SCIENTIFIC ABSTRACT LAKSHIN, A.P. - LAKTIONOV, A.M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000928430011-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 20, 2000
• Sequence Number: 11
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

Foundry Machinery
BOV/2300
18. Type 297 mobile sandslinger with removable bin 182
19. Types 772 and 774 mold-turning and drawing machines 199
E. Core-making machin s
20. Type 285 core blower 2o6
21. Type 287 core blower 21o
P-2. Illype 288 core-mking Unit 218
23. Type D-12 four-station tux-ret-type core blower 231
24. Type M284 jolt core-making machine 235
F. Automated molding machines
25. Type 96220 automatic molding machine with the B.Z. Cheernyak
system 243
G. General premises
26. Standard mechanization of auxiliary processes 250
27. Installation of a molding machine on a foundation 250
28. Regulations for starting, operation, and maintenance 250
Ch. III. Equipment in Cleaning and Shakeout Shops
1. Type 422 mechanical shakeout grate 252
2. Type 425 vibratory shakeout 254
Card 4/7

Foundry Machinery
SOV12300
3. Types 33.1 and 313 tumbling barrels 257
4. TYPe 334M two-chamber double-nozzle shot blower 261
5. Types 392M and 393M shot-slinging machines 264
6- Type 323 semi-automatic shot-slinging machine 269
7. Type A53 shot-slinging cleaning table 285
8. Types 361M and 362 shot-blasting cleaning chambers 29o
9. Types 365, 367, and 861 shot-slinging cleaning chambers 307
Ch. IV. Centxifugal Machines
I
.L. Types Ts23B and Ts13 centrifugal machines 327
2. Type Ts61200 centrifugal turret-type machine 336
3. Types 541, 543m, 545, 545L, 547, 549, and 549L centrifugal
machines for pipe casting 345
4. Type 563 centrifugal machine with vertical axis 364
Ch. V. Chill-casting Machines
1. Type K-21 chill-casting machine 369
2. Type X-13 tuarret-type chill-casting machine 370
Card 5/7

Foundry Machinerf SOV/2300
Ch. VI.' Diecasting Machines
1. Types 511, 512, and 513 diecasting machines 379
2. Types 515 and 517 diecasting maebines 396
Ch. VII. Shell-molding Machines
1. Type SKF-2M four-station turret-type shell-moldiag machine 4og
2. Type 832 turret-type shell-molding machine 415
3. Type 8,37 sheLL-molding machine 423
4. Type 873 she 2-1-core -making machine 437
Ch. VIII. Standard Plieumatic Devices for Air and Oil Distributior
1. Air-distributing valves 447
2. Khee- and hand-operated valves 449
3. Jolt valve 450
4. Automatic time valve 452
5. Automatic pressure valve 455
6. Vibrators 457
7. Pheumatic lubricators 458
8. Pheumatic flask clamps 46o
Card 6/7

Fbimexy Machinery
SOV12300
9. Peducing valve 46o
10. Bypass valve 462
11. M)ck valve 462
AVAn"Z: I&bmry of Congress
GO/fal
Card 7/7 10-20-59

CHERNOV, Yurly Ivanovieh; KIZIWV., Anatoliy Ivanavich;- IUMIN A.P., kand.
tekhn. nauk., retsenzentj ZHUKOVj A.A.p kand. tekhn. . re..;
IVANOVA., K.N., inzb.., red. izd-va,- SOXOIDVA, T.F., tekhn. red.
[Handbook on foundry equipment) Spravochnik po liteinoi osnastke.
Aoskva, Gos. nauchnc-tekhn. izd-vo mashinostroit. lit-ry, 1961. 406 p.
(MIRA 14 - 11)
(Foundries-Equipment and supplies)

BERKOVICH, Ye.S.; NESVIZHSKIY,, O.A.; DAPMHINAO L.B.; LIMRMAN, V.I.;
KWANOVA,, A.V.,- IAWHIH, S.VQ
Determining relative wear resistance of deposits built-up by
the T-590 electrode with various coating on the laboratory
testing maohine "rotating bowl." Trenei izn.mash. no-15:31-46
162. OURA 15:4)
(Metals-Testing)

TRESHCHALIN, V.N., tekhnik; LIBERMAN, V.I., tekhnik; LAKSHIN, S-V.
Gcopressed air blendingand conveying of charges for electrode
coverings. Svar. proizv. noA:25-26 Ag 162. (MIRA 15'.11)
1. Pavshinskiy mekhanicheskiy za,vod.
(Electrodes) (Pneumatic machinery)

ziwTA, A.N.-,TA TRA, L*K*
Application of dicoumarin in *6car4lAI-infarctions and in thromboses
of peripheral - vessels. -11-ins ked; '~ Moskva 32: -1A 7,igA.29537.
no k4
(CLML 24:1)
1. Of the Department of Hospital Therapy (Head Prof. A. L. Hyaqui-
kov), Active Member AM MSR).

USSR / Human and Animal Physiology (Norml and Pathological). T
Blood.
Abs jour ; Rof Zhur - BiOlogiYa, NO 13, 1958) no*' 60351
Author : Iakshi~ia K.
Inat S~cok dical Institute
Title :Estimation of Sclerosis in Large Vessels as Determined
by the Propagation Rate of the Pulse Wove
Orig Pub :Tr. 1-go Moak. mod. in-ta, 1956, 1, Uk-122
Abstract :In 34 hyportonsive patients (HP), in 28 with athoro-
sclerotic aorta with a normal artorial pressure, in 45 (11P)
with sclerotic aorta and in 54 normal people, the carotid
and the femoral artery pulse was recorded (air trans-
mission with photographic recording). The rate of
propagation of the pulse wave in normal people is, on the
average, 6-7, and in atherosclerotic ones - 9-7 per sec.
In HP without atherosclerosis, the effect of increase in
Card 1/2

USSR / Human and Aninal Physiology (Normal and PatholoSical). T
Blood.
Abs Jour Rof Zhur - Blologlya., No 13) 1958) No. 60351
prossumo upon the increased rate in the propagation
of the pulse wave is insignificant. The increase in
the rato of propagation of the pulse in the section
of aorta-iliac arteryinEP indicated the combination
of byjx3rtonsion with atherosclerosis of the aorta. --
M. G. Shrayber
C ard 2 /2
6o

