SCIENTIFIC ABSTRACT KARTASHEV, A.P. - KARTASHEV, V.I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000720910017-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 13, 2000
• Sequence Number: 17
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

Riemannian fibre spaces... 3/020/61/138/005/001/025
2 C111/C222
dl 1 .1(l 1 1 1 ))Qk+2Ri,
iab- ik kab- 4)~aclicb_ ~Acliao ntRikat_ 2 iac keb- ibc kca .e.,
R 0, R -1 R + !(, 1 +1 1 (2)
iakj ' iakb ~ 2 ikab 4 iac kob ibe kca
Obviously it holds
D 1.)a= [Cjbgba Oba a 4~a+liba Qi'
Since 0ab+Gba - of 9 ab are forms'of the Riemannian connection in the
space of the fibres Vn which is called '.-,he base. To every curve in the
m
base Vn the corresponds a one-parametria family of fibres in Vn~ .Every
fibre admits a motion group generated by all closed contours of the base
going through the point above which the fibre is lying. The motion
groulps of different fibres are isomorphic. This abstract group appearing
in every fibre as a motion group is called the holonomy group of the
Riemannian fibre space Vn+m. Let the holonomy group be one-parametric.
It is stated that in the Vn+m there exiots a "transversal fireing" in
(n+l)-dimeneional eurfacog, where each of then intersects with the fibre
in the trajectory of the holonomy group.
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Riemannian fibre spaces... p53()2 3/020/61/138/005/001/025
CI11/C222
Theorem Is If Vn*m is a Riemannian fibre space with a-one-parametric
holonomy group then it holdet
1) In the base Vr' there exists a skew-iiymmetrio tensor c ab satisfying
the condition
VC ab abcOof O(abc) ' 0* (4)
2) In the space of the "transversal fi*Dres" Vn-1 there exists a vector
boc , a skew-symmetric tensor is,,, , a si,-alar 0 which satisfy the
conditions
Vb - b tzk b 0,
CA W'A (I, V*P1
Va'Or a a(Of (5)
d 1n b 04A
Theorem 2s Given 1) a Riemannian space Y' and within it a skew-
symmetric tensor cb satisfying (4); 2) a Riemannian space Vm"' and
within it a vector b a skew-sy=etr:Lo tensor atq and a scalar o
satisfying (5). Then there exists'a unique (up to coordinate
transformation) Riemannian fibre space Vn4m with a one-parametrio
Card 3/4

Riemmmian fibre spaces... S/020/61/138/005/001/025
C111/C222
holonomy group for which Vn is the base and ift-1 is the space of
"transversal fibres".
There are 2 Soviet-bloc references.
ASSOCIATIONsMookovskiy goeudarstvennyy universitet im.M.Losonomovs,
(If6scow State University im.M.V.Lomonosov)
PRESENTEDt February 13, 1961, by P.S.Aleksandrovq Academician
SUBMITTEDs February 109 1961
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KM~TASHXT.-A~P,--
Stratified Riemam spaces with one-parameter holonoaW groups. Dokl*
AN SSSR 138 no*5&1002-1004 Je 161. (KMk 14t6)
1. Hoakovskiy gosudarstvennyy uniivrsitet im. N.V.Lomonosovao
Predstavleno akadendkom;P.S.Aleksimdrovym.
(Spaces, Generalized) (ciroups, Theory of)

,-ACC NR.AP6028340 SOURCE CODE: UR/0293/66/004/004/0601/0618
,.AUTNOR; Bazhulln, Fe As (deceased); Kartashevq its V,; Markovq M, No
OIRG: none
TITLE: Study of the angular and spectral distribution terrestrial radiation
in the infrared spectral range from the Msmos-45 earth satellite
SOURCE: Nosmicheskiye issledovaniya, v. 4, no. L, 1966, 601-618
T ro
1:O?IC TAGS: atmospheric radiation, IR spectrometer, spect metry, scientific
satellite, optic albedo / Hosmos-45 scientific sntellite
ABSTRACT: Summarys A scanning Infrared spectrometer system .is described which
has an angular resolution of :2-Y. 10-iradions, covering the spectrum from 0.8 to
311.9 with spectral resolution of better than2*2ju. The 6haracteristics and
operation of the spectrometer and the associated data-recording equipment are
given, together with the experimental data on infrared atmospheric radiation
and the Earth's albedo collected during one orbit of the Kosmos-45 satellite.
P.- A. Bazhulin and his associates'' - 'des'cribe a spectromet .er
intended for use'in the study of the Earth I s energy balance in the infrared
region but which, through inter pretation of the results, may also supply
data on the molecular content and temperature ofthe atmosphere at various
altitudes. The spectrometer is capable of measuring angular and spectral
infrared radiation simultaneously; it.was used for this purpose in October
e
:1962 and June 1963, in v rtically launched rockets which beached an altitude
--of 500 km [27].
Cdrd 1/13 UDC: 551.521.2

-kcCNk:--AP6028340
As an extension. of. these studies, a spectrometer 6f'the same type
bvt'with the addition of a recording system scanned seven regions of the
Barth during one orbit of the Kosmos-45 satellite (launched on 13 September
1964) . The atmbspheire below the satellite was scanned in a direction
perpendicular to the satellite's trajectory. Even though the experiment
was of limited duration, a wide variety of conditions were encountered.
Both illuminated.and dark regions of the Earth wore observed. Three of
the seven regions covered were in the southern hemisphere, 'four were over
ocean -6odies, and one was above a spiral cloud formation near Japan. In
-general, the amount of cloud cover was different for each region.
The spectrometer employed in'these studies comprises a semming mirror
and lens system, a filter arraligeme.nt, a bolome ter, 'an amplifier,.. a re
cording system, and a programming unit (Figs. I and.2)., 'The spectrometers
launched in the rockets operated in conjunction with a telemetry system.
.In the satellite experime,nt,.dmapetic 'O'scillograph was used and the
recorded film was recov,4~red.
I - I I
The spectrometer system opprates as follows: A flat scanning mirror
-is rotated twice th~dugh JI radians (1: fi/2 radians from the direction -;' the*
nadir) e'very 10-~l 5*.minutesi with a scanning speed of 2 x 10-2 rad/ sec
(determined.by..a. her mq~tjpally
--acaled-driye. mp~qbanism)... The radiation
Card' o -4

ACC NRI"-'AP6028340-
from the scanned region enters a'slotted rectangular iris diaphragm, whose'.
sides are in the ratio of 1:10 and 1:30, passes ihrough a Cassegrainian
reflector lens (effective diameter, 33 mm; focal length, 200. mm), and fall
on the bolome'ter. detector. The path between the bolomete.r and the lens is-.]
periodically interrupted by filters arranged nonsymmetrically along the drum'
:circumference and'rotated at 7 rps. d
-signals at the outpy~otthe bolometer.
Card 3 / 13

