SCIENTIFIC ABSTRACT KOMAROV, A.I. - KOMAROV, A.V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000824020017-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 14, 2000
• Sequence Number: 17
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

; 9 ~ ~~- - I r ~ 11~ -~' I
KGIAROV, A.I.
MARX, A.I.-*Roentgenogralihic Investigations of the Sarface Layers
of Metals
in ConneAction with Dry Friction." *(Dissertation For Degrees
In Science And Engineering Defended At USSR Higher Educationsl
Institutionala)( 34). Min Education RSFSR, Leningrad State
Pedagogical Inst iment A.I. Gertsen, Chair of Fxperimental Physics
Leningrad, 1955 . i
SO: KnighTia-va Lejois' No. 34. 20 August 1955
* For the Dealree of Candidate in Physicoma-thema-tical Sciences

137-58-3-6166
Translation from, Referativnyy zhurnal, Metallurgiya, 1958, Nr 3,
p Z45 (USSR)
AUTHORS: Terminasov,YU.S., Komarov',A.I.
TITLE: X-ray Diffraction Studies of Surface I.Jayers of Metals
Subjected
to Dry Friction (Rentgenograficheskoye issledov4niye poverkh
,,-,,nos-tnykh sloyev metallov pri sukhom trenii)
PERIODICAL: Uch. zap. Leningrad. gos. ped. in-t im. A.I.Gertsena,
1957,
Nr 140, pp 58-59
ABSTRACT: X-ray diffraction methods, employing an Al standard and
photographic reversal in conjunction *with Co-Ko< irradiation,
were employed in order to determine residual stresses of classes
11 and III in brass and 45-type steel. Specimens were subjected
to dry friction under various pressures and at different velocities
on a special machine. Distribution of the residual stresses was
studied by means of subjecting successive layers of metal to
electrolytic etching. It is established that residual stresses of
classes II and 111, due to friction, increase with increasing
pres-sures up to a certain magnitude which is determined by the
velocity of friction. Any further increase in pressure may reduce
Card 1/2 the extent of lattice distortion, i.e., produce a
weakening of the

137-58-'3-6166
0 X-ray Diffraction Studies of Surface Layers of Metals
(cont.)
I surface. The velocity of friction affects both the depth
and the extent of cold
hardening, and the cold hardening, in turn, influences
wear-resistant proper-
ties of the metal.
A.F.
Card 2 /Z

BT,OSHTEYII,q.I.I.,,_KOLMMV, A.I.; LEVIT, L.B.; FLIS., I. Y8.
Pilot plant for the production of chlorine dioxide. Bum.prom. 36
no.4:6-10 Ap 161. (IMU 1-4:5)
(Chlorine oxide)

It Is then mixed with'Noollaud hfttetl to 'Ams'lo a vk~l

mixer.
whence it enters the top or the redwag tower d M$

cu.m.
capacity. The product from the hattom of the re-

ftlux towr is
wuhM and dikl. to co"teacy, aw

OJIM too.14% talky. ohm" 14
14 Mated with hypodloribi

,
where It through towrt, Rtul down th"k
117
,
h
i
1

tanot
14
s .
ef,
t11.111, Cwt%tvity. contact (ton VA
With lowtiv 6.1-4 hts. Cl von4tttoptkni in to-,.*
'M
i
l
h
l
of visco"
in tho Madactuso
h
21! r(Mi
K
F
Z4
1
N
% -
t
e tota
, o
rooi~uoted- The tw-duct (tam Ike
towm ha% a 11joilinuts hArdn
f
4 9
9
di
.
rom.
o.
"w4s
.
.
Atet 6 prewnted for the utand. al viscose pull)
-
*~.
rt t t o
. a
90ecks per %al.m., A vkcmitr not Ifts iMn JR)
Wherein fa. Steek
With 4.5,% DiNkinall hagdoeM. A
miltipoises. tan alky. ad 004
toll.111tC.and A Occiate"t
trisams" of 9-1KNVXJ fnillipabes, a
dirt count of not, matai-,
not gm(er Own O,Qjc,'~. and is,
pameal to the beatenat a 911
than 2600 specla per sq.m., aM an
wwwW content rd
of 8A to 9.2 where stddal. hypochlocite
treatment ormn
not more than 3!'~ i% pemiticed by cooking
chipit havin
h
l
MP-38' for 3.(a,5.r, hn., hypotblorite coasumptiots
l
OS
ma
tum content o
32-441% with aicki contil. .1.7-4
amount
ng to
-1.5% of the fiber. Wash(ul in the
total So~ ot which fW~-76%
Is free, S% for 16-210 hr*. to a
best--r for 1-4 hars. Is
Nlowed by acid treatment for 0,5
final temp. at 142-4'. Raw
stock at 2A".ff!, cout&t.
hr. w0 final wasIting(or 1-2 him.
OTcr-ali CI consumption
rficy is P&V.C(l to a chlorinating
tainacr of IM cu-na.
in lig. Iton of air-dry crIlul(w is 2&-M
In the chlorinating
etpacity vvbcft it I, tTntcd with 317,, of
Cl baml cas 11w
tower. IF-2S in bypochlorite bikuching. atail
14-12% in tbe-
fiber. The pulp. now with a 1wriluess of IS
teftti'll
1k
1i
i
h
d
fil
b
d
i
beaten. The dual pressett %iwosc pulp product has a dirt
"
count of'
M to 49U
it
f 0
1
i
w
t
a
2
o%w a prev%ure
ttr. was
, p4me
e
n
op
and then corsed. c4i a ncuum filter to 1.0-12"C' consktcwv.
-
U
, a mot
ure content o
tivus-
2
;,. a v
ity o( 120-110 millipatir". w Aft conhint of a= too.33%.

an
ca-celUaft content of resin cmCcut al

0.4".70%. and & figain
content of it."

Mariiiall Sittig

KOWOVO A616; SOLYMO H.06
Use of overflow of alkali and of stronger acid in producing viscose
cellulose. Bmm.prom. 28 ne.8:9-12 Ag 153. -6,: 7.)
1. Priozerskly taellyulozvy Savad. (Tiscose)

I ~- ~- - 1~ -;: -- -, --
-al

VP

'~'Yrg-p - . 0 iw"Al
limit
MT
KOWOVs A.-I., inzh.
Instructions on.operating small automatic freon refrigerating
plants.. Khol. tekh. 38 no.3:5C-52 My-Je 161. . (MIM 15: 1)
(Refrigeration and refrigerating machinery)
(Freons)

113/14G/62/005/003/010/014
D201/D308
Kormarov, A.I.
TITLE: The use o.-"-' spectrum, tra-zisformation in determining
Ulhe correlation functions of low JE* equency random
r
processes,
Izvestiya vysa"hi%la uchebnykh zavedcniy. Priboro-
6royeniye, v. 5, no. 3, 1962, 32-90
The author discusses the oroblem of determining
errors of operation of a certain type of correlator. The analysis
of errors is carried out using. the -properties of'thc random
process
and of se-paratc sections of the insLrument. 'it is assumed that the
~_-naom ?rocess obeys the norrial distribution law, that its
mathemat-
ical exDectation is zero and that the sDectral density of the
process
is uniform, within a certain frequency range. DU is shoini that the
relative error in determinina points of the correlation functibn
decreasep vith the increase of the spectrun width of the random
process. The spectrulm transf orimation m ay be obtained with the
delay'
Card 1 2

