SCIENTIFIC ABSTRACT LAVRENKO, YE.M. - LAVRENTYEV, A.F.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000928820004-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 20, 2000
• Sequence Number: 4
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

LAVREEKO, Ye.H.
ft~ 01 1 ~:__ 4.
Steppe vegetation of loose hills in the eastern part of
Kansu. Province, Chinese People's Republic. Izv.AN BSSR.
Ser.biol, no.5:714-728 S-0 '59. (14IRA 13:2)
1. Botanical Institute, Acadery of Sciences of the U.S.S.R..
Leningrad.
(Kansu. Province--Steppe :fLora)

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FEDOROVICH. B.A., prof.. doktor geograf.nauk, otv.red.; ZYKOV, D.A.,
akademik, agronom-rastaniyavod, red.; IVANOVA, TeqNsq prof*#.
doktor seliskokhoz.nauk, red.; KAMINA, A.T., kand.biologwuk,
red.; rJMT. S.L., kandogeogra,nemk., red**
Prinimali ucheatlys: YRROKHM, A.A., pochvovedl ITANOTA, U.N..
pochvoved; ROZOV, N.N., pochvoved; ZATINATSKATA, N.P., gidrogeo-
log; VA KIRA, L.S.. red.izd-va; SKIRNOVA. A.T., takhn.red.
[Division of northern Kazakhstan into natnral regions; Kustaney
Province, North Kazakhstan Province, Kokchetav Province, Akmolinak
Province, and Favlodar Province] Prirodnoe raionirovania Severaogo
Kazakhatana; Kustanaiekeis, Severo-Kazakhstanakaia, Kokchetavsknia,
Akmolinakaia i Pavlodarskais oblasti. Moskva, 1960. 468 p.
(MIRA 13:7)
1. Akademlya nauk SSSR. Sovet po izucheniyu proizvoditeltnykh ail.
2. Institut geografii AN SSSR (for Yedorovich)..3. AN Kazakhokoy
SSR; Sovet po izucheniyu proizvoditelinykh ail (SM) AN Ka2akhakoy
SM (for Zykov). 4. Chlen-korrespondent AN SSSR (for Lavrenko).
5. Pochvennyy institut im. V.V.Dokuchayeva AN SSSR (for Terokhinae
Ivanovs. Rozov). 6. Sovet po izueheniyu proizvoditelInykh all AN SSSR
(for Zatenatakeya).
-(Kazakhstan--Physical geography)

LAVRHNKO, Ye.M., red.; KCRCHAGIN, A,A., red.; IPCUYATOVMYA, V.M., red.;
~-. red.izd-va; SUIRNOVA, A.Ve. tekbn.red,
[Field geobotanyl Polavaia geobotaniks. Pod obahchei red. B.M.
Lavrenko i A.A.Korchagina. Moskva. Izd-vo Akad.nauk SSSR.
Vol.2. 196o. 499 p. (MMA 14:1)
1. Akademi7a nawk SSSR. Botanichaskly institut imeni V.L.Komrovs.
2. Botanicheskiy iuBtitut im. V.L.Komarove AN SSSR (for Korobagin),
(Botany--Laboratory manuals)

QEA~. ~Te-M~.
The 3ahara-Gobi geobotanical region and its subdivisions. Dokl.
AN SSSR 134 no.11149-152 S 160. (MIRA 13:8)
1. Botanichaskiy institut im. V.L. Komarova Akademii nauk SSSR,
Chlen-korrespondent AN SSSR.
(Desert flora) (Phytogeograpt-q) -

RODIN, leonid.Tefimovich; WRENKO; Ye.M..otv. red..; YAKOYLETA. T.M.,
izd-va SOROKINA , Y.-A-.,-fe7EE.-red.
[Dynamics of desert flora; based on data of w3stern Turkmenia3
Dinamlkq rastitellnosti pustyn'; na primere sepadnoi TUV=nii.
Moskva, Izd-vo Akad. nauk SSSR, 19610 ~27 P. (MIRA 14:5)
(Turkestan-Mesert, flora)

I ~
IIAV - * " 11C Y I I
. - Studyin,,., bio,,~cocenor,(;B as exemplified by Teller-in Forest in
+ Voronezh- Province. Izv. Vs9s. geoEr. ob-va 93 no.1:23-33, ja-Y
I- 161. (Voronozh, Provincc--Foreat ecology) . (m-L:A 1~,:-2)

IAMNKO.. Ye.m.
"Flora of the northern and central Sahara" by P. Ozenda,
Reviewed by E.M. Lavren1m. MI. MOIP. Otd. biol. 67 no.l:
139-146 Ja-F 162. (I-MIA 15-3)
(SAHUM-BOTANY)
(OZENDA, P.)

LAYRENKO, Ye,Mp-; SHULIZHEIIKO, I.F.
Brief survey of the operations of the Ynngolian Agricultural Fxpedi-
tion of the Academy of Sciences of the U,,SS.R. in 1947-1952. Izv.
Vses.geog#ob-va 94 no.2:168-175 Mr-Ap 162. (MIRA 15:5)
(Wngolia-Agriculture)

LAVRENKO,.Ye.M.; NIKOLISKAYA, N.I.
Distribution areas of some Central Asiatic and North Turanian
species of desert plants and the problem of the phytogeographical
boundary between-Soviet Central Asia and foreign Central Asia.
Bot. zhur. 48 no.12:1741-1761 D 163. (MIRA 17:4)
1. Botanicheskiy institut imeni, Komarova AN SSSR, Leningrad.

LAVRENKOP Ye.m.
Man and flora. Pr1roda 52 no.22:69-74 16.3, (MIRA .17:3)
1. Botanicheskiy inotitut in. VOL. Kozaarova AN SSSR, Lenin-
grad; chlorr-korrespondent AN SSSR.

IAVRENKOP Team*; RODIN, L#Ye,
In memoz7 of P.A.Baranov,, 1892-1962. Izv.Vses.geogsob-va 95
no.1:98-100 Ja-F 163. (KMA 16#4)
(Baranov, Pavel Aleksandrovich, 1892-1962).

LAVRENKO, Ye.M.'
. - .
.Levels'-O'~C the study of the-organic world with refermice to the
i
,vegetative cover..Izv. AN SSSR. Ser. biol. 29 no.1:32---416 Ja-7164
(MIM 17.--;)')
1. Institute of Biology, the Bashkirian Branch of the Acadmy
of Sciences of the U*S*S.R&, Ufa*

IAVRENKOJ, Ye.M.; YUF-ATOV, A.A., doktor biolog.nauk
Tasks in front of Soviet botany; third session of the All-
Union Botanical Society. Vest.,AN SSSR 34 no. 1:111-114
Ja 164. (MIRA 17: 5)
1. Chlen-korrespordent AN SSSA (for Lavrenko).

RODRI, Leonid Yefimovich; BAZILEUGH~ Natallya Ivanovna; IAVRENKO,
Ye.M....otv. red.
r ical turn-
[Dynamics of the organi atter wW the biolog
:over of, asb elements and nitrogen in the main types of
world vegetation] Dinamika organicheskogo veshchestva I
-biologiobeekii krugovorot zolInykh elementov i azota v
osnovnykh'tipdkh rastitellnosti zernnogo shara. Moskva,
Nauka., 1965. 252 pC (MIRK-AW)
Chlen-korresponclent PT SS&R (for Lavrenko).

