SCIENTIFIC ABSTRACT ZHIGURO, T.A. - ZHIKBAREV, YE.A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R002064810007-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 20, 2001
• Sequence Number: 7
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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43

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7 /7
AUTHOR": Zhigzhit-Dorzh R. GreAuate. Stud=t 47-58-3-9/27
TITLE: Course of PAysi a nin 9chools of the Mongolian People's
~iki v.shkolakh Mongollskoy Narodnoy Respu-
Republic. (Yvir~ :f i
l
bliki).
PERIODICAL.,- Fizika. v Shkolef 1956P tir 30 pp 42 46 (usn)
j
ABSTRACT: In prerevolutionary time, Mongolia had only one primary
echo
o1 with 40-50 students in attendance and the percentage
'
of literacy,did not exceed 0-5~ of the population. At present,
the republic spends large sums for schooling, laboratory equip-
ment and visualaids; to turn out cadres of theoretically and
practically trained graduates. In this connection, the physics
course in achool i,s extremely important. By nowi all physic
and chemintry studies are equipped with high quality instru-
ments imported from the Soviet Union. Soviet.teacherst in-
vite
d as-: instruc t, ore, are assisted by Mongolian teachers, who
.
do the interpreting. Since 1950i textbooks on physics by the
following Soviet'authors have been translated: A V. Peryshkin;
G.I. Faleyevi, Iand V.V. Krauklis (published in 1948~; Professors
I.I.
Sokolov, P.A. Znamenskiy, 3.3. hloslikov and others. Since
t Card, .11/2 ,
1947, the-Mon olian school programs in physics are almost

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ACC NRt A1,6029420 RCL U 0' 0057
3 -3
AU1111OR: -Zhikh Vo (Colonol,lnainear); Yonin B.
-(Captain, Engineer)
::ORGS! None
-d
TIME: An anticorrosive coating.fith prospects
SOURCE: Tekhnika i vooruzheniye,1no.16, 1966? 55-57 1
Topic Macs i corrosion protootion',,protective coating nickel plating, c,,oA&4AL,'-Q
m
wrb~ a, of nicke, 00 0 c
I CT: The us L h oating applied to metal surfaces by moana'bf it
chomical-nickol plating in discussed. Thin chomical'bath method in considered simpler
less expensive than the Galvanic plating. The bath is filled with a solution of
nielcol, salt snd hypophosphito with orGanie additives. The solution contents are ahoiin in
wtabloe The chemical proccouina,bath heated to 60 - 98 C is described. Tho proems-
.'aivo doolino in the yield rate and its restoration by adding fresh chemical agents is
.explained and graphically illustrated. A chemical platinf; circulation system is shown in
a flow diagram including the bath, preheater, cooler, regenerator and-filter. After the
-chemical process,the coated surfaces are submitted to a 30--min beat treatment at*~bout
450 C for steel and at about 230 C for aluminum. The corro.3ionliesistanco is approxi-
L
matoly the same as for chrome plating. However, the nickel-phoophorue coatings can-pro-
serve their resistant properties at higbor temperatures (up to 8W C). Thoir reaietanco'~
Card 1/2

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SOV/137-57-11-2204.5
Translation from: Referativnyy zhurnal, Metallurgiya, 1957, Nr 11, p 197 (U
SSR)
AUTHOR:, Zhikht]. V. A.~
TITLE- Porous~ Chrome Plating of Piston Rings in,the Overhauling of Motors
(Por.istoye khromirovaniye porshnevykh kolets pri remonte
vigateley
PERIODICAL: V sb. Remo t a' tomobil y. Nr 1, Moscow, Avtotransizdat
n v e
pp 2-66-282.
ABSTRACT. To chrom 'ate Obston compression rings it ispractical to use
p
porous,Cr of tube rculited type, which is produced by anodic etching
of a specified -intensity of dull-bright Cr deposits. The capacity of
the tuberculated Cr for being worn in depends upon the geometry and.
the physical and, mechanical. properties of its surface. An increased
intensity of the angdic etchi-ng as compared to the optimum intensity
(480 amp mindrn ) causes a considerable decrease in the hardness,
aInincrease in the wear of the contact surfaces, formation of a soft
layer and a great increase in porosity. The phenomenon of the rapid
Card 1/2 wearing inof the tuberculated Cr is related to the plastic deformation

