhovka Hydroelectric Power Station)

LEVUSHKIN., V.1.1 BABICH, B.I.
preparing and assemblin large precast reinforced-concrete dalivery
conduits. Gidr.atroi. 31 noo5s20-28 Yor 161. (XLU 14:6)
1. Glavnyy inzhener Dneprostroya (for Levushkin).
(Pipe, Concrete)

LEVUSHKIN3, V.I.
The Dneprodzerzhinsk hydroeledtric development in the chain
of hydroelectric stations on the Dnieper River. Gidr. stroi.
31 noi9:27-32-S 161. (MIRA 14:12)
1. Glavnyy inzhener Dneprostroya.
(Dneprodzerzhinsk Hydroelectric Power Stations)

LEVUSHKIN, V.I., inzh.
Precast reinforced concrete in construction of the Dneprodzerzhinsk
Hydroelectric Power Station and the Dnieper - Krivoy Rog Canal,
Energ. stroi. no.20:23-29 161. OURL 1-:1)
1. Dneprostroy.
(Dneprodzerzhinsk Hydroelectric Power Station--Precast concrete
conctruction)
(Dnieper--Krivoy Rog Canal--Precast concrete construction)

LEVUSHM V. I.
Cofferdamming the channel of the Dnieper in line with the
Aheprodwrzhinak Hydroelectric Power Station. Qidr.stroi.
33 to.10&6-U 0 162. (MIRA 15:12)
(Dnieper River--Cofferdams)

LLTMHKIN. V.I., inzh.
Initial cofferda-ing of the Dnieper River in conditions of an
easily vashed-out bed. Gidr.stroi, 33 no.4314-17 A 63.
MIRA
1484)
(Dnieper River-Cofferdams)

BATURINA, Ye.A., red.; MUZAFAROV, V.G., red.; SLYABNEV, A.P., red.;
red.
(Ways to improve_professional training in geography of the
students of"the natural history and geography department
of pedagogi--al institutes) Puti uluchsheniia professional'-
noi poOgotovki po geografii studentov estestvenno- geogra-
ficheskogo fak~llteta pedagogicheskikh institutov; trudy.
Novosibirsk, Novosibirskil goo. pedagog. in-t, 1960. 104 p.
WIRA 16. 11)
1. Zonallnoye soveshchaniye predstaviteley kafedr geografii
pedagogicheskikh institutov Sibiri. Ist. 2. Novosibirskiy
podagoglaheakly institut (for Baturina, Muzafarovo
Levushkind).
(Geography--Study and teaching)

14IKHAYLOV, A.K., vrach; LEVUSIIKINA, A.F., felldsher
First aid for the mentally ill. Fel(d. i akush. 26 no.9:29-37
S 161. (MM 14:20)
(MENTALLY ILL-CAIM A-,-ID TIMATMIT)

MIKHAILOV., A.K.j LEVUSHKINA A felldsher (Moskva)
2~~~
Characteristics of care for patients suffering from seizures.
Felld. i akush. 26 no.1002-54 0 161. (MIRA 14: 11)
(EPILEPTICS--CARE AND TREATMT)
4

BORISOVA, V.D. Prinimali uchastiye: BATURIKA, Ye.A.; PESHKOVA, F.G.;
AWWOV, To P.; LMSMU, V.Ye.- PSTROVA, KJO; SABLIM, O.F.;
SLUnW, A:P.--TIMOVSKATA, lh.A.; CHIZHIKOVA, N.M. OPAKOVSrATA,
L.I., red*; POTOTSKATA, N.M*, takha.red,
(Districts of Novosibirsk Province; pbysicogeographical features]
Ralony Navosibirskoi oblasti; prirodno-ekonomicheeksia kharakteriatikas
Novosibirsk, Novosibirskoe knizhnoe izd-vo, 1959. 367 P.
(MIRA 13:9)
(Novosibirsk Province-Economic geograpby)

LEWSHKINA V.Ye.- TEV3MOVSKAYA, Kh.A.
Studying the relief and dimate of one t own province in the seventh
grade. Geog. v shkole 23 no-5:54-59 s - o 16o.
(MIRA 13:9)
(Novosibirsk P~ravince-Physical geography-Study and teaching)

LEW, Azriel
On modele of set theory with urelements. Bul A-c Pol mat 8 no.7:
463-465 160.
1. Department of Mathematics, University of California., Berkley, USA.
Prewated by A. Mostowski.
(Axiom)

LUGOSI, Lj_~Wjj_
Cmparative, study of BCG strains from Paris and Badkvest.
Acti microbiol. acad. sci. Hung. 11 no-4091-397 164-165.
1. Institut d'Hygie .ne Publique (Directeur General: T. Bakaes).,
Budapest et Centre International de VEnfance (Directerur
Generalt It. Berthet), Paris.

OEM
LE -BER, Estera; Laboratory of Chemical Pharmacology
,. M.Jeanne and MICHEL
(Heaa Pr-o-f-I-eanne LEVY) Medical Faculty, Paris 6, France.
"Mode of Action of Tremorine (1-4-dipyrrolidino-2-buLyne) on the Autonomic
Nervous System."
Prague, Activitas Nervosa Superior, Vol 5, No 3, July 63; pp 280-286.
Abstract [Fr,ench articlel-Study in vitro: an rat duodenum (alone, with
acetylcholine, epinephrine, eserine, eserine + nicotine;) and guinea pig
atrium (alone, epinephrine, nicotine, eserine, eserine + pentamethonium.)
Effect differed: antinicotinic, nicotinic, delayed muscarinic (due to
oxotremorine?). Six kymograms, 9 Western references.
13

The offect of quinidine in controlling angina-prodisposition. arv.
hetil. 92 no.13:415-416 31 Mar 19-51. (CM 24:2)
1. Doctor.

