SCIENTIFIC ABSTRACT VALEYEV, A.M. - VALEYEV, K.G.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001858430001-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 31, 2001
• Sequence Number: 1
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

VALEMp A.M.; GOIZV,7u.D,; UOISVA, Z.11. j GOLOVKO, R.Ye., ZAVIYALOVAl B.A.;
iAI&SRU, B.A.; ZVERIVI Ye.A.j LIMSK179 F.A. ; MANGUMOVp I.Kh.j
MITZLER9 M.Kh.; MUTOVKIN., V.A.; RUDAKDVI Ya.D.; RUKOV4NOV, B.F.;
KHASANUVp G.M.; ESIW9 Z.I.; ZUDINp B.A. 9 red.; BORUNGYp N.I. y takbn. red.
[Adjustqent and operation of equipment in thq Novo-11fimskii Beat arA
Electric Power Plant) Valadka i ekqpluitatsiia oborudovaniia na Novo-
Uflmskoi TETs. Moskva, Gos. energ, izd-yo, 1961. 175 p. (MIRA 14:9)
(Baabkiria-Electric power 14ants)
(Bashkiria-He$ting from central stations)

VALEYEV, A.M... Inzh.
Some features of a long-distance power distribution protection
system using a Bresler relay. Elek. sta. 33 no.7%88-89 JI
162. (KRA 15:8)
(Electric power distribution-Equipment and supplies)

__jAUMV,-- A.M.,, inzh.
Electrical equipment maintenance and servicing intervals
and labor productivity. Elek. sta. 35 no. 4s66-67 Ap 164.
(MM 170)

VAIXYEV, A.M., inzh.
Automatic voltage control on d.c. busbars. Elek. Ste. 35
no.10:84-86 0164. (KrRA 17:12)

VALEYEV., A.S.
Deteradning the optical constantB of thin lov.-capture filma.
Opt. i spektr. 15 n0-4:500-511 0 163. (141RA 16:11)

ACCESSION NA: AP4042985 s/oo5lA4/017/001/0093/0101
AUTHOR: -Valevev,-A.S.
TITLE: Effect of weak absorption in layers on the position and mag-
nitude of the extremum of transmission and reflection of a multi-
layer coating
SOURCEt Optika i spektroskopiya, v. 17, no. L. 1964, 93-101
TOPIC TAGS: optical absorption, light filter, coated optics, di-
electric coating, light reflection, optical transmission
ABSTRACT: The analysis was undertaken to explain the discrepancy
between the theoretical transmission of commonly used multilayer
dielectric optical coatings and the experimental results. Formulas
are derived to take into account the net effect of true absorption
..and of scattering by inhomogeneities and defects in the layers, and
to determiine~the positions of maximum and minimum transmission and
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ACCESSION NR: AP4042985
absorption of the coatings. Calculations are presented for some
concrefe typei'of multilayer coatings and interference filters, but
it is 6mphasiied that the optical properties of such coatings are
not governed by the absorption alone, and that the effect of varia-
tions in the layer thickness and of optical inhomogeneities must
also be evaluated. "in conclusion, I thank P., G. Kard for valuable
remarks." Ori4- art. bass 22 forT~ulas and 2 tables.
IASSOCIATIONt None
SUBMITTEDs lWul63 ENCL: 00
!SUB CODEs OP NR REP SM 004 OTHERs 000
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ACCESSION NR:' Ai4042986 s/oo5lA4/017/001/0102/0112
AUTHORSs Yafayeva, V. B.; Valeyevs, A. S.
TITLE: Interference optical band filters
'SOURCE: Optika i spektroskopiya, v. 17, no. 1, 1964, 102-112
TOPIC TAGS: light interference, light filter, band spectrum, dielec-,
;'tric coating,,optical transmission
4.
ABSTRACT: The use of multilayered dielectric coatings for the con-
struction of optical filters that transmit a limited band of the
spectrum is considered. The analysis is limited to narrow-band fil-
ters made up of alternating quarter-wave layers with large and small
refractive indicesil respectively. General equations are derived
for the transmission coefficient and bandwidth of such a filter by
a method which~ can be generalized to include coatings made up of
layers of more;than two substances. Results of electronic-computer
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1/2

ACCESSXON NR# AP4042986
calculations Vised on this method are piesented for several concrete
i I
filters' and ari shown to be in godd agreement with the experim.ental
resulti'. Ori4. art. hast .7 figure's. 5 formulas, and two tables,
IASSOCXArxoNl ~;one
iAug63. ENCL:"00
3
SUBMXTTEDs
SUB CODE: OP NR REP SM 003
OTHERs 005
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212 .... ...

