SCIENTIFIC ABSTRACT KOZLOV, A. I. - KOZLOV, A. M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000825820012-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 94
• Document Creation Date: November 2, 2016
• Sequence Number: 12
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

26997 3/191/61/000/009/007/007
Furfuroleand its derivatives as a ... B!10//B218
organicheskogo sint-za Lat-.,iyskoy Akademii Nauk (Institute of Organic
Synthesis of the Latvian Academy of Sciences), the furfu-role method for
the production of maleic anhydride is simpler and superior in quality to
the benzene method. Furfurole is also used for producingANAG) salt, a
component of polyamide resins. The initial product, hexamethylene diamine,
used besides ad-ipic acid for the production of AG salt could be obtained
from furfurole. Thus, more AG salt for synthetic fibers could be produced.
Card 4/4

KOZLOV, A.I.
Striving for the fulfillment of the seven-year plan ahead of
schedule. Gidroliz. i lesokhim. prom. 14 no.6:3-7 161.(MIRA 14:9)
(Hydrolyris) (Wood-Chemistry)

BASIN, Dmitriy Mikhaylovich; j0_ZLOV,-An9-oLiy lypnoyiel; RAKUTS,
Yevgerliy Petrovich; CHUYENOK, V.S., red.; ZbDnUKOVA, Ye.A..,
red. Jzd-va; KARIDVA, G.L.., takhn. red.
[Economics of the utilization of spent sulfite liquor]Ekonomika
pererabotki sullfitnykh shchelokov. Moskva, Goslesbumizdat,
19 62. 89 P (MRA 15:12)
(Sulfit; liquor) (Woodpulp industry-By-products)

KOZLOV, A.I.j GORSHKOV, I*I-
Means for increasing labor productivity at hydrolysis plants.
Gidroliz.i lesokhim.prom. 15 no-3:1-2 162. (MMA 15:5)
le Nauchno-isaledovatellskiy institut gidrolimoy i ou.11fitnospirtovoy
promysillennost'i.
(Hydrol~,sis) (Labor productivity)

KOZLOV A.I , kand.ekonomichaskikh nauk
Results of and prospects for the development of the hydrolysis
industry in the U.S.S.R. [~rudy] NTO bum.i der.prom.
no.8;184,-192 159. (MIRA 16:2)
(Hydrolysis)
(Chemical industries)

AKIMF&09 A.D.; KOZ1,OV, A.I.; SKVCRTSOV, A.A.
-------
Characteristics of the heat transfer proce3s dur.Lng the heating of
steel ingots in molter glass. Izv, vy3. acheb, zRv.; chern. met., 8
no.7.-196-199 10'5. (MIRA 18t7)
1. Gorlkovskiy pollteklinicheskiy institut.

KOZLOV, A.I.; SOKCLOVA, V.G.
Economics and prospects for the production of liquid and solid
carbonic acid by the hydrolysis plants. Sbor.trud. NIIGS 11:
148-156 163. (MIRA 16%12)

Y C-v r, ov, 1'. 1.
improving tho gros-o p-c-luction otn~iotwunl in tht~
GldrolLz. i leschl-Am.p.on. 1e n,rDs/:25,-'-'6 165.
(,kIT-tL.-I 18:6)
1. Vscscyuzriyy InOnltul, -Idrc'-,Iznoy
sullfitno-spirtovoy proVshlennostl.

GORSHMAT., I.I.; KOZLOV, A.I.
Improve the organization of work in the hydrolysis industry.
Gidroliz. i lesokhim. prom. 18 no.5:1-3 165. (,','-IFtA 18:7)
1. Vsesoyuznyy nauchno-issledovatellskiy institut gidroliznoy i
sullfitno-spirtovoy promyshlennosti.

KOZIDV, A.I.
Experience In the case of free skin grafting in hospitals of the
Kirov Province. Ortop.,travm.1 protez. 20 no.11:23-28 N 159.
WIRA 13:4)
1. Iz Gortkovskogo inatituta ortopedit I travmatologit (direktor -
dotsent M.G. Grigorlyev) I 2-go khirurgicbeekogo otdeleniya (zave-
dvyashehiy - A.I. Kozlov) Kirovskoy oblastuay bolluitsy (glavnyy
vrach - O.A. Tablokov).
(SKIN TRANSPLANTATION)

KOZLOV, A.I.
Use of dermatoplasty in the provincial hospital. Kaz.-med.zhur.
40 no.2:39-" Kr-Ap '59. (MIRL 12:11)
1. Iz Gor'kovskogo instituta, ortopedii i travnatologii (direktor -
dotsent 14-G-Grigorlyev, nauchnyy rukovoditel' - prof.I.L. Tsimkhes)
i 11-go khirurgicheakogo otdeleniyu (zav. - A-I-Kozlov) Kirovskoy
oblastnoy bol'nitay (glavvrach - H-K.Popov).
(SKIN GRAFTI11G)

KOZLOV, A. I., Cand Med Sci -- (diss) "Application of skin plastics
in the oblast and rayon hospitals of the Kirovskaya Oblast." Kirov,
1960. 17 PP; (Gor'kiy State Medical Inst im S. M. Kirov); 150 copies;
price not given; (KL, 25-60, 139)

SORDKO-,MVITSKIY, V.I., professor, KOZIA)V, A.I., inzhener, redak-tor;
BALRIAN, I.M., redaktor; POPOVA-,--g".R.,T'ekhnichenkly redaktor.
[Testing automobile and tractor engines] Ispytaniia avtotrak-
tornykh dvigatelei. Izd.4-oe, ispr. i dop. Moskva, Gos.nauchno-
tekhnJ2d-vn mashinostroitellnoi lit-ry, 1955. 531 p-(mLRA 8:11)
(Autonobilea--'Bnginea--Tai3ting)
(Tractors--Engines--Testing)

KDZIA)V. .
(~jalitleo and ohortcomingB of a new track tool. Pat' i put, khoz.
no.7:17 JI 157. (MIRA 10:-81
1. Starshiy dorozhW master, stautaiya Orel.
(Railroads--Toole and implements)

KOZLOV, A.I.
Tuming lathe attachments. Stroi. i dor. mashinoetr.
Ag 15$3. ( let ho (3-- At tac Ina nt!3 )
no. 8:32
(MIRA 11:8)

