SCIENTIFIC ABSTRACT KUZMIN, YU,L. -

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000928030001-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: July 31, 2000
• Sequence Number: 1
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

L 1430&66
ACC NR- AT6003892
of a consonant upon the -earlier steps to produce a single record sum-
marizing the whole process. 'The "signatures" of different sounds obtained,
by this method are often similar. DynamAc palatography shows this
similarity to be an artifact, since it does not reflect the all-important
time relationships of the steps In'the complex process of speech sound
.formation.
Dynamic palatography may also provide useful materials for psycho -
physical study Py making it possible to discover the boundaries of natural
articulatory segmentation of running speech. In cases where not merely
the combination of features present, but their time sequence as well, Is
of the essence, logical processing of signals must rqly on a device capable.
of performing segmentation automatically. Orig, art*, hast 5 fieurea;'
fA*TD PMSS: 4-09i--r-7
SUB CODE: 09, 02, 03 SUBH DATE: none ORIG REF: 03.1 OM Ws 003

?UZI.%tL".", Yu. L.
"Sulphonation reactions. XVII. Equilibrium between p-dichlorobenzene sulphonic acid
and its chloranhydride." Spryskov, A. A. and Kuzlmin. Yu.-L, (p. 1887)
SO: Journal Qf Ggneral Chemigt (Zhurnal Obshchei Khimii) 1951, Vol. 21, go 10.

SOV/124-58-7-7801 D
Translation from: Referativnyy zhurnal, Mekhanika, 1958, Nr 7, p 70 (USSR)
AUTHOR: Kuz'm in, Yu.M.
TITLE: Experimental Investigation of Screen Filters for Industrial
Water Supply of Naval Bases. (Investigation of the Flow of a
Homogeneous Liquid Through Screen Filters) I Eksperimental' -
noye issledovaniye setchatykh fil-'trov dlya teklinicheskogo
vodosnabzheniya voyenno-morskikh baz.(Issledovaniye setcha-
tykh fil'trov pri dvizhenii odnorodnoy zhidkosti)
ABSTRACT: Bibliographic entry on the author's dissertation for the de-
gree of Candidate of Technical Sciences, presented to the
Vyssh'' inzh.-tekhn. krasnoznarn. uchshche (Technical and Eng-
ineering College, decorated with the order of the red banner)
Leningrad, 1957
ASSOCIATION: Vyssh. inzh.-techn. krasnozriam. uch-shche, (Technical and
Engineering College, decorated with theorder of th6 red banner),
Leningrad
1. Water filters--Analysis 2. Naval shire estab1isWrents--!WaLer
Card 111 supply

ANIS"IMOV, GM.; GALYAMICHEW, T.A.; GOLIDBERG, A.M.; DRAKE, A.D.; '.
YuA; LYSOCIIENKO, A.A.; MAGIROVSKIY, N.P.; FEDOGEYEVIO.V.
Studying the operational conditions of the TDT-55 timber-skiddinj
tractor, Trakt, i sellkho?mah. no.11:1-1+ N 165.
(MERA M12)
1. Rafedra tyagovykh mashin Lesoteklinicheskoy akademii imeni Kirova
(for Anisimov, Galyamichev, Gollberg, Drake). 2. Onezhskiy trak-
tornyy zavod (for Kuzlmin, Lysochenko, Magirovskiy, Fedoseyev).

S/148/60/000/003/009/018
A161/AO29
AUTHORS: Kuz'min, Yu.M.; Novikov, I.N., Rogellberg, I.L.
TITLE: Changes of Mosaic Bl ck Dimensions in Cold-Rolled Nickel in Annealing
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy. - Chernaya metallurgiya,
1960, No. 3. pp 96 - 99
TEXT: An investigation is described, in which the mean size of mosaic
blocks of cold-rolled polycrystalline nickel was measured roentgenographically
after annealing at different temperatures. Nickel (99-05 Ni) was remelted and de-
oxidized by carbon. The composition of obtained Ingots was: 0.1%C; 0.022% Fe;
0.003% Cu; 0.001% Mg; 0.004% Si, and below 0.001% Pb, Sn, Sb and Bi (remainder
nickel). The ingots were rolled hot, then cold, to 0.8 mm; annealed in salt bath:
the surface pickled in undiluted nitric acid. Roentgenograms were made in a
KPOC -1 (KROS-1) inverse camera, in copper radiation, with.30-kv voltage on the
tube and 10-ma current. Two 0.8 mm diameter diaphragms spaced 40 mm were used to
reduce the line width, and a nickel specimen annealed at 7000C was employed for
reference; the roentgenograms were photometered with a M(~-4 (r,7-4) photometer.
The mean mosaic block size was determined by harmonic analysis of the shade of the
Card 1/3

S/148/60/000/003/009/018
A161/AO29
Changes of Mosaic Block Dimensions in Cold-Rolled Nickel in Annealing
curve (Ref. 8). The results of the harmonic analysis of one measurement series
is shown (in Fig. 2) in the form of decomposition coefficients An from the har-
monic order n. The mean block size at different temperatures of annealing was
found by the tangent of the incline angle of the tangents at n--O, and (as seen
from the figure) was 0.23; 0.15; 0.22 and 0.09 in the state after rolling, and
after annealing at 300, 400, and 6000C. A dependence with three periods was
found: a considerable growth of blocks up to 300OC; a decrease at 400 and 9000C;
a rapid growth from 5000C up. The recrystallization point of the studied nickel
Is 505PC. The peculiar decrease is most probably caused by the polygonization
phenomenon (Ref. 7). There are 3 figures and 9 references: 3 Soviet, 4 English,
I German, I French.
ASSOC,IATION: Krasnoyarskiy institut tsvetnykh metallov (Xxasnoyarsk Institute of
Nonferrous Metals)
SUBMITTED: April 16, 1959
Card 2/3

Changes of,Mosaic Block Dimensions
in Cold-R~lled Nickel in Annealing
Figure 2:
Dependence of the decomposition
coefficients on the harmonic order
for (331) lines
S/148/60/000/003/009/018
A161/AO29
go

4
Pitc. 2.3aaRCHNIOCTH Kost"HwfeHTOB pammeHH51 OT dO-
Card 3/3 PIIAKa rapmOMMI AnR AIIIIHK (331)

ACC NRs AP6007069 UR/0057/66/036/002/0230/0238
WTHOR: Kuz'M1n, YU.N.
0R0: Leningr d Polytechnic Institute im._ M,I Kalinin (Leningradakiy politekhniche~'Iy
Institut)
TITLE: Some axially symmetric probleas with mixed boundary conditions in the theory
of heat conductivity z I f
SOURCE: Zhurnal tekhnicheskoy fiziki, v. 36, no.2j 1966, 230-238
TOPIC TAGS: mathematic method# integral equatlon, Fredholts equation, Integrodif-
ferentlal equation, heat conduction, mixed boundary value problen
ABSTRACT: Most of this paper to devoted to a discussion of the solution of coupled
integral equations of the type
Af (X) J~ op) dX 0, 9 > I
in which Jo is the usualt Ressel function, 1 and g are known functions, a is an integer,[~-
and k Is the unknown function. Such a pair of Integral equations can be reduced to a
UDC: 536.21