0
'lee
Lens
4-4
7- 01. r4
u M
w
019
INS
e -
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:"ACC NR, "Ar6O-2834-0
la
1b

3 4 0
Fig. 1. Diagram and photograph of spectrometer
1 Scanning mirror; 2 - bolometer; 3 - modulati~ag filter; 4 - concentrating
.window; 5 - slotted diaphragp; 6 - internal tube; 7 7 spherical mirror 1;
8 - spherical mirror 2.
The filters - thin crystal plates - separate out different infrared
spectrum bands. Four filters were used: a qu2xtz crystal J.mm thick with
bandpass between 4.5 and 38 u; a 0.7-mm lithim fluoride crystal (8.5 to
38 1j); a 0.7-mm fluorite crystal (12.5-38 0, and a nontransparent metallic
plate with bandpass between 0.8 and 38 P. The bolometer has a sensing
element made of a 0.3 x 9 mm calcium bromide crystal plate I mm thick
which determines the, upper cut-off wavelength. It has a time constant of
.5-7 msec, a resistance of 1000 ohms, and a conversion factor of 40 v/w.
At a modillating frequency of 30-4.0 cps, its deLectivity is 1. 5 x 10 9
(cps-cm) 112 W.
The pulsed signals from the bolometer are amplified by a vacuum tube
amplifier with two outputs. The permalloy- shielded amplifier has a voltage
gain, passband, and sensitivity threshold of approximately 106 1 0.5-200 cps,
and 10-9 v/cps, respectively. To keep the sennitivity constant, V detector-
amplifier. combination is.periodically calibrated by !npans of jijgh~.frorn an
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ACC NR,''AP6026340'
-.Ancandescent lamp. Calibration is accomplished at instants when the scanning
mirror is directed at the horizon. The power consumption of the bolometer-
-amplifier combination is 0.5 w. The two outputs from the amplifier drive
two magnetic osciUograph channels (see Fig. 2a:,, which record the infrared
radiation in two nensitivity ranges. The
recording film transport speed is 25 mm/sec;
ithe'roll contains 100 m of film. The length -of
;scanning is controlled by a special unit .(see
Fig. 2b) which staps both the scanning system
and the recorder during the intervals between
ding sessions; The measurement accuracy.
recor
y;,;
b~. for total radiation is �1%, which corresponds
a
to a change in effective temper~ature of the
radiating object of only O.B*K. However, the
Fig... 2. magnetic oscUlogimph (a)
and control unit (b) - error in determining the radiation in narrow,
sub-bands (t2 A, which werewithin the spectrum
under,investigation was 'v�6%.*. The tofta weight of the equipment'is approxi-
mately LO kg.
The experimental data obtained by the satellite we-e in the form'of
10, 000- hi.9h-quality spectroscopic samples. On the basis of these dat~k,
Card 7

NR: AP6
-table was prepared of the radiation flux corresponding to the radiation from
:1 M2 of the Earth Is surface and the equivalent temperature corresponding to
,the black body temperature radiating the same flux. The readings from dif-
'ferent spectra were subtracted to derive the following four narrow spectral
-bands especially tailored to trap different energies:
,J) The 0.8-4.5-P band, where half of the energy from the Sun is concen-
.trated. The thermal radiation from the Earth is small, however (only a
fraction t of the total terrestrial radiation),, V~hen
a peKgpn the.uoDer
layer of the atmosphere is scanned,'hydroxyl raidiation may be register4cf
there.
2) The. 4.5-8.5-p band, where, for a black bady temperature of 250*K,
10% of total terrestial radiation is found. The absorption bands of H20,
,NO, N20, CH4, and OH fall within this range.
3) The 8.5-12.5-11 band (atmospheric window) covers the absorption band
of water vapor and 02 (10-15'70 of the total). In 751o*of the cases, radiation,
~rozn clouds is recorded in this band.
'4)_ The 12. 5-38 tiband overlaps the CO2. absorption band. Of the total
Crd 8/13

ACC NRI Ar,6028340
,radiation registered here, 80-9016 is due to wa:ter vapor.'
The data obtained are subdivided into two types according to angle
of view. On the basis of data of the first type (angle of view less than
1- 1. 5 rad from -the direction of the nadir), radiation due to the Earth and,
the atmosphere, including clouds, may be analyzed. Data of the second
-type (angle of view cldsetotlie horizontal) make it possible to analyze the
free - atmosphere and, particularly,. the effects of the ionosphere.
Type I Vala
Table I shows the average -radiation flux Q, equivalent temperature
,T
. eq- ,and the radiation spectrum density I for various climatological con-
'ditions and geographic locations. The view angle corresponding to this
!data was 0.6-0.8 rad from the direction of the nadir. It can be seen ihat
there is no conspicuous variation in the table entries for different condi-
tions. The variation in the radiation flux and temperature is greatest in
the atmospheric window band. The average'temperature in this band (2780K).
.s in aood aarpement with temperatures meapured by the Tiros M satellite
by Nordbe'rg e-t al. _~Nordborg, Bandean., B. J. Conrath,.V..Wndo, and
1. PersanO- PM11minarY results of radiation ineasurement-, from the Tiros III
Mtcorolog'cal Satellite- Journal of the atmo-apheric sciencea, v. 19, no. 1,
1962, 2 .30.

4CC NR. AP6028340
The mos -t interesting -re siults were observed in the 4.5- 8.5 ), band:-
fn this band inversion attains values of 40-45*K., and the average eqUiVCL-
'lent temperature (2770K) is somewhat higher than expected if the main
,coiltribution is considered to be the radiation due to water vapor from
the upper troposphere and stratosphere. The temperature in the 4.5-8.5
band was considerably higher in the Southern hemisphere and during the night.
In 20-3076 of the cases studied, the equivalent temperature in the 4.5-8.5 )1
band exceeds,.the,temDerature in the atmospheric window band (8.-5-12..5
Fr .om"the temperature correlation data, it was e.stablished that tne same-
atmospheric radiation components contribute to the radiation flux for both the'
8.5-12.5 and 12.5-38 ji bands. However, the rzidiation registered in the
~-5-8.5 p band was not recorded in the other bands. This gave rise to
speculation that the radiation in this band is dua to the
-products of dis
.sociation 4 HA. 1~91
card 10/13