CZLOV A.1 . j r7, h.
'or 'icrlr,~ hnles Irt ~rvl
dor. n,,-.,~-29 3
ard ~J~)ri-.--

AUTHOR: Kczlov, A.I., Engineer 117-58-5-4/24
TITLE: Modernizationof a Vortical Drilling Machine (Modernizatsiya
vertikaltno-sverlillnogo stanka)
PERIODIQAL: Mashinostroitell, 1958, Nr 5 p 12 (USSR)
ABSTRACT: At the Kiyev Plant "Krasnyy Ekskavator" the lapping of slide
box openings is done on a modernized vertical drilling machine,
on which the feed box has been replaced by a reversing mecha-
nism as is shown in figure 1. The gear box has been lifted
150 mm and the lower end of the spindle is provided with a left
and right hand thread; the up-and-down movement of the spindle
is controlled by upper and lower cam sleeves. The periodical
stop is regulated by a cam gear. The operation of the mecha-
nism can be followed in figure 1. The slide box openings
are machined by expanding iron reamers fastened to the spindle
by a double joint. The modernization increased the efficiency
by 5-6 times. There is one fi6ure.
AVAILABLE: Library of Congress
Card 1/1 1. Dri-Iling machines (Vertical)-Revision

KOZLOV. A.I.,inzh.
Boring hydraulic cylinder bodies on lathes. Stroi. i der.
mashinostr. 4 no.2:26-27 F '59. (MIRA 12:2)
(Drilling and boring)

KOZLOV, A.I.,inzh.
Chucks clamping parts by tail centers. Strol. i dor.mashinontr.
4 no-4:27-28 Ap '59. (MIU 12:5)
(Chucks)

KOZDDV, A.Io, lnzb.
Vortex cutting of internal screw-threadB Increaues labor
productivity. Stroi.i dor.mashinostr. 4 no-8:34 Ag 159.
(14IRK 12:12)
(Screw cutting)

GRISHW, S.G., insh.; KMWV, A.I., insh.
Final machining of working surfaces of h7draulic c7linders
by rolling. Stroi.i dor.mashinostr. 4 no-10:12-33 0 159-
(MIFIA 13:2)
(Rolling (Metalwork))

.,.-KOZLOV, A.I., in-li.;FALIMUll, A.M.0 inz.h.
Unit with hydraulic clamps for preas-fitting of buahing!i anil
riveting of exenvator bucketi. Strai. i dor. naqhinoatr. 4
no.11:31-32 11 159 (ML-?A 1-:-3)
(Rccavntin- mchinary) (Rivets and riveting I
u g)

16, 6 2e0
80494
S/121/59/000/11/005/005
AU7HORS: Grishkan, S.G., Kozlov A I.
TITLE: The Machining of Hydraulic Cylinder,_,,~p
PERIODICAL. Stanki I Instrument, 1959, No 11, pp It! - 42
TJ_Q(T , The Kiyev "Krasnyy ekskavator" Plant, lvts introduced high-speed
boring and coldfoming by rolling (insLead of honing) of hydra-ulte cylinder
tubes of 80 and 120 mm in diameter and up to 1,200 mm in l9ngth on a
modernized D63A lathe as shown in Figure 1. The hydraulic cylinder blanks
are tubes of 102 x 14 and 140 x 14 mm, made of 45 grade steel. The authors
describe the setting of the blank on the lathe and the special equipment of
Pigure
the lathe necessary for roughing, finIshing and rolling operations,
2 shows the boring head for roughing operations, fit"ted with three hard-
alloy guides which are taking up the cutting stre**ez and friction forces
arising during the revolving of the machined part, while a fourth guide of
wood is Installed as shock-ab2orber. The durability of the hard-alloy
guides amounts to 6 months, the wooden one lasts for one zhift. It was
found by tests that the clearance between bored aperTure and hPad guides
Card 1/3

80494
The Machining of Hydraulic Cylinders 3/121/59/000/11/005/005
should not exceed 0.3 mm per diameter. As it can be seen from Figure 3,
finishing boring is carried out by a boring head with a T15K6 grade hard-
alloy fitted floating tool bit. This head is equipped with rubber guides
which act as shock-absorbers in order to impart to the tool the necessary
stability to Achieve a 6th class .surface finish. The authors give a
aescription of the optimum geometric parameters of the tool bits, and point
out that the blades should have a shock-absorbing chamfer to prevent fluted
,and serrated surfaces. The diametric dimensions for finishing boring are
within the range of the 3rd class of precision, while conicity and ellipticity
do not exceed 0.03 mm: over the length of housing. Roughing boring is carried
out at a cutting speed of 87 m1min, with a feed of 0.5 mm/rev and cutting
depth of 2.75 mm. Finishing is effected with a cutting speed of 100 m1min,
a feed of 1.25 mm/rev and cutting depth of 0.25 mm. After introducing high-
speed boring, the labor efficiency increased from 10 - 12 to 50 - 60 pieces
per shift, i.e. by 5 times. The authors give a detailed descilption of the
cooling system of the lathe and state that "sulfofrezol" Is Used as cooling
liquid. According to the new technology the honing process was replaied by
superfinish rolling. For this purpose a toleran~~e of 0.04 - 0.05 Inm is left
after the finishing boring. The surface finish of the part before coldforming
Card 2/3

80494
The Machining of Hydraulic Cylinders 3/121/5!)/000/11/005/005
by rolling should not be lower than that of the 6th class, After superfinish
rolling the surface finish is one of the 9th olass, while the precision of
aperture diameter corresponds to the 2nd or 3rd class, depending on the
machining accuracy of the finishing boring. Figure 4 shows the rolling
tool, the construction of which is described by the authors, They state LX
that, under manufacturing conditions, the rolling process Is carried out. at
a speed of 70 rpm and a feed of 200 nM/mIn. The rolls are made of ShKhl5
grade steel and are hardened up to R. - 62 -' 64. The finish of the operating
surface of the rolls should be of the 10th class. In comparison with the
former honing process, the efficiency has increased by 3 times after super-
finish rolling was Introduced. Four graphs.
Card -3/3

IOZLCV, A.I., inzh.
Distribution valve for suspended air lifts. Hashinostroitel'
no.3:14 Kr '60. (HIRA 13:6)
(Pneumatic mchinery)

