SCIENTIFIC ABSTRACT ZHUKOV, V.N. - ZHUKOV, V.V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R002064920019-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 19, 2001
• Sequence Number: 19
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

ZHUKOV,, V.N., reA*; SOKOLINSM, I.Ye.,, tekhn. red.

USSR Farm Animals. Honeybee. Q-7
Abs Jour Rof Zhur - Biol.., No 14k 1958, No 64583
Author Zhukov., V. N.
Inst Not given
Title Nectar-Productiveness of Buckwheat in jIfter-Harvost Crops
Orig Pub ; Pchelovodstvoj 1957, No- 12,, W-41
Abstract : In after-barvest seedings, the buckwheat flowers in August
and in the first half of Septebber, when the season of ext-
rene hot weather and drought have already passed. It was
established that one buckwheat plant in after-harvest seeding
secretes 21% more sugar than in spring seeding,
Card 1/1

DZHUMAYEVP F.T.; ZHUKGVp VOF.
Preliminary data on the physical developnent of children in
the eastern Pamirs. Zdrav. Tadzh. 10 no.3:6-8 163.
(MIRA 17:4)

SOURCEs Morskoy abornik, no. B., 1965, 25-31
ph~'aerial reconnaissance, amphibian opera i n
TOPIC TA t 0
AG19 aort
41_photogrg
photographic reconnaissancep radar reconnaissance
ABSTRACT t Amphibious operations vere studied on the baqifl of U.S. experionceS
In World gar H. The general reconnaissance re,ju:Lrements for each operation
are the same, requiring close coordination if tj~,o various air arms of al~' the
services. Prior to the development uf opei-atio~ial plana, the terrain rQuat be
surveyed, defensive installations detac%ed, -~ine,,iy di!jp(',ijtior1 noted, si')p1V am~
re.3ervo potentials studied, etc. tr-afisiz, tA too landili'- force 1') tlie
,Jebarkation a-rea, corvoy3 must be prtz,-;Le'l, aiw,~ enemy 'crces -apaLle uf
interrupting the operation mu.3t be Kept lun,,cr DIFiric t'le
aerial reconnaissance reports assist in contr'oL,i;-4- "zifire, organizAnr ~and:ju,
,-)peratlons, and noting changes in Lne anew's uLreiieLri. To ensur13 tnaL Lile
necessary information is gathered ana rapidly relayed tu the commaiders, an aeria-l
Card 1/2

L 1331-66
AMESSION fill tAP5020hu
f reconnaissance force should be aosemblod, and a comaunication network ostabli3had.
Visual reconnaioance, chiefly used during the fiotabat atage, provides speed Mut
flexibility, but is Limited by meteorological .-ooiitiuna and delivers only
subjective reports, not documented naterial for later stu(ly. Aeriai photot;rap4f
is useful during the pianning btages. lt penitits uetailed at-tidy, but the time
delay in processing the photographs is a d!:-aovaritagu duxing (:mba-t,. hadar
reconnaissance is useful during poor visibility operations, provides long range
visibility, and is essential for detection of the enemy's electronic potentialo
Infrared reconnaissance has maiXr advantages, its chief d-rawback being that its
operation requires highly qualified specialists.
ASSSWIATION I none
SUBMITTEDs 00 ENCLO 00
NO REF SOVt 000 OTHERs 000
Card 2/2
SUB COM MS

L 31270-66 EWT(mj/~r(j) RM
NR- AP 22802 SOURCE CODEI UR/0079/1
AUTHOR: Padovik, A. Nq F ullin, E. M-1 Zh
St-- Univers -ayz r
ORG: K&zant. ate ~~Kazanskiy gosudarstvermyy.~univeraitst).,.
TITLE: 9,yelic asters of .3 tur ed Rhosphipic ' idp
SOURCE: Zhurnal obshchey khimii, v. 369 no. 2, 19669 3 -314
TOPIC TAGS: esterification, cyclic group, organic phosphorus compound, chlorinatt!d
organic compound, molecular structurev chemical decompositionp
phosphinic acid
ABSTRACT: A soriao of alkylonoelycol-beta-chloroalkyl ostors of phosphorus
acid wore prepared in high yields by tho action of chlorides of alkylenogly-
colphosphorous acids on otliylono oxide, propylene oxide, and glycerol
opichlorohydrin. The cyc3-ic esters of phosphorous acid added sulfur shen
0
heated to l00-.U0 , being converted to esters of thlophosphoric acid. Therma.
isomorization (180-2000) of alkylonoglycol-beta-chloroalkyl esters of
phosphorous acid yielded alkylenoglycol'ostors of bet"chloroalkvlphosphinio
acids. An Arbuzov roarrang"ont also occurred upon heating of the cyclic
phosphites with alkyl halides, Treatment of the a3kyleneglycol estora of
bota-chloroalkylphosphinic acids 'with triothylardno in benzano solution with
heating resulted in aplitting off hydrogen chloridet and formation of _
alkyleneglycol esters of' vinyl- afid propenylp'hosphinic acids. Orig.-art. has:
3 tables. [JPRS]
SUB CODE: 07 SUBM DATE: 08Mar65 / ORIG REF2 005
I Card 1/1 UDC: 547,26T118 r--.j

ACCESSION NR*. AF40247Z4 S/0109/64/009/003/0429/0433
AUTHOR: Zhukov, V. P*-
TITLE: Dispersion of the number of zeros in the sum of a harmonic signal and a
'narrow-band noise
SOURCZ: -Radiotekhaika i clektronika, v. 9, no. 3, 1964, 429-433
TOPIC TAGS: harmonic signal, noise, narrow band noise, axis crossing count
ABSTRACT: The dispersion of the number of axis crossings for a Gaussian
process with no signal present was considered by H. Steinberg, et al. (J. Appl.
Phys., 1955, 26, 2, 195).' In the present article, the dispersion is estimated in
T duration realizations of -a harmonic signal plus a fluctuation noise concentrate
in a narrow band around the signal frequency. The dispersion formulas for large
...--.and small signal-to-noise -ratios are developed in terms of the energy spectrum,ol'...
the phase derivative of the ainusoidal-signal-plus -narrow -band-n oisa cornbination',
1 /Z
Card -V

52-4

ZHUKOT!I, V.P.
S.vstematic noise produced errors of an electronic-digital fre4uency
meter. Izv.vys.uchebazav,; radiotekh, 7 no.6s'132-738 N-D 164,
(MIRA 18:4)
THERWRII)NIRART111 191111114111!l1 101115 lit

~ DROVYASHTN, B.V.- ZHUKOVP V.P.
p
.19ignal-tc-poine rafio at the output of a beat det4ector, Izv,,-vys,
ucheb.zav.; radiotakh, 7 no.61756-760 N-.D 164.
(MIRA 18:4)

ZHUK H_j.V.P.
Dispersion of the number of zeroes In narrow-band normal noise
with finite duration. Radiotekh. I elektron. 10 no.5:839-843
My 165, (MIRA 180)

Z DYt~ LEONT17EV, ?.A.; XWFUSHIN, ZAj VOROTNINOVA, R.V.,
red.; BERNGA N.Ye., tekhn. red.
[Manual for joiners and.carpentersISpravochnik stoliara i plot-
nika. Voronezh., Voronezhakoe knizhnoe izd-vo., 1962. 271 pe
(MIRA 16:3)
(carpentry)