-.~'ACC.NRi- -AP6028340

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The average albedo for scanning angles of 0.3-0.8 rad was' 3976, the*
average absorbed radiation from the sun was 600 w/m and the radiation
In all cases except one, th
reflected into space was 230 W/M2.
' ming
e incol
..radiation was greater 'than-the outgoing radiation. The exception was accom-:
,panied by
,a,high value of the albedo and ilts-variationJ19-.2059).
.
Card 11/13-

X NRI AP6028340
Type 11 Data '
Analysis of data on the effective altitude of the radiating atmosphere
shows that it depends on the climatological and geographic conditions
directly below the point in question. The angle of view for these data was
close to the horizontal. The angular distribution in the spectral bands
corresponding to water vapor absorption bands indicates that, the effective
altitude of the radiating atmosphere is greater for a sighting in the
direction of a body of water on the' Earth's surface than it is for a sighting'
in the direction of a land mass. The altitudes, were 93 km for the regions
south of Japan and 51 1cm, for the. Australian de sert. This findina confirms
the assumption made by Bazhulin, P. A. et: al. (Bazhulin, F. ii. (deceased),
A. V. Kartashev, and M. N- Markov, The angularand spectral distribution of terres-
trial radiation in the infrared radiation spectrum. IN: Vsesoyuznaya
konferentsiya po fiziko kosmicheshogo prostrarstva. 14ask-va, 1965. Trudy~,
Issledovaniya kosmicheskogo prostranstva (Tramsactions of the All-Union
Conference on Space Physics. lbscov, 1965. Space research). Ms1CVa,
Izd-vo nauka, 1965, 94-104.0 concerning the pivsence of water vapor at an
altitude of 100 km and the dependence of Its vvneentration oil the humidity
conditions in large regions below.
card 12/13

ACC NRi AP6028340
7 The intrarecl radiation.at altitudes of 2110 km was studie'd, but the
i- results must be considered only preliminary,, since the experiment was
of limited duration, the satellite trajectory was such that it covered both
the illuminated and dark sides of the Earth, and the latitudes varied with
height. Nevertheless, it was established that the infrared radiation is con-i-
centrated in the 4.5-8.5 p band and that its maximum is somewhere between,
950 and 300 )cm. The total infrared radiation measured in the 0.8-38 11
,band was: 150 w/m a value which. corresponds to a comparatively weak
solar activity. Orig. art. hast 15 figures arid 4 tables,
EFSB; v. 2. no. 161
SUB CODE: 04920,22 / SUBM IkATEs 08Jan66 / ORIG REFt 007 OTII REFI 005
card 13/13

L 2964-0,6 FS841MV )/Igv
TT G31W
CCESSION NR:- AT50235701' Ul.1/0000/65/000/000/009410103
77
'A
-Be A. V.4 Harkov M. N.
UTHOR: zhulin, P. A.; Kartashev 65H
ATITLE: Angular and spectral distribution of terrestrial radiation in.the infrared'
he spectrum
region. of t
SOURCEA~, znaya:konferentsiya po fizike kosmichesko o prostranstva. Moscovi
1965. Issledovaniya kosmicheskogo, prostranstva (Space research); trudy konferentsii.
oscow, Izd vo Nauka, 1965, 94-10 3
TOPIC TAGS: atmospheric radiation, IR radiaiion, radiation detector, IR spectr
om
eter, instrumentation satellite, radiation detection
AB
S RAC is article describes the equipment and results of GP13plh
.of the angular and spectral distribution of 'tLr-restriak-radiation aflig altitudes.,
Simultaneous recordings of-angular and spectral distribution were carried out at
4-38 U within angles of +v/2 from-the nadirover the middle latitudes of the Europe
SSR on 6 and 18 June 1963., A special IR pulse sLectromete Pveloped for the mass
urements is shown in Fig.'l of the Enclosure. It oper ates ald follows: A.flat scan----.
Lin mirror rotates through the~-angle ff/2 (scanning ti" 100 sec), and a spherical
rd

_2964-66--_
~
ACCESSION NR: AT5023570
'Cassegrainian objective (diameter-, 33-mm; focal length, 200 mm) directs the radiatioh
onto a lo -inertia bolometer. The b~Xometer has a time constant of 5-7 e re-
I w ms
Pistance of 1000 ohm, 'and dimensions of the receiving surface of 0.3 x, 9 mm. The
Iradiation beam is intersectedbythe plates of a rotating (7 rps) modulator. The
plates are made of quartz, fluorite, and lithi,.tm fluoride, and a nontransparent metal-..~
lic plate is also included. Theplates are siltuated asymmetrically in order to codel
the position of signals,from individualplatesin timed The signals from the bolom-,
ter are fed to-a wide-band pulse amplifier wit:h a bandpass of 0.5-200 cps and a
ain of 105. The amplified signals are transmAtted to the ground by the telemetry
;System. The measurements yielded.the following conclusions: in the broad bands of
!the IR spectrum, the common shape of the curvec of the angular distribution corre--
.)sponds to that for radiation of a relatively isotropic object. The deviation from
'ithe isotropy on the edges of the Earth's disk Is smaller during observations at
~400-500 km than during observation at 25-30 Um. Individual measurements showed nd
poticeable difference in-the thermal radiation intensity between day and night. A
;Slight dependence of the shape of the angular distribution curves on height at
'200-500 km was noted, It vas4lso found that.in,many.cases the radiation maximum i
s located itithe spectral region of.4.5-8.5 wand that the effective temperatures
;for this region are higher.'_(270.;~.HOK) than f.or*.other regions. -of the spectrum. Ori
t
lart has: -7 f inures mcl 2,, tables'.`,~
[PS]

L 2944
'ACCESSION NR: AT50235M..,

ICUUASHEY, B.
"Author of trutu.'al fairy tales* ty I.Maravleva. Reviewed by
B.Xartashev. Znan.mila 35 no. 11:19 N 160. (MIRA 13:12)
(Andersen. Bans Ghristian, 1805-1875)
(Muravleva. I.)