BASWAKOV, Aleksandr Mikhaylovich; KC*,7LGV, A!eksey Ivanovich;
SUKHOV, I.V., red.; TELYABHOV, R.Kb., red.izd-va; GURTS, V.L.,
tekhn. red.
(Lifting-capacity limiter for jib cranes. Self-gripping
catch for sheet materials] Ogranichitell gruzopodffemnosti
dlia strelovykh pod1temnykh kranov. Samozazhimnoi zakhvat dlia
listovogo materiala. Leningrad, 1963. 17 p. (Leningradskii
dom nauchno-tekhnicheskoi propagandy. Otmen peredovym opytom
Seriia: 1-1,ekhanicheskaia obrabotka metallov, no.12)
(MIRA 16:10)
(Cranes, derricks, etc.--Safety appliances)
(Materials handling-Equipment and supplies)

XOZLOV, A.I.. zasluzherpyy vrach RSFSR (Kuybyshev)
I
Results of the work of the.l(edical Veterans' Council in
Kuybyshev Province. Zdrav.Roa.Feder. 7 no.2s27-29 F 163,
(MIRA 16W
(MBYSHEV PROVINCE-FUBLIC HEALTH)

KOZLOV y A.I.; GORSHKOV, I.I.
For a further improvement of economict3 in furfurol production.
Gidroliz. i lesokhim. prom. 17 no.?:1-3 164.
(141RA 17:11)
1. Gonudarstvennyy nauchno-issledovatoliskiy inntitut gidroliznoy
i sullfitno-spirtovoy promyshlennosti, Leningrad.

KOZLOVI A.I.; TOCIIINOVA, V.G.
Economic effectiveness of the new method for manufacturing
crystalline glucose. Gidroliz. i 'Lesokhim. prom. 14 no.8:25 161.
(MIRA 16:11)
11. Gqsudar8tvennyy nauchno-issledovatellskiy institut gidroliznoy
i-~sullfitno-spirtovoy-promyshlenno St4

KOZLOV, A.I.; PAINRiOVA, I.V.
Ncmonilcs and prospects for the production of Ilpiln coul.
Gidroliz. i legokhim. prom, 17 no,4t23-24 164 (1,111RA 17:7)
1. &,)sudarslviziziyynauclul,-,--Ijsledcv!Atel'3kiy Lnstita~
noy I sullfitno-3pirtovoy promphlf~ainnstl.

KAYANTS, M.M.; VAYNSHTOK. I.S.; KDZL40V, A.I.; RATINOV, V,B.
Using the ultrasonic pulse method to study the kinetics of
the hardening of binding substances. Sbor. trud.
VIIZHelezobetona no.2:81-90 159. (MIRA 15:1)
(Ultrasonic waves-Industrial applications)
(Binding materials)

DONSKOY, S.M.; ZEKSKOV, N.Ya.; OSM"VI V-I-; POTAPOV, A.I.;
UDALIKHIIIA) A.S.; YAROSHUK, D.Ya.; VAYNERp M.S,; VERI-ITYII
Ye.A.; CIRMIN, D.I.; COUSIMOV, K.A.; ZIBRIN, D.A.;
AYYMI-IVAL'Dy Ye.L.; BUWTOV, A.G.;
OSTROVSKAYA, L.N.; TAUDES, I.S.; PETROV, Z.I.; POTEPALOV,
V.A.; PECHOVYY, A.D.; TROFDIOVA, A.S., tekhri. red.
[Development of power engineering in the Tatar A.S.S.R.]
hazvitie energetiki Tatarqkoi ASSR. Kazan', Tatarkoe k-nizhnoe
izd-:vo, 1961. 145 P. (MIRA 15:2)
I. Tatar A.S.S.R. So-vet Narodnago khozyaystva. Upravleniye
energeticheskoy promyshlennosti.
(Tatar A.S.S.R.-Power engineering)

ACCESSION IM AM34599 S/0182/64/000/004/0037/0038;
AUTHORS: Akimeriko, A. D.; Kozlov, A. I., Skvortsov, A. A.
TITIS: Investigation of heating stool objects in molten glass
SOURCE: Kuzneclino-shtampovochnoye proizvodstvo, no. h, 1964, 37-38 1
TOPIC TAGS: steel, steel heating) molten glass; thermocouple PPI potentiometer EW
steel UB
09 1-1, heat convection, steel 35., Fourier critorion
ADSTMIXT.- Results obtained in experimental heating of stool objects in molten
:(;lass prior to forGing and stamping are discussed. Samples were held in chamotte
',crucibles and were heated at 1150-1250C in a silicon carbide furnace. Tile temper-
~'ature at the center of a sample was measured with a thern)ocouple PP connected to
,~an electronic potentiometer EPP-09-M. Samples were made of steel 35 and steel US
and were either 12 or 25 mm in diameter. The glass consisted of 72% Si%, 1b.2%
Dimensionless center temperature and Fourier
Nla2O, 7% CaO, h% ~IgO,~ 2.8c' A1203
number were determined from the temperature diagrams, while D. V. Budrin's charts
or the formulas for thin plates (at a low Bi concentration) provided the coofficient-...
of heat exchange. This coefficient proved similar to that obtained in air at 1=.
.It dropped at the beginning of heating due to the formation of a viscous glass la
1/2
C

ACCESSION NR: Ap4o34599
!:on steel and increased with the temperature after this layer disappeared. As the
1!
,temperature differential between steel and glass diminished,, the coefficient
1dropped again. Acco ng to the preliminary calculations, this coefficient may b0'
'found as C WE t Kea,/M1 - hr - degree, where c 2:110-130. A layei- of
onv
',glass which criginates during cooling prevents the oxidation of steel and may be
used as lubricant in prosnure working. As was stated by L. K. Kovalov (Steklo kak
,smazka pri goryachey deformatsii. metallov. Byulleten' Gosudarstvennogo'Nauchno-
ilssledovatellskogo instituta stekla, 1961., No. 1),, this layer slows down the cooling
,process. This effect, however, is very small. The loss of metal volume, suffered
!in the course of heatings was found to be caused mainly by the decomposition of thei'
I
~a>dde scale. Orig. art. has: 4 figures, I table, and 1 fomula,,
USSOCIATION: none
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L 23879-66 F-WT(d)j 1ewp(v)AWP(1r)/EWP(h) P(I I12NA(h)/F=(nW
AC-C-N-R-s-A-P6009929 (A) SOURCE COM t)R/0413/66/000/004/0124/0.1224
IJP(C) ww/pu
AUTHOR: Kellshman,'Je, AP; KoQq"A onov. M. Shtender, I. G.; Andr hkov,
V. M,
6Y
ORG: none
TITLE: A device for fastentax an element inside a.shell In a gas stream. Class 47,
No. 179143
A
SOURCE: Izobreteniya, promyshlennyye obraztsy, tovaruyye znaki, no. 4, 1966, 124
TOPIC TAGS: gas flow, aerodynamic drag
ABSTRACT: This Author's Certificite Introduces a device containing braces for fastIen~--
ing an element inside a shall 1n:a gas stream. Hydraulic drag is reduced and the re-
liability of the fasteninglis improved by Installing the braces at an angle to the
axis of the shell and by,using ball-and-socket hinges for fastening the braces to the
inside surface of the shell and to the element.-
UDC: 621.646.9.002.73
Card 1/2