LAKSHINA, Lr. K., Cand Ned Sc~ -- (diss) "Evaluation of Sclerosis
- 0-h tLp ~sa4~
ed of wh&~ of the Pulse
of Large Vessels AQaet - Spe
Wave-" Mos, 1957. 8 pp (ist Mos Order of Lenin Medical Inst im
I. M. Sechenov), 200 copies (KL, 47-57, 90)

LAXSEINAt L.N.; SHLVEMV, V.N.
Scientific economde conference. Vast. AN Kazakh. SSR. 21 no.gs
84-85 S 165, (MIRA 18t9)

MARFEVICH.. A.V.; LAKSHTANOV, V.Z.; ljC1'B-YCFiIM, S.L.
P,3t~ of hydrogen as gas ca:~-rjer -ir. 16-45ch.~trge dotectors. Zhur.
prild.khim. 38 no.11:2459-2-64 N 16~:*
(VIR.A 18:12)
1. Gusudarstvenn~7 iinstiLutu prikladnoy khimil. Subm~,tted
September 6, 1963.

IMS, Te.A.; KATSEV. I., redektor; LAKSUOVSWii, rodaktor;
NATISSIN, Z., takhalchaskly redak - ---1
LPractical photography manual] rrakticheskee posobie po fotografii.
Moskva, Iskusstvo. 1933. 247 p. WaA 7:7)
(Photography-Handbooks, manuals, ate.)

DORO-V=, Vitaliy Flitrofanovich; ISVD!, Venismin Yakovlevich.
Prininali uchastiye.- YLUNIN. S.D.. ln2,b.; KONDRUSEV, V.S.,
inzb..L-L~AKWO~VSM ~A-Au kand. takhn. nauk., rateezzentl -
SKUBACHEVSKIY, L.S., inzh.,, red.; SMIFRE, L.I.; red.;
CIAMMEMA., LoAaj, teklmfk red.
Mating ram-jet enginesj Ispytaniia vazdushno-resktivmykh avi-
gatelei. Moskva.. Gos. naucbno-tekhn. izd-vo Oborongiz, 1961.
220 p. (Airplanes-Ram-jet engines) (MIRA .15:2)

ZAKKARCIGHKO, D.D,dotseat, kandidat tekhnicbeckikh nauk-, ISAYEV, I.P.,
dotsent, Icandidat takhnichaskikh nank: KALININ. V.K.,iazhaner;
KUSTITANOV. X.Ya.,dctsent, kandidat-takhtilchaskikh nauk;
IAKSHTOVSXIY I.A.Aotsent, kandidat tekbnichaskikh nauk;
rT-A.U.,proxessor, dox-tor tekWildhaskikh'nauk; ~X=Ll. Y.B.,
professor, doktor takhnichaskikh nauk; MIRONOV. K.i.,inzhener;
MIKHAYLOV, N.M.,dotjient, Imndidat takligicheBUkh uauk; HAKHODKIN, M.D.,
doteent, kandidat tekhnichaskikh nauk; OZZ"IA)VSKIT. Ch.S.,
inzhener; OSIPOV, S.I.,inzhener; AOMASHKOV,--S.G.,lut.,hener; SOKQlOV,
L S.,inzhener; FAMINSKIY, G.V..kandidat taltbnichaskikh nauk;
S;~;SILLO, A.A.,inzhoner-, PHLYAKH-TO, P.N.,dotisent, kandidat
taklmichaskikh nauk; BOVI, Ya.G.,kandidat tekhnicheskikh nauk, ratsem8nt;
PERTSOVSKIY.-L.M.,insheier. retsenzent; ALEKSBYRY,.A.Ye.,professor,
doktor takhnic~skikh nauk, retsenzent; BATALOV', N.M.,iwahaa6r,
retsenzent;-VINFER , B.N.,inzhener. retsailient; G~UCHSVA. L.0..
kandidat takhnichaskikh nauk, reteenzent-, YBOOKIMOV, A.M.,
inzhener, rateenzent; KALININ, S.S.,iazheaer,~ratoenziqnt;
TRAUTMAN, L.M.,kandidat takhniabaskikh nauk,retsenzapt;
PTISNKOV, A.P.,inzhenar, retsenzent; GOKRBEWBIN, B.Tik.',k4adidst
takhnichaskikh nauk. retsenzent; ILIIN,-I.P.,ipzhoner,.r6teausent;
NAXHCDKIN. M.D.,dotsent. kendidat takhuicheta~i~ na*, istsenzent;
TISHCEUKO, A.I.,otvetatvenn~7 redaktor; B*HNSHEIVICH., 1-;I.,
kandidat takhnicheskikb nauk, radaktor; ZONOXHOVICH,.A.Te.,dotsent
kandidat takhaichaskikh nauk, redaktor; LUTSU10.1a.G., inzhaaar,
radaktor; RWOZHIN, A.P..inzhener, redaktQr;.S33)OltO'?, R.I.$
inshener, radaktor; VARINA, G.P.,takhnich"kly radaktor
(Continued on next,eard)

ZAKHARCIMkO, D.D.---(continued) Card 2.
(Toobnical manual for railroad workers] Tekbnichaskii
spravochnik zheleznodorozhnika. Rod. kollogiia R.G. Granovsk-ii
i c1r. Moskva, Goa. transp. zhel-dor. izd-vo. Vol. 9.[Blectric
railroad rolling stock3 SlektropodviEhnoi aostav zheleznykh
dorog. Otv. rod. toma A.I. Ti9hchenko. 1957. 652 p. WaA 10:4)
1. Oblen-korrespondent Akadamii nauk SSSR. (for Aleksayev)
(Blectric railroads--Rolling i3tocl.)

LAYISKIYP L.
Treasures of the green
no.6:54-55 A 161,
(Reed
virgrin lands, 11auk-a J zhiznl
(1,'11, 14:7)
-)roducts)

LAKSKIYq L,j insh.
Photosensitive glass. Nauka i shisn' 29 no.1103 X 162.
(MIRA 161l)
(Glass, Optical)

TIP,.KTANCiVA, II.V.
a
SUfl
r; 2 rG
(141
ca:.-rying

1. Kumv, D.: LAKTAYEv, N.
2. LzsR (6oo)
4- Irrigation
7. Utilization of water on a consolidated collective farm with a new system
or irrigation. Khlopkovodstvo No. 8, 1952.
9. Monthly List of Russian Accessions, Library of Congress, January 1953. Unclassified.