S/146/-2/005/003/010/014
The use of spectrum transformation D201/D3O8
circuit of the correlator erinploying magnetic tape r6cording
and using.'
Various speeds in the recording and reproduction. Design
formulae
for basic correlator element circuits are (,,ivcn.
These.formulae have
beer. used by the crathor for the design o," a correlator
having the
characteristics: 1) Pecorder ai-typlifier. frequency response
lillCar Witbill 1-300 c/s; 2) Delay circuit. Double ch,,nnel
recording,
irith delay varying in time by relative Dosition shifting of
record-
,, heads; 3) The recording amplifier - P
4 P.,- L xrea ency compensated to
40-12,000 t/s; 4) Avera-fing circuit. Sel'-recorder with 430
c/s.
A.. ME
T'his instrument was -used to determine the correlation curves
of sinu-
soidal if-'unctions, from 1 to 200 c/s. The accuracy obtained
was 5-676,
due MlostlY to the Door quality of the tape windingg'
mechanism.
oret ic ally the correlator using spectrum transformation
gives a
much greater degree of accuracy. There are 2 figures and I
table.
U
4kSSj0CL;'aION1: 11(uybyshevskiy industriallnyy institut im.
V.V. Kuybj-
S'LJM-*IT'-;`-'D:
Card 2/2
sheva (Kuybyshev Industrial Institute im.,V.V. Kuy-
byshev)
June 231 1961

KOMAROV, A.I.
Using spectrum transformation in deterndning the
correlation
functions of ranA;=,procesooo lying in the range of low
frequencies.
Izv.vys.ucheb.zav.; prib. 5 no.3t82-90 162. MM 15:8)
is Kuybyshevskiy industrialliftyy institut imoid
V.,V.Kuybysheva.
Rekomendovana kafedroy lzmeritelinoy tekhn W ,
(Analog computers)

K03MM3, A.I.; BUKATTj B.B*
Successful measures# Bum.prom, 38 no,2:5-8 F '()3* (MIRA 16:2)
I* Prioserakiy toeUyuloanyy savado
(Prioserok-Woodpulp indusixy)

EMAROVj A.I.
Lining of digesters with carbon graphite tiles.'Bume prom*
(381 no.6:12-13 Je 163- (NIRA 16:7)
1. Sovet narodnogo khozyiystva, Ratonskoy M.
(woodpulp industry-Equipment and supplien)
(Autoolaves)
in
AM

MALMOV, Alaksey Romanovich, zhurnallist; KOMMOV, A.I., red.;
AZOVKIN,, II.G.J. tekbn. red.
Sasovo. Riazan', Riazanskoe knizhnoe izd-vol 1963. 38 p.
(MIA 16:12)
(Sasovo (Ryazan Province))-History)
(Sasovo (Ryazan Province))-Description)

KOMA.RGVp
Necessary l9asures for the shift to the new state standards.
Bum.prom. 38 no.90.2 .8 163* (MIRA 16:11)
1. DikeAor Priozerskogo tsellyulQznogo zavoda.

;IACCFMION NRt AR4039360 4/0272/64/000/003/0045/W45
SCIECE: Ref. Zh. Mdtrol. i izmorite takhno Me vrpej Abe* 3*32*317
!.AUTHOIU Komarovj As Is
TITLE: -Digital indi~~r for measuring small velocities
GITW SOMS1 Naufto tre vuzov Povolahlyaj vme Ij 1963j 69-77
TOPIC TAGSs velocityj, measurement,, gauge
TRANSLATIONx Device employing special IrAuction sensors of
Impilses, with the
help of which it is possible to determine magnitude and direction
of velocityp is'
described* Performance of the apparatus In evaluated In measuring
volocit4as fINM
I to 30M/hrj with accuracy to O.W~r* but practically may be adapted
for measure
mant of arbitrarily mull velocities* The change in the limits of
measurawat Is
jappraisede
EMLs 00
J,DATE AGQs 22Apr64 SUB CM91
Card-

1-incl. tr,,khri. nattl-.; I-C",*-'-"* A :. J. !?-_,i
L - ~, -`- - - - - ~ -
so,me resulto of tlji~ br0l,--.-~rior o!' voclss --m-ter
1"rJarial
cooil.ression. 6bor. lilcrilG~ no-33:1161-I'VO I -
(11:17" 17:11'
1 ~-.l 4

1-4cc- Dial 1--.-
AR6032059 SOURCE CODE: UR/0271/66/000/007/BOOB/BOOS
AUTHOR: Kornaroy, A. I*
TITLE: Attachment to the "Ural-I" digital computer for analysis
of low-frequency
random processes
SOURCE: Ref. zh. Avtomatika, telemekhanika t vychislitellnaya
tekhnika, Abs.
7B58
REF SOURCE: Nauchn. tr. vuzov Povolzhlya, vyp. 2, 1965, 353-367
TOPIC TAGS: digital computer, low frequency, random process.
attachment,
digital computer attachment
ABSTRACT: A performance evaluation of an attachment to the
"Ural-I" digital
computer is presented. The attachment operates on individual
blocks of the
computer and makes it possible to feed in the curve ordinates in
binary form, 16G
recorded on 35 mm perforated tape. An investigation is made of
random processes
with uniform and nonuniform spectral density which changes
linearly in some ,
frequency range and reaches a maximum at the terminal point of
this range. The
correlation functions of random processes are determined by this
attachment. The
ard 1/2 -----------UDC-:681.142.32.001---

I ,
I -
I

L 2,oqz--66,~~

ACCESSION, HR: APS01903S.--.":

ASSOCIATION,

SUBHITTE
ENCL.

-
SUS CODE

.