Wim
10
bilicon and silicon-load brogs. L. L-6"Y' hilrbltw
Praim-Mitita 1953. NO. 7-,276-.-VrrirvTl1e'4 ot ImIs4t,
coittg. 2.5-4,6170 81 or 2.5-1.5~,'v Si and 111; tire entil.
pared Ivith those of firviltv's vatag. .411 ~?' 111) .3. attil Zoo .1%.
'
III gencral, castilig tclultit. (If the-c bra-es tire lower th
311
of bronzes; cavabillty of the (ormer itimmits lot 141-1,11 ~i~
compared with 40 for bronzes, whiie their re-pective holme-t
strength Is 12 and 2-3 kg./m./ml. ctji,.' te*ji. The u(wff.
of friction or si-111) brim 1.4 at leant equal to that (if lorim7o;,
and their respective shrinkage ivits 1.0 und 0.8%.
tensile strength of bromes wits 22 P L sq. min. ;,,III
elongation was 17-20%; that of ljntsF~_s mas 39-15 kg.l,q.
min. and 2.1-300/0. The vastability of bras.,i inervaSLA
from 3.50 to 775 in the temp. range of 0.50-11W'. that ef
bronzes 300-4-W at I(W-Ifffl'. An hicrease of -I aloovv
13% hardens but crubrittivi Ille itictal, while 111) above 41Z-0
lowers the yield point nrid impact strength, ni'
sharpl)
0.82-3.07% Fe reduces the tensile strength front 40 Ito 33
kil./sq. mm. and clougatinq from 23 to 12%, the impact
strength being around 2 cirt. lar tile whole
&nge. More than 0.1% ' does iiot aff -t Ilse lettsile
.-Strength but lowers the elongations mid iedumq impact.
.Strength from 19 to 0.5 kg./m./mtL Colo. UtI(I frin" 'J.2 to
0.26 kg./m./sq. cm. Production -I ound and stroiig
castings was helped by Al addu. lei Ow ladle which in the
range of 0.24-1.63% left tensile -,trt:iigtli and elongation
unaffected. The max. coeff. of friction of At-benring
brasse3 was ORN-0.11) as Compared with U.M.'Jor hublAft
A properti" of thr~-
.tLnd 0.005 for bronze. Tlicanlifriction,
dram" were confirmed by actual railmid opuratium..
f). cat I

'Nz1

CatcCory i POUM/Thoorotionl Physloa - quantum Fiold Thoory D-6
Abs Jour : Rof Zhur - Fizikaj No 3p 1957, No 5729
liarskr.k, R.B.
-,uthor : II,CYV JA Lfe
Titlo : Lio-do-rri Status of Moson Thoory of Nucloar Forecs
Orig Pub : Postopy fiz., 1956, 1, No 1, 37-56
-.&bstract: 4'. locturo dolivorrd at tho Conforonco on Nucloar and lJosori
Miysics iii Glasgow 1954,
Card

1. VORONTSOVA, A. ; LEMXANT,
2. USSR (600)
4. Metal Cutting-Bibliography
7. ffow we propagandize practices of innovators in industry. Klub no. 10 1959.
9. MonthLy_,Ust of Russian Accessions, Library of Congress, February 953. Unclassified.

&WITKO, L.I.; G.,A.- KARTINOV, K.K.; POZHIDAW, V., red.;
4-WOPANCIA-10-
BRUIMSLAIA, X. 0 0; MAVYANIN, I., tekhn.red.
(Hidden capacities of the railroads in White Ruesial Razervy
provozuoi 9-posobnosti zheleznykh dorog Belorusaiie Xinsk, Goa.
izd-vo BSSR. Red.nauchno-tekhn.lit-ry, 1958. 334 p. (MIRA 12:12)
(White Jbissia-Railroads)

YUSHKEVICHt Yej. (KInsk); LOYANTY G.A. (Minsk)
Wricient utilization of 1000motives. Zhel.dor.transp. 4.7
no.12t24.-26 D 165, (MIU :L8.-12)
2. Zmmetitell necha-11nika AblorusakcT zhelesnoy dorogi (for
Yus4kevidh). 9. Zamestital"nachallnika otdola SlUZ11by,
dvizhenlya Belorusakoy zheleznojr dorogi (for Lev7ant).

AdenusijivLriphasihatc (AT.iIj and
cliangwi in brain cortex after carazole convulsions, M. 141;,
Mulkliumn, and B. 1. xaulelwt,kaya
Biol. and Med. Chent.. Acad. Med. Sci. U.S.S.R-and,
Central Inst. Psychiat.. Moscow). Ukrain. Biokhim.
Zhur. 71, 363---i(10411)(in Russian).-There Isa considerable.
decrease in ATP (r) angi phosphocreatine (n), gn inexense
of inarg. P. and excitabUity of the cerebral inolor zone
depre,~svd; 06 is in accord with the bypcthesis
tbut ATP is um energy %ource of uortical cxcitatiun. Di-
lateral. Lrtphinntions of dogs under morpithm-et1wr liam-osis
were made. and the dum mnovel; L"' furs. aflex opcra--
tion, 101cil the dog slinwed pupillary, rellvceq, 1-1.5 g. of
cortex was cxcised and intmediately iunutmLA in liquid air.
After I hr. 0.25 rul. of 107* curi2ole soln.lkr: WE. WIL4
'injected Intmveneusly via a glass natinula in the fcmoral
~Vein. rouowing a latent period of 15-20 -sce., tonic and
then clouic convulsions of 2-3-mh~. daration set iu, irmnedi-
atuly -AIL-r which a 24nd syffuneLriml ssruple was excised.
One IL-. after the 2nd sample, a series of consecutive con-,
Yulsions were induced, corazole belug injoctcd imntediateWl
after c:tssatioa al convulsions, and a 3rd sample was taken.~;
Rbeobase for the normal motor zone was ulso det.l. After"I
single au:i multiple attacU, excitabifity Nvns de,d. by' al
cbronaximeter, the active electrode (a 5wuh noji~tcned in'.,
Ringer bolu. and connected by a Oiin Ag rod) being placed
0.1 the motor zone, the itulifferemt electrode (Ag tulv-) bein
lucAul in the rectum. ~x6tability was estd. by thrv~hold
p L
Mitruction of the extensor muscles of the hind contralaleral',
limb. Samples were unalyzed for inorg. 11. 1, and U.,
,Frozen sarnples were powderecl and then ground in a par-,
celain mortar with 470 CCljCOOff (1:4), pr-otein pp(n. ~
,being linilted to; 10 min. tu avoid rupture of lablk P cAAn- I
.pounds (11). 1 was pptd. in I filtrate by adda. of '15%
irsercuric acetate (0.25 m1./3 ml. of CCIICOOII filtrate).:!
-To a 2nd portion of filtmte (I ril.) NaOl I was added to a
:light phenolphthalcin pink, followed by 0.2 ml. of r"51"
I P
barium acetate. Inorg. P was detd. in Llie ppt. and In /57_~
the Centrifugate. Clayton Ifoloway

