SCIENTIFIC ABSTRACT SHACHNEV, V.I. - SHAGDULLIN, R.R.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R002202830007-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 1, 2001
• Sequence Number: 7
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

USSR UDC 621.315.592.3:669.782-416
SHAMIEV, V. I., USKOV, A. G.
'.'Thermodynamics of the Chloride Process of Growing Autoepitaxial Layers of
Silicon Alloyed with Boron"
Elektron. tekhnika. Nauchno-tekhn. sb. 11-faterialy (Electronic Engineering.
Scientific and Technical Collection. Materials), 1970, vyp. 5, p 138 (from
RM-Metallurgiya, No 4, Apr 71, Abstract No 4G488)
Translation: A thermodynamic calculation of the relative transition coeffi-
cient B defined as rj., = 11,13/11 Si is performed where PBand pS1 are the B and Si
yields from BC13(gas) and SiCl 4(gas) , respectively. Ibe process conditions of
grmting auto,2pitixial layers of Si are the following: the ratios in the
initial mixture SiCl (gas): 1i (gas) = 1 : 500-and Hr (gas) (BC1
4 2 3 1 31 (gas): SiCl4
(gas) = 10 10 temperature range 800-1,600* K. It is demo4strated that in
alloyed SiCl (liquid), the initial Ur (liquid) is entirely converted to
4 3
BC13(liquid), and BC13(gas) is found in the vapor phase. With an increase in
the BU (gas)/Sicl (gas) ratio in the initial -as mixture and an increase in
3 4
1/2

USSR
SHACHNEV, V. I., et al., Elektron. tekhnika. Nauchno-tekhn.--sb-. Materialy,
1970, vyp. 5, p 138
temperature, the relative transition coefficient B increases by several orders,
approaching one. As a result of the strongly expressed dependence of n. on
temperature to obtain autoepitasial layers of Si which are homogeneous with
respect to specific resistance, exact control of the composition of the
initial gas mi):ture and also keeping the temperature constant in the reaction
zone are required.
2/2

USSR
UDC 5139.239.28
MASHIMICH, V. S. , SHADCHIN, Ye. A., Institute of Physics, ~.cademy of Sci-
ences of the UkrSSr
"Theory of Cross Relaxation Induced by Resonance Transfer of Excitations
in a Spectrally h"onhomogeneous IMedium"
Kiev, Ukrainskiy Fizicheskiy Zhurnall, Vol 17, No 10, Oct 72, PP 1667-1674
Abstract: The authors consider the transfer of excitations by resonance
interaction in a system of two-level impurity centers in which the elemen-
tary excitations are excited states of the centers. An equation is derived
for cross relaxation with respect to the spectral. density of the excitation!~.
The final relaxation equation tak-s a form which difforn appreciably fror,
the convent -ional phenomenological eWiation. A solution is found for the
equation in the case of considerable nonhor-ogeneous braa-dening. The equa-
tion is derived from microscopic equations describing Oementary acts of
transfer of excitations. It is found that the process 'o' relayation of
the spectral density to its eq.Qilibrium value is non-exronential.
104 -

USSR
MASHKEVICH, V. S., SHADCHIN, Ye. A., Institute of Gies, Academy of ScJ*
ences of the UhxSST,-]WiV~ -------
"On Cross Relaxation in a Spectrally and Spatially Tjr--nbomogeneous Medium"
Len ingrad, Fizika Tverdogo Tela, Vol 15, No 2, Feb 73, pp 645-6h7
Abstract: The authors consider transmission of excitations in a system. of
two-level impurity centers. The excited states of the centr-rs are the
elementary excitations. An equation is derived for tjj~~ spreetral density
of excitations, and caGes in which the dipole MOMMtS of transitions of all
centers are collinear and aU directions of transitions are equally prob*ble
are conaidered. Anal L
ysis of the results shows that rair,_ratloa of excitations
in a spatially nonhomoGeneous system is accorapanied by, polarization ("miGra-
-tion -polarization")

USSR UDC 539.2
MASHKEVICH, V. S. , and4WQjTJLZ" Institute of Physics of the Academy
of Sciences UkrSSR, Kiev
"Spectral Equations for a System of Quas,i-Two-Level Centers and Emission
Modes"
7
Kiev, Ukrainskiy Fizicheskiy Zhumal, Vol 17, No 3, Mar 72, p-P 391-407
Abstract: A spectral theory is developed for a systent consisting of quasi-
two-level centers and emission modes. Spectral distributions for modes of
the electric field and center levels act in the capacity of dynamic variables.
On the basis of spectral representation and with the help of correlation
functions of the node and the center and using their Flo-arier presentations,
the authors derive equations characterizing the above-mentioned distributions;
and expressions for the modes and the levels. The solutions of the deduced
functions were found by a previously described niethod by V. S. 'Mashknvich
in the synposium "Kvatitovaya E'lektronika" (Kiev, "Naukoya Duwka," Vol 5,
197-1, v 131). Forty-four formulas, six bibliographic references,

