SCIENTIFIC ABSTRACT MOVSHOVICH, S. A. - MOVSUMOV, A. A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001135420017-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 13, 2001
• Sequence Number: 17
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

BUSHUIEV, V.P.; GUBIN, G.V.; GONCHAMNK0, Yu.I.; KARMAZIN, V.I.;
MARGULIS, V.S.; MITROV, V.A.; NIKOJAUBKO, N.O.; BOBRUSHKIN, L.G.;
BUROV, A.I.; RYBAKOV, V.N.; SOSHIN, A.F.; TATSIUMO, P.A.;
TOVSTANOVSKIY, O.D.; YUROV, P.P.; Prinimali uchastiye:
NIFAGINA, A.A.; CHFRNYY, I.I.; GERSHCYG, Yu.G.; KOSTIKOV, A.G.;
DOLGIKH, M.A.; ~QVSWVICH, S.A.; STUPIN, D.D.; NEVOYSA, G.G.
Magnetization roasting of Kerch ores in the experimental
factory of Kamysh-Burun Combine. Gor. zhur. no.12:30-37
D 62. (MIRA 15:U)
1. Institut Mokhanobrchermet,, Krivoy Rog (for Bushuyev,
Gubin, Goncharenko, Karmazin, Margulis, Mitrov, Nikolayanko,
Nifagina,, Chernyy, Gershoyg, Kostikov). 2. Kamyshburunakiy
zhelazorudnyy kombinats Kerch' (for Bobrushkins Burov,
Rybakov, Soshin, Tatsiyenko, Tovstanovskiy, Yurov, Dolgikh,
M.A.; Movska7ich, S.A.; Stupin, D.D.; levolva).
(Kerch Peninsula-Ore dressing)
(Iron ores)

IIIOVSHOVICH~ - -
Determination of the domain of influence ofsome particular pointo
of a higher order. Vest.Hook.us.Ser.mat..uekh.,astrou.,fiz.,,
ktAm. no-6:3-11 159. (KUU 13: 10)
1. Kafedra differentsiallnykh aravueniy Moskovskogo universitsta.
(Differential equations)

s/o?-4/62/OOo/oo6/oo4/020
E 135
AUTHOR5 Gnoyenskiy, L.6. and %lovshovich, S.-J~,- (Moscow)
TITLL; Applicati(In Of a 111ii-ar-prograniming method to a
certain proh.lem in the theory of servomechanisms
PLRIODICAL. Akado-rniya zjaijk o6L3IZ. Izvestiya. Otdelenlye
tekhriichnskikh nauk. Energetika i avtoniatika, no.6,
1962, j(J-66
TLXT: The type of servomechanisin con!sidered is one Ln which
to the input signal ~control signal) is added a component
proportion;%! to its own first derivative, with a coefficient
varying in time, f(t) , C(t) C(t). The system is described by
an n-th or(ler differential equation and iias zero initial conditions.
Tne input s.Lgriai 1-( tJ is init ia I Ly unknown, but it may be known
that it belongs to a kliven cla.-is of functions; it is assumed to
have bounded rate of' chnnge, and fl(t) has only a f inite number
of discontinuities of' tht, f irst kind in any finite interval. The
sil9nal f(t) is freed of' high-fr#-(:ueicy noise hy filtering. The
gain factor c ( t ) i-s assurned piecewise constant and bounded.
The quality factor of tkie system will be the error Y(t) - f(t)'
Card,'1/2

APPlIcation of it
L 13,j
and will be cons ioet,f.,j ,)r) 1y jit I jxp(I jjj.,jtAj)tS oi t 1111f,. Two problemB
are defined in tnis tramcw,,rk: 1.) to minimise the maximum possible
mismatch CXIStILIX at Litt- prt-scribed itist,ttitaj LI) that the maximum
possible mismatch tit t hi, 1b-1 Instoilt--; be always lesm than a
S.iven prescribed magniti~de. Tni,.~v problems are to be solved by
finding an appropriate preassi~~ned prograrnme for C ( t ) .It is
shown that both of' thf-Re prol, Ient., can be redticed to problemb in
linear programming arAd a detai led numerical example is given.
There arQ_!L-tables.
SUBMITTED : June 12, 19t)2
Card 2/2

