SCIENTIFIC ABSTRACT NAYGUZ, N. I. - NAYMARK, B. M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001136220012-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: July 31, 2000
• Sequence Number: 12
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

3/193/60/000/012./004/018.
The R-940 (P-940) Shaping Press A004/AOOI
2
cm ; eleotrIo drive:
t
make of eleatromotor
- A082-6; power.at
8o rpm - 28 kwI
9
overall dimensions of
the press (length x
width x Might)
7,720 r. 6.8oo x
weight -
10,000
34 tcns. There is
1 figure,
Card 3/3-

S/162/60/000/012/006/010
A161/AO30
AUTHORS: Nayguz, N.I. and Berull, G.M.
TITLE: Tube Swarinp Preqf, With Synchronous Slides Motion
PERIODICAL: Kuznechno-shtampovochnoye proizvodstvol 1960j No.12, pp,,21-25
TEXT: The Odesakiy zavod pressov (Odessa Press Plant) has designed
and produced a 11040 (P040) hydraulic press for swaging stee'- and nonferrous
metal tube ends preliminary to drawing through dies. Tubes of 80 to 408 mm
in diameter may or may not be heated. The article gives detailed design and
operation :Lnformation. The press eliminates the hot exaging on drop haamers,
the swaged (pointed) tube end is shorter, and noise is completely eliminated.
'Fig.l
The press , 1) is annular, with 0 radial cylinders and a hydraulic oil
drive; th,a work rate is 40 awagings per hour, the press effort 2,000 tons .
The cylinders (2) are attached with bolts (3) and faxed with pins; the
wedges (4) are tightened at the test with 250 kg/cm pressure and form a
rigid system with the cylinders; residual stre8ses in the circular cast
steel frame (1) ensure geometrical stability. The piston cylinders (Fig.2)
are easily removable. The hollow cast iron piston (2) is sealed with six
Card 1/12

S/182/60/000/012/006/010
Tube Swaging Press With Synchronous Slides Motion A161/AO30
piston rings (3) and its travel is limited by the split ring ~4) which is
retained with the ring (5). The holes (6) closed with plugs U) are designedi
for removing the ring (4); the ring (8) is for tight fitting of the bronze
guide bushing (9) on the cone (10) thut is designed for easy insertion of
the piston into the cylinder. The punches are attached to the piston rods
and bear columns preventing the pistons from turning in the cylinders and
bearing in their turn pushing rods exerting pressure on the racks of a
tracing slide valve. Replaceable tool sectora (2), (Fig-3) are attached to
the punches (1) and fixed by spring-loaded latches. The contacting surfaces
of the sectors are comb-shaped to prevent metal from flowing into interstioes.
The work surface of the tool is staged to prevent the tube from moving out
under pressure. A lever in one of the sectors presses on a microswitch to
switch the press on when a tube is installed. A mechanical bed (Fig,4
automatically feeds tubes in and out. It includes a central shaft 1~' two
drive shafts (2 and 3), drive (4) for discs and drive (5) for rollers, stops
and limit switches. The discs with sector-shaped cuts are bearing rollers
(8); the rollers are connected with bevel gears (9) engaging with gears (10)
on the central shaft. When it rotates, the rollers on the right and left
discs rotate in the opposite sense; the left discs are rotated through gears
Card 2/12

3/182/60/000/012/006/010
Tube Swag~Lng Press With Synchronous Slides Motion Al6l/AO3O
(11) by the shaft (3), and the right disco from the shaft(2). The discs
must rota-te in one sense for moving the tube, and to achieve this both
drive a1w:ts are coupled through. aa altriliary disc (12). The angle between
rolliaxa.f.-rom left and right is chan ed by swinging the discs in the opposite
aanse to ACC0100date tubes of larger diameter. The gear (13) and lever (14)
are Aaaigmed. for this purpose. Stops on the disc (12) actuate limit switches
for giving a signal to the automatlo control board. A mobile electromagnetic
stop (16) and lever system (17) fix the discs. The friction clutch (18)
protects the lever system* Even motion of all eight pistons is controlled
by a.hydraulic synchroniger (Fig-5) with eight swinging bronze buehings (2)
fitted to the frame with 0.01 am gap; gears (3) rigidly coupled with the
bushings are.engaging with racks (4) with flange' (5) that are joined to the
press.al,i(tes. When the slides move, the racks (4) and gears (3) turn the
bushings (2). The valve (6) has a flange (7) with a spiral shank entering
the bore in the valve; the pins (8) enter the flutes. Oil feed into the
one or the other valve space makes it move (with rotation due to the spiral).
It engagcs by the pin (9) with the gear (10) placed on a needle bearing in a
bore in the frame. Gears (12) are rigidly coupled with swing slide valves
Card 3/12