LAVRENKO, Ye.M.
B04 .
Reviews and bibliography. . zhur. 50 no.12:1747-1750 D 165.
NIP-ti 19:2 )
1. Botanicheskiy institut imeni Komarova All SSSR, Leningrad.

IAVRENKO, Ye.M.; ZA:LEI.!SKIY, O.V.
Botanists as organizers of the Russian Botanical Society.
Bot. zhur. 50 no.12:1751-1768 D 165. (MIFPi 19:2)

28001
S/194,/61/000/004/048/052
q D201/ 0302
,5s-, 7)
AUTHOR: Lavrenko, Yu.Ye.
TITLE: A resonator using a ferrite as coupling between
rotational and laminar fields
PERIODICAL: Referativnyy zhurnal. Avtomatika i radioelektronika,
no. 4, 1961, 48, abstract.41329 (Izv. Leningr.
elektrotekhn. in-ta, 1959, 39, 20-37)
TEXT: The problem of fields in a resonator with the basic type of
field TE 110 (of rectangular shape) is -_,--nsidered. The resonator
contains a ferrite in the shape of a pole, placed approximately in
the middle of the narrow wall of the resonator along its zero axis.
The equivalent ferrite element parameters and approximate express-
ions for the magnetic field around it are determined from the solu-
tion of a quasi-statistical problem. So that the effect of the
resonator walls in the field induced by the ferrite are taken into
account, the fields in the resonator are also expressed by the use
Card 1/2

28001
S/194/61/000/004/048/052
A resonator... D201/D302
of eigen-functions. Both solutions coincide in the region near to
the ferrite. The field, induced by the ferrite, is in the main
laminar, since the rotational components of higher orders are very
small. The possibility of energy transmission by the laminar field
in the presence of inhomogeneities (slots) in the resonator walls
is shown. Construction is suggested for a resonating ferrite de-
vice which would use the field induced by the ferrite. The device
could be used as a controlled coupling between two slots in the
resonator. Some of the data, obtained e3q2j~riment ally with a model
arrangement, are given. 3 refbrences- L Abstracter's note: Com-
plete translation-7
Card 2/2

26799
S/142/61/004/002/001/010
1. 13/ 6 E033/E435
AUTHOR:
TITLE: The transfer coefficient of ferrite resonator devices
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy, Radiotekhnika-,
1961, Vol.4, No.2, pp.127-139
TEXT; The operation of many devices, which utilise ferrites-,
depends on the transfer of energy, via suitable coupling elements,
through a resonator into some load, and-the most important of the-1.r
characteristics is the relationship between the transfer coefficient
and'the value of'the-,applied'magnetic field. Thwtransfer
coefficient is de'fined'_by
K Pload'
PO
is the power passing from the resonator into the
where Pload
load and' P. is the power of the incident wave-in the waveguide
connected-to the-resona-l"or input. The object of this article is
to obtain expressions~ for the transfer coefficient and to
Investigate its diependen--e on the applied magnetic field. ior
Card-1/5

26799
S/142/61/004/002/001/010
The transfer coefficient ... E033/E435
this purpose, the excitation of a resonator containing a ferrite
is investigated*and the fields inside the res-onator determined.
With specific coupling elements, there will exist a basic type of
field in a resonator without a ferrite. When a ferrite-ispresent,
new field patterns are additionally excited. Depending on the
construction of the'resonator, either one or the other of these
types:will predominate. It is possible to design coupling
elements which will couple only to the additional fields and not
to the basic field. Then the exchange-of energies between the
coupling element, exciting the basic field, and the remaining
66upllng elements will depend on the ferrite and*on the value of
its magnetic stated. thus the required relationship can be obtained.
The excitation of a resonator with a ferrite element and having
slots as coupling elements is investigated'theoretically-, the
resonator is loaded by a matched,waveguide. The total field of
the resonator is obtained In the form of the,sum of the basic
field and the fields excited by the ferrite. The latter are
presented as the sum of fields, the configuration of which is
independent of the coupling slots. Then expressions are obtained
for the input and output impedances and'from these results the
Card'2/5

26799
S/142/61/004/002/001/010
The transfer coefficient E033/E435
expressions for the transfer coefficient are-obtained-. Thep
method is-used'to calculate the transfer coefficient of a ferrite
resonator, in which a "gradient" field'is excited'by the ferrite
as suggested by Professor Yu.Ya.Yurov (Ref.8iLavrenko Yu.Ye-l.'
Izv. LETI, 1959, No.39, 20). This equipment (Fig.2) comprises
A rectangular resonator su porting a TElOl type field,and having
two slots. One-of the al excites the basic'field", and'the
other U42 couples only to the field'excited by the ferrite- 4).
To check the calculations, experiments were-conducted-using a
resonator with the internal dimensions 22.5 x 22.5 x 5 mm;
slots 14 x 2 mm. The-.MgMn ferrite element was 4 x 4 X 5 mm
and'was located at a point xo/a = 0.6, yo/c = 0.09. Thw
frequency was 9500 McIA. The calculated and experimental curves
of*the transfer function versus-the applIed-magnetic field strength
show good--agre-ement-. There are-3 figures ancr 9 references:
5 Sbviet and 4 non-Soviet. The four references to English language
publications read as follows:
Whikry W.L., Nelson C.E. IRE Trans, 1958, MTT-6,'No.1, 591
Bowers E.O., Curtis C.W. IRE Conv. Rer,., 1956, 5;
Card* 3/ 5

26799
S/3.42/61/004/002/001/010
The transfer coefficient ... E033/Z435
Hogan C.L. PIRE October 1956- 44, No.10, 1343;
Be'rk X., Lax. B. IRE Conv. Rea., 1953, 10.
ASSOCIATION. Kafedra teoreticheskikh osnov
rhdlotekhniki Leningradskogo elektrotekhnlcheskogo
Instituta Im. V.I.Ullyanova (Lenina)
(Department of Theoretical Principles of Radio-
Engineering of the-Leningrad Institute of Electrical
Engineering imeni V.I.Ullyanov (Lenin)
SUBMITTED: July 6, 1960
Carcr 4/5

