SCIENTIFIC ABSTRACT KURIDZE, R. V. - KURILCHIKOVA, G YE.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000927710016-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 20, 2000
• Sequence Number: 16
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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ACC NRI A~7007078 SOURCE CODES UR/0048/66/030/010/1662t!0
63
AUTHORs Dezusq V. A.; Godevanishvill, L. a.; Mazarovo R. Ye.; Kirillov-
Ugryumov; Vo G.;"KbtoV$ Yu. Do, Kuridze, R, V#; Rozentall, 1. L.; SaWarelidsep
ORG: Institute of Physics, AN GruZSSR (Institut f1zIkI AN GruzSSR);
~bscow Engineering Physics Institute (~10skoviskly-inzhonerno-fizichaskly
lnstitut)*, Tbilisi State University (TbiLlaskly gosudarstvannyy unlversitat)
TI1U1 Study of high-energy moons at q complex Installation f raper pro-
sentod at th 1-UnIon Conference on Cosmic Radiation Physics, ~bsccwq
15-20 Nov 19;5~1.
SOURCE: AN SSSR. ltvastlya. Sarlyn fizicheskaya, V. 30, no. 10, 1966,
1662-1665
TOPIC TAGSs muon, cosmic radiation, calorimeter
SUB CODEt 20
ABSTRAM A study of high-energy cosmic radiation muons was carried'out at an
installation consisting of an ionization calorimeter located In a tunnel at 4
depth of 130 m from the surface and five groups of hodoscopic counters on the
surface which recorded showers accompanying the ~iuonls. The experimentally
determined Ionization burst spectrum of the muons epuld be described by tho
equation T(> k) - T#.k"Y ., where k is the wagnitudsiDf the burst expressed In
an equivalent number of relativistic Particles- T was 2.0 at k - 1000-40009
which corresponded to 'f - 2.5 for the vertical flux 'of muons. The princip I
contribution to the bursts.ve.%ovded v&4 made by wjotws with a energy of 3 X 8101
Card jL/9

C NR. AP-,L30078
2 x 1012 ev. At a projection angle 6 700, at uhich no more then two adjacent
.;O-nization chambers In the six verticallv arranged rows in the Ionization calo.
r
2.2. During 70 hours of operittionst corresponding
T
to
was
rimeter operatedl
to 1100 recorded bursts, the latter were.accompanied by broad showers
.(No 0 5XlO4'- 5XI05) in nino'cases. from a statistical standpoint# this result
elion
was insuffigient for definite conclusions with-1-SA9A-tAAhLS-Or-Kel
tween muon3'and shoveray, The Authors thank C. L. Andronikashviii and G. Ya.
Chikovant for their Interest wA discussions, which greatly helped In the
restarcho Orig. art* hast 4.figures am .1 forml&. CJPBSs 39,61Y
S#rO -2/2

E. L,; DAMMEELls T. T.; BIBILASHVILI, I. F.- GrEGIASHVILI, G.
_V.: KMLD'
K.: KOZAIROV, R. Ye., KURIDZEX EYEVA, L V.
avesz- A.
- -,,7ation of the properties of pentrating components at a depth of 200 rr-le.
RcnorL subrdTted for the 8th Intl. Conf, on Cosmic Raya (IUPAP), Jaipur, India,
Z-14 Dec 1963.

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7r.,-[ruryk, H.V.]; G~%.VALTZIFM, !.P. [Havalcnlilo, M.P.];
'IMUKHOVSKIY, v.1. [vytr~t~'ovslkyi, N41.]
liagnotic su3ceptibilAy of CdS single ci-jsstals. Lq-r. fl-.,
no.11:1216-1220 11 164 (,',',IT,
1. In.3tJtut fiziki k~: Ukrl)SRp Inotitut poluj,rovu~Lni~-.o~r
Kiyev, i Chernovitskiy [;csddar3tvennry un-versitet.

L 10568-66, EWT(1)1EWT(m)1T1W(t)194P(b) LJP(c) JD/GG
C NR: AP5025398 vc, 5, / SOURCE CODE: UR/O~81/65/007/010/3112/3114
AUTHOR: Brodin, M. S.; Kurik, M. V.; Yurt~_C_P~S. P.~l
ORG: Institute of Physics AN UkrSSR, Yiev rInstitut fiziki All UkrSSR)
in rdS -Cd
TITLE: Optical absorption and ener_py hanl structitre Se, 0 cilsta
SOURCE: Fizika tverdogo tela, v. 7, no. 10, 1965, 1112-31.114
TOPIC TAGS; cadmium sulfide, cadmium selenide, semiconductor research, enerF* band
structure, crystal theory, forbidden zone width, absorption spectrum
"Le-trvstals is carefully measured, and the
ABSTRACT: The absorption edge in CdS-_ - -
data are used to determine the nature of the change in the basic parameters of the
energy bands with variations in the composition of the specimens.' A graph is given
showin- the relationship between the absorption coefficient for CdS -CdSel crys-
C~ x _x
tals and wavelength. The data show that the width of the forbidden band varies
,linearly with composition. Low-temperature ref lection spectra were used for deter-
mining the position of the fundamental exciton bands A, B and C associated with
.electron transitions from the three valence sublevels to the exciton band, and
F
,:Card 1/2

~L 10568-M
~ACC NR: APS025398
6)
,spin-orbital splitting and splitting by the crystal field were then determined. A
linear increase was observed in Acr. with an increase in the percent content of
selenium, while the increase in 6 was slightly divergent from linear. The in-
icreases were from 0.026 ev (pure hh to 0.04 ev (pure CdSe) in the first case and
1from 0.066 to 0.1115 ev in the second. The steeper increase in spin-orbital splittug
Js due to the higher atomic number of selenium together with the fact that spin-or-,
,bital interaction is basically determined by the number of inner electrons. With
~the transition from US to CdSe, the effective masses of all bands decrease accord-
~ing to a linear law. Orig. art. has: 2 figures, 4 formulas.
SUB CODE! 20/ SUBM DATE: O5Hay65/ ORIG REF: 005/ 0771 FXT: 011

L 1412h IWT(1)/W(m)/T/EWP(b)/EWP(w)/.EWP(t) LJF(c) GG/JD
ACC NR: AP6000885 SOURCE CODE: UR/0181/65/007/012/3676/3678
S_
AUTHORS: -Vitrikhovskiy, N. I.; Kurik, M. V., -I
ORG: Institute of Semiconductors AN UkrSSR (Institut poluprovodn ov
AN UkrSSR3; Insfitute of Physics A_ff_ffk_r_ffR, Kiev (In3titut fiziki
AN UkrSSR
TITLE: On the nature of the observed hole conductivity of'CdS
crystals doped with copper,, r\ 11
~SOURCE: Fizika tverdogo tela, v. 7, no. 12, 1965, 3676-3678
TOPIC TAGS: cadmium sulfide, semiconductor conductivity,
,thermoelectric power
ABSTRACT: The purpose of the investigation was to study the detailed,
properties of-crystala in which the solubility of the doping sub-
~tance is limited, the role played by the precipitation of the new
phase, and the cause of hole conductivity in such crystals. The
copper-doped CdS crystals were obtained by sublimation from copper
enriched powder by a procedure described earlier (Izv. AN SSSR ser..
Card