LEVYANT, M. I.
Cand Biolog Sci
I)issertation: "Com arative Characteristic of Phosphatamea and
phoppjioamidases." 9/3750
Acad Mad Sci USSR
SO Vecheryaya Mo-z:Pkva
sum 71
rb.
N
N-1,

04
the Oak" so
ver"r6n. C.A. W921se-w4be nishe c in the veigno-
Idnetripb4opbale (ATF) coassat of =cwtex 9"Urp
6 uAn stiter death *ben the dmp 1.16 -78%. Only about
10% ;i the WQ ATP ressains 2&-W min. after death.
When the blood chvulation of Ow Mtral rAmous NYWOM is
vatmeti. IM brain pattlally regains Its hoaction, and the
ATP .,I pbwbti. . Y.1bised I. th. bi.
Cowtex to the awmal level. Ibis eve. occurs 3D min. aftcr
the din" death of the dog. The pbospbocrestinc cm.
tent of dog bmk eatex decreases durl ajpny to 65%
CA the uw=W vabse but Stadgially risrolter desth. until,
30 two. later. On L tive Mcbem 04% of oomW.
p "vetalwAimen in - diffen from that of muse4e lie-
vorc Mxwohormtkw partk**bm In the besin enaT.Mic
activity I.v jkb"w jwth ollm then Ihniosh ATP. It.

ONE
Atal" MW ftmodtim Of WOOD WOMMMUM Iron;
chramtoigrupity vms und jar the septs. of tht smino scitis.
i1wmeins and The "proto-orMs" obtsin"I by teralment of its-
lonsfolas with alkali (mwlllituu unstated): eat allgindo:
41anins 11-11 and 0.7%, sqlalra 6.7 and 11.3, maimnic scid SA
and 7.11, hkidbW 241 end 1.9. "Inre 24 and Md. glutamic
Acid -mW 23-1. bWm7.3 and, 1.34. tatetbicnine 5.1 Anti 4.6.
t Y"Km 4.0 and 612. ftyptopbRe 1.2 and I M. phenytaknine
7.7 And 6.5%. ages (selds givert in mine order):
9-5 nd 9.3.9.2 53 and 6.53, 2.0 and 0.79. 29and
4.8. 11.0 SW 17.1. 4.6 and 642, 0.06 and 0.04. 0.0 and P.O.
0 0 And 0.0 2.3 SW 247* coda; 3.8 MW 3.73, 4.1 and 3.02.
7:1 And FW 3.1 MW 216. 1.9 and OJO. 22 and 26. 8.2 and
11.1, 3.100 3.07, 8.1 and 5.83. 1.2 and 1.10, 1.5 and %1.
Irlyvinhwet MA5 smA 8.78.9.78 MW 7.63.13.7and 9.4, L4 And
2.011. 3.6 and 2.08, 19.46 and 193. 0.42 and 4.1, 1.9 and
117 3.03 a3ki 4 61 0.6 and O.S. 5.1 and 6.3; 11twin; 3.7 and
.1.0,'i.7 and I.F.' 111.8 and 12.6, 2.A and 2.08, - and 2.8.
14.8 and 12.4, 10.1 and 13.0, 2.6 and 1,02. 6.15 and P.M.
-3.%%and2AW.f1.Oswdf1.2.
1. very *mikr to the compni. of fibrin And Its twota"cid:
I he 111(01 sinfilcul difference Is the 10.66~-' , content of sla-
'Ar"k- 161. Komolspoff

7~1
The incomw,tf- f Lhej~d .,ine ~cifj- !h-

Lcv
USSR/General Biology Individual Development. B-3
Abs Jour : Ref Zhur - Biologiya, No 7, 10 April 1957, 25885
Author : Orekhovich, V.N., Levchuk, T.P., Levyant M.I.
Inst
Title : The Incorporation of Amino Acids in the Albumen if an
Unfertilized Hen's Egg.
Orig Pub : Biokhimiya, 1955, 20, No 6, 714-717
Abst : Tracer ar no acids (thyrozine-cl4, methionine-s35, and
lysine C 4) were introduced into the white and yoke of
an unfertilized egg of a hen of the Leghorn breed, 10
to 12 hours after it was layed. The incorporation of
these amino acids in the undeveloping embryonic disk
takes place quite slowly (4 - 25 imp/min per 10 mg of
albumen after 10 to 20 hours), The albumen of the
capsule and of the yoek fail to take up a-mino acids
altogether. These data suggest the absence of synthesis
and "renewal" processes in the capsule and yoke portions
Card 1,2

USSR/General Biology - Individual Development. B-3
Abs Z,*our Ref Zhur - Biologiya, No 7, 10 April 1957, 25885
of the unfertilized egg (as had been shown previously
in the case of the fertilized egg).
Card 2/2
Itr ilevnu, COKHOVICH' Vasilty
LRYCHUY, Taislys Petrovna; IXVYAHT IN,#
likolseyvich; STALA~*~#P ',"reW1OWV11a,*1GUBIV. X.I.. tokhni'cho-
skiy redaktor
[Radioactive isotopes and their application to blochamistu and
medicine] Radioaktivnve izotopy i ikh primanente v biokhimii t
meditains. Moskva, lxd-vo Otuants," 1956. 30 P. (Yeasoluznos
obahchastvo po rasprostrane~iiu politichaskikh I nauchnykfi znanii
Ser.3. no.50) (MLOA 10:1i
(RADIOISOTOM)