S/182J60/000/012/006/010
Tube Swag:lng Press With Synchronous Slides Notion A161/030
(13) that are rotated by gears(10) and (12). The pressure and train ducts
of the va:.ve (13) communicate through flat slits in the bushings and valves
that are natching in two positions teat correspond to the work and the
return trnvel of slides. If one of the slides begins to lead, its bushing
also begins leading its slide valve, and it closes the alit preventing oil
from entering into the leading cylinder. If a cylinder lags, its bushing
brakes the valve (13) through the pin (14), and with it the setting
mechanism. All other bushings start leading their valves and closing the
slits, i.o.f the velocity of all other slides is reduced. The hydraulic
drive control is automated and either actuated with push buttons (for set-
ting)t or with electric impulses (automatic cycle). The hydraulic drive
works from a Hntf-100 (NPM-100) pump and a H-400 (N-400) eccentric punp. The
hydraulic system is illustrated in the diagram (Fig.6). The eccentricity
and elliptic inaccuracy of the swaged tube ends does not exceed 5-6% of the
punch travel. The work rate is 30 times higher than swaging on drop hammers,
and the preas cost is amortized in one year, There are 6 figures.
Card 4/ 12

S11821601000101210061olo
A161/AO30
Tube Swaging Press With Synchronous Slides Notion
Fig. 1 The P040 press.
'Card 5/12

Tube Swaging Press With Synchronous.Slides Motion
N,
Z 'N
Card 6/12
9/182J60/000/012/006/010
A161/AO30
Fig. 2 A piston cylinder

,Tube Swaging Press With Synchronous Slides Motion
~ig- 3 View from the char*ging side
S/lE2/60/000/012/006/010
A161/AO30
Card 7A2

3/182J60/000/012/006/010
Tube Swaging Press With Synchronous Slides Notion A161IA030
Fig- 4 - Kinematic system of the mechanical bed.
~1~ - charging; (2) swaging;
3 - removal.
/71
Card 8A,3

8/182J60/000/012/006/010
Tube-Swaging-Press With SynchronotwAlides 90tion AU111030
an
Viz. 5 - Sydraullc synchronise~r. d Drain space; feed;
cylinder ductal drain duavee
lei JAW
mo,%~ ~,5
AL-
Card 9/12

5/..82/60/000/612/006/010
Tube Swaging Press With Synohronous Slides Motion A161/030
Figure 5 (continued)
5-5
Card 10/ 12 . .....

Slia.'1601000101210061010
Tube Swaging Fress.With Synchronous.Slides Motion A16l/AO30
Fig. 6 - The,hydraulic circuit. 1 - The NPH-100 piston pump with electric
control; 2 - the N-400 Piston Pump; 3 - safety valve w!.th 1 K?M-25
(IKRM-25) by-pass slide valve; 4 - safety valve with ll:?-15 (KR-15) by-pass
slide valvel 5 - four-way slide valve controlled from electromagnetj 6
laminated filteri 7 tracing slide valve.
Card,11/12 JTW�~U
44,
%ke

S/182'60/000/012/oo6/oio
Tube Swaging Press With Synchronous Slides Motion A161Y,030
Figure 6 (continued)
Card 12/12

urcluzo I.I.
. . ................-
Press for plastics with. a progrmod coqtrol. Mzt.~mssy w.760-5'.)
161. IORA 24:7)
(BIgatics IvAptry-Wpmeat and suppues)
k I-
V.