L 14124-66
ACC NR. Ap6oooH,; 3
fiz. v. 27, 1316, 1964). MetallographIc analysis has shown a notice-i
able precipitation of Cu S. in the CdSJ, in the form of individual
2
discs. Measurements were made of the temperature dependence of the
resiqt1vity and the thermoelectric power, the absorption and reflec-
tion spectrum at different temperatures. The procedure for the
optical measurements was described earlier (Opt. I spektr. v. 1~,
:11 , 19"j5). The low value of the thermoelectric power and Its tem-
perature dependence agree with those of copper sulfide. The reflec-
.tion spectrum of the doped crystal was similar to that of the pure
.crystal, in agreement with earlier data by others. The precipitation
of the new Cu S phase affects the variation of the resistivity of the.
2
crystals during heating and cooling In a manner similar to the temper-
ature dependence of the solubility of the copper.in the cadmium
sulfide. It is concluded that the p-type conductivity of CdS crystals.
doped with large concentration of copper Is due primarily to the
-properties of the new Cu2S phase precipitated in the CdS lattice.
Authors thank P. M. Starik and P.__I.__Voronyuk of the Chernovtsy Oti',V.
Card el'~

L 1412L-66
ACC NR: AP6000885
University for help with the measurementn of the kinetic properties.
Orig. art. bas: 2 figures
SUB CODE: 20/ SU13M DATE: O8jul6r;/ ORIG HEF: 002/ OTH REF: 008
Card 3/3

ACC NR1 AP50228'TO SGREJICE CODE:
ATIMOR: Brodin, M. S.; Vitrlkhovskiy, N. I.; Kur1k, M. V.
ORG: Vone
TITLE: Indirect transitions In CdS crystals
SOURCE: Optika I Bpektronkoplya, Y. 19, no.'~J' .1965, 444-446--
TOPIC TAGS: cadmium'~ulfide, single crystal, .~electron transition, temperature de-
pendence, exciton absorption
ADGTRACT: The temperature dependence of the absorption edge of CdS sin~?Ie crystals
was measured for plane-parallel platen cut from a large single crystal grown by the
reaction of the constituent materials in an inert atmosphere. The purpose of the
investigation wan to check on earlier conclusJons by others concerning the transi-
tionn in US, which are based es8entially on data obtained at higb absorption coef-
ficients. 7he crystals investJeated had donor concentrations 1-3 x 101" and 3.3 x
1028 CTC3 Y and to ensure the required accuracy in measuring smAll absorption coeffi-
cients, the readings were made on crystals between 2.4 and 2.5 mm thick. The inten-
sities were measured by photoelectric technique and the absorption coefficients Ccr-
rected for optical reflection f~rom the cx-jstal. Ilia shape and temperature dependence
of the edge in the 1-15 cm~-l region, as vell as the changes which accompanied the
addition of large amounta of Indium, show that the results must be attributed to In-
direct transitions. While it In not possible to draw any conclusions concerning the
Card 1/2 1JDC: 535-34 : 548-0

L9914-66
ACC NR:
AP5022870
bands in vhich the transitions are occurring, It can be assumed that the transitions
eitber occur in an additional extremum of the main exciton band, or that there is an
additional exciton band to which transitions are forbidden in the dipole approxlnz~-
tion. A change In the Indium concentration from 1-3 to 3-3 x 10 xr, ,m-3 is accompa-
nied by a sharp change on the edge, which shifts toward lowcr energies by an amount
approximately equal to the energy of the optical phonon (0.036 � 0.002 ev). Orrig.
art. has: 2 figures.
SUB CODE: 20/ SUBM DATE: 078ep64/ 0111G REF.- 001/ OTH REF: 005
.~.,q__-2/2

L W03-66 !J'?(,-') :H J D
TUMM-1-0 NNR: AP5017900 UR/0051/65/019/001/0115/0126
535-312:535-33 + 535-311
AUTHORS: Savltlkly, A. V.;- Kurik, M. V.; Tovstyuk, K. D.~
TITLE: Optical properties of zinc telluride. I. Fundamental abso
tion edge
:SOURCE: Opt1ka I spektroakopiya, v. 19, no. 1, 1965, 119-120
TOPIC TAGS: zinc compound optic material, telluride, absorption
edge, optic property., optic transition, forbidden band
ABSTRAOT: RQflection and absorption In ZnTe s
investigated at temperatures 300, 77, 20.4, and )1.2K. The zinc tel-
Duride was synthesized by a standard procedure and the single crystal.',
obtained by the Bridgman method. The optical measurements were made
photographically and photoelectrIcally. A spectrometer baved on a
SM-2 monochromator (Zeiss) was used for the transmission measure-
iments. According to their optical properties, the crystals could be
separated into two types. At low temperatures (20.4 and 4.2K) tile
1/2
LCard

L U33-66
;~ACCESSION NR; AP5017900
!crystals of the first type gave no fine structure in the absorption
:spectra, whereaa the crystals of the [second type had a weak line
structure over the, fundamental absorption background at. the beginning
'of the long-wave length absorption. A narrow reflection, which is an
exciton 11ne In ZnTe, can be observed at low temperatures, Direct
optIcal transItionts woro oboorved, and en_~rgy-band para-
i nd, I nd I r(.- c t,
ine ters atid thety, temperatUre, depeiidences were obtained. At room
,temperature, tile separation between the maximum of the valence band
,and the minimum of the conduction band at tile point k - 0 Is eyal' to i
2.,25~) ev, and the width of the forbidden band is equal to 2.176 -ev.
'The authors thank M. S. Brodin for a helpful discussion.' Orig.art.i
~has: 5 figure-9, 4 formulas, and'\ 1 t- a,ble.
ASSOCIATION: None 01,
SUBMITTED: 30Jun64 ENCL! 00 SUB CODE: 011POSS

M WR, WP6-001652- SOMCS C0DRt UR/0051/63/019/006/0964/0967
ATYTMRt Xurik : M.!.!~'
ORGs none
TITLEt On the accuracy of determining the absorption factor" f's'miconductore
SOURCRi Optiks, I spektroakoptya, v. 19, no. 6, 1965, ()64-967
TOPIC TAGSi semiconductor researcho absorption coefficient$ light reflection
coefficient
ARSTRACT: The author considers errors In the determination of the absorption
factor of semiconductors, in which the reflectance lips in a range from 092
to 0.5. Two methods for measuring admittance and reflection are studied (a
phatoeAectric and a photographic method) with no consideration given the effect
of the equipment function of the spectral instruments (narrow slots). In the
case of the photoelectric method of adndttance and reflection measuremekit a
study is made of the character of the change In the error magnitude, when
determining the absorption factor as a function of different degrees of aca
curacy in defining admittance and reflection, and also its a functionof the
reflectance valui. With respect to the photographic method the author proves
Cord 1/2 UDCt 535*341037.311,33

L 11936-66
that accuracy In the determination of admittance and reflectance-is not suin-]- -
cient for a satisfictory,determination-of the absorption factor. The photo.
graphic-method-is-shown to be anplicable when the absorption spectrum consists
of relatively narrow absorption bands and when the method of relative photom-
etry can be used. Author expresses his grrititude to M.S. 13rodin and M. S,
Soskin for their interest in the work and for a number of substantive co nts
which they made in the discussion of the results. Orig, art. hast 3 figures.
SUB CODE r 20 / SU13M DATE t 04MAy64 / ORIG. RBF t 001 / OTH RRF 1 002
2A
3

'aOlO452 SOURCE CODE: UR/0368/66/004/003/02'-75/0Z76
AVrHIM: Kurik
ORG: none
TrM,',: The accuracy of determining absorption and reflection coefficients for
absorbinq_21ates _kko
SO1jRCE: Zhurnal prikladnoy opektrookopiip v. 4, no. 3, 1966, 275-278
TOPIC TAGS: absorption coefficient,, light reflection coefficient, light absorption,
light theory, electron beam, light transmission, error measurement
ABSTRACT: On the basis of the theory of errors, the accuracy of determination of
absorption and reflection coefficients for absorbing plates has been analyzed. In
calculating absorption and reflection coefficients, multiple transitions of light in
the plate have been taken into consideration. Different accuracies of transmiasion
and reflection measurements and the dependence of error curves of absorption and re-
flection coefficients on the values were exmined. The dependence of error curves an
the reflection -magnitude was analyz,4d, It in shown that for the Ic-.r values of trans-
mission, measurement of the absorption coefficient can be higher accuracy (within
these transmission values) by using incident-beem neutral reducers. The results ob-
tained can be used uxder certain assumptions in the case of beam interference, The
The author uses the opportunity to thank M. S, Brodin, Doctor of Physical anol ,

