SCIENTIFIC ABSTRACT MOROZOV, N. A. - MOROZOV, N. M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001135220010-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 13, 2001
• Sequence Number: 10
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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x Pen '.)! act- were teoted 1 2 o f wh;~ ch `~ r) .?,e ()r ,ra-r,t-,j T,i: i
-hc machiaing method or class did not real!y effe,~i ~he me--I,ani
Z the blades, and class 6, finish may be used fDr +,hF' .7 rr
len from cra-t:-- -al and
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31115 S/590/61/102/000/002/005
The effect of machining ... D040/DI13
considerably cut the blades' production time and facilitate full mechanizatim
of the machining process. Besides, special blade-finishing machines could be
dispensed aith. There are 12 figures, 3 tables and 1 Soviet reference.
Card 3/4

The effect of machining ...
A -.4 --tf- I JA
31115
S/59 6!110210COIO021005
D040YI)113
t
It
JA
fq'i
015 65! 0,05 OOj
0,5" 65,! 0,05
Fig. 1. Drawing of a blade:
I - machining of the work portion in accordance with 11 (1u)
specifications;
2 - the tolerance for the dimensions 75 7-m is 0.03 -im on the
convex and concave side3 of the blade.
Card 4.14

1 ACC NR, AP6036961 /V) SOURCE CODES UR/0181/66/008/011/32.8/3225
AUTHORS Ivanov, I. V.; Morozovj No A.
ORGz Moscow State University im. M. V. Lomonosov (~bskovskiy gosudarstvonnyy univer-
sitet)
TITLE: Method of studying the dynamic nonlinearity of farroelootrics in superhigh
frequency fields
SOURCE: Fizika tverdogo tela, v. 8, no. 11, 1966, 3218-3225
TOPIC TAGS: superhigh frequency, ferroolectric material
ABSTRACT: The Daper describes an experimental method of studying the nonlinear prop-
erties of ferroelectric materials In SHF fields which makes it possible to determine
the first coefficients of a series expansion of the permittivity in powers of the Siv
electric field
aLE'
(E, EG) = a (E.) (I -I-- a., E
where c(Eo) is the permittivity of the material studied at a given strength of the
constant bias electric field and al, a2... are nonlinearity coefficients, which are
also functions of the bias field. The effectiveness of multiplying the frequency of
the SHF signal by a factor of two or three and the capacity of the sample studied were
measured. It was found that If a film configuration is given to the ferroelectric

ACC NR. AF60j"I
sample, the measurements can be made under continuous (not pulsed) conditions. The
proposed method was used to study the nonlinear dynamic properties of a series of
ferroelectrics, and the results obtained will be published separately. Orig. art.
has$ 4 figures and 10 formulas.
SUB CODES ZO/ SUBH DATES OIApr66/ ORIG REFS 0051 OTH REFS 005
2

L 141&-& EIP(e)/L-14T(M)P.4A(d)/Et-IP(t)/MIP(2)/ER(b i
CC NR: AP(Sooo865 SOURCE CODE: rD-1,0in071O121362'(13-53O
A _ UR/d /6
AUTHORS: )',vanov, I. V.: Morozov, N. A.
~ORG: Moscow State University im. M. V. Lomonosov (Moskovskiy
gosudarstvennyy universitet)
TITLE: Nonlinear properties of ferroelectric ceramics ~n strong
:microwave fields
.SOURCE: Fizika tverdogo tela, v. 7, no. 12, 1965, 362'(-3630
TOPIC TAGS: ferroelectric crystal, dielectric constant, c6ramic
:material, Curie point, paraelectricity/VK3
!ABSTRACT: The authors report on experiments evidencing that at tem-
iperatures beloy the Curie point the dielectric constant of ferroelec-
;tric materialstNith perovskite structure (VK ceramic% depend on the
nstantaneous values of the electric microwave rield. The purpose
,of the investigation was to check whether the linear properties, the
.existence of which was proved experimentally above the Curie point,
persis'; below the Curie point, and to ascertain whether these proper-'
Card 1/3