MDR Jil,
4 ?11311 1

AbKAMuviuli, '.I., oror., mzimnit, A*U., inzh., -AUCUSHIN, TO.Y., insh.,
AMMANGSLISKIT. L.A., Insh.. ASTAFIYXV, S.S., kand. tekho. nauk,
AYANASITEV, L.A., inzh., 13A.RGSHT2M, 1. 1. 9 inzb., BORISOV, Tn. S.,
iazh,., -red.j BTALTT, I.L., tuzh,, MVITSKff,. A.M., inzh., OERSHHAU,
D.Kb., In.zh., G117,BURG,-Z.A., inzh., GOAOSHKIN, A.K.,inzh.,
TEVDCKIMCHIK, Kii.r., inzh., ZHIKH, V.A..,. kand. tekhn. nauk,
ZABYVAYET, Te. 1.,kancl. teitd~. ceaseal, ZOBN,-, V.S., insh..
ITAHOV, G.P..6nd. tekba nauk, 'XAPAANOV, P. ff. pinzh., KONDRATOVICH,
inzh.,'KOSTxW,.S.r.,1nzh., KOVAL1SKIT,N.N.,inzh.,1XUGLTAK,
L.A.,,inzh.,LUKYANOV,T.P.,insh.,LAPIDUS,A.B.,kand, tekhn, nauk.
LIVSHITS,G.A.,., kand.tekhn. nauk, LISHANSKIT;I.M.,inzh.,HIGALIIIA,
Ta.Ta,',inzh.,ffOSKIY,R.A., kand. tekhn. nauk; PRONIKOV,A.S.,
doktor tekhanauk, MrRM,Z.L.,kand. tekhn'. nauk, RUDTIC, M.A.,
inzh.,SOKOLOVA,N.V.,inzh., SAKLIHSKIT,V.Y.,inzh.,SAKHAROT, V.P.#
inzh., TOKARI, M.KH.,inzh.,TKACU7SKXT, G.r#,inzh,,muNicm,
Tu.A., kand. takfin. nauk, TSOPIN,K.G.,inzh.,red.; SHWHGOVD, Te. K,,
inzh., SOKOLOYA,T.P., takhn. red.
[Handbook for machinists of machinery olsats in two volumes] Spravochnik,
mekhanil:ii mashinostroitallnogo zavoda v dvukh tomakh Moskva, Goo..
nazchno-tekbn.~izd-vo mashinostroit, lit-ry. Vol. 2:(The technology
of repair woric] Tokhnologiia remionta. Otv. red. toma,IU. S. Bori eov
19580 1059 P. (MIRA i1;1014
(Nichinery-Maintenance and repair)
(Hachino7shop practice)

SOV/122-58-6-22/3?
AUTHOR: Zhikh. V. A,-L-andidate of Technical Sciences
TITLE: ~'Electrolytic.Polishing of Machine Components (Blektro-
litichoskoye. polirovamiye detaley mashin)
-60 (USSR)
~PBRIODICALa.~ Vestn it~ Mashinostroyeniya, 1958, llr~6, PP 58
:,-`ABSTRACT::7The electrolytic polishing of several stainless steels and
one. aluminiura alloy are described on the basis of published
information and.some original.test work. A universal
electrolyte:. consisting of 55%.'phosphoric acid, 150/6 sulphuric,
ter is.reco ended.
acid, Q,76 chromium' anhydride and 1496 wa U mm
Typical conditions for stainless steel include a voltage of
6 V, a current.density.of 60 A/cm and a duration,of 8
minutes..''Some steels reouire 18 V. Aluminium. alloy is
polished at 10 V. ~The etching of(Drrosion iniation.spots
takes place and crack detection is often unnecessary. The
lead'e, athode 'i's preferably given a suitable shape 'to
'equal-Ise the electrid.field. Porous diaphraGms materially
..reduce-the~accumulation.of.tri-valent chromium which poisons
the electolyte. -~Tbs diaphragms are made of kilned fireclay.
Card 1/2