OBEKHOVICH, V-H-, IMANT, M.I.0 LEYCHIM, T.P.
Studies-of the processes of protein renewal. Teat. AMR SSSR
13 no.5:3-8 158 NIRA 11:6)
(PRMEINS,
protein regen. processes (Rue))

LWYART, M.I.; L&VCHUK, T.P.; OREXHOVICH, V.H.
Mechanism of the incorporation of labeled amino acids into proteins.
Blokhimiia 24 no.2:177-180 Hr-Ap '59. (XIRA 12:7)
1. Institute of Biological and Medical Chemistry, Academy of Medical
Sciences of the U.S.S.R., Moscow.
(MNTHIONIN3, metabolism,
serum albumin incorporation, radiotracer studies (Ras))
(Sim ALBUMIN,
methionine incorporation, radiotracer studies (Rio))

tMANT M.I., OIRKHOVICH V.N., FIRFAROVA K.F., KHOKU.CVA O.S.,
CkffMrN-.P.' YEVTIKHINA Z.F., KUNINA, ON. (USSR)
"Tissue Proteinases in Spleen, Kidneys, Liver, Brain, and
Certain Forms of Transplanted Tumours."
Report presented at the 5th Int'l Biochemistry Congress,
Moscow, 10-16 Aug. 1961

:'FIVCHUK, T.P.; LEVYAli T,M.T.; OFFEKHOVICH, V.N.
F)r,p(,! f-i- action of ohickeri pepsizi wrid raw ~Iacld` kadrey
natdiapsin on protpin zubstrates. Blokhlrdla 30 ri~;.10:956-992
S-0 165. (MIRA 18:10)
1. Institut lCaim-li prirodnykh 6-oyedllner.,y All SS-SR 1 irls'.1tut
biologicheskoy i meditsinskoy khimll AMN S3-':'R, M--skva.

IZMNT, S.M,
Physical development of children in Leningrad during the first
year of life. Pediatriia 38 no. 7t27-31 JI: 160. (MMA 14 1)
(LENINOWD-INFANTS-GROaTH)

LWYANT, V.B.
Use of group explosions in Stalingrad Province. Razved. i prom.
geofis. no. 35:15-23 160. (MIRA 13-12)
(Stalingrad Province--Seismic prospecting)
add

S1169161100(VOI210161089
D228/D305
AUTHOR., Levyant, V. B.
TITLE,. Experimental conducting of group explosions
in the conditions of the Stalingiad region
PERIODICAL: Referativnyy zhurnal, Geofizika, no. 12,, 1961,
26-27, abstract 12A267 (V sb. Razved. i promysl.
geofiz. no. 35. M.9 '19609 15-23)
TEXT: Under the conditions of a thinly-bedded section, the
substantially increased resolution of seismic reccrdings was
achieved by the application of a high-frequency fJltration.(70
100 c/a) and by the grouping of small charges. Tle effective-
ness of the joint grouping of instruments and explosions in
areas with a greatly intensified wave-interference was shown,
A square group of explosions gives better results than a linear
one. f-Abs-tracter's note: Complete translation.7
Card 1/1

------- ---

s-.hasibee
'ArIllea:,ro ~qepikig-- u) J.%A LV~ M CLU. ---I
~'fi Iijilb, '-f
er.~.o SM hfil ges varied- a"50-
~-b bt4-inedLby* placing 6'a'
0
LI 'd-
16633-66
ACC NR: AT6003621
UP to m in thickne .ss can be clearly identified, EvaluatiOn Of the bi)nchlng
ill-athod indicates its economic effectivenesr,, especially Ih the areas & I
seismic conditions. of complex
The bunching or the
seir explosives at shallow d-pths permitra the
mic exploration of regions where, until now, the cost of the conventional tech-
nique was prohibitive. 01rig. has 4 figures.
SUB CODE: 08/ SL6H DATE: 00/ ORIG REY: 001/ OTH REr: ooo
Card 2/2

ACC NRt AP6010063 SOURCE CODE: UR/0367/66/000/003/0033/0043
7
AUTHOR: Gurvich, 1. 1. (Doctor of technical sciences);,Molotova, L. V.; LevyantlyV. B..
ORG: Moscow Geological-Kining Institute imeni S. Ordzhonikidze (Moskovskiy geologoraz-
vedochniy institut);,Nizhnevolzhsky_lnstitute of Geology and Geopb~ysics, Academy of
Sciences, SSS (Nizhnevolzhakiy institut geologii i geofiziki Akademiya nauk SSSR);
Institute of Earth Physics, Acadermr of Sciences, SSSR (Institut fiziki Zemli Akademiya
TITLE: Experimental amplitude characteristics of explosions
SOURCE: AN SSSR. Izvestiya. Fizika Zemli, no. 3, 1966, 33-43
TOPIC TAGS: wave, explosive charge, sound wave, seismic wav
;00e'
ABSTRACT: AL\(comparison was made between experimental and theoretical amplitude charac-
teristics of kxplosion nuclei in sand-clay deposits. The theoretical analysis was bas-
ed on the theory of spherical emission of longitudinal waves. Seismological sections
of underground layers down to 60 m are shown, giving the relative velocities of pres- 1"
sure waves 0 P) and sound waves 0.) as a function of the respective layer composition
(sand, clay, soil or sandstone) and the positioning of the explosion nucleus below the
earth. Model spectra of seismic wave reflections are shown with the corresponding am-
plitude spectra (ampiftuds' as a function of frequency--from 0 to 60 cps), for charges
UDC: 550.834
Card 1/2
Lc--.r L~ _i~

LEVYATIN, G. M.
I
Levyatin, G.M. - "The location of automatic sifting machinery", Trudy Vsesoyuz.
nauch.-issled. in-ta zerna i produktov ego pererabotki, Issue 16, 190, P. 183-98.
so: u-4iio, 17 juiy 53, (Letopis 'Zhurnal Inykh Statey, No. 19, 19h9).