ACC NRtAP6010452
Mathematical Sciences, for his Interest in this vork and for his comments during the
discussion of the results. Orig. art. has: 2 figures and 9 formulas. [Based on
authors' abstract] Curl
SUB CODE-, 20/ SUBM DM-. 16Feb65/ - - ORM FzF-- 005/ OM RU- 003
Card. 2/2 UDC: 535.34153

24286..66 EWT(m) / FM G W/EWP ( t IJP(o) RD%V/JD/JG
ACC NRI A 7001
SOURCE CODE:
AUTHOR: Kurik, M. V.; Savitskiyj A. V.
ORG: none
TITLE: Optical properties of zinc telluride. 11. Effects of In, Ga,:' and Cu Impuri-
ties on the absorption edge
SOURCE: Optika I spektroskopiya, v. 20, no. 2, 1966) 2297-302
TOPIC TAGS: zinc compound optic material, tellurid3t absorption edge, exciton ab-
sorption, impurity center, energy band structure
ABSTRACT: This is a continuatJon of earlier work (Opt. i spektr. v. 19) 115, 1965),
with emnhasis on the influence of different impurities on the exciton absorption.
The ZnTe single crystals were prepared by a technoloa described in the earlier paper*',
The impurities were added in the melt. The influence of the impurities In, Ga, and
Cu with large concentrations on the intrinsic absorption edge of p-type Z11-le was In-
vestigated at 300, 77, and 20.4K. The optical neasurment procedure wai describcd In
the earlier paper.,. t the concentrations used (1.6 x lo'9-1.6 x io20 cri"), tilt'
,1A
indium, and gallium impurities cause vanishing of the exciton 811,-orption end a shift
of the edge to tRe long-wave side. The copper Impurity (ci~nccntration 3.5 x 1019 i
cirr3) had no effect on the absorption edge t~r o1i its fine structure. The (11sappear-
ance of the excitonj and the shift of the absorption edge is shown by amalysis to be
caused mainly by the effect of the Impurities on the tinera bmid structure of the
Card 1/2
UDC: 535-9~ 548.0

ACC NRs Ap6007001
semiconductor. The authors thank M. S. Brodin for help with the workp and V. L.
Broude and X. T. Tovatyuk for Nmluable discussions- Orig. art. has: 4 figaFe-sp
T f -OrmWAs and 1 table.
SUB CMR#. 2D/ SM DATE: 2lOct64/- - OUG MW: 006/ OTH REF: 005

ACC NR;
IVA J
A U 711 OIR
ORG : 1n.,;'Uitutc of Physics, AN LrkrS"jR, Kiev (Irintitut fiziiA AN
TITLE: Correction to the article by M. S. Brodin, M. V. Kurik, and S. P. Yurtsenyuk
"Optical Absorption and Structure of Energy Bands of CdS-C6'0e Crystals"
SOURCE, Fizika tWerdogo tela, v. 8, no. 12, 1966, 3656
TOPIC W%GS : cadmium compound, sulfide, sclenide, semiconductor band S4 -nicture,
absorntion band
ABSTRACT: The article referred to was published in KTI v. -f, 3112, 1965- It is
pointed out that one of the expressions used, which ,.,as quaoted from, a dl-lerent
paper, was in error, and a., a result the values given in the oriCinal -.aper for the
effective masses, of the holes are vrong. On the other hand, the depend'ence of the
sample composition remains unchanged. The greatest changes occur for the effective
masses in the bands rq and r-f. The corrected values are listed in a table. OriG.
art. has: 1 table.
SUB CODE: 20/ suar, DATE: 16jun66/ ORIG REF: 001/ OrH RE'F: 002
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L lo542-66
ACC NR: APS022423 SOURCE CODE: UR/0109/63/010/009/1600/1608
AUTHOR: Kuriksha, A. A.
ORG: none
TITLE: Statistical characteristics of photoelectric current under fluctuating
luminous-flux conditions
SOURCE: Radiotekhnika i elektronika, v. 10. no. 9, 1965, 1600-1608
je
TOPIC TAGS: photoelectric cell, photoele'ctric multiplier,, It7e;rVje e01qAM,0V1r,
PRO V 'r SS
ABSTRACT; The effect of interference fluctuations of the (quasi -monochromatic)
luminous flux on the output current of a photocell (multiplier) is theoretically
considered with these assumptions: (a) the device is inertialess and has a
uniform frequency characteristic; (b) the incident-light field is a result of super-
position of many random waves emanating from the individual elements of a
Card 1/2
UDC: 621.383.1

L 10542-66
ACC NR: AP5022423
0
radiator or diffuser and can be regarded as a Gaussian random process. On the
basis of L. Mandel's work (Proc. Phys. Soc., 1958, 72, 1037), a method is
.developed for finding statistical characteristics of the photoelectric current when
the frequency of emergence of photoelectrons fluctuates as a square of the
envelope of a normal random process. Formulas for distributions of the time
!mornents of emergence of photoelectrons and theJr number within an interval are
'derived, Orig. art. has: 56 formulas.
SUB CODE: 0W# SUBM DATE: 03Jul64 / ORIG REF: 003 OTH REF: 002
Card 2/?.
PAL--.-

'AZr-RR--AP601l444 SOURCE CODE:
AUTHOR: Kuriksha, A. A.
ORG: none
.TITLE: Partial synthesis of an optimal liaht receiver with photoinixer
SOURCE: Radiotekhnika i elektronika, v. 11, no. 4, 1966, 638-64Z
FTOPIC TAGS: light receiver, optic receiver
ABSTRACT: Some formulas are developed for synthesizing an optimal heterodyne
iii-ht receiver with a photocell-type mixer, under these. ZISSUTTI?tlons: (a) the incorrdng
,lurnitious radiation fluctuates normally; (b) heterodyno, ra(liation has constant ampli.-
etude and frequency; (c) heterodyne signal is much stroncrer t.aan the ircomir'- one.
!The photoelectron stream is described by a genQrating functionaL, and a correspz)ndin-!
Iikelihood ratio is analyzed. An integral formula ifi dt,-volop,~-(, for the autr.-A f)"
istatistically adequate receiver of wcak light Ori6,. art. ii;,u: 19 iorinulai.
'SUB GODE: 2.0 / SUBM DATE: 16Jan0'5 / 01UG REF: 003
Card UDC: 6Z1.378.325:621.383.1

~ItC-46-APM562- SOUAW"38"W"
AY
AUTHORt MirIllchiki F* (Engineer, Ideutenwt colonel)
ORGI
TITLEt Improved traffic signal equipment
SOURCM Tyl 1. onabzheniye sovetakikh vooruzhwmykh oil, no* 31 1966, 66-69
TOPIC TAGS1 lighting equipment# noneleatrio signal equipmento highwaq transportation
ABSTROTS The author revieiia modern audible and visible signal devices used for regula-
tion of movemonto of military vaMoloo and columna on roado under field conditions. The
use of heavy current consuming electric light sigaals is criticized and the application
of now self-contained devices is recommended. Small tubes carrying a lumineacent layer
and filled with Tritium gas are suitable for uno an officioDt road signals. They are
light in weight (10 to 20 g) and usually are visible at 60 m. No current is needed.
However, they are very exponaivee Flashing lights of a floodlight type (shown in a
figure) are used an road beacons at distances up to 1.5 km. Their not weight is 1.1 kg.
Their storage batteries are designed for 72 hours. The improvement of commonly used
battery flai3h lights (2.1 kg, 50 hr) is suggested by the eventual use of luminescent
materials and light batteries* It is estimated that the weight of such a light will be
loan thnn 300 g and its service will be measured in ton thousands of hours. The trans-
portable trnffic signal lights fed from batteries are also briefly described and illufik-
Card 1/2