ZHUKOV Vaoiliy Pavlovich; GUROVI S., red.; POKHLEEKINA, M.,
(Public bureau of economic analysis. Bureau of economic
.analysis staffed with volunteerv) Obahchestvannoe ekono-
michaskoe biuro. Moskva, Moskovokli rabochii, 1963. 66 p.
(MIRA 16:7)
(Industrial management)

ZHUKOV, V.P., inzh.
Graphical method for locating the place of damage in overhead
communication lines.- Avtom., tl6lm,i oviaz' 4 no.3:30-32 Mr
16o. (HLU 13:7)
1. Novokuznetskaya distantsiva signalizateii i ovvazi Tomeko7
dorogi.
(Electric lines--Overhead)

ZHMV, V.P., inzh.
-
0000,10 --1 , 1-1 A:--
Mechanized line for maon production of planed places. Der.prom. 7
no.91.20-21 S '58. (MIRA Ilill)
1. Voroneshakiy inshenerno-strottelInyy inatituts.'
(Planing machinen)

ZHUKOV? V.P.
Dispersion of the number of zeroes in the sum of a harmonic signal
and narrow-band noise. Radiotekh. i elektron. 9 no.3:429-433
mr 64. OURA 17:4)

awmxm~_
Panel-tyro doors with hollow corec. Dor.rTor. 6 rr:.7:;'M-23 JI 157-
W-LI-A 10:8)
1.Seletckiy do-ioatroitellnsrr kombirAt.
( Doors)

ZWKOV, V#P., Inshener.
Using pneumatic processes in simultaneous action composite dies.
[Izd.] LMTCKASH vol.40-.171-177 156, MU io: 4)
(Dies (MetalworkIng)) (Pneumatics)

ZHUKOV V.P.
Probability density of the phase own derivatives of a sinusoidal,
signal and Gaussian noise. Radiotekh. i elektron 7 no.7:1244-
1246 162. (MRA 15:6)
(Electronics) (Information theory) (Radlo)

ZHUOT, T801117 PavlovIch; TRUSIKOK, Vikolay Parlovich; CHWOT, To..
red@; FATWTA, .5. , tokbn.red.
[Now wage system; practice of the Pbrovo Experimental Plant of
Metallurgical Machinery Manufacture] Novya usloviia oplety truda;
opyt Perovskogo skeperimentaltnogo savoda matallurgicheakogo ina-
shinostroaniia. Moskva, Mosk.raboohii, 1960. 65 p.
(MIRA 13:9)
(Perovo-Machinery industry) (Wage payment systems) .

ZHU-KOVL- V. P.
Prcbabllity denslty rf t? ',-- d-~;--Ivatlve of pbawa e-wi of a narrour-band .,
nignal and gavonimn noleta. i elektron. 9 rio-9:1692-1694 -
3 164, (MIRA 17:-10i

V.Pe
Effect of the vol=etric weight of wood particle boards on
the difference in their thickness. Der.prom. 14 no.11:12-14
N 165, (KRA 18:11)
1. Voronezhskiy lesotekhnicheskiy institut.

W50. SOUM COM UR/0286/65/000/016/01,'47/07130
AUTHOR:
ORG3 none
TITLEs Device for coupling of ships. Class 65, No. 174082
SOURCEs Byulleten' Isobretenly i tovaMkh znakov, no. 16, 1965# 130
TOPIC TAaSs qhip--j;qupX oupling device
ABSMCTs This Author Certificate presento a device for a4mpling of ships which acm-
tains a pivoted hook and a horizontal bar (see Pig. 1).
+6-
Fig. 1. 1 K*okj 2 - horizontal bar; 3 slotted bar; 4 flLt&; 5 posts.
Card 1/2 UDCS 629.12.0it

-A C C--
To simplify construction, the hook is made from a bifurcated plate rigidly attachod to
a horizontal movable bar. The central section of the bar has flats which allow Mg-ting
with the hook of the other ship and which look the hor'~, Into placa aXter ratat'len of
the bar . The ends of the bar a" mamted in the Ter-tical slots of tWQ Ponta 1hicb. are
placed on the edge of the ship wd which are also used me aleats. Orig. art. h"s I
figure.
MB CODEt 13/ SM DATSt 250(st63
I Al

ZHUKOV. KORSHUNt L.L.; MMOZOVAt S.S.; NOTKINO M.M.
Well-covering mat finish of furniture. Der. prom. 12 no.12t
16-17 D 163, (HIRA 17:3)

Al
SOV/123-59-16-64435
q%Rslation from. Referativnyy zhurnal. Mashinostroyeniye, 1959, Nr,16, p 1.14 JR
AUTHOR: Zhukov, V.S.
TITLE: An Automatic Line for the Grinding of Hulls for Engine Cylinders
PERIODICAL; Avtostroitell (Sovnarkhoz Gorikovsk. ekon. adm. r-na) 1958, Nr 3 (38)
15 - 16
ABSTRACT: The superiority of using automatic lines, consisting of five mtfItipurpose
centerless grinding machines, when machining hulls of engine cylinders, is
noted. There is a prism in front of the first machine on which the woj7ker
puts the part. From the machine the part proceeds to a similar prism and
is pushed out onto 2 long conic rollers, by means of which it is moved to
the following machine. 1 drawing.
M.I.V.
Card 1/1

ZEUKOV* V.S.
Use of electronic-acoustical and radlometric methods in study-
ing the properties of sea ices ProbloArkt*l Aztarkto noo2i
83-93 160. (MIU 13t6)
(Sea ice-Testing)

ZHIJKOV. V.S. (Noikya)
Stability; of some electrical systemB. Izv. M SSSR. Energ. i
tranap. no.3t26-30 W-JTe 165- (MIRA 18122)
1. Submitted June 30s 1964.

Translation from: Referativnyy zhurnal,
222, # 25439
3/112/59/000/012/078/097'
A052/AO01
Elektrotethnika, 1959, No. 12, pp. 221..
AUIHORS-. Krylov, N.A. Zhukov V.S.
TITLE; Application of Gamma-Rays to the quality Control of Building Materi-
als
FERIODICAL- Byul. tekhn. inform. po str-vu. Glavleningradstroy pri Lengorispol...
kome, 1958, No. 1, PP. 17-19
TEXT: A combined use of acoustic, vibration and radiomell-rical methods of
control enables one to widen essentially their Sield of application, The measured
ment of attenuation of a collimated beam of CO- gamma-rays with an activity of
12 millicuries (at all measurements the energy of gamma-quanta must be within 0,, 15-
2.0 mev) passing through material enables one to judge on the quality of concrete
filling of structures as well as to control physico-chemical processes taking
place ln,conCrete during its hardening. '117he intensity of gamma-beam changes es-
sentially during the first 6-8 days (due to dehydration) and afterwards it changles
Card 1/2

S/1 12/59/1000/012/078/()97
A052/AO01
Application of Gamma-Rays to the Quality Control of Building Materials
slightly (due, as assumed, to the formation of crystalline lattice). From the
attenuation of radiation a notion4as to the composition of concrete can be formed.
A block diagram, graphs and a photo of the installation are given.
L.A.R.
Translator's notes This is the full translation of the original Ru ssian abstract,
Card 2/2