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AUIH(fit: Yaw* Yu.
Y-U"Jk-k- (Asnistw*)
polarization
TnIE: Metal-plate Ims fw circular with awmvd =&S
SOURM: Leningriad, Elelctrote3dinictmaMy Inetittits TW* 9 no* 479 IN2 9 S641
MC TAGS: metal plate leneq cellular 2mg ciratilar Polarizat1mg covered
zoning, slotted thin ri4p wavegddelp amed ridge mvegtudeq duwtivity
p3ttern, Wh=ipal lobe
AUSn=: A metal-plate microwave lens dedgm pmposed by E* K. Fkwtw (Trmeo
33M cn Antemias and Fropagatimp AP-69 M39 ;IAy 1958) is ax1ified to pemit
circtdw p9arizatim. 'Do Witwipal. lobe of the directivity pattem of the
antenna is of the ardw of 60 and the beem am be sowned within 4 300 by dis-
Plaxtin the dipdU mw the facal, pLm of the low. 7b match tig wftm to
the Impedaz= of fres space 9 emb cell of the ante3ma Is a rectaMplarumsuldis
loaded vdth mossed slatted thin r1dVe. 7he I= Itself has a s$mIon'
al awfam and an hitunal swrace In the fcm of an ellipsiAd of nw&uti
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7he MW&M 10M dimater is 32.5 CM amd the f0cal distance 'a 32 Cm
axis. thick and the fk&jW Im wd& 2
Tne vaterW jr, sbeet bms 0.5 M 9 the vie~~
do*4 good pgreeaSnt with
kilopame usts of the amterfiA
Wediction.
.1odmtmiches3dy Institut. (janingrad Electro
ASSOCLCICK:
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3"-,_A01)/Y-U ~1) -Pat
ES-MM NR: AP5017818 UR/0286/65/000/011/OOL:~;,"~;-~c~
621.372.221.413
Lavrenko, Yu. Ye.
o. 1714
:'TITLE: Aresonator comparato7for superhigh frequencies. Class 21, 11 '5L
-arnykh znakov, no. 3.1
-SOURM Byulleten' izobreteniy i tov 1965, 45
~"--_IOPIC TAGS: resonator, comparator, shf comparator
s Author Certificate introduces a resonator comparator (Fig. 1 of
ABSTRACT: Thi
frequencies. The deVice Uses a resonator as nt
-Ericlosure) for superhigb an el-me
----for- ad vice is designed
ding-and svbtracting the amplitudes of sbf components~ The de
for good decoupling between the input and output channels in a narrov frequency
band (2-2.5%). A resonator w-ith square cross section is used. Slots are
fields ol
-two adjacent side walls of the resonator which induce two orthogonal t 3-y
TE120 ej~d TE21(). A single diagonal slot is cut in the center of each of the uppcr
walls of the resonator, The longitudinal axes of these Blots are at riiz,ht
.--and loWO-
'ficatiot of thin comparator is also introduced in
angl6s -one another. A modi
which the diagonal slots in the resonator are cut in the center of the upper
ilower wall at an ~Lngle of 90c with respect to one another. Orig. art. hass
MM

ACCESSION IM: AP1017818
ASSOCIATION: none
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SUB CODE.
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ENCLDSURE. 01
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4
Fig. hesonator compasator
Wavequide- - sloss in adjacent
2
side valls; 3 - waveguide section vith
Flange,, 4 - waveguide, 5 and 6 - slota
valzn the resonstor-
1,lTpp- &nd1
;er'D's"-r~ wrivez-.1ide Section with
Card
ORN

LAVRJ!IIKOV, A. .
. (--~ uew t-vpe of periodic action feeler. Tekst.prom. 18 no.4:55-56 Ap '58.
(Looms) (MIRA 11:4)

LINEVP S.; BOIVINI N. (Vologodskaya obl.); L~STOPAD,,.G. (Vologodukaya obl.);
SHIBAIEV, V. (Vo34jqMXd)j BOGDANOV, G.., pomoshchnik instruktora
profilaktiki (Khybyshevskaya obl.); FANOV -- A. powshchnik
instruktora profilaktiki (KuybyBhevokaya obl.5; GRUMUCH, S.
Novosibirskaja obl.),-,8LUPKO, A. (Karel'skaya ASSR); LAVRENKOV., I.
g. Vladimir) sibir's4ya:
~
Readers# letters. Pozh.'delo 8 no.5s29 Mq 162. (MIRA 15:5)
1. Glavnyy inzh. losoperevalochnoy bazy., pos.Malinovka., Kemerovskaya
obl. (for Linev).
(Fire prevention)

.3/2z wooo/ox/Covool
106 1260
c)y
AUTHOR: Barabanav, N.V., Cnnddato of Technical Sciences, Borisovp L-K-s
Z'ngineer, and Lavronkov, L.V-, Engineer
TIT12: Influence of ulcerous corrosion on tensile strength of steel
PERIODICAL; Sudostroyeniye, no. 6, 1962, 47-49
=T; The purpose of this work was to test steel which suffered ulcerous
corrosion (corrosion of submerged parts) on tensile strength. The experiments
were conducted on 36 samples of steel cut out from the hull of a ship operating
for 26 years. The conclusions reached viere; 1.Uh-en calculating strength of
steel c.orroded.by ulcerous corrosion, it is necessary to take into account the
mean remaining.width of tretal. 2. Presence of- ulcerous corrosion does not
affect either the yield point 6-r . 'or.-the yield strength 4 . 3. As a easult
of ulcerous corrosion tho pla-,ticity of steel decreases by 15-2c~-
Card 1/1

BARABANOV, N.V.J. kand.tekhn.nauk; BORISOV, Ye.K&. inzhe; LAMMbMCff_t__L&y.)
inzhe
Effect of pitting corrosion on the tensile strength of steel.
Sudostroenie 28 no*7.-47-49 n 162. . (MIRA 15; 8)
(Hulls (Naval architecture)-Corrosion)

LSYKM. Ye.S.,; lUKASHENKO, H.Pe; ZORIKRIKL,. V.I. -,_I~VHEITOV, B.K.; KLMEWY, M.M.
Natural foci of Echinococcue multilocularle in Novosibirsk
Province* Ned.paraz. i paraz.bol. 28 no.2:206-213 Kr-4p
'59. (MIRL 32:6)
1. Iz sektora eksperimentallnoy parazitologii Institute, malyarii,
meditSinBkoy para21tOlOgii i gellmintologli HinlBterstva zdravo-
okhr&4enAva.SSSR (dir.inatituta - prof.P.G.Siirgiyev, ZaT.Bektorom -
prof.V.P.Pod"yapollskaya) i gospitallnoy khirurgicheakoy kliniki
Novosibirakogo me4itqin*qgo- ~nBt.ituta (.zav.klinikoy I.L.Bregadze).
OCCHINdco-c"COSIS
i~~liiio'cularis, natural foci in Novosibirsk
region, USSR (Rua))

Ku2NMOV,, Yu.B.j LA.VWOV,, B.K.,- CWOVSKIn., G.G.; SHABANOV, A.M.;
SHILD=Or-T-
Icoal use of tripaflav-In in alveolar eohinococoosie of the liver.
Nedparaz.i paraz.bol. 29 no-48421-426 JI-Ag 960.
(MIRA 13 s-1 I)
Io Iz kafedr gospitatnoy khirurgii (zava - prof, IDLO Br adze)
i patologicheskoy anatomii (zav, - of V H. Konstantinov Novo_
sibirskogo meditsinskogo instituta rdir: Prof. GoD. Zaleeskiy)
(LIVER)-HYDATIDS) (ABTISMIGS)

SELIVANOVA, Yekaterina Vasillyevna; LAVREHOV, G., red.; ZHDANOVA, G.,
tekb,ne red.
[Marketing costs] lzderzhki obrashcbeniia. Barneul,, Altaiskoe
knizbnoe izd-vo, 1960. 27 p. (MIRA 14:12)
(Marketing-Costs)