KARTASHEV, G.
Practical training at machine-tractor stations. Prof.-takh.obr. 11
no.6:8-10 5 '54. (MLEA 7:10)
1. Zamestitell direktora po uchebno-.proizvodstvenaov chasti uchilishcha
mokhanizataii sel'skogo khozyaistva No. 4 (Ivanovskaya oblast')
(Technical edaoation) (Yield work (Nduoational method))

KRIVOKONI,A.; RASHKADZHYLN,V.; KARTASHNV,G.
Pedagogical lectures. Prof.-tekh. obr. 12 no-5:21-22 My '55.
(KGRA 8:8)
1. Nachallaik Voroshilawgradskogo oblastnogo upravlenlya trudo-
vykh rezervov (for Krivokon'). 2. Starshiy inihener Arwyanskogo
respublikanskogo upravleniya trudovykb rezerwov (for RashaLadshyan)
3. Zamestitell &irektora po uchebno-proizvodstvannoy chasti uchili-
shcha mekhanizataii sel'skogo khosyayatva no.4. (for Kartashew)
(Technical education)

AUTHOR: Kartashev, G., Director SOV/27-58-11-5/29
TITLE: Serious Deficiencies in Teaching Pupils to Work (serlye"znyle
nedostatki v obuchenii shkollnikov trudu)
PERIODICAL: Professionallno-tekhnicheiskoye obrazovaniye, 1958, Nr 11,
P 5 (USSR)
ABSTRACT: The author tells of the mianner in which young people who
have finished 10 classes of a school are sometimes treated
when applying for an apprentice job at a plant. The second-
ary school graduate must teach himself, with but little help
from workmen. This can be observed at the "Ivtorfmash",
111vtekmash" and other plants. Dealing with the 11-year
schools of the Ministers-;va prosveshcheniya (Ministry of
Education) the author states that practice has shown that
they are unable to cope with the task of training qualified
workmen. This task can 'De successfully carried out by the
system of Labor Reserves.
ASSOCIATION: Remeslennoye uchilishche Nr 6 (Ivanovskaya ablasti)(Trade
School Nr 6 (Ivanovo Obl '1st)
1. Persormel--Training 2. Industrial training--Effectiveness
Card 1/1

22(l)
SOV/27-59-4-19/28
AUTHORS: Kartashevq G.9 School Director; Khvalenskiy, V., Educator
TITLEt The Results are Evident
PERIODICAL: Professionallno-tekhnicheskoye obrazovaniye, 1959, Nr 4,
p 20' (USSR)
ABSTRACT: Both the staff and the students of the Trade School Nr 6#
Ivanovoq have now introducod self-service into their school
on a broader scale. The author gives particulars on it,
pointing out that it resulted in raising discipline and
improving the students' learning progress*
ASSOCIATION: Remeslennoye uchilishche Nr-6 (Trade School Nr 6), Ivanovo
Card 1/1

KARTASffEV, G.
......
Replacement of machine operators. Pi-of.-tekh. obr. 20 no.6:20
Je 163. (MM 16:7)
1. Direktor mikhaylovskogo uchillshcha mekhanizatsii sellskogo
khozyaystva No.1 Volgogradakay oblasti.
(No subject h,~ading)

KARTASHEV, G. A.
Bee Culture -. Equipment and Supplies
Plastic frame. Pchelovodstvo 29 No. 10, 1952
Monthly List 2f Russian Accessions, Library of Congress, November 1952. UNCLASSIFIED

KARTASIMV, G.I., inzh.
A correct soqui-noe of work assure;3 good quality. Stroi,
truboprov. 7 ro,7:3-4 J1 162. (MIRA 15:7)
(Virgin Territory--Water pipes)
(Virgin Territory--Wolls)

~BURGOVI H.A.; DAVYDOVI A,V,,- KARTASHOV, G.R.
Ccmpamtive mea=ements of the form of the Afiectra of Au198
and Zn69. Zhur. eksp, i toor. fiz. 4-1 no.5:1337-1339 N 61.
(MIRA 14-12)
(Gold---Spectra) (Zinc-Spectra)

#X ~~ i " - ~ - i1 f~ t"', I ~.
KARTASHIV, I. ... ~~ - -- 1 1
Important factor in the growth of the commodity turnover. Soy. potreb.
koop. no.1:13-16 A 158. (MIRA 11.,l)
1. Yachallnik orgotdela Tullskago oblpotrebsoyza.
(Retail trade)

KAHTL%WjP I. G.
0& the basis of v;1unteer participation. Tekst. prom. 23 no.3:
23-26 Mr 163. (MIRA 16:4)
Industrial management)
Textile research)
~

Kai&SEZV, I.G.
Local organization of the Seientific and Technical Society-
in the Dushanbe Shoo Factory-. Rosh. obuv. prom 5 n0-7243
ii 163- i MMA 16: 8)
(Dushar-be-Shoo induBtry-Tec.hnological innovations)

--Card
ACC NRs Apr,02SgS6 UR/012
SOURCZ COLE 2/65/000/009/01064/0M
AUTHORS: Shainsklyp me Yq-(EngiWer);'KEkrtae(ftevE 1. N. (professor); Raysh# N, me
(EnginearT
ORG: none ?
TITM ViIx tion.grin4iv arts.
_qq __g and polishing ofI
SOURCEs Vestnik manhinostroyaniya no. 9, 2465, 64-68
TOPIC TAGSI -metal Workin- g i, vibrationt vibration effectp metal polishing, Metal
finishing, copper sulfate, nonmechanical metal removal,,
ABSTRACT: Some aspects of,vibration griridim.g and polishp ke discussed. The
ralishing action is the result-of the relative velocities of the particles and the
parts. In the past,,-the motion of the vibritting reservoir has been made alliptimle,
The most effective abrasive action takes plAtce over only about 0.1 of the period,
giving a vibrational efficiency of As15% fw- this type of a device. By making the
trajectory of the reservoir acircle, the efficiency can be increased to 70-75%0
The abrasive force for such acase is derivod as
(where m =.mass of pollshed-parti'A andw Zamplitude and frequen!-,7 of reservoir
113 UDG: 621,924.61.7

L 11972-66
ACC NR: AP5028986
vibration; E =~characteristlc constant for the damping and frictional properties
ofthe load,, including parts, abrasive particles, and chemicals). Presently,
frequencies of up to 3000 opm and amplitudes of 6-7 mm. can be used, Figure I
shows the actions of the reservoir walls on the charge for elliptical and circular
motionsp with a baffle installed in the reservoir. Preliminary tests with baffles
show that the efficiencycan be Increased to:90--95% and capacity by factorsof 2-
3. The recommended abrasive particle size is. shown to be X = L min/5 (whe'~Fe Lmin
=,ininimuin dimension of part.to-be:poli9heA)6,.A new modification of the process uses
a compound in the charge., which reacts chemically vith the metal of the part and
speeds up the~polishing. For ezample,, us in.the charge to machine steel,
the time required to remove 15 mg/=2 can be iiMidid from 1 hour (without
CUSO,
to 5-10 minutes, Although the cost of this themi-machanical. process increases by
a factor of 2-3v the capacity Is increased I;r a factor of 10, A finish of class
.10-12 can. be obtained by the above.methods*

ACC NR, AP5028986
jectories and forces on

K~ RT! S Z EW -R
T 10 r, F L R C R a B ~') c R B 1 1,.Tr,
j C T 1 Tr,n3l,!ted r,3:,". Pus~~,,,n
by N."JA50". ';iyd-)-.-n-Jct,-!o Panst---,,o~:e Technic,.-le. 195~ ,to

LARTASHEV, I-P-
Transcription of Tgkut and Xvenld. geographical names on
topographical mapso Nageh.-dokl. vye. shkolr; geol.-geog. nauki
no.3:200,-2112 158. (MIRA 12:1)
I.Moskovokly univernitet, geograficheakiy fakulltet kafedra
geomorfologii.
(Takutia-Raps. Top9graphic)
(Bvenki Nat$onai Area--Kaps, Topographic)
(Names,iGeographical)

KARTASHEV. K. B.
Milling Machinery, Lime
Set-up for producing ground, unburned lime. Elek. sta. 23 No. 3, 1952, Inzh.
2
SO: Month List of Russian kccessions, Library of Congress, July 195j, Uncl.