$112016010001010101110161XX
A033/A133
AUTHORSs Sankov, I. I.j Zibenberg, A. I., and Zhukov, V. S.
TITLEs 'Overall mechanization and automation of the cleaning of cast-
ings
PERIODICAL: Liteynoye proizvodstvo, no. 10, 1960t 23 - 26
TEM The authors describe a number of semi-automatic cleaning ma-
chines developed and put in operation at the Gor1kovskiy avtomobillnyy zavai
(Gor1kiy Automobile Plant) for the mechanized cleaning of castings. All
these machines are the result of systematic research work which has been
carried out at the Plant since 1948. The semi-automatic for the emery-
grinding of valve seats fitted in the cylinder blocks of the RM3 (YaMZ),
rA,--21 (GAZ-20, GAZ-69, GAZ-51 and "Moskvioh 40711 engines does away, with
the overheating of these valve seats - (weighing 46, 28 and 18 grams) which
occurred formerly during manual grinding. The semi-automatic has a capacity
of 1,450 pieces/hour. The abrasive wheel has a speed of 136 rpm. The semJ.-/
automatic for the emery-grinding of the inner periphery of piston rings for
deburring consi3ts of the grinding head, bed with drive and swivel mechan-
Card 1/2

B/128/60/000/010/011/016/Xx
Overall mechanization and automation of the... A033/A133
ism. The authors lescrilbe the design and operation of this machine and
point out that for gang operation all parts are classified in nine group8o
the characteristic feature of each group being Its surface to be emery-
ground. The speolf4o amount of labor ocnsumption of emery-grinding of
those groups is 65 - 750 of the total labor consumption of machining the
castings after cleaning,them in drums and shotblaot installations. The
eemi-automatto for -the emery-grinding of the lower a-ad upper cylinder block
surfaces, i.e. cylinder faces, valve apertures, gear box surfaces and crank
bearings, possesses two 37 kw motors of 1,500 rpm. The grinding wheels haw
a speed of 950 rpm. The authors give a brief description of the machine
operation. The semi-automatic for the emery-grinding of three tranamiseion
case surfaces is Intended for the removing of foundry gates and deburring.
The casting is set by hand in the fixture on the machine carriagel automa-
tically clamped and, together with the carriage, carries out reciprocating
movements, The oemi-automatic has three motors of 28 kw, 1,500 rPmt for
the grinding heads and one 2.8 kw motor of 1,000 rpm for the feed. The foi
speed during the machining is 4-3 m/min. The capacity of this semi-auto-
matic is 120 pieces/hour, the overall dimensions 2,160 x 2,565 x 2,275 mm.
There are 7 figures.
Card 2/2

.SANKOV, I.I.; ZIBINBERG# AdLi; ZHUOV, V.S.
Over-all mechanUation and automatization for the cleaning of castings*
LLto proizy. no,10023-26 o l6o. (MIRA 13:10)
Ofoundries-i~Zment and supplieo) (Automatic control)

0 A
14
41

Ovj V
ra'rwv, N*A., kand. takhn. nwik~,.ZMOVij:S.. inch.
Usirr, gamma rayo for controlling the qualit7 of building materials.
Biul. tekh. Inform. 4 no.1:17-19 Ja 158. (MIR& 1112)
(Oamm mys) (Building matorials-Testing)

W,4maw~ __
. The OPS-2 caterpillar dump trailers, Riul, tekho-ekon. lnform~
no.l-.69-70 157. (MM IIW
I(Caterpillar tractors--Trailers)
0

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sultur &Ad astwum. V. Allk.11. J. rah. PAT,
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iw*i""I 11own billwir Alln Owl of UMSAI 144-C% relb..k.
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2 d U V~ V. V,
AUTHORS: Artaimovich, L. A., Shchepkinj G. Ya., Zhukov V V ) 89-12-1/29
iohev, A. A.,
Makov, B. N., MaksimovtB. P.0 Malovp ~Nikuii
Panin, B. V., Brezhnev, B, G.
JITLEi Electromagnetic Isotope Separating Device for Heavy Elements of
High Resolving Power.(Elektromagnitnaya ustanovka s vysokoy ra-
zreshayushchey siloy dlya razdeleniya izotopov tyazhelykh elemen-
tov)
PERIODICAL: Atomnaya Energiya, 1957, vol. 3, Nr 12, PP, 483-491 (USSR)
ABSTRACT: The constructed apparatus, which shall be able to 9 aparate olear-
ly isotorpes even with a relative mass difference of 1 1240, must
have a high dispersion, a high resolving power and especially well
stabilized magnetical andelectrical fields. An axial-eymmetrical
field, the dispersion of which is proportional to the square of
the focusing angle# was used as a magnetic field. The focusing
angle is 2250. The measured dispersion of the apparatus amounts
to 2o mm at a relative mass difference of the masses to be se-
parated of I%.
The stabilization of the magnetic field of the separating 4.evica
has been brought to 0,005% by the aid of a valve scheme.Thei ac-
celeration velocity for the source of ions (up to 40 11-Y) iv sta-
bilized by a double cascade scheme up to 0,0~6. But also the
current in the discharge source of ions is stabilized. The vacuum
Card 1/3 chamber is constructed from stainless steel, in a C -sharp,-..The

Electromagnetic Isotope Separating Device for Heavy Elements of 89-12-1/29
High Resolving Power.
pamp system has been &Tanged so that a working vacuum of 4-6.lo-6
mm Hg is always guaranteed. When separating toxic materials Mov-
ing looks, valves and regulators from synthetic and rubber are
applied. The high vacuum here is maintained by means of a surge
chamber.
A normal gas discharge source of ions, in which the material to
be separated can be heated up to loooOC, is used as source of
ions.
Boxes from copper or graphite are usually used as targets. The
following results were obtaineds
Concentration factort
75 to 3o2 for Pb2o8 concentrated from theinatural
lead-isotope mixture
22 to 71 for Pb207
151 to 214 for U238 concentrated from natural u:=ium
985 to 142o for U236
1000 for pU239 concentrated from paiples of dif-
ferent isotrope co*RPOSitiOM
Card 2/3 190 to 300 for Pu240

Electromagnetic Isotope Separating Device for Heavy Element of 89-12-1/2-9
High Resolving Power.
16o to 36o for pU241 concentrated from samples of
different isotope compositions
There are 4 tables, 8 figures and 3 Slavic references.
SUBMITTEDt August 21, 1957
AVAILABLE: Library of Congress
Card 3/3