LEVYATIN, G.M.
Technology
Planning construction of flour-mills. Dopushchano v kachestve uch.-b. posobiia dIJa
vuzov pishchevoi -promyshl. (Pod red.'N.F. Gatilina) Moskva, Gos. izd-vo tekhn. i'ekon.
lit-ry po voprosam zagotovok, 1951.
Monthly List 2f Russian Accessions, Library of Congress, May 1952. UNCLASSIFIFD.

L M ATIN, G., kandidat tekhnichaskikh nauk.
Pendulum Inarings in transmissions. Nuk.-slev.prow. 20 no.I:
30~-31 Ja 154. (MLSA 7:7)
1. Koekovskiy tekhmologichaskly institut pishcheyoy prourshlen-
nosti.
(Roller bearings)

IZVYATlN G., kandidat takhnicheskikh nauk
Analysis of grain utilization in mills. Muk.-elev.prom.
21 no.4:11-13 Ap 155. - (MLR& 8:7)
1. Moskovskiy tekhnologicheskiy Inetitut pishchevoy promysh-
lennoeti.
(Grain milling)

LITYATIN, G., kandidat takhaichookikh souk.
Principles of the performance and construction of the hot air
unit I* cosdItlomerse **s-slovepromsU no.W6-19 7 156.
(KIRA 9:6)
I.Mookovmkly tokhmologichaskiy Inatitut pishchavoy promyshlea-
(Grain--%71ng)

LIVYATIN, G., kaudidat tokhnichookikh nauk.
"-AO"a'm*A4*
Determining the degree of wheat unilization in milling high-quality
flour. Nuk.-elsv.proz.22 no.12:16-19 D 156. Mn 10 - 2)
1e Moskovskly tekhnelogicheskly Inatitut pishchevoy promyshlennosti.
(Wheat milling)
~:~ 1-1,.,.
-:

LSVYATIN. Grigorly'Moiseyevich
----rPr-ocessing "g'reln in' mills; scientific principles] IspolIzovante
zerna no mollniteakh; nauchnye oanovy. Moskva, Khleboizdat. 1957.
187 P. (Grain milling) (MIRA 11:3)
40

LUTYiTIN, G.R., dote., kand. tekhn. nauk.
Technological efficiency of processes (operations) in the separation
of mechanical mixtures. Trudy KTIFF no.9-139-158 '57.. (NIRI 10:1Z)
(Separators (Machines))

LMATIN,,G.# IcandetekbMellaUk.-
Interrelation between wheat moisture and volume weight. Nuk.-elev.
-prom. 24 no.1:19-21 Ja 158. (MM 3-1:2)
l.Rookovskiy takhnologicheskiy, institut pishchevoy, promyehlennosti.
(wheat)

L19YYATOY, A.E., inahener; PONOKARRV, K.V., inshener.
Finishing bent furniture by spraying. Dor.i loookhim.prom.3
no.3:22-23 Kr 154. (KLRA 7:3)
1. Hookovskaya mebelinaya fabriks, No.5 Glavmebellproma.
(spray P-'-ti-g)

C-- -
MYATOV,A., inshener; XURIN,R., inshener
Furniture production has grown. From.koop. no.4:51-53 Ap'55.
(HIM 8:11)
Mazan-Irurniture industry and trade)

LEVYATOV, D. S.
LEVYATOV, D. S. PUIEGUDOV, V. N., VIADD4IROV, G. H.
Podshipniki kacheniia sovetakikh avtomobilei (kratkii spravochnik)
,6Mtifriction bearings of Soviet automobiles (short reference bookL7.Moskva,
Izd-vo MKKH RSFSR, 1953. 248 p.
50: Monthly List of Russian Accessions, Vol. 6 No. 9 December 195)

LEVYATOVP Iv.m.
Hypoglycemic encephalopathy. Zhur. neri. i ps'.kh. 64 no.g:
1216-1221 164. - (MM 17-.12)
1. Oblastnaya pelkIiiatricheskaya bollnit6a (glavnyy vrach O.V.
Matviychuk, nauchnyy rukovoditell- prof. Ya.V. Maslov), Llvo7.

LEVYATOV, V.M. (Ltvov)
I~ftvr, -r~~
. Treatment of hyperinsulinism with glycocorticoids and ACTH.
Frobl. endok. i gorm. 10 no.1:54-56 Ja-F 164.
(MIRA 17:10)
1. Llvovskaya psikhonevrologicheskaya bollnitsa (glavnyy vrach
A.I. Kovalyukh; nauchnyy rukovoditell - prof. Ye.V. Maslov).

LEVYATOV, V.M.
Some principles of the nedicinal treatment of epilepsy. Sov.med. 28
no.4tll2-116 AP t65# (MIRA 18:6)
1. Obrastnaya paikhiatrichookaya bollnitaa (glavnyy vrach B.V.
Marovich; natichnyy rukovoditell - prof. Ye.V.Vaslov), LIvov.