NO REP SOV. Aoo
~L,J-

Card .2

14M'70YZVA, Ye.L.; KOMMOVIN.A&I PODKOPAYNT, I.I.; HITMHKO.
I.D.
Regularl zing the wage system In the baking imdustr7;
discussion on
the article of R.1A. Torovitskala, G.I. Iletiman. Khleb.i
kond.prom.
1 no.6:24-29 Je 157. (MA 10:8)
l.Kinisteretvo promyshlennosti prodovol'stvaiwykh tovarov
SSSR
(for Hirsoyeva). 2o?Sentral*n37 komitat protsoyusa,
rabochikh
pishchavoy prowyehlennoett (for Komarov),. 3,.Takhnik po
trudu
Podollskogo khlab-okombinata Moskovskoy oblasi;l (for
Podkopwav).
4. Tekhnik po trudu khlebokombinata v Chernoiriteakh
(forlKitchanko).
(Wages)

Md
SELIVXRSTOTA, H. I., KCKAROT A. N. WZY . Tu.A.
Ina, Iron ore deposit in the Altai. Sov- geol- 3 n0-7:121-122
ji 16o. OCERA 13 -.8)
1.1nakaya geologoranedochnaya partip.
(In& Vallsy--~Iron ores)

etricit.*. Pover, Blectile jan 50
Fens,'Centrift9al
."Xncriasing the savings Effected in Forced-
Dz*ft Installations," A. M. Komarov, U., 1.
Nevellson, Stalin Prize Laureates, 5 pp
9-Mek Stanza" No 1
Discusses efficiency of nev types of Central
Aerobydrodynamic . Tnat centrifugal fans,
teoted
by Orgres (btate Trl~st for Oign of Regional
Blec Pover Stations), selectidn of type and
di-
wasiona of blovers and exhaust fnnn,-f &ivan
pwameters, and savings effected by them.
161no
MR/Slactricity Powel., Electric Jan 50
(Contd)
Describes Orgres experiments in
reconstructing
37,blovers and exhaust fans, shoving recow-
structed machines vere at; efficient, if not
more so, than nev models.

Pf (uq/
AUTHOR: Komarov,# A.M. 123 1 21T
TITLE: Inotdasirig the~gfficienay of Foree,I-Draft Installations
(Povyshentye ekonomichnosti,tyagodLitlyevykh ustanovok).
PERIODICAL: Tr. nauch.-tekhn, boveshchw1ya po usovershen0vovadLyu
sposobov pylesihi&Wya antratsitov i toshchilch ugley.
M.-L., aosenergoizdat, 1955, 146-1!56.
ABSTRACT: The operative efficiency of forced.-draft installations
is analyzed. The necessity for reiionstruatiort of many
of them is noted. Formulae and method of "Recounting
by Similiarity" for determination of needed type and
size 9f reconstructed ventilato:o swe given. Four con-
crete layouts for reconstruction of exhaust fans are
provided. N.I.M.
Ref. Zh., Mashinostroyeniyev Nr.1, 1957, Item 21T.
Card 1/2
- ----------- .......

lo4-4-7/40
AUTHOR K~om~qro ~-~and Kuzneteovp N.1*9 EngineOrs and
Nevellsont M.I.j Candidate of lree:bnical Sciences.
TITIE: The experience of ORGRES in the reconstruction of draught
producing machinery. (Opyt raboty ORGRES po rekonstruktaii
tyagodutevyklx mashin)
0
IYERIODICAL.- "Flektricheskie Stantsii" (Polver Stations), 1957,
Vol. M, No.4, pp. 23 - 26 (T.S.S.Re)
ABSTRACT: - An- article by Kuptsov in IrElektizicheskie Stantsii,
No.
71 1956, se-ireaty exIticised recent now types of - draught-
faChs,
in which the blade-s are- bent backiwards, which were- stated to
be of poor characteristics. Kuptsov stated thatthe adva&-
tages of reconstruction of the dnLught producing equipment
resulted not from 4gher efficiency of the. marldmes bm.t.- from
selecting a machine suitable for the gas duct-and by-adjust-
ments-to-the gas-duct. A lot of zioney had been wasted on
reconstruction of draught producing oquipment in power
stations. I
This article, is a reply to Kuptsov and controverts all
his criticisms which are said to be in contradietion to
ox~eriiuental data- quotted in the article. Figaimis are then
1/3 given for the comparative efficiencies of the old and now
types of machineso The results of reconstruction are

The experience of ORGREB.in. the reconstruction, of draught
producing machinery. - .(Gont.) lo4-4-7/Ao
analysed and it is stated that, of course, the characteristics
of the gas duct had been improved and that over the last ten
years more than 500 inducoa dxaught fans ana ventilators h~tve
been reconstructed with good effect. There have been a few
cases in which the design characterisVids-were not- achieved
mainly because of defects of manufactizze, which were -amet-imass
linAvoidable when the aluipment was made in power station repair
workshops, but these few cases do not discredit the general
procedure of recoaOzuction;~.
The cost of reconstruction and-the pay-off time is considered
and pay-off times of a yekLr or so are quite common. Several
or questions raised by Kuptsov are answered'"in detail.
It is concluded that Kuptsov's article is ulifounded and ten-
dentious, and.that the correctness of the policy of reconst-xuc-
tion of draught equipment is fully confirmed. New-circuits
which are used in reconstruction are imich more efficient than
older ones and the new machines are mo:ce economical. The-most
promising type of fan is that with the blades curved backwards
.2/3 which may be perfected to have an eff ioiency of 80 - 85% and
which should be used f or large new boilers and in the reconstru-
ction of existing equipment.
The experience of ORGRES in the reconitruction of draught
producing machinery.. (Cont.)
10-64-7/0
3/3 There are three Slavic references.
AVAILABM:

KOMAROV, A.M.
Applying tkilarkin's method to studying the development of per-
turbatioaa o.C a,flow of viscous liquids in a flat channel. Vest
Moak. un. Ser. mat., makh., astron., fiz., khim. 14 no.2:55-59
159 (KIft 13 4 3 )
1# Kafedra aeromakhmalki I gazovoy dinamiki Moskovokogo gosuniver-
siteta.
%Fqdrodynamice

IEVIN, Izraili 1-10iseyevich; BOTKACRIK., Iosif Azarlyevich; RODDATTIS,
K.F., kand. tekhn. nauk; MANSKU, S.I., kand. tekbn. nauk;
BRAUDE,,I.Ye., inzh.; GOTGELIF, I.M.j, kand. tekhn. nauk,
reteenzent; POSTOLOVSKlY, S*Ns, inzhoj retsenzent; Komkff,
A.M... inzh.; LARIOPOV, GJe.q tekbn. red.
[Flue exbaust and ventilating fans for high capacity electric
power plants) Dymosopy i ventiliatory moshchwfkh elektrostar-tsii.
Y,oskva, Guos* energ,-izd-vo, 1962. 183 p. (MIRA 15:4)
(Electric power plants-Ventilation)

KIBRIK, Petr Samoylovich; LIBMIXI, Grigorly Romnovich; ~~,MAROV,
A.M., red.
(Manual for boiler machin3sts (firezen)) Pamiatka maohi-
nista (kochegara) parovoggkotla. Moskvaj Energiiat 1965.
119 P. (MIRA 18-.10)

KOMAROV, A.M. (Moskva)
Development of perturbancos in a vIscaua fluid flow in a flat
channel.. Izv. AN SSSIR Melkh, I zashtnostr,, no.6--l 0-145 N-D 164.
(KM 18:2)