P N. T.
Experience of the Sverdlov kolkhoz in adopting a new irrigation system Tashkerr~
Gos. izd-vo UzSSR, 1953;7 36 p.

LAKTAYEV$ N. T., Cand Tooh Sci (diss) "Llethods of improvin6 Kolkhoz
use of viat-,r.11 Tashkent$ 1957, 26 pp (TashImnt !nstitute of Enjjnecrs
of Irri-ation and Mechanization of Agriculture TIIIfISKh1a) 150 copies
(HL, 36-57, 105)

I
i: - IARTAYEV, N.T. -, CIELYUKAROV, M.D.
~
Use of water on the 'Fakhtaarall' State Farm. Vop. gidr.
no.10.-5-36 162. (MIRA 16:2)
(nlich District-Cotton-Irrigation)

LdKTAYEVAL-Aleksandra Mikhaylovua, starshays ptichni,ton; ZOLOTLTiauN,
B.V., red.; TBRTYMNIX.-G--.E., red.; YA SKINA, Ye*A., tekhn.red.
[For 170 eggs per layerl za 170 iaits ot nesushki. KuibyabBv,
Kuibysb,avskoe knizhnoe izd-vo, 1960. 20 p.
(MM 14:1)
1. Kolkhoz "Novoye Zavolzhlye" Privolzhakogo rayons (for Laktayeva).
Ogge-Production)

IJAMONOV, A.F. I
Propertios of the sea ice. Transportation
Institute devoted to the study of the North,
No. 49. 1931.

UKTICKOV, A. F.
LAKTIONOV, A. F. ...Severnyi poUus; pod red. prof. V.IU. Vize. Arkhangellsk, Arkhangellskoe
oblastnoe izd-vo., 1939. 233 P. Contents; --Pervye puteshestviia k pollusu. - Ekspeditsii,
1527-1937. -Vozdushnye ekspeditsii k Severnomu poLluou. -Tranwkticherkie perelety 1937
oda- - Poliarnaia stantsiia "Severnyi polius".- Kratkii fiziko-geografichaskii ocherk
g' DLC
4tsentrallnogo Poliarnogo bassein3a -Glavneishaia literatura (p. 231v:ff3j) : G620. L3
)m
SO: LC., Soviet Geography, Part 1, 1951, Uncl.

LAKTIONOV, A. F.
LAKTIONOV, A. F. Severnaia Zemlia; pod red. V.IU. Vize. Moskva, Izd-vo
Glavsevmorput, 1946. 148 (4) p. (Poliarnaia bibliotekB.)
"Biblioa,raficheskii ukazatell": D. 145-Z1-49
-7.
DIC: G827.L3
So: LC, Soviet Geography, Part II, 1951/Unel,assified.

URTIONOV, A.F.
LAKTIONOV, A. F. 3 m i lius; ocherk istoril, puteshestvii k tsentru Arktiki J-od
'e IlY2
"v Y
obshchei red. V.Iu. Vize skva, Izd-vo GlavsermorPuti, 1949. 394 P. "Glavneishaia
3-iteratural't P. 391-393. DLC: G620.L3 1949
SOt LC, Soviet Geography, Part 1., 1951,, Uncl.

IAKTIONOY,,Ale* I ed rovich; FROWT, VYachesl&v Usillyevich;,
--~~Cfml
_1 ., r or; VOLKOVA, Ye.D.. tekhnichaskiy redaktor
[0a floating ice] Na dreifuiushchikh 11dakh. Moskva, Izd-vo
wHorskoi transport," 1955. 87 P. (MLIU 9: 8)
(Arctic regions)

Laktionov.9 Aleksandr Fedorovich shestviy k
,z-~
;_-- Severn-~~Y- CFOs oc erMsWrii Pute ransportits
Tsentru Arktikie Moskva) Izd-vo IlMorskoy T
1955-47, p. Illus.0 Diagrsop Ports*# maps.' 23 cm-
Bibliography: po 440-C44

LAKTIONOV, ALEKSANDR FEWROVICH
Recent Soviet Scientific Investigations in
Translated by Kenneth R. Whiting. Maxwell Air
Research Division, Research Studies Institute,
IV., 104 P, Illus., Diagrs., Maps, Tables
Research Study, AU-272-56-RS1
2B/4
621.12
.Lll
the North Polar Regions,
Force Base, Ala., Doementary
1956.
(Air University Documentary
Sumary of HIS Severnyy Polyus (The North Pole) Moscow, 1955.
Bibliography: P. 101-104.

LAKTIONOV, A.F.
Battle-borne message from the icebreaker "Taymyr's Izv,Vsas.
geog.ob-va 88 se.3:302 Ny-Je '56. (NM 9:9)
(Ice-breaking vessels)

1AKIrIONOV, ALMANDR F-.!,POROVICII D/3
181.52
-L1
Yezhdunarodnyy geofizicheskiy god v Antarktike The
International Geo-physical Year in the Antarctic Lanin-
grad, Gimiz, 1957.
178 P- illus.$ Diagrs., maps, tables.

1AVP1VjJ()V, A],g$s LA0140VA, B.I., redaktor; SCJLIDV,6YCHIK, -;%.A.,
-TURYnitches y redektor
LInternational Geophysical Year in the Antarctic] Mezhauuarodnyi
gecfizicheskii god v Antarktike. leniagred. Gidrometeor.i2d-vo,
1957. 178 P- (MLHA 10:10)
(International Ge hysical Year)
(Antarctic regionel

UKTIOMV, A.F.; SVAMOIIT'YEV, V-A-
Aeronautics in Arctic oceanographic
19-31 157.
(Arctic regions--Aeronautics
(Oceanographic research)
research. Probl. Arkt. no.2:
. (MIRA 1;:.12)
in geography)

LAKTIOITOV) -A-F-p-
--Kil-'Union Arctic Scientific Research Institute, Moscow 19561
"Arctic Ice Observational 14ethods," (English) 35 PP.
u
papertsubmitted-pat Arctic Sea Congerence, Easton, U3., 24-27 Feb 5"
14711