UNCLAS S I F $1 Ell) I~PROCESSING DI-,E--,?O'qDV7C
TITLE--LlGHe-l'-lk.,HT REFRACT6RY CGNCRETE -U-
AuTHOR-(OZI-ILINAt N.V ShADINA, M.N.
:~~.GCWVJRY~ CF ItqFG--USSR.
:~:_5GkJRCE--USSK. 265Y786
:REFEREP4CE-uTKkYTIYA, lZoaRET.t PROM. GBRAZTSY, TOVARNYk ZNAKI NR 19?0,
~.'DATE PUBLISHED-09KAR70
AREAS--MATERIALS
,,'-:TCPlr TAGS-REFRALTORY CGNCRETE, PATENT, ALUMINA7 CEMENT
CNTROL, MARK I NG
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CIRC ACCESSICh NO-4A0128834

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ALUMItIA RA4 MATERIAL C...,tC. 47-57, EXPANDED PERLITE-~T-10e, WATER CLASS
29-31v PLKTLAND CEMENT 0.5-1 AND PLASTIC REFRACTORY CLAY 6.5-10 WT.
PERCENT FACILITY: STATE ALL UNION sciwiFic RESE
-ARCH INSTITUTE
CF.THE.CEIIENT INDUSTRY.
C L AS i 0 -- ----

USSR
S
Caati*
UDC 621-791-92:60'9.018.25
SHADIRICHEV, V. A., Doctor of Technical 53ciences, and SIDCRIKIN,
t hwes tern Correspondence ?olytechnical lnst-i-
tute
"Relative Wfear Resistance and Running-In of Coatings Built Up in
Carbon Dioxide"
Moscow, Svarochnoye Proizvodstvol No 12, Dec 70, PP 30-32
Abstract: The arti-cle describes results of a study of the rela-
tive wear resistance and running-in of mei~al built up in c~,rbon
dioxide with three types of ,ielding wire, viz. 5v-03G2J, Np-
3OKhG_'A,and 2Khl3, The de.posit specimens used were cylindrical
rods 38 man in diameter and 150 ari Iongr, made of.' standardized
steel 45. Tne inv-,;.~s-.igatiolis were c~;nducted under conditions
t
close to boundary friction. Tile running-in mate was a gray iron
block (hardness HY 170) of the chemical composi'Lion ~in parlcen~-
ages) 2,9 C, 0.4 11m, 2-74 Sio 0.6o8 Nio 0.149 Pt, 0.072 _Q, 0.14,817
Cr. Serving a3 the standard for comparing the urear resistance of
~Ae built-up specimens were rollers.niade of steel 45 and induc-

USSR
SHADRICHEV, V. A., and 31DOiKIN, V. I., Svamchnoye Proizvodstvo,
No
tion-hardened to HRC 56-62. The structure of the deposited met-
al was studied micro3copically before the ivear test of the coat-
ings, and the friction surface of ;the, rollers was photograpned
afterwards.
The results indicate that specimens built-up with 2KhI3
wire have the greatest wear resistince and those built-up -with
Sv-08G23 the .1east* Standard specimens wich tki-3 structure of
martensite and hiz-h initial mi-Ironardness and surface purity
values showed minimal wear. Of the metal coatin-Ts the least
wear was found in specimens built-up with 2Khl3, which is due to
structural features and high initial microhardness and surface
purity values as compared to the other deposits. Most coatings
displayed a new nlicrogeometry as a result of running-in. There
of 4
was no cnanze in tne microgeometry 4nduction-hardened steel-
V
45 and steel built-up ..iitn 2,Kh13 (io e-, materials with nigh
n4ffohardness and surface purity values). The great~est change
5 -

USSR
S 4_an d3IMMIN, V. I., 5varochnoye ::Iroizvodstvo,
N6 12, Dec'70, PP 3d:_32
in surface Purity during running-in was found in specimens built-
up with Sv-08C-23. Each type of coating was found to nave its own
optimum Surfacce Purity after running-in, which in many respects
determines subsequent wear resistance. Runnilig-in also changes
the microh-a-rd-ness of the coatings. The reducea mic-ohardness of
the standard specimens and specimens built-up wit-h NP-30A"hGSA
with subsequent induction hardening is due to structural trans-
formations in the thin surface layers under the action of the
high temperatures occurrinz on the centacting Lreas during fric-
tion. There ~~Is almost no cnanse in the mic.-ohardness of soeci-
Mens Iouilr.-up wiiLh ZK.413 due to ~~he high heat resistance o~
steels containing at least 12 percent chromiun. Thcre is some-
whiz of an increase in t-he microhurdness of co~acings built-up
with,Sv-OSG25 -and NP-30KhOSA without,induction hardening, due to
surface strer>hening as a resultl~ of cold hardening.
3/3