ACC NR: AP6021562
tratod. Their luminous range is about 600 m at night and 300 m at daylight. They are
deoigned for a continuous operation during 36 hours. The use of automatic control equip-
ment for traffic signal systems is generally reviewed. The development of audible
signals and the increase of their range from 3W to 500 m by using loudspeaker devices
is also mentioned. A figuro shows ouch a transportable device Mcminted on a motor vohlols,
Orig. art* bass 4 photon.
SUB COM 15/' SM IMI None
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Olhsemrationa orl the 32 m wavelen-th crnf r~.ed ti,.e existence of thm-e
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KURIL'CHIK, V.N.-, ",YTS)KO, G.A.
Radio radiation from galaxies at the wnvelength of 12 cm. Astron.
zhur. 42 no.3:531-536 Yiy-,Je 165. (MIRA 18%5)
1. Go3udarstwinnyy astranonlche.3kiy instltiit Lm. P,K,Shternberga.

WRIT1,11PIK, V.N.
Spedtra and nature of the radlo amiss,'on frc-m normal galaxies.
Antron. zhur. 1,2 no.6:113F~1149 J,'-D 165. (,iIF;, 19: 1)
1. Goou~.Iar3tvennyy astrono-n-lehes'iy inntiti.'L *,,i:;. 1~.F. Shternberg,,a.
Submitted June 25, 1-965.

L 21.482-M WT(l,/FJ3D 008-2--
ACC XR: AP6006769 SOURCE CODE t UR/0033/66/043
10011000319006
.1. ~-,,
AUTHORI ftrilloh&A
YP5
ORG: State Astronomicul a
nwo Mai 0
_M (Ooa. utron omi
TITLE$ Galactic radio emission at 32 and 8 cm
i SOURCEt Astronomicheskiy zhurnal, V, 43p no. 1, 1966v 3-6
TOPIC TAGS: radio emissionp galactic radiation
ABSTRACTi The results of an investigation of alactic rad'in gmissinin 'at
32 cm (carried out from August 1964 to May 19651 and at 8 cm (from March to May
1965) are presented. A modulation-type receiver vith a maser as the hlg~ fre-
quency amplifier was used. It had a sensitivity corresponding to 0.25 -10" v/m2.,cps
in un1tE; of Mdio eminsion, flux -received by the antenna. The reception
band was 20 Moo The system was calibrated uning tto noise signal from a gas dis-
charge tube,, whiah in turn was calibrated several times during the observation
period using the radio sources R48 and 3CI96 (at 32 ca) and 3C278 (at 8 ca).
Card 1/2 UDOI-.523.164.855

L 21482-66
ACC NRs AP6006768
Mie radio-emisslon flux and angular dimensions in right ascension are given for 26
radio sources observed at 32 cm and far 15 radio sources observed tit 8 cm. At
32 cm., the estimated angular dimensions of the radio sources are (iii a majority ofI
the cases) greater than or comparable with the optical angular diminsions
but are ' not extended as they are . in the meter regicn.
At 8 cm,the upper estimate of the angular dimensions is significairtly smalle
than the optical. Radio aources of small angular dimensloms localized near ~o
I galactic centeras which are not observed in the motor regiont indicate a differ-
once in spectral indices of the central and extended sources and,, hence, a flatt8r!
spectrum of the central sources as compared with-the radio emission spectrum of
the extended sources. The author thanks N. F,210tam and Mfi.._LarJxmu for
help in the observations, Origo art, hasi 2 tables and 1 figure, [Ch]
SUB CODE: 031 SUBM.DATEt IdJun65/ ORIG REF: 0031 OTH REP: 038
ATD PRESS:

T U."Ut,
.M-, - --bb
ACC NR% AR6017267 SOURCE CODE: UR/0058/65/OOO/O12/HO37/HO37
AUTHOR: Kurillchik, V,
TITLE: Features of radio emission from the galaxy NGC 5236 (M 83)
SOURCE: Ref. zh. Fizika, Abe. 12Zh258
RU SOURCE: Astron. teirkulyar, no. 329, 8 maya, 1965, 2-4
TOPIC TAGS: radio astrovAW, cosmic radio source, radio emission, galaxy, galacNic
radiation, galactic spectrum
ABSTRACT: Research is repoked on the radio emission from the galaxy NGC 5236 (M 83)
at 920 and 3TOO Mcs with the aid of highly sensitive apparatus (radiometer with
parametric amplifier at 920 Mcs and with maser at 3700 Scs). The radio emission from
the source located near the core of the galaxy has respective fluxes of (3.2 + 0-3)
x 10-76 and(1.44-pal) x 10-26 V/m2cps. the measurements show that this source h7aa a
more gently eloping spectrum (spectrai-index a -0.6 + 0.1) compared with the integ-
ral spectrum of the galaxy (a = -0.9). [Translation of abstract]
BUD CODE: 03/
Card i li,-VIO

L ~ 5 -~-A :t"'; 1, (1) - ---
- ---------- ------ -
VW6~0-1661&61001-1(j~
ACC NR1 AR6016286 sunu CODE:
AUTHOR: Kurillchik, V. 14.
TITLE:
SOURCE: Ref. zh. Astronomiya, Abs. 1.51.367
REF SOURCE: Astron. tsirkulyar, no. 329, maya 6, 2.965, 2-4
TOPIC TAGS: radio waves, galactic radiation
ABSTRACTi The radio waves of NGC 5236 (M 83) were studied on frequencies of 920
and 3700 megacycles (32 and 6 cm) using highly sensitive apparatus. At these
frequencies the emission is received from a source of small angular dimension
found close to the nucleus of the galaxy. Radio fluxes constitute (3.2 + 0.3)' 10-26
and (1.4 + 0.2)- 10-26 watt/m? cycles at 32 and 8 cm, A spectrum of radlo emissions
of NGC 52Y6 is constructed in the band 100--3000 magacycles. The integral emission
of the galaxy can be presented as the sum of radio emission of the central source
-0*6) and the halo (WS a .142*+ Qol). Bibliography of titles* I. Fe
ZT-ranslation of abstracg
SUB GODEt 03
Oq
Card i /i m.1s
Peculiarities of radio waves of ralaxy NGG 52,316 (M 83)
JUDC 523 *_161

1. N"'6C-h-67
ACC NR, AP6026788 SOUHCE CODE: Uli/0033/66/0113/0014
/0732/0739
AUT11OR: Kuril'chik V. N.
ONG: State At;tronomical Institute im. 11. K. Ghternberg (Goo. aotronomicheakiy in-t)
TITLE: Nature of notircen of radic cuilonion in gnlaxit,-o
SOURCE: Astronomicheskiy zhurnal, v, h3, no. 4, 1966, 732-739
TOPIC TAGS: galactic core, relativistic electron, spiral gLaxy, Seyfert galaxy$
radio emission
ABSTRACT: Arguments are given in favor of the disk distribution of radio brightness
in extended radio sources of spiral galaxies. The energies of relativistic- particles
tuid maEpetic field ntrengths in spiral arms are estimated in the case of a disk
model. The radio of the proton and electron components of cosmic rays in galaxies
is discussed. It is shown that the acceleration of relativistic particles In
galactic nuclei during an active phase is most probably continuouB and not the result
of comparatively frequent explosions. The continuous acceleration and exit of
relativistic particles from galactic nuclei regions wholly accounts for the energy
of phenomena in extended disks of galaxies. It is possible that the highly excited
nuclei of Seyfert galaxies are an initial stage of active processes in galactic
nuclei. Orig. art. has: I table.
-SUB CODE: 03/ SUBM DATE: 29Nov65/ ORIG-REF: 007/ OTH REF: 012