69780
J -J 9/055/59/000/06/01/027
AUTHOR: Movshovich, S.M.-
-.- ..........
TITLE: On the Determination of the Region of Influence of Some Singular
Points of Higher Order
PERIODICAL: Vestnik Moskovskogo universiteta, 5eriya matematiki, mekhaniki,
asronomii, fiziki, khimii, 1959, No,6, pp. 3-11,
TEXT: Theorem !; If the rank of the matrix A = Ila ij 11equals n and k z 2p,
then there exists no bounded domain which contains completely a trajectory.
different from the singular point 0, of the system
dx6 n k
(4) a x
Tt J
Theorem 2: Let the rank of A be n-1 and k = 2p- If the singular point 0 is
isolated, then no bounded domain contains a complete trajectory of (4) with
the exception of the singular point,
Theorem 5: Let k = 2p+lt If there exist c i (i=1,2, ..,n) so that the
quadratic form with the coefficients ~Ilci ai~ +C iaji 11is positive definite,
then no bounded domain contains a complete trajectory of (4) with the
exception of the singular point.
Card 1/3

69780
On the Determination of the Region of Influence 055/59/0")0/06/01/027
of "Jon)o Sirieular 110inta of 1116her Urder
Given
dx n
(19) dt aij,j + fI(t'xl~ n), I-, -n-
j=1
Let k ~ 2p, let the rank of A be n and
(20) if ij:~,R 'tXk
J~l I
in a sphere of radius R, Let~4.1 n be the number of the f, which do not
van~'sh identically, Let -- max =max J'C,J, where the care defined by the
n
system C.a-
I ij
Theorem 41 If in an n-dimens-,-Dnal sphere it hclds c then the
P max
sphere contains none complete trajectory of (19) with the exception of the
singular point. If the inequation holds for all x, then the spherical
region of influence (compare (Ref.1)) of the singular point is unbounded.
Theorem 5 contains the corresponding assertion for the case k = 2p+1
Card 2,

69780
On the Determination of the Region of Influence S/055/59/000/06/01/027
of Some Singular Points of Higher Order
The author mentions N.N.Nemytakiy and N.N.Krasovskiy.
There are 3 Soviet references.
ASSOCIATION: Kafedra differentsiallnykh uravneniy
(Department of Differential Equations) I
SUBMITTED: .April 25, 1959 1u
Card 3/3

YUDIV, David Borisovich; GOLISHTEYN, red.
GORYACHAYA, M.M., red.; MURASHOVA, N.Ya., tekbn.red.
[Linear programming; theory and finite methods] Lineirice
programmirovanle; teoriia i konechnye metody. Moskva,
Fizmatgiz, 1963. 775 P. (MIRA 17:2)