SYRKIN, Ya.M..- FRENKELI., M.B.; NOVOSEL'SKIY, L.G.; MELINIMENKO, N.P.;
IEVYATOVA, L.I.
Industrial mastering of the production of quick-hardening
slag portland cement at the Kharkov Cement Plant. Trudy
IUzhgiprotsementa n0.4:127-143 163.
(MIRA 17:11)

86210
s/oLo/60/000/008/007/015
B20ifE191
Volarovich M Zkja~_~. t and
AUTHORS:
TITLE: A Study Of Attenuation of __jasjja_Way0~S_ in Rock Samples
PERIODICAL: Izvestiya Akademii nauk SSSRI Seriya geofizicheskaya7
196o, No. 8, pp.1198-1203 (+ 1 plate)
TEXT: The authors used 1 Mcls ultrasonic pulses, reflected
many times between the working surfaces of a cylindrical rock
sample, to study attenuation of elastic waves. The diameter of the
sample was 6-10 times greater than the wavelength of elastic waves7
i.e. the sample could be regarded as massive for the purpose of
these experiments. The block circuit of the_apparatus is shown in
Fig.l. A standard generator (1 in Fig.1) 26 V (26-1) produced
square modulating pulses of 100 V amplitude and 10 pec duration.
These pulses were fed to a aenerator of r.f. pulses (2 in Fig.1).
The pulse repetition frequency and the duration of pulses was
governed by the generator 26-1. A pulse of 1 Mcls frequency and
10 jx-ec duration obtained vith this apparatus is-shown in Fig.2
(plhte). From the output cathode follower of the generator 2
(Fig.1) the pulses travelled along a coaxial cable to a piezo-
electric quartz plate 3, which served as a source of ultrasonic
Card 1/3
862W
6/O'+9/60/0oo/oo8/oO7/Ol5'
E201/E:191
A-Study of Attenuation of Elastic Waves in Rock Samples
Pulses, The ultrasonic pulses travelled along a rock sample )+,
and were detected with a pieZoelectric quartz plate 5. The pulses
were then amplified with a wide-band amplifier 61 and were applied
to the vertical plates of an oscillograph 8 (this OScillograph is
marked by a square box to distinguish it from a coil, also
numbered 8). 1he Oscillograph sweep was synchronized with pulses
from the generator .1. To obtain the optimum energy transfer
between the quartz transducers and the rock sampled matching
circuitsi consisting Of coils 7 and 8 and capacitances of the
quartz Plates) were used. Fig.3 (plate) shows a typical oscillo-
gram obtained in a sample of gabbro. Figs )+ and 5 (plate)
Oscillograms recorded in gabbrog diorite and granite (Fig, ~Iive
I in
aluminium and marble (Fig.5). Figs,6 and 7 give the dependence of
the amplitude of the ultrasonic Pulses on the distance along the
various rock samples (Fig.6) or along aluminiumg brass9 Plexiglas
and granite (Fig.7). A table on page 1200 gives the amplitude
attenuation factor for longitudinal ultrasonic waves travelling
in basalt, gabbrog marble, gabbrodiorite, quartz sandstone,
9yenite, granite, labradorite~ aluminium~ brass and Plex1glas.
Card 2/3

VOLAROVICH, M.P.; BAYUK, Ye.I.; -
Elastic properties of rocks and the atsorption of elastic
waves by them at high all-round pressures. Prim. ul'traakust.
k issl. veshch. no.13!55-61 161. (MIRA 16:6)
(Rocks-Elastic properties)
(Elastic waves)

IZVYKIN, A. I.
'Attemiation of ultrasonic waves at high frequencies in rock
ipecimens. Izv* AN SSSR. Ser. geofiz. no.3:389-391 Ib~ 162.,
(MIRA 15:2)
1. AN SSSR, Institut fiziki, Zemli.
(Rocks-Testing)
(Ultrasonic testing)

Study of the absorption of elastic waves by rock samples under
high confined pressures. Trudy Inst. fiz. Zem. no.23:50-54 f62.
(MIRA 16:11)

LEVYKIN , A1.
Absorption and velocity of longitudinal and traverse elastic cm2.
waves in rock samples at hydrostatic pressures up to 4000 ~9/
Izv. AN SSSR. Fiz. zem. no.2:21-27 165. (MIRA 18:6)
1. Institut fiziki Zemll AN SSSR,

T
i0_4A EWT(d)/EWT(1)/EWT(m)A'WP(W)/EWA(~) EM/GW
6)
1
ACC NIt AP6005246 SOURCE CODE:: UR/0020/65/165/006/1287/1289
AUTHOR: Volarovich, M. P.; Levjkin, A. 1.
ORG: Institute of the Physics of the Earth im. 0. Yu Shmidt, Academy of Sciences
SSSR (Institut fiziki Zemli Akademii nauk SSSR)
TITLE: Measurement of longitudinal elastic waves in.,rock specimens at pressures up
to 40,000.kG/cm2
SOURCE: AN SSSR.',Doklady, v. 165, no. 6, 1965, 1287-1289
TOPIC TAGS: elastic wave propagation, - re chamber, ultrasonic wave
propagation, rock, seismic wave propagation
ABSTRACT: The building of.a. pressure chamber of a hard alloy with several re-
inforcing rings made of h1gh-strength steel has made it possible to achieve pressures
up to 40,000 kG/cm2 (equivalent to a'crustal depth of 140 km) in Sovat pressure
chambers used to study the propagation of longitudindl elastic waves"-in rocks.
Tw6 sizes of chambers were built (16- and 12.5-mm cylinders) a~d d to test
cylindrica 1 core samples 15 and 11.5 mm in diameter and 16 and 12 mm high; the
cores were installed in lead casings 0.5-0.7 mm thick '. A piston-type TsTS-19
9~
piezoceramic converter with a natural frequency of 3 mc/s, used to produce a~nd
receive the ultrasonic vibrations, made possible a more precise determination of
of -
the times of the first arrivals., At this frequency the ratio oi the specimen
radius to the-length of the longitudinal wave was 2.5 and 1.95 respectively, and
Card 1/3
Imc!