L 23103-66
ACC NRs AP6007069
finknown
/ O'f -44 ~-
equation of the second kind by an appropriate transformation of the
In the present paper the substitution - I. Is
employed (or a slightly different one, depending on the value of 9). In the deriv-
ation of the Fredholm integral equation an 1ntegrodifferential equation Must be
partially integrated; this integration affords the possibility of Imposing auxilioxy
conditions on the now unknown function ? (t) . which somewhat simplify the final result*
The general technique Is Illustrated by derivation of the kernels of the Fredholm.
integral equations for several axially symmetric mixed boundary value problems in the
theory of heat conductivity, in which the value on an Infinite plans boundary of one
linear combination of the temperature and the temperature gradient Is specified as a
function of the distance r from the axis for values of r less than some constant a,
and the value of another linear combination of the temperature and the temperature
gradient Is specified for values of r greater than a. Orig* art. has: 72 formulase
SUB CODE: 20 SUBM DATE: -1OApr65
ORIG, RXF#. 006 OM REP., 002
2/2

L 4~2~4-6 .. - -.- -_
AL'C N R IAP6028603 SOURCE CODE; UR/0057/66/036/008/1333/1338
AMOR: Kuz,min, Yu.K,
ORG: Leningrad Polytechnic Institute in. M.I.X911nin (Leningradakiy politekh-
nicheskiy institut)
TITLE: A two-dimensional problem with mixed boundary conditions in the theory of
'heat conduction In a slab
SOURCE: Zhurnal tekhnicheskoy fiziki, v. 36, no. 8, 1966, 1333-1338
TOPIC TAGS: mathematic method, mathematic physics, Laplace equation, Fredbolm
equation, mixed boundary value problem, beat conduction,
ABSTRACT: The author discusses the problem of calculating the steady state temper-
ature distribution in the slab 0 < y < L (x, y, and z are rectangular coordinates)
when the temperature has a given constant value on the face y = L and different mixed
boundary conditions of the third kind are imposed in the regions Jxj < 1 and JxJ > I
of the face y w 0. The problem is reduced by means of Fourier nine and cosine trans-
formations to the solution of two sets of paired integral equations for the--Fourier
transforms of the even and odd parts of the temperature, the two equations of each
pair being valid for different ranges of x. With the aid of Fourier-Bessel trans-
formations, the two integral equations of each pair are reduced to a single regular
Fredholm integral equation of the second kind. The temperature distribution on the
Card 1/2 UDC; 536.2.01

t 45984-65
ACd-NR: AP6028603
face y w 0 can be calculated directly from the solutions of the two Fredholm equa-
tions without inverting the.Fourier-Bessel transformation. The kernels of the Fred-
holm equations for the special cRse when L is infinite and there is no beat flow
across the region 1xj> I of the face y m 0 are expressed in closed form in terms of
the incomplete elliptic Integrals of the first and second kinds. Orig, art. has:
44 formulas.
SU13 CODE: A 20 SUBM DATEt 24Jun65 ORIG, R)Wt 001 OM REP: 001
2/2 pb

STRLKHOV, V.V., kand. tekhn. nauk;
red.; ZORINA, G.V., red.;
GISIN, I.B., kand. sellkhoz. nauk;
N.I.; SHUVAIDVA, N.S.p nauchnyy
KOVALISKAYA, I.F., tekhn. red,
(Modern equipment for making creamery butter]Soymmennoe obo-
rudovanis dlia proizvodstva slivochnogo masla. Moskva, TSentr.
in-t nauchno-tekhn. irSormataii mashinosti~aenia, 1962. 55 p.
(MIRA 16:4)
(Food machinery-Design and construction)
(Creameries-Equipment and supplies)

,'TR A K I 10V V, G, N y * I .- f;Tij Ile' U.- TBAYEV 111. 1.
Yu,.,
pr,),jjj(-ljon of crearj~ry buttor 1wilig the vacuum
hitte Z-f -crmati ill Metho-41 Potochnoe proizvodstvo slivochno-
go ina,31a s primeneniam,
TSe-.-.Lr. ir,--t nala-,flaw-tekhn. flishch.evol prc~
ngs, .~ 196L. 29 p. (Mllif, 18~5)

8 (6) SOV/112-57-5-~15
Translation from: Referativnyy zhurnal. Elektrotekhnika, 1957, Nr 5, p 25 (USSR)
AUTHOR: Dobkin, G. I., Kuz'min, Yu. P.
TITLE: Reducing Per -Unit Electric -Energy Consumption for Pulverizing the
Milled Peat in Shaft-Mill Outfits (Umen'sheniye udel'nogo raskhoda elektro-
energii pri razmole frezernogo torfa v shakhtno-mel'nichnykh ustanovkakh)
PERIODICAL: Sb. nauch. rabot. Belorus. -politekhn. in-t, 1956, Nr 53,
pp 116-128
ABSTRACT: Per -unit electric -energy consumption for pulverizing hard fuel
depends on its inechanical properties, pulverization fineness, and moisture
content. High content of volatile substances in the peat, amounting to 700/0,
permits a coarse peat pulverization before feeding it into chamber-type
furnaces. Pulverization of the milled peat in shaft-type pulverizers has gained
wide usage. Per -unit energy consumption may be further reduced by increas-
ing the speed of the air-and-peat mixture in the shaft from the conventional
Card 112

SOV/112-57-5-9815
Reducing Per -Unit Electric -Energy Consumption for Pulverizing the Milled . . . .
3.0-3. 5 m/sec to 5. 5-6. 0 m/sec without increasing the unburned losses.
With stich a speed, small fractions (under 1 mm) of the milled peat are fanned
off; they constitute about 501o of the total amount of the fuel and can be burned
effectively without any pulverization. As a result, the actual pulverizer
productivity is decreased, -which reduces the per-unit energy consumption for
pulverizing. Fanning off the fine fractions of the milled peat can be accom-
plished by a higher placement of the fuel iplet in the separation shaft or by
feeding the fuel into an auxiliary shaft adjacent to the principal one. The
second method is to be preferred because the auxiliary shaft functions as a
drying stack. Aiter the steps toward fanning off the fine fractions are taken,
the shaft -pul'Verizer furnaces will become more reliable and economical
installations dor milled-peat burning.
I. M. P.
dard 212

112-1-188
Translation from: Referativnyy Zhurnal, Elektrotekhnika, 1957,
Nr 1, P-27 (Vwh)-
AUTHOR: Kuz'mIn, Yu.P.
TITLE: Some Results of the Inveattgation of the Process of
Pulverizing Crumbled Pedt by Use of Tensile Forces
(Nekotoryye rezul'taty isoledovaniya protses&a.*f=ej!-
cheniya frezernogo torfa pri primenenii razi-Yvayhiftchikh
usiliy)
PERIODICAL: Sbornik.*, 'nauch-rabot. Belorus. Politekhn-in-t, 1956,
Nr .-'53., '! pp-1~9-140
ABSTRACT: The process of pulverizing crumbled peat with the sudden
expansion of a stream of steam-heat during Its passage
thtough the pulverizing nozzle is investigated. Dis-
rupting forces which emerge with the sudden expansion
Card 1/2 of the steam enclosed in the peat pores are utilized as