S/~ 55/60/000//0i2,/009,/0l5
54/ '
AC 27
AUTHORS F-Ilonov. V...%,, -ri:Yineer Yudin, V,' . ~,In--ineer, 'roshchenkov
N.A., '-~n,--ineer, and-Yovshovit3, V,3. -,,n,~ineer
TITLE, Improved Producticn Prceegi f~r ~'~!i Rciled itilu 2t4e'- Sheet3
~ , 1 f, ... -, , o
PERIODICAL, Sta,, 19,'SO, Pic. Fp. J -11 1 .
T:,;XT - Unt, i.1 recent ly the produ~ t i ~,n rif the al I :-yed steel sheet.3
3.0 mm thick, in the Zap,~rozhsta'~ Plant w-as divided into 6 stages, The
technolo had certain arwhbarks~ beC,11.13e the sheets had to be mcved about a
0
great deff during proc-essing their surface defect3 viere numercusy
were defective, moreover it was n:t pc~sqible to obtain tne required me-~hanical
properties. About 50'/'10 Of the 3beet3 had tn be rejected because the strength
limit was too ',ow. In --ripr to .3imp ify and at. the same time to im rcve this
process. cold rolling test!? were rrade wish !;,F- ~-A (12G?A),
30xrr,A(30KhGSA) and other steel sheets, 0,H-5,C11 nm th-.~,k nm.,tting br;-ht
annealing, i.e.,the 3eCond phase of the renventirnal produ,tion pic.ress, "he
tests were carried out on a 1 680 mm stand, at a maximlim rolling speed Of
3.95 m/aec and It. W113 found that the !,'11,~A Jh#30-tJ, MM thl,,k and
750-1.,270 mm wide could easily be rcllrwd in 5-'J passes~. The Cold rc7llng of
25KhGSA and 3OKhGSA stee-1 sheetq witbr,,it 1,rignt annealing wa~3 only possible ip
to 1.2-3.0 mm thickness, irrespective of ~be strip width with ncrma, meta.*.
Card 1/5

Si
Improved Produ~~tion Proce33 for 7o!d Rol;ed A,!c,y 3tee, Sheets
pressure at the rollers and with ncrma~ load .~n the main motor. ~mittin,,.- bri-ht
annealing decreased rolling waste 2.2 times for the 12'12A and 5.2 times for the
25KhGSA and 10 KhGSA brand stee'19, Furthermc.re tests opre carried clit with
cold rolling steel sheets OeGl-'A) c-ntainng manganeae ;F -,, 0,c) mm tnl(-kle,3,.;,
without brimht annealing and interm ttent annealing on a 4-high reversible
mill stand ?1 .?00 mm) and .t was eqtall,shed *Jiat by applying ths te~:hnoloirj
wastage could be reduced ~.') time2 as :,.~mpareri with the t~nnvpntiona- method.
while the metal pressiire on the r--.)!ier-3 was kept within the limits a:'~wed
(1,800 t) and by apply-ing hydTct7onated sunflower seed r"' as a i.Abr,-itor the
main motor load rnuld te red:l-ed
speed attained 6.? m,!~P-
Tests were al--~ --arr.,ed nut '.-he arinma'ing of hot rcll-id sheef
of 23 X 2PB(PA(23Kh2NVFA) 1, 7 ~]~PP 12 X ',H ;304 fM2NIIWA)
25XrCA (25KhGSA) and 30/r,, k stee~,i and it wag established that
optimum conditions can bp obtained anneaiina -in,-klad sheet in a
, ne -, c-'
prote,iting atmosphere of nitrogen. :-rit.airi~ , riot mcre than
and 4-6,~o 112- Annealing takes p~a,e ,n *his ~r-tirfing atmosphere at
per,.ods of J.F~Ad,?O- hours dependin., -ri tbm wf--rnt ~f the ~nar4e,
9-10 coils,respe,:tively), Py annea, five atmrsp~,~re ~t Wag Pc,-i,;i*,,!s;
Card 21/5

S11331601000101210091015
A054/AO27
Improved Production Process for Cold Rolled Alloy Steel Sheets
to prevent decarbonization and to increase the output of the pickling equip-
ment considerably by setting free great part of its capacity. Further improve-
ment in the quality of cold rolled 120,2A steel sheets could be attained by
normalizing the sheets in coils, in electric hood-furnaces with ventil?tors.
The heat conditions of the process were the same as when nornmalizing the sheets
in small packets (heating up to 840-8600C, holding time: 1 hour, furnace
temperature 9000, cooling under muffle to 1800C) ; the improve-ment in mechanical
properties was obtained by the special size and the construction of the furnace
securing a uniform heating and cooling in the entire coil while waste due to
inadequate mechanical properties could be eliminated. This aaste had amounted
to about 80% when normalizing in the conventional production process single
packets. There is 1 table.
C.ard 3/5

