SCIENTIFIC ABSTRACT ALEKSEYEV, A.P. - ALEKSEYENKO, M. F.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000100920002-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 20, 2001
• Sequence Number: 2
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

AVEMANER V. Boris Sergeyevich; 4LzKUYSV, A.F.;, UBOLOTSKIY, F.D.;
KOMAKOV, A.Yu.; NZGOIkiYEV, V.I.; MIYEV, I.A.; SARSATSKIKH,
P.I.; CHLRUTSKIY, A.P.; SHOMINOV, I.S.; BABKOV, Y.F., doktor takhni-
cheskikh nauk, professor, redaktor; GRVANOV, V.G., redaktor; K&LIKO-
VA, N.V., tekhnicheakiy redakt'or.
[Handbook for road foremen] Spravochnoe rakovodstvo dlia dorozhnogo
mastera. Pod red. V.7.Babkova. Moskva, Nauchno-tekhn. izd-vo avto-
transportndi lit-ry, 1954. 450 p. [Microfilm] (MLRA 8:2)
(Roads)

BYALOBZHBSXIY,Grigoriy Valaryanovich; AIRKSIYBV,A.P., redaktor; KALIKOVA,
N.V., takhnicheskly redaktor
[Snow drifts and how to fight them] Sneshnys zanosy i b6r'bh a nizi.
Isd.2-os, perer. Koskya, Imichno-tokhn. isd-vo avto-transportuol lit-
ry. 1955. 47 P. (KLRA 9-.1)
(Suov removal)

"; ~ . ' ' - ~~ L- I - v , 11 1 - I i
- - - 1) - - - -
TELRGIN, Mikhail Takovlevich; BAYWBZIIRZIY, Grigorly Valarianovich;
KORSWISK IY, Mark Bori9ovich;ALYMIM, A. P., redaktor: MALIKDVA,
N.Y.. takhnicheBkiy redaktor. -T
(Maintenance and repair of automobile roads] Soderzhanie i remont
awtomobilInykh aorog. Moskva, Nauchno-tekhnichaskoe izd-vo avto-
transpo. lit-ry, 1955 185 p. (HLP-A 8*12)
(Roads-Haintenance and repair)

ALZKSEYNV,A.P., inzhener
_i 1: -,,-_~,-._~
Maintenance and repair of automobile roads abroad. Avt.dor.18
no.4:28-29 Jl-Ag'55. (MIaA 8:11)
(Roads--Maintenance and repair)

TBIXGIN. X.Ya-.; KORSUNSKIY, M.B.p ZBLIMANOVICH, H.S.;_ALEKBEYBY, A.F.,
redaktor; KALIKOVA, N.V.. tekhniche;okiy redaktor
[Ifficieacy and life characterietice of flexible road surfaces]
Rabotosposobnoett i meshremontnys aroki sluzhby nezheatkikh dorozh-
nykh odezhd. Moskva, Nauc7jno-tekhno izd-vo avtotranap. lit-ry, 1956.
164 p. (MISA 9:11)
(Roads)

-T
MOROZOV, 5.1.,.kand. tekhn. nauk.: D.MIISOV. Ye.M..-SAFROITOV, V.N..
RITOV, M.N., kand. tekbn. nauk,; GRIBEHO.T.Y., kand. tekhn. uauk,;
BELICEMO, D.M., kand. tekbn. nauk,; ALEKSEYEV, A.P., red.;
MALIKOVA, N.V.. takhn. red.
[ProgressiVe Dractices in road organization] Peredovoi opyt v
dorozhnykh organizataiiakh. Moskva, Ilauchno-tekhn. izd-vo
avtotransp. lit-ry. Uo. 2. 1957. 35 P. (MIRA 11:11)
1. Moscow. Goeudarstvenny7 Yeasoyuznyy dorozhnyy Nauchno-
i9sledovatel'ski)r institut.
(Road construction)

LYSIXHINA, A.I., kand.tekhu.nauk; KOZLOVA, Te.N., kand.takhn.neuk-,
AIRKSEYEV 01. A.P,, otvetetvenny7 za vjypusk; GALAKTIONOVA, Te.N.,
[Technical specifications for installing pavement and roadbeds
of broken stone, gravel, soil and other mineral materials mixed
Vith asphalt or tar] Tekhnicheakis pravils ustroistva doroshnykh
pokrutii i oanovanii iz obrabotannvkh bitumom ili degtem shchobnia,
graviia, grunts i drug1kh minerallnykh materialov. VTF 106-57/
Glavdorstroi SSSR. Moskva, Nauchno-takhn.izd-vo avtotransp.lit-ry,
1957. 146 p. (MIRA 10:12)
1. Russia (1923- U.S.S-.R.) Glavnove upravleniye po atroitellstv~2
aytomobillnykh dorog.
(Road materials)

H3KRASOV, Vladimir Konstantinovich; KAIXGHITS. Yevgeniy
KOGAII
ALIMMIJoPe --rqde - # FeLe, tekhn.red.
[The bu*ildirig of a*utomobile roads] Stroitel'stvo
Xoskyas Hauchno-tekhn.izd-vo avtotransp. lit-ry,
(Road construction)
Vitallyevich;
avtomobillrWkh dorog.
1957. 486 p.
(Hru 1112)

IGOLKIN, N.I., insh.,; ALICKSBYRY, A.P., inzh.
Highway maintenance and repair service during the last 40 years.
Avt.dor.20 no.10:32-33 0 157. (MIRA 10,12)
(Roads-Kaintenance and repair--Hiatory)

9
BOCHIN, Valeriy Aleksandrovich, inzh.-dorozhnik.; ALUSLTV, A.F., red.;
ZUYXVA, N.K., tekhm. red. "~L7 ~---
[British roads; bighway engineer's notebook] Dorogi Anglii;
zamptki inzhonera-dorozhniks. Moskva, Nauchno-tekbn. izd-vo
aytotranept lit-ry, 1958, 85 P. (MIRA 11:11)
(Great Britain--Road construct'-on)