LLUIONOV, A.F.; SH&MONTITIV, V.A.
Use of airplanes in oceanographic research in the Arctic.
Biul..Okean.kom. no.2%65-74 '58. WU 12:5)
(Arctic regions--Oceanographic research) (Aeronautics in geographY)

LLITIOWV, A.F.
Oceanographic research in the central Arctic. fiek. probl.i rez.
okean. issl. no.1;17-19. 159. (MM 13.2)
(Arctic Ocean--Ocesmographic research)

LAKTIOMV,,_A..,_q_tarsbiy nauchnyy sotrudnik
Outstanding Polar explorer and geographer. Mor.flot. 19
no.12:38-39 D 159. (MIRA 130)
Is Arkticheakiy i Antarkticheskiy nauchno-iosledovatel'sldy
institute
(Vize, Vladimir Iurlevicb. 1886-1954)

LAXTIONOT, Alaksandr,F-adorovi.ch; BUFIRNOV, V.F., red.; IVANOVA, Z.D.,
red.iz~-~va-, MEZINOV, M.M., red.izd-va; TIKHONOTA, Te..A.,
takhn.red.
ENorth Pole] Savarnyi -polius. Moskva. Izd-vo "Morzkoi transport.'
196o. 524 p. (MIRA 13:6)
(North Pole)

GORDIMM, P.A.; LUMONOV, A.F.
Main results ofArecent oceanographical studies in the Arctic Bain.
Izv- AN SSSR- Ser-.1900g. no-5:22-33 B-0 160. (MIRA 13:10)
(Arctic Ocean--Ooeanographio research)

LAKTIONOV. A.F
Effect of ice on tidal phenopena. Probl.Arkt.i Antarkt. no-5:
53-58 160. (MM 14:4)
(Tides) (Sea ice)

LAXTIONOV, A., starshiy nauchnyy sotrudnik
Rctending the navigation season in ice-affected harbors. Kor. flot
20 no'M:40-41 N 160, (MA 13: 11)
1. Arkticheskiy i Anatarkticheskiv machno-issladovatellakly institut.
(Ice on rivers, lakes, etc.)

LAKTIONOV, A.F.
First Interdepartmental Conference on Model Studies of Atmospheric
and Hydrospheric Phenomena. Okeanologiia I no.5:924-0,26 '61.
(MBA 15:3)
(Meteorological research) (Hydrology--Research)

LAKTIONOVO A.F.
B.Franklin and some problems of oceanography. Okeanologiia 1
no.5:951-955 '61. (MIRA 15:3)
(Franklin, Benjamin, i7p6-179o) (Gulf stream)

LAKTIONOV, 'A.F.
M.V.Lomonosov and geography; on the 250th anniversary of his birth.
Izv. Vses. geog. ob-va 93 no.6:463 *-478 N-D '61. (YjfLn 15!1)
(Geography) (Lomonosov, Mikhail l.'asil'evich, 1711-1765)

LAKTIONOV, A.F.
Academician Otto IUI'evich Scbmidt; on the 70th an:-Iversary
of his birth. Izv. All SSSR. Ser. geog. no.2:95-103 Yx-Ap
'62. (KRA 15:3)
(Schmidt, Otto lUllevich, 1891-1956)

IAUIONOV,v A-F.
N.K.Knipovich,, his life and work; on the 100th anniversary of his
birth. Okeanologiia 2 no,4:758-766 162. (MMA 25:7)
(Knipavich., Nikolai 1411-hall vich., 1862-1939)

- LAKTDMY,-A..,Z,-
Drift meter designed by H.V.Isvekov. Ckeanologiia 2 no.'5:901-903
162o NIRA 15: 11)
1. JL-ktichookiy i antarkticheakiy nauchno-issledovatel-lakiy
Institut.
(Drift)

-LAKTIONOV, A.F. (Leningrad)
Calendar for nature lovers. Priroda 52 no.6:123-124 163.
(KIRA 16:6)
(Science-Miscellanea)

LAKTIONOV. A.F.
Arctic and Antarctic Museum. Probl. Arkt. i Antarkt.
119-126 163.
(Leningrad--Art galleries and museums)
no.12:
(MM l6s7)

LAKTIONOV., A.F.; ROMANOVICH, Z.S.
Survey of literature on marine hydrologic and ice forecasts. Probl.
Arkt. i Antarkt. no.13:137-144 163. (wm 16:9)
(Bibliography-0--eanography)

ME-RZLOV, Ye.; ZAVIYALOV, A.; LEBEDEV, N.; IAKTIONOV, A., gruppovoy
. , 1, - - -- --'ik
inzh.-elektromekbanik; VERIGO, A eRiViomex-Ram
-Automatic control on ships. Mor. flot 23 no. 12:45 D 163.
(MIRA 17:5)
1~'Nachallnik sluzhby sudovogo -khozyaystva Dunayskogo parokhodstva
(for., Merzlov). 2. Nachallnik tekhnicheskogo otdela Dunayskogo
parokhodstva (for Zavlyalov). 3.* Starshiy inzh. NIO Odesskogo
-.vysshego inzhenernogo morskogo uc.hilishcha (for Lebedev).
4.-Dunaysko.ve parokhodstvo (for laktionov, Verigo).

L A ~k or~ o v. A G
USSR/Optics Physical Optics K-5
Abs Jour Referat Zhur Fizika, No 5, 1957, 12947
Author Levehin, V.L.' Laktionov, A.G.
Inst Physics Institute, Academy of Sciences, USSR, Moscow State
University USSR
Title Absorption of Complex Molecules, Which are in a Metastable
State.
Orig Pub Dokl. AN SSSR, 19551 1o3, no 1, 61-64
Abstract Measurements were made of the absorption spectra of matas-
table (triplet)'molecules of fluorescein in boric acid,
also of estuline, roduline orange, acrydine yellow,
and rivanol in sugar drops. The spectra were measured on
a recording spectra photometer GOI, and with the aid of a
UM-2 monochromator, with illundn ion by unmDdulated light
436 millimicrons). The investigated spectra are
Card 1/2