k
88498
S/133/60/000/012/009/015
A054/AO27
Improved Production Process for Cold Rolled Alloy Steel Sheet s
(D Steel brand; (g) Initial
ti and final
L
% thickness o
n the
d f the strip
ain motor mm; (3) Strip
res-
a
~ Metal
width mm; 0 Total reduc
o oa
o
n
; (5) m
;
p
sure on the roll ton; (2) Ro lling speed rrtYsec; (B) Number of passes.
1
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CTaz "C41100 T"ALLtI1118
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3-1
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* 1,57-3.71 5-7
,
, 1020 S6.5 looo-3400 9W- 1700 1.57-3.60 5-3
2.3-1,2 1020 47.8 1000-3000 -850-1500 0,78-3.52
12r2A 2,7-1 5
I 1020 44,5 !GM-25W 900-1100 1,76-3,52
1,2-2,1 1210 11,1 2CM-1200 1200- 1700 1.57-3,62 3
3,7-2,5 1270 32,4 2000-3000 1400 2.54-3,14
0-3
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0 1270 25,0 2000 3000 1400- 1 FM 2.34-3.14
,
, 730 25,0 2000-2SOO 900-1100 2.34-3.14
Card 4/5

88495
S/133/60/000/012/009/015
A054/AO27
Improved Production Process for Cold Rolled Alloy Steel Sheets

2.3-1.0 1020 56,5 800-2000 1200-2nOO 0.78-2,74 7
2,7-1.6 1020 44,5 800-3000 1200- 18 ~O 0.78-3,14 3
25
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3,2-2,0 1120 37,5 2000-2800 1300- 18A 1,17-2.35 3

7-2
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, 900- 1020 32,4 8)0-20()0 1050-1600 0.78 -2.34 3
4.0-3.0 1020 25.0 800-2UOO 1100-1500 0, 75-- 3.14 3
2,3-1,0 1020 %.5 400-1600 1300- 2000 0,78-1.76 9-11
2,5-1.2 1020 52.0 200-J-3500 1300-18)0 0,78-2.74 3
7-1
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7 0.78 -3.14 5-3
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3
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,
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7-2
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5 1270 32.4 8,)0-2800 1100-1700 0.70-1,57 5
,
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4,0-3,0 1270 25.0 80G- 3000 1300-2000 0,47-2,15 3-5
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Card 5/5

TROSHCHENKOV, N.A.; TILIK, V.T.; MOVSHOVICHO, V.S.
Quality of the out of strip edges. Hatallurg 8 no.5:29
Vq 163. (KIRA 16:7)
1. Zaporozhakiy staleplavillrqy zavod.
(Metal cutting-Quality control)

FILONOV, V*A., insh. [deceased]; MIDIN, M.I., inzji.; LOLA, V.S., insh.;
14VSHOVIGH V.S., inzh.; AVRLMMO, I.N.p inzb.; PAVLISHCHU, V.B.,, -insh.
Nov technology for the production of wode-strip stainless steel with
a thiakness of less thpb 1#5 mm. Stall 23 no.1:60-61 Ja 163.
(MInA 16:2)
11 Zavod *Zaporoshatallm.
(Rolling (Metalwork))

1:4)URC COJ)V: 1!1(/,'1177/65/021/000/0038/OOF)2
ACC NRi AT6012089 F
AUTHOR: Chekmarev,_A, __ 11. (,va(jemician AN UkrSSR); R'WYall, (I't-fe Hsor);
Mcleshko)-Y. 1, (Caildidate of t,,+,nical aciences); Prok0f,%,(,%,, v. i. ij., of technical
sciences); Dn(!o_1::~'.,_ V.-L: ' i'! A. (Fngincur)
Kudin, D. 11. (;'nVmvcr). Lola, V. N. (Engineer); Movshovicli, V. 'i,,(E'ngmuvr), Ravlishchev
V. B. (Engineer); Soroko, L. (Eiigincer); Sukhobrus, Ye. 11. (Engineer); Moloftyy, V. P.
(Engineer); Yudln, Al. L (Enlyineer)
ORG: none
TITLE: Improvements in thu tf,,clint(lues of production of KhI8NI0T cold-rolled wide-strip
steel at the Zaporozhstall Ma-lit 11,
SOURCE: Dnepropetrovsk. Institut chern2l metallurgi rudy, v, 21, 1965. Prokatnoye
proizvoddtvo (Welding production), 38-52
TOPIC TAGS: sWinless steel, bright stock lubricant, metal rolling, sheet metal, industrial
plant / KhI8NI0T stainless steel, P-28 bright stock lubricant
ABSTRACT: On Inc reas ing to 11. 8 tons from the previous 10. 3 tons the weight of the ingots