ALICKSEYEV. A.P., red.; MALIKOVA, N.V., tekhn.red.
[Elimination of seasonal aspects in road construction] Likvi-
dataiia sezonnosti doro2hnykh rabot. Moskva. Hauchno-teldm.
izd-vo M-va avtomobillnogo transp. i shossainykh dorog RSFSR,
1959. 233 P. (MIRA 12:12)
1. Moscow. Vseaoyunnyy dorozhnvv nauchno-inaledovatellskiy
institut.
(Road construction--Gold weather conditions)

BOCHIN, Valeriy Alekeendrovich; red,; ZUBKOVA, H.S.,
red.izd-va; MALIKOVA. N.V., tekhn.red.
[Prospects for expanding and improving the highway system]
Perspektivy razvitiia i uluchshaniia seti avtomobillnykh dorog.
Nookwa, Nauchno-tekhn.izd-vo H-va avtomobillnogo transp. i
phoneeinfth dorog RSM, 1960. 61 p. (MIRA 13:9)
(Road construction)

TMGIN, Mikhail Yokovlevich. ksnd.tekhn.nsuk; BYALOBZUSKIi. Grigoriy
Talerianovich. kand.taklm.noukl ItORSUNSKIY. Hark Borigovich,
Imnd.*ekhn.nauk;. ffffqm red.; GALAXTIONOVA, U.N.,
tokhn.red,
[Road maintenanoo and repair] Sodershanie I remont avtomobilluykh
dorog, Izd*2,', perer* I, dop., Kookwa, Nauchno-tekhn.isd-vo avto-
tranap.lit-ry, 1960, 254 p, (KERA 14:4)
tRoade-Nointenanoo and repair)

KIKHAYLOV, Valentin Vasillyevich; AMSEYEV, A.P., red.; CHVANOV, V.G.,
red.izd-va; DONSKATA, G.D.
[Canadian highvays] Dorogi Kanady. Moskva, Nauchno-takhn.
izd-vo H-va avtomobillnogo transports i shosBeinykh dorog RSrSR.
ig6o. 82 p. (MIRA 13:11)
(Canada--Road construction)

- - ALEKSEYEV,- A.P.1 POTATCHUKI-S-.Io-
First cruise of the research ship ImSevastopol* in the NorvegianiSes.
under the program of the M#rnal Geophysical Year. Biul,Okean.kom,
no*6:45-49 160& (~= 14:7)
(NDrwegian Sea-Oceanographic research)

ALMMEM, A. P.
Research ships of the Polar Scientific Research Institute of Marine
Fisheries and Oceanography* BiuloOkean.kome no*6:62-65 1609
(MM 14M
(Ships) (Fisheriee-Research)

- AILTZ--- - T.-IT01,1-70, 1T.Yo., kand.-Iol:1.-nnat~-z- -- ---- -
L'xj-,.and tlho wo oe Icerai;:,.,,it in constuctin,,., 1---.rgc-l-anel
Transp. stroi. 11 no.2:31-35 F '61. C al -1, 14: 2)
(L-f:;htwoi,-,ht concrete)

MASLOVI N.N.9 zavl. dayatell nauki i tekhniki RSFSR, doktor tekhno
nauk, prof.; ALEKSEM, A.F., red.,- GALAUIONOVAp Ye.N.1,
tekhn. red.
[Frinciples of soil mechanics and engineering geology) Osnovy
mekhaniki gruntov i inzhonernol geologii. Moskvap Nauchno-
takhn. izd-vo 14-va avtomobillnogo transports. i shosseirWkb do-
rog RSFSR, 1961.' 707 p. (MIRA .15:3)
(Engineering geology) (Soil, mechanics)

ZASHCHUK', Igor? Vsevolodovich, kand. tekhn. nauk; AJEMEYEV
,- A.Etj
red.; KOVRIZMMKH, L.P,j red,izd-va; BODAHOVAj A,P.j tekbn,
red.
[Bow nondestructive methods of testing road materials and
elements]Hovye metody ispytaniia dorozhrWkh materialov i so-
oruzhenii bez razruBheniia. Moskvap Avtotransizdat,, 1962.
146 P. (MIRA 15:9)
(Road materials.-Testing)
(Pavements-Testing)

ALEKSBYEV Aleksandr Pavlovich; IGOLKIN, V.N., red.; GALAKTIONOVA,
Ye.N.p a , re ,
(Traffic signals and signs) Wrozhnye signaltnye i pute- -
vye znaki. Moskva, Avtotransizdat, 1954. 51 P.
(MIRA 16:7)
(Traffic signs and signals)
k

ALELSEml A. P. 0 kand. tekbn. nauk
Choosing cranes for completely precast construction. Tranap.
stroie 13 no*5%62-63 Vq 163. (MIRA 3.6-.7)
Cranes, derrioksp etas)
Preoast concrete construction)
~
I

.9 ~_rqtsenzent; SI
IGOIZO Nikolay Ivanovibh; ALEKSEYEV AtP LAKOV,
D.R.p 'red,
[maintenance and repair of automobile roads) Soderzhanie i
remont avtorobillrjykh dorog. lzd. 2.j, perer. i dop.. Moskva,
Avtotransizdatp 1963. 368 p. (MIRA 17:5)

BURLAY, P.F.; GENRITSY, G.Ye.; SOLOMIN~ A.F.0- SIAVUTSKIY, A.K.~
kand. tekhn. naukp retsenzent; ANDRYEV, O.V., kand.
tekhn. naukp retsenzent; ALEKSEYE;Vp A.F., inzh., red.
~
(Reference book for workers in the cobs-truction of rural
roads] Spravochnoe posobie stroiteliu sellskM darog.
Moskva, Izd-vo "Transport," 1964. 331 p. (MIRA 17:5)

BABKOV, V.F.; KLINKOVSIITEYII, G.I., kand. tekhn. nauk, retsenzent;
I ALEKSEYEVY A.P., inzh.
- 1. - -: - ~-.- - ~ -
[Road conditions and traffic safety.] Dorozlirqe usloviia i
bezopasnost' dvizheniia. Vloskva; Iz4d-vo "Transport," 1964.
188 p. (MIRA 17:7)