L 11a39-66
ACC NR: Ap6ooo865
:ties are due to the presence of paraelectric grains intruded in the
ferroelectric ceramic below the Curie point, or to a true nonlinearityl
:of the ferroelectric crystal. To avoid difficulties encountered with
~experiments on bulk samples, the authors perform the experiments on
:ferroelectric films of thickness smaller than 100 ~L, on which elec-
:,trodes were fastened by a special method. The method for testing the
.nonlinear properties Is claimed to be original and reduces to a
measurement of the first Fourier-expansion coefficient of the time-
'varying capacitance modulated by a harmonic voltage at 1500 Mcs. A
;resonance chamber tuned to 3,000 Mcs was used to meas,ire the nonlin-
~earity coefficient. The procedures are briefly described. The tests
disclosed that in the temperature interval from 10 to 50C type VK-3
ferroelectrics have a nonlinearity at
1500 Mcs, as evidenced by fre-
;quency doubling. The nonlinearity coefficient differ3 from zero both
above and below the Curie point, and has a relatively weakly pronoun-
ced maximum in the paraelectric temperature region. 31nce the Curie
point of V.K-3 is 30C, the nonlinearity occurred in both the para-
.electric and in the ferroelectric phases of this material. Tests of
.the nonlinearity at different frequencies demonstrated the presence
Caird 2/3

L V4139-66
ACC NR: AP6000865
of slow relaxation effects and a dependence of the hysteresis on the
frequency. The latter has not been satisfactorily explained. Authcrs
thank T, N-Verbitskava, for supplying the film samples of ferro-
electri-c ceramic. Orig. art. has: 4 figures.
SUB CODE: 20A SUBM DATE: 18Mar65/ ORIG REF: 001/ OTH REF: 004
Card 3/3

148479- "Did Iftellining wl
11"InC NeCAUVO R41the, tin f
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;Machine T664 and Exiuipmen,
une 1949. p 12-14.
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FUSHKARLT. Yakov Nikolayevich; MOROZOV, N.D.. VTDRIN, P.G., redaktor;
ZUDAKI N, I . M. . t ekh ni c he skTY--fq(TFLrr_'C6imr4*
[High-speed cutting of trapezoidal threads in high-strength alloy
stools] Skorostnoe narozanie trapetsoidallrqkh rez1b na logirovan-
nykh vyaokoprochnykh staliakh. Moskva, (k)a.izd-vo oboronnoi proqrsh.
ig5i. 47 p. (MLRA 8:9)
(Screw cutting)

MOROZOVp N. D.
Lathes
PB chip-breaker for rapid turning, 3tan i instr. 23 No. 3, 1952.
Monthly List of Russian Accessions, Library of Congress, Juiy 1952. Unclassified.

jit , z ov,
Kolosnlic, P,.vfl Adirtm(,vl,-~
,~vtomcbilln.vye tratorlaly i srlry (PcFc~rjiye-rvt(.iLc-zri-aniku-)' Lkutcaiobil-
mw,teriz,!-~ ond tires ~ a mech.,nic's 11-ole'--nilc J ~:. -D. Mcrt,:-ov.
,,Io(3k-vF-., Avtctrr,nsl.drt, l)54.
1
"T
.A t ~, nt t urn lbt,,.

KOLESNIK. Pavel Adnmovich, ; WROZOV, Nikolay Dmitrlyevlc~, ; MARTLNS,
S.L., red.; GALAKTICiTMI, TiA, ~ekbn. :-ad.
[lutomobile materials and tires; a mechanic's handbook] Avtomobiltnye
materialy i shiny; posobie avtomakhanilcu. Izd. 2., oerer. Moskva.
Naucbno-tekhn. Izd-vo avtotranaD. lit-ry. 1959. 1.99 p. (MIRA 11:12)
(Automobil6s)