Al 000 0 6 0
0 0 10 10-0- O-W-0 -4F 07.6 0 0 0 0

Rayon and dIms V. A, Kavin u,),lAKmlV0lA,-l
1't -A
-
:
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fl,
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.1 .
pl~xlukt% 'Ajwncjl 11"11l by'Ifusyrthylirilill-t I)f 01
00 iianthair m troprovrA I~y addinig "ater 1(1- t,, the 4jk
~,In. 4 the rt-1hil-t Jewiv.

c.0 0
Ofli j

00 .79 is
0 0
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-4101

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~7 1 J7
MIKHATLOV. N.Y., doktor khimichookikh nauk; UKIIANOVA, Z.V., kandidat
tekhniahaskikh nauk; KLIMKOY, V.S., kandidat tekhnicheakikh nauk;
MILICHIKOV, Ye.A., kandidat tekhnicheakikh nauk.
Few methods of modifying artifioial and synthetic fibers. Teket.
prom. 14 no.9:11-12 5 154. (MLRA 7:11)
(Textile fibers, Synthetic)

----gjkkAj" ,v A~Ilt -in
n,:, . .
VIV1,12, To a r,;taWaZ Vila.
"HtAlcve be".1 th vit w rl~t th!.-, d-i.-td
wt
-.,.!
iE
c C-m .

1 -77

KRILICHIKOV, Ye.A.; FElploVA, M.P.; VIDISREVA, A.N.
I
Graft polymers of proteins with acrylonitrile. Report No.l.
Khim. volok. no.2:28-32 159. (KEA 12:9)
l.Vseso7=ny7 nauchno-issledovatellskir institut iskusstvennopo
volokna.
(Proteins) (Acrylonitrile) (Polymers)

EMILICHIKOV, Ye.A.; PXN'KOVA, M.P.; VIDISHLIVA, A.U.
Preparation of synthetic fiber from graft polymers of protein
with acrylonitrile. Report NO.2- 11him.volok. no.4:16-19
159- (MIRA 13:2)
1. Voesoyuznyy nauchno-iseledovatellsk:iy institut iskaastvennogo
Vol kna.
Nextile fibers, Synthetic) (Acrylonitrile) (Proteins)

KURILICHIKOV, Te.A.; TEVENBAUM, A.L.; LIPINSKIY, S.P.; LAVROVA, I.N.
Spinning of staple fiber without guide-pulle7. Kh1m.volok.
no.5:38-41 159. (MIRA 13:4)
1. Vseso7uzny7 nauchno-isoledovatellski7 institut iskusqtvennoro
volokna (VNIIV).
(Ra.von spinning)

S/183/60/000/02/15/f'-'-
If ,
B004/BO05
1UTHOR; Kurillehikov, Te. I
TITLE: Investigation of Production Conditions of Ethyl-cyanide Oxyethyl
Cellulose
PERIODICAL: Xhimicheskiye volokna, 1960, No. 2, PP- 40 - 43
TEXT: The author describes the synthesis of the ethyl-cyanide ether of oxyethyl
cellulose which he calls ethyl-cyanide oxyethyl cellulose (SCOEC)',~ Alkali cellu-
lose is transformed by means o? ethylene oxide into oxyethyl cell'ulose, and then
allowed to react with aorylonitrilelfor 60-80 min at 22-250. ECOBC precipitates
as a white paste. Its content of ogen (Table 1), of carboxyl groups, and itel
solubility in dimethyl formamide and acetone were determined. The author gives a
reaction scheme which corresponds quite well to the analysis of ECOEC (Table 2',,.
He discusses the fact that a full substitution of all hydroxyl groups should lead
to a nitrogen content of 12-35% whereas at high acrylonitrile concentrations the
N-content of WOBC rose to 16.39%. An addition of aorylcjnitrile is supposed to
exist. The effect of ooda lye at 20-220 on oyanoothylation was studied (Table 3).
Cyanosth.vlation in alkaline medium continues even afte.,., precipitation of ECO.E.7.
Card 1/2

.Investigation of Production Conditions of S/183/60/000/02/15/025
Ethyl-oyanide Oxyethyl Cellulose B004/BOO5
The content of carboxyl groups remains constant. Table 4 shows the influence of
reac 'tion conditions on the product obtained. Products with 8-9% nitrogen content
are oluble in dimethyl formamide and acetone. Long ripening of alkali celluloti..,
redtx:es the viscosity of ECOEC (Table 5)- ECOEC films are similar to cellophane.
Table 6 indicates the softening and melting temperatures cf ECOEC preparations.
ECOEC is acid-proof, but decomposes in hot lye due to esterification of nitrile
groups under formation of carboxyethyl cellulose and liberation of ammonia. ECOEC
can be well colored, even with acid dyes. Its applicability as a plasticizer is
discussed. The oyanoethylation of carboxymethyl cellulose, methyl cellulose, and
oarboxyethyl cellulose in alkaline medium was not oasible. The author mentions
papers by A. 0. Yashunskaya, Z. A. Rogovin et al. fRef. 5), and No F.
Shostakovskiy (Ref. 7). He thanks V. 1. Kargirx for giving advice. There are
6 tables and 8 references, 4 of which are Soviet.
ASSOCIATION: VNIIV (All-Union Scientific Research Institute of Synthetic Fibers)
Card 2/2

KURGLIZKIN, V.P.; GARBER, Yu.N.
Automatic analyzer of the TBP for the separation of given
fractions in rectification columns vith periodic action. Koko
i khim. no.7:50-53 163. (MIRA 16:8)
1. Kuznetnkiy filial Vostochnogo uglekhimicheskogo Instituta
(for Kurguzkin). 2. Altayakiy politekhnicheskiy institut
(for Garber).
(Distillation, Fractional) (Boiling points)

KURGUZIUK07,11.1., inzh. (Kaluga)
That is evory engineer's duty. IT-0 2 no.3:30-31 Mr '60.
(MIRA 13:6)
1. Chlon lZauchno-tekhnicheekoro obahchestva Kaluzhokogo turbinnogo
zavoda.
(Kaluga--Gan tuibines)

~EDZH1B0ZHSK1Y, M.Ya.; PRIVALOV, M.M.; GUROV, A.K.; MOMUSHIN, V.V.;
GRITSKOV, V.S.; FrinimAli. uchastiye: TSIMBAL, V.F.; BYCHKOV, P.M.;
WGUMIN, V.P. VALOV, N.Ye.; STICHEKOLKIN, 14.3.
Making a combined use of compressed air in a high-capacity
open-hearth furnace. Stall 22 no.10:894-900 0162. (MIRA 15:10)
(Open-hearth furnaces) (Compressai air)

MGUZOV, A., komandir korablya.
*-~ ~ow p cots =ould ~lika ~~o see their rest center. Grazhd.av. IZ
no.6:34-35 Je '55. (MLRA 9:5)
(Community centers)

XURGUZOV, I.
1.17--~,C:'..; - -t: -V
Fortable electric drive for drilling. Noy.naft.takh.:Bur. no.4:5
148. (MIRA 9:4)
1 (Oil well drilling--Equipment and supplies)

KURGUZOV, I.
Portable electric station. Nov.neft.tekh.:Dar.no.4:5 048.
(MLRA 9:4)
(Oil fields-IquIpment and supplies)(Blectric power plants)