NIKISHINA, Mariya Filippovnaj EVENTOV, Iosif Markovich; ARKHIPOVA,
Aleksandra Pavlovna; BEGUINIKOVA, Ninell Ivanovna..- BORODINA,
Lyubov' Alekseyevna; IGONIKINA, Galina Sergeyevna;
NAZAROV., Vladimir Vladimirovich; ALEKSEYKV. A.P...,red.
Emulsions used in road construction] Dorozhnye emultaii.
By] M.F.Nikishina i dr. Moskvaj Transport, 1964. 171 p.
[
(MIRA 17:12)

Al-laIRSEYLIVII A.P. : , B"I.
,_., -, o,-, -.- 1-1 ~, ,
Se&sonal changes ir. vonditi-wri of the Elorwegian
nrid Greenlayid Saae, in 7'cjj,~~O/. Tr~.,Ay P11"RO no.14;2G')-',07 162-1
~MLTRA 17:10)

v,
14-57-6-12357
Translation frow Referstivn -thurnal, Geografiya, 19570 Nr 6,,
p 91 (USSRTY
AUTHOMi Alekoeyqvm 9 Is , Istoshin, Be Ve
TITIZ: A Chart of Continuous Currents in the Norwegian and
the Greenland Seas (8khema postoyannyldi toohonly
Norvezhakogo I Gronlanskogo morey)
PERIODICALs Tr. Pol7are no-io in-ta more r7be kh-va i okeanogre
19 5 6,, Nr 9.. pp, 62-68
ABSTRACTs The authors offer a now chart of currents in the
Norwegian and Greenland Seas,, which differs from the
accepted charts of Holland-Hannan and of Nansene
They have ontablished.a close relation between con-
tinuous currents and the relief of the bottom, Their
chart makes It possible to determine the location of
the polar front which lies in the zone where warm
and cold water masses converge,, and also to fix
exactly the direction of flow of the warm Atlantic
Card 1/2 currents Both of these factors are highly Importantin

26-58-4-33/45
AUTHOR: Alekseyev, A.P., Candidate of Geographical Sciences
TITLE: Oceanographic Researches of the Expeditionary Vessel
"Sevastopol'"
PERIODICAL: Prirodaj 1958, Nr 4, pp 111-112 (USSR)
ABSTRACT: Among the Soviet scientific establishments participating in
the work of the IGY is the Polar Scientific Research Institute
of the Maritime Fishing Industry and Oceanography imeni N.M.
Knipovich - Murmansk. Its task is to prepare a series of
oceanographic profiles of the Norwegian Sea and the northern
part of the Atlantic Ocean. At the beginning of the IGY, the
above institute introduced a new expeditionary ship "Seva-
stopol'" of 2,000 t - a rebuilt fishing vessel with space
for 30 persons. The ship is equipped with 2 electric capstans
"Okean" and one capstan LG-5,000 constructed by the "Gipro-
rybflot" institute. The trawling capstan, intended for depths
of up to 1,000 m, may also be used for dradging, scooping$
etc. There are laboratories for hydrological, hydrochemicall
geological, ichthyological and hydrobiological purposes, four
sounding devices(two nf which are for deep sea sounding), a
Card 1/2 powerful fish searching device, modern radio and navigational

26-58-4-33/45
Oceanographic Aesearches of the Expeditionary Vessel "Sevastopol'".
equipment and a naval meteorological station.
ASSOCIATION: Polyarnyy nauchno-issledovatellskiy institut morskogo ryb-
nogo khozyaystva i okeanografii imeni N.M. Knipovicha (Mur-
mansk) (Polar Scientific Aesearch Institute of the Maritime
Fishing Industry and Oceanography imeni N.M. Knipovich,
Murmansk)
AVAILABLEi Library of Congress
Card 2/2 1. Norwegian Sea-Oceanography 2. Atlantic Ocean-Oceanography
3. Oceanography-USSR

MARTIy TuJu.,, otv. red.; AlE .-v zam. otv. red.; NOSKOV,
A.S., zam, otv, red7o; BMODATOV., V.A., red.; VINOGRADOV, L.G.,
red.; ZAYTSEV, G.N., rede; IZHEVSKIY, G.K., red.; KAZANOVA, I.I.,
red.; KONSTANTINOV,, K.G., red.; MUNTYAN, V.M., red.; NAUMOV., V9M9.%
red.; SMYKHp K.A., red.; FEDOSOV, M.V... red.; CHUMAKOVA, L.S...
red.; AYNZAI?T., Yu.S.., red.; MUIWINA, Ye.M., red.; FORMILLINA, Ye.A.,
tekhn. red.
(Soviet fishery research.in the northwestern part of the Atlantic
Ocean] Sovetskie rybokhoziaistvenmye issledovaniia v severo-zapad-
noi chasti Atlanticheskogo okeana. Moskyat Izd-vo zhurnala
I~Lybnoe khoziidstvo," 1962. 375 p. (MM 15:7)
1. Moscow. Vsesoyuznyy nauchno-iseledovatellskiy institut morskogo
rybnogo khozyaystva i okeanografii. 2. VaesoyuzrWy nauchnyy inatitut
morskogo rybnogo khoryaystva i okeanografii (for Marti, Fedosov).
(Atlantic Ocean-Fisheries-Research)

ALEKSEYEV, A.P., otv. red.; ADROV, M.M., spets. red.; KONSTANTINOV,
zpets. red.; KUTAKOV, B.G., red.; MASLOV, N.A., red.;
MINDER, L.P., red.; NIKOLISKIY, L.S., red.; STAROVOYTOV,
P.A., red.; SURKOV, S.S., red.; KBRANOVSKIY, A.Yu., red.;
YUDANOV, I.G., red.; VOROBIYEV, A.T... red.
[Materials of the session of the Scientific Council of the
Arctic Scientific Research Institute of Marine Fisheries
and Oceanography dealing with the results of research in
1962-1963] Materialy seasii Uchenogo soveta FMO po rezult-
tatam issledovanii v 1962-1963 gg. Murmansk, 1964. 237 p.
(MIRA 18:1)
1. Murmansk. Polyarnyy nauchno--.ssledovatellskiy i proyekt-
nyy institut morskogo rybnogo khozyaystva i okeanografii.
2. Direktor Polyarnogo nauchno-issledovatel'skogo i proyekt-
nogo instituta morskogo rybnogo khozyaystva i okeanografii,
Murmansk (for Alekseyev). 3. Laboratoriya vosjroizvodstva
Polyarnogo Nauchno-issledovatellskogo i proyekLnogo instituta
morskoffo rybnago khozyaystva i okeanografii, Murmansk (for Sur-
kov). 4. -aboratori-ya tekhniki promyshlennogo rybolovstva
Polyarnogo nauchno-iseledovatellskogo i proyektnogo instituta
morskogo rybnogo khozyaystva i okeanografii, Murmansk (for
Starovoytov).