SHESTOPAU)V. KonstaLltin Sergeyevich.; ROGOZHIII. Aleksey Ivanovich.;
KOROZOV, Ilikolay Dmitriyevich; MARTENS, S.L..rF,-d.: ZTJY-EVA. N.K..tekbn.rpd.
------- -
L1.1se and repair of automobiles] Ekoplustataiia L remont avtomobilei.
Moskva, Nauchno-tekhn. izd-vo avtotransp. lit-ry, 1958. 319 p.
(MIRA 11:12)
(Automobiles)

KOIMIK, Pavel Adamovich; MOROZOV. Alkp2ay-~bitriyaYiq4; SEDOVA, A. F.
rod,,- DONSKMA, reds
[Materials used in motor vehiclea oj* tires; manual for an
auto*obile mechanic) Avtomob:Ulrqe ma"
g . rialy i shimy; posobie
avtomekbaniku. Izd.3.,, perer. MoskV4'~Njiuohno-tekhn. izd-vo
M-va avtorrobillnogo transp. i shosfflx~ d.orog RSFSR, 1962.
221 %aterials) (Tires-Rubber) (MIRA 15:4)
(Motor vehicles-Maintenance and repair)

I
MOROZOV Nikola Dmitriyevichi SHESTOPALOV, Konstantin Sergeyevich;
0 -Fea.
[operation and repair of motor vehicles] Ekepluatatsiia i
remont avtomobilei. Moskva, Transport, 1965. 336
(MIRA 18-7~*

MOROZOV, N,F,
Analytic str,-~z~t,--e of the soi!i..ion -o -.ne
DokI. AN SSSR 152 no.!;?3-.8Cj S lo~.
1. Predgtavleno akademikom V.I.~~nlrnovym.
(Elxi,qtic plitps, "d s'-~oljs) (Irlt.fg7al a-p-ivi~mF)

MOM67- o V 1VF
UVIN, 14.1.; KOROZOV. N.F.
[Automatic signalling in Russian diesel equipmentJ Avtomp-tichoskala
si 'gaalizatslia v otechestvennykh dizel'nykh ustanovkakh. leningrad,
Gas. nauchno-takhn. izd-vo mashinostroit.i sudostroit. lit-ry [1.e-
ningradskoe otd-niel 1953. 142 p. (MIRA ?:3)
(Diesel engines) (Indicators for gas and oil engines)

LF,VIN, 4. 1. - MOFOZOV, N.Y.
Designing basIc instruments for tl-ie automatization of diesel
engines. Priborostroente no.9:21-24 S '56. OCJiA 9:10)
(Diesel engines) (Automatic control)

MOROZOV. N.V.
What our efficiency experts are working on. Avtom., telam. i sviaz'
no.1:40 Ja 57. (MLRA 10:4)
1. VozhagodakeLya distantalya sigmalizatalt i avyazi Severnoy dorogi.
(Railroads-Signaling)

KOROZOT, N.Y., inzh.
How the moving of signaling apparatus to a new location was
accomplished. Avtom., telem.i aviaz' 4 no.4:37 AP 160.
(HIBA 13:6)
1. Tologodskaya distaatalya signalizatsii i svyazi Severnoy dorogi.
(Railroads-Blectronic equipment)
(4a Ur on do --S igna 1 ing )

I MPROZOV, N.F.
qtttdv of an equation of mathematical. phy3ica. Trudy LTITSBP no.14s
222-22) 164. (MIRA 18s5)

..900_ZOV,_.A.F. (Leningrad)
Vibration of a prismatio rod under transverse load. Izv. v1s. ucheb.
sav.; mat. no.N121-125 165. (MIRA 1817)

GORBACHEV, S.S., inzh.; HIJANIN. Ye.H.. inzh.; MOROZOV, N.Y., inzh.;
RABINOVICH. Ye.M., inzh.; STROM, A.Ye., inzh.-, MIMAN. Ya.H.,
inzh.; DOLGIKH, T.N., inzh.; ROGACHEY. S.A., inzh.; YAKUSHU. A.A.
Dismountable plant for making and assembling house made of
large aerated concrete blocks. Rats.i izobr.predl.v stroi.
no-12:11-18 159. (MM 13:5)
1. GlavWy inzhener Konstruktorskogo byuro po zhelezobetom
Glavmosoblstro7mterialov pri Mosoblispolkome (for Yakusbev).
2. Konstruktorskoye byuro po zholezobetonu Glavmosobletroy-
materialov, 14oak-va, D'7akov per., d.4 (for all).
(Idghtweigbt concrete) (Concrete blocks)