L 41274-6~,;
IACC NR, AT6012089
7
of Khl8Nl0T stainless steel used to produce 1000 mm wideLbects, the Zaporf)zhatall Plant
found it possi to reduce by .10-50 kg/mm2 the wastage of metal (luring slabbing. Other inno-
vations introduced in recent yearn at this plant inciulic: futtling, flame scarfing anti planing
of ingot surfaces so as to eliminate defects of prior to slabbing. These
measures, along with improvements in the ingot reheating regime, [lave made it possible to
increase the productivity of Mabbing millti by l.5-20',",',. Thc Ingots theinfie. 1(t es are cone-shaped
In order to optimize the conditions of crystallization of the rli()Itcn metal. After trimming and
heating to 1050-1300*C the slabs proceed to a contintions strip mill where they are rolled Into
1000 mm wide strip. By introducing the (-old rolling of this strip in a reversible four-high mill
with a reduction of 85% and by abandoning the practice of intermediate quenching during the
produ tion of 0.8-1.4 mm thick sheets rolled fronjj.0 mill thick stock, using P-28 brig t
stod,11(highly viscous mineral oil) as the lubricanlrustng highly polished rolls, and increasing
the convexity of the rolls to offset the increase in roll pressure, and thus streamlining the
rolling techniques to an extent at which it became possible to roll in 13 passes 0. 8 mm thick
strip without overloading the rolls and main drive, the Zaporozhstall Plant has found it possible
to increase by 81% the productivity of its sheet mill and by 180%, the productivity of its rever-
sible cold-rolling mill,. The annual savings produced by these innovations amount to: for the
slabbing-mill shop, 162, 000 rubles; for the sheet-mill shop, 91, 000 rubles; for the cold roffing
shop, 719, 000 rubles. Orig. art. has: 3 figures, 9 tables.
SUB CODE: 13, H/ SUBM DATE: none/ ORIG REF: 015

YIOV,q flovIck, 4.&A-Kiye")
Creative cooperationo Shvoin.prom, no.6.27-29 U-D 161,
(~UA 14.~12)
~Clothing industry)
ftrkeUrg)

MVSHOVICHp Y&,M,,, inxh.
Cooperation of the."Ukrains' clothing factory in Kiev with
the retail trade. Lah,prom. no.ls7O-73 Jao.-Mr 162. (KMA 15:9)
(ILev--Clothing industry)

- WNSHOVIR. -ya.M.--
Dispatcher system of productlen control. Ish.prom. no.3:84-85 Je - Ag
162. (IAIRA 16.2)
(Kiev-Clothing industry) (Trdu trial Tnan ement)

KOIVSHOVICH, Ta.M. (Kirev)
ONOMM -
Mechanism of the automatic stop of the SM-2 quilting machine
needle in the extreme position. Shvein. prom. no.4:25-26
J1,Ag 162. (MIRA 16:6)
(sewing machines) (Automatic control)

MOILZVICH, P.N. (Mohilevyah, P.N.)j ~0 'CHovshovych, 1A.M.)
~ISHOVICH, Ya.M.
Organization of +a for the finishing, steaming and pressing of
manufactured prodZAs. Leh.prom. no-4:83-ft O-D 162. (KRA 160)
(Kiev-Clothing industry-Management)