ALMM'YENKD,, L. N.: Manter Agric Sci (dies) -- "The structure of the grass
stand of perennial grasses in pure plantings and grass mixtures under the
conditions of Leningrad Oblast". Jenlngrad.-Pushkin, 1958. 19 PP (Min Agric
USSR, I-eningracl Agric Inst, Chair of "Meadow Control"), 150 copies (HL,, No 3,
1959, 111)

AT-IN ZYWRO, L.N.
"', -,: , , ,
ture and yield of a stand of perennial grasses. Dokl. Aked.
sallkhoz. 23 no. 6:14-26 158. (MIRA 11:7)
1. Ioningradakig sell skolLhozyaystvanvy institut. Predstavlens
adademikom I.Marinym.
(Grasses)

AIZESEYEM, L.N.
Biology and ecology of perennial grasses. Bot-zhur. 43 n0.11:
1582-1588 N 158, (KIRA 11: 11)
l..Laningradskiy sel'qkokho27qTstvem3;yy institut, g. Pushkin.
(Grasses)

LX.
H~.,rb.,--) structure of
LgiAnri-e., s.dl- sel inst itnt
(Yacturas and -leedows)

A----- SMynKO.--IjL-
Herbage volume of perennial cultivated grasses. Bjul. MOIF,
Otd.biol. 64 no.6.-99-103 N-D 159. (MIRA 130)
(PASTMS AND KUWVS)

A-IEKSEYENKO L.N.
Productivity and intensity of photosynthesis of some meadow
msaophytes in Leningrad Province. Nauch. dokl. vys. shkoly;
biol. nauki no.1:140-141+ 162. (MIRA 150)
lo Rekomendovana kafedroy lugovodstva Leningradakogo sellskok-
hozyayBtvannogo instituta.
(PHOTOSYNTHESIS)
(LENINGRAD FROVINCEO-GRASSES)

ALEKSEYENKO, L.I.I.
Some problems in studying the stand structure of herbaceous ~hyto-
cenoses. Bot. zhur. 49 no.1:65-74 Ja 164. (MIRA 17:2)
1. Leningradskiy gpsudarstvennyy universitat.

ALEKSEYENKO
-.9 MARTYNOVA, M.F.
Characteristics of the formation and work productivity of the
assimilation apparatus in meadow grass stands. Fiziol.rast,
11 no. 3:417-423 164. (KRA 17:7)
1. Kafedra lugovodstva Leningradakogo sellskokhozyaystvennogo
instituta, Pushkin.

ALEKSEYENKOp Le N.
Gravimetric method of determining the leaf surface of meadow
plants and meadow conununities. Bot.zhur. 50 no.2:205-208 F
165- (mIIIA :L8:12)
1. Leningradskiy gosudarstvennyy universitet imeni A.A.
Zhdanova. Submitted July 16, 1964.

AUXSEYINTO, LJ%
Interrelationship between the grass stand structure, phvto-
climatic conditions and some physiological processes in meadovr
grasses. Biul. MOIP Otd. biol. 70 no. 602-98 11-D 165
(1=-k 19:1)

R3

LUDIKOVA, G.A.
OREKHOVICH,
.Haterogenicity of secreted protein substances. Vest. ANN SSSR
12 no.1:12-18 157 (MIRA 10:5)
1. Institut biologichaskoy i meditsin8koy khimii Akademii
mediteinskik~ nauk SSSR, Moskva.
OPROTEINS
heterogenicity of animal proteins)

ALIMSBUM, L.P.;,ORMOTIOR, V.N.
Rinhydrin method of determining proline and o37prolind in
an acid medium by chromatography on atarcb. Dokl.AM SSSR
133 nQ.3&.690-693 Jl 6o. (XI" 13:7)
1. Institut biologicheakoy,i meditainskoy khimii Akademii
meditsinskikh nauk SSSR. 2'6llDsVstvltel'rWy chlen AM SSSR
(for Orekhovich)o
(FROLINS) (NIWMIN) (CHROULTWRAPRIarLUMSIS)

AISKSEYENKOS L. P., SOLOVYEVA, N. I., RODIONOV, V. M., SHFIKITER, V. 0.,
---M USFEN-SUY-AV. D. (USSR)
"The Protein of Canine Plasma."
Report presented at the 5th International Biochemistry Congress,
Moscow, 10-16 Aug 1961

AIEKSEYENKO, L.P.
Amino acetic analysis of proteJns, tissue extracts and bio2ogical
fluids. Sew. metod. v biokhim. 1!129-161 164.
(MIRA 18--5)

ALEKSEYENKO, L.P.; OREKHOVICII, V.11.
Ghemical-anf physicochomical.characteristies of some hemoglobins.
DAL AN SSSR 156 no.6%1455-1459 Je t64. (MIRA 17:8)
1. Institut biologicheakoy i moditsinskoy khimii AMN SSSR. 2.
Deystvitellnyy chlen AMN SSSR (for Ore~hovicb).

.7 j- K' I 2~ A
BOTSMAN, N.Ye.; ALOV NKO, L.S.
Histomorphological characteristics of experimentnl influenza ill
white mice following cooling of the body. Vop.virus. 1 no.6-7-10..-
N-D 156 (MIRA 11:3)
1. Inatitut infektaionnykh bole2ney AMN SSSR, Kyev.
(INFLUENZA, exper.
off. of cold at moment of infect. & patbol. finclings)
(COID, eff.
on course of exper. influenza In white mice at moment
of infect., pathol. findings)

~i:M
ARMA17- Cast eviindrtcal and rube-shaped samples of dry and wet-ground alumina
35

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dim
rm
41
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AT, rni AF)oo
RF-
7
tqg~ =22
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140 REF SOV: 010 OTHER: 001
C.,d 2 `2

DEMAIIEVA~ E.V.,- KAYNARSKIY, L%j KARYARYN, L.I.; P.M[SEW41,01 ~L.S.~
Dielectric prcperties of corundum ceramic& and its microntructure.
Izv. AN SSSR. Naorg. mat. I no.5r8l&.822 My 165. (MIIU 18L10)
1. UkrairL.Rkiy nauchrr-issledovattlrokly Inst-itut ogreluporev,
Khartkov.