L n649-66
ACC NRi AP6003246
the rate of the elastic wave propagation in rock specimens equaled that ina
finite medium. Measurements made under high pressures were accurate within a
range of 1.5 to 2.5%. All rock specimens used were fresh ultrabasic cores
(peridotite, pyroxenite,-and norite) taken from 'depths of 150 to 1000 m on the
Kola Peninsula. In all specimens wave velocities increased throughout the entire
range.of pressures, Increasing sharply in the initial stages, and flattening out
at higher pressures. Above 10,000 kG/cm2, the mineral composition of the specimen
had the predominant effect on wave velocity, but, at lowerpressuress structural-
petrographic characteristics were the controlling factors. The fact,that at high
IC6 sec
7 Fig. 1. Dependence of longitudinal wave velocity
for the norite 470 specimen on pressure at room
6 temperature (curve 1) and with correction for
T temperature (2 and 3), whose readings are -indicated
on curves 4 and 5 respectively
1JOV
0 X_V'W =2
tc
~ICcrd 2/3.

_AC _CN R -
AP6010061
SOURCE CODE: UR/0387/66/000/003/0015/0023
AUTHOR: Volarovich, -M. P.; Galdin, N. Ye. ; Levykin, A. 1.
B
(Instit4'fiz~iki
Zemli,
ORG: Institute of Physics of the Earth, Academy of Scienceg SSSR
Akademiya nauk SSSA)
TITLE: Investigation of the velocities of JWdjn&L"Vejs_ in Igneous and metamorphic
rock specimens at pressures up to 20,000 kg/cm2
SOURCE: AN SSSR. Izvestiya. Fizika Zemli, no. 3, 1966, 15-23
TOPIC TAM rock, longitudinal waves :rock forming 'mineral
ABSTRACT: It Is 'now obvious that in the interpretation of data of seismology and deep
seismic sounding,, Itis necessary to know the physical properties of rocks under the thermo-
dynamic conditions existing in the depths of the earth. Heretofore, however, measurements
have been made of the velocities of elastic waves in rock specimens under pressures of only
2
4, 000-102 000 kg/cm , which corresponds to a depth of 15-40 km. However, since much
greater depths shcuM be dixded, it is interesting to investigate the physical and mechanical
parameters of igneous and metamorphic rocks, primarily the velocities of longitudinal waves,
at pressures above 10, 000 k9/cm 2. The present authors describe a high-pressure pre s s
Card' 1/3
L 360-9-0-66--
ACC NR# AP601006
UDC: 552. 1-534.09Z
used to test rock samples employing high-pressure chambers up to 14, 000 and 20, 000 kg/cM 2
(Fig. 1) An analysis of the experimental data showed that the values of the velocities of the
Towara press 1 Rubber lining; 2 and 3 - [unidentified];
4 piezoceramic cells (piston type); 5 - conos;
6 - two pistons; 7 - rock sample; 8 - lead c as ing
1 9 - shut-off rings; 10 - high-pressure chamber;
11 support ring.
oil
it
Towird press
Fig. 1.- Diagram of high-pressure
press
longitudinal waves at high pressures (about G'000 kg/cra 2 are determined* primarily by the
mineral composition of the rocks, which is pjarticularly ev:Uent jn the. casecfrodz ant,1jr&g
&clase. . fbwever,, the MWMof the chaW in waodt - p3ar
Jes WIthpm-Mure, especially at first.
depends to a considerable degree on the structural feature's of the rock. A sharply defined
change in the velocities in more porous rocks, I. e. , granites, in the re&Lon of initial
Card 2/3

sap 48
Welding, Rlec~rodee
"Thickness of the Coatings of UONT-13 Electrodes,"
z: D.-M. Levykin, Engr, 1 p
"A7togennoye Delo" No 9
'Difficulty vas experienoelin keeping vithin
-established tolerances for coating thickness. As
a result of extensive trials, these tolerances ha7e
nov been Increased. Includes three tables.
20/49"6

WAI
W-
Le-qkinp D.
Alloy
ent Low
Ijigh PhosPhorus Gow-
"The welding n. DelO NO 5, 1,49. F,,gineer
Steel" Avtoge
*c1949-0

LEVI IN. D., inzhener.
Correcting skewness in shaft bearings by means of electric fusing.
Kor.i rach.flot 14 no-9:23 S 154. (MIMA 7:10)
(Shafts and shafting) (Welding)

UM/higinearing-Ship repairing
Card
Authors Levykin.. D. H., Engineer
Title CO7eCqZ rig ~ in the supports of shaft drives bi fusing on of
material with an electric-are,
Periodical Vest, Hash. 34/5o 80 81) jSq
Abstract
I.-During,mijor OverMul of-a ship~_it_was found-that the bearings of the
main--ehaft -.were. out -of line.- The proper-line was established with
reference to the keelo metal was added inside the bearings by electric-
arc fusion'. and then the opening was machined to the proper size and
alignment,
-#lot
Submitted, t

MR/Engineering - Shipbuilding
A ~Pa. 128 13/31
Authors l- Lankino-, D, Me &gLnser -
Title I Building.up, of-engine, bases
Periodical i Vest. mash. 35/5, 36-37,, May 1955
Abetraot s' Brief report is presented onva" of building up'(in height) er4ine found&-
tione during major repairs of ships and during the exchange of obsolete
engines* Drawings.
-Infftnuti-on- I

I
AUTHOR: 'evykin, D.M., Engineer SOV-135-58-2-12/18
TITLE: The Welding of Riveted Parts of Superstructures to Decks
(Privarka klepannykh uzlov nadstroyki k nastilu paluby)
PERIODICAL: Svarochnoye proizvodstvo, 1958, 11r 2, pp 44 - 45 (USSR)
ABSTRACT: Tests,'carried out on aluminum-magnesium alloy superstruc-
tures riveted to steel coamings which were attached to
steel ship-docks by welding, are described. The tests were
performed for the purpose of determining whether the strength
and tightness of riveted joints was affected by the welding
process. It was confirmed that the method complied with
technical requirements, since no deteriorating effects,
caused by the welding process, were revealed. There are
two photos and one diagram.
Card 1/1 1. Riveted joints--Physical properties 2. Ship docks--
Construction 3. Welded Joints--Physical properties