MOVSHOVICH, Ya.M. (Kiyev)
Dispatcher system of production control. Shvein.prom. no.6:6-8
N-D 162. (KIU 15-12)
(Kiev-Clothing industry-Management)

Disawsiou of D.G.Davidson's article, *New forms of Departmental
Sanitary Service Work". Vop.pit 21 no.4s9l-92 Jl-A 162,
(FOOD ADULTEPATION AND INSPECTION) IKERA 15:12)

MOVSHOVICH, Ye.V.
Baskunchak series of the Lower Triassic in the northeastern Margin
of the Greater Donets Basin. Dokl. AN =-R 161 no.5:11"7-1180 Ap
165- (MIRA 18-5)
1. Submitted August 13, 1964,

MOVSISYAN, G.V.; SARKISYAN, M.S.; ARAKELYAN, E.A.
Absorption of acet,71~ne by liquid ammonia and Its desorption
by gaseous ammonia at low temperatures. Izv. AN Arm.SSR.
KhIm. nauki 18 no.2:209-213 165. (MIRA 18:11)
1. Kirovakanskiy nauchno-issledovatellskiy i proyektnyy
inatitut khimii Soveta narodnogo khosyaystva Armyanskoy
SSR. Submitted February 21, 1964.

ACC NR, AP7003784 (A) SOURCE CODE: TJR10426166/019/010/0754/0759
AUTHOR: Karapetyan, N. G. 4 Movalayan. G. Voskanyan, S. M. ; Chukhad-
zhyan, G. A.
ORG: All-Union Scientific Research and Design Institute of Polymers (Vsesoyuzayy
nauchno-isoledovatellskiy i proyektnyy institut polimernykh produktov)
TIT L.E: Preparation of elastic polymers through cation polymerization of
acetaldehyde
SOURCE: Armyanskiy khimicheskiy zhurnal, v. 19, no. 10, 1966, 754-759
TOPIC TAGS: polymerization, acetaldeh
,yde, polymer, elastic polymer. cation
polymerization 1 C&~4'~ G 1W LO b- *1 Al kd~4,,_ A44- ) t-4., j.,(, a-, A- At&!-
ABSTRACT: A study was made of the polymerization of acetaldehyde using cation
catalysts such as BF3-etherate, H2SO4, AlC13. and SbF3 at 7-8C to obtain elastic,
rubber-like materiali capable of vulcanization. The results obtained showed that
the polymerization time was protracted. that the obtained polymers contained a larg
amount of low molecular impurities, and that the experimental results were
difficult to reproduce. On the other hand when such ton exchange tars an the cation
2

-Add-k~F-AP7003784
exchanges KU-1. KU- I "G". KU-5M, and KU-6 "G" were used as catalysts for
acetaldehyde polymerization, elastic rubberoid polymers were obtained. With ion
exchange tars the polymerization process in complete, lasting about 1-2 hours.
The results are easily reproduced, the catalyst does not loose its activity after one
operation. and is easily reclaimed. Orig. art. has: I figure and 2 tables. (Trans-
lation of authors' abstract) ISPI
SUB CODE:$', 01,401 SUBM DATE: IOJun65jORIG REF: 00210TH REF: 0051
2/2

AUTHORg
' Movsisyan, L.A. SOV/22-11-4-11/11
-
TITLEt On -So-m-e--7p-e-c-rr-f-c--7ropertie a of An! Botropic She I I r, (0 nekotorykh
spetsifiche3kikh osobennostyakh anizotropnykh obolochek)
PER10DICALs Izvestiya Akademli nauk Armyanskoy ~)SR, Seriya fiziko-mate-
maticheskikh nauk, 1956,
Vol 11, Nr 4, pp 137 - 144 (USSR)
ABSTRACT~ The author determines certain specific properties of the
state of stress and of the displacements of a cylindrical
conio or spherical shell, the material of which obpvs the
generalized Hook law, and which in every point p