VINOGRADOVP K.A.; ZEMLYANITSKIYt L.T.; NOVOZHILOVA, V.Ajdeceased];
LUNEVA, Z.S.; VAKULENKO, V.V.$ GAUKTIONOV,-I.L;
ALEKSEW-UM.L-Y.; NERONOVA, M.D., red.; KHENOKH, F.M.,
%-gk ~,red.'
[Care of urban plantings] Ukhod za gorodskimi nasazhdeni-
iami. Moskva, Ied-vo Kommun. khos.RSFSR, 1963. 89 p
(MIRA 16:7;
1. Akademiya kommunallnogo kh6%yaystva7.
(Landscape gardening)

__L 082-7-0--67--EW7C(!)---SCTB-DD/G
--- % - -_ - -
ACC NRs AT6036465 SOURCE CODE1 UR/0000/66/000/000/0009/0010
AUTHOR., Abramovas V. Mot rtsuskly, Do F#4 Al~k~ejenko,._!_'
Popkovat So Ae Nevzgodina, Lo Ve I
/7.
ORG: none
TITLEs Sensitivity of potato seeds t3,pjt*g Tgd,RM,, radial ed
at conference on problems of space me a ne e coV rom'oY4_09PMyP929Y'
n
SOURCE CODEt 1~bnferentsiya po problemam kosmicheskoy maditainyt 1966. Problemy
kosmicheskoy meditsiny. (Problems of space medicine); materialy konferentailp
lJoscow, 19669 9-10
TOPIC T&GS: ionizing radiation biologic effect, relative biologic efficiencyp
cosmic radiation biologic effect, radiation genetic effect* plant genetics
ABSTRACT:
-Proton'irradiation .is the greatest spaceflight hazard to the plant link
in a closed -cological system, Unfortunately, little is yet known about the
RBE of protons as compared with x-rays or gamma rays. Experiments
were conducted to study the RBE of protons and gamma rays for higher
plants, Potato seeds were irradiated with 660-'Mev protons (dose power
84 rad/sec) from and 01YAl synchrocyclotrd'n or with gamma rays from
~n EGO-4 apparatus in a dose range from 500-50, 000 rad (dose power
Card

L 08270-67
ACC NR: AT6036465
i82 r'ad/'M-'ln). 9xperimental results showed that potalo-seid~F -are' twice
as-resistant to radiation as potato tubers. In addition, it was found that
proton irradiation caused more significant changes in the growth and de-
velopment of potato seedlings than gamma irradiation. The LD100 for
proton-irradiated seeds is about 30, 000 rad: for gamma -irradiated seeds
the LDI 00 is more than 50, 000 rad. These results agree with literature
'data. Doses from 500 to 10, 000 rad were found to stimulate tuber formationj
.While doses above 10, 000 rad depressed this process. From these data it
'was determined that the RBE of 660-Mev protons varies from 0.5 to 2.3.
-Study of the effect of radiation on the chromosome structure of the cell
:showed that for protons the coefficients of RGE (Relative Genetic Effective-
Iness-defined as the percentage of cells with chromosome aberrations) in
-the dose range 500-50, 000 rad vary from 0.7-2.6. A close correspondence
between extremal values of RBE and RGE of 660-Mev protons for potato
seeds was observed. Literature data and results of these experiments show
that a year is sufficient to produce a potato crop from seeds. It was con-
cluded that cultivation of iDotatoes from seeds can:be of great practical a-on
long apaaeflightal eepeolcll:r,during radiation mrpnolmoo
S.A. No..22; ATD Riport 6641
SUB CODEI 06 SUBH DATEs 00my66
Clur6_
A.

WCC-Nk--KT663651-97---SWIfC,ff-cODi,;-i-uRl6OaO/66/000/000/0119~/01~O
AUVOR: GortsusIdy, Do F.-, Abramova, Vo Me; V Sychkov, Y1. A.;
.Poplcova. So A.; Potronkop L* its
ORG: none
TITUE: Effect of 660-11ov protons and gamma rays on potato tubers irradiated
before planting fp-aper presented at tha Conference on Problems of Spauo Eodicino
hold in Moscow from 24 to 27 MaY 1966_-/
SOURCIE: Konfe'rentsiya po, problemam. Icosmichoslcoy moditsiny, 1966. Probler-7 kosmichos-
key noditsiny. (Problems of space modicine); matorialy konforentsii, Moscowl 1966,
119-220
TOPIC TAGS: ionizing rediation biologic effect, cosmic radiation biologic effect,
relative biologic efficiency, plant genetics, radiation genetic effect, space food,
bioastronautics
ABSTRACT; The eifect of 660-Mev protons and 60,60 gamfna rays o.n pot.ato.t u b'e' r* s
(vai~iety "Khibinsldy ranniy") was studied. Tubers were irradiated with
660-Mev protons from an 01YAI synchrocyclotron and gamma rays
from
an EGO-2 apparatus in the 250-10, 000 rad dose range. The experiment
was conducted in field conditions in three parts (50 specimens each).
iThe following indices of radiation effect were used: germination, tempo,

NRI AT6036529
of development, 'number of tubers, and their total weight.
Ionizing radiation is Itnown to affect both the growth and development
rates and the productivity of the potato: small doses have a stimulating
effect and large doses a depressing effect. Experimental results showed
.that a proton dose of 250 rad or a dose of gamma rays from 500 to 1000 rad
stimulates the appearance of seedlings and the beginning of budding. A con-
fsiderable depressing effect was noted beginning with doses of 5 00 rad (protons)
and over 1000 rad (gamma rays). Analagous- results were obtained withrespect,
ta thenumber of stalks from one tuber and the height of the plants.
Potato productivity changes under the influence of radiation. The
general rule of decrease in productivity with increase in dose is retained.
This may be explained by the smaller number of tubers per experimental
plant with all the doses used. The average number of tubers per plant was
six with a 500-rad dose of protons, and eight for the same gamma-ray
dose (as compared with nine in the control). Visual observations of full-
,grown plantc showed that the stimulating effect of small radiation doses. is
most strongly manifested in initial developmental phases, and disappears
gradually with time. In the period before blossoming, it is already diffi-
cult to detect the stimulating effect of 250-500-rad dose. The depressing