L 2

KOZLOV, Alakefty 11-ilah,-GOLYGIN, EDnstantin Nikolayevich; BORSHCHEVSKATA,
---S.I., red.; PRESNOTA, V.A., tekhn.red.
(District changes its appearance] Raion meniaet oblik. Innin-
grad, Lenizdat, 1961, 39 P- (MMA 15:2)
1. Sekretarl Nevskogo rayonnopo komiteta Kommuniatiebeekoy,martil
Sovotakogo Soyuza;fg4 raningrad (for Kozlov)*. 2.' Predeedatell
Nevskogo rayonnogo ispolnitellnogo komiteta, g. leningrad (for
Golygin).
(leni ngrad-De script ion)

KOZLOV. Ale Ivanovic ; DOLINSKIT, N.M., red.: FINVIM, V.I.,
te red.; OFIIZVA. L.N., teldm.red.
(Ghistovskil State Farm] Chiatovokii sovkhor. Koakva. Goo.
izd-vo nellkhoz.lit-ry, 1960. 69 p. (MIRA 14:2)
(Bulayevo District--State farms)

KOZ L, V, A. K.
~;z
..0, it
"Observation on t.'.c Acroflora of Peat :' j, Ooils 'Eter Their
Biol Sci, Leningrad Order of Lenin State U inc-A A. A. Zhadanwf, '..Ioscow, 1955.
No I I I 'Mar 55)
So: Sm. 'No. 670, 29 Sopt 55 - Survey of beientific and Technical Dis Eerta L ions
Defended at LISSR HiCjier Educational I~stitutiolis (15)

30(l) SOV/99-59-7-4/9
AUTHOR: Kozlov, A. K., Engineer
TITLE: Irrigation from Artificial Hollows with Distribution
Pipes
PERIODICAL: Gidrotekhnika i Melioratsiya, 1959, Nr 7,.pp 24-34 (USSR)
ABSWLCT: Irrigation from artificial hollows represents a mechani-
zed method of irrigation, where the natural, topographic
and climatic.conditions of a given agricultural region
are taken into account. Artificial water distributing
hollows are cut along.the slope.of a site whose dip
amounts to O.OQ3-0.0065. Irrigation hollows are cut
across the-slope with a dip of 0.0005-0.002. From them,
water is taken for irrigation off furrows. On steep
slopes, with a dip 0.0065-0.04 and more, a distribution
waterpipe is-provided connected -aith the distributing
hollow and serving as a prolongation of it. The distance
!)etween the individual irrigation i;'ollows varies from
110 to 350 m in compliance with the radius of action of
the sprinkling assembly-used. Water for irrigation
Card 1/3 Is taken from natural sources (river, pond, etc.) by

SOV/99-59-7-4/9
Irrigation from Artificial Hollows with Distribution Pipes
means of a transportable-pump station. It is delivered
through an underground waterpipe, or through a pi e
mounted on the surface, to the main water tank. from
there.it flows under.the influence.of.crravitational
force into a distribution hollow.aDd then to irrigating
hollows. The irricratina hollows are.cut 20-22 cm deep,
perpendicular to the distributing hollow. The system
of irrigation from artificial hollows, in conjunction
with distribution pipes enables fully mechanizing the
process.of watering and saves time and labor. The
capital investment required for laying out such an irri-
gation net is considerably lower than it would be in
case of using a net of temporary irrigators. The system
in question is more often adopted for undulating country
than is the system of temporary irrigators; it guaran-
tees the normal operation of sprinklers and other irri-
gation units. Transportable elements used in this sys-
tem do not require regular repair and maintenance,
which enables reduction of the maintenance costs of
Card 2/3 equipment. Distributors in the -Form of hollows and

SOV/99-59-7-4/9
Irrigation from Artificial Hollows.with Distribution Pipes
watcrpipes do not interfere with the Tiork of tractors
on the tilled acreage. There are 3 tables, 7 dia(c,,-rams
and 5 photographs.
.ASSOCIATION: Kurskaya zona2naya opytno-mcliorativnaya stantsiya
Mursk Zone Experimental Land Reclamation Station)
Card 3/3

124-57-2-2101
T."a"S lat toil fiom: Reierativnyy zhurnal Mekhanika, 1957 Nr 2, p 90 (USSR)
AUTHORS! K ci z I o,. I'nskiv. Ye. NA.
TITLE: Funrlarnent,d P-Iriciples of Qic Rational De%elopment of Natur,tl-g.ts
IN-posits (0!~III-VIIVVC pi-1111sipy ralsional'noy razrabotki gazovykh
iii- -s t orozlidenly)
PER 10DIC A L V sb. : Vopiosy razrabotki i eksplLIatdtSii oazovykh mestorozli
deniy, 1953, pp 3-52
A 1~)ST l", ACT: Fhe first portion of the paper is devoted to the history of the
evolution of the methods for the development of natural-gas
depc.,its; the jilthor divides it into three cras, riamoly, the era
(it the haphazard workings, the era of the enipirical rnethods of
development, which was characterized by in itppl~cation of now
obsolete principles of petroleum -deposit developrner,t to the
development of gas deposits, and a third era which was character-
.,ieo hy the zpplication of a comprehensive method of planning based
on geological data, a knowledge of subterranean gas- and h-,-dro-
mechanics, a more Advcnced Lechnology of the recovery of gts,
~11_.d data on the economics of the gis i'i1dus t r y. The second por-
C~.-d 1., 3
1011 of the paper examtne~ the fundamental properties of !he