L op, k t / I
?p PO ('~ 49-58-3-18/19
AUTHOR: Laktionov A.
TITLE: The Distribution of Aerosol Particles in the Atmosrhere
(Raspredeleniye chastits aerozolya v svobodnoy atmosfere)
PERIODICAL:-Izvestiya Akademii Nauk SSSR, Seriya Geofiziches1caya,
19581 Nr 3, pp 419-421 (USSR)
ABSTRACT: The study of the distribution of aerosol particles prov-
ides an opportunity for consideri2--,', turbulent mixin,-, in
the atmosDhere. Ho facts have previously been(riven in the
literature on the quantity of large particles >41i) in the
atmosphere, their dispersion with size and change of con-
centration with height. The author mentions the vviork of
Junge (on particles from 10-31, - 1N) and Gayvoronslo-iy on
exy and the vior'21-.
ponential decrease of particles with height,
of Penndorf on the distribution of Mie particles in the
troposphere. All this work refer-s to small particles
Kloll), concentrations of thousands of particles Der GM
and the results obtained indicate-a constant mixing coeffic-
ient with height. Sinrortsov and Vullfson showed that the
atmosphere is divided into layers: the lower convective
Card 1/3

49-58-3-18/19
The Distribution of Aerosol Particles in the Atmosrhere.
layer endo at 300 m whilst the upper extends from 300-1500 M.
In the latter region, the average intensity of convective
flow does not change with height. The author made his mea-
surements along the route: Moscow-Leningrzid-Kiev-Krasnodai--
Baku-Tashkent and back. The apparatus is as follows: a
stream of air flows through a capillary 1 mm in diameter.
Particles in the air intersect a light beam at the focus of
an ellipsoidal mirror. This scatters light which is cozeen-
trated by the mirror onto a photomultiplier. The resultant
imDulse is recorded either on a mechanical counter (giving.
the number of impulses) or on an indicator giving the count-
in- rate. The apparatus is attached to an aeroplane ahead
of the propellors, in order to avoid disturbance of the air.
It could record up to 400 particles/cc. Tests of the air
were carried out for periods of 120 see every 10-15 Minutes;
the number of particles and the volume of air (4-5 1) were
recorded. The various channels of the recorder were arrann-
Sed-so that the first counted all particles >41i, the second
*V7.1ii and the fourth>%L. The following
>5.51i, the third ,
preliminary results were obtained: (1) The concentratio-n of
particles >41i depends on the physical geography of the
0
e-ion, e.g., in the morning, above the Central EuropeanpErt
Card 21?F 0 0 -

49-5~-3-la/19
The Distribution of Aerosol Particles in the Atmosphere.
of the USSR, at 1000 M, the count was 30 particles/1--itre;-
in Central Asia 100-200 particles/litre, over extensive
water surfaces 10 particles/litre; over the Caspian S~,,a 10-
15 particles/li.tre Emd above the Black Sea -15 particies/litre.
In constant weather conditions and at constant time of the
day, the particle concentration remains almost constant above
similar types of country. (2) Results obtained in Tood wea-
ther show that the atmosphere is divided into layers. The
number of these, and their heights, can change - -
,,reatly.
(3) It is calculated that the number of large ppxtic-les -.,)er
cc diminishes with height quicker than the number of smail
CD
particles. Acknoveledgement is made to Corresponding Me-mber
of the Academy of Sciences Ye. K. Fedorov who swcervised the
work. There are 3 figures and 7 references, 5 Russian and 2
English.
ASSOCIATION: Academy of Sciences of the USSR, Institute of A-.)plied
Geophysics (Akademiya nauk SSSR , Institut prikladnoy
,eofiziki)
SUBMITTED: July 24t 1957.
AVAILABLE,: Library of Congress.
Card

SOV/49-59-11-14/28
AUTHOR: Laktionov, A. G.
TITLE; An Automatic Continually Operating Apparatus for
Determining the Natural Aerosol
PERIODICAL: Izvestiya Akademii nauk SSSR Seriya geofizicheskaya,
1959, Nr 11, pp 1656-1664 (USSR5
ABSTRACT: The apparatus was designed for determining the particle
concentration up to 1000 particles per cm of the
aerosol, with particle diameters from 2 to 40 ji. The
design of the apparatus is illustrated in Figs 1 and 2
where : 1 - lamp, 2 - condenser, 3 slit, 4 - lenses,
5 - mirror, 6 - aerosol stream, 7 light extinguisher,
8 - photocell, 9 - photo-multiplier. Two types
of aerosol inlets employed are shown in Fig 4. The
results obtained by the application of the apparatus
are shown in Fig 5, where the data_are given for
different temperatures (a - 00, b 220 VE - 450,
1 9001c3 - 1350C, e - theoretical calculation for
Q 2 cm, sec W - type'a'(Fig 4) of inlet (curve 1)
and Q = =3~see (curve 2)1 It was found that for
the aerosol size d < 2N and wind speed u - 4 m/sec
Card 1/2 with 200 fluctuations of its direction during one
I/

'4 SOV/49-59-11-14/28
An Automatic Continually Operating Apparatus for Determining the
Natural Aerosol
minute, the coefficient of capture was K-~
.Z 0.7.
Thanks are conveyed to L. M. Levin, Yu. V. Konyshev,
V. G. Fruntikov and V. F. Struchev for their
assistance. There are 5 figures and 7 references, 3
of which are Soviet and 4 English.
ASSOCIATION: Akademiya nauk SSSR Institut prikladnoy geofiziki
(Academy of Sciences U9SR, Institute of Applied
Geophysics) V11"
SUBMITTBD~ January 59 1959
Card 212

82,703
S/049/60/000/004/007/018
5_0010 E032/E514
AUTHOR: Laktionov, A. GA.
TITLE: Results of Studies on Natural Aerosols over Different
Regions of the USSR
PERIODICAL: Izvestiya Akademii nauk SSSR, Seriya geofizicheakaya,
/
ig6o, No.4, PP-566-574 . q
TEXT: The particles of natural aerosols which are present
in the atmosphere during clear and cloudless days,when the humidi ty
-is less than 100%, are normally solid. The instrument employed
to study natural aerosols from an aeroplane in a free atmosphere
was described by the present author in Ref.1 and is shown
schematically in Fig.l. The~natural aerosols were studied during
four summer expeditions. Measurements were made of the distri-
bution of particles, both as regards their dimensions and their
The results obtained are summarised in the table
9" FFf 7T?-7T--2-! af Raf ty rrah
in a uniform air mass at altitudes or lob m or lilgiaev abov-4 &
Uniform underlying surface during cloudless days is a definite
characteristic of the atmosphere and does not change very much up
to 100 km. There is a well defined dependence of the concentration
Card 1/3