_4CC NR."' AT6o36529
effect of large radiation do-se~~Iso seems to attenuate with time. Sevemy
days after planting, individual seedlings sprouted from specimens irr~Ldi-
,ated with a dose of 4000 rad, Doses of either gamma rays or protons
higher than 4000 rad completely prevented germination; however, the
-tubers did not rot in the ground and retained their turgor. Experiments
showed that potato tubers are radiosensitive and thtit protons have a greater
Mot on their growth, dova Iopmont andyield than gamma ray -22;'-
0 as 4. A. No.
ATD Report 66-116J
suB cowit 0 suum DAns, 0014W66
17,3H A 3

ACC NR1__AT6o*365Z8* -sU-Wdl,;-a6E~l-~t-W/0000-/66/000/000/03-17/OUB 7
AUTHOR: Gortsuskiy, D. F.; Nevzgodina, L. V*; Alokseyonko, L. Ve; Aln-amova, V. H.; i
Smirennyy, Le No.
ORG: none
TITIZ: Evaluation of radiation hazard for plants in -pace greenhouses fTapor
prosentod at the Conference on Problems of space modicino hold in Moscow from
24 to 27 Ilay 1966.7
SOURCD: Konferentsiya po problomm kosmiches1coy roditsiny, 1966. ProblorT kounich
koy noditsiny. (Problems of space medicine); materialy konferontsii, Hoscow, 1966,
117-118
TOPIC TAGS: cosmic radiation biologic effect, life support system, radiation
.gonotic effect, plant genotics, space food, ionizing radiation biologic effect,
proton radiation biologic offect, relative biologic efficiency
ABSTFACT: Plants in a space greenhouse must be both highly Productive and suf-
ficiently radioresistant. In this work the effect of proton and gamma ir-
.iradiation on some higher plants was studied, and the EBB of 660-YLev
,,protons was determined. Potato tubers, -beans, beets, and lettuce are
usually classified among radiosensitive plants. Experiments showed
.tha" with a 4000-rad dose of gamma rays only a'few potato tubers sprouted. i
Ca_r4 .. 113----

:It was found that doses of gamma rays from 1000-5000 rad and a proton
~dose of 250 rad (not higher) had a stimulating effect on potato growth.
.:However, when potato seeds (which are much more radioresistant than
tubers) were irradiated, a proton dose of approximately 40, 000 rad was
.required to IdIl the plants; or a dose of gamma rays in excess of 5 0, 000 rad.
;Of this group, beets, beans, and lettuce are slightly more radioresistant
than potato tubers. Radioresistant plants include cabbage, carrots, radishes,
ar,~~ tomatoes. Doses of more than 200, 000 rad were reqWred to Id1l cabbage,
radish, and carrot plants, and the range of stimulating doses was corres-
'pondingly higher.
The experiments described in this article were conducted to determine
Ahe RBE and RGE (Relative Genetic Effectiveness -the percentage of c6lls
I
.with chromosome rearrangements) *of 660-Mev protons as compared with
tCo 60 gamma rays during irradiation of seeds of the following plants in the
,dose range indicated: potato-0.5-50, cabbage -0.5 -250, -a n*d car ro t -
10. -100 rad. The BBE of portons increased with increased dosage from
0.7 to 2.6, 1 to "3.6, and 1 to 11, respectively.. These experimental data*
suggest th,-,. a relationship exists between the RGE value and the general
.,radioresistance of the plants, It was observed that limits of change in
'R.BE coefficients (the criterion is the potato yeild) and RGE values of 660-Mev'
Card 21-4 1:

--ACC-NRi A!116036.5ZB
or potatoes in the dose ran e 500-50, 000 rad, coincide. This
-protons 9
,is interesting in view of a possible correlation between the observed genetic
effects and subsequent ch~~4e.~Jn_p~~nt.~~jLel~~ i.'~0*722;* AM"Rie'port
... ep~ent.
66-23U
SUB com o6 sum DATs: ookwy66

ard -3/3

-ALEKSE3MHK2,-M,; ZATTSEV, A.; SXORODUMDV, M.
Several financial problems in the organiqation of firms, Fin,SS*
Ap 163 (KIRA 16:4)
(Lvov Economic'~'eglon-Industrjal organization)
(Finance)
g
A I MI.
WO M
�R

ALEKSEYENKO., M., poIlkovnik
Commander and the community. AV. i kosm. 47 no.11:37-1+1 N 164.
(MIRA 17:11)

0 0
all!
J10#911 of WASU Monte of Cm on the Pr"arthom of Ct-141 00
st"lo. fit. F. Alekwepka and P. 1. Melikov. Q41 11,
j;7V94l)j , 'CUM. Zfmir. 1941, 11, 2NU-111-
3% (love mit chaffer the
I "nstessi up to 0.7.
Immum and ""T061"Otwe nw smvemmly aff.,t the hot.
a jes of Cr-Nl Steel cimith, C ().16
14.1-4.0,WO.S-
1.2andramsootowo-W5. Thepre%enveo(cuhu
go a I I .,
my litik efint 00 the nwM. PCOWdell ill eltbef the
00 -3 tudinjil or trawyerve diredion. The proportlorial
I,. t it unchanged up to 0.370 Cu, but h demmed 6-7%
at 0.73o, Cu Town Uw fatigue stirength renishis the mint
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Ni mate. up
i itteelis conts.
1.3 Rathmants
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ALEY,Sk'YJ',-!-'K(;7 I.I. F.
induktsionnyi nagrev pri temoobral-otkv stali Z-Induction heating in the heat
-7. Foskv--,, Oborongiz, 1053. 191 P.
treatment of steel 1
SO: Monthly List of Russian Access`-ns, Vol. 7 No. 2 May 1954.