2AIDGINA, Ye.F.; METEIEV, V.Ya.; CHEKAVOVA, N.I.; IAVRENOV, G.J. red.;
MIDANOVA, G., tekbn. red.
(iiperience in the growing of 'Deans in the Altai Territory] Oppyt
vyrashchivaniia bobov na Altae. Barnaul, Altaiskoe knizhnoe izd-
vo, 1961. 30 P. (MIRA 14:11)
(Altai Territory-Boans)

SHmaml, Ivan Ivanovicb- LAVRENOV, G., red.; ZHDANOVA, G., tekhn. red.
(Organization and methodo of the plarming of Soviet trade] Orga-
nizatsiia i metody planirovani;ia sovetskoi torgov.U. Barnaulp Al-
taiskoe knizhnoe izd-vo,, 1960.1 35 P- (MIRA 24:12)
(Russia-4ormerce)

SEMM, Ivan Ivanovich; SEMMOVA, Yekaterima; IAVFMOV, G., red.;
ZRDANOVAO G., tek),m. red.
[Prices in Soviet co=ercal ?Sena v savetskoi torgavle. Barnauk,
Altaiskoe knizlmos izd-vo, 1960. 35 pe (MIRA 2.4:12)
(Prices

L&VRENOV,, I.A.
Activity of the Knyazhitay Rural District Hospital. Zdrarv.
Bel. 9 no.2:55-57 Fl(,I. (MIRL 16:7)
1. Glavnyy vrach Knyazhitskoy sellskoy uchastkovoy bol.1nitsy
Mogilevskogo rayona.
(KUA7HIT.SY-HOS PITALS, RWIAL)

- - - - - - - - - -
-12 2636 -.65 (d)/FSr- (h),61-cZa _2/17~x_ (.r)/YS
ME rk7- VM_ (v'. /INAda-.? avvp ( t, a-z a) / F_-.rp ( k) ae 5b 3 Gh
ACCESSION NR. AP4048024
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AUTHOR: Zavanchkovskiy. B (Architect) ; Lavrenlpy -L'A'(Architect)
Tarasevich, V. (Architect)
-ABSTRACT-. ne authors discuss the advantages an4 disadvantages of
vario-ua MOL configurations, including the torus ("bagel") and otber
9-hapes with cylindriferm ele-ments lying :-.arallel to the ax-is of rota-
tlon~o i-A Df-~-Euc1v=-re)i-,--A=p=~po "e
ular~ en icfi- permit3
near- n" a t I-to::_fDxxa_-'A_'cy1VAeT With
pore Ott. 0
4- g
n pace in the valla (Pig. 2). Other architectural
v
de~rails, such as the use of variable pitch stairways and special
intcrior decor to minimize the peculiar subjective effects of non-
uniform gravity and other environmental features unlike anything en-
CUM:-

~7
404-'8024:-
0 N N R A7
e d Ea-Tth
Count Y6
-are described brieflyi Lunar construction is
a 9 0- d I a- c- u- s-'- a ~- dIt is suggested that lunar structures can best be,
shielded fron meteorites, radiation, and temperature fluctuations by
digging ther into the moon's surface 'gneumatic structures will be
-Infl- ~ I Io
-t table- pref abricated shells ~Yci which""a d t nal units can
be _ A1, dded as desired (Fig* 3). Pioneer structures may consist simply
of'-latge, in flatable canopies of elastic material, intended as tem-
_,..,,-pcrary equipuent and reusable after the "Hoon settlers" have built
-.---and moved into more permanent structures underneath them (Fig. 4).
1- er__3~~vuld__be coms-trur-ted, -of _co_ncr_e_te,_obtAine processing
n genous:.mitteris s, and would extend several sto-reys below the
-j- ~ifilce__ F
-:5) A lunar set-tlement would also. include: 1) Experi
ousts and cages for experimental animalB, These may be
_-con_s1_ir,uc-fe'd_'ss_ separate cells, with light fIlteks In their upper
parts--.: Bac u
h j'cb "cell" could be detached and brought indoors for
study or repa"r. 2) Portable sectional passageways for external
-between individual-Anstall'ations' -3) A-ppberical green-
house-laboratAiry designed for studying closed ecological systems
(atmosphere-atimal-plant-atmosphere)t The external surface of the
Card

V-226~~

-NR t
ACCE-SS
ioN, P 04c8024:

ph- _vI ove -h' mental caiei, ~~hic n. be. raised or
0"c
&P. ip rq I b te'd wit sc Ca
low-
d to: -regulate- beat 7
-..Are I ~pn 10s's -.0ther- ossible types
p of

~_-,.-cona_tructioi.' ou
eb as- inverted arches (f 'r pressurized structure s) and
pneumatic mi,dules are shown (Figs. 6 and 7)e Orig, art4 basi 14
f-ij u'r-e s, IDPI

0()

77.7 -
SUV--t0DE:-
PH SV
N Q_ --az F-. - S o Vf. 0,00-,'', :OTHER: 000 ATD P RY, S S 1 3170

Proposed:HDL couligurstivns

vl'Jrt nAITRIZ n.&
Fiz.--~~ 5 ~Permanent installation
(conexete construttion)

.05
:AP4048024

Y7

-~14
1

Fig. 7. Pneumatic modules
Of laninalted elastic ma-

.I- LLVMOV..N.; OCKAGOV, H.
Important means for educating youth. Prof.-tekh.obr. 11 no.8:26-28
N 154. (KM 8:1)
(Technical edneation)

TAVRENOV, N.I.
Improving the frost resistance of acrylic film on chrome leather.
Ieg.pron. 14 no-7:39-0 J1 154. (MLRA 7:7)
(Leather)

LAVRIHOT, V.A.
Automatic control of the cooling system fan. Blek. i tOPL
t4aga 4 no- 12:12-13 D 1606 (KrRA 14:1)
1. Pomoshchnik mashinista teplovota, depo Leningrad-Passathirskiy-
Moskovskiy.
(Diesel engines-Oooling)

LAVRENOV, V.K.
Uvo of colibactorin in diaoasen of tho digentive orWa. V.-ach.
delo no.9:128-129 S 161. (MIRA IJI,:12)
1. Druzhkovskaya gorodskaya bollnitsa No.2.
(DIGESTIVE ORGANS--DISEASES) (ESCHERICHIA COLI)

IkkvRwovt V.,Z* I
-n
Alectromachanical markers. Siul. TMICBX no.21:50 157.
(MIU 11S5)
1. Makayevskiy matallurgicheakiy zavod,
(Marking devices)

LLUMOV, V.Z.
V- .
Water-cooled hot-blaet connecting-piece flanges in air heaters,
Blul. TMICHM no.22:48 157. (MIRA 11 -5)
1e Hakeyevskiy metallargicheskiy zavod.
(Blast fmmaces)

JAVMOV v z
*~' , 0 -
1 -- I --"~ I
Nsw methocl O:f purifying high-proomm blast-fmmaoe gas. Bluls
TSNIICM no;6t44 138. (MIRA 11:5)
1'. K%keyevskiy metallurglebookly zavodo'
(Scrabber (Mismical tachnolog7)),