KURGUZOV, 14. [Kurhuzov, H.], inzh.
Collective-farm bakiry. Sill.bud. 9 no-10:15-17 0 '59.
(14IRA 13:3)
(Ukraine--Bakars and bakerieu)

KURGIFZOV, N.G.
Mochanization of bakeriee in the Ukrainian S.S.R. Khleb. i kond.
prom. I no.12:5-7 D 157. (MIRA 11:1)
1. Gosplan USSR.
(Ukraiue--Bakers and bakerioa)

KURGUZOV, P. I.
"The Agrotechnics of Spring Wheat According to the Perennial Grass
Cover in the Central Part of the Nonchurnozem Delt.11 Cand Vr Sci,
Moscow Agricultural Acad imeni Timiryazev, Moscow, 1953. (RZhBiol.
No 2, Sep 5h)
Survey of Scientific and Technl,~.sl Dissurtations DeCended at USSR
Higher Mucallional Institutions (10)
So: Sum. No. U1, 5 May 55

Gj
77-

C, )
1.0469 (Effect of 'IntroducinuCrsnuUted Fertilizers in
I ly-m on ilia Yield of Summer e,, .) VIIN01411 p4XlO(OOjG
i,IC04!Ult4 greaullrataripykh ticlatirtrill us Urrithalat"j,
larov,ol p4hen)tsy. 11, P'Kutguzov. DMIditnI14.Nauhi i Pens-
dot-, o Opyta v Sertkom KhtniabIce, 1414, no. 21, May, 0.
IncteAstA proicin rontent And )Irld of grain. Wile.

SHIFRIN, I.A., podpolkovnik med*oluzhb7.. EMGDZOT, S.S.. podpolkvrnik mod,
aluzhb7.
Detecting dynenter7 eArriers; Vaen'medoahur. no.12:79 D 155
- - " OMA 12: 1)
tDTAI I ~lu,T)

LITVIIDIITKO, P.M., inodpallrovnik rieditsinskoy i3lElzhby; JOWIDII, A.V., pod-nolk-ri-Mik
merlitains)wy sluzhb-y-, YTMTJZOV, 3.5., podpolkovnik -ieditsirskoy n1wil-
by [dacensed]
'-'r
.,o(I ioisoning caused by the Some bacillus. Voen. med. zhur.
no.4:23-25 Ap 159. (MIRA 12.8)
(,,;IiICXIJA infections,
sonnei food pois. (Itas))
(FOOD POISONING. microbiol.
Shigella sonnei (Rus))

TETELISJ. N.K.J. inzh.; KOICHAGIN, B.N., inzh.; KURGUZOV, V.F., inzh.
Introduction of gas-electric cutting in shipbuilding.
Sudostroexiie 28 no,7:65-68 Jl 162. (MLiA 15:8)
(Electric metal cutting) (Protective atmospheres)

j-'RC-ljZ(rT. YA V.
2911h
I Chyermyenskiy, A. D, Ekspyeditsiya Opygnoy stantsii v rorrWye rayony
Yuzhno,r2o Urala r l9h7 godu. (Izuclqeyiiye o-;ol).vFnnortey syellskop kho-,7.vayw.tva).
Trudy Dachkir. mnuch.-isslyed. Polyeved. stantsii, t. 111, Igh9 (kclon-titul:
1947), c L99-5(6
SO, I-STOPICI INO. 3h

KURGUZOV, U. V.
29114-Ekspedits:'.va Opygncv stantaii v Gomvd Rayorq Yuzhnogo Vrala V 1947
((Zavoftkitya Isboratoriya)),-1949, No. 31 S, Primch. Red) Savodakaya
laboratoriya, 1949, No. 9, S,, 1126-27
SO: Letopist Zhurnallnykh Statey, Vol. 39,, Moakva, 1949
kURGUZUV, YA. V. I ClIal-I.-INSKlY, A. D.

Y,UR- OrUZOV, Ya. V.
"At the Scientific Session of the Bashkir Affiliate of the Academy of 3,,iences of
the USSR".
Meteorol. i Gidrologiya, No, 5, P 57, 1954.
This brief article gives the principal theses of the reFort entitled
"Measures Taken to Improve the Agr6meteorological Servicing of the Rerub-
lic's APTiculture," which was delivered at the 3es~-,icn at the beginning of 1954
by the head of the Ufa Hydrometeorological Bureau. (RZhGeol, No 7, 1955)
SO: Sum No 884, 9 Apr 1956

r--_ -
SANX0VA, L.I.; KIIRGUWVA, F.I.; GOROBIN3KAYA, V.D.; ~ELIVILEITKO, D.T.
Optical method of determining the chemical homogeneity or gInsn.
Stet. I ker, 20 no.500-31 My '63. (MIRA 16:7)
1. Saratovskiy zavod tekhnichoskogoztekla.
Olass-Testing)

KURGUZOVA, M.
Role of ez~gineering troopa in the Great October SoCialiot
Voen,-Inzh. zhur. 101 no.10:9-15~1579~ (Y'D L 1
(Russia--Revolution, 1917-1921) (Military erigltieeri!.,~

SEMENMI 01 K.N.; KURGYUMOV, G.M.
Beryllium hydroxybenzoate. Zhur.neorg.khim. 6 no.1-1:2568-2571
161. (MIRA 14:10)
(Beryllium compounds)

Uprawa i przi~rob kim.-A.
ol.-iczp 1 sme, 1955- 214 of
ly, :Ot i.-. DIP,
C LT Ui t'"'
-ast - uro:, ,-!rl Vol. C, '~o- 5, 19'57

I
K
URHAIVSKI..~!., TUMALF.41CZ, D.
I
"Uprawa i przerdb konopi" (Cultivation and manufacture of hemp), by M.
Kurhanski, B. Tumalewicz. Reported in New Books (Nowe -Ksiazki), No. 13, JulY 1,
1955

TREVYACHENKO. G.N., Jaqpd,tewt~,"k; KURIAT., R.I.; ERAVCHU, L.V.
Study of the thermal fatigue of -turbine nossle blades (Ade from
El 607A and EI 765 alloys, Energ.i elektrotekh.prom. no.4tl9-22
O-D 162. (Gas turbines) (Metals-Fatigue) (MIRA 1W)

MORNOVA, V.P.; LLYBMAN, A.L.; KURIGHFMO, A.T.
Use of green (petroleum) oil in controlling larTae of flies.
Med.parnz. I paraz. bol.24 no.3:266 JI-S 155 (kLRA 8:12)
1. 1z Kry-mskoy oblastnoy sanitarno-opidemiologicheakoy
stantaii (glavny7 vrach K.N.Zolotarayskaya)
(FT'lics,
larvicide side-product In petrolnum Indust)
(PETROLMM PRODUCTS,
Fly larvicide, side-product in petroleum Indust.)