ACC NR
0.
AUTHORs Zhil(h- V. A. (Candidate of Technical Sciences)
CRGi whe,
T
ITLE Accelerating. the rat4. of electrolytic galvanizing by ultrasonics
SOTJRCEs Vestnikliashinostroyeniya, ~noa'.,51, 1966 45-4
7
TOPICVAGSS ultrasonic emitter zinc
plating, electrolyte
ABSTRACT: For'the :testi. A, special ~apparatus was constructed, consisting of a Type
MG-10,11 Iultr~Lsonic "generator and:a apecial'galvanio bath with a Type FMS-6
magnetostridtive. transrormer inits-bottom part; the bath was equipped with electrical
measuring Anstrumonts,,rheostats,: and an exhaust fan* The experiments used the most
widely employed industrial elbotrolyte,:consisting of 200 grams/liter zinc sulfate,
45 gramsAiter sodium sulfate, 30 grams/liter aluminum sul 'fate, and 10 grams/litor
dextrin, witli a pH of 3.9-4.1* The experimental results are exhibitod in a series of
curves.'.-The-effect of ultrasonicil.on.a sulfuric acid galvanizing electrolyte makes It
possible to increase oonsiderabli the cathode current density, which results in
increasing the-rate of growWof the electrolytic zinc by A factor of 12-15 times.
The optimum current density was 11-15 a/6 v~4, Mie deposits in the presence of
ultrasonics were more vniform and had a, greater density and hardness. The application.
I'Cwd /9' Mas 669.38?

16(1) 05776,
AUTHORS ZIQ~ BOV/41-11-4-2/15.
(Khar kov)
.
TITLES
of,:the-Exiension's of J Symmetrical OperatoTs
-~On :the Theo3ry
PERIODICAM UkrainBkiy matematicheskiy zhurnalf 1959, Vol 11,Nr.4,pp 352-365:'
~(USSR)
.--ABSTRACTS The-author considers i-selfadjoint and:J-symmetrical operators
(compare- fRef 42).. Let A be a J-symmetrical operator and ?L 'be
0
a point~of.regular type. The J-selfadjoint extensions of,a:'

,is of regular type*, are
J-symmetrical.'operator Afor which
~
O
denoted as correct extensiones'Let.G be the orthogonal complement
of (A) (A- AOI)DA in the Hilbert space H. The dimenaion.m
X0.
of G:is.call A in the point -A i
ed the defeat number of 0
Theoremis LetA be a~J-symm trical operator. If for a the
- .range of values.~A~_ (A) of:A-'&Iis.identical with H, then, Ais
J-selfadjoint.:
-Ao i s of
Theorem.2s Every. J-'symmetrical operator A for which

t. oa J-selfadjoiftt operator A, 66
regular.type can be extended
that 9L -for.Alis,of regular type.
0

Card.
1/2 Th rect J-selfadjoint extension of the
eorem,31 If At is a-cor

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1 `6 N ir /nr( 'A.-,[) K-T- jP~!C F11 - q A I Jll
AUMOR: Vernidub, I. I.; ZbD11=qT1r._A,,&.; ~Iedaliyev, YM. Kh.. ?ra~rdun, 11.
$u1akvel3Aze. 0. .; aWmakova, G. G
A
TIM: Ice-forming properties of kn~iodjdAerosols produced by ~~nbustion of
11 '~',~Fetallo-lodide compounds
SOURCE: Ali SSSR. Izv. Ser. geofizicheskaya, no. 8, 1963, 1278-1264
IC'TAGS
-aerdsolo- dMonitmiodide-.~, 1~ad. Iodide, fog,, supercooled fog, UXjwe
~~c oud chambe -:cr
riz cc stal-
v-z ~y'
iABSTRACT; The crystallizing affect of PbX2 aerosol, on a supercooled aQue
linka cloud chamber haa been investigated. The aerosele vere prod-aced by the com-
bustion of lead povder and iodime-containing subiqtanceG (crystalline I, MkI' CHT
and 0-C6i,.0). The quantity of ice crystals produced at & fog temperature o-
~012 C_
is dependent on the materia.1 used and rangea from 2.5 x 10-' %C~ 5 x - JS a
per gram. An aerosol produced from an NH.1 aeroGol Is as effective as a pure ?bl
aerosol obtained by the sublimation of lead iodide in an elec*:r-',c arc. The ice-
forming capability of Pb12 aerosols produced 'by the combustion of metallo-iodi,-be
C.,d 1/2
_T_ ~L