82703
s/o4g/60/000/004/007/018
E032/E514
Results of Studies on Natural Aerosols over Different Regions of
the USSR
of '!gigantic" particles (radii between 4 and 12 microns) on the
character of the underlying surface. The mean concentration of
particles.observed above snow and water is smaller by a factor of
100 as compared with the concentration above deserts and steppes.
The size distribution of "gigantic" particles varies continuously
during ascent from 100 to 1000 m. This variation is particular
rapid during winter and summer (daytime) above water, and less
rapid during summer (daytime) above deserts. The effective
optical radius of large particles remains practically constant
between 100 and 1000 m. This radius is found to lie between 0.08
and 0.14 it, depending on the type of the underlying surface.
Heating of the air by these particles during daytime at 100 m
above ground is 2 x 10-3 deg/hr and apparently has no appreciable
effect on the heat transfer in the lower troposphere. It was
found that the size distributions of particles could be described
by expressions of the form Nr> r 0 = C X
Card 2/3 r0

82703
s/o4g/60/000/004/007/018
E032/E514
Results of Studies on Natural Aerosols over Different Regioas of
the USSR
where c and x are constants. The present work was directed
by Member-Correspondent of the Academy of Sciences of the USSR
Ye. K. Fedorov. Acknowledgment is made to the following person
for assistance: Yat I. Kogan, V. I. Kazas, V. G. Fruntikov,
V. F. Struchev and Yu. V. Konyshev (Members of the Institute of
Applied Geop ysics). There are 3 figures, 1 table and
6 references: 5 Soviet and I English.
ASSOCIATION: Akademiya nauk SSSR Institut prikladnoy geofiziki
(Academy of Sciences USSR, Institute of Applied
Geophysics)
SUBMITTED: August 20, 1959
Card 3/3

LAICTIONOV, A.G.; IXVIN, L.M.
Comparative measurements of the concentration and function
of particle distribution in water aerosols. Izv.AN SSSR.Ser.
geofiz. no-7:1056-plO38 Jl 160~ OCMA 13:7)
1. Akademiya nauk SSSR, Institut prikladnoy geofiziki.
(Gloud pbysics)

LAKTIONOT, A.G.
Verical distribution oi aerosol particle concentration
mination of the coefficients of vertical motion in the
atmosphere. Izv.AN SS�R.Ser.geofiz. no-9:1397-1406
1. Akademiya nauk SSSR, Institut prikladnoy geofiziki.
(Cloud physics)
and dater-
free
S 160.
(MIRA 13:9)

8/020/60/133/04/23/031
BO19/BG6O
AUTHOR: -Laktigao_V.L A. G.
TITLEs The Determination of the Coefficient of Vertical
Intermixing of Particles in the Free Atmospherp 1-Y
PERIODICAL: Doklady Akademii nauk SSSR, 1960, Vol~ 133, 110. 4,
PP. 838-840
TEXT: It *follows from the exponential equation (1) for the particle
concentration, which is obtained from Fick's equation for the turbulent
diffusions that the concentration of faster sinking particles decreases
more rapidly with rising height than the concentration of slower sinking
particles. Measurements matte by I. I. Gayvoronskiy and others showed,
however (Ref. 2), that the concentration of Aytken condensation cores in
the atmosphere decreases ir. the same way as the concentration of particles
of the order of magnitude of I)A . This result contradicts the conclusions
drawn from (1). With a view to clarifying this problem, concentration
measurements of particles wtth an effective opl.ical radius of O.lAi and
of large particles in the range of 10P N r > 3)A were carried out from
Card 1/3

The Determination of the Coefficient of 5/02o/60/133/04/23/031
Vertical Intermixing of Particles in the B019/BO60
Free Atmosphere
an H_R -14 (IL-14) airplane at altitudea of 100, 200, 3004 500, 750,
1000 m. and further every 500 m to 3000 m. Fig. I is a graphic representa-
tion of changes in concentration of the aerosol with diameters of about
0 1A , 5/A, and 8p . It follows from the discussion of the turbulent
diffusion coefficients cf the particles calculated on the strength of
these measurement results that (1) is not suited for describing the con-
centration distribution of large particles and all the more of Aytken
condensation ccre8, The cause for this is found in the assumption made
in the derivation of (1), namelyof t%e settling taking place under the
action of the gravitational force. For this reason, formula (2) is
suggested for the concentration distribution for particles, which takes
account of the influence exerted by air motion in anticyclones. A new
coefficient is used here for the turbulent intermixing of aerosol particleN
which is calculated according to formula (3). The values of this oo-
efficient ara in good)agreement with those obtained by D. L. Laykhtman's
method (Refs- 5 and 0 ~ The author then discusses the difference between
formulas (1) and (2) which basically consists in that (2) yields a
particle distribution which is not dependent on the particle size,
Card 2/3

The Determination of the Coefficient of S/020V60/133/04/23/031
Vertical Intermixing of Particles in the B019/ .060
Free Atmosphere
provided that the Stokes settling velocity be considerably smaller than
the air motion rate in an anticyclone. The author thanks Ye. K. Fedorov,
Corresponding Member of the AS USSR, for his assistance. There are-f-
figures and 6 references' 5 Soviet and I German.
ASSOCIATION: Institut prikladnoy geofiziki Akademii nauk SSSR
(Institute of Applied Geophysics of the Academy of Sciences,
PRESENTEDs November 10, 1959, by A. A. Dorodnitsyn.. Academician
SUBMITTED: November 9, 1959
Card '.,-,,"3

LAKTIONOV, A. G.
Cand Phys-Math Sci I'diss) "Study of several characteristics
k
of ratural aerosol." Moscow, 1961. 10 pp; (Academy of Sciences
USSR, Inst of Applied Geophysics"; 200 copies; price not given;
(KLt 6-61 sup, 194)

LAKTIONOV, A. G.
Relation between the scattering of light in the free atmosphere
and the vertical distribution of aerosols. Izv. AN SSSR. Ser.
geoftz. no.6:953-957 Je 164.. (MIRA 17:7)