112-1-188
Some Results of the Investigation of the Process of Pulverizing (Cont.)
the deforming stresses. Of all the factors influencing
the pulverizing process and the drying of crumbled peat,
such as the slean parameters,, the duration of the pre-
liminary processing of peat with superheated steam, the
concentration of fuel In the steam-heating stream and
the rapidity of its expansion, the sudden expansion of the
steam-hbating stream appears to be the essential factor
and the others play a subsidiary role. The specific steam
consumption for pulverizing and drying-the crumbled peat-
amounts to Q-180 to 0.200 kg of steam per 1 kg of peat.
The ftpi�he?r dust has a sufficient fineness- cbaractdrizea
by R88=70 to 85% with a lowering of the moisture content
by 4 to 10%. The wear of the pulverizing nozzles lies
within the limits of 6 to 10 grams per 1 ton of pulverized
peat. Thepulvetization method studied permits putting
Into practice an open cycle system of preparation of pul-
verized peat which permits raising the efficiency of the
boiler units.
I.M.P.
Card 2/2

SUBJEM USSR/Welding
135-2-V12
AUTHORS: Cheenokov, A.S.9 Candidate# of Technical Sciences, and
Kuzlmin, Yu.P., Engineer.
TITLEs Semi-automatic are-welding with magnetized flux. (Poluavtoma-
ticheskaya dugovaya evarka a namagnichivayuehchimaya flyueom).
PERIODICALt "Svarochnoye Proizvodetvoll, 1957, # 2, pp 21-23 (USSR)
ABSTRAM The technology of semi-automatic welding with open arc and
magnetized flux had been proposed in 1950 by A.I. Khodzhayev
who had been granted an author's certificate in 1955, but the
practical use of the process in industry was delayed by the
absence of magnetic flux and a special holder. In 1956, the
central research laboratory for steel constructions of the Stafa
Polytechnical Institute (NIM), "Proaktatallkonstruktsiya"t
developed a magnetizable flux and designed a flux holder with
a special magnetic head for use in the welding holder AW-5
which is used in semi-automatio welding.
The magnetic head is funnel-shaped and comprises a circular
constant magnet with a central bore through which pass the
Card 1/3 welding wire and the flux. The magnet attracts the flux and

TITLE: Semi-automatic are-welding with magnetized flux. (Poluavtoma-
ticheskaya dugovaya avarka 9 namagnichivayushohim ya f $am).
" 1: ~'P_ I
prevents it from spilling in idle intervals# but it I's-GiTI"w2sak
to hold the flux against the strong magnetic field which builds
up around the wire when the electric current passes through1t.
The flux sticks to the wire, and the wire runs out the bore
together with the flux, the quantity of which can be controlled
by choosing a bush with the proper bore diameter. As material
fer the constant magnet can be used the alloy "Allnisi"
NOWCON) which demagnetizes at 7000C.
The Central Research Laboratory of Soviet Union (L~I+W&X) has
developed ceramic fluxesd)MK -1 and qbMK -2 containing powdered
iron and therefore magnetizable. The slag-system of these
fluxes is built on a base of marble, feldspar, silicon sarth.
and ferro-alloyel they are destined for welding ateelCr- 3,
with d.c. of inverse polarity. Welding the same stock with
a.c. requires stabilizing components in the flux, and the flux
is then to be mixed containing a compound of sodium glass and
potassium glass solutions. The production of magnetizable flux
is similar to the production of common fluxg except for granula-
tion, and in possible at any industrial plant possessing an elec-
trode workshop. There is no special equipment for granulation
Card 213 yet developedi granulation is performed by manual rubbing of

TITM Somi-automatio aro-welding with magnetized flux. (Poluavtoma-
ticheskays. dugoyaya avarka a namagniohivayushohimoya flyuson).
slightly dried flux through a wire strainer. 135.2-7/12
The process is recommended for testing and subsequent intro-
duction In welding steel constructions. The advantages of the
process arsi the Tisibility of work faces being welded is
possibla, since in this case welding is performed with an open
aro; no lose of fluxi estimated increase in productivity
30:33% as compared with semi-automatic welding under flux, and
55 506 as compared with welding by hand with electrodes L4M -7C.
The article contains 1 drawing, 1 photograph, 2 tables.
INSTITUTIONt 84WW3rLO(VNIIESO)
PRESENTED M
SUFAITTEDi
AVAILABLEt At the Library of Congress
Card 3/3

SOV/137- 59-1- 702
Translation from: Referativnyy zhurnal. Metallurgiya, 1959, Nr 1, p 95 (USSR)
AUTHORS: Kuz'min, Yu. P., Chesnokov, A.S.
TITLE: Semiautomatic Welding With Magnetizable Flux (Poluavtomaticheskaya
svarka s namagnichivayushchimsya flyusom)
PERIODICAL: V sb.. Materialy po stal'n. konstruktsiyam. Vol Z. Moscow, 1958,
pp 186- 194
ABSTRACT: The authors describe a welding (W) method in which a special powdered
magnetic flux (F) is attracted to a current- carrying welding wire, thus
producing on it a coating comparable to that fovnd on high-grade elec-
trodes. The authors developed a reliable, light-weight welding ac-
cessory (A). It consists of a hopper on the end of which a permanent
ring-shaped magnet made of an "Alnisi" or a "Magnico" alloy is
mounted. The welding wire passes through the gap of the magnet.
The magnet controls the amount of F supplied during W and shuts off
the flow of the F whenever the arc is idle. The A described is at-
tached in place of the holder onto the conduit of a semiautomatic
PSh-5 welder. The composition of the F's FMK-3 and FMK-NL,
Card I /Z developed for W of steels St 3 and NL-2 respectively, is described.

Semiautomatic Welding With Magnetizable Flux
SOVII 37- 59-1-702
The technology of preparation of the magnetic F's is analogous to the technology of
manufacture of ceramic F's. The F's ensure satisfactory weld formation, the
average mechanical properties of metal deposited being as follows:
FMK- 3: Th=49-6 kg/mm2; 6 = 28-47o; ak= 14.7 kgm/cm?-'
FMK-NL: u-, =53 3 kg/mmZ,, 6 =295o; ak= 21.8 kgm/cm2. Welding procedures
recommendeTfor v*arious types of weldments are presented. It is pointed out
that the employment of magnetic F's increases the productivity of manual and semi-
automatic submerged-arc W operations by 50-60 and 25-301/o respectively.
A. M.
Card 2/2

RUTSKIY, A.I.; LIONKOT, j,M.; GBYLIM, L.B.; SLHPYAII. Ya.Yu.; MOSNW. I.V.;
SCBOLBVO A-~I.; TINYAICOV, N*A.; VOLKOT, N.P.; BOTVIMK, Yaje.;
BARABANOV, M.Ye.; BRAZGOVKA, V.A*; PWMIS# G.B.-, KUZOMUOTA,
Ye.A.;,.KUZININ, Ya.P.; SHD(KO. IT.I.; PAILOIY, IT.L.; KHTITSXIY, G.I.
0. 1. Dobld - Izv. vys, ucheb, zavs; onorg, no,4:128 -A
n; obituary _V 158.
(Dobkins Grigorli izrallevich, 1892-1958) (MIRA 11W

'_'_ KUZIMIN, Tu.P., inzh.; SHIRKO, R.I., inzh.
Present-day conditions and the prospects for the future
development of furnace installations. Izv. vya. ucheb. zav.;
energ.3 no. 7:146-152 JI 060. (MIRA 1318)
1. Belorusek-iy politekhnicheakly Institut.
(Blectria power production)
(Furnaces)