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AUTHORt -ALEKSEYENKOM.F., Cand.Tech.Se. PA - 2409
TITLEs S.Mri-ranov,"The Properties of Structural Steel with Boron Content.
(S.M.Vinarov,."Svoystva konstruktsionnoy stali a boromy Russian)o
80 pages.
Pnblished by Oborongiz, 1955,
nRIODICALt 8tal's 1957Y Vol 17, Nr 2, pp. 192 - 192 (U.S.S.R.)
R6ceived, 5 / 1957 Reviewed, 5 / 1957
ABSTRACTs The present publication is a short monography, edited by the
Moscow Institute for leronautics. It contains It short survey of the
problem of the influence of small amounts of boron on the pro-
perties of structural steel. The effect of boron on the kinetics
of the growth of an austenite-grain, 6n the annealing resistivity
of the metal and on its mechanical properties is investigated.
Besides, the importance of structural steel for industry is
characterized. Describing the buil'd-up of the system of dispersion
the author draws attention to the leading role of surface energy.,
and to the reduction of this energy by the elements adsorbed by
the surface. In the third part of the publication the theory'de-
veloped by the author on the influence of boron on the boundary
zones is explained. According to this theory small amounts of
boron can be adsorbed through the surface- (bouadary-) zones under
specific conditions. In this case the surface-energy decreases
and slowing down occurs because of this austenite transformation.
Card 1/2 Vinarov oritizises the lack of attention paid to the technological

~0
A - 2409
B.M.Viranov, "The Properties of Structural Steel with Boton Content."
questions of the production of boron-steel and the inadequate
metallographio analysis of the dependence of the structure from
boron content.
ASSOCIATIONs Not given.
PRESENTED BYi
SUBMITTEDt
AVAILAXLEt Library of Congress
Card 2/2
~,-i 0,
INN, -
M

-AIEMEYENK0. M. F. . PIGUZOV, Yu. V. , and FT-ZOTOVA, L. S.
"The Annealing Friability of High-Chromium Stee18 and It8 Influence
on Internal Friction."
report presented at Inter-vuz Conference on Relaxation Phenomena in Pure bletals
and Alloys, 2-4 Apr 1958, Moscow Inst. Steel.
(Msccyw Inst. of Steel and the A-U Inst. of Aircraft Material )
Vest, Vysehe Shkoly, 9:72-73, '58
(Piguzov) YU. V.)

SOV/137-58-9-19967
translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 9, p 269 (USSR)
AUMORS: Aleksevenko,. M.F., Alekseyeva, G.N., Orekhov, G.N.,
e otlo~Va~,'.19~7'
TITLE: A Study of the Sensitivity of Structural Steels to Overheating
(Izucheniye chuvstvitellnosti konstruktsionnykh staley k
peregrevu)
PERIODICAL: Metallovedeniye i term. obrabotka. Moscow, Metallurgiz-
dat, 1958, pp 21-30
ABSTRACT: An investigation is made of the tendency of 15KhZGNTA,
25KhZGNTA, 30Kh2NAVA, and 30Kh3VA steels to overheat in
the 900- 13000C temperature interval, and the possibility of
correcting this tendency is studied. It is found that overheat-
0
ing may be corrected by normalization at 900-950 .The
standard mechanical properties of the overheated and the
normally treated metal are identical. The overheating effect
is found in impact testing at -700, in notch tensile testing at 80
notch angle and in fatigue testing; overheating reduces ak from
9 to 3.4 kgm/cmz, 0-b from 106 to 68-77 kg/mmz, and a--I by
Card 1/2 3-6 kg/mm2. The correction of overheated steel by

SOV/137-58-9-19967
A Study of the Sensitivity of Structural Steels to Overheating
normalization from a temperature of 150- 1800 higher than the Ac3 point con-
firms the conclusions of a number of investigators to the effect that Chernov's
point "B" cannot be identified with the Ac3 point.
F. U.
1. Steel,.-Heat treatment 2. Steel--Temperature factors 3. Steel~-Ta7,t qya-thods
Card 2/2

SOV/133-59-1-18/23
AUTHORS: A;0kae7enko-,-*,-P--,-Candidate of Technical Sciences and
Andreyeva, A.G., Engineer
TITLE: A New Austenitic Steel for Nitriding (25Khl8N8V2)
(Novaya austenitnaya stall dlya azotirovaniya (25Khl8W8jr2)
PERIODICAL: Stall, 1959, Nr 1, pp ?8 - 81 (USSR)
ABSTRACT: For the manufacture of parts from which a high wear and
corrosion resistance is required, nitrided EI69
(4Khl4Nl4V2M) steel is used at present. However, this
steel has a number of deficiencies: a) a low depth of
nitrided layer (0.11 mm); b) long duration of the
nitriding process (60 hours, an increase to 100 hours
increases the depth of the layer only by 0.01 mm);
c) high brittleness of the nitrided layer caused by a
sharp hardness gradient along the depth of the layer;
d) tendency of shelling and e) insufficient strength of
the core. In order to find a more suitable type of steel
nitriding of specimens of a number of stainless steels of
standard production as well as specially prepared alloys
was carried out and their properties investigated. The
experimental results for most typical steels are given
in Tables I and 2 and Figures 1-6. On the basis of the
Cardl/2 results obtained replacement of steel EI69 used at present

SOV/133-59-1-18/23
A New Austenitic Steel for Nitriding (25Khl8N8V2)
by steel 25Khl8N8V2 (C 0.259A, Cr 18.4%, Ni 7.5%,
W 2.2%) is recommended. The use of the proposed steel
instead of BI69 has the following advantages: 1) rapid
nitridin to a depth of 0.18 mm in 40 hours; 2) a stronger
core; 3~ a more uniform hardness gradient from the
surface to the core; 4) a deeper zone of positive
corrosion resistance and 5) absence of shelling.
There are 6 figures, 2 tables and 3 references, 2 of
which are Soviet and 1 English.
ASSOCIATION: VIAM
Card 2/2