Lu ih-
h-silb*,xight. -scat,-
oil,

01

f 1. f V00 rlw-
ACC N& AP5(i26361 -UR/9,362/65/0 5
01/011/1212/121
W
AUTHOR:, Kauas,' V~ 1~; Xon shev, Mr. V.; Laktionov,.A. G.
ORG: Instit,*ute~ of Applied. Geophysics (:Institut prikladuoy geofizik
TITLE: 0 nti
0 nuous airborne instrument for measuring the size and
concentration of large drops in clouds
SOUROE: AN SSSR. Izvestlya. Fizika atmosfery I okeana, v. 1, no. 11,
19651 12~12-12151
TOPIC S.~7 9 to
aiher forecasting, mieteorolog instrument, atmospheric
preolpitatibn-
11 XABSTRACT: ItJs known. that the, mostimporttint mechanism leading to
the ~., growth of:-cloud d.rqps~.to-the size of rain diops is gravitational
-,coagulation which leads. t.-V:a rapid g:rowth'of theArops If their ini-
d1 -1 n .r
tial - amete;r~ is greater, thane 50 M!03?o* 9. -The p esence in the clouds
~of~drops_.lartterlhan-50 microns also-determinea.:the possibility of
the~developkent of precipitation, ~The~arttole presentsdetalls of
an aircisft-4iounted instrument which .:permits -Teliable Asts, on the
drops in' Iho':'~ at Ze ringe of 30 t - 150;M16ions in Aiametef.
0 A dia-
gramaUc- ek6tdh o fi ~Ahei lutrum6nt Is Ishown -(Seel Fig. 1) -
1/3'
Cbr&l

I

C
"R9 AP 003247 aw
AUTHOR. k SOURCEICOE., 31
-1:11 tionov UR/0020/65/165/006/1290/1
,W
ZZ.-
PRG:. Jasiltut lied "C'
e-of- 'Geo
h sicP Inatit6t
.~11.I - (.. Prildadnoy
E: beterminatlon geofjZIk
0 1)
f thec
ancentratlon ofc
SOURCE: - !R -clqu
AN SSSR. : Dokla ds6
TOPjc TA6S. dY,IV. 1650 no. 6, 1965, 1290-1293
~nucj meteorology# cloud physic
eus, aerosol, at 8, atmospheric conden
Mospheric aerosol,
ABSTRACT: A particle sizing sation. condensation
sation __ method has been developed for det
nuclei In clouds) in. termining the CO-ncentrati
the.:crltj~al , which is unique on of conden-
31ze for a a hat only thos
to Investigate this c Oven-supersaturati. . e drops which exceed
oncent n are considered,
a PhOtOelectric:anal ration 0 The apparatus used
cro s) f Yzer for measuring si f an isothermal diffusion chamber,
'of condensa
n and:a zes of individual drops (down to 0.-1 mi_~ :_
tIO ive-channel electronic recorder. The apDaratus permits measureme-
taneous determ L:tujc01.ei concentrations at supersaturatio~s of 0.1 t
in of the total co nt
the chamber . ncentration of drop 0 IZ and simu.1-
Concentrations of s larger than 0.2 P grown
100 k~ fr 0.2, 0.3, and 0.5Z in
rations of-O .1 condensation nuclei were Meas~ired at iupersatu
field tests car'ried
om Moscow in June -1964.. Resu out at a rurai-locality
-including th Its obtain
0 .se of the aut .0 ed by different-investigators,
Card' 2 br,.are presented .(see Fig At 04 supersaturation of
UDC. 551.574.11
trationg
once
nuejej
.66
n648 OadVOat'
b tjoifts
hP6003241 IF1.9p I. supetsoura in
(DC
low is dat -jod"
11V0 PeA.
ordiAvl- to a acrovdius
4 Nee .1 dutinS method
:3
ental. a
contin- ten
olatir ed by the
2 1 1964);
C _. In r ..Proces,
.3. 4 310-e , the same
k --a io dat! .1.964;b
DC to OUT june lts 0ktag
3 the resu . but ta
aing ~tq~ t1yose, Of 2 i size
C/ acr-Or
Vffic'se.
3e~meutg as e droPS
thOs 4_ordiu
sieas.ur Uut Only
sizei.
seco
5*. into et
3e~ed_the Ista.
e
43 ds-
th Twome3
S, to Vielan . cent-
% S__ tOjaciAe
- ;ELIV30S Of 0.1 per
Metbod .- Cation .11: ~it'h
ro OSa,. ersatul ve lei for
t a 6 11 'ire- agree jiuc d 11%
talveA bf . rLsatioll jip
gult, obtainea by e a
factor 0a Of..coade an _lau
v0ectra
le re. bY a esp Australia r.ther thau
t, bu, disagree Of, couaell, es _1U tiou
Sp :deteTv's%A bag
,result spectra Discrep t do-of ~art-
ljowever land - tt IOTIS-
'd 1WIC jaturatl 'it ~Ucla pis',
t6ine es 0 TD
TV e 0 P,
-ob eat degrP ibed chiefly Ur
Aif jet "u
in the I
asr-t 0031, OT
e are ces 03.
To," jal dif f eret' au651 01L
041
SUS
card

L 442?4-66 F,,,,tT(l
ACC NRi AP6021464
A
souRcu CODE: uR/o4l3/66,000/011/00811 /0084
INVENTOR: Laktionov. A. G.
ORG: none ~0
TITLE: A photoelectric nephelometer. Class 42, No. 3.82362 /announced by Institute
of Applied Geophysics (Institut prikladnoy geofiziki)7 - I
SOURCE: Izobreteniya, promWshlerir*7e cbraztsy, tovarnyye znaki, no. 11, 19662 84
TOPIC TAGS: aerosol, atmospheric turbidity, particle sizing, meteorologic
instrument, nephelometer, light scattering
ABSTRACT: An Author Certificate has been issued for a p otoelectric nephelometer
(see Fi g. I). It. is intended for recording the range o visi measuring
v,
Fig. 1. Photoelectric nepbelometer
Card
AMV
1 - Light source; 2 - system for observ ng the
light scattering; 3 - device for extinguishing
interfering light.