EPSHnyx, V.S.; KOHAR07, A.M., Inchener, nauchnyy radaktor;
CHMITAK, S.N.,
T*.B.,tekhnicheskly redaktor
[For perfect quality in rolled iron- work practice of innovators
in the Toroshilov factory in Leningrad] %a otliphnoo kachestvo
prokata; iz opyta novatorov Leningradikogo savoda Imeni
Torochilova.
Moskva, Goo, nauchno-tokhn, izd-vo lit-ry po chernoi i tavetroi
moiallurgii. 1954. 38 P. OWA 7:9)
(Rolling (Metalwork))

BAKffTff. V.P.; BUBOK, K.G.; BUGARN. L.A#.; BUN11T, A.I.;
TORWYNO K.To
DROZDOV, V,V.; 110CM07, M,S.; ZUBRILOV, S.T.; IGNATlYWj,
Zj,A~
rARGOPOZOV, I,G*; MUM1199 Dolls;4 0- KMLOT. M.S.;
LOMAKO. ~P.lf.; M~~, A.S*;~
OLlKHOV,.H.P.;,OSIP07A T.Y.;.PAKHOKOV. Ta*]).-. PLAKSIMP
I.No;
POCHAYNOTO S.T.; FUSTYLINIK. 1.I.; ROMOT. I.S.; SAVARI,
To.A.;
SARWIN, A.P.; SPIVAK07, U.N.; STRIGIN, I.A.; SUSHEMOV.
S.N.;
SXUHM. P.S.; TROITSKIY, A,Vs; USMOV,, K.L:
XRkRLA9OV.,A.Yo.;
Nikolai Konstantinovich Chaplygin. TSvet. met. 28
no,-2.-57-58
mr-AP '55. (MIRA 10:10)
(Chaplygin, likolai Koustantinovicht 1911-1955)

YWOROV, S.M.1 KORAROVV A*K.-
Nonferrous-metal pipe plant of the Britiah Company Imperial
Chemical Industrian ( to be concluded)* BlulsTSIIX teveteret,
vosl7138-3 of cover 157s (MIIIA 1117)
(Great Britain-Pipe, Copper)

137-58-5-9643
Translation from., Referativnyy zhurnal, Metallurgiya, 1958, Nr 5,
p 112 (USSR)
A UTHORS: Yegorov, S.M., Komarov, A.M.
TITLE: Imperial Chemical Industries Nonferrous Tube Mill (Zavod po
proizvodstvu trub iz tsvetnykh metallov angliyskoy firmy Imper-
ial Kemikel Indastris)
PERIODICAL: Byul. tsvetn. metallurgii, 1957, Nr 18, pp 37-41
ABSTRACT: A process drawing (D) Cu and Al tubing (T) on vertical
and
horizontal draw blocks (B) is described. The vertical B have
overhead drive. A distinctive feature of the vertical and hori-
zontal B is the absence of undercut fillets. The T is wound on
the B in uniform turns by automatic translation of the dieholder
in the required direction by a special drive.
V.0.
1. Copper tubing--Production 2. Aluminum tubing--Production
3. industrial plants--Equipment
Card 1/1

POPOV
S.G.., nauchnyy sotrudnik, dotsent; KOHAROV A uauc~nyy
sotrudniki,
I-Wmistent SLUCHANOVSK
WZ41 Z.F.
Aerodynamic resistance of textile threads. Tekst.prom. 22
no-4:
77-83 Ap 162# (MIRA 15:6)
1. Makhaniko-matematicheakiy fakulltet Moskovskogo
gosudarstvcnnogo
universiteta,
(The&d- Testing)

U7,
POPOV, S.G., d6tsent;_KO14AROV. A.M,, assistant;
SLUCHANOVSKAYA, Z.P.,
m1adshiy niu-chnyy sotrudnik
lerodynamic characteristics of ring spinning machine
travelers.
Tekst.prom. 22 no.11:77-82 N 162. (KRA 15:31)
1. Sotrudniki kafedry aeromakhaniki i gazovoy dinamiki
Moskovskogo
gosudarstvennogo universitata.
(Spinning machinery)

10FIO , ( . I . I ~ n,%h, -, FQV-JROV IT-A 9 M. j#
inzb a '
'I;iffect of auxillary equipment on work indices of
block eyotems
with 150 anrl 200 Mw. ratings. Toploenergetika 12
no.6:2-10 Je
165. (MIRA 18:9)
1. Gosudarstvennyy trest po organizatsil
ratsionalizats1i
rayunnykh alektvostantuly I ootey. .

r, L 1-2, 1 IV- '1 11
ulture-
Repairing the, tractcr "Stalinets-80". Vloskva, Sellkhczgiz, 1951.
9. Monthl List of Russian Accessions, Library of Congress, Octob6r
-195j, Uncl.
2

&WRQT,-Alq9j39Y--41ko Jaye vich; KOSTROVSKIY. (;eorgiy
Ivanovich; DUBROVSKITo
V.A., redaktorp, 10, A.I., tekhnicheskiy redaktor
DRepair of "Stalinets-800 tractor] Remont traktors,
"Stalinets-80.0
Izd. 2-oe, perer. t dop. Moskva, Goo. izd-vo selkhos.
lit-ry, 1956.
,383 P. (HUA 9:11)
(Tractors-Repairing)

L 08572-47 kNW1130(l) IJP(0) ~-GGAB
AR6032o6i S01URCE -CODE.- UR/0271/66/000/007/130181B019
'AUTPORo arov A. N.
TITLE: Mathematical logic,of arithmetic units (Multistage adder with
full,
Tarallel carry).-
SOURCE: Ref. zh. Avtomatika, telemekhanika I vychislitelInaya
tekhnika,, Absi
7B135
REF SOURCE:. Tr, yses. zaoch. energ. in-ta, vyp. 29, 1965, 16-35
-p
In
ic, imithmetic unit, adder, ultistage adder
TOPIC TAGS: mathemuc log
ABSTRACT: The problem of improving the speed of response of
arithmetic units
by the apparatu-1 method is studied. It Is suggested that multistage
adders be
designed with a full parallel carry. The block diagram of a 27-digit
3-stage adder
is given as an example. With an,equipment increase of L'63, the count
rate of the
-by a factor, of 4. 5 as compar'ed tar
propoded adder. increaere7s usual adders with a
sequential carry. The possibilities and merits of suctf circuits are
investigated..
In particular, in an adder with a full parallel carry the aign of an
addition of two
Caral UDC: 681.142.642
1/2