124-57-2-2101
P"Indamenud 13~111ciples of the Rational Development of Natural-gas (Cont. )
de-,,elopment -1. gas deposits. The concept "development scheme' is defined,
:Irld three stages in the exploitation of a deposit are described: a first slage
%OICrI OIC [,',~S ClItCl S tile pipeline under its own pressure; a second stage when
primi.-.ry compiessor station niust he set up a! the wellhe "d in order to
Inalrif"111 tile gas flow; and a third stage when tile. pressure in Ihe gas-bearinp
c-Ands hos be( onic so low that it is more adV.jI-ItaV,(IOVIS 10 use
file gas for local
suppl, ", only Thu term I rationat development' is t-neant to apply to the recov-
cry of ~t required cluantity of gas with tile smcillest poss*.ble number of wells.
The lh~rd portion of the paper is devoted to file pecisharthes of the geologlic,il.
s I ruc! ti i, e (if tg.js deposits. The conditions of OCCLI-I-CIICC Of I)as in the crust.
of the e., I-th. 'lie pressures in a gas reservoir, and the char:icteristics of
g-ts-be:ir:n(l, stralla are examined, The fOL11-th POI-IiOn COITIPI-ISCS the gasdynamic
pt-cuh-ir-lties of the development of deposits. Along -,vit.h methods for tile de-
terillinxit;on (A pressure drops in a gas reservoir and the motion of water in
it. which are indicated in the fourth portion, liplit is shed on the SLlbject.s of
the degree and character of the discovery of a stratum. the determination of
pressure los!Ees in the gas wells, the magnitude of tile operating yield of the
wells and tile di,imeter of the riser pipe, and dic deteimination of the number
of wells required, It. is recommended that the torn-iii'las and concepts formula-
ted in Ye. NI. Minskiy's papers (RzhMekli, 1954, abstract 3050), those of
C,~rd ~/3

124-57-2-2101
Fundamental Princ:ples of the Rational Development of Natural-8as (cont,
G. A. Adamov (R'l.hMekh. 1954, iAbstract 2914), and Ye. 1. Levykin (V sb.
Vop.,osy ra:,.rabotki i ekspluatatsii gazovykh mestorozhdeniy, 1953, p 265)
be employed. In the fifth po.-tion the productive operation of gas wells is ex-
amined. Fhe methodology proposed by Ye. M. Minskiv for the analysis of
operational did,t of gas wells is explained; this methodology is founded on a
binornial eqtwtion for the advection of the gas to the active well area and per-
mits the determinatioti of the coefficients of the tiltrational resistance and the
maonitudc of the free yield. Existing methods for the permeability of a stratum
from operational data of the wells are briefly examined. In conclusion the
fundamental princlples of the development of gas deposits are briefly enumera-
ted. Btbliography: 6 references.
!-,i - 1 11
IL-iral, gas--Pro~-.,2tion 2. Natural gas B. Lapuk
Cjrd i,/3

V,
AID P - 825
Subject USSR/Engineering
Card 1/1 Pub. 78 - 10/26
Authors Genkin, M. A., Minskiy, Ye. M., Kozlov, A. L.,
Teverovskiy, Ye. N. and Shirokov,7~r.~--r. ~-- ....... ~-
Title Cyclonic separator if the VNII (All-Union Scientific
Research Institute)
Periodical : Neft. khoz., V. 32, #9, 41-43, S 1954
Abstract : The cyclone type of water and dust particle separation
from natural gas is described. A spiral deflector without
moving parts is used for turbulent rotation of gas and a
1800 turn for particle separation. Apparatuses of various
capacities are outlined on 3 drawings. 2 Russian references
C)
(1950-1951).
Institution: Scientific Research Institute. Gas Division (NIIOG)
"1,,'---i1tted No date

Koz i o v I d. L.
AID P - lo96
Subject USSR/Mlining
Card 1/1 Pub. 78 - 7/21
Authors Kozlov, A. L., Kortsenshteyn, V. N. and Savohenko, V. P.
Significance and methods of study of underground water
Title
pressures
Periodical : Neft. khoz., v. 32, #10, 30-34, 0 1954
Abstract : Genetic and hydrodynamic relations between gas deposits
and the level of the underground water contacted are
discussed. Precise knowledge of the static level is
considered important and various methods are offered for
its determination.
Institution : None
Submitted : No date

, -'~'
ij
IRISKW, Alakeandr Arkadlyevieb; IVANOV, Aleksandr Kornilovicb;
KOZIDYA AnutoL!L.~~h; MIJISKIY.Teygeniy Markovich: PAZU.
mvim Solomanovich; RZAREN, Viadimir 4kolayevich, redalctor;
KHOMNOVICH, Ivan Tef Inovich, redaktor; SHAMMAROV, Hikhall
Khasroyevich; POLOSIR/k. A.S., tekhnicheskly redaktor
(Gas productinn and transportation) Dobycha I transport gaza.
Pod Red. V.N.Raabena 1 1.19. Khodanovicha. Moskva, Gos.nwachno-
tekhn.lzd-vo neftianoi i gorno-topliv-noi Ut-ry, 195-5. 551 P.
(KLRA 8:10)
(Gas, Natural) (Pipplines)

AID P - 1774
Subject USSR/Geology
Card 1/1 Pub. 78 - 12/26
Author Kozlov, A. L.
Title nclines and 'gas and oilbearing capacity of marginal
my
sections of a nappe. (Paleotectonics and gas-and oil-
bearing capacity)
Peri,idical Neft. khoz., V-33, no.3, 50-54, Mr 1955
Abstract The author analyses
shanka elevation of
he finds no petroliferous
He tries to explain
the oil migration.
next issue.
the tectonic structure of the Yel-
the Saratov disiceation, in which
traces in the Devonian strata.
this occurence and to find the path of
This article will be concluded in the
Institution: Names of many Russian geologists are mentioned.
Submitted No date

Kos L ')V A.
Subject USSR/deology
Card 1/1 Pub. 78 - 9/24
AID P - 2096
Author : Kozlov A. L.
VZ~~~
Title : Geosynclines and oll-bearing capacity of marginal sections
of a nap~e, Paleotectonics and oil-and gas-bearing
capacity . Mnolusion)
Periodical : Neft. khoz., V. 33, no. 4, 43-49, Ap 1955
Abstract : This is the second and concluding part of an article pub-
lished in the previous issue of this journal. The author
further analyses the paleotectonic structure of the Ural
Geosyneline In Bashkiriya to find strata in which oil and
gas can be located. Some other parts of Russia are also
briefly analysed as to their horizons. (For part 1 of
this article, see card AID P - 1774).
Institution: Nam es of many Russian geologists are mentioned.
Submitted : No date