32442
S/125/61/000/012/007/006
.2 100 1 '~' I Is D040/Dl12
AUTHORS: Malyshev, B.D.,__Kuzlmin; Yu. P.
TITLE: Semiautomatic welding with combined flux-and-gas shielding
PERIODICAL: Avtomaticheskaya svarka, no. 12, 1961, 68-72
TEXT: The authors describe an investigation of magnetic-flux gas-shielded
welding carried out in 1960 at the "Proyektstallkonstruktsiyall Institute, in
which welded joints with satisfactory mechanical properties were obtained in
I .
'~I-'A-4 (SKhL-4) and eNt -4 (St-4) steel plates, 3, 5, 10 and 1,t mm thick.
The article contains a detailed description of the special electrode holder
(Fig. 1) designed for the exp eriments, the flux composition, and the welding
process. The holder contains two microswitches in the handle for controlling
the feed of welding wire and C02; a current-conducting pipe (4) with a tip
(5), and a flux-feed pipe (6) in the casin A gas-feed pipe (7) on the top
of the casing is brazed int**o the nozzle M* The nozzle consists of a gas
chamber (8) and a flux-holding bush (9) with a permanent magnet (10) made of
11alnisi", "alnico", or "magnico" alloy. The welding wire passes through a
bore in.the center of the magnet: the magnetic flux sticks to the wire at
C a r d 3.

Semiautomatic welding with ...
3lh42
S/12 61/000/012/007/008
D040YD112
the moment of welding. The flux-holding bush ends in a calibrated aperture
regulating the feed of flux into the arc. The flux is supplied from a flux
feeder (Fig. 2) mounted on the wire feed mechanism of thellAW-500 (PDSh-
500) semiautomatic welder. The flux is forced into the holder by compressed
air or C02 from a container with a pressL;re of 0.8 to 1.2 gage atmospheres.
The arc is shielded with CO , which is fed from an annular gas chamber in
the casing of the holder . Ke gas is fed into the chamber through a heater,
a reducer, a dryer and a magnetic gas valve on the control board of the
semiautomatic welder. The flux chosen for the experiments had the following
composition: 9% marble, 15% fluorite, 13% cryolite, 14% marshalite, 2CF/b,
rutile, 7% ferromanganese, 2% ferrosilicon, 20% powder iron. Soda glass of
1.25-1-30 density and 0.6-0.8 mm grain size was used as a binder (15% of the
weight of the dry mixture). The best results were obtained with:
welding wire diameter, mm
calibrated aperture diameter,
and a flux quantity equal to
deposited weld metal.
... 1.2 1.6 2.0
mm 2.4 3.2 4.5,
0-35 to 0.4 of the weight of
Card 2/k.

31J442
S/125/61/000/012/007/003
'qdautomatic welding with ... D040/D112
With these parameters the shape of the welds and the slag separation were
the same as in welding withyOHH"-13/45 (UONII-13/45),Yn 2N""Pf1UP2
NUMV) and other similar electrodes. High productivity was achieved tinder
the following conditions for butt and T-joints (Tables 1 and 2 respectively)l
Table 1:
Metal Welding Voltage, Wire feed, Gas volume)
thickness, Edges current, v m/hr liter/hr
mm amp.
3 Without bevelling 260-280 28-30 250 a
5 ditto 300-320 30-32 306 a
10 V - shaped 300-320 30-32 306 a
14 ditto 300-320 30-32 306 8
Card 30

3Uh9 S/125/61/000/012/007/008
Semiautomatic welding with ... D04010112
Table 2:
Weld Welding Voltage, Wire feed, Welding speed ) Gas volume,
cathetus, current, v m/hr m/hr liter/hr
mm amp.
4 200-240 26-28 191 23 - 25 8
6 300-320 30-32 306 13 - 15 8
8 320-340 32-34 306 10 - 12 8
10 320-340 32-34 306 7 - 9 8
In the case of vertical joints, the new welding method should be carried
out from top to bottom and without vibratory movements, and is recommended
for thin metal only; when carried out from bottom to top,it is not much
fast3r than manual welding, requires skilled operators, and is v~-.~ry tiring.
However, the productivity of the method in downhand welding was found to be
approximately double that of manual welding with UOIIII-13/45 electrodes.
Card 4xf,

31J442
S/125/61/000/012/007/008
Semiautomatic welding with D040/D112
The recommend ed conditions for vertical welding a re (Table 3):
Metal Gap Welding Wire Gas
thickness, Edges width, current, Voltage, feed, volumel
mm mm amp v m/hr liter/hr
3 Without bevelling 1.5 130-140 20-22 191 a
5 ditto 2 130-140 20-22 191 a
10 V - shaped 2 110-120 22-24 156 8
14 ditto 2 110-120 22-24 156 8
A.S. Chesnokov, N.N. Belous, A.V. Rudchenko and N.Ye.1','urashin also took part
in the work. There are 3 figures, 4 tables and 8 references: 6 Soviet and
2 non-Soviet-bloc. The two references to English-language publications
read as follows: B.N. Davis and B.T. Telford, Manual Viagnetic-Flux Gas-
Shielded Arc Welding of Mild Steel, "Welding Jcurnal", No. 5, 1957; A.F.
Choninard and B.P. Monrol, A New C02 Welding Process, "Welding Journal",
Card 5/7

Semiautomatic welding with ...
No. 11, 1957.
ASSOCIATION:
SUBIMITTED:
"Proyektstallkonstruktsiyall
July 21, 1961.
31442
S/125/61/000/012/007/008
D04O/Dll2
Card 6ff.

S/135/62/000/012/010/015
A006IA101
AUTHORS: Chesnokov, A. S., Candidate of Technical Sciences., Kuz'min, YU. P.,
Engineer
TITLE: The effect of gas-electric cutting upon the properties of aluminum
III I oyr,
PERIODICAL: 3varochnoye proizvodstvo, no. 12, 1962, 25 - 28
TEXT: The Investigation'was made at the "Proyektstal'kon,.,truktsiya.'
Institute with 20 mm thick plates of aluminum alloys A13T I (AVT1) AA 35 (AD35)
B 92 (V92) AIJM (ATsM) and Atwlr 6 (AMg6) . The specimens were cut on a P'jM -1 -60
(M1-1-60) cutter, rcdezlgn,~d by VNIIAVTOGt1i. As the tungsten electrode was
placed inside a water-cooled nozzle, the are vLas excited by means of an auxiliary
are between the tungsten electrode and the nozzle wall. The gas mixture contained
655' argon and 355, hydrogen. Cutting conditions were: 300 amps current; 1.6 n,/min
cutting speed; 1.3 m3/h total gas consumption; hydrogen content in the gas mix-
ture - Peo; distance between the nozzle and the metal surface - 7 mm. The effect
of the thermal cycle upon the strength and hardness of the alloys was tested and
Card 1/P

3/135/62/ooo/ol2/010/015
The effect of gas-electric cutting upon... AG06/A10l
the following results were obtalned. The thermal cycle of gas-electric cutting
reduces the ntrength of alloys in the zone adjacent to the cutting edge. The
degree of reduction of the mechanical properties in the heat-affected zone de-
pends upon the alloy grade. When aluminum alloy structures are produced with
the use of gas-electric cutting, the reduced-strength-zone must he removed by
planing, or must be taken into consideration in the calculations. The magnitude
of the heat-affected zone under the described conditions can be considered as
follows: 10 - 12 mm for alloy A7VT1, 10 mm for AD35, lrj - 12 mm for ATSM;
7 - 8 mm for V92, and 3 mm'for A146. There are 5 tables and 7 figures.
ASSOCIATION: "Proyektstal'konstruktslya"
Card 212

GLADSHTEYN~ t.I., inzh.; KUZIMINp Yu.P.,, inzh.
Weldability- of hardemd low-alloy structural steel. Svar.
proizv. no.7:4-7 JI '63. (MIRA 1712)
1. Gosudarstvennyy institut po proyektirovaniyu, issledo-
vaniyu i ispy-taniyu staltnykh konstruktsiy i mostov.