C"
137-1958-1 -119
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 1, p 18
(USSR)
AUTHOR: Komarov, A. N.
TITLE: The MPD-6 Washer (Promyvochnyy pribor MPD-6)
PERIODICAL: Kolyma, 1956, Nr 4, pp 13-15
ABSTRACT: The MPD-6 washer is a modification of the MPD-2, which
has come into particularly wide use for washing in areas having
small backlogs of prepared sands. A special feature of this new
washer is a frame for installing a scrubber. It not only serves
as runners, as in the MPD-Z, but as a feed bin from which the
sand is delivered for disintegration in the scrubber box. The
framing is of channel and angle sections, with a 4 mm sheet of
iron welded underneath to create a greater supporting surface.
This design permits the frame to move over marshy terrain.
A general view and drawing of the equipment, with an earth-
mover in user to deliver sand to the sluice, is presented. The
sequence of operations for assembly of the MPD-6 is described.
A. Sh.
Card 1/1 1 Ore washers-Applications 2. Ore washers--Design 3, Ores
-.-Tocessing-Equipmnt

s/i96/62/000/013/014/018
E194/E155
AUTHORS: Akopyan, A.A., Komarov A N., Kolechitskiy, Yeos'j
Rodionov Ya.V. V.PQ
TITLE: Tosting of 500 kV air circuit breakers on the
transmission line between the Volzhskaya GES imeni
XXII s"Yezda KPSS-Moskva (Volga GES imeni 22nd
Congress CPSU-Moscow)
PERIODICAL: Referativnyy zhurnal, Elektrotekhnika i energetika
n0:13, 1962, 19, abstract 13 E 142- (Elektr. stant;ii',
no 1, 1962, 37-45)
TEXT: Tests were made on 500 kV air circuLt-breakers type
86HP-20001-500/2000 (VVNiZ-20001-500/2000) with a rated current of
2000 A and a breaking capacity of 20 000 mVA, with ten extinction,
chambers and with disconnectors having four breaks per phasee
The circuit breaker is developed for a recovery voltage of
3.5 U 1160 kV effective with a maximum.formation-time'-of
phase
10 milliseconds. According to test laboratory data-the
disconnector was of reducedelectric strength, 2.7 Uphase 820 W
Card l/

s/196/62/000/013/014/018,
Testing of 500 kV air circuit ...
E19VE155
effective instead of 3.5 U phase 1160 kV effective. The priucipal~
object of the test was to determine the possibi'lity of doing
without shunting resistors of 3000-2000 ohms on the main extinction
chambers. These resistors greatly increase the cost of the
circuit breakers (1.5 tons of nichrome for a three-phase set) and,
according to data from preliminary tests on models, they are
effective in reducing the overvoltage only when disconnecting
unloaded sections of line accompanied by recurrent restriking of
the are in*the circuit breaker. Tests were carried out with the
circuit shown. in the sketch using a reduced working voltage of
430 kV on the receiving end of the transmission line U8- The
main tests were carried out on circuit breaker BB (sub-station
no.2). Protective spark Saps were used to limit tge value of the
overvoitage. To assess the part played by the electromagnetic
instrument voltage '-transformers when disconnecting an unloaded
line between substations nos. 2 and 4, 'all three voltage
transformers were connected in ihe red phase, only two in the
green phase and none in the yellow phase, Overvoltages and
Card 2/#

Testing of 500 kV air circuit ... S/196/62/000/013/014/018
E19VE155
currents ucre recorded at three positions: at substations 4 and
21 and at the hydro-powor station. Seventy-eight effects were
recorded simultaneously with multi-beam cathode-ray "oscillographs
and forty by means of electromagnetic oscillographs. The
prog,ramme of investigations included. a) ovorvoltage measurements
on interruption of electrical transmission under conditions of
synchronous operation of the lHoscow system and of the hydro-power
station (tho disconnection was affected by circuit breakers BBJ,
B33 and 3,Bij); b) similarly but with synchronous operation of
the 1,10SCOVI system and the power station (interruption was effected
by circuit breaker B33),; c) overvoltage measurements on dis-
connecting an unloaded section of the line 423 Rm long between.
substations nos.'4 and 2 with.circuit breaker BB4;
d) overvoltage measurements on disconnecting an unloaded section
of*line 559 km long between the hydroelectric power"station and
substation no.2 by circuit breaker BB1; a) overvoltage measure-
ments on disconnecting an unloaded section of the line 423 km long
between substations nos. 4 and 2 by circuit breaker B% This
section was disconnected as part of an unloaded line 9 2 km long
(breaker BB4 was first opened). In this case the circult-breaker
Card 3/ 9

s/196/62/000/013/ol4/oi8
Testing of 500 kv air,circult ...
E194/F.155
operating conditions were more severe than in tests c and d.
Detailed test results'are tabulated. During the course of the
programme there were cases of disconnecting short-circuits on the
line, which occurred during several protective spark gap break-
doi.,Tns, and also during inter-phase flashover of line insulators
during one of the tests. These cases afforded the Vossibility-of
checking the reliability of the circuit breakers in d-isconnecting
short-circuits and permitted the following new observations-
The overvoltage_s~ave which causes the short-circuit is reflected
from the point oC~the short-circuit ifith inverted sign and is
then doubled on the substation (or power station) busbars if these
latter operate under 'dead end' conditions. Dangerous over-
voltages then occur on the substation even before disconnection
of the short-circuit c*ommences. This circumstance caused
additional operations of the protective spark Saps at the hydro-
ele-z;tric station when the protective spark gap operated in nos2.
substation (tests on disconnecting unloaded section of 423 km by
circuit breaker BB3) and during interphase flashover of line
insulators occurring at,the instant of interruption of a line
Card 4/4

S/196/62/000/013/014/018
Testing of 500 kV air circuit E194/EI55
length of 981 km by circuit breaker BB4. The following conclusions
are drawn from the tests. 1) Tests on circuit breaker
VVNIR-20001-500/2000 were carried out undor difficult conditions in
respect of recovery voltage (up to 3.85 Uphase with
t = 5 - 10 milliseconds). They showed that the circuit-breaker
extinction chambers operate with complete reliability under all the
required switching conditions (interruption of synchronous and
asynchronous transmission, disconnectlon of unloaded lines,
disconnect�on of short-circuits, etc) without special resistors
shunting the extinction chambers. 2) An electric strength of
2-7 U for the circuit breaker disconnector is insufficient for
phase
reliable operation in a-500 kV electrical transmission system-andl-
it should be raised to 3-5 Uphase*

12(2)
AUTHORS:
TITLE:
SOV/113-59-3-13/17
Komarov, A.R.; Khazova, A.V.; Titov, I.V.
The Modificatid of Cast Iron by Using Magnesium
Under Pressure (Modifitsirovaniye chuguna magniyem
pod davleniyem)
PERIODICAL: Avtomobillnaya promyshlennost', 1959, Nr 3,
pp 40 - 43 (USSR)
ABSTRACT: The imperfection of methods for introducing magnesium
and other modifying additions to liquid cast iron
is one of the reasons why high-strength cast
iron has found no wide-spread use. In the USSR,.
pure metallic magnesium, its alloys or magnesium-
containing mixtures are used as modificators. The
author reviews briefly the different methods used
in the USSR. At the Gor^kovskiy avtozavod (Gorl-
kiy Automobile Plant) the modification vrith pure
magnesium was performed under a bell-shaped chamber
with a special device providing a sufficiently
Card 1/6 deep penetration of the magnesium into the liquid