KARTASHEV, K.B.. inshoner.
Producing pro-stressed reinforced beams on narrow stands. Zlek.sta. 24
no.4:23-30 Ap '53- (PTARA 6:5 )
(Reinforced concrete construction)

KARTASHXV.-,,,,K.J~ -, iashener.
-!"
Reinforcing steel for stressed reinforced concrete structures. Xlek.
sta. 27 no-11'.38-41 N 156. Ow 10:1)
(Reinforced concrete construction)

ARTS314OVICHO L.A.p akademik- KARTASFW K.B
Effect of transverse magnetic field on a toroidal discharge.
Dokl. AN SSSR 146 no.6:3,305-1308 0 162, (MMA 15'.10)
(Electric discharges through gases)
(Magnetic fields)

tg k3mei 2 N IMUMMM i MMM =a N N M"
KIRTASIEV, K. F. PA-20T60
USSR/Radio Oct/Nov 1946
Capacitors, Ceramic Dielectric
-Capacitors, High Frenquency
"New Types of High-frenquency Ceramic Capacitors," G.. I, Skanavi, Dr of
Physico-mathematical Sciences, D. 11. Kazarnoviskiy, ;C~Mdidate of Mechanical
Sciences, K. F. Kartashev, Mechanic, 8 pp
"Radiotekhnikall Vol I, No 7/8
The electrophysical properties and design data for now types of high-frenquency
.ceramic capacitors wilh,improved performance characteristics and higher capaci-
tance per unit volume."'

PARAMONOV,V.P., arkhitektor; KAWASHICV,K.I., inzhener; ZYSMAM,G.Ya.,
inzhener
Plans for apartment houses designed by GIPRONS. Rate. i izobr.
predl. v atroi. no.102:10-14 '55. (KLRA 8:10)
(Buildl W , Prefabrieited)

W~
Card. 2/3

AUTHOR: Kartashev. L. (Engineer, Colonel)
ORG% none
TITLE: Airfield battle stations. [Snow clearance at military airfields]
SOURCE : Tyl i snabzhoniye sovetakikh vocruzhennykh sil, no. 12, 1965, 71-75
TOPIC TAGS: snow, ice, equipment winterization, airfield maintenance equipment, air-
field approach obstruction, airfield auxiliary equipinent) 1niAi;r,9tej0 410edelEd-0
ABSTRACT: The author discusses techniques and equipinent used in snow and ice removal
and the winterization of facilities and equipment at military airfields. Procedures
for removing snow from concrete and grass-covered runways are described: concrete ru
ways are completely cleared of snow while a light snow cover, left on grass-covered
runways, is tamped down and leveled. The problem of preventing icing~on runways and
the use of jet engines to malt ice and snow is mentioned.
SUB CODE: 01,15/ SUBM DATEs none
snow removal'ecruimwnt
machine, with a capacity of
in airport clearing work; it
35 m. An important advance
1500 tons/hr, can replace two D-470 machines
can take up to 1.7 m. of snow and throw it
was the development of the powerful D-558
Card l~/

ACC NRt AP7006116
machine, witich ha's a capacity*of ove"r 3000 tons/hr and can throw snow
over 60 m. The D-558 rotary snow plow and sprinkling machine can
successfully handle frozen snow, and is intended for the maintenance of
airports and highways in winter and in sunmer. It can also be used for
degasification, disinfection, and.decontaminatiork work, as well as for
~he paving of airports and roads and for.fire fighting.*- Orig. art. has:
3 figures. [WSJ
SUB CODE: 01, 13/ SUBM DATE: none/ ATD PRESS: 5115
2/2

KI~PLTASIEV, , irizboner polkovnij-,
When the runways are glazed. Vest.Vozd.Fl. no.2:74-75 P 161.
(MEU 14:7)
(Airports-Runway;3)
(Snow removal)

WXk-PL%Y -po 3kovnik
New t~rimv do in the ma~ztenance of airports. L,7,i komn 45
no.lGf66-70 t62. WRA 15:10)
(Airports-Management)

KARTASHEV, L., inzh.-polkovnik
Preparing an unpaved ninway. Av.:L kosm. 45 no.4,.49--53 Ap 163.
(MIRA 16:3)
ikirports)

11AWASIEV, M.V., NE(I'IMEMNVI , D.K., (Candidat,,s of Voterinary Sciences, Crimean MEVS)
"From an experiment on the control of poultry ectoparasities in buildings "
Veterinariya, Vol 39, no 1, Jan 1962. pp 64

NECHINENNYYJ, D.K., kand.voterinarx*kh natki
veterinarnykh nauk V, _! ~TASHFV, M.V.., kand.
Control of ectoparasitge of birds in p*1try houses.
Veterinariia 39 n0.1:6" Ja 1~2. (MIRA 15:2)
1. Krymskaya nauchno-issledovatellskaya veterinarnaya
stantsiya.
(Poultry-Diseazes and pests)