Fo=rhenkov, V. H.,
'Janetsian, R. A.,
Lebedeva, L. N..
Sawylkin,,11. 1.
Arsen'Y6, T. 1.
Ar4en'yall' T. Z.,
5c=n=, A. A.
Gus*v, V. C.,
Vorobeychikov
Application of thc TsTS-19 Plor-c,!r ir for
Ultrasonic %canning of a Lager Beam ... ...... "02
Rotation of the Lobelt of the Reflectimi ratte r
of Coherent Light an Rotation of the Iteflartinr
Surfacan ..................................... 403
study of the Statistical Propcrtl~.-s of Vor-ia-
tion" of Lh-~ 1'.Rer F;01d Inthority 0.
an a Ground Route ............ I ............... 412
Analyris of ltan4cm Variations or the Laser ricld
lntc=siLj in ttt-tt
Spqctrum During Vrop-ai;: tion In tha Traposphara 420
Study of the Passafte of Phase Modulated and
Amplitude Modulated Optical Band Signals
Through the Amnsphere ....................... 1425
M117utin, Ye. P.. Experimental Study of Taser nenet Preparation
Lobkova, L. It., in the Atmosphere ............ I ............... 429
Litvinavap T. P,~
Lobkova, L.~ H. Paer Fluctuations of Laser Radiation Caused by
a Turbulent Atriosithere ..................... 435
Wasov. G. I.. Laser Beam Videctinfnrmation Transmission Range
4:41
Levino j. it.
Genin, V. H.,
Kabancry, M. V.
1187teal, V. I.,
01ftelayteltty, S. G.
Sankowtch, B. V..
Lygakov, Ye. I.,
ofitwov, Yu. 11.
-mL Yegorovi Yu. P.,
Petrov, A. S.
Sacatov, C. A.,
Nazarov, A. U.
Sagatov, E. A.,
Naz*rov, A. U.
in an Aqueous Medium ........................... 41.3
Spatial anti Time Charecteris ties of Atmospheric
Noise in the Visible Range of the SpectrAnn V-7
Holographic Recording Through Random Media 453
Frequency 5tabtlitntion of Later CmIsnion by
the Active Method with the Application of an
-xiliary 14fterodyne ......................... h6r)
Ats
Experimental Heavuroment of Thai Natural Radi.-
ion Line Vidth of a Gas Letter with Cotroled
)Vpea of Oscillations ........................ 4 61,
Correlation Analysis of the Coherence of Laser
ETASSIGn ..................................... 471
Laser Holve. During Operation of sit Optical
Quantum Amplifier ............................ 1,78
4B8 -

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PROCKEDIMCS OF THE FIRST ALL-MON CONFERE-NCE. KIEV,
SEPTEMBER 1968
fj)RFiG,N TiTLE: PROBLM PCREDACHI INF&-~LWSII LAZFPITM lZLUC.L'r-X:y--f
Aitymol;, 1. A. UtRYUGIV.-ET AL.
s0tjRCJZ: KIEV QUER OF LENIN STATE LMIVERSITY
IMENI T.G. SCHEYCHENKO
ri
Ttlm,41atcd for FSTC by ACST
0 T I c E
r this publicition li.%vc been transimed as prcsuntcd in the vritimAl text. No
bccn nwile to verify the accuracy of any swicniunt contained hemin. This
publiihe(l with a minit"tion of cupy editing and grallhics ptcparition in T)rdcr
di\,cininatiun of information.
Go jwbliv r0case. I'listribistion milimittd.

USSR UDC 621.372.8.092.22
KATALEVSKIY, V. M., ZHDANOV, N. NX4-,~IIADRIN, A. I.
"study of the Dispersion Properties of some Delay Systems"
Radiotekhnika. Resp. mezhved. - Pau-ch-no-tekhn. s-b. (Radio Engineering. Republic
Interdepartmental Scientific and Technical Collection), 1970, vyp. 14, pp 84-
90 (from RZh-Radiotekhnika, No 4, Apr A, Abstract No 0124)
Translation: The method of equivalent circuits was used to investigate the
dispersion relation of complex delay systems. There are 5 illustrations and
a I-entry biblilography.

USSR uDc 616.988-754-616.2-036-11-022.6]-097-3
BHADRIN, A. S.; YAMENICO, A. A., MALYSHEVA A. M. WAYM11111, A. 11., GROMOVA,
-1-MYEL', If. B., and SM-01-1.0DIMISEVY A. A., All-Union S\,' -L
ij

USSR UDC 541.64:547.379
E-MULLO, I. N.I., 1KkKSUDOVA, T. M., SHAGIAYMIETOV, E. and NABIYEVA, D. I.
"Polysulfones of Phosphoric Acid Allyl Esters"
Moscow, Vysokomolekulvarnyye Soyedineniya, Vol 15, No 11, Nov 73, pp 2424-2428
Abstract: Reacting sulfur di.oxide with allyl alkyl metbylphospho-Liates and
-chlorcethylphosphonates yields phosphorus containing polysulfones.
allyl aryl 3 1 k -
Specific reaction temperatures were determined. The effect of the structure
of phosphonate esters on the reaction temperature of the formation of Doly-
sulfanes has been investigated, showing that branching in the chains of the
starting monomers leads to lower specific temperature. 'The only exception
noted was. that of allyl aryl esters of chloroalkylpho5phonic acid. Changing
the position of a substituent in the aromatic ring showe.