NAYGUZO N.Il- -- -.- I
Power jpreases for the manufacture of wood particlo boards.
Btm.i der.prom. no.1:506-53 JA44r 162. (MIRA 15:5)
1. Odlasskiy zavod pressov.
(Hardboard) (Power uresses)

S/226/(,2/000/003/013/014
1007/1207
AUTHOR. Nayguz, N. 1. and Mil'shtcyn, D. S.
TITLE: Hydraulic press for hot pressing hard alloys and refractory (high-melt ng) materials
PERIODICAL: Poroshkovaya metallurgiya, no. 3, 1962, 89-96
TEXT: This describes a hydraulic press produced in 1960 by the Odesskiy zavod pressov (Odessa Press
Factory), permitting parts of various shapes to be obtained by sintering and prcszing powder components at a
temperatui e of up to 2800'C and under a specific pressure of 200 kg/cm2. It consists of an iadividual hydraulic
(oil) drive, a scryosystern for control of cross -head displacement, an electric plant for voltage regulation and
automatic control of press operation, auxiliary equipment for cooling, waste water and oil removal, and a
special electric-resistance heating unit intended to raisc the temperature of the parts to be pressed heating
unit intended to raise the temperature of the parts to be pressed to 2='C. The p-cssing unit has the
following basic charateristics: I) Pressing force (maximum), 40 tons; 2)Cross~headstfoke,45)mm;3)Maximum
diameter of parts to be pressed, 130 mm; 4) Cross-head traveling rate, 0.3 mm/scc; 5) Power of electric-
heating unit, 240 KVA; 6) Maximum intensity of heating current, 4200 A; 7) Workirg ptessure on the
press-rorm, 200 kgjcm2; 8) Over-all size of press, 2700 x 2800 x 3835 mm; total weight (including electric
installation), I I tons. There are 3 figures.
Card 1/2

Hydraulic press for hot...
ASSOCIATION . Ode%skiy zavod prcssov (Odessa Ins, itute f, Ir .'re if.-iring)
SUBMITTED: October 28,1961
S/226/621000,'003,'013/014
1007/1207
V/ I
Card 2/2

NmUz,, X.14; MMLIs G.H.; REXHiER, V.Sh.
Three-positlon automatle Mims f6r th 1 awdacttuv of coal-
graphite product@. Kuxh!shtam.proizv.- I '.; Ag 162.
. + no-8:30-3.
(MIRA 15:8)
Wdraulla preassm) (Graphite)

NAYGUZ,, N.J.1 SLYLTAMMy A.F.
AF,k-IA-type automatic molding unit. Kuz.-ohtsz.pro1zv- 4
no.12129-33 0 162. (MM 16d)
(Hydraulic presses) (Grinding wheels)

MAIGUZ, H. I., Inxh.
.......................
Few P943 &M 11039 pmass. Kash1watreenle no.5t24-16
3-0 162. (MIFA 16:2)
1. Odexaldy savej pressov.
(Hydretulic presses)

FAMUZ,t-.,N.I.
r-.
The P903 and P6738 hydmmUc horizontel fitting-on pramnes, Blul.,-
tokh,-t&on,iaorm.Cloo.nauch.-lool.inst.nauch. i telb.iaront. no.8s
_.ZZIEW'62o OWA 15:7)
(Fydrai4lic prerses)

NA%GUZ.-- rulf'qvich WSO Klkhail Natanovich; MKFOV, I.Lt Ift*.,
j__
retsensAtnt; PILIPENKO, raP.,, Inch., red.; GOWOSTAYFOLISKKIA,14.3.~
&ekhn, red.
(p6maso for coL: briquetung of metal scrap] Pmasy dlI& Itholcid-
no brl.ketlrovanils matallicheakoi atrushki. Mbskva, Hashilzi,
1 3. 94 P. (MIRA l616)
(River presses) (scrap metals)

S1193163~OCO,10011"1008
AC-Cj 4/A LO I
AU"OR:
1195-1 0-)5-0 arvl V 6039- (P6039) tVdt-eulic W)AA
9~ralghteninf; pressea
PERIODICkift rVULtiten' t~okhn1ko-9kono;nJcheskqy inf=aatsli, ru,.* r, 1963. 26 31
If
The Odeaokly zav-d proa5av ((Mnnsa Preso Pimt) 6:ed f"foo-
ductiors of the ".Leis P957 and F`602tq 800-ton presses for ntral4ih~enixm; waiaed. wet-
al struatures, scotions, rhafts and tublng. The branket-shar-ed deeign of Unse
prosses rOqs It possible to itan 'them In various boiler, bending wid jitwpkig
'.16rjoirAtions. -A description of thr- basin, pross unilA is given and the follo"IM tech
nf6gl data pre i3ented (ruxlel 111(A