S/1'33'/63/MCI Ot
A054/A 126
Al ITHON')'. Grinberg. Z.A., Morozov, N.P.. Gazman, S.M.
TTT,,F: Special features of stainless steel production in an atmosphere of
inert gases
PE,R I ODI CAL: Stal', no. 2, 1963, 152 - 11.)~
TEff: The Pervoural'skiy starotrubnyy 2,avod (Pervoural'sk Old Tube Plant)
has taken measures to prevent the intergranular corrosion of argon-arc welded
stainless steel tubes. To eliminate the contaminatlon of the strip surface no
fat-containing emulsion is applied to the roll surface. This, of course, neces-
sitated a smaller allowance for the rolls (+0.05 mm at the groove profile). Two
metal brushes (220 mm in diameter, with 0.3 - 0.5 nun diameter wires) are mounted
after the welding machine; before this the strip edges are polished by a 120-mm
diameter metal brush (its motor operates with 1.5 kW and at 2,870 rpm). The
strip thus enters the welding apparatus free of burrs and grease on its surface
and with polished edges which Improves the stability of the arc and prevents con-
tamination of the liquid weld. In cooperation with the Ural'skly nauchno-issle-
Card 1/3

S/133/63/000/002/CO8/014
Special features of stainless steel production .... A054/A126
dovatelIskiy Institut chernykh metallov (lJral Scientific Research Institute of
Perrous Metals) tests were carried out to clean the strip surface by means of
ultrasound, the strip being led through a water bath, over which magnetostrictive
vibrators are mounted, irradiating both strip surfaces with a 1.5 mm gap between
vibration surface and the strip. The cleaning, of the strip is completed with
abrasive plates (80 x 50 mm) mounted before the ultrasound unit. The plates are
continuously supplied with a hot alkaline solution. At a 1.1 m/min rolling rate
the strip is subjected to cleaning by the alkaline abrasives for 3, in the u?-
trasound unit for 4 - 4.5 see. To improve the welding process, a new split-type
nozzle, with a 22 x 8 mm opening has been constructed for feeding the shielding
gas. Under the new system the smelted metal is 3.5 times longer in the gas at-
mosphere than In the conventional method, ensuring a cleaner and denser seam, as
the liquid weld solidifies under gas pressure. Tests are now being made with
two nozzles, i.e., a shielding atmosphere is also produced within the tube by in-
troducing another nozzle. It was also found that shortening the length of the
arc resulted in a smaller part of the edges being heated, thus reducing the a-ea
of the liquid weld and, in general, the zones subjected to heat. This also In-
creases the metal resistance to intergranular corrosion; moreover, ir- this case
Card 2/3

S/1 33/63/000/002AC19/0 14
Special features of stainless steel production .... A054/A126
the required power, voltage and welding current can also be decreased (a 7-mm
arc requires 160 amp, 17 v and 2.65 kw-sec/cm, whereas a 2-mm arc needs 246 amp,
12 v and 1.'~3 kw-sec/cm). rhe short-arc method, however, can only be used in
combination with the new split-type nozzle. For further improvement of the met-
al structure the cooling of the tube (internally and externally) must be intensi-
fied. To remove the cinder and the metal layer in which part of the alloying
elements burnt out during welding, the tube is passed between two metal brushes
(120 and 200 mm in diameter, with 0-3 - 0.5 mm diameter wires) applied before
the calibrating stand, working at an Id and 30 m/sec rate. To ensure an accurate
fitting of thj tube edges, the welding rolls are now being made of r 13 (G13)
non-magnetic and highly wear-resistant steel. which eliminates the magnetic ef-
fect, of conventional steels. The strip width has also been reconsidered with re-
gard to the new method and a formula is given for its calculation. By decreasing
the strip-width, it is not necessary to raise the reduction on the calibrating
stand. There are 3 figures.
ASSOCIATION: Pervoural'skiy staratrubnyy zavod (Pervoural'sk Old Tube Plant)
Card 3/3