mshko N. IT,
AUTHORS*q, ~V- and SP
TITI3 Scablliz-at.L t of Lkgrnetic Fields Usialf",
Jon a Cathode Ray Vibe
gnitn'yIell ~-hc -Ltr r o-
(StabJ14 -aj~iBjyr, Mat
pojj~,y fj pouoL -h'yLl eic , C -Lr
IucItcIT0j trubki)
PERIODI-I"'AL.- Pvibor~7 i Tekhnik-a
41
Nr 2j -44
(USSR)
ABSTI'aCT: A mcthod has been de,.relo I:abilioatinn, of a
.p;~~d for 'hi
mj,:;n~~tis field usin- a ORO tubc. The M-2j"10d ha-,-*-cen us~,-d
over a nw-Pber of years and has pr,,~ved It
,-onsis~s o~ the J-'ollo-.,7inZ: A usual CRO -&De (F-:-.1) is
placed, In he le
t a1mf~c- f ie d of ai. electro -ma~Lnet whi, h i
accura-IC-aly ccmpensa-ted by a constant field of oprosi-~o
Bo'.--IL fieldc7 aro normal to the axes of the tube. Thu-s a.
smallest change in the rma,,netic field in the gaf., of the
1"q ,net which, of courso 91so leadf~ tn a chan--,~c in
olectro- cag
he ftiuld dl--fl;~ctu thr? ol,~ctzon beam to r-ither f3ide,
on the sinm of th,3 chance. Thin elo-trcr bc-a:~. is
m C'. (luj"..'a t c dia intensity and plates al--. dopositA. on
tho inner i~urCaw-3 of the sc~:tian of 1Q,.ibe. Tho-,e
are arranf-ed srum-etricallj ab~;u~ t-h.(. axi:~ mid sica'alms,
tAte plates depend on the position of ;(;11,3 bca--- ca the-m. Vn~en
~.L passc-s sy-metricall-j. the an,jitud~s -,f "h, 61.ffrals
Card 1/2the beam-

301T1120- r-94-2-n/7,"?
Stabilina-tion of Fik-ld's Ur;jl-,-, a Oafli~,Ie Ray Tuba.
Lrom -17he platss are equal Wbile 71itb t-,*~te Ep.,allest
a differeme in the am, V-O~;., cqpear, aziel. ~:,,Ln to used aS)
Z-1-abilAvinp-, signal. A full decicriptioii L- g4vot of
the c; . ~~ :, - I
th~~ circmitry and the mri-thod of prclduciins the
C.omperF-atir- conotant maCmetir; field. A rltoniIility :!f
evO,005% ),.ao been acliievzd corr~!sjnondinfr~ to viairn vol'k-'ap:c
charGez of 20%. A coutinuous rogulation of thj, ul
30% af maximim i3 possiblf::. Tlac following P!-~rsans axe.
thmk,~~d for help and interest: G. Ya. Slichepl-kin, S. P.
and Yu. D. Pi-arwr. There are 4 fi-uxE:C-.
SUBMITTED: Ju I T) 195
a r d2/2 1. Magnetic fields-..Stabilization 2. Stability--Control
3i Cathode ray tubes--Applications
Hs. H
i I oil 11%

ZHUKOV# V. V., Cand Tech Bei (dilss) "Study of AtftIL rnnif er;t(Itions Of
mountain pressure during the mining of thick gently -ftmw-sloping coal ~2~
by inclined layers andttzht~~-4-'i the full thickness." Mos, 1958.
14 pp (Min of Higher Education USSR. Mos Mining Inst im I. V. Stalin),
120 copies (KLO 13-58, 96)
-54-
Mr-i ~MOPTR - ~-'- R,

ZHUKOV, V.V., inzh.
Calculating the manifestation of rock pressure in slicing thick
flat oeame with roof caving6 Hauchadokle vya. shko3,v; gor. delo
U0.3:78-84 158. (HIPA 11-09)
~19~redstavlena kafedroy rezrabotki plastovykh mostorozhdeniy
Mookovskogo gornogo, institut& Imeni LY. Stalina.
(Mining engineering) (Subsidences (Earth movements))

ZHMV, T.V., inzb.
Deciding on the spacing between slices in working thick flat seams
witb roof caving. Izvevysenchebezave., gor.zbur, no.6#3-7 1 58.
(MIRA 12:1)
1. Moskovskiy gornyy insttt~t.
ftning engineering)

ZHUMDV, T.Y., gornyy inzh.~~
Investigating mining systems suitable for thick loyal seems. Ugoll
.33 no,3:10-14 Mr 158. (min 11:1)
1. Moskovskiy gornyv institut.
(Ooal mines and mining)

VOROBIYEV, Boris Hikhaylovich, kand.tekhn.nauk; ZMJKOV, V.V., otvdred.;
ILIINSKAYA, G.H., tekhn.red.
[,Filling operations in conI mines] Zakladochnys raboty v ugoll-
nykh shakhtakh. Mosim, Ugletekhisdat, 1959. 62 p.
(HIRA 12:10)
(Hine filling)
COMMON.

KRYLOT,-Vladimir Fedorovich, inzh.; PLESHMOT, Grigorly Yokovlevich,
kand.tekhn.nauk; VOROBIYZV, Boris Mikheylovich, kand.tekhn.nauk;
ZHUKOV, V.V., otv.red.; SHKLYAR, S.Ta., tekhn.red.
(Working thick sloping coal seems] Iz opytn razrabotki moohchnykh
pologikh plastov. Kookva, Ugletekhizdat, 1959j 165 P.
(MIRA 12:12)
(Coal mines and mining)
I Bit
Mu

''ACCESSION NR: AT4024401
AUTHOR: Zhukov V V.; Hilov; A. A.
TITLE- The surface layer radiographic Investigation of some hoat-resistant alloys after
heat &atment in different gaseous media
SOURCE: Kazan. Aviatolonny*y institut. Trudy*, no.,' 66, 1961. Aviatsionny*ye dvigatie14
(Aircraft engines), 111-116
TOPIC TAGS: heat treatment, heat resistant alloy, nickel alloy, furnace, forging, drop
forging, pitting, scale for7nation, metal loss, forging die, Woo stool tool, machining, tur-
bine blade, protective medium, argon, ammonia, nimonto alloy, roentgenography, muffle
furnace, microhardness, annealing
ABSTRACT: For the heating preparation of a heat-resistant nickel-base alloy, furnace
equipment with overhead air Is used in production before drop forging and during heat treat-
ment. As a result, during extended heating of the pieces at sufficiently high temperature, a
scale forms, and a pitting of the alloying elements takes place at their outer surface. Scale
formation causes Irreversible losses to the used scarce metals, red-uces the life of the
forging dies and high-speed, stool tooloo and Increases the volume of tho required macb1aing.
For exam'ple, the technological 0awance for final machining of a gas turbine blade, about
jCardl/7

2-3 nun, Is determined mainly by the depth of the defective layer arising as a result of the
application of heat treatment. The volume of tho b1nde machining necessary, because of such
allowances, may constitute 20-30% of the total machining volume required by a gas turbine.
n
Application of a protective gaseous media during heat treatment was suggested as a solutio,
to the problem. However, there Is lack of sufficient Information on the protective properties
of different gases. From data presented in earlier publications, it was found that besides
argon, obtainable in limited quantities only, dissociated ammonia also exhibits satisfactory,
protective properties. No data were available from the-literature on the depth of defective,
surface-layer build-up when Nimonic-type alloys are heat treated In different gaseous atmos-
h Consequently, tests were performed by Yu. M. Lepilov (assistant) and several i
I'p eres.
students of the KazbAskiy aviatsionny*y institut (Aviation Institute of Kazan), the results of
which are reported by the authors. The tests consisted of roentgenographic Investigation of,
Uvo heat-resistant, nickel-base alloy samples: El 437 B and El 617 (see Table 1 of the 1
Enclosure) after heat treatment in air, nitrogei~nitrogen + 10% hydrogen, and argon atmos-!
pheres. The sample blanks were cut from commercial bars and ground to size (40 x 13 x V,
mm). The heat treatment was performed In a muffle furnace (see Table 2 of the Enclosure),
gen, argon, and nitrogen-hydrogen mixture were purified from oxygen and dried I
The nitro
with silica gel. After heat. treatment, the specimens were cut into two parts; one part of
_7__ 7