RDMANYIX, F.I.; PETOV, G.S. (deceased]; GOLUERVA, A.N.; KARTASHEV, N.A.;
SAZOMVA, V.M.; KAMMKIT, I.V.; OGWEVA.
Maw methods for preventing the flow of reservoir waters into
wells being exploited. Trudy TMI no.16:106-127 158. (MIRA 11:12)
(Oil field flooding)

h
9>-6-10/20
AUTHORt Romany*, FoIoy Kravchenko,, II,, and Kartashey., NoAo
TITLE: Exclusion of Bottom Waters from'.Producing Oil Wells by Mean of
Kerosene-Cement Mixtures (Isolyataiya podoshvennykh vad v
ekspluatiruyuhchikhaya skyazhinakh kerosinotsementwmi smesyami)
PERIODICALt Neftyanoye khoVaystvo, 1957, Nr 6~ pp. 35-40 (UM)
ABSTRACTt Research and practice has shown -that bottom water exclusion ft4n
o12 wells by meamB of cement pli;gs is ineffective and leads to
petroleum losseso Bottom waters can be most effectively excluded
by introducing into the strata c*31oidal or true solution, or
various suspensions including co:aventional water-cement
mixtures. Experience with the witer-cement, mixtures at the
Bavly and Tuymasy oil fields dem)nstrated their superiority to
conventional well cementing unde:r pressure. But kerosene or Diesel
oil mixed with cemeat-is superior even to mixtures of water and
cement b6cause they set and hardon only when the kerosene "
displaced by water, Furthermore the properties of kerosene-
cement mixtures can be improved by adding cement accelerators
such as cremolp acidol, neutralized black contact (NCK), ,
PetroTla OcontacV , and grade IIE asphalt. In 1956 keroqerp-
cement mixtures were tested in bQth the Bashkirskaya and Uts
_# 11 wells flooded ith
Tatarakaya Th:ltests were made 7j7
w 1e each in t
bottom water five he Tqmzy and Serafin oil
Card 113 fields and one in Barly)* Fig. 1 shown the layout and assesday

93-6-10/20
Exclusion of Bottom ',%aters from Producing li'L Wells by !eans of Kerosene-Cement
Mixtures (cont)
of the anfient vixing equipment used in the tests. The proportions of
kerosene to cement were calculated with the aid of formulas and the results
are shown in Fig. 2. N.G. Tmanayev and S.A. Chumanov of the Petroleum
Pr,-.,duction '-dmiDistration of the Tuymazy Petroleum Industry (NPU Tuymazaneft')
and Paykoy and B.F. Shtur of the Petroleum Production Administration of
the -Adt-~~-brlskiy Petroleum Industry (NFU e7-ktyabr'skneft') participated in the
field erceriments. The tests were successful in seven wells but failed in the
otl-s3rs 1), s~owlng that kerosene-cement mIxtures are suitable for
extensive irdustrin-1 application. In order to utilize this met1nod of water
exclusion it will be necessary to improve cementing equipment and materials.
Airtight cement rings, non-shrink and expandable cements, plugging materials
of greater plasticity, and packers of drillable material are needed. New
types !-)f cumulative action perforators will have to be designed so that the
t--;llet or torpedo chnmbers are arranged.crosswise in one plane and simul-
taneous firing at several points in the casing and cement collar and
sufficient crushing of the surrounding rock is ensured. The available
conventional gun pf,,rforators~ torpedoee.,ITPK-22 and T;'K-32)and selective
perforators (S.3P) do not satisfy Industrial reauirements. The cumulative
action bulletless perforators (PK-103) are best but are produced in
1~~fficlent quantities. A r-orp exact method for determining the place
rd
93-6-10/20
Exclusion of Bottom Waters from Froducing Oil Wells by Means of Kerosene-Cement
Mixtures (cont)
where a stratum is to be fractured will have to be developed because
the present radiometric methods for determining oil-water contact in
wells and radioactive isotope methods for determining places where
strata are to be fractured are inaccurate. Without a solution to the
alcove problems and without careful study of the conditions and nature
of flood in individual wells and in entire formations the successDal
exclusion of water from oil wells cannot be ensured even with the
best of methods. There are two figures and one table. The three
references are USSR.
AVA_-fj.;*'..BL`.: Library of Congress
Card 3/3

MTASHEV, N. N.
Kartashev, N. N. "Predatory birds in the bixd bazaars of the Eastern Murman
coast (Based on observations dtiring 1947)11, Okhrana. r-rirody, 1948, (on the
cover: 1949), N6. 6, P. 50-57.

KkRTASHEV, N. N.
''Material on the Biology of Auks in the East AtLantic Ocean." Thesis for degree
of Cand. Biological Sci. Sub 8 Mar 50, Moscow Order of Lenin State U imeni M. V.
Lomonosov
Swmary 71, 4 Sept 52. Dissertations Presented for Degrees in Sci. and Engi. in
Moscow in 1950. From Vechernyaya Moskva. Jan-Iec 1950.

KARTASHYV, Y. -Y.-
ITartashev, N, N. (Yrom the History of the Moscow Univ. ) The history of xoology at the
Moscow University. P. 115
Chair of Zoology of Vertebrates
Rov. 25, 1950
SO: Keritld of the koscow Univeretty (Vesthlk). Series on Physical, Mathematical
and Natural Sciences. No. 2. Vol. 6. No. 3. 1951

DEMENTIYEV, G.P.: KARTASIMV. N. N.
Zoology - Turkmenistqn
Land vertebrates of the western sector of the mair Turkoinanian Ganal and -Dersr)ectives of
changes among them., Zool. zhur., 31, no. 1, 1952
Monthly List of Russian Accessions, Library of Conlress, March 1952. UNCLASSIFIED

DIMTIYZV, G.P.; KaWASEMV, N.M.; SOIX&TOVA, A.M.
reading habits and the practical sigalficance of certain predatory birds
in nouthvestern Turkmenia. Zool.zhur- 32 no-3:361-374 153. NuA 6:6)
1. Biologo-pochvennyy inetitut Hoskoviskogo gasudaretvennogo universiteta
imeni N.V. losonosov&. (Turkmenistan--Birds of prey)

MTASHEV, N.H.; SOLDATOVA, A.H.
New occurrence of the Turkmenian jerboa (Jaculus turemenicum Vinogr. et
.Bond.) in Turkmenistan. Biul.MOIP. Otd.biol. 58 no.1:11-12 '53.
(MLR& 6:5)
(Turkmenistah-Jerboas) (Jerboax-Turkmenistan)

K"TASEMVD R.N. U?"Ie*t0tr~
"Animals of Kazakhstan." A.V.Afanan'ev, V.S.BazhanOT, M.N.Korelov,
A.A.51ndekii. Reviewed by M.N.Kartathev. Zool.zhur.33 no.1:237-240
Ja-F 154. (MLRA 7:2)
(Afanaslev, A.Y.) (Kazak:hstan--Zoology)
(Zoolog.v--Kazakhatan)

TAWASHEV, N.N.
Migrations of woodahats. Zool.zhur. :33 no-5:1183-1184 S-0 154.
OQRA 7:11)
1. Biologo-pochvennyy nauchno-iseledovatellskiy i-astitut KGU im,
M.V.Lomonosova.
(Shrikes)

YAMEA 1.11.
Adaptive role of age changes in the propo:rtion of the extremities
in the alciformes. Zool.zhur. 34 no.4:87:L-884 JTI-Ag '55.
(MLRA 8:9)
1. Kafedra. zoologii pozvonochnykh biologo.-pochvennogo fakul'teta
Moskovskogo gosudarstyannogo universiteta, imeni K.V.Lomonoscrwa
(Auks)