KOVALFNKO, I.I., inzh.; LIVOVSKIY, Ya.L., inzh.; KUZIMIN, Yu.P., inzh.-
Semiautomatic welding with a magnetized flux. Svar. proizv.
no.11:31-32 N163. (MIRA 17-5)
1. Makeyevskly zavod metallokonstruktaiy i Gosiviarst-7ennyy
institut po proyektirovaniyu, issledovaniyu i ispytaniy-u
stallnykh konstruktsiy i mostov-"Proyektstallkonstruktsiyall.

FANICHEV, A.D.; KALASHNIKOV, A.P.;-KTJZIMIN, Yu.S.; WOSOV, Yu.A.;
DEMIDOVI G.K.-
Setting of a continuous tread strip in extruding. Kauch. i
.rez. 20 no.8:40-44 Ag 161. (MIRA 14: 8)
1. Yaroslavskiy teklinologicheskiy institut i Yaroslavskiy
shinnyy zavod.
(Tiresp Rubber)
I

PANICHEV, A.D.; KALASHNIKOV, u,,Sj; DEMIDOV, G.K.;
NOSOVI Yu.A.
Shrinkage of treads. Kauch. i rez. 20 no.12:48-49 D 161.
16,-7441avskiy tekhnologicheakiy institut i Yaroslavakiy ahimVy
(T.Aroslavl.-Tires , Rubber)

AMIREVA, V.A.,, ordinator, kand.med.nauk; )WZ'141V, Yu.S., ordinator,
kard.med.nauk
Congenital dineases of the rectum. Elem.prokt. no.21:141-143
760. (MIRA 14all)
(RECTUM-DISEASES)

AMINET, A.M... prof.; KUZ2MIF_2 Yu,S, ordinator
Treatment of insufficienoy of the reotal sphincter in children
by A.IA. Wkbanov's method. BlemPrQkt. no.28347-149 960.
(MM 103.1)
("=S-INCONTIIWCE) (SPH1140M ANI)

JWZ 'MIN Yu S
.Evaluation of the operation of cuneiform resection of the external-
dorsal area of the foot in congenital clubFoot4 Ortop., travm. i
protez. 21 no.8:16,18 Ag 160. (MIRA 13:11)
1. Iz kafedry gospitallnoy khirurgii (zav.kafedroy - Prof. A~M.
Aminev, zav. ortopedicheskim otdeleniyem - prof. A.P.Yevstropov)
Kuybyehevskogo(meditsinskogo instituta. va)
FOOT-ABNORMITIE$ AND DEFORMITIE-Si
~i

KUDRYAIITSEV, A.B.; lRG-DCV, A.N.; YE%SLIYANOV, D.P.; KUZ2,",fI1.*
SVETLOVA, L.V. . .
Application of the ultrasonic IIUZG-1011 generator In the
cleaning of the inner tube valve surface in aqueous media.
Kauch. i rez. 24 no.7:49-51 J-1 165. (MITFA 18:8)
.y ~.avod.
1. Yaroslavskiy shinny

XUZIMIN, Yuls', DEMIDOvf G.X,
Mixing-sheeting rolls for the preparation and sheeting of rubber com-
pounds. Kapah. i rez. 24 no.9:52-54 165. (MIRA 18tlO)
1. Yaroslavskiy shinnyy zavod.

KUZ"NMT, YU-S.; -DMfIDOVf G.K.
Mixing and*sheeting rolls for preparing and sheeting
rubber mix. Biul. tekh.-ekor.. inforn- Gcs. nauch.-issl.
inst. nauc~;. i tekh. Lnt',rm. 18 no. -12tlS-19 D 165
(MIRA 19:1)

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ales-19'a 9990

USSR/Chemical Technology - Chemical Products and
Their Applications - Electrochemidal
Manufacturing. Electrodeposition.
Chemical Sources of Electrical Current.
Abe Jour Ref Zhur - Khimiya, No 3, 1957, 8907
the plating of the
the above method.
finish Is obtained
scratches.
articles to be plated
In acid baths a bright
without the formation
by
of
1-9
Card '112

BRYUIHAIqOV, V.ITq XMININ, Tu.Ta.
Gas prospects in upper Pliocene sediments of the northern Caspian
Sea region. Geol. nefti i gaza 4 no-5:20-26 My 160. (MIRA 13:9)
1. VeeooyuzWy aerogeologichookiy treat*
(Caspian Sea iregion-Gas, Natural--Geology)

AKHMETOV, Abdrashit Rakhimovich; KUZ'MIN-ZAKS. Mikhail Isayevich; RA,
KH114OV, AlIken Smagulcvio~, ....... ~On:[ ~VA)
tekbn. red.
[Trade unions of Soviet Kazakhstan] Profsoiuzy Sovetskogo Naza-
-khstana; kratkii istoricheskii ocherk. Moskva, Izd--vo VTsSPS
Profizdat, 1961. 171+ p (MBA 14:10)
(Ka;akhstan-Trade unions)

MELINIGH0.40i A.K.; BELOUSOVA, A.G.; KUZIMINA, A.A.; SHANINA, S.V.
Pay more attention to the atudy of the reograhical diotribution of
wild medicinal plants. Apt. delo 10 no-3:14-19
MI-,'A 14:7)
(BOTAITY, MEDICAL)

MELINICWMO,, A.K,; KOROLEVA, M.G.; KIIZIMINA, A.A.; SHANINAO S.V.
Basic scientific problems in the field of pharmacy, Apt. dela.
11 no.5:3-9 S-0 1629 (MIRA 17:5)

BRAILOV, V.P.(Moskva); GORUSHKDI., V.I. (%skva); DENISOV V.I. (Moskva);
ZAKHARIN, A.G. (Moskva); KUZ114INA., A.A. 'Ibskva).! POLYA16KAYA,$
f T.M. 0,16skva)
Optimization of the selection of fuels for thermal electric power
plants and boiler systems in long-range planning. Izv. AN SSSR.
Energ. i transp. no-4:514-524 J1-Ag 163. 0%9RA 16:11)

KUZ I MINA,A
[Methods for the analysis and study of the activities of clinics
for the prevention and therapy of tuberculosis in the Ukrainian
S.S.R., according to their reports for 1949-19511 Metodika
analiza t opyt izucheniia dei~tellnosti protivotuberkuleiznykh
dispanserov USSR po ikh otchetam za 1949-1951. Kiev, 1954.
15 P. (UNRAINI-TUMOUIA)SIS--PRMNTION) (MM 10:4)