L 17693-63
ACCESSION NR: AP3005590
materials increases with a temperature decrease of the aqueou., fog. Aerosols of
all the investigAted metal-lo-iodide materials are hig~Lly monodispernive: between
53 and 1114,. oil the particlefl axe 0-05-0-15 ~' in dAameter. The ?redom-'nanr fractl-:)n
o" Par- -'(,s In an aerosoi 4-1 dlewndent -r. *,hr- I--" le--,onta'n~ _1
2~ f igures, 2 .ab-es, iiL,-
A-13SXIATION: none
Sum= zD: 18c*-c6l DATE AtN,- X.
SUB CODE: AS NO REF SOV: (X~2 D=: X3
'T, T

MW F40,

71ACCANKI A110035717 ICH CODE: URi
ZIA
0413/66/000/019/0073/007
-71NVENTOR: Glazunov, S. a.; zhikha v 1. A. Khrust~sqvi "nmov,
Kq
--Z-Ujio-V A.
I Yershov,j!~. Y. Yasins~kiy, a,
A
ORC- none
TITLE: Melting-pouring unit. Class 31, No. 186647
.-,."SOURCE: Izobreteniya promyshlennyye obraztsy, tovarnyye znaki, no. 19, 1966, 73,
TOPIC TAGS: active metal, metal castin metal vacuum melting, centrifugal casting,
casting unit, vacuum casting u-_
ABSTRACT: This Author Certificate introduces a melting-casting unit for centrifugol
casting of reactive metals. The unit consists of avacuum chamber which contains a
centrifuge with a vertical'axis of rotation. The melting crucible is mounted in the
centerof the centrifuge; the molds are on the periphery. To ensure continuous
pouring of metal without extinguishing the arc and tilting the cruciblet the latter is
provided with aide openings connected with an annular collector installed between the
molds and the crucible.
SUB CODE* ~13/ SUBM DATE: 28Dec64/ ATD PRESS: 5105
Card 1 1 UDC: 621,745,552, 042,002,51
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L 12354-63
S/o8i/63/000/005/020/075
AUTHOR: Konkin, V. D. and Zhikharev, V. 1.
TITLE: Analysis of alloys using urotropine and trilon B
PERIODICAL: Referativnyy zhurnal, Xhimiya, no. 5, 1963, 128-129, abstract
5G129 (Sb. tr. Ukr. n_1 in-t metallov, no. 8. 1962. 329 - 336)
TEXT: A method was developed for analyzing alloys, containing large
quantities of Cu, Al, Ni, Co and Fe, using urotropirie and acmplexon TIT (1).
0.25 g of alloy are dissolved in H'M3 (1:4), 20 ml H2504(1'-3) are added amd the
mixture evaporated to whito fumes. 100 al of water, 5 al concentrated HCl arA
30 al of 30% solution Of Na2S203 are added to the residue anci it 44! boiled to
coagulation of CuS precipitate, which is then filtered and washod ~,-ith IM %-~:
19). For determination of Cu the CuS precipitate -'s dis5oivua " "G m.1 of hot
HN03 (1 : 1), 100 ml of water are added and a solution of NH40H to the transi-
tion of a light blue color through congo red into red. Then H(.l (1:1) 13 ad-ded
drop-wise to a rose color appearance on congo paper, murexide Ls introduced and
Cu is titrated with 0.05 N solution 1. For separation Qf Fe ana C. from N1 amd
Cc 10 ml of concentrated RE03 are added to the filtrate after separation of the
Card 1/3