MOROZOV, N.F., inzh.; POROZIINYAKOV, V.I., inzh.
Mechanized molds with reinforced-concrete valls. Mekh.stroi. 18
no.4:18 Ap 161. (WIRA !4: 6)
1. Mosoblstoymaterialy.
(Precast concrete)

T4

20-5-14,60
AUT HOR 1110iozovi I. F. I
It - -~_ ar Theor.,- of Thin Plates.
TITLE on ~hc on-Line
(K nelineynoy teorii tonk'i?.~ plastin - Russian/
PBRICIDIC~*~_'U Doklady Akad."auk S-S'Si, 19 57:1-`1 Vol 114, Nr 5, '6~ ~"71
ABSTRACT The present paper discusges the exic3tence of a of the pro-
blem of the b endi!_.- -t hrough of a thin plate. At'~e!ition ic drawn to
three previous thin
The author solves this )ro-)Iem by means rf diffc-rent methods and
for different bounddry conditions. The author herE~ invt:st1gateo the
system of the equations 2 .12
A 2 w 2 1~1' W
F E 1L J Ic)y
-2 2 2 -2
0 . W 'F 11 W
2 h 2F ~2w F ) pz_~'
2
D D '77 + =77, 77 7 x Y
Y x
0, 0, _)F
.0, 0
at the boundary c onditions w:, v S ~)v
or 1'78 0 ZA T. - 1 _G W I s=O, F1s=O' 'J
Q 'jv v s=o
At,k-1 this syst,:a goes over into the knoz--n system of equations by
CAH14"'11. Por.>, the oolution can be fo-ind by means of various methods
of the functional analysis, for instance by :aeans of a :01TON method
etc. The author solves the problem for A, .1 by r
Card 1/2 ieanj of the method

20-5-14/60
On the NUN-Linear Theory of Thin Plate2.
by Z I` Us p. mate 7ri.'Ia ik,V o 1 1,INr
By transforming the above given syste... of equations the ij.tc,~ral
c, jua t 1 on 2 h 2 0
F A F d 'I ~ 4- E w n d lnc~ D 1.--i d is obta'ned.
Be.~ides,the abcv,~ ,iven system of tht.- (Iiffer,_%tial fc,;ultions and
boundary conditions is equivalent to a sjsten of int,,-ral differen-
tial equations given her,-. By twofold differ( ntiation a fanctional
equation of the form z=/~,(D~z),is further obtaJ_ncd,%,h-_re z denotes a
- 2w 2w 2F F
sexta2le of t1ne funct ions'; w 2:., ~ 2
x2 Y21 '57 Y2, ~xa Y
Y_~ Y
This f-inctior.al owiation ia here i:. :_71 J-~ecial VeCtOr
-~x~st-nce of the so-
space of steady furct ions .'Yor the proof of t,)~~
lation the aut?~or 'jaseq u,on b.
The co.~.r.-;e of t'lr~ _--cof is folio,,,ic(~ h-~r,_.In a and a
theoreL- are v -2n . o illustrations).
A530C.Lk"I'1011 Lenin.~-rad Stqt(- Jniver~iitj "A.A."".1ADA xv.
PRI_Sh_Y.C_-D 3Y of the Acade.-Iy
S-J3'.!ITTLD 24.10.1956
A IIA I LA3, L E. Library of ConEress .
Card 2/2