L 64467-65 1 j IT i-
ACCE3SION NR; A F t7 1
1AUTHOR! Valeyev, A. S.
-4
TITLE, On a technique for the determination of the optical constants
:of thin weakly absorbing layers
ISOURCE: Optika i spektroskopiya, v. 18, no. 5, 1965, 889-891
TOPIC TAGS: light absorption, opti.c constart, optic n1eastrement,qftf
jight filter, refractive index
~ABSTRACT: The method previously published by the author (opt. i
spektr. V. 15, 500, 1963) is supplemented by an investigation of the
possibility of using a weakly absorbing stibstrate. of the accuracy
of '-h- re-thod, and ,~f -,an
de~
from
of a film deposlt~ej a
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L 64467-65
I(AGGESSION NR: AP5012621
shows that the systematic error is the larger, the less the refrac-
-Itive index of the film differs from the refractive index of the sub-
I
!strate and from unity. A procedure Is show-i for caloulating the
,optical constants in the case when it- Is lm~-,)osslble to leri ie mlrtim~,m
Iand maximum curves for the layer, such aF happens wher! It is n~:C-,q-
isary to determine the optical constants of -a layer with an optical
'thickness on the order of X/4 -- N/2, when the transmission curve has
only orie minimum or maximum In thin spectral regiori of iriter-st. Th I S
v -,D L7
eii iall
N/2. The modification that thip E 1 1 r, r - -
earlier reference Is rli~-. arl. ~,as. 1',
,l figure.
!ASSOCIATION: None
S U B.14I TT E D: 13Apr64 ENCL: 00 STIR CODE: I)F
NR REF SOVI 001 OTHER: 000
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_1 4W4-66 EWT(l)/EWT(m)/E7WP(i)_/
(t.)/]~IP(b)/EED(b) -3 W (c) JD
:T/ t
ACCESSION NR: AP5011901
UR/0051/65/019/001/0121/0127
535-321 + 535-341-15
AUTHORS: Valeyev,
-A. S.* Gisin, M. A.
TITLE: 'Optical properties of thermally deposited antimony tri-
sulfide and tellurium la i the infrared spect-r-a-1--
-yers/ n
SOURCE: Optika I spektroskopiya, v. 19, no. 1, 1965, 121-127
TOPIC TAGS: antimony compound, tellurium, IR spectrum, optic property
ABSTRACT: Although the substances In question are widely used as
high-refractive-index layers for infrared applications .. their opticalli
constants have,not been adequately-investigated in the past. The
present paper presents the results of the determination of the re -
fractive index afid the absorption coefficient in the region where
these layers have maximum transparency and In the adjoining' regions,
namely I -- 23 ~L for antimony-triaulfide and 2 -- 15 ~L for tellurium
layers. The procedure used to determine the optical constants is
described elsewhere (Opt. I spektr. v. 15, 500, 1963) and is based on~____
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T, 4444-&
ACCESSION NR: AP5017901
determining the refractive index and the absorption coefficient from
the measared maximum and minimum values of the transmission coeffi-
cient of the layer by successive approximations, The main results
are shown in Figs. 1 and 2 of the Enclosure. The large scatter in
the experimental point attributed to Inbomogeneities tn the structure
of the layer which gives rise to a great variety in the properties
of the layers of different thicknesses and of different internal
structure. Tests of the effect of heat treatment In air and in
vacuum have shown that beat treatment produces noticeable changes In
the optical constants of the tellurium layers. This is interpreted
from the point of view of the response of the inhomogene'Lties, which
consist of amorphous and crystalline sections, to the different heat
treatment conditions. Orig.,art. has: 4 figures, 1 formula, and 3
tables
ASSOCIATION: None
SUBMITTED: o8may64 ENCL: 02 SUB CODE: OP
NR REF SOVi.--..005 OTHER: ~006
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MILOS=: 01
fe -
20
1. Optical constants of antimony trioulfide layers
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ACCESSIOV
Y
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MR: AP50IT901
12
f
4.8
0.06
W2'
416, 8
Fig. 2. Optical constants of tellurim layers
ENCLOSURE -02-

A 6 _S -OU-P-C-E C_ -D-B -:U F4.1 iiil~ii 20/01
ACC NRs V 035888 000 0 28/0128
INVrNTOR: Pazukhin, S. P.,: Valeyev, A. S.- Yakovlev A. 14.1 Leontlyev,_V, A.
ORG: none
TITLE: Hydroacoustic instrument for detecting underwater obstacles and determining
their coordinates
SOURCE: Izobreteniya, promyshlennyye obraztsy, tovarnyye znakA, no. 20, 1966, 128
s )nar, actiur_
TOPIC TAGS: Z~rwater obstacle d tect r
n equipmen.t, sonar ptn 4-
�m1=; navigatio 7_ ":7
ABSTRACT: An Author CelPtificate was ?Ssued for a hydroacoustic instrument for
detecting underwater obstacles and determining their coordinates. The instrument
consists of a transducer with a drive for its rotation, lowering, and raising, a
transmitter, receiver, indicator, synchronizer, power supply, and control panel. To
improve the accuracy A measurements in shallow water, the instrument is equipped
with a tuned piezoelectric vibrator, whose rectangular emitter has a step-like cross
section, ensuring that the lower limit of the sonar beam pattern direction is parallel-
to the traveling level.
SUB CODE: .09, 17/ SUBM DATE: 29May63/ ATD PRESS: 5106
Card 111 UDC: 54,712.35