--1 ~11
L 12354-63
Analysis of alloys .... S/081/6"POO/005/020/073
0
CuS. The solution is boiled azd upon cooling to 800 C, 2 g of NHI~Cl and E140H
solution are introduced until precipitation begins. The precipitau is dis-
solved by addition of dilute HCI and a V,$ solution of urotropine is added until
hydroxides precipitate. After this, 10 ml of urotropine ire addod in exoes5
and the solution is held at 800 C for 10 - 15 mintites. The solut"or, et:-, vro-
cipitate is diluted to 250 ml and filtered. Fe &nd k! are ti(itervd,ned t_n tne
precipitate. To do this, the precipitate is dassolvea a_n -)()t. 4cl _91 and i*e
is precipitated with NaOH. The solution with Fe(OH) procipi--ate is di-lutea
to 500 ml and filtered. To 250 ml of the filtrate 28 a! of 0.1 N solution of
I are added, it is made acidic with HC1 using congo red paper, orlocnorme black
ET-00 is introduced, ammonium chloride buffer solution and an exce!s of I Is
titrated urith 0.1 N solution of ZnSO4. For determination of Fo the precipitate
of FO(OH)3 is dissolved im HCI (1:1) and a solution of NH40F Is added until pre-
cipitation begins, HCI (1:1) is then added to the precipitate. Several drops of
20~ solution of sulfosalicyclic acid are added to the solution and Fe is ti-
trated with a 0.1 N solution of 1. For determination of the sum of Ni + Co
0.1 - 0.2 g of murexide and 2 ml of concentrated NH40H are introduced to the
aliquot portion of the filtrate (obtained after separation of Fe aryi Al by uro-
tropine) and titrated with 0.1 N solution of 1 to the appearance of a pale pink
Card 2/3

L 12354-63
Analysis of alloys s/o8l/63/000/005/020/0?5
color. Then 2 ml of concentrated NE40H are added and titrated to transition of
the color to rose-violet. In the other aliquot portion of the filtrato Co is
determined by grav-Imetric and potentiometric methods. F. ar--,)v.
[Abstractor's note: Complete transl%tion.]
Card 3/3

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S/170/59/00i/12/021/02t

:AUTHOA8% -Zh1k revq Ye.
is B0141BO14
TITLE t International Conference on the Use of Powerful.Sources of Radiation
in Industrv

.PERIODICAL: -fizicheskly zhurnal, 1959,
In2henerno SSR)
'0
"M
3i,
T
ABSTRACTs- This conference was hold in Warsaw from September 8:to 12$ 1959 by:~
the.International Atomic Enera Aaency. It was attended by 147
legatee from 27 countries. bO lectures were board, 13 of which were
delivered by. Sovi4t- delegates. The Soviet Union was represented-by
11. A.- Arifov, Academician of the AS UZSSR, Academician S. 8,
Mpa-wedev kMoscoW), Professor4. S. Kuzminaki (Moscow), Professor
/
Bakh (Moscow), Professor V. I. Sinitsin, T., V. Timet
V
Na A. skhladxA,
Candidate of Technical Sciences (All GrSSR(AS Gr-uzinakaya SSR))j
A. V. Bibergal (Mosoow)'
Candidate of Technical Sciences,
,
7-h,ikhArev.kAK BSSR (AS BSSR)), Candidate of Technical Sciencen, and
Frotessor S. V.-Karpoyj head of the delegation. In a short address,
the Polish premier Cyrankiewicz acknowledged the valuable aid'whioh
Poland received from the Soviet Union in the peaceful utilization
ofatomic energy. Of special interest were lectures delivered by
Card 1/2 lq.~V.~Barelkol )L B. Kartashev P. N-- Xomarov, and M. A. Proskurnin

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