SOV/124-58-7-79c'-'4 D
Translation from: Referativnyy zhurnal, Mckhanika, 1958, N-r 7, P 11 (USSR)
AUTHOR: Morozov, N.F.
T[TLE: Nonlinear Problems of the Theory of Thin Plates (Nelineynyve
zadachi teorii tonkikh plastin)
ABSTRACT: Bibliographic entry on the author's dissertation for the de-
gree of Candidate of the Physical and Mathematical Sciences,
presented to the LGU (Leningrad State University), Leningrad,
1958
ASSOCIATION: LGU (Leningrad State University), Leningrad
Me, 1~-;a
Card I/ I

16
AU THOR m0gQz;!-, -9 91-6
TITLEt Non.-.Linear PrDbll,~mq of ttie Th~-rjry of Tt.,ir, P,56zir,
(Nelineynyye zada hi 'ri,;rii torikikh plastiri)
PERIODICAL~ Vestnik Leningralsk~-)g an,Jversiteta ,3eriya matemat '.-I
mekharilki i astronom~`4_ '958, Nr '9~4) pp '00 '24 ',USSR)
ABSTRAM The auth,r -on?tlders tre. beLa-i,:.r .)t loaded *hlri platen- JI,
arbitrary contour in an elasti- dcnain unJer diff-rent ::)n
ditionEi on 'he bo-andary. The b~AaviDr -,'L h, pla~~ is
cribed by tht- Karruac
F z E ;2!
tdy r,2 'd y
2 1. 2 2 2w "IF
- q h _LF +d~F
D X7 y X0 j,
I ( Y D X,
The au tr. r i ri ,,Rs f ga~ i~ si t he ~.Xls tnait -_ jrl Iridc r
f o1 rig oni i 1.1 x-Iq
Card '/2

Non-Linear Prcblems, of tti~ Tht~_-,_y Df' Piat~6 s c v 7. P, 9 - 9
0 Fj 10 0
WIS - 0 /A w 0 F 1, 0, 0
?
At firs1% an t--,3 t I T'A t r, -he r ti.- r, e 1, f u r; t nL 1,
6 f i t r, d ~; r a 9 a r ~Al 't~ '11-- --v-, an ip:. 1 1
es tima ti _3u r:f u i t, ci~d -4
j ri R I T. r e 5 T
t h e. t: c. r. t InuatL b pe .- t D T h al I Pr '3 ~i I ~1.
the pap-,r cll L._~ray and S.-hauder r R e T~,e jbtair,,j
existen ~ thp,~.r&7; a P:al~- _f
and fi-,xural st_~ffn~3~4. A ttr.. rjp
proximations .)F .'rii~
There are figurea. and 54 refer,~rj,e,.i, wni,,i ar~_ Cj, 16%.
5 German, kmeri_-ar, and 3 English~
SUBMITTEDs APrill :, 1957
Card 212

14(0)
AUTHOR: Morozov, N. F. 30V/2 0-12 3- 3-9/54
TITLE: The Uniqueneag of the Symmetrical Solution of the Problem of
Great Sags of a Symmetrically Loaded Circular Plate
(Yedinstvennosto simmetrichnogo resheniya zadachi o bol'shikh
progibakh simmetrichno zagruzhennoy krugloy plastiny)
1 7
PERIODICAL: Doklady Akademii nauk S33R, Vol 12~,, Nr 3, PP 417-419~lqj
(USSR)
ABSTRACT: In 3 previous papers the existence of the solutions of problems
of great sags of inclined shells and of thin plates was proved,
but the problem of uniqueness waa, not solved. In the present
paper, the author proposes to prove the uniqueness mentioned in
the title. In the case of a circular symmetrically loaded plate,
the system of Karman equations can be reduced to a system of
ordinary differential equations:
r
Av- A U2 Au + Auv q?d~ 0
2 +
Card 1/4

The Uniqueness of the Symmetrical Solution of SOV/20-123-3-9/54
the Problem of Great Sags of a Symmetrically Loaded Circular Plate
with A d 1 d r
dr T 7 7
(The other terms contained in this equation seem to have been
defined in a previous paper).The following boundary conditions
hold for a rigidly fastened plate if there are no chain tensions
on the circumference: u I r = I= 0; v Ir = 1 ~ 0;
u1 < const; vj