L r-- v V K A M
PRM I WM EXPWITATION SOV15100
Kablov.. Ivan Alelwandrovich., Dmitriy MikhaylovichIlevykin., Grigoriy Semenovich
Pilyavskly, and Ivan Pavlovic Prosymakin,
Korpusnr^ konstruktaii iz alyuminiyevykh oplavoy (Aluminum-A.Uoy (Ship] IUU
Structures) Ieningrad., Sudpromgiz, 1960o 151 p. 2,800 copies printed.
Scientific Ed.: P. A. Alsuf 1yev; Ed.: A. 1. ICuskova; Tech. Ed.: R. K. Teal.
PUNM This book is intended for technical personnel In.the shipbuilding
Industry and other branches of industry en~Lged in the construction of
aluminum-alloy structures.
CMEPAM Experience gained in the construction of aluminum-alloy hull struc-
tures is discussed. Attention Is given to the foUaving: equipment and &a-
cessories used in the construction process, methods of preparing and processing
aluminum alloysp tymes of joints for structuies mrAe of steel and aluminum al-
loys, the &ssd'db3j*,,:.ve1ding'-,.&nd riveting of the structures., methods of
protecting the structures against corrosion, and qu&3ity control. 4W.

MANANNYXV.P.Ta., starxhiy wmchny7 sotrudnik; MYXIIF,Y.V., nauchnyy
optrudnik
Chomical'asthods of controlling foaming in boiler water. Tekh.
shol.dor.6 U0,7:29 Jl.'47- MUO 8: 11)
(loco"tive boilers)

LBVYKIN, F. V.
Levykin, F. V.
"The effect of boiler scale on the temperature conditions of the walls of
the firebox and piping in the operation of a locomotive boiler." Min
Railway USSR. All-Union Sci, Res Inst of Railroad Transport. Moscow, 1956.
(Dissertation for the Degree of Candidate in Technical Sciences).
Knizhnaya letovist
No. 21, 1956. Moscow.

--,-LEVYKIN P V kandidat takhnichookikh nauk.
Wall temperatures in series L locomotive boiler fireboxes.
Vast. TSNII MPS 15 no.1:45-" Ag '56. (MLRA 9:12)
(Locomotive boilers)

LEVYKIN. r.v., kand.takhn.nauk
Effect of deposits in pipes on the performance of firebox
walls. Vest.TSNII WS 18 no.2:54-56 Ar '59, (MIRL 12:6)
(Pipes$ Dspositg in) (Locomotives--Firaboxes)
WED

LEWKV, Fedor Vasij_!,yeyich, kand. tekhn. niuk; RATOYEV, Aleksandr
-~-~ola~yevich,, iizW-.j-- SETRR,.ER, Yuriy Nikolayevich, inzb .;
GUPXVICHj A.K., inzh., retsenzent; ZUBLEVSKIY, S.E., inzb.,
red.; USEWKO, L.A., tekhn. red.
(Flaw detection in locomotive parto] Defektoakopiia detalei
lokomotivov. Moskvap Vaes. izdatellsko-poligr. ob"edinenie
14-va putei soobshcheniia, 1962. 127 p. (MIRA 15:5)
(Locomotives-Inapection) (Magnetic testing)
(Ultrasonic waves-Industrial applications
Zi

LMKINI F.V., kand. tekhn. nauk
Ways to detect cracks in the cylinder bushings of the 2DlOO
diesel locomotives. Elek. i tepl. tiaga 7 no.9:16 S 163.
(MIRA 16:10)

L -.67 IIWT(d)/D)P(c)/F--'~-]P(v)/hVP(k)/87.TCl)- - IJP(c)- -
0~86?
'~CC NR. AP6011252 SOURCE CODE: UR/0413/66/000/006/0094/0091
-AUTHORSt Levykin, F. VI Zaikinj, 1. X.; Sapozhnikov, E. Ya.j Chernyayev', V. Yo.
,ORG.- none
3ITLE: A method for ultrasonic inspectiOAX bent bars, Class 42, Hoo 179978
SOURCEi Izobreteniya, promyshlennyye obraztsys tovarnne znakip no. 6. 1966, 94
TOPIG TAGSt ultrasoundo ultrasonic emitter, ultrasonic equipmentp ultrasonic flaw
detector., ultrasonic inspection., ultrasonic sensor,, ultrasonic wave
ABSTRACT: This Author Certificate presents a method for ultrasonic inspection of
bent bars, based on the utilization of surficial ultrasonic waves. To increase the
sensitivity of the recording apparatus used in detection of cracks, the angle through
which the emitters are turned is so chosen that the ultrasonic rays prouced by the
emitters and moving along the cylindrical surface of the neck of the bent bar
intersect at the center of bend. To decrease the influence of errors on the accuracy
of inspection and to maintain a constant angle of intersection of the ultrasonic raysp
the emitters, in the course of inspection, progress along the outer surface of the
neck opposite to the surface being chocked on the inspected red.- To determine the
dimensions of the detected crack, the transverse size of the cracks is measured with a
feeler operating on the principle of reflex. The determination of the longitudinal
dimensions is attained with an echo-measuring feeler.
ODE: bj3/ SUBM DATE: 05Feb&3
CqJA C,

LZVUIN, Hikolay Mikolayevich, kandidat takhaicheakikh nauk; XATSNELISON,
S.K., redaktor; FURHAU,'G.V., tekhnicheakiy radak-tor
[Mmmted agricultural machinery, and inplements] Ravesnys salfsko-
khoziaistvennye mashiny i orudiia. Moskva, lzd~vo *Znauie.* 1956.
63 p, (Vaesoiume obshchestvo po rasprostranenilu politicheakikh
i nauchnykh znanii. Ser.5. nos.,34.35) (lam 10:1)
(Agricultural machinery)

IEVYKINV N.H.
Sciantifto p~oblsme of automation in agriculture. Hekhri elek.sots.
eeltdioz. 19 no.5t2-4 161. (MIRk 14:10)
1. Direktor Vessoyuznogo nauchno-inaledovatellskogo instituta
aekhanizataii sellskogo kboxyayetva.
(Farm mechanization) (Automation)