D.
lliw-ialybis Teelinique and Resalts of the Study o' ,mtituiercular
Dispensaries in the Ukrainian L"O"R .%ccord4lng to -'iieir Records ,-TcA,
to 19'1." Cand !-.Ie-l Sci, Ukrainian '--'ci Res lri~;t of
I r. Yanovsk-iy; Orga! zation and i~iethuds ivi.,~ior!, Llvjv Sfate iedi;-al
F.
Inst, Fiev-Llvov, 1954. ("-'L, 140 8, R-.,b 55)
SO : Sim. "lo. 631, 26 Aug 55 - !~urvcy of Scienti-Hc and feca---dcal
Dis,;urt,tion )efended at U',SR ~~JucaU:,zial
(1h)

KCKAnVSUTA, V.P.; PZIXIHA, A.G.; LUZGMA, V.D.
Effectiveness of using ammonia water on collective farms of Alare-
kiy District. Trudy Vost.-Sib. fil. AN SSSR no.29:784~4 159.
(14IRA 13:9)
(Alarekly District--7ertilizere and manurea)
(Ammonia)

XUZSMINA, A-G.
Economic profitableness of producing grain and livestock products
on collective farms in Bokhan District, Usti-Orda Buryat liational
Area. Trudy Toot.-Sib. fil. AN SSSR no.29:85-95 159.
(Bokhan District-Grain) (MIRA 13:9)
(Bokhan Dietriot-Stock and otock breedirig)

KUPRIYANOVICH, Leonid Ivanovich; KUPI-iINA, A.I., red.~; BORUNOV,
N.I.v tekhn. Ted.
(Radio electronics in everyday life] Radioelektronika v
bytu. Moskva, Gosenergoizdat, 1963. 31 p. (Massovaia ra-
diobiblioteka, no.491) (MIRA 17:4)

KARIYEV, A.N. i, KM 'MINA, A. L
The epidemiology of typhus. Vopovirue. 3 no.3:170-171 NY-Je '58
(MIRA 11:7)
1. StalingrAdakiy institut epidemiologii, mikrobiologil J gigiyeny
i Gorodaknya annitmo-epidemlologicheakayn stantaiyaq
(TYPHUS epidemiology
ifts))

DUBAKINA, A.V.; KUSHHARNVA, Z.B.; KMIMINA, A.I.; TBASHCHMKO, 1.I.
Epidemiology of influenza AZ accorAing to 1957 data from Stalingrad.
Vop. viras. 4 no.1:23-27 Ja-P'59. (NIBA 12:4)
1. Stalingradskiy nauchno-iouledovatellskiy institut apidemiologiis
mtkrebiologii i gigiyeny.
(INFLUBM, epidemiol.
A2, in Raesia (Rue))

DUBAKINAO A.V.j KUSHNAREVAq E4H.; KUZIbMIAt A.I,
Some data on the epidemiology and etiology of influenza during
recent years in Stalingrad. Vop. virus. 5 no. 6:751-752 N-D 16o.
(MIRA 14:4)
(STALINGRAD-INFLUENZA)

RZIIUNAV A.I,;, KUSHNAREVAp E.E.; PMELIMANy A.L.
Description of the outbreak of inflounza in Stalingrad in
1959. Vop. virus. 5 no. 6:753 N-D 160. (MIRA 14:4)
(STALINGRAD-INFLUMA)

FERDINAND, Ya.M. (Rostov-na-Donu); Prinimali uchastiye: MARISOVA, A.P.;
BRAYNINA, R.A.; MARGULIS, L.A.; M_VASNENKO, A.M.; KOVA12VS.KAYA,
I.L.; TELESHEVSKAYA, E.A.; SO~OLEVA, S.V.; KALININA, K.I.;
KOVALEVA., N.S.; IVANOVA, M.K.; ARENDER, B.A.; KUCHERENKO, R.A.;
MANATSKOVA, K.S.; OLEYNIKOVA, L.T.; KIBARDINA,.Yu.A.;
GRIGORIYEVA, K.S.; SEMENIKHINA, L.G.; CHERNYKH E.I.; DCROF=A,
V.M.; SHFVCHENKO, Ye.N -, ABRAYDVA, O.K.; SKULISKAYA, S.D.;
PETROVA,, Z.I.; MAKHLN;VSKIY, L.I., KUZI-14IIIA A.I.; AL'TMAN, R.Sh.;
2 . - KOV M.
MARDERER R.G.; YENGALYCHEVSKAYA, L ~., CHIR' All N.; TEPMHCHENKO,
N.I.; SHELKOVNIKOVA, M.A.; PROKOPENKO, V.V.; BEKIEWSMksl Ye.%.;
BARANOVA, T.V.
Effectiveness of specific prophylaxis with alcohol divacoine
against typhoid and parattyphoid B fever in school-age children.
Zhur. mikrobiol., epid. i -4=un. 41 no.!~-23-27 Ja 164.
(KIRA 18.-2)

PLOTNIKOVA, K.N.; Prinimali unhastiye: GORNAYA, K.A.; SHILINA L.S.-
I P
KU7,NT,,TSOVA, V.K.; WGDANOVA, E.I.; BASHILOV, S.F.; TRABIT, I.G.;
KAREVA, M.V.,-,jUZ1MINA, A.I.
Expeiience in the production of lavsan-cotton blend yarn in
the "Trpkhgornaya Manufactura" and Kalinin Cotton M-ills.
Nauch.-iss. trudy TSNIKHBI za 1962 g.:166-175 164.
(MIRA 18:9)
1. TSentrallnoy nauchno-issledovatellskly institut khlopchallobu-
mazhnoy promyshlennosti, Moskva (for Gornaya. Shilina)
'Lllnoy
2. Kalininskiy nauchno-issledovatellskiy institut teks
promshlennosti (for Kuznetsova, Bogdanova). 3. Kalininskiy
khlopchatobumazhnyy kombinat (for Bashilov), 'Lraber). 4. Kombinat
"Trekhgornaya manufaktura" (for Kareva, Kumnina).

KUZIMINA,
Ph.vtoplankton of waters washing
significance for studying water
Okhotsk and the Paelfio Ocean.
157.
the Kurile Island chain and Its
exchange between the Sea of
TruAy Gidrobiol, ob-va 8:130-142
(XIRA 1113)
1, Zoologicheskly institut AN SSM
(ftrile lelande-Phvtoplankton)
(Okhotsk, Sea of--Ooean currents)
(Pacific Ocean-Ocean currents)

KUZIVINA, A.I., Cind biol Sci -- (diss) "Phytoplankton
of the-KeALk"y gulfs as a water exchange indi.caLor.11
Len, 191)8j 19 pp (Zoological Inst of Acad 6ci USSR)
150 cordes (KL, 50-58, 122)
- 37 -

KUZIMINA, A.I.
Some data on the spring and summer phytoplakton in the northern
Kurile area. Trudy Inst.okean. 36t2l5-229 159. (MIRA 15:4)
1. Zoologicheskiy institut AN SSSR.
(Kurile Islands region-Phytoplakton)

--KLTZIMM, A.I.
A new species of ftuviaella and new form of Thalasslosi-
ra hyalina, from the Kurile Straits. Bot. mat. Otd. spor.
rast. 13:46-47 160. (KIRA 13:7)
(Kurile Straits--Algae)