TEPLOV, V.P.; KARTASHIV, N.M.
morman-Awmam.,
Biological bases of hunting regulations for aquatic birds in the
central regions of the lCuropean U.S.S.R. Zool-zhur- 35 no-1:77-88
Ja '56. MU 9:5)
1. Okskiy gosudaretvennyy zapovedixik i biologo-pochvennyy fakulltet
Moskovskogo gosudarstvannogo univorsiteta Imeni M.V. Lomonosova.
(Birds, Protection of)

KARTASHU N.N.
"Trudy* of the Bureau of Banding, no.8.1955. Reviewed by N.N.
Kartashev. Zool.zhur-35 no.10:1589-1591 0 156. (MLRA 10:1)
(Zoological research)

MARI, N.V., professor, otvetstvannyy reliaktor; ONNO, S.Kh.[Onno, S.H.3
redaktor: PIYM.I.Yop [?.piper, I.J.J. professor, redaktor; TALITS,
S.Ya. (Talts, S.J.]. kandidat biologicheakikh nauk, redaktor;
XWERMAN, Ih.N. [Haberma. R.N.]. redaktor; U A-qlml.;-; m,
redaktor izdatellstva; P0LYAK0TA,T,,V., takhnicheskiy re0ktor
[Proceedim~gs of the Second Baltic Ornithological 'Conference] Trudy
Vtord Pribaltliskoi ornitologicheukoi konferentaii. Xoskvs, Izd-vo
Akademil nauk SSSR. -1957. 427 p. (MLPA 10!2)
1. Pribaltiyokaya ornitologiabooka3ra konferentaiya.2d. Tallin. 1954.
26 Inatitut zoologii i botaniki Akzidamii nauk Istonskoy SSR (for
K=ari, Onno) 3. Deystvitellnyy ch3ea Akademii nauk Istonskoy SSR
(for Khaberman)
(Baltic Sea region-Birds)

KARTASHh:V N.H.
Materialm on the postembryonal development of some species of auks
(order Alciformes) [with summr3p in Arglishl. Zool. shur. 36 no.6:
909-921 JO 157. (NLRA 10:8)
1. Irafedra zoologii posvonachnyl-h biologo-pochvennogo fakulltets.
Moskovskogo gosuAarstvennogo u=Lversitsta im. M.V. 10monomova.
(Water lArds)

--o."Summer practical vork in vertebrate zoology" by A.G. Bannikov,
an'd A.V. Mikheov. Revieved by N.N. Kartashev. Zool.zhur. 36
no.12:1904-1907 D '57. (MIRA 11:1)
(Zoology~-Stud3r and teaching)
(Vertebrates) (Bannikov, A.G.)
(Mikheov, A.V.)

KAaTASHJSV, II.S.'
.
$Transactions of the Bureau of Banding," no. 9, 1957. Reviewed
by N.R.Kartashev. Zool. zhur. 37 no. 6:954-955 Je 158. (MIRA 11:7)
(Birds-Higration)

XARTASFMV, N. N.
Work at the Ornithological Station of the Oka State Preserve.
Zool.zhur- 37 no.12:1911 D '58. (RIPJL 12:1)
(Oka Preserve-Ornithological research)

KARTASHEV, N.N.
Observations on spring flights or birds in Kara Kum. Uch. zap. Mosk.
un. no.197:113-124 158. (MIRA 11:9)
(Kara Kum-Birds-Iligration)

KARTASHEV, N.H.
"Ecology of marine colonial nesting birds of the. 'Inrents Sea" by
L.o.Bolopollskii. Reviewed by H.N. lartashov. Zool.zhur, 38
no.1:142-144 Ja 1 Ile-a-Water birds) ( B PTU 13:4)
(Barents elopollskii LO.)
A

XA.RTASOV, N.N.
Types of postembryonic development in birds. Fauch.dokl.vys.ehkoly;
biol.uauk:i no.2933-38 160.' 1 (KM 13:4)
1. Rekomendovam kafedroy zoologii pozvoiochnykh Moskovskogo goau-
darOtTOUnOgO universitata im. N.V. Lomonocava.
(BMS) (Orlwur)

KARTASHEY, N.N.
Birds of Komandorskiye Islands and some suggestions on their
efficient utilization. Zool shur. 40 no.9:1395-1410 S '61.
(MIU 14:8)
1. Department of Vertebrate Zoology, Biologico-Pedological Faculty,
State University of Moscow.
(Komandorskiye Islands--Birds)

KARTASHEV, N. 14.
Biology of the kingfisher in the Oka Preserve. Trudy OGZ no.4:
271-286 162. 17-,q)

KARTASHLV, N.N.
Quantitative cira-acteristics of the hvifauna or, '~hc- S-Oic-
vetekly Islands. Ornitologiia "10.6?,23-36 163.
Nip"A, "mO

KARTASMV,,-II.N.
Nikolai Pavlovich Naumov; on his 60th birthday. Biul. WIP. Me
biol. 68 no.2:149-154 Mr-Ap 163. (MRA 17:2)

KAIGASMEV,.N.N.; Ull',r)EV, V.L).; TLIEPUN, Ycj.A.
Feeding habi!-,g of I-Ingf.!sher in the Gka PrEisema relgion.
Trudy OG? no.5:94-103 163.
OUR!, 17:10',

KARTIAShEV, M.N.
Gharacteristics of reflex responses of the cardiovascular system to
the affect of water of different temperature on the skin of the face.
IIauch.dokl.vys.shkoly; biol.nauki no-3:56-59 165- (MIRA 18:8)
1. Rokomendovana kafedroy fiziologli i morfologii Volgogradskogo
pedagogichaskogo Instituta.

IT.17CREV, V.D,~ KAPTASHEV. N.N.
Evolutionary significanne of the tranmformatirnB cf the ear par'.
of the skull in auks. Zcol. zhur,, IW. nc.6037-940 165.
(MlRA 18-0-0)
1. Biologo-pochvennyv fakulltet MoskovvI~cp.,c) Pnsudarstvrennogn
universiteta.