ACCESSION NR,: AT4024401
each sample was investigated roentgenographically, and the other was tested for microhard-
ness on the PMT-3 device at a load of 200 g. Radiography was performed on the URS 70
device, whereby a vacuum-annealed, copper foil 0. 06 nun thick was glued to the test saznplo
with cellulose, nitrate-base lacquer and used as a reference sample. The tert sample was
.'rotated In the device during roentgenography. Fixed on the radiographs were (024) lines of
the reference foil and of the test specimen. The roentgenograms wore evaluated on a recording,,
Imicrophotometer (modified MF-2). From the obtained photometric curves, the distance be..
tween the o: 1 - components of the (024) - line doublet of the sample and the reference sample.
;From this distance the value of the lattice parameter was determined. The error In deter-
mining the parameter did not exceed * 0. 0005 kX (X = X-unit). Before each succeeding
!roentgenographic measurement, a thin surface layer was removed from the test sample.
iThe consecutive removals of the surface layers were performed by 5 HN03 - 50 HC1 - 45 H2.6
!etches, and the error of thickness measurements by the micrometer did not exceed 0. 095 mm.
-:Curves were-plotted showing the results of the roentgenographic measurements (lattice
parameter versus layer depth) and of microhardness versus layer depth. Both t;ypes of
';curves showed satisfactory consistency. It was found that in the surface layer of the samples
the lattice parameter of the solid solution increased with the depth, Indicating a pitting of
!the alloying elements (Al, Ti., Cr) in the outer portion of the surface layer. The depth of thD'
defective layer was assumed to extend to the point from which a noticeable decrease of the
lattice paraiteter and of the microhardneos could be obseirved on the experimental curves.
3/7

'ACCESSION NR: AT4024401'
!The results representing the depth of the defective layer determined in the described way are
kshown in Table 3 of the Enclosure. These results do not differ substantially for both inves-
tigated materials. It must be noted that only the effect of heat treatment was investigated by
the tests, while In conditions of production the heat treaLment Is preceded by a number of
'heatings applied between the press eperatlons. Therefore, in practical cases, the depth o
the defectuous layer can be expected to attain a 40-50% higher value. On the basis of the
performed investigation, the use of a nitrogen atmosphere with 8-10% hydrogen addition was
recommended as an inexpensive and BUfficlently available protective medium at heat treat-
ment of Nimonle-type, heat-resistant alloys. Orig. art. has: 3 figures and 3 tables.
ASSOCIATION: AviAtsionny!yInstitut, lWan (Aviation Institute)
DATE ACQ: 1GApr6
SUBMITTED: 10May61 4 ENCL; 03
F SOVt
IVIM, PR NO RE OT~Ell.- 000.
SUB CODE: 005
Card - 4/7

ACCESSION NR: AT4024401 ENCLOSURE: 01,
Chemical composition in per cent
0 of
TYP
alloy C Si Mn Cr Ni Fe Cu T1 Al V Mo W B
131 437B D.05 0.39 0.26 20.30 base 0.43 0.05. 2.5D .0.93 0 004
38 0 005
El 617 07 0.43 0.35 .15. 15 base 1.40 0.08 1.84 2.89 0.24 3.64 5.
-,Table 1 The ch6ndcal composition of tested alloys
ij
Card 6/7

Type of
Soaking and quenching Aging
alloy
El 437D 800 C, 8 hra; cooled with the muffle by 700 C, 16 hrs;
ohielding ps cooled in air
800 C, 4 hrs; 1190 C, 2 brs; cooled with, .800 C, 16 hrs;
El 617 the muffle cooled in air
Y
1050 C, 4hrs; cooled with the muffle

Atmosphere Air Nitrogen Nitrogen+ 10% Hydrogen Argon
Alloy Depth of defectilous layer In mm,
Er 437 B 1. 00 2'6 0.08 0.03
EX 617 1.00 0.26 ~0.07 0.04

ZHUKOV, V.V., kand.takhn.nauk; OVCHTNNIKOV, V.M.; LOKSHIN, Yo.L.;
Effect of the displacement of rocks during gasification of a coal
seam, in the Angren deposIt on the disturbance of borehole casings
in underground gas generattors. Nauch.trudy V11TIPodz,--m7,az!i no.10s
85-90 163. (MIRA 1715)
1. Taboratoriya gornogeologicheskaya, Angrenakaya stsntsiya
"P~xi.zemgazll.

ACCESSION NR:. AT4035380 8/2629/63/000/074/0011/0015
AUTHOR: Zhukov, Y. V.
-TITLE: Kinetics of the formation of a stable phase in NI-Ti alloys
azan. Aviatsionny*yInstitut. Trudy*, no. 74, 1963. Aviatsionnaya-
SOURCE: K
teldmologiya I 6rganizatslye proizvodstva (Aeronautical technology and organization of
production), 11-15
TOPIC TAGS: nickel, titanium, nickel titanium alloy, alloy phase'lormation, alloy stable
-phase, phase formation kinetics, alloy crystallization, titanium solubility
ABSTRACT: The. Increasing use of nickel-based hbat-resistant alloys requires a deeper
-understanding of the nature and kinetics of crystallostructural transformations taking place
during heat-treatment or prolonged service at elevated temperatures. The author points
bid the deficiencies in the phase diagram obtained for Ni-Ti by Vogel and Wallbaum, which
",A-showed that the solubility of TL in NI at 800C Is 2.6 - 3. 8 W/o (see Fig. I of the Enclosure)
-and reviews the work of subsequent investigators who tried to determine the solubility
--limit with greater accuracy by using purer Ti and assuming that this limit is determined
-~Ii '-by. the appearance of -stable phase particles in the structure-, , The kinetics of the formation
the metastable ac I and stable 1Z phase are also discussed on the basis of the work of -X
rd 1/3

T
ACCESSION NR.- AT4035380
Taylor and Floyd (titanium solubility limit in niqkel at 760 and 1050C 9.4 and 13. 0 at
respectively) Bagariatskiy and T~apkln, Pool and Hume-Rothery, and Zimina and
Pridantsew The author concludes that the transformation of the Ni-Ti solid solution takes
place in two stages. First, due to diffusion of Ti atoms in the solid solution, small
regions are formed with a composition close to N13TI but with a lattice similar to N13AL
Later, in the regions enriched with Ti and enlarged in size to hundreds of X, the lattice
structure changes from cubic to hexagonal, resulting In growth and separation of stable
1-phase parLicles. Thus, it has been established that the metastable c' phase forms first..'
It is also concluded that it to more correct to determine the titanium solubility limit from
the incipient formation of the metastable phase, rather than of the stable phase. Orig. art
has: I figure.
ASSOCIATION: Kazanskly aviatsionny*y institut (Kazan Institute of Aviation)
SUBMITTED: 24Dec62 DATE ACQ: 22May" - ENC 14 01
.BUB CODE: MM NO REF SOV#. 004 OTHER: 004
2A