4
ACC NR, Am6o21464
the intensity of light scattering at an angle of, for example,450 to the direction'
of illumination. Its measuring chamber is an open cylinder whic has facilities for:
Wstructure and
extinguishing interfering light to prevent disturbing the aerosl,
for observations at any time of day and from moving vehicles. Orig. art. has:
1 figure. [F.01
suB com: o4/ SUBM DATE: 05Feb65/

L 07214~k7 EWT(1)
ACC NR- AP6024432
SOURCE CODE: UR/0362/66/0021007/0766/0769
AUTHOR: Konyshev, Yu. V.; Laktionov, A. G.
ORG: Institute of Applied Geophysics (Institut prikladnoy geofiziki)
TITLE: Airborne photoelectric device for measuring cloud \drops
SOURCE: AN SSSR. Izvestiya. Fizika atmosfery i okeana, v. 2, no. 7, 1966, 766-769
TOPIC TAGS: photoelectric detection equipment, measuring instrument, cloud physics
ABSTRACT: This article describes a new airborne photoelectric cloud-drop measuring
device which is based on a photoelectric nephelometer. The optical system of this
device has an incandescent lamp which illuminates a diaDhragm with a square hole. In
front of the diaphragm is a lens which projects the image of the filament onto the
inlet of the objective lens. The objective projects a slit into the vicinity of the
point of intersection of the optical axes of the condenser and microscope objective.
The light scattered by the drops investigated is focused with a 3.7-fold magnification
onto the plane of a diaphragm with a square opening by means of the microscope ob-
jective situated at an angle of 90* to the axis of the condenser. The light passing
through the opening in the diaphragm strikes a photomultiplier. The electrical im-
pulse from the photomultiplier passes through an emitter follower and broad-band aw--
plifier to a multichannel electronic recorder. The instrument described permits mesa-
G1
1/2 UDC: 551.508.765

L 07214-67
uring drops with a diameter greater than or equal to 25 p. At a flight speed of
70 m/sec the instrument can measure in one sec the drops in 500 cm3 of cloud. This
volume marks the minimal concentration of drops at which the instrument can give
statistically reliable results. Orig. art. has: 4 formulas and 2 figures.
SUB CODE: 14,04/ SUBM DATE: lOJan66/ ORfG REF: 005
Card

I
-- T-AKTION017 --A-. Lm-j-- -- - ---- - - -- ---- - --
- I I
LAKTIONOV) A. (Chief State VeterinEry inspector, "or accuracy 311c; hii?h
quality of -.-,ork.
So: Veterinariya; 23; 1; January 19h6; Lnel.
TABCON
0 0 0 0 0 * 0 0 0 0 0 0 0 0 0 * * 0 0 0 4) 0 0 0 0 0 0 0

LSSR/Medicine - Veterin.- y Medicine Many 19117
Medicine - Encerhalomyeliti-c
"Infectious Dicephtlomyelitis in Horsee," A. M.
L--ktio-qov., 4 p-p
"Veterintri-?t" No
Lists doctors and their articles on the disease'.
Among them axe F. Z. Amfite--trov on EM menin-
Gitis, M. G. Nikitin, member of the educttiontl
board for the Veterinary Institute ?~t Khar1kov
on his observntion on epizootologieftl infectious
encephilamyelitie and sever!!.l othcre.

UKTIONOV, A. CM)
"About the causes of infectious anemia of horses."
SO: Vet 27 (2) 1950, p. 8
0 0 0 * 0 0 0 0 & * 40 0 0 0 0 0 9 0 0 0 0 0 0 0 0 0 0 *

, A iq , ",
Lt'r~-! : h.) ~~
Veteri.rzar.v !avs ard'
Veterinar,'?code c-l" 'UhE USE11~ Kolkh. prcizv.
12 no, 1952
9. Monthi List of Russian Accessions, Library of Congress, 195T.- Uncl.

LAKTI0:TC;V, A. 11-11.
.,e
Veterinary M dicine
Problem of veterinary serivee in the consolidatej collective form. Veterinaria
29 No. 8 1952.
Monthly List of Russian Accessions, Library of' Congress, Oct. 1952. Unclassified
I

LaTIO'.1-ov, ~.. 1%..
"Infectious Equine ;me-A&." Lr Vot Sc,-, All-Union Inst o1 Exmr-Jjrerta2
Veterinary Sci, loscow, 1953. (-RZ~Bial, Na 8, T-ec 54)
Survey of Scientific anC- qechnica-1 -L.issertations --efen~-.e~ at USSR Highcr
Educational Institutions (22)
SO: Sun.. IN-0. 556~ 24 Jun 55

L,,~ K7_1ONC I/ 1 /1 - "91'
Category: USSR /Diseases of Farm Animals - Diseases Caused by Bacte- V-2
ria and Fungi.
Abs Jour: Ref Zhur-Biologiya, No 106, 1957, 72272
Author Laktionov A. M.
Inst NoCgiven
Title The Study of the Determination of the Properties of Experimental
Allergenic Methods of Diagnosis of Epizootic Lymphangitis.
Orig -?ub: Veterinaria, 1957, No , 72-79
Abstract: Two allergens (A), No 1 and No 2, prepared from one freshly cul-
tured strain of Cryptococcus for the diagnosis of 1. epizootica
(LE) in horses were tested in "W". A was tested on healthy hor-
ses, those with LE, glanders, strangles and on "Malleinshchikakh"
horses. The reaction towards No. 1 was determined by the thicken-
ing of the skin fold, and towards A No. 2 by the area of svelling
of the skin in 24, 48 and 72 hours. Positive reaction towards A
No 1 in LE horses and mules was found. in 92.43 percent,doubtfLJ in
1.13 percent of the cases. In healthy horses 99.45 percent reacted
negatively; the reaction was negative also in all animals with
Card 112 -1-

Category: USSR/ Diseases Caused b,j Bacteria and Fungi. V-2
Abs Jour: Ref Zhur-Biologiya, No 16, 1957) 72272
glanders or strangles which came from farms containing no LE.
Similar results were obtained with the use of No. 2. For example,
in 25 percent of horses which reacted towards A No. 1, and in 18.18
percent which reacted toward A No. 2, a general rise in temperature
vas observed. A is recommended for use in the fight against LE in
KNR-
Card : 2/2 -2-

Is iclul" il,,~~., 2~), 1o-3, 904