GALAKTIONOV, A.A.; SERGEyEVA, Z.V.. KURICHI;ItKO)-A'.!-4.!.i-jiE*,'IIETIIIKOVA)
L.V.j FOGULYATLO, ZX.; Ki,]V-GV, 1-4.D.,-
RASTATUYEV, V.A.; FEDOIWVA, YU,A.,, red.; ISAYTANIDI, L.D.,
takhn. red.
[Collection of technologically gronded production norms for
mechanized farm work done in shifta]Sbornik telhnichaski
oboonavnnrjykh normativov smennoi proizvoditellnostj na sell-
skokhoziaistvennye mkhanizirovanrWe raboty. Moskva., Izd-vo
MSKh RSF-111, 1962. 231 p. (IaRA 15:9)
1. Russia (1917- R.S.F.S.R.)Ministerstvo sellskogo kho-
zyaystva. TSentralInaya zonalInaya normativno-issledovatell-
ska3ra stantsiya. 2. TSentrallnaya zonallnaya normativno-
issledovatellskaya stantsiya (for all except Fedorova,
Saytanidi).
(Agricultural machinery-Production standards)

GURIYEV, S.H., inzh.; YtTRICIIRV, V.P.
Car repair oporationo at the inaptict1nn pointo need In-
provennut. ""hol.dor.transp. 41 no.1100 N 159.
OIRA 13:2)
1. Nachallnik otdola vagonnogo khozynystva Barabinukago
otdoleniya.'stantBiva Barabingk (for Gur ,yev). 2. Glavr,57
inzhener vagonnogo depo, otantBlya Bambinak (for Kurichov).
(Railroado-Maintonancn and repair)

S/064/62/UUU/006/002/003
B144/B138
AUTHORS: Khcheyan, Kh. Ye.9 Pavlichev, A. P., Arbitman, S. M.,
Kuricheva, L. N.
TITLE: Production of phthalic anhydride by liquid-phase oxidation of
o-xylene
PE'.1IODICALS Khimipheakaya promyshlennost', no. 6, 19062, 6 - io
TEXT: Oil the bnaia of their previous studios (Authorlo certificate 1369389
SI). Lzobr. i rats. predl., no- 7, 80 (1961)) the authors devolopod it
thret-sta.-e proress for producing phthalic anhydride (PA) from o-xyl,~ne:
(1) liquid phase oxidation (LPO) of o-xylene to o-toluic acid by atmospher%-
ic 02; (?) esterific-ition of o-toluic acid with methanol; (5) LPO of the
P.,,cthyl ester of o-toluic acid to PA and methanol. Arter a survey of
papors in this.fiold, the method is described in Aetail. (1) LPO of
20 20
o-xYlene (d 4 , 0.8700 - 0.8802; nD 1-5052, b.p. - 142 - 14500 wrl",
carried outs (a) catalytically at atmospheric pressure and 1118 - 1500C
with preliminary addition of 5- 6 drops of iaonropyl benzene hydroperoxide;
C.-ird 1/3

S/064/62/000/006/002/001~
Pro-iuction of -)hthalic ... B140138
or (b) at elevated prossure without catalyst at 130 and 1500C. The Oxidate
contained toluic Fildehyde and o-toluic acid which were determined with
oxime ind from the :.cid value (potentiometric titration), respectively.
The yield in(>-toluic acid increased -with rising preoaure and teriiperature
(2) OxidiLtion of o-toluie icid neces3itateo the
and averaGed 90 - 97 ".
P
Psterificution of the carboxyl group. This was done with 2222-54
(GObT 2222-54) methanol. The reaction rate increased from 45 to 97
when the temperature was raised from 245 to 5000~. An qQid:methanol
mol;ir ratio of 1:5 is recommended for indust ial conditions. The rate
c,,)Yistantsat different temperatures were~ninl: k245 = 0.0619; k270 ~ 0'17A
k. 0.2615. The activation ener(yy was 11030 cal./mole. (3) The ostcr
catalytically oxidized to PA at atmospheric presaiire and 125 - 200
.~'t 1800CI the LPO of the methyl ester obtained (n20 = 1.5200) takes pl;tce
D
i~ractically without induction period if 4 - 5 dropu of isopropyl benzene
hydroperoxide are added. With a 42 ~ yield, the reaction time at 1800C
decreRsed from 8 hra at atmospheric pressure to 2 h.rs at elevated pressure.
PA was separated by cooling the oxidate down to room temperature or by
and
di.otillation in vacuo; it was obtained with a yield of 90 - 95 ~'
Card 2/3

S/064/62/000/006/002/003
Production of phth;ilic ... B144/13138
,tiv -r 7119-54 (GOST 7119-54) requirements. There are
,
s-aered the FOC,
6 Cimire~s -
'";JOCIATIONs MISS
C:trd 3/.3

KHGHEYAN, Kh.Ye.; FAVLICHE-V, A.F.; A!-j3IT,'.IAN, S.M.; K.URIGHEVA, L.N.
Production of phthalic awhydride by the liquid phase oxidation
of o-xylene. Khim.prom. no*6:392-396 Je t62. (I'LHU 15: 11)
1. Nauchno-iseledovatollskiy institut sinteticheskogo opirta.
(Phthalic anhydrido) (Xylone)

KURICH'U'V, N.
In the museum of Pavlovo metalworkers. Prom.koop. no.4:38 Ap '56.
Oaju 9: 8)
(Pavlovo--Industrial museums)
6-1~~-,-,, --

G_.:. 'D r*.dz(_,,
)r
Try."
Tnotituto for
TitLv 'C"(' 1J1:c"".'J
I t u Puturc L - ru-.. u;.ic: _~ t .
O'r.4'
2, 15a-.,t_65.
~',b ot- r,-. at Trzcc lirico of s'icci, brcculz are c'.nr,-.ctc;rizc,1
'Zicse %re li-nes o' '.~c 1.0- IL P-9/0414 "111mc .-nj,_1p_"
mr, 1, 309/1560' ?-_,,.:id t'.(-, 7,'r!. ".
355
"Var~on" :~rcchlq-, shoulld be co.-10,uctcil i-:i (~rdcr so
Licreasc t7.c tUchi-c-s.,; -_,lid of tile wool as well
Ya. L. Glu-botsl-".y.
6,(

PAPUASHVILI, S.IT.; SHISHNIASHVILI, M.Ye.-; KURIDZZ, L,V.
&change acidity in colloidal systems of natural aluninosilicatea.
Xoll. zhur. 22 no.4:451-457 Jl-A9 160& (MDU 13:9)
1. Inatitut khimii All SSSR, laboratoriya kolloidnoy kh1mii, Tbilisi.
(Aluminoollicates) (Ion exchange)

.1 , 1,1'. F., VAR ~j, . G t , -7r- E
A11MCMIKA'SINIII, E. L., DIBILA31NMI
F DEE CA G L., T. V.,
JAVRISIIVIII, A. K., KAZAROV, R. E., KMIDZE, R. V. unvi M-IDFITVA, T. I.
"Angular Distribution of the Penetrating Component of Ext,2nsive Air -Sh,:;-wers
at the Depth of 200 m.w.e."
Report presented at thc, Internatiinal Conference rm C~)Srnic Fay:-~ and
Eaxth Storm, 4-15 Sep 61, Japan.
Physical Institute, Ae~,adsmy of Sciences, 02orgrla SSR

9XCERPTA MEDICA See 2 Vol 12/7 Physiology July 59
2938. EXPERIMENTAL HETEROTRANSFUSION SHOCK ACCOMPANIED BY
ACUTE PULMONARY OEDFMA IN WHITE RATS (Russian text) - K u r i
G. V. Yaroslavl Med. Inst.. Yaroslavl. USSH - BYULL. EKSPE"W.' 71
MED. T958. 45/6 (114-116) Graphs I
I'v. injection to white rats of blood plasma or serum of bulls, cows or calves
(10-25 ml./kg. within 30 sec.) brings about haernotransfusional shock which causes
rapid death. Development of acute haernorrhagic oedema of the lungs is the char-
acteristic sign of this shock.