-ACCESSION NR: APS025994 UR/0294/65/003/005/071116774
536.422.1:546.78 10
;iv :'AUTHOR: Martner, E.'N.; Zhukov, V. V.; Stukanov, A. F.
2,1
TITLE: Experimental determination of the durability of tungsten heaters in a
vacuum ationperatures up to 3273 K
SOURCE: Teplofizika vysokM temperatur, v. 3, no. 5, 1965, 771-774
Aarr~*-
J-&, Ut
TOPIC TAGS: "tun`g-s-ten',rh%/^a-JWg, Iteomeper"ature measurement, high temperaturn
material, pyrometry,,L7:ctn'
e Wbrk was A determination of the service life of an ;t,
f
ABSTRACT: Object o t
industrial type-, tungsten heater in the temperature inter-'ral from 2273 to 3233
The heater had a diameter of 0. 006 meters and a power requ,.rement up to 220
kilowatts. The article shows a schematic of the test unit. It consists o4a caBing
with a diamete r of 1. 1 m#te rs and a height of 4. 5 mote ra, a rype N- ST "iffusion
pump and a Type VN-4 Mnechanical pump which ensured a pressure of 1. 33x
10-2 newtons/m2, and auxiliary electric equipment. The heatir was fabricated
from a rod of technical grade tungsten with a diameter of 6 mm, made by the
methods of pawder metallurgy. It consisted of three br&nches connected ammg

l~t-~4-'7-ACCESSIOti-Nh-.-APS02004
themselves by a "star" scheme. During the e"riments, the temperature wagi JAt!
measured with a chromatic electronic pp-ometeriType TAW13nQLQ and an optied
pyrometer Type OPPMER -017,~'The between thp -vro
instruments did not exceed 25 K. Tet,t ~tiult)i tihow thii the, vii-exr-ir rf,f4i.9twiro
of tungsten varies aE)proximately acci)rviing to ~1 Wlear I;Ivf dul, to 1b; V-,1~K,r1z,;it1(ir.,
from the surface. Based on this fact, t -w i-ate of vaporizatiou of tungstej. was
compute6- Analysis Leads to a calculatiF(j value for the -eaporiTation r-it,, of
1. 38mlo-4 kg/m2-sec at a te~mperawre ot 3233 K. Orig. art. haB: 3 forraulas
and 4 figures.
A
ASSOCIATION: Vaesoyuxnyy naucbno-isaledovatellakiy Inatitirt elektratermichen-
kogo aborudavanlya (All-Uhlon Scientific Research Eastitute for E lectnAha rMal
Equipment)
t
b SUBNWrTPJk 18JulG4 ENCL: 00 SUB CODE! /itiIf 20/41
NR REF SOV: 003 OTHEIL 004
ar~zMwd 212
X..

EWP (e)/EVIT (v) /T 'i--'!,1./WH
AdCWM-06004215 SOURCE CODE: -U-R-/-03'3-1/65/000
AUMOR: Zhukov, V. V.; Leonovich, 1. 1.; Davydulin, G. G.; Zhukov, A. V.
ORG:1 none
TITLE: Binding nateri4 ed to reinforce surfaces of access reads in logging itreas
SOURCE: Lesnays, pr oat', no. 10, 1965, 22-24
TOPIC TAGS: access road, soil property, soil consolidation, soil type
ABSTRACT: The article discusses studies conducted since 1960 by the Belorussian Transi
DoElatign jMgtjSjje L1. j. M, Kizov on the use of various types of roadbuilding ana i
bindifig materials, a. go, gravel, cement, lime, etc., to reinforce the surfaces of diri
reads usedprimarily for the transportation of lumber in Belorussia. Studies of 'the
Rhysico-macha6ical properties of soils treated by liquid bitumen, cement, lime, aid
t A that a mixture of sandy soil and peat produces the highest degree of dw7abi-
~ ato: ratio of 30% peat to the weight of soil in dry weather conditions. This dur-
V
44ility is Increased by the addition of 15-20% of lime or 10-15% of cement, depending
o~6 the granulometric cAmposition of the soil; when the soil is saturated by moisture
14wever, the durability considerably decreases. The greatest durability was obtalne~
fA= the sand-gravel mixtures with a ratio of 40% of gravel to SO% of sandy soil. Thel-
UDC: 634.383.4
2

IL
^%.P- MRS ArOVU494AU
use of various &oil* and binding materials in different ratios, their application on,
experimentfa roads and their durability and the various methods of roadbed preparation
and access road construction are also discussed. Orig. art. has: 1 figure, 2.1:ables,
I pbotograph.
SUB Coal 1309/ SURN.DATE-. none
card WM4q,00

L 40854-66 M0 (e)/E WT (ml/DM (v)/'r VNI/WH
A--P6004215 SOURCE CODE: UR/0331/65/000 010
AUMOR: ;!n*ov# V. V.; Loonovich, I. I.; Davydulin. G. G.; Zhukov, A. V.
ORG: non
TITLES slugm aateriala/~jsad to reinforce surfaces of access roads in logging areas
SOURCE: Lesmqa prmyshlearAnt', no. 10, 1965, 22-24
TOPIC TAM access mad, &oil property, soil consolidation, soil type
ABSTRACTS The article discusses studies conducted since 1960 by the-telorussian Trans.
portation Institute In.j. MLjj=v on the use of various types of roadbuilUing lang
bindift materials, a. 9-9 gravels cement, lime, ate., to reinforce the surfaces of dir-
roads usod primarily for the trmsportation of lumber in Belorussia. Studles of the
IRhyslico-machanical pzWertles of soils treated by liquid bitumen, cement, lime, and
Pda't show that a alltvxe of sandy soil and peat produces the highest degree of durabi-
ty at a ratio of 30% peat to the -rnight of soil in dry weather conditions. This dur-
Uity is Increased by the addition of 15-20% of lime or 10-15% of cement, depending
on tho granulmetric composition of the soil; when 'the soil is saturated by moisture,
1&mvor, the durabillty considerably decreases. The greatest durability was obtained
f&= the sand-gravel mixtures with a ratio of 40% of gravel to 50% of sandy soil. The
UDC: 634.383.4
twd 1/2

L 40854-66
ACC NIa AP60041215
ukw of various Bolls and binding materials in different ratiosp their application on
exporimentp.1 roads and their durability and the various methods of roadbed preparation
and weeas zvM construction we also discussed, OAS, art, has: 1 figure, 2. tables,
I
SUB, Cons ISSU/ SM DATE t rme
Cd

T,
,A&
AT6014328 SOURCE CODEs UR/2529/62/000/070/005310062
[
OR:_'Zhukov, V.'V.
AUTH
Ed. None
TITLE: Thexpait,played by, diffusion mobility of at-phaae components in the process of
--coagulation of the particles In thin phase
'SOU
URC]t: Kaz atei aya, tekhnolo-
an. Aviatsionnyy institut. Trudy, no. 70, 1962. Avi one
(9,y
Izatsiya proizvodstva tAviation engineering and organization of produc-
tioh), 5 -62
TOPIC;TAGS- phase analysis, alloy steel, metal diffusion, coagulation.;1#.qRDe/J/A)a
ABSTRACT: The author considers the overal.~ pattern of coagulation of particles in the
ardening phase in alloys based on nickef~Vhere the difference in diffusion mobility
t-
f the alloy components which make up the segregation phase is extremely important.
jna~iydi.s--of data for ingease in0he average effective4iameter of %'-phase particleis
u '0
ring protracted agip&l' f E14371 alloy shove that the increase in oize of the particles
tall aging temp~_r_atures takes place considerably in advance of the reduction in the
attice constant of the solid solution due to particle coagulation. A formule, is de.-
ived for determining the size of the particles in terms of the duration of isothermal
0
olding. Calculations using this formula show satisfactory agreement with experimental