SOV/113-59-7,-13/17
The Modification of Cast Iron by Using Magnesium Under
Pressure
metal as shown by Figure 1. This method had the
disadvantage that the magnesium consumption is up
to 1% of the weight of cast iron and it does not
reliably provide high-strength cast iron with -glob-
u
ular graphite structure. A' the Syzranskiy gidro-
turbinnyy zavod (Syzrart Hydraulic Turbine Plant)
a method was developed using a forehearth furnace
as shown by Figure 2. The magnesium consumption
amounts to only 0.4 - 0.6% of the cast iron weight,
while the assimilation of the magnesium is up to
10 - 15% compared to 5 - 10~%' wituh the first method.
However, the operation of the furnace is interrupted
and the use of the forehearth capacity is limited
to 50 - 60%. At a number of :)lants, devices for
Card 2/6 introducing magnesium were tested, whereby a rotat-

SOV/113-59-3-13/17
The Modification of Cast Iron by Using Magnesium Under Pressure
ing crucible with a special chamber was used which
was connected with the interior cavity by a special
canal. The device (Figure 3), designed at the Gorl-
kiy Automobile Plant, may serve as an example for
this type. Thereby, a magnesium assimilation of
20- 25Y6 was obtained. Recently, methods ivere de-
veloped which were based on increasing the evapora-
tion temperature of magnesium by increasing the pres-
sure on the metal surface in hermetic devices.
Figures 5 and 6 show examples of such devices. The
latter was developed by TsNIITIYTASh. Figure 7 shows
a device designed by the Czech engineer Otehal.
He established that the amount of magnesium required
for moc3ifying cast iron is considerably lower at
a pressure of 5 - 5.5 atm. In this case, the amount
of magnesium required is only 0.2% of the veight of
the cast iron as shown by a graph (Figure 8).
NIITAvtoprom investigated the cast iron modifica-
tion by magnesium when the cast iron crankshafts
Card 3/6 of the automobile "Volga" were introduced, and de-

SOV/113-59-3-13/17
The Modification of Cast Iron by-Using Magnesium Under Pressure
veloped the laboratory device shown in Figure 9.
It consists of an air-tight chamber into which the
crucible with the liQuid cast iron is placed. The
magnesium is pushed into the liquid cast iron by
a bar from the cover of the chamber. The latter
is filled with compressed air which was varied dur-
ing the tests froW 3 to 8 atm, while the metal tem-
perature was 1420 . For all tests, amounts of mag-
nesium equal to 0.2% of the weight of the cast iron
were used. According to the graph, Figure 10, the
best results were obtained at a Dressure of 5 - 6
atm, since then the air pressure was about equal
to the pressure of saturated magnesium vapors where-
by also a thorough mixing of the metals was obtained.
Based on the experiments of NIITAvtoprom, two pro-
ject2; were developed. One, constructed by
NIITAvtoprom. itself, is shovni by Figure 11. With
this equipm6nt, the.modification of 500 kg cast
iron lasts 1 - 1.5 minutes. The otherversion was
Card 4/6 developed by the Gorlkiy Automobile Plant and is

SOV/113-59-3-13/17
The Modification of Cast Iron by Using Magnesium Under Pressure
shovm by Figure 12. This equipment consists of a
cylindrical chamber 500 mm in diameter and 3,000 mm
long. The crucible containing 500 k- of liWid cast
iron is placed on a small truck which is pulled by
an electric winch into the interior of the chamber.
The chamber entrance is closed-by an airtight sphe-'
rical door. Another opening is located at the-top
of the chamber, also closed by an airtight door,.
for introducing the container with the magnesium.
A pneumatic cylinder is used for pushing the charge
into the liquid metal. The chamber to tilled with
comDreoacd air at a pvt,--t-,zuro of G LA'L-Im, w1hereb 6 cu M
compressed air are required. The modificatilon-pro-
cess lasts about 1.5 - 3 minutes and the entire
operation 4 - 5 minutes. The liquid iron is trans-
ferrod to the casting crucible, where 0.3;'~ pulver-
ized 7%~-ferrosilicon and 0.02.5,;) cryolith are added
for reducing the sul-fur oontiont, By molting aaat
Iron in an cleotric arc furnace with basic lining
Card 5/6 and by modification with magnesium, it is possible

SOV/113-59-3-131/17
The Modification of Cast Iron by Using Magnesium Under Pressure
to obtain high-strength cast iron with a structure
of globular graphite. The consUMDtion of pure mag-
nesium is thereby 0.06 - 0.08,,^'o of the weight of the
liquid cast iron. When the sulfur content of cast
iron is 0.003 - 0.005% and 0.002 - 0.003% after the
modification, then it is adequate to have a magne-
sium content of 0.01 - 0.03% for obtaining cast iron
with globular graphite. The modification equipment
of the Gorlkiy Automobile Plant is used for the pro-
duction of crankshafts of the "Volga" automobile
and shows good results, thus it may be recommended
for mass production of high-strength cast iron
parts. There are 3 photographs, 7 diagrams, 2 graphs,
1 table and 5 Soviet references.
ASSOCIATION: NIIT Avtoprom, Gorlkovskiy avtozavod (Gorlkiy Auto-
mobile Plant)
Card 6/6

Unit for the tdaklhg 6f a biturdaft emUlnion. Lit, pVoiAVo hos9M-16
8 '64a (MIKA 18,10)

18(5)
SOV/128-59-4-3/27
AUTHOR:
Komarov.-A,_R., Engineer
TITLE:
Mating Cupola Blabt
PERIODICAL:
Liteynoye Proizvodstvo, 1959, N
r 4, pp 8-9 (USbR)
AB6TRACT:
There are different nethodA at the
present of heating

the cupola blast in recuperatorq, standing
outside

the cupola Phaft. These methods, however, could not

be
applied in the foundries of the Gorki auto works,

because an
additional Ppace is needed for the com-

bustion chamber, the
filters, and the recuperator,

which was not available there.
The recuperator was,

therefore, placed into the mhaft of the
cupola. Since

it ic not possible in this cape to install dust
col-

lectorp, a recuperator of the radiating type was

chosen,
which does not caupe contamination. Despite

the limited
dimenqionq of the recuperator, the speci-

1"ic thermal
conductivity in very high, and the temper-

ature of ~he blast
when leaving the recuperator goea

up to 265 C. A second method
applied in the Gortkly
Card 1/2
plant to preheat the blapt i"I
the screening of the

. . . . . . . . . . . . . . . . . . . . .
Heating Cupola Blast SOV/128-59-4-3/27
cupola by a hydraulic clocure. An an effect of the
screen, a large surface is heated. Thermal and
metallurgic experiments will have to decide which
method to heat the cupola blast is to be chosen.
There are 3 photographs and 2 diagrams.
Card 2/2

,23QL"v 0 A I R 0
Redesign of cupola furnaces in the Gorkiy Automobile Plant
foundry shops. Me proisv. no.9:16-17 3 160.
(HLU 13:9)
(dorkiy-Automobtle industry) (Foundries)