KUZ I MIJTA,
Some data on the distribution of plankton in the nort1wrn part of
the Greenland Sea in October and November 1957 (according to the
collectione of the diesel-electric ship "Lena"). Dokl. AN SSSR
134 no-5:1204-1207 0 160. (MIRA 13ilb)
1. Zoologicheakiy institut Akademii nauk SSSR. Predstavleno akademi-
kom Ye.N.Pavlovskim.
(Greenland Sea-Zooplankton)

KUZ IMINAP A.I.
Phy-t lankton of the Xuri-le Straits as an indicator of different
wateZ:sses. Isol.dalinevost.mor.SSSR no.816-90 162.
(MMA l5sl2)
1. Zoologiabeakiy institut AN SSSR.
(Kilrile straits-Phy-toplankton)
V

KUZ IMINA , A.I.
Quantitative development and distribution of phy-toplankton in the
northern part of the Greenland Sea. TRUDY VNIRO 46:287-296 162.
(MIRA 15:10)
(Greenland Sea-Phy-toplankton)

Some data on the vernal phytoplankton in the North Atlantic based
on materials of the second voyage of the research vessel
"Lomonosov" in 1958. Dokl. AN SSSR 144 no.5:1156-1159 Je
162, (MIRA 15:6)
1. Zoologicheskiy institut AN SSSR. Predstavleno akademikom
Ye.N.Favlovskim.
(Atlantic Ocean-Phytoplankton) (Oceanograpi.ic research)

HZIMA, A.I.
Distributicn of plankton in the northern paxt of' the Greenlard
Sea in October and November 1957; according to collections of
the expedition on the diesel-electric "Lena." Trudy AANII
259089-399 164. (M-A 17s12)

UMM/kathenatics - Functions 21 Oct 51
"A Class of Quasi -Analytical Functions of HUW
Variables," A. L. KuzIminn
"Dok Ak Vauk SSSR" Vol L=, No 6, PP 853-856
By class C( is meant the set of a,11 functions
.,Rj) given in a )c-dimensional clos
f(xl)x~,-m ed
region G and infinitely differentiable, and also
satisfying a certain inequality at points of region
G. The class C obviously coincides with the class
Of analytical functions. The class C is called
quqzi-analytical Alf for every 2 functions f and P
217T63
of this class the eq~xality of their derivs implies
f ;- F in G. Similar results were obtained by
P. Lelong (Compts Rendus, 232, No 12, 15 Mar 51,
as was reported to the author after the completion
of his paper. Submitted 12 Jul 51by Acad S. N.
Bernshteyn.
-2!7T6

KUZ I KINL
A A.L.
WWOMM
Asymptotic representation of polynomials orthogonal on a unit circle.
Dokl.AN SM 107 no.6:793-795 AP 156. (MLRL 9:8)
1. Xazanskiy gosudarstvannyy universitat imeni V.I. Ullyanova-Lenina.
Predstavieno "onikom V.I. Smirnovyu.
(Functions, Orthogonal)

R, ~v A
variabll~s
Pank t 9
1,9
I Rh !0"

KUZ#MINAP A,N., inzh.; PENS, M.N., inzh,
Uaing electronic computers In calculating the production plan
for machinery plants. Mekh. I avtom. proizv. 19 no..B-,,43-46
Ag 165. (MIRA 18M

"MIA A P A
"Growth Regularity- of 2--teric-I~,-phus Group Bacteria 4r. Synthetic
Cullturcs [poper rC3--;~ a' al-, U!jidCrIi`-*Cd SCJ,-:
1~ . -1-1 ~ _,,.Ii"iC CC,-,L,-CrejjCe
of lie InstiAute held djuring the first lialf of 1954.1 Proccedin
of Ixt. Epidem. and 1,11crobiol. im.
Division of Enteric Vaccines [Kovaieva, E. I. ', head). Inst.
E'Didem. and Micr(Ybiol. im. Gawleya, AIU USSR.
So, fjum ill'..6.. 111- Jan 57.

ISPOLATOVSKAYA, M.V.; BTAGOVESHCMSM. V.A.; VWOVA, Te.V.; KUZIMINA, A.?.
llectro~oretic and immunochamical investigations of Clostridium
oadematiens anatoxin. Zhur.mikrobiol.epid. i imun- 30 no-1:54-48
4a. '58. (MIRA 12:3)
1, Is Instltuta apidemlologli i mikrobiologii Imeni Gamalei AMN
SSSR.
(OWSTRIDIUM
oedematiens anatoxin, electrophoretic
imminochemical aspects (Rus))

-__XU_'MIU4,-P--;-,nauchuyy sotrudnik; KRUSSER, I.F., nauchnyy Botrudnik
Green fallowB in Voronezh Province. Zemledelie 8 no.6:58-59 Je'60
(MIRA 13:10;
1. Voronezhakaya opytuaya stantsiya Yao4oyuznogo nauchno-iseledovatell
skog,) institute. kukuruzy.
(Voronezh Frovince-Fallowing)

KOVALETA., N.I.; KUZtMINA, A#P.
Consumption of' carbohydrates and nitrogen compounds by
paratyphoid B bacteria. Zhur. mikrobiol., epid. i immm. 40
no.6:95..99 Je 163. (MIRA 17:6)
1. h. Initituta epidemlologii i Pliki-olbioloFii imeni Ganalei
091 SSSR.

VLASOVAJ, Ye.V.; KUZIMNA, A.P.
Immunological characteristics of the purified and concentrated
anatoxin of Clostridium sordelli. a-eport No. 2. Zhur.mikrobiol.,
epid. i imm. 41 no. 2176-80 F 164. OERA 17:9)
1. Institut, epidemiologii i mikrobiologii imeni Gamalei ANN SSSR.

KU2, 'MINA, A. P.
Results of alloplasty in postoperative ventral herniae. Sov.med. 28
no.7*.106-109 Jl 165, (MIRA .18iS)
1. Wedra gospitallnoy khirurgii (zav. - prof. A.V.Kholod) Kurskogo
meditsinskogo instituta.

Z'MhVA,
C&Vd 1/1 FVb 12 13/14
Autbws Kuzlminas A. S.
tCritique and bibliography
ftrio"cal iAvti trakt. prom. 3, Inside of back page, March 1954
Abstract sCritical review of a book by A. F. Emkhin and I. P. Samokhin entitledp
"Mechanization and Automatization in Therwal Treatment Plants", pub-
lished in 1953, is presented.
Institution ;Ministry of Machine Construction, USSR
Submitted :

I . - I I ~ I !- ;I ! . - r : I I ck cl ~ a t e cl
- - , - ~ .. I I . . - , I . - - I - - - - - - - - - .- I . I I - - - - -

KUZIMNA A.V~- KUZIMIN, L.L.
Behavior of -the aluminum anode in galvanic calls with an PlIcalin electro-
lyte. Zhur.prikl.khim. 36 no.2 -.356-362 F 163. (NITA 16:3)
1e Ivanovskiy'-khimiko-tokhnologicheakiy institut.
Miectrodes, Aawdmum) (Electric batteries) (Alkalies)-
4%

e n a L
a n c) ve n .4 t
a c C
b u, c a
x ip e rm e n t a
g r a a t a r th an t ')On a orevioua t
Card

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.,-- ,- -- ____ A---A. __ 4-1- i.tti- m" to rtrnmm-.-tlnn&l tn the