AT014328
data. The formula is used as the basis for dprivation of a diffusion equation for
E1437 alloy and it is shown that the qLxMintvilatoms in this alloy have the highest dif-
fusion mobility followed by titanium and chromiun.,,IThus the effect of temperature on
the rate of increase in pa~ =cle Uaifker during t~e first pekod of coagulation in the
f-phase is determined basically by the diffusion constants for aluminum, and the ac-
tivation energy in the diffusion equation is close to thatlof aluminum. The results of
this.study indicate that coagulation of the particles in the segregation phase during
de6ompoBition of the supersaturated solid solution is a complex diffusion process where
the difference in the diffusion mobility of-the components making up the segregation
see or dissolved in it play the decisive part.in changing the chemical composition
of the coagulating particles. Orig.. wt.s hasi 4 figureso.17 -formulas.
SUB CODE: 3.1, 20/ 'M~BH DAM 15oct6L/. OHIO REFI,.OI2/-* OM RM 002
Card. 2/2.

ZHUKOV~~. -kand.teklm.nauk
Characterlsticu of the burning, c~ut rf a thick roal sea-m in the
,k2gren deposit, and the loosealng of the rock massir. Tru;~7
VIR.IIPodzemgaza no.13:35-42 165. (MIRA 18:8)
1. laboratoriya konstraktsiy rcdzemyk1i gazogeneratarov Vaesoyuznogo
nauchno-issle-dovatellakogo institut-a podzemnloy gaziflk-atsili ugley.
Illill 111110i III ill HIVE 11 ILAIVIIA IN I; ;i F) 1114.141 '10"MMIJIMO

V. V.~
Role of t
the coagu
Mfl., b I
M- Ifif TIM* OMIt, .11W It III; willfirflur

ZHUEVO V.V.. Zhukau, U.V.
Stagea of the formation of the sedimentary cover on tlx- Streli-
cheskaya and Petrikavsko-Shestovichakaya arean of the Pripet
fault. Vestsi, AN PMR. Ser. fiz.-tekh. nav. no.4:86-90 I(.
(MIRA 18:3)

ZHUKOV1 V.V., kand.tekbn.nauk
In,matigating the paramters of the application of r-Olycaprolactam
coatinge, Vest.mushinostr, 44 no#32t42-44 D 16-1,.
(MIRA 1812)

TURCW1INOV, Igor' Aleksandrovich;.~IU~PXI-V.V., kizifl. ti-lkhrt.
naukj otv,, red.
(Displacement and pressure of rock in the mining of
steeply pitching seams] Sdvizhenie i daylenie gornykh
porod pri razrabotke krutapadaiushchAh zhil. Moskva.,
N,quka, 1965. 93 P. (MIRA 18:6)

ZIWICIV. V.V.,,jard.tnkhr,.viauk
Proliminary reaults cf etudying the dt'-sturbance of th,! -cclk M. 9,3ziiX
during tte ccal mining of seems of 'f--e tngren depo.,!tit 1% nec-Uori
of various thickness. Nauch.trudy 1171:11'mzemepaza rno.!')~,77-82
'63. 1,~: 5)
1. Laboratoriya gar-riogeclngloheskaya Vrenoyuznago r, i_ t i ri -q 2 U d o-
vatallskogo ipstitu'lla polizempoy gaziflkat--il ugley.

Mlw-

SMIRNOV, V.G.,,.~~V ~V.V. kaW, tekhno nauk
Ways of improving drilling teabnolOgY and borehole construc-
tion of undergroubd gas producers of the Angren Station
"Podzemgaz.11.-Naucb.~trudy VNIlPodoemgaza no.9:91-q7 163.
(MM 16til)
.1* Laboratoriya napraylennogo bureniye i laboratoriya
gornogeologichookayaIVoesoyuzftogo nauchno-iseledovatell-
skogo instituta podze=7 gazifikatsii ugley.

BORISOV, A2eksey Alakneyevich, prof., -WiM- tekhn. nauk; AVERSHIN,
S.G., akadomikp rotsonzontl kand. terkhn.nauk;
otv.red.; S14IRENSK1Y, M.M., _,&4FtT4-va; ILIINSKAYA, G.M.,
tekhn. red.
(Calculation of rock pressure in Fongwalls of flat seams]
Haschety gornogo davlenlia v TM. Ii pologikh plastov. Mo-
skva, Izd-vo "Nedra," 1964. 277 (MIRA 17W
1. Akademiya nauk Kirgizakoy SSR for Avershin).
a, W 111.11 -w

BMKO., A.A., inzh.; DRUKOVANYY, M.F.) kand. tekhn. nauk; BABOKINt
I.A., In2h.; ZAYTSEV, A.P., Jnzh.; POLESIN, Ta.L.) lnzh.;
SOBOLEV, G.G.,, inzh,j kand. tekhn. nauk;
TOPCHIYEVp A.V., prof.; VEDERNIKOV, V.I., kand. tekhn,
nauk; OKIMMKO, V*A., kand. te~hn, nauk; HELVED, Mozat
kand.tekhn. nauk; KUZNETSOV, K.K., inzh.; RABINOVICH, I.A.;
YASNYYj V.K.j inzh.l LIVSHITS, I.I., kand. tekhn, naukt
rersenzent; BARANOV, A.I.p imth.,, retsen-zent; LOMILINA,
L.N., tekhn. red.
(Brief handbook or a coal mindmg orgineer) Kratkii spra-
vochnik gornogo inzhenera ugollnoi ahakhty, Monkva, Goo-
gortekhizdat, 1963. 639 p. (MIRA 17:3)

ZHMVI V.V., inzh.
Methods in coating metal surfaces with plastics. Tekhnika
Bulg 12 no.6t25-28 163.

AC
CESSIM KRs APM117 S/01;.)2/63/000/005/004 /0~lo
I
ORI Z)M~nJ_-,VA,.(M4:i"*r)
7T I;
TM Methods for coating metals with plastics
''...SOURCES Vestnik Mashinostroyertiyas no. 59 196!p 4S-51
TOPIC TAGS i . metal coating, coating device, plastic sprayer, metal coating with
plastic, plastic coating, plastic spraying device, flow spraying, ed
ay flow coatirg;
vibration coating
ABSTRACTS The articleexplaina different proc'edures followed in sprpying metal
surfaces with plastics and describes the working principles of three devices
employed in this works The devices are shown in Figs, 11 2 vnd 3 of the Enclosurelf!
Plastic materials most commonly used in the process of flame coatingl'oddy-flow
coatingg and vibretion coating are the polyamide tars P-68 and AK-7. In the present
experiments these materials were powdered (2D0-250 microns) and dried. Mir
m.aximum~allcwable wisture content was 0.2%. A.11 three methods required prellminal.7
hosting of the metal surface to temperatures exceeding the melting temperatures of
'the plastic powders. The flame spraying consisted of heating metal surfaces by an
air-acetylene burner to the required temperature. A mixture of air and plastic
Card