KCHAROV, A.R.
Hydx;aulic davice for tho weighing of charge components.
ut, proizv. zo.l.*8.-lo Ja 163* (MIRA 16-3)
(WAghing machines)

Washing of cupola gases at the Gorl-dy Automobile Plant, Lit,
proizv, no,108-40 Ja 162. OM 16t8)

MIDKAH, V.Ya.; XADIX,-'?.A.;(~KOWOT, A.S.; BUZON, A.A.
Determining air congumptlon during the operation of the RK-1
loading machine. Ugoll 35 no* 12:11 D 160, (MIRA 14:1)
(Coal mining machinery-Paeumatic driving)

WASHP, I'm V,
Flululzation of
distribution griq. joiLpl. 4-2
F
(MIRA -;8:8)

XOMAROV, A.S., kand. mad. nauk.
Gastric polypi and their therapy. Sov. mad. 21 no.7:96-200 JI '57*
(KIHA 12:3)
1, Is kafedry obahchey khirurgii (zav. - dote. A.I. Keshevaikov)
Gorikovskogo meditainskogo inatituta imeni S, M. Kirova (dir. - dote,
R.N. Hisinov) i Gorlkovokogo oblastnogo onkologicheakogo dispanaera
(glavnyy vrach T. V. Pavlova).
(STORACH MOMSIC
PIDIYPis SUrg. (RUB))
(POMPI, Ourg,
stomach (Hug))
(GASTHNGTOMr. in variolas die.
Polypi (Rug))

KOI,aRGV, A.S. (Gorlkiy., Kovalikhinskaya LL1.., 28-a, kv.6)
Cancer of the "operated stomacW' and Its treatment, Vop. Gnk,
8 no.1212l-30 162. (XIRA. 17:6)
V
1. lz kafedry obshchey khirurgli (zav.-prof. A.I. Kozhevnlkov)
norlkavskogo meditsinskogo instituta imGni Kirova (rekt,--r -
dotqent
I.F. Matyushin).

KOKILROV A.S.- FELIDW.N. V.Ya.
Stidying the operating conditions of the pneumatic drive of
loidIng machines. Trudy 'ASNIlPodzemshakhatrola no.2:89-92 163.
(MMA 17:5)

Muk. (OOrkly- ul- X'"naLl d-20- k7* 11)
Repeated renectiou of the stomob for cancer. gov. Ithir. arkh.. 3:111-
113 8-0 158, 12;1)
1, 11afedra, o'bahchey lchirwgii (sav. - prof. A.I. Koshevnikov) Gor-
kavolcogo'mmditsinakogo Instituta,
(ST&ACR--SMDXRY*)'

KOKWVI A*S*,q kandemed*nfiuk
Retroperitoneal rupture of the duodon= in closed trauma.
V'est.khir. no.5t95-96 t62. (MM 15:U)
1* Iz Rnfadry obahchey khirtwgii (zave - prof. A.I. loshavimikov)
GorOkovalcogo moditsinakogo inatituta (rektor - dotaent IX.
Matyushin).
(DUODEMI-RUPTURS)

KOMAROV, A.S.9 kand,med.nauk; KOT(*tMA# $.I.,, kand.med.nauk
Chemleal bano of the otomach and their treatment. Sovemeds
26 no,12d3-16 D 162, (MIRA 16t2)
1. Iz kiiniki obahchey khirurgii (zav. - prof. A.I. Zozhevmikov)
Gortkovskogo meditainokogo instituta*
(BURNS AND SCAU)S) (STMACH-SURGERY)

lo- IIAROV, A.S., -1--atid. vied. nauk
Erroneous application of anastomosiz, It, surgery on the gaatro-
intestinal tract. Khirurglia 40 rio-903-55 8 164
1. Uinika obBlichey kh1rurgli (zav. prof. A.1. KozhevnD-ov)
GorIkovskogo meditsinskogo, instituta imemi Kirova.

14CROZOV, G.K.; BAZAVOY. 9.1i; WARN, A.G.; OSTAPSHKO, A.B.; TMINOT,
O.P.; SHUKIM, B.G.; KAKMOV. A.B. (translator]; KOKAROV, A.V.,
red.; DOTSMO. A.A., toldw.red.
C*orts in foroisn countries; track athletics; collected materials]
Sport za rubeshom; legkais atletiks. Sbornik materialov. Moskva.
Gos.izd-vo OFiskulltura I sport,,' 1959. 208 p. (MIRA 13:4)
1. Moscow. T;Ssntrallnyy nauchno-isaledovatellskiy inatitut fizi!-
chaskoy kulltury.
(Track athletics)

No
9pinmincy
'I-Fffcct of a thrrad Ualloon on thread Jumping off the :mcol in thn
OMCCS.", Of unwindim?.ff
Tekst. pvcm. 12 no. 7, 1952.
9. Month Ust of RUS51an Accessions, Libx~ary of Congress, Gctober
-1951, Uncl.
2

.0~~ GIUSIN, G L. nachallnik prigotovitellnogo tookha.
Spooling equipment of warping-machines. Tekst.prom.15 n0.1.1
28-29 JA 155., (MM 8:2)
1. ZaTedayushchty.tkatskin proisvodstvon fabriki "Zmavau-
goLrdw (for Kczarov).
(Warping mchines)

tt[F_Uv
KOKLROV,A.V.; OINESIN,G.Z.
Reducing stretch on sizing machinese Takst. prom. 15,no-5:
29-30 My 155. (MIRA 8;6)
1. Zaveduyushchiy tkatakoy fabrlkoy "Komavangard" (for Kmarov)
2. Vachallnik prigotovItallnogo otdola (fabrilel "lom(wangardill
(forliftelin).
(Siting (Textile))

K014ARCI Anatoliy Vladimirovich
Komaraov, AN. i Vedenisov~ B.N. i N~dezhin~ S.P.
increase of the Speod of Motion, Weight of Soto, Powor and
Efficiency of
Traction Units", AS U83R) Moscow-Leningrad, 1950.
(Mbr. Dept. Tech. Sci., AS USSR)
SO: AAIK-:1398-52, 21 Aug 52

KOKAROTO A,,, kandidat tekhuichagkikh n=k; ANTOI[OV. H., kandidat
tokhnichesklkh
Tpl=OV,. N., inchener.
Concerted action by both rail and water transportation In mix-ad
transports,
tion systems. Kor.i rech. flot 13 no-3:5-9 -Ty '53. (WBA 6:8)
(Transportation)

wim
KOKAROV, A.T~,, kandidat tekhnichaakikh nauk.
I
Planning the hauliva. of freight in mixed rail and water
transportation. Rech,transp. 14 no.2.-14-17 F 155. (mMA 8;5)
I (Freight and froightap)

KOHAROT A.T. aterahly aauchny7 aotrudnik. kandidat tekhnichaskikh
nauk
doxt rant
(Studies of-interaction in the combined use of railrced, water and
automotive tli3napoftatlon] losledovanie vestmodatetvita zbelazoo4
doroshdogo. vodnogo t avtodoroshnogo transporta v smashanafth
soobehoheailakh; avtoreferat dissortateii na soiskents uchanot
stapsai
doktora tekhnicheakikh nault. Moskva, Akad. nauk SSSR, 1956. 25 p.
NLRA 10:8)
1. Akademiya nauk SSBR.
(Transportation)