/~~ Z- L ~N v/ ,v - ~-
SAVCHSMKO, V.P.; XCOLOY, A*L#
-1 --~- ~~~
Problems of efficient exploration of gas reservoirs. Gas.prom no.1:5-
8 Ja''56, (MIRA 100.1)
(Gas, Natural) (Prospecting-Ge6physIcal methods)

KOZLOV. A.L. ,
--. ~ Z!, - , , . . ~
Gas recover7 efficiency of eno reservoirs* Gazoprom, noo5:1-i4 My '56o
(MLRA 10:1)
(Gas, Natural)

VBLIKOVSKrY. A.S.;KOZ'LOV, A.L.
Precise measurement of pressure at the mouth of gas wells. Guz. prom.
no.6:1-5 Je '56. (MLRA 9:12)
(Gas, Natural)

tj
SUBJECTt USSR/Geology
5-2-9/35
AUTHOR: Kozlov, A.L.
TITLE: The Origin of Permanent Frost in the Razvalka Mountain near
Pyatigorsk and the Genesis of Sources in Crumbling Rook Vassifs
(Proizkhozhdeniye vachnoy merzloty na gore Razvalka Pyatigorlya
i genezie istochnikov maseivov treshchinovatykh porod)
PERIODICALt Byulleten' XoskovBkogo Obahchestva Ispytateley Prirody, Otdel
Geologicheakiy, 1957, # 2, pp 127-132 (USSR)
ABSTRACTs A section of permanent frost and a cold spring of fresh water
in the laccolitha of the Razvalka mountain, located 3 km north
of Zheleznovodsk, are described.
Analyzing existing hypotheses concerning the origin of this per-
manent frost, the author advances his explanAtion which consists
in the followings the permanent frost in the Razvalka mountain
is a consequence of accumulation of winter cold and its consump-
tion in summer, and it is caused by the intensive circulation
of the atmospheric air in the very crumbling core of the
laccolith.
Card 1/2

5-2-9/35
TITLE: The Origin of Permanent Froat in the Razvalka Mountain near
Pyatigorak and the Genesis of Sources in Crumbling Rock Mautfs
(Proiskhozhdeniya vechnoy merzloty na gore Razvalka Pyatigorlya
i geneiia iatochnikov massivov treahchinovatykh por6d)
It is supposed that intensive seasonal air circulation in conneo-
tion with thermal anomalies and condensation sources can ocour
in many cave regions and crumbling mountainous massifs.
The article contains 1 figure
1e SlaVic references are cited.
ASSOCIATIONi Not indicated
PRESENTED BY:
SUBMITTEDt No date indicated
AVAILABLEt At the Library of Congress.
Card 2/2

KOZLOT, A.L.
.
In*reaso production potentials In the fbrests of Western Siber~ab
Les. prom. 35 no.2:1-3 P '57. (MMA 10:4)
1. ftchal'Inik Glavzapsiblesproma.
(SlUrla, Western--lumbering)

PR
all I Vill

13

tKOZLOV, A.L.; MINSKIY, Ye.M.
- , ,
Effect of gas field exploitation on an adjacent field. Gaz. prom,
no-3:1-9 Mr 158. ' (MIRA 11:3)
(Gas, Natural--Geology)

KOZLOV, A.L.; SOSNINA, YO.S.
Increase the quality of petroleum and gas prospecting data.
Geol.neftj 2 no.3:63-67 Hr '58. (14IRA 12:6)
1. Vanso3nisnyr nauchno-issladovatel'sk-iy institut.gazovoy
promyahlonnosti. (Petroleum geoloey) (Ga". Natural-Gooloff)

KOZLOV, A.L.: FOCHUYETA, Ye.A.
Analyzing exploitation data of the P11yught) gas field. Gaz.proms
no.i?:4-12 D 158. (MRA 11:12)
(Kuyb7shev Province--Gas, Natural)

SOV/25-58-12-6/40
AUTHORS: Raaben, V.N., Candidate of Technical Sciences,
Tesner, P.A., Doctor of Chemical Sciences, and
Kozlov, A. Candidate of Geologic-Mineralogical
ces
TITLE- The Natural Gas Industry (Promyshlennost' prirod-
nogo gaza)
PERIODICAL-. Nauka i zhiznl, 1958, Nr 12, pp 12-16 and p 1 of
cent-3rfold (USSR)
ABSTRACT,, The authors give a brief review of the composition
of natural gas and the location of the main depo-
sits. The demand for gas by industry and public
utilities is steadily growing. By the end of 1957,
18.6 billion cu m of natural gas were used, which
is 60 411-imes as much as in 1928. It is planned -'.,o
increase the output of natural gas to 148 billion
Card 1/3 cu m by 1965, and to double the consumption by 1970-

The Natural Gas Industry SOV/25-58-12-6/40
1972. The total gas deposits of the USSR are esti-
mated at 20,000 billion cu m. Prospecting for new
gas deposits is greatly facilitated by the recent-
ly issued geological map of the entire USSR, in a
1:1,000,000 scale, At the present time, more than
200 gas deposits have been discovered. The chief
gas producing areas are the North Caucasus (Stav-
ropoll and Krasnodar.. Krays), the Volga region
(Saratov and Stalingrad Oblasts), the Komi ASSR,
the Orenburg and Kuybyshev Oblasts. Natural gas
has been discovered in Siberia, the western and
eastern districts of the Ukraine, and in various
parts of the Uzbek SSR (see map P 13). The out-
put of gas can be inu-_-ased by different arti-
ficial methods, such os h;draulic pressure, blast-
ing operations and by increasing the porosity of
rocks with chemicals. The total length of long
distance gas pipe lines is 10,000 km at present.
An additional 26,000 km of gas mains will be builtq
Card 2/3 in which the diameter will be increased from 800

The Vatural Gas Industry SOV/25-58-12-6/40
mm to 1,02-10 mm, Exhausted gas deposits and
water bearing strata will be utilized for stor-
ing gas to meet peak loads, In 1957 more than
180 towns of the Soviet Union were supplied with
,cras. This number will be increased to 350 during
the 1959-1965 period.. The authors mention the
various uses of natural 7as in the chemical syn-
the-tic industry. There are 3 photos,, 1 map and 1
schematic drawing,
OSOCIATIOM. Vsesoyuznyy nauchno-isoledovatellskiy institut
prirodnogo gaza (The kll-Union Scientific-Research
Institute of Natural Gas)
Card 3/3

-KOZLOV, A. L., KRYIDVi A. P., TREBIN, F. A.. BORISOV, Y. A., KOROTKOV, A. P.,
BUCHIN, KAMM. M. T., ABASOV, 14. T., MIRCHM, M. F., VASILEVSKIY, V. V.,
SHELKACFZV, V. N., and MR-SKIY, E. M.
"Developm-nt of the Theory and Practice of Oil and Gas Field Production
in the USSR.*
4-,,-
Report submitted e the Fifth World Petroleum Congress, 30 May -
5 June 1959. New York City.