VALMV, A.Sh.
.. - t
Blectrolytic polishing of metals at lov current densities. Izv.
Kazan.fil.AN SSSR Ser.khim.nauk no.1:75-79 150. (HLRA 10:5)
(Electrolytic polishing)
(Metals-Finishing)

VALEYKV, A.Sh.; VOZDVIZHEIISKIY, G.S.; DRITRIYEV, V.A.
Electrolytic polishing of heterogeneous alloys. Trudy I
no.15:22-25 150. [publ. 1511 (MIRA 12:12)
(Alloys) (Electrolytic polishing)

WE YEV, A. Sh.
USSR/Physics - Anodizing
Electrolysis
11 Yay 50
"Anodizing ~)f Textured Metal, 11 G. S. Vozdvizhenskiy, A. Sh. Valeyev, T. N. Grechukh'ina,
Chem Inst imeni A. Ye. Arbuzov, Kazan Affiliate, Acad Sci USSR, 3 pp
"Dok Ak Nauk SSSRII Vol LXXII,. No 2
Discusses anodizing process considering surface texture of metal. Experiments demon-
strated that metals with different crystallographic characteristics respond differently
to anodizing action. Yzthod of surface preparation also has definite effect on
quality of oxide films. Application of electrdy polishing, instead of mechanical
preparation of surface, promotes more uniform, and consequently less porous, films.
All experiments have been conducted for aluminum, and those for iron and coppernre
being continued.
PA 160T83

ttM/CheMistrY - Anodic Oxidation ~an 51
"Anodic Oxidation of Texturized Metal," G. S.
VQzdvishenskiy, A. Sh. Valeyev, T. N. Grechukhina,
Cbeft Inst imeni Acad A - Ye - Arbuzov, Kazan Aff il-
iftte, Acad Sci USSR
"Mur Iriz Khim" Vol XXV, No 1, pp, 87-92
Conducted expt on anodic oxidation of differently
texturized (polished with emery, mechanically,
electrolytically) samples of Al, duralumin, Cu, Fe.
round texture vas detg factor. Exptl material
18-OT17
um/chemistry - Anodic oxidation (Contd) Jan 51
d~i~onatrated correctress and gen nature of concepts
of anodic processes for elec'~~olysis*with metal
anode and of processes of "electrolytic dissolving"
of metals.
C0 LC
180T17

N- -
I , , -, - - .. - o. 'j 1, ST- I
-- i"'ZIA-1.2 j W,
- -,,-5 '1,
-1 A i ~~ 7.
- ~'-24"Fg~ol " "
. iN ~ ;.-A - iii- IM

I tes for the clectrochi"
I~electrOl 125 1 '41
throwixtg power q
ling of cut-C MR
gnisl P
dG, A G,,ba~lll-
"z"-vl "" J, -T.C.A.4i.4335d-
1 jt,
23TU3 -4( , H. Ldit-4

VOSDVIZHEHSKIY. G.S.; VALMV, A.Sh.; GOR'R , G.A.
Dispersibility of electrolytes during the electrochemical processing of cutting
tools. Zhiir.prikl.khim. 26 no.10,,1094-1096 0 153. (MLEU 6:10)
(Blectrolytes) (Cutting machines) (Metale-Finishing)

m of Electrolirtio Polishinil: of
"Ike6trulatica on of tite We6tnts,
troWo Polishing of
L-] Mechanism of the Else
A. 8b. Val6ev (Zhur. PrikW. Min., 1954, 27,
Rusidmaj. Plates of Dutalumin. D-10-T
rce
`,wero electropoVAM' iti & bath contg. e3ull PC ntapa
.0%
(35 -4" wt.-%) of H%S0, aad 11,P0,. + LcO,, rising
rbcathodeslipmAktant. Each specimen was rmterneried,
voastoobtalounlf~rmcanditions. Thechiraticnofthetcsta
M-ged front 20 irds). at an anodia a.d. (D.) of 5 ainp-ldiu.1 to
i-0min.at16Oamp,jdm.4. For a specimen eleotto liNhedin
a bath. "ith 111,40 and 41PO, Concentrations of 4
o " at 6(r C.'
the curve showing the Variation in D. with a tent
(e,).was only Aj4htly disipItAnd from the curve of D. againit
thd roltage V; Le, the bulk of the resistance, is corcen t
in the zt,,sr-anc-lv; layer ofelactrolyte. Thecurvracandiited
of-two, sharply rwitiq portions (0-12 amp.ldm.1 at -0-1 V.,
by a oil ht
and _.1O-I5O.;vnp.jdffj,3 at -17-20 V.) separated
F;ll and a gently -Ung portion. Ile fint rise correeponled
with otching afth-5 c,ic-tal and formation of a black deposit,
rubbed off; tit the snond portion of the curve, the
depottit wns not formed and the inat4l was etched
b
b~ithtlp In. tho tocond aharp rise, politthing ocom-red,
btroming oonverted at very Itfrh cd. into corrosion. lit
similar te-sta on a bath u ith If
50, and If,P0, vonceatm tons
ol'43-Ve. at SO' C..
stirring incrcaac,d the values of e. &t o (I- i
>22 am p./dm.1 and reduced the values at ed.