KOKARQT kandidat tochnichaskikh nauk. nauchrqy sotrudaiki
K-KM 0 V. S. 9Inshener, nauchrqy sotradnik.
Determining the better alternative in planning the formatfou
of river trains. Reche tranap, 15 no*9321-25 3 '56. MRA 10:2)
1. IMP AN SSSR.
(Inland navigation) (13argef) (Towing)

Namo: KORAROV, Anatoliy Vladimirovich
Dissertation: Study of the Interrelation of rail,
water and automobile transport In
complex communications
Degree: Doe Tech Sci
Affiliation: CNot indicateNr
Defense Date, Place: 26 Nov 56, Council of Inst of Complex
Transport Problems, Acad Sci USSR
Certification Date: 19 Oct 57
Source: BMVO 23/57
38

Anatol alroxf ch , doktor tekhn.nauk; UdHZO, I.G.,
retsenvant;
OXffCTUIXOT, G.10, rateenzent-, SOWT'Y'XV. I-F-. red.;
AZROVA. A.G..
red.tzd-va; SAIAZXGTp U.P., tekhn.red.
Crateraction of railroad and water tranapertation in
combined
avatemal Vzalmodaistvie sholesnodorozhnogo i vodnogo
transporta
v omeshannykh soobelichentiakhe KoSkva, Izd-vo "Rechnot
transport."
1957. 211 P. (HMA 110.6)
(Railroads)
(Inlaud water transportation)

doktor.%akhn9inaukj nauchny7 ootrudnik; SOWTIYEV, UP.,
kjandetekhnenauk, nauchnyy eotru4nilc; KRAV01=10. Y.G., inzh.,
nauchW sotrudnik; KGVSHOV, G.R., inzh., nauchnyy sotrudnik.
Experimental multidestination transportation of merchandise in
combined railroad-watervar communications. Rech.transp. 17 no.2:
8-13 P 158. (MIRA 11:2)
LInatitut komplakenyhh tranaportrqkh problem AN SSSR.
(Merchant ahips--Cargo)
(Railroads--Freight)

P)MRO"., nauchn77 sotrudnik; TSurkov, Ne, nauchryy sotrudnik;
KRAVCHENKO,
V., nauchnyy sotrudnik.
Combined operational technology for rail and maritime transportation.
Mor. flot 19 no,2:13-17 F 159. (MIRA 12:3)
lelustitut ko eksuM transportnM problem AN SSSR.
Transportation)

ARTE141YEV9 S.P.; APANASOYLT-9 D.-L*j'TELOWWjT01**; BEWSONp I.M.;
BROUdWIMp
L.A.'; BurANOvi WA. ; VEWNANWV DoPo;.VZWICVSM9 LA.; GORMOVt
A.V.,; MEMO,, IsM.- DAVIDOVIM L*H.; DEGTEW, G.R.; ZWNKDV#
V.V.; KALLMKHW, F,4.. mmov-,
A V - KUDrZAVTSFVIA -S LIVIYANTO
Ya.A.; PRTROVv A.P.1 A.T.; TIMM~Oif N.N.;
FEDOROVt V.P.1- qMIN07t; A.A.; SHMWAKOVy S.I.; YANKMg Td.S.
Anatolii Pavlovich Aleksandrov; obituary, Avtetrausp- 38 n0-907
s 1(;0. (MIRA 130)
(Aleksandrovt Anatolii Favlovloht 1903-1960)

KAB-FrNIKOV A.D., doktor tekhn. nauk, red.; MIME`= A.V.
doktor tekhn. naukv reed.; SMXA, M-9
nai&, red.; PREME, V.Tu.g in2h., red.
[Coordination of the work or the various types of transporta-
tion) Koordinatsiia raboty razlicbzWkh vidov transpbrtaw Mo-
skva, 12id-vo "Transport,," 1964. 199 p. (MIRA '17W

PETROV, V.J., a muszaki tudomanyok
doktora;"YOMA.i~T-I,.,-A-Va kozgazdasagi
tudomanyok doktora
Coordination of various transportation branches in
the Soviet
Union. Kozl tud sz 14 no. 8:333-338 Ag t64*
1. Institut kompleksnykh transportnykh problem,
Moskva.
q

YQ-TAROV A. PJA 111/49TIIJ5
'Usm/galo Recallidrs Supwilaterodine Kay 49
Radio Testing
OT4e Khad-Produced ARZ-49,Receiver," A. K= ov,
9P
"AWo" No 5
ARZ-49 rddeiver Isatvo-band superhaterodjue
using 110'- 220volte AC supply. . Long-wave
uagd,ls desigaed to receive wave,jeugths* 730
0 moterap and madi=-vave band, wave lengths
520 meters. Its operating characteristics
are better than those o! the "Rekordi"
44A~~

-wave-
our4-4tww a
j,.g f: .7 m, Az
L

XOMAROV, A. V.
14asnovye batftro'liVe radiopriemniki, fl3attory operated receivers
~radioff-
Moskva. Gosenergoisdat, 1951. 80 p.
SO: Soviet Transportation and Commmications, A Bibliography, Library of
Congress,
Reference Department, Washington. 1952 Unclassified.

KOUROT A.V.- LEVITIM, Te.A.; TARASOV, F.I., red.: BABOCHKIN,
S.11.,tekha.red.
(Radio receivers; the "Hoskvich" radio receiver and the *Kama"
radio-pbonograph combination] Radioveahchatellnye priyeamiki;
radiopriemnik "Hoakvich," radiola "Kama." (Moskva, 19521 11 p.
(Hassovaia radiobiblioteka. no.141) (MIRA 10:12)
(Radio--Receivers and reception)

ACCESSION M: AR4031089 8/0O44/64/0OO/0O2/VO33/VO33 . . .
SOMiM. Reforatlyny*y zhurnale- Hatematika., Abe. 2V=
AUTHOIR: Ve; KQrmI1ttGYftP N- Be
J~o
uters in systems for trammitting
TIT12: 7he application of electronic cM
information
CITED SOMCE: Gb. Vy*chiel, elstemy*. Novosibirsk, vy*p. 1, 1962, 33-62
TOPIC TAGS: Information transmission, electronic computerp machine
Information,
communication automation$ commmication unification
TRMISLATION: It is noted that the developident of computing machines,
automatic
control machines, and Information machines has reduc.ed to the
appearance of a
new form of information-machine information. In the a(pt-too-distamb
future
machine information will constitute the basic streams of information.
In con-
nection vith this, new demands for means of transmitting information
are being
advanced, which are completely unsuitable for transmitting machine
information.
In this article the authors consider the effectiveness of applying
electronic
Card 1/2
-1 , W~-Wm