11(0) PHASE I BOOK EXPLOITATION SOV2139
Kozlov, Anatolly LIvovich
0 zakonomernostyakh fomirovaniya i razmeshcheniya neftyanykh i gazovykh
zalezhey (Formation and Distrib-ation of Oil and Gas Deposits) Moscow,
Gostoptekhizdat, 1959- 161 p. Errata slip inserted. 2,500 copies printed.
S~ponsoring Agencies: Vsesoyuznyy nauchno-issledovatellskiy institut prirodnogo
gaza, and USSR. Glavnoye upravleniye gazovoy prorayshlennosti.
Executive Ed.: N. N. Kuzlmina; Tech. Ed.: I. G. Fedotova
PURPOSE: This book is intended for geologists engaged in prospecting, exploring,,
and extracting oil and gas deposits, and my be used by students in petroleum,
geology and geological surveying vuzes.
COVERAGE: The book describes the distribution of oil and gas deposits, not only
according to rock profile, but also according to the entire extent of gas and
oil basins. Data on the location of gas and oil deposits in the Soviet Union
Card 1/4

Formation and Distribution of Oil (Cont.) SOV/2139
are in accordance with newly established principles of long distance oil and
gas migration in water-baarigg rocks and their differentiation in the migration
,procebs.- nie'gaz-and oil-bearing capacity of the Volga-Ural kagion is reviewed
in considerable detail. On the basis of regional geological and hydrogeological
data and principles of long distance gas and oil migration,.the distribution of
gas and oil fields is explained; and reasons for the absence of gas fields and
deposits in Tartariya and Bashkiriya and the high gas-and oil-bearing cap-
acities of the Timan-Pechorsidy region and the Lower Volga River Valley
(Nizhneye Povolzhlye) are pointed out. Data on the nitrogen-Sao field zone
in the Central Volga Valley (Sredneye Povolzhlye) are set forth and its
formation is explained. A western limit of prospective Volga-Ural gas-and
oil-bearing strata is defined and substantiated. There are 23 figures and 7
tables. No personalities are mentioned. There are 77 references: 64 Soviet,
and 13 English.
TAM OF CONTENTS:
Ch. I. Long Distance Migration of Hydrocarbons and Principles of the Formation
of Oil and Gas Fields 3
card 2/4

Formation aad Distribution of Oil (Cont.) soV/2139
The influence of gas-and oil-forming conditions and metamorphim
on the relationship of gas and oil 8
Migration of gas and oil 14
Principles of the distribution of oil and gas deposits in gas-and 65
oil-bearing regions of the goviet Union
Irbrecastiag oil-and Sao-bearing deposits 84
RejAtive region&, distribution of oil and gas fieldo in the
Soviet Union 89
Factors vhich determine the capacity of individual gas and oil
deposits 91
Res=e 97
Ch. II. Pagional BVdrogeology and Oil-and Gas-Bearing Capacity
of the Volga-Ural Fogion 103
General theoretical premises 103
Nitrogen and inert gases as indicators of the regional hydro-
geology and migration conditions of oil and natural gases 108
Card 3/4

Formation and Distribution of Oil (Cont.) SOV12139
Rydrogeology of the V634L-Ural Region and adjoining territories 116
Generalized date on the oil-and gas-bearing capuity of the
Volga-Ural R-gion in the light of regional hydrogeology and
geochemistry 143
Some data on the distribution and chemical characteristics of
petroleum in the Volga-Viv,l Region 147
Ch. 311. Scientific Fasearch Work for Evaluating the Prospective
Oil-and Gas-Bearing Capacities of Individual Regions and
Areas 152
Ribliogrophy 159
AVAXLA=t Library of Congress
TM/w
Card 4/4 8.24-59

AJZKSEYCHIK, Stepan Ilikolayevichipri uchastii aleduyushchikh., GALITSEV-IEZYUK,
S.D.; GRODIN, X.I.: ZAYTSEY, S.M~; KlMo!REK, M.A.;
F-,aIN, L.B.; RATN&R, V.Ta.; 'RATITOVSM, I.I.; RAKHMITOV, K.F.;
TABOYAKOV, A.Ta.; TSITENKO, N.D.; GOLUBKOV, I.A., nauchnY7 red.;
KRUTIRV, L.A., vedushchir red.; TASHGMWHIIISKAYA, A.B., tekhn.red.
(Geology and gas and oil potentials of northern Sakhalin]
Geologicheskoe stroenie i ga2oneftenoonost' severnoi chasti
Sakhalina. Leningrad, Goo. nauchn. -tekh.izd.-vo neft. i gorno-toplivnoi
lit-r7 Leningr. otd-nie, 1959. 226 P. (Laningrad.Tsesoiuzu7i neftianoi
nauchno-iseledovatellskil geologorazvedochnyi institut. Trudy,
no.135).
(Sakhalin!.--Petroleum geology)
(Sakhalin-Gas, Natural-Geology)

KOZLOV, A.L.; S&VCHRNKO, V.P.; CHRRSKIY, N.V.
Possibilities of speeding up and lowering the coat of industrial
exploration of gas fields by means of experimental exploitation.
Gaz.prom. 4 no.1:4-10 Ja 159. (MIRA 12:1)
(Gas, Natural)