ZAVADOVSKAYA, Ye.K.; KUZIMINAp A.V.
Value of the energy, stored in crystals of the alkali halides
NaClq KC1. KBr, and KI following r-irradiation at room
temperature. Izv. vys. ucheb. zav.; fiz. 8 no.lsl75-.176 165.
(MIRA 180)
1. Tomskiv politekhnicheskiy institut imeni Kirova.

f-,f-5 11039/1043

MR:
Cu, Mnt effi

KUZ1MY4'1-..'A!V.:-.STANKWIGH, I.A.
"Trudy" of the Avicenna Medioal Institute in Stalinbad. Papers
of the Department of Normal Anatomys vol, 14, np,l, 1955, vol,25,
no*2, 1957. Reviewed by A,V* Kux~mina, I.A, Stankcr7ich. Arkh.anat.
gist, i embr- 36 no,2:66-68 F '59- (MIRA 12:2)
1. Adres avtorov: Hoo)cva, 13-120, per, Obukha, d. ~;, Institut mozga
ANN SBSR.
(ANATOMY-PERIMICAIS)

TARASOV, Aleksey Issarionovich. -Prinimali uchastiye: 6WHINA, A.Y.;._
w! ;` __'
ZIHINA, K.I.; POLTAKOVA, A.A.; IOGANSMI, A.T.;'-7ROM* , V.16~;
LULOVA, M.I.j LIVOTA, L.A., vedushchiy red.; MUKMA, BoAss
takhn.red.
[Gases obtained in petroleum refining and methods of their
analysis] Gazy neftepererabotki i metody ikh analiza. Koskva,
Goo.nauchno-takhn.izd-vo neft. i gorno-toplivnoi lit-ry, 1960.
222 p. (KIRA 13:2)
(Petroleum-Refining) (Gases--Analysis)

s/20/62/002/00b/o07/012
E075/EI92
AUTHORS s Lulova, N.I., Tarnsov, A-I.# jL11z1WJneks A.V.j and
Koroleva, N.M.
TITLE Chromatographic analysis of gatitous streams on the
ethylene plant
kRIODICAL: Neftekhimiya, v.2, no.6, 1962, 835-891
TEXT- Analyses of liquified gases and mq-thAne and ethylent
determination in the light hydrocarbon distiliate, and determina-
tion of C2 hydrocarbons and propane in proptine-propylens fractions
were carried out using the reverae flow mothod in a modified
chromatograph XT)A-2 (KhPA-2). For the liqijified gas
- 4o to 6o~4,; - 20 to 40%; - 10%), b,4-st results' were
(C3 C4 U5
d with 1
% soda and
5 wt
t
bt
i
d
ili
l MCM (
S
) t

-
.
rea
e
o
ne
on s
a
ca
M
M
ge
13% glycerine, or on Inza brick treated with 2o wt.% propylene
glycol. For the light condensate siJ IC-M Sftl kC K (ASK) treated
with 0.570' soda and 2% glycerol was fotij)cL to be the most satisfac-
tory column. It separated adeqiiately athylono and ethane, the
fuel analysia- time being 4 - 4.5 mill. ilie beat calumn. for the
determination of CH4 in the propnne-propylene fraction was
Card 1/2

S/2o4/62/002/oo6/oO7jO12
Chromatographic analysis of gameoum. L075/1192
silica-alumina, for the determination 01 p1r(ilMne modified silica
gel ASK or activated alumina, for the determination of C2.
hydrocarbons activated alumina or silica.-iLLumina. The time of
analysis in all cases did not exceed 4 - 57 min.
There are 5 figures and 4 tables.
ASSOCIATlON: Vsesoyuznyy nauchno-isoledovatelOskiy institut po
pererabotke nefti i gaza i polucheniyu.iskunstvennogo
zhidkogo topliva
(All-Union Scientific Research Institute for the
Distillation of Petroleum and Gas and the Production
of Synthetic Liquid Fuel)
SVBMITTED: May 22, 1962
Card 2/2

KALMAR, N.G.- FRYAZINOV, V.V.; YEVSYUKOV, Ye.I.; EDELISHTEYN,
I.Ya.; BONDARENKO, M.P.; Frinimali uchastiye: 14ANNAYOVA, T.39
mladshiy nauchnyy sotrudnik; YANGURAZOVA, D. I., n-ladshiy nauchny.V
aotrudnik; GABSATTAROVA, S.A., laborant; YUSUPOVA, F.S., laborant
XUZIMINA, A.Ya., laborant
Transformer oil from the distillates of sulfur-bearing eastern
crudee. Khim.i tekh.topl.i masel 5 no. 11:15-22 N 16o.
(MIRA 13:11)
1. Mel khimii Bashkirskogo filiala AN SSSR; Novo-Ufimokiy
neftepererabatyvayushchiy zavod; Ufimakiy neftyanoy institut.
2. Gtdel khimii Bashkirskogo filiala AN SSSR (for Mannafova,
Yangurazova, Gaboattarova, Yusupova, KazImina).
(Insulatiag oil)

_P~IWNA, D.A.
.." I--
Procesnes of abstraction in studies of texts. Vop.paikhol.
5 no.6:139-149 H-D 159. (MIRA 13-4)
1. Penzenskiy pedago cheekty institut imeni V.G.Belinskogo.
rcomprehousion)

GAYDAMAK, S-, student; St-URNYAROVA, G., studentka; KU111114A, E., stlidentka;
LIPOVA, R., studentka; FOMINA, T., studentki-F-FAVEN'T, IT.,
studentka; KALINOVA, M., studentka; SHCHELKO, A., student;
SHCHERBAKOVA, L., studentka; GUDOCIIKINA, L.M.
Effect of salinity on the results of determining the specific
weight of soils. Sbor. nauch. trud. Kaz GMI no.19:197-198 '60.
(MIRA 15:3)
(Soils--Analysis)

I T
Ca ta I Y"
A.,
cf
871 0 ILk..LV
Submi-,t

ACC NRi
AV111OR- Parfenteva, N. I.; Frenkell, R. Sh.; P~ov, A. V.; Kuz!mina. E. A.
ORG: Volg% Branch of the Scientific Research Institute of the Rubber Industry
(Volzhskiy fi)JP2 Nauchno-issledovatellskogo instituta rezinovoy proqrshlennosti)
TITLE: Bonding insulation rubber to copperl"-"/~"<
SOURCE: Kauchuk i rezina, no. 12, 1965, 48-49
TON TAGS., , rubber to copper bonding butyl rubber, copper,
T
ABSTRACT: ' Thd' authors have developed an improved method for bonding butyl rubber to
copper, involving thorough cleaning of the metal surface and use of two adhesives.
The nopperrsurface is shot blasted, vent degreased, and treated at 70-80C with ultra-
sound in a special electrolyte bath (sulfuric acid, 500 g/1; OP-7 emulsifier, 30 g/l;
thio,_,rea, 5 g/1). The washed and dryed-co per-a-irface--Is-covered--with-a- layer- of-BF-2
n Th-
pheno1-formaldehyde resinvhich.is cured at-150C-for 30 mi a resin is then coated
-with Leuconat adhesive. -This is followed by application of freshly mined butyl -rubt I
ber on the copper surface and vulcanization in a press. The adhesion strength of the
system varies from 19 to 40 kg/cm2 depending on ambient temperature and aging time.
The shear strength is 40 to 45 kg/cm at 20C. JBOJ
1--SUB-CODF.- SUBK DATE
-.---J02/--ATD-PRES8
r_777
J