LAVRENCV, V.Z.; TSEKHMEYSTER, V.Ya.; LIVSHITS, S.M.
ce,-,wor the transportation of sintered dolomite. Metallurg
6 no.7:40 J1 161. (MIRA_14-6)
1. Makeyevskiy metallurgicheskiy zav9d.
(Dolomite) (Materials handling)

36081
V135/62/000/004/014/016
pooo AOO6/AlOl
AUTHOR: Lavrenov, Yu. A., Engineer
TITLE: Crystallization cracks in welded joints of AMr6 (AMg6) alloy
containers
PERIODICAL: Svarochnoye proizvodstvo, no. 4, 1962, 35-36
TEXT: To reveal the effect of warping on crack formation, boiler shells
whose circumferential length differed by 3 - 15 mm, were welded. General and
local warping of the butts was then observed. The magnitude of warping was
determined by measuring the elevation of one edge over the other. In two-layer
welding of shell butts with 3 mm difference*of circumferential length, cracks
were not observed in the weld metal. At a greater difference, cracks appeared
whose amount increased at a higher welding speed. Calculations and experimental
data show that the metal of the initial layer can be heated to 430 _ 6500C when
the'second layer is being applied. Cracks during warping were only observed in
joints, where the metal of the initial layer was heated over 520 0C. It is
recommended to prevent crack formation in weld joints of thin-walled Amg6
Card 1/ 2

S/135/62/000/0()4/014/016
Crystallization cracks ... A006IA101
structures by using single-pass argon-are welding processes; double-pass welding
can be employed when devices are used which prevent the warping of the welded
butts. There are 1 table, 4 figures, and 2 Soviet-bloc references.
- Card 2/2 -

L 11541"66 Bqtth)/gtip(v)/T/PWP(t)/EWP(k)/t IJP(C) .10/14M
0001022100071000A
ACC,NRo AP6000614 SOURCE CODE:~ UR/6135/65/
-AMOR:.. _-;-1avrenavy, Yti. A. JEngineer)
:ORG,.~ none - -
Effect --of. electrode size and shape. on tbe~_,P.urrent field in s ot welding
7
SOURCE:'- - Svaro6noye - Proizvodstvo, no. 12,:1965 7
ap6t welding, welding electrode,' alikinum alloy, duf"'tia
TRACT Al we t weld
3 loy sheets (1.5-3.0 mm thick): re spo ed with dif-
:~,feient'.,electrodeC -under variousconditions. By decreasing the distance (Y ) between
a
-k
e~wor sitrface and the water channel hole frm 20 to 9 mm and frce 15 to 6.5 mm, the
~~ion zone in.-the:sheet was diminished by 10-15% for constant electrode width (20 mm,
Stren
gth did:.pot deviate-frcm the standard limits. However, for different sheet
thicknesses &d:.welding conditionsi the strength decreased,as Y decreased. The same
a,
wasfound.for._increases in electrode diameter, despite the fact that a constant cur-
1. rent.feeA waskept between the electrode and the part. This was the result of heat
..transfer. conditions -arising from the, change in mass of the electrode and the changes
ri- Wate
r carculation , An explanation of the electrical~contact mechanism based on
micro-contacts arising between.the electrode and partis given. The actual curTent is
an,i aggregate of microcurrents. Pressure. on the spot welding process increased the num
1.01
1/2 UDC: ZI.79,1

YELAGINA, N.V.; HIRZAYEVA, A.K.; LAVRENOVA, A.S.; KAZANSKIY, B.A.
Synthesis of spiro[5,5]undecane. Neftekhimiia 2 no.3:265-269
Yjy-je 162. OURA 15.8)
1. Moskovskiy gosudarstvennyy universitet imeni Lomonosova,
kafedra khimii nefti.
(Spiroundecane)

50)
AUTHORSs
TITLE:
PERIODICAL:
ABSTRACTs
Poddubnaya, N.A. and LayrenovaG.I. SOV/55-58-3-20/30
17
Production of Some Diketopiperazines Consisting of two Dif-
ferent Amino Acids and the Investigation of Their Properties
(Polucheniye nekotorykh diketopiperazinov, sostoyashch-ikh i7
dvukh razlichnykh aminokislot, i issledovaniye ikh svoystv)
Vestnik Moskovskogo universiteta, Seriya mdtematiki, me1d3:exdk:!-i~
datrbn6miis fiziki.. kbi-li 1958#Nr 3,pp 165-176 (USSR)
By cyclization of depeptides in glycol the following composite
anhydrides are receiveds glycyl-alanyl-, glycyl-valyl-, glycyl-
leucyl-, glycyl-phenylalanyl- and 1-leucyl-l-tyrosyl-. The
following composite saroosine anhydrides are receiveds sarco-
syl-valyl- and sarcosyl-phenylalanyl (not mentioned in the
literature) and sarcosyl-glyoyl-.
The character and the time of decomposition of the obtained
anhydrides has been investigated by observing the absorption
intensity in the biuret reaction, If the nitrogen of the
diketopiperazine has a bentyl radical, then the cycle is ex-
tremely stable and is only split up under longer cooking with
concentrated hydrochloric acid.
Card 1/2

Production of Some Diketopiperazines Consisting SOV/55-58-3-20/30
of two Different Amino Acids and the Investigation of Their Properties
There are 2 figures, 6 tables, and. 19 references, 3~of which
- are Soviet, 8 German, 7-American, and I Swiss.
ASSOCIATIONs Kafedra organioheskoy khimii (Chair of Organic Chemistry)
SUBMITTEDs February 11, 1957
Card 2/2

/1/0
79-2-27/64
AUTHORS: Poddubnaya, N. A. , Lavrenova, G. I.
TITLEt The Production and Investi~;ation of Some Properties oS N-Zonoauino-
acyl Substituted Sarco sine -Dillcc topipe razine s (PolucheniYe i issle-
dovaniye nekotorykh svoWotvN-MMOaMiliOat,3ilza.-.leslicl,'Ienn~~l-,h _,arkoza.-
nov.ykh dike topipe razinov)
PERIODICAL: Zhurnal Obsbchey Mnimii, 19~76, Vol. 28, Nr 2, PP. 404 - 410 (USSR)
r
ABSTRAM Ilonoucyldiketopiperazine (reference 1) was for tho firot time pro-
duced in the interaction of diacetjlkctopiperazine with a nunber
of fatty and mixed amines in ether- and benzene-oolutiona, indepEn-
dent of the molar interrelations of the components. In the present
worit thE authors syntbesized a number of 111-uonoaminoacyl derivatives
of dike topi-oerazinu s containin- a tertiary nitrogen in oroer

,u.~,inted with the rules ~;ovcrninj the nole-
to ~;et cunsequcritly acc
cule that are in connection with t'he occurrence of Ciiailar _touD.
Besides the introduction ol' sarcooine into the i-ioleculeS Of thO
com-pound -to be inveatiLzateC is of special intereat, au this amino
acid, beside N-methYlvaline and proline, rupresents a co,!i.,onLnt of
the antibiotics - actinomycine C (reference 2). The otructure of
this antibiotic has not yet been finally proved, but acccrdin~-,- to
Card 1/3 the au.-thors' data the sarcosine-anhydride and the leucyl-proline-