TEROYETET, H.S.; KOZLOT, A.L.; SATCMIKO, T.P.; TELIN, N.D.; ALEKSIN, A.G.;
KAXSIKOT S.P DFA-WI'OY',' T.N.; SFDCWT, A.A.; KOZIRTMOT, V.A.;
ANDRIA114, KOPOBOY"I.A.; 13NIKIIIII, P.H.; KALANTAROY, A.F.,
vedushchiy red.; TROFIMOY, A.Y., tekhn.red.
[Efficient method of prospecting for gas fields; studies of the
temporary commission of the State Scientific and Technical
Committee of the U.S.S.R.] Ratsionallnoia matodika razvedki
gazovykh mostorozhdanii; materialy vremennoi kominzil GMX SSSR.
9691cva, Goo.nauchno-takhn.izd-vo neft. i gorno-toplivmoi lit-ry,
196o. 125 P. (MIRA 13:3)
1. Russia (1923- U.S.S.R.) Goeudarstvannyy nauchno-tekhnichookly
komitet.
(Gas, Natural) (Prospecting)

KDZLOV) A.L.3 M317SKIY9 Ye.M.
Corjtemporar7 problems of the development of gas fieldso Gazprom,
no.10!8-11 0 163. Wn 14-- 11)
(Gas, Natural)

YOZLOV, A.L.; MALEVANSKIY, V.D.; MIMSKIY, Ye.M.; URINSON, G.S.
Selecting the diameter of gas well production c;Isings. Gaz.pron, 7
no.3:9-34 162. Wju 15:1)
(Gas wells)

KOZLOV, A.L.; URINSON, G.S.
Method for calculating the economic indices of gns exploration.
Trudy VNIIGAZ no.16/24:131-160 '62. OAIRA 15:8)
(Gas, Natural-Geology)

KOZLOV, Anatoliy L 'vovich
"Scientific principles of the development of gas fields in the USSR"
report to be submitted for the 6th World Petroleum Congress,
Frankfurt am Main, W. Germany, 19-26 Jun 63.

KOZLOV, A.L.
Reply to the review of the book "Formation and distribution of od.1
and gas pools." Sov. geol. /+ no.8:150-A54 Ag 161.
(MIRA 16:7)
(Petroleum geology)
(Gas, Natural--Geology)

BELOV, K.A.; KOZLOV) URINSON, G.S.
Gas industry of Stavropol Territory. Gaz. prom. 7 no.2:7-9 162.
04IRA 17:6)

rlozLk)V, A.L.; MrISKIY, Ye.14.; FISH, M.L.; FRTI-10, YU.M10
Abalyzing the development of the Khadum gas pool in the florth
Stavropol-Pelagiadi gas field. 'h-Lidy YVTTGAZ no.19/27:5-23
(mmk 1:118)
DAermining gai remnTnt- irn-, Oin dror) in reservoir pressuree
Ibid, 24-42
1. Redaktor zhuniala nTrudy Voonoyuznogo nauchno-issledovatel
s1cogo instituta prirocbiykh gazr.)vl (for M~skiy).

K (D'ZL O"ll A.1g,
CY u I n 1, S 1 0 u r t i ul-I f cr
cill tkr.,.-t ga;i in
no . 6: 9- D~
S-.)vetc, l:inijtrDv

KOZLOV., A.L.; KULIKOVA, V.D.; URINSON, G.S.
Economic analysis of the development of the North-Stavropol
gan field. Gaz. prom. 8 no.11:5-11 163. WIRA 17:1.1)

AFAN-ASIYEV, A.F.; KIR-:-.HCHEV, V.A., KOZZLOV, IFTIEtENINCY,
KUTUKOV, A~T.
Liakhalln potrolcum. Neft. khoz. 42 no.9/10:.94-88 "-,0 164~
(11PURA 17112)

KOZLOV, A.L.; URINSON, G.S,
Method of calculating. the technical and e~cnorn--ic fac-4ors for
the plan of the development of the gas recovej-y irdus~lry. GP-z.
promi. 9 no.12.-10-13 164. (MITEA l813)

+ .; T D"YOW711,
I
IMethods of t--ir. w---pi,ilcatisn olf gas pools in order
to obtain precise diita Lo be lised in plans for development.
Trudy VN'IIr-AZ 164 (14TRA 17t8)

KOZL91, A.L. - MILIKOVA, V.D.; !TUNSON, G~S.
Z- - - )
Sone probleme In lth~, -.-,-onoTftr7,3 of the drve~npment cif the Gazli
gas fleld. Gaza d-31() ne-40-1-34 1-65. (MIRA I'Vz6)
1. Vsesoyuznyy nauchna-ins.-~dov~i t,d 1,ni,f .; tu.~ pr-~rcdnogc-
gazae

j -0
KOZLOVJq A. M.-I'The Effect of the Direction of Oscillation of an Inclined Plane
on the Movement of a Granule upon It.ff Min Higher Education USSR.
Leningrad Agricultux-al Inst. Isningrad 1955. (Dissertation for the
Degree of Candidate in Technical Science5,
SO Knizhanay letopis'
No 2p 1956

P'C)7T-r,V. A - ".
Fr.-71cv, A. tjif~ Tt~acjJnp In ti.e (-f
t~e Fifth Class r-f Tntermodl.ete '-'chocl (PpFed ~~n `~terlai i-, the Hu-
,an Si:lii-ctt~').If "In T' e - ,
.7~nrj t2r4 -3, cation Irnl on v " t,:~ ~ e
PA-v,
ft,r t~Y, I'A--Frc,- of ranj-ldat-~ in Pecmrcf,,ical .-'cierxe)
So.- i'nizimava No l.'-, 191-6,

I
/Y024ft/ ~ /)/"/
YOMAKOV. V.V., dotatint; STAROBINSKIY, I.M.,
prof.; KOZLOV, A.M., dotnent
Forty years of higher medical education in the U.S.S.R. Sov.zdrav.
16 no.10:19-24 0 '57. (MIRA 10:12)
(EDUCATION, KOICAL, hist.
in Russia)

MASLOVI I.N.; KOZ W A.M., inzh.
._2_
Experience in the mechanization and automation of intax--ediate
and auxiliary operations. Tekst.prom. 2l.no.11:76-:-81 11 161.
0,!I-U 14: 11)
1. Glavnyy inzhener fabriki imeni Krasina, Ivanovskiy povnarkhoz
(for Maslov). 2. Byaro po delam ratsionalizatsii i izobret-
atel'stva fabriki imeni Krasina, Ivanovskiy sovnarkhoz (for Kozlov).
(Textile machinery) (Avtomatic control)