SOV/129-59-5-12/17
AUTHORS: M.F. Alekseyenkoj N.F. Lashko, N.M. Popova; G.N. Orekhov
TITLE: ~Phlia"e Analys -s-of-R-ea-L Resistant Constructional Steels
(Fazovyy analiz teplostoykikh konstruktsiorinykii staley)
PERIODICAL., Metallovedeniye i Termicheskaya Obrabotka Metallov,
1959, Nr 5, pp 52-54. (USSR)
ABSTRACT; The authors investigated the phase composition and the
mechanical properties of the steels 30Kh3VAj 30Kh2N2,VA
(i.e. with differing vanadium contents) and of the steel
BI415. The results of the strength tests after heat
treatment (quenching in oil followed by tempering) for
each of these steels are entered in a table on page 5"'
The carbide analysis was effected on 12 mm diameters
60 mm long specimens which served as anodes and dissolved
in an electrolyte for a duration of 5 hours with a
current density of 0.2 A/cm2, following vhich the solution
was cooled to OOC. The Fe. Grg Mnq W, V and 141o contents
of the carbide precipitates were determined. In Fig 1
the influence is graphed of the tempering time at 500 OC
of the steels 30Kh2N2VA (curves 1 and 2) and 30Kh3VA
Card 1/3 (curves 3 and 4) on the contents of individual elements
which are combined in the carbides. In Figs 2 and 3 the

SOV/129-- 59- 5-1.2/17
Phase Analysis of Heat Resistant Constractional Steels
influence is graphed of the tempering time at 600 ~'A of
the steels 3MMIA and 3OKh3VA -Pesp ect-i-valy on the
contents of Gr and Fe whi,-b aye i:~ombined in the
cementite and tritonal r-.hTomium caTbide; the effe,~-.t of
vanadium additions or-, the mechaninal prope.-ties and the
sustained strength of' 301ch,"N2VA steel is graphed in Figs
and 5. The results of analysis of phase compos1tion of
30Kh2N2VA steals with var-fous vanadium contents enabled
explaining their behaviour in tests for sustained
strength at 550 OC. The sustained strength is determ-iri-,-d
by the hardening of the sol-id solution, its thelmal
stability and also its inteiat-tion with the rejected
phases. The haideriinc., effect of the rejected phases on
the steel deDends on their degree of dispersion and the
proneness to diffusion-interao-tion with the solid
solution; the lower the speed of foimation and. thp
slower the growth of the germinations, the greater u-ill
be the hardening effect- on the steel.- After tempering at
650 OC the carbide phases in the steel E14-15 combined
only partly with the alloying elements W, Mo, V and Or.
Card 2/3 The alloying elements which remain6d in the solid

SOV/129-59-5-.12/17
Phase Analysis of Heat Resistant Constructional Steels
solution, slowed down diffusion process and hardened the
solid solution. After tempering at 650 OC for one hour
2.2% Cr remained in the solid solution. Subsequent
tempering at 500 OC for 10 and 300 hours had little
effect on the redistribution of the alloying elements
between the carbides and the solid solutions. Such
alloying distinguishes favourably the steel BI415 from
other steels of similar eomposition.
Card 3/3 There are 5 figures and 1 table.

AMISMUNNO, H.F,.,kand.tskhn.n&uk; ANDREMA, A.G.,insh.
Now 25Xhl8N8B2 austenitic steel for nitriding (with summary
In Xnallsh), Stall 19 no.1:78-81 Ja '39. (KIRA 12:1)
I* Voesayusnyy nauchno-isoledovatel I skiy i4xtitikt aviatsionnykh
materialow..*
Oteel alloys) (Case hardening

IN
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AUTHORS:
TITLE:
82582
s/148/6o/ooo/bo6/oo6/bio
Vinarov, S. M. Orekhov, G. N.
Heat-Resistanoe of Austenitio High-Phosphorus Steell
PERIODICAL; Izvestiya vysshikh uchebnykh zavedeniy, Chernaya metallurgiya,
196o, xo. 6, pp. io6-iO
TEKT: There are no literature data available on the effect of phosphorus
alloying of complex alloy steels on their mechanical properties, particularly at
high temperatures. This effect was detSmined by short-time and long lasting
tests after quench hardening from 1,100 C and aging at 780 0C for 16 hrs. Results
of tests are given in a series of tables. It was established that alloy of
austenitio steel with phosphorus increased the effect of aging and raisencon-
siderably the steel strength at room temperature and at 600-700 aC. .The relativ
increase in the ultimate strength and the yield point at high tempeiatures was
greater than at room temperature. Endurance strength also increased considerably,
In steel without molybdenum, alloying with phosphorus caused an increase in the
ultimate strength at 650 0C from 18 -19 to 33 kg/mm2, i. e. by 65%. In steel
containing 0.6-0.7% Mo the strength increased from 23 to 43 kg/mm2, i. e. by
87%. To raise the heat resistance of complex alloyed austenitic steels
Card-1/2

VINAROV, S.M., doktor tekbn.nauk , kand.tekhn-nauk;
ORWHOV, G.Not Whe
Nitrided chromium-NMPU698, high-carbon, stainless steel fOr
work at high temperatures* Trudy XLI nool23:41-44 160.
(MIRA 130~
(Steel, Stainless) (Metals at high temperature)

82720
S/133/60/000/006/002/002

AUTHORSt Alek~~O, q M. F., Candidate of Technical Sciencesq
Orekhov,*G. Engineer
Ili ,e
TITLEt 15X2rH2TPA 15Kh2GN2TRA) Type Boron Steel - Substitute for
_
_
_
_
_
the 12XH3A ~12KM3A), 12x2R4A 2
2N
Kh
A~ and 18XHBA (18KhNVA)
4
(1
Type Steels

PERIODICALz
Stall-, 1960 ;Z6
, No. 6, pp. 548-551 -
TEXTt The chrome-manganese-titanium-boron containing 15Kh2GN2TRA
alloy has proved a success when used instead of the case-hardening
struotural steels with 3-5% Ni content (12KhN3A, 12KhN4jL, 18KhNVA~ 13H5A-
IMA, 21H5A-21N5A, etc.). The alloy under investigation has the follow-,
ing compositions C 0.12-0 18%; Mn 0-7-1 O~; Si 0-17-0-37%; Cr 1.4-1-8%;
Ni 1-4-1.8%; Ti 0.06-0.12~; B 0-001-0-0;5 ; S(,0-03%1 F