79-2-27/64
The Production and Investig,!tion Of Some Properties of llvllonoa.~.iinoacyl SubstitLtd
Sarcosine-Diketopiperazine-s
anhydride form under tile influence of h~-drazine hydrate upon the
compound. This may be caused by the splittind of 'Uhe aminoacyl
linkaC.e. The acylation of the sarcosine-anbydrides was performed
by means of N-nhthalyl-substituted chlorine anhydrides cf am.ino
acids. These latter are very stable on beating and the diketopipe-
razines are well acylated by them. The obtained IT-phthalylamino-
ac-1 derivatives and their properties are Civen in table 1. The
slow formation of copper complexes (as a consequence of the decon-
position of the diketODil:erazine ring) is characteristic of all
mono- and diaminoacyl, deriva-6ives of diketopilerazine-c. In this
connection, in comparison to free tripeptides, as Yd-1 in the one as
in the others a displacement of the maximum is observed (table 2).
The results of the measurements of naxina of the absorption spec-
tra are to be seen in table 3. Summaryt 1) The 11-monophthalylai:.,ino-
acylated derivat:hes of sarcosine anhydrides uere synthesized for
the first time: l-,T-ph'L.*-Ialylglycil-sarcosyl-d, 1-valinanhydride,
11-1~litulyl-d,l-valyl-3arcosylwglycinanh~rdride and _I,--.-phthalyl-d,1-
-norleUe,rl-sarcosyl-d,l-phenylalaninanliydride. 2) The mixed 11,111-
-diphtlialyl,iminoacyldiketopiperazine-IT,NI-diphthalylGlycil-d,l-
-plienylalaninanhydride was synthesized for the first time. 3) The
Card 2/3 abaorption s.-pectra of the biuret complexes which were obtained from

79-2-27/64
The Production and Invcstigation of Some Propertiea of 1!-"Jonoaja~noacyl '_z'ub3tituted
Sarcosine-Diketopiperazines
I'l-phthz,lyla-.qinoacyldiketopiperazine were measured. 'The scheme of
their deco.,,iposition in an alk.aline r.-icdium was confirood b.,i the syn-
thesis of plithaloyl-Glycil-valyl-sarcosiDe and phthaloyl-.-ljcil-
-valine. 4) It vlao shovin that urr3er the influence of the hrdraninc
hfdrate upon l~-nonoplitbalylLIjinoacyldiketopiperazines a 61,littin3
at the amino-acyl linj'-,a,,e tj~lccs place. Tbere are 3 tables, and 10
references, 6 of which are Slavic.
ASSOCIATIO1,11: lbsccyw State University
osccovskiy -osudarstvennyy universitet)
SUBMITTED % January 7, 1957
AVAILAMEs Library of Congress
Card 3/3

IAVREIROVA, G.I.; PODDUBITAU, N.A.
Properties of amino acids and peptides containing a tertiary
nitrogen atom. Part 7; Comparisbn of thkabsorption spectra
of,copper complexes of N,N-dibenzyltetrapeptides contalzing
proline and sarcosine. Zhurs. ob. khim, 31 no*8;2474-24rr7
Ag 1614 (MIRA 14:8)
1. Moskovskiy gosudarstvennyy univeraitet imeni M.V. Lomonosova.
(Tetrapeptide)
(Copper organic compounds-Spectra)

PODDUBNAYA, IN.A.; *VRENOVAp G.I.*_ KRYSIN, Ye.P.; MAHVNINA, L.G.
Chemical structure of antibiotic alb=ycin. Part 1: Separation
and identification of a pyrimidine base. Zhur. ob. khiTn. 31
1 no. 11:3820-3826 N 161. (MIRA 14: 1-1)
(Albomycin) (Pyrimidine)

PODDUBNAIA, N.A.; LAVERNMA, G.I.; XMIN, Ye.P.; MAMWXM, L.G.
Reply to the conments by 0. Mikes., IA. Turkova and F. Sorm,
Zhuroob.khim. 32 no.10:3462-3463 0 162. (MIRA 15:11)
(Uracil)

PODD.UBNAYA, N.A.; IAVRENOVA Qol.
Transformations related to the presence of a pyrimidine base
in the albonycin molecule. Vest. Mos.k. un. Ser. 2: Khim. 18
no.5:65-67 S-0 163-0 (MIRA 16:11)
1. Kafedra organicheskoy khimii Mookovskogo universiteta.

IAVRE-N FODDUBNAYA, N.As
Structure of the pyrimidine base, a constituent of tjW albonycin
sztibiotico Zhur,obkhin, 33 n0.4'.1379-1380 Ap 163
jMIJU 16;~)
(Pyrimidine) (A'lbojvcin)

PODDUBNAYfi., N.A.; LAVRENOVA, G.I.; ANDRONOVA, T.M.
Structure of the pyrimidine base, a constituent of albomycin.
Zhur. ob. khim. 34 no. 3:1.030-1031 Mr 164. (MIRA 17:6)

IAVRENOVA , -G-I.; IIODDUBNAYA, N.A.
1'1-,~~,--,~
Structure of albomycin. Part 8: Transformations rela"Sd to the
presence of the pyrimidine base in the albomycin molecule. Zhur.
ob. khim. 34 no.9:2864-2868 S 164.
(MIRA 1?: 11)
1. Maskovskiy gasud-arstvennTj universitet.

ACC NPh AP7011818 SOURCE CODEs UR/0079/66/036/012/2096/2098-
AUTRDRs Lavrenova, G. I.; Revinno Lo P.; Poddubnaya, No A@
ORGt none -
TITLE: Chemical structure of the antibiotic albomycin. XV. Nature of the
pyrimidine base of the inactive fraction A-1
SOURCE: Zhurnal obshchey khimli, v. 36, no. 12, 1966, 2096-2098
TOPIC TAGS: antibiotic, albomycin, hydrolysis
SUB CODE: 07
ABSTRACT: It was shown in earlier work that clinically applied albomycin consists
of five fractions. Of the three principal fractions (A-1, A-2, and A-3), only one
(A-2) is physiologically active. The chemical constitution of A-1 and A-3 Is of
interest, because they are products of the conversion of A-2. The study of A-1
and A-3 may yield data on the structure of the antibiotic and on the reasons for its
inactivation. In the hydrolysis of A-1 with 72% HC1041 1-methylcytosine formed,
just as from A-2 under the action of this reagent. Hydrolysis of A-1 with Ba(01f)2
resulted in splitting of the pyrimidine ring, wheres, N6-metbyley-tosine formed from
A-2 under the some conditions. -The UV spectra of A-1 in an aoueous solution and in.
solutions in 0.01 1(,HC1 and 0.01 N.NaOR were.determined. Orig. art. has: 2 tables.
Card III dMs 40.3U7
$P4j._A 615.779.9310