AVERKINA, R.F.; ANDRMVA.. N.G.; KARTASUVp, N*.N~
immunological characteristics of liome auks and their taxonomic
significance. Zool.zhur. 44 no.1111690-1700 165. (MIRA 18t12)
1, Kafedra zoologii pozvonochnykh biologo.-pochvennogo
fakul'teta-Mo.ekovskogo gosudarstvonnogo universiteta :L
laboratoriya immunologii embriogeneza Instituta eksperimentall-
noy biologii AMN SSSR, Moskva,

TIMOFEYUK, N.~ K.;.UjISHEV~ R. -
Orient,atic,n under water. lloen.znar-, 40 no-11;44-45 N ?64.
(MIRA l8sl)

KARTASHEV, Rostisl Dmitriyevich; KAZARKOV',A.A., redaktor; IGOSHIN,M.G.,
.- PIV, -
r oir.'"IMYAMA,M.S., tekhnicheskly redaktor
I
[Navy manual] Posobis po voenno-morshomu delu. Moskvn, Izd-vo
DOSAAF. 1955. 237 P. (IURA 9:2)
(Navigation) (Warships)

/-~ / I, ~ 1A ~~ .1 A" P
ANDRIYEV, Vitaliy Yamillyevich; AUCUOUM. ; IGOSHIN.
M.G., redaktor; XARYAKIVA, M.S., tokhnicheekly redaktor
[Small boat; construction, handling, use] Shliupka,- ustroistvo,
obrashchanis, impolizovants. Moslara, Izd-To DOSAAF. 1957 * 152
(Boats and boating) (MIRA 10:1130

KARTASIM. Rostislav Dmitri7e~~k~h: IGOSHIY, M.G., red.; KAZAHKOT, A.A.,
MY'A--K---I-V-A--,-*.S., tilchi.red.
[Naval mnuall Posobis po voonno.-morsko= delu. Izd.2., perer.
i dop. Koskva. Isd-ve DOSAAFp lg!;g* 286 p. (MIRA 13:3)
(Naval art and scienoo)

SUR, Pavel Semenovich; K&I .,r .; IMICITITO, N.I.,
;, ed U I
red.; SHIKIII, S.T.t tekhn. red.
(Manual on steeing~gear handling] Posobie po rulevorm delu.
I-'.oskvF-, Izd-vo DOSAAF, 1963. 174.p. (MIRA 16: 12)
(Ship handling) (Steering gear)

KARTASHRV, S.; YBNTSOVA, A.
- -
Material self-interest in introduclag basic ter,-hnical norms.
Sots. trud no.5:67-69 My '58. (MIRA 11:6)
(Machinery industry--Production standards)

KARTASH.LV,..S,...- inzh.; IOWMSOV. A.
Wages of student workers. Sots.trud 4 no.5:123-125 My '59.
(MIRA 12:8)
1. Starsbly inzhener po trudu i ze-rabotnoy plate stroytresta
Orsknefte' Istroy (for Louonosov).
(Vocational education) (Waces)

ISAKOV, M.A.; 4A~TAPHEV, S.P.
Nanufacturing, suiting fabrics from staple fibers. Tekst.prom.
19 no.8:10-14 Ag 159. (MIRA 13:1)
1. Direktor Tegorlyevskogo melanzhevogo kombinata (for Isakov).
2. Glavwy irshener Tegorlyevskog3 melanzhevogo kombinata (for
Kartashev).
(Textile fabrics)

KARTASIW, V. ; FOMIN, K.
Good work Is acknowledged. Bov.!?rofsoiuzY 7 no.24:38-39
D '59. (MIRA 12:12)
1. Rabotniki makhanicheakogo zwroda. g.Podollsk, Moskovskoy
oblasti.
(Podol'sk-Trade unions)

MOGILEVSKITO Dmitrly Aleksandrovich. dotBant; BABKOV, Valeri7 Fedorovich,
prof., doktor tekhn.nauk; SMIRNOV, Andray Sargeyevich, kand.tekhn.
nauk; ABRAMOV, Leonid Tikhonovich, kand.tekhn.nauk; ZAYTSKV, Fi-
lipp Takovlevich, kand.tekhn.nauk; ZAKAKHATET, Mitrofan Semenovich,
kand.tokhn.nauk; NIKITnT, Sergey 'Kikhaylovichp inzh,; BIRULTAI A*K*o
prof., retsenzent; DUDKIN, P.A., kznd.tekhn.nauk, retsenzent; AV=YIV,
V.N., retsenzent; KMASHCV, V.A., retoenzent; PALIGHEV, A.G., re-
teenzent; POPOV, A.N., retnenzent; PTITSIN, I.G., retsenzent; ROKA-
NENKO, I.A., prof*, retsen2ent; BARATS, L.A., prepodavatell, re-
teenzent; BASUVICH, N.I., prepodevatell, reteenzent; BILISKIY, A.Ye.,
prepodavatell, retsefizent; XALUZHSKIY, Ya.A., prepodavatell, retsen-
zent; CHVANOV, V.G., red.; MALIKOVI, N.V., tekhn.red.
ILlocating and designing airfields] Izyskaniia i proaktirovania
aerodromov. Pod red. V.F.Babkova. Moskva, Hauchno-takhn.izd-vo
X-va avtomobil'nogo transports i shosseinylth dorog RSFSE, 1959.
566 P. Om A 13:3)
1. Mmrlkovskiy a7tomobillno-dorozhnyy institut (for Romananko,
Berets, Baskevichq Bellekiy, Kaliuzhski
(Airport e-Plsuniz~

i V
I
LF2ILIU,R.G., kandidat tekhnichaskikh nnuk; KA.RTASHEV,V.G., laureat
Stalinskoy premii. inzhener
Preparation of glass surfaces for liquid gold compound roAsting.
-ueg.prom.15 no.8:26-28 Ag 155. (MIRA 8:10)
(Gold--Metallurgy) (Glass blowing and working)

KARTASHEV, VoG,, inth. (4ningrad)
On Crystal Street* Hauka i zhizn' 27 no.6:67-68 Je t60.
(MIRA 13-7)
(Loningrad-Glass manufacture)

YakRl'ASllEV,, V.G.
Propagaticn of the fundaman-ial wal;e In P. coaxlai line wi-.*r; a
nonhomoganeaus dielectric fillIng. RRdl-:~--,~-!kh. I elektron. 10
nc.6:1057-.1064 Je 165. (MTIRA 18:6)
1. Moskovskiy energAicheskiy institut, kafedra teoreticheskikh
osnov radiotekhniki.

KARUSHWI V.I., inzh,; SUKHOPRUDSKIT, N,D.
Vacu= preservation of traction m:)tor armatures. Trudy TSKII N%
n0;420--5-12 151. (XLU 11:6)
(Blectric railway moi-,ors) (Armatures)

lr-kKASH-;?V, V. I. and SUIIMOPRUDSKIY, N. D.
II The Impregnation of the Armatures of TTaction Motors under Vacuum,"
The Works of the Scientific-Research Institute of Railroad Transportation (Trudy
vsesoyuznogo nauchno-issledovatellskogo instituta zheleznodorozhnogo transporta),,
iio 42, Transzheldorizdat, 132 pp, 1951.
W-22517, 29 Apr 52