ZHUKOV9 V.V.; HILOV, A.A.
X-ray diffraction study of the ourfaos, layer of some heat
resistant alloye after heat treatment In-various gas media.
Trudy KAI no.66sM-116 161. (MIRA 16slO)
(Heat resistant alloys-Testing)
(1-ray diffraction examination)
iT ;T .7.iI_jTj'j'7-jF
1".,

ZHUKOV V V inzh,
Use of laminated pl"tic coatings in sleeve bearings.
'Mekh. stroi. 19 no.lW6-28 0 162. (MIU 15:12)
(Bearings (machinery))
.'(Plastics)

ra wif M

~ A

ZHUKOV V V,
Dynamica of the regeneration procens in experimental
glomerulonephritis. Sbor.trud.Inst.khir.AMN SSSR no.lt84-99
162. (MMA 16 s 1)
(KIDNErS-DISEASES) (REGENERATION(BioLoGr))
UU U.4
RM

ZHUKOVj M., kand.tekhn.mauk
Studying the fracturing of the coal bad of the Angren,depo-nit,,
Nauch.trudy VNIIPodzemgaza no#761-61 162. (MIRA 15:11)
1, Lab6ratoriya gornogeologicheakaya Vassoymnogo nauohno-insledo-
vatellokogo instituta podzemr-oy azifikatsii ugleyo
(Angren Basin-Goalgeology) Ma.1 gasification, Underground)

ZHUKOVP V.V.P k-and.tekhn.naak
'Effective means,of checking the condition of the casing colu3m,
of the holes of underground gas producers. Nauchotrudy Vuiipodze tz
no.7,s69-73 -162, (KM 15:11
1. Laboratorlya gornogeologichookaya Vaesoyuznogo nauchno- issledo-,
vatellskogo instituta, podzemnoy gasifikataii ugley.
(Coal gasification, Underground-Equipment and supplies)
(Industrial television)

(Plastic films)

ZHU~~~~
Methods for precise determination of lattice periods from
asymmetric roentgenograms. Zav.lab. 28 no.5;590-592 162.
MRA 15:6)
1. Kazanskiy aviatelonnyy institut.
(Crystal lattices) (Radiography)

SONINO Semen Danilovich; VOHOBIYEV, Boris Wkhaylovichj ZHUKOV
V.V.f otv. red.; .24IRENSKIY, M.H.f red, izd-va;lg
ekbn. red.
(Technological flow charts of rook dispoedl in mines)Tokb~
nologicheakie ekhomy ra=enhaheniia porody v shakhte. Mo-
skva., Gosgortekhizdatp 1961. 161 p. (MA 15:10)
(Mine filling)

GIAGOIEV, Viktor Artemlyevich; ~IIUKOV,, Vsovolod Vasillyeviahj BOYKO,
A.A., red.; OKHRIMENKO, Z*A*v
takhn. red.
[Technical principleo of the mining and fuel industry]Osnovy
tekbnologii gornorudnoi i toplivoi prot7shlennosti. Pod red.
A.A.Boiko. Moskvap Googortekhizdat, 1962. 382 p.
WIRA 15:9)
(Mineral industries)

AUTHOR: '~hu?ov, V. V., E,ngineer
TITLE: propertle!3 cf filled polyamidea
S/122/6L)/0oo/c,oq/6cj2/w i
A006/A 10 1
PERIODICAL: Ve5tnik mashinostroyenJyn, no. 1), 1962, 48 52
TEXT: cvample!i are given which show that the quality of poly.'Imtde~.,
can be 1rqr)rovr!ei by tht, addition of various flilePs. Literalure data available oa
this zubjent tre Inco.1plete or contradictory. Therefore the author studic(i unflor
the supervision of Dotnent B. N. Bogolytibov, Candidate of Technical Sciences, Uie
effect of fillers upon physico-tiechanical properties of polyamides. Samijles ~-cve
manufactured of a mixture of polycarpolaictam with Mo$ CdI ' and 13aSO,,. The effect
. 2P 2 -1
of the filler:i was determined from changes in antifriction properties, specific
toughness, hardness and water-absorptlon. The tests show that the aforementioned
fillers. inermic the Ylear resistance and hardness of polyamides and reduce VC-ir
water absorption capacity and toughness. Considering the 3harp decrease ir. tough-
ness of polytmides filled with MoS and CdT the content of -these fille-r;~ -~hnu]cl
2 2P
be establishnd by taking into account the dynamic load. The filler may he ao'!ed t,,,
the polyamiden during the synthesis of polyamide resins (at the. producinF
Card, 1/2

Some properties of filled polyamides A006/AiOl
by introduction Into molten resins, and by mixing them with the polyamWel.
der,form, wid subsequent melting. There are 6 rigures and 1 table.
..Card 2/2

KRASNIKOVSKIYp G.V.p prof.i red.; 14ALYShTVj, A-S-o red.j VOROBIYEV, B.M.;
dote.., kand. teklm. nauk, red.; KADINK, M.K.p gornyy inzb., red.;
IgKg-,-X-V- kand. telft. nauk, otv. red.; W11REISM, M.M.,
red# izd-va; SABITOVI A#p tekhne red*
[Problems in mining engineering; collected articles on the occasion
of the 70th.birthdayof Professor S.D.Sonin] Voprosy gornogo dela;
sbornik statei., posviashchew7i 70-letiiu so dnia rozhdeniia pro-
fessora.S.D.Sonina. Moskva, Cos. nauchno-tekhn. izd-vo lit-ry po
gornorau delu, 1962. 402 p. (KMA 15: 5)
1. Zaveduyushchiy kafedroy razrabotki plastoVkh mestorozhdeniy
Moskovskogo gornogo instituta (for Krasnikovskiy).
(Sonin., Semen Danilovich., 1891-) (Coal mines and mining)

5/03 62/026/005/004/009
B163YI3102
AUTHOR: Zhukov, V. V.
TITLE: A method for the precise determination of lattice constants
from asymmetric roentgenograms
PERIODICAL: Zavod8kaya laboratorlya, v, 28, no- 5, 1962, 590-592
TEXT: Mi cropho tome ter records of Debye-Scherrer diagrams are evaluated by
means of a graduated scale on which the position of the reference lines of
the calibration substances are marked; the lattice constant of the material
to be investigated can be directly read from the position of its diffraction
line. The method and the calculation of the graduated scale are illustrated/
in detail in respect of a lattice constant determination of a Nimonik
alloy where the (024)-lines of diffraction patterns taken with the CUK
a
doublet are evaluated with nickel as reference substance. In this case the'.
maximum error of the lattice ,onatant determination is t 4-10-12 cm. The
method is further applied to medsure the variation of the lattice constant
in a solid solution of the 3"437 (E1437) alloy during ageing at various
temperatures. There are 3 figures.
Card 1/2
4

,"/032/62/028/005/004/009
A method for the preciae.e. B163/BiO2
ASSOCIATION: Kazanskiy aviatsionnyy institut (Kazan' Aviation Instituto loo0ooooo.,,,,
Card 2/2

ZHUKOVI VS.
Performance of vaults made of heat-resistant concrete under
high temperature and loading, Prom. stroi. 39 no.5:46-/+9 161,
(Vaultsl (Refractory concrete-Testir.,g) (IMA 14:7)
WIN III I I l~.
got
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