ACC NR, AP7011819 SOURCE ODDEs UR/0079166/036/012/2098/2101
AUTHOR: Lavrenova, Go I.; Revina, L. P.; Poddubnaya, No A.
ORGs none
TITLE: Chemical structure of the antibiotic albomyc1n. XVI. Methylation
of the pyrimidine fragment of the Inactive'fraction A-1
SOURCE:* Zhurnal obshchey khtmil, v. 36p no. 12, 1966p 2098-2101
TOPIC TAGSt antibiotic, albomycin, methylation, amino acid
SUB CODE: 07
ABSTRACT: In the methylation vith diazomethane of the A-1 fraction of albomycin~p
:sub;titution of hydrogen in the amino group of 1-methylcytosine took place and
1,NO-dimethylcytosine formed. The latter Vas identified by comparison of its
properties vith those of synthetic 1,N0-dimethy1cytosine. On the basis of the data
obtained. It was cvnRlpdecj Oat. the pyrimidine base In bound to the amino iteld
CJP'
moiety of A-1 over N3. orig. ai~o hass 2 tables# RSt' 400350
Card
UDCo 615.779.931

XRkKAREVA, T.V.; SHWIMJ111, V.14.; LAVRENIOVA, L.G.
!r. -.
Potertiome-tric -' tbiourt:t and formamidine disulfide.
Izv. SO AN SSSR nool,.Ser. I&Lm. nauk no.2:101-105 'U+
(MIRA 18:1)
1. Institut neorganicheskoy khimil Sibirskogo otdeleni-ya Ali
S53R, Novosibirsk.

KHCZHAINOVY N.P., dotsent; TOCHILIN, M.S., prof.; DMITRIYEVSKIY, V.S., dotsent;
CHERNYSHOV N.I., dotsent; FETRINA, Z.D., predpodavatell; LAVRENOVA,
assistent; RASKATOV, GJ., dotsent; PREOBRAZMISKPJ A-,"f
I . V.
dotsent; SHRWOVA, G.V-)
dotsent
Sawa Gavrilovich Vishniakov~ 16'q7-1964; obituary. Lit. i pol. iskop.
no.6%179-180 N-D 164- (MIRA 19:3)

MLZUROVA, -T.H.; POPOVA, T.I.; SIDMHKOVICH, A.Ya.; SHBVEILEVA, A.A..;
. Gmm, 1. 1.;
Letter to the editors. Stonatologiia 38 no-3:72 W-Je 159.
(MIRA 12:8)
(MSTICS)

ACC NRt
AP6021788
MVEWORS:
ORG: none
SOURCE CODE: UR/0413/66/000/012/0052/0052
Garachuk, V. K.; Lavrenshenko, G. K.; Nayer, V. A.
TIT-LE_:- A low temperature device. Class 21, No. 182778 Zd-nnounced by Odessa Techno-
logical Institute of the Food and Refrigeration Industr-y (Odesskiy tekhnologicheskiy
institut pishchevoy i kholodillnoy proqrshlonnosti)_7
SOURCE., Izobreteniya,, pronVshlennyye obraztsy, tovarnyye znaki, no. 12.. 1966, 52
TOPIC TAGS: refrigerating system, refrigeration, refrigeration engineering, refrig-
eration equipment, Ettinghausen effect, Peltier effect, thermal battery, low tempera-
ture battery
ABSTRACT: This Author Certificate presents a low temperature device based on the
effects of Peltier and Ettinghausen (see Fig. 1).' For the simultaneous utilization
of a thermoelectric battery as the generator of lour temperature and as a source of
the magnetic field for the Ettinghausen cooling device, the thermal battery is made
in the form of a cylindrical solenoid.,
Card 1/2 UDG: 621062.2026.48

Card 2/2

ASTAKHOV, A.G.; FEDOROVSKIY, N.V.; ARIYMBAYEV, V.V.; LAVRENTIK, I.I.;
14AKOVSYJY, V.A.; SUMSKOY, N.A.
Determining the limits of shiftina of the maximum temperature
zone along the length of a sintering machine. Met. i gornorud.
prom. no.2:18-20 Mr-AP t65. (MIRA 18:5)

-Am4O35.372 BOOK EXPLOITATION S/
Kabakehi., Aqdrey Mikhaylovich; Lavrentorich,, TAroslay Iosifovich; Pon kovskiy,,
Vladimir V-1adimirovich
Zhemical dosimetr7 of ionizipg radiation (Mimicheskaya. dozimetriya ioniziruyu-
shchikh izluchen'17) . Kiev, Tzd-vo 'AN UkrSSR,, 1963, 155 n. illus., biblio.
Errata slio inserted. 2,700 coniea printed. (At head of title: Akademiya nauk
UkrainBkoy SSR. Institut fizicheskoy khimii ime Le V. Pisarzhevslwgo)o
TOPIC TAGS:chemical dosimstry,, irradiation
FMPOSE AND COVERAGE:.Tho book covers the theoretical and experimental material ac-
cumulated inrecent years in the field of chemical dosimetry. Attention is given
to the nossibility of using methods of chemical dosimetry for the solution
of problems that are difficult or impossible to solve using other methods (measur-
ing the absorbed dose in Joules per kilogram, separate determination of tho-doses
of several ty-pas of irradiation.. measurement of large. doses,, etcj. The book in-
:,:,cludes a detailed examination of the technique of determining the value of a dose
by chemical methods in practical problems* The book is intended for a wide audi-
Once of specialists concerned vith measurement of absorbed energy of various types
of radiation,- It can be recommended for graduatd studente mid students specializing
Card V2

(1) PC-4/Pr-4/
Pd-4--
:--ACCESSIO.N~NR: AP5013780 UR/0073/65/01/005/0440/0444
-+772/773
541.14+541.155
'~-~':'AUT90R: Lavrentovicb, Ya. I.; Levop, A. I.. Kabakchi, A. M.
'~with various linear coefficients of enerp_-.,
TITLE- The effect which radiation
s
transfer has on polymer Mms taining dye
Yn
Ukralnskiy khimicheskiy zhurnal, v. Zl, no. 5, 1965, 440-444
~-T -
ation, polymer film, dye, polyvi-nyl alcbbol
&GS: radi
An e- ffo-'t a;~ made to determine the effect of the kind and energy of
Ti r w
`--r'aamiati the nature and degree of radiation-ch"eimical changes in polymers
base7d on polvvinvl alcohol.4 Fi2ms were subjected to the y-radiation fro-m Co5O
t en ea-r- r--l-action -or ucts of boron-10 at-oms with thermal neutrorz, P.
7
Completely deacetylated polyvinyl alcohol with a molecular weighi
105,000 was used to produce the films, An MBI D microscops was used to asu~
-thickness 180-90 mm). The -t-radiatior. of the C060 was varied frcm
the film t
50 rad/sec. In the case of radiation by the DION,OU7 nuclear reaction pn-'Ddllicts

a-
.,,ACCESSION NR: AP5013760
the tests were conducted with streams 2.sel-
of f rom 109 to 1030 neutrons/cm
change in linear energy transfer has little effect on the yields of" -~he
'processes of the decolorization of dyes. The decolorization of methyl b1,,~e is
~by- tbe consumption -of two reduction -equivalents while for methyl oranve
-Thereforei it may be assumed that the reduction is not caused by
direct interaction with the products of radiolysis of polyvinyl alcohol, in par
ticular with the atoms of hydrogen, but is due to other causes. Most prol-~3h`v
..-the.radiation energy trsnsfer in the polymer is in the form of excitat Tt
-may be zissumed t1hiat the excitation mig-rates along the system of hydrogen ~~nds
from the place of its initial occurrence to the molecules of dye. Orig. a-
has: 2 equations, 4 figures, 1 table.
j.
ASSOCIATION, Institlut fiziches)-oy khimii imeni L.V. Pisarzhevskogo All UkrSSR)
(Institute of Physical Cbemistry, AN UkrSSR)
SUBMITTED: -16Jan64
NO REF SOV: 012
'Card 2
ENCL: 00 SUB CODE, GC, ITP
OTHER: 009