S/048/62/026/005/019/022
B108/B102
Androniknahvili, L.. Bibilanhvili, 9. 11'., Vnrdan(,-n,
Gvalad _2.__Y_,D-zhavriahvili, A. 7., Kazarov, R. Ye.
uridze, R. V., and KhLldeyevas I. V.
C_
TITLEI Angular distribution of the penetrating component of exton-
eive atmospheric showern at a depth of 200 m water
equivalent
l'-MODICALt Akademiya nauk SSSH. Izvestiya. Seriya fizichankaya, v. 26,
no- 5, 1962, 602-684
The anj;ular distribution of the &xau of extensive atmoopheric
E; howers was determined by various methods, mainly using a cloud chamber.
The direction of the axis wna established from the eloctron-photon
component. At a distance of O.5H or less from the abovier axis (F - depth
at which the detector Is placed under the surface), the particle
distribution in riven by I- - locoa"34, as has been established by various
authors. The present authors' results agree with this law. There are
2 figuroo.
Car& 1/1

KURIK, 1. P.
"Dynamics of the Cholinesterase Activity of Blood Serum in Ulcer Patients
During Sleep Therapy." Cand Med Sci, Tartu State U, Min Higher Education UOSR,
Tartu, 1954. (KL, No 1, Jan 55)
Survey of Scientific and Technical Dissertations Defended at USSR Higher
E(~ucational Institutions (12)
SO: Sum. No. 556, 24 Jun 55

UsSR,'sMaEpetism Ferrites F-6
Abs Jour Referat Zhur Fizilm, No 5, 1957~ 12025
Author Kurikekh, D.C., Fedazh, G.M.
Inst Dnepropetrovsk Meta.Uurgical Institute ime-ni I.V. Stalin
Title Effect of Concentration of Manganese and the Degree of
Cold Plastic Deformation on the physicsi Properties of
Ferritt-.
Orig 'Pub Fiz. metallov J metal_lo7~.~hleniye, 1956, 2, No 3, 464-471
Abstract The authors give the results of the measurements of the
magnetic characteristic, electrical resistivity ( F ),
and the Hall-Kikoin constant (Rf) as a function of the
manganese contents and of the degree of cold plastic de-
formation of Fe-Mn alloys, containing from 1 to 12% man-
ganese. It is shown that and Rf increase with increa-
sing mangianese concentration up to 8% and with increasing
Card 1/2
USSR7/KaGmetism - Ferrites F-6
Ref Zhur
Abs jour Fizika, No 5, 1957, .1204-5
degree of deformation. Howe7er,, the chbnge in the concen-
tration of the alloy leads to a strone change in these cha..
racteristics, while the change in the dekTee of deformation
affects them insignificantly. The influence of the manga-
nese concentration on Y and Rf is connected with the chan-
ge of the number of conduction electrons, and the influence
of the deformation, is connected witt the dist~Lrbance to
the energy levels of the conduction elecbron3. The coerci.-
ve force (HC) increases with increasing mangane3e concen-
tration. Upon deformation of' al-loys containing more than
3% manganese, the Hc curves hxie a minimum, which is due
to the redistribution of the manganese in the solution.
Card 2/2

SENATCV, I.G., kand. tekhn. napk; KURIKHINA Yu A., inzh.
(Vertical nonautonomoua Kd-438 air-conditioner with 1,500 m3/hr.
productive capacity] Vertikallnyi neavtonomnyi. kondit8ioner
Kd-43s proizvoditellnostliii 15oo m3/chas. Moskva, Biuro pro-
ektno-konstruktorskoe i tekhn. pomoshchi, 1962. 30 p.
(MIRA 16:9)
(Air conditioning--Equipment and supplies)

AD !~r. 9 3 5 June
OPTIMUM USE OF SPACE-TIME SIGNALS (USSR)
Xuriksha, A. A. Radiotekhnika i elektronika, v. 8, no. 4, Apr 1963, 552-
6 3 -.~ - - ---- S/109/63/008/004/003/030
A study is made of the optimal detection and measurement of coordinates
and the .-icognition of sources on the basis of the observation of waves
scattered or radiated by the sources. Particular attention is given to the
observation and measurement of coordinates of point, aggregate- point, and
continuous sources. (point sources whose intervening distances a p p r o a c h
zero as their number approaches infinity). The transformation of a scalar
--fi-e-IcT usedasa r-eierence-jignal-in-a-plane-fixed-aper4lurc---is-analyzed-and----
the probability ratio obtained by solving integral equations for a multidi-
mensional random process consisting, of either a correlation function and
noise or a correlation function, noise, and a useful signal. In the case of
a continuous source, the relative contrast between the source and the back-
ground noise is shown to be an important factor during detection. The ac-
curacy of measurements of source coordinates depends considerably on the
shape of the source but does not depend on the shape of the aperture. [GS)
Card 1/1

BAKUT, P.A.; BOLISHAKOV, I.A.;,GBRASIMV, B.M.; ~URWBA..A.A.;
REPIN, V.G.; TARTAKOVSKIYj G.P., prof.; SHIFOKOV, V.V.;
ALEKSANDROVA, A.A., red.; EELYAYEVA, V.V., tekhn. red.
(Problems of the statiattcal theory of radar] Voprosy sta-
tistichoskoi teorii radio'lokataii. [By) P.A.Bakut i dr.
Pod obahchei red. G.P.Tartakovskogo. Moskva, Sovetakoe
radio. Vol.l. 1963. 423 P. (MIRA 16:5)
(Radar)

KURIKSHA, A.A.
Optimum use of time-apatial signals. Radiotekh.i elektorn,, 8
no.4:552-563 Ap 163. (MIRA 16:4)
(Eledtromagnotic waves) (Electronics)

k IS A- 22,woo)
C.-4-
L It I.-
ML &
a a-
Wr--
P.M .9. 6-
ps-
rp-
I-
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It
(c in 12 If(")
im IL A~
L I. C-.P~
L AL qj-
(c
v.
gill
Ora GIAMAMA4 tW US 00*00d" PMO%tMd 4C US ~QLNW%LttO Teak-l"t gmtotj, oc
264" ahateswus ad 2200%18" ommale"Im am. A. a. pope, ("am), mw~,
8.12 how.

BARSUKOV, V.L.; KUJIIT,'CIIIY,()VA, G.To.
Conditions of the formation of ondognuotic wicharite. Gookhimiia no.4.-
312-319 '57. (MIRA 12:3)
1. V.I. Vermdakiy Institute of Genchomi8try and Analytical Chomistry,
Acaden7 of Sciencon 1 11 S S.R. 14neenw.
(Szaibm*lytoi~

BARSUKOV, V.L. - 1(URIL JCHIKOVA, G.Te.
Boron content of florpentinites. Gao".imlia no-5:389-391 ' 57.
(MIRA 12:3)
1. V.I. Vernadaky Institute of Geochemintry and Analytical Chemistry.
Academy of Sciences, USSR, Moscow.
(TRye%hnyy--Serp9nt1nitn) (Boron)

AKMUMVA, It.V.-, KURILICHIKOVA, G.Te.
Infrared absorption spectra of hydroxofluoborate co-mplexes of
p6tasnium and sodium. Opt. i apektr. 8 no.4:498-504 Ap !60, -
(MIRA 13:11)
(Potassium compounds--Spectra)
(Sodium compounds-Spectra)
(Boron compounde-Spectra)

KURILICHIKOVAP G.Ye.
Chanpem in the composition of potan7ium tetran uotriborite and
sodium hexafluotri"rate In 2G 'UeOUS rolutions as a function of the
P11. Zhur.neorp.khim. 6 no.10:2387-2398 0 '61. OURA 14:9)
1. Institut reokhimii i analiticheskoy khimii impni Y.I.Vernadskogo
Akademii nauk SSSR.
(Alkali metal fluoborate)

AKHMAAGVA, M.V.; KURILICHIKOVA, G.Ye.
Study of the I.onia states in aqueous solutions of boron-- and
fluorine-containIM compounds of potassium and @odium by means
of infrared spectra. Zhur.neorg.khim. 7 no-3:516-521 Mr 062.
(MIR& 15:3)
(Complex compounds-Spectra)