~ ~- n u i -~ t-'-' r\) 1i ) 7-IL- (,/ ) K-3 ~
LAVRENT I
Make way for progressive methods of work. Sov.orofsoiusy 5
no.6:46-50 Ja '57. (KW 10:7)
1. Strogallebehik stankostroitelinogo cavoda. imeni Sergo Ordzhonikidze.
(Efficianoy, Industrial)

-LIVRENT lysvs-A,-
in irdeper&nt Bvxm* Vresbe torgo 41 no.1324,25 161. (MIR A 24; j
Oma-Bw nomic. co nditl*us)
(Rusoiso.-Foreign econoAa reUtiOns--Burma)
(Burma.-Foreip economic relaUong-Ruosia)

y.
n*
jV
L&VM lylvi A.
Architectural embellishment of highwayA.Art.transp. 32 no.6:24-26
Je,154. (MLBA 7:9)
1. Glavnyy arkhitaktor Gashosdora.
(Roadside improvement)

tHVU=-j'V-# ohofer (Moskva); LAVRENTIUV. A, &vto3.yubitelf (S~jtpkar);
GRIGOR~YAZI, V.,* shofe~-FTb-4jii- . A. inzh, taii;
; VAS ~.'YZV
-RAVVOGnTp M. (HOSL-7a); ViTwal JChef =br,--1wAKOVLEVza
I artoslesa r'
'(Chirchik); VINOKUROV, A.; BUELIK,"TO, er; LOKOTI, L,
Automobile drivers speak todaYe Imbrei rats. no.gtg-.U S 162.
(MIRA 16
It 'Sellkhoztekhnikafl? Chelyabiwkaya obi. (for Vasillyev). 2. Nachsllnik
tsekha Konservnogo zavoda., g.Temp* Krashodarokogo kraya (for
VinOkurOv)- 3. Konse'r~~ff zavod,'g. TOmryUl Krasnodarskog6 kra7a (for
Bublik, Lokot').
(Automobile engineering"Technol~gical innofations)

G BMIM, M~F-; Prinimli uchastl:yes DMAYEVAj P.F.;
OR=K~ZjjjO;j IA ITIYEV A.A~.
Z.b
Crystallization of rabbqrs at law temperaturep under a eassion.
Kauch. i rez. 20 rw.ntn;.,i5 N 16if, Offri5a)
1. Nauchno-issleclovatel.skily institut riezinovoy proF.~,.,sblennosti.
(Rubber') (Crystallization)

LAVRENTIYE-V PIPIKOV D. I., IMERYUK, G. YA., 7VESKII, C-.,
1ITMUSTSFIEVSKIY, V*'P.
ertain charReteristics of the plagne focus in the Centrnl Asian
upland, and the T)rogress made tow-.Lrd :Lts e13.nination." T).229
Prraz
DeEnratoye '0
balezn-Yam. 22-29 011-'~yalbrya 1,99 (T,-nth Con'-_rcnce on Par-a itDlo.-' cal
-i;ith Na' ral oci 22-29 Oc'o, -r l' 5~59), 7-'o.,:cow-Len-.n,, re,"
Pro*nl1.-jIr and Diaozc, U!
55, Acadeny of Meftcal Scicnc:..., and Acac~c-.-T of Scicnces 'U&~', "o.1
2"Itpp.
Central Asiatic Antiplague Inst. add the Kirgizian Antiplague Station/Alma Ata

LAVMIV-M A F,
Sensitivity of Caspian susliks to experimental plague and
the course of the infection process In theme Izr. AN Kir.
SSR Sr.biol. nauk 4 n0,071-76162, NIRA 16s6)
(SUSIRS-DISEASES AND PESTS) (PLAGUE)

TIEVIP M.I.; SUCHKOV, YU.G.; ORLOVA, G.M.; GERASYUK, L.G.; SHKODA, A.M.;
PEYSAKHIS, L.A.; STOGOVA, A.N.; IDPATINA, N.P.; SUMARVIKOVA, N.A.;
PAK, G.7u.; W1,1111OV, K.M.; DONSKAYA, T.N.; 11PS5011OV, L.S.; VEXIBU-1'
V.I.; MRTAZANOITA, E.Sh.; SHTELIMAN., A.~.;
BASOVA, N.N.; GOLKOVSKIY., G.M.; KULOV, G.I.; SAT-AMOV, N.3.;
ZALYGINA, N.I.
Results of the testing of the reactions of passive hemagg1l'ildnation
and neutralization of antibodies in the epizootologic examination of
wild rodents for plague. Zhur. mikrobiol., epid. i imnnn. 40 nv.12:
118-119 D 163. 0-11%Pi 17:32)
1. Iz Rostovskogo i Sredne Aziatskogo protivochumnykh instiiutov,
Chimkentskoy, Taldy-Kurganskoy, Aralomorskoy, Turlmenskoy, Astrakhanskoy
i FrunZen3koy protivochumnykh stantsiy.

L
LEVI) M.I.; SUCHKOV, Yu.G.; ORUNA, G.11,; GEILASYH~ L.Gi,- AJ".;
?EYSAYL113) L.A.; 6TCPOVA, A.11.; TMATINA, N.F.; SUKHAI'd4IYOVA, N.A..;
PAK,) G.Y.; MUMINUI, K.11/'. 7 If*.)-
V.I.; MURTAZAROVA, B-S ; S11iS11Vdv', A.I.;
N.P.; KUMV, G.I.; GOLKOVSKY, G.M.; SALAIIOOV;~-N'.I.; ZALYGIlik, N.!.
Significance of sarological methods Ln the epizootologicaj study
of plague in wild rodents. J. hyg. epidem. (Praba) 8 no-4:422-1+27
16/+.
1. Institute of Sc-ientifie Research, Rostov on the Don and Central
Asian Instdtute of Scientific Research, U.S.S.R.

LAVRENTIYEV, A.F.;-STESHOV, V.A.
Promotion of the standardization at a plant. Standartizatsiia
29 no.5:56 My 165. (IMM. 19: 1)

LAVRENTIYEV, A.F.; STESHOV, V.A.
Raise the importance of standardization departments. Standartizatsiia
29 no.1:55 Ja 165. (KIRA 18,W

1~
.-. - . rrzr~nut4ng tbe Gcl)TlcMkc ~tsnndard' Zation of machine
- I -
comporients. 2~ no.,2,~6,3-85 F 165- (MA 18W

BITNER, Z.F.; LAVRENTMV, A.F.; BELYAIEV, S.L.
Increasing the service life of spindles. Metallurg 8,
no.2:33 . F 163... (MIU 16:2)
14. Chelyabinskiy meta3lurgicheakiy zavod.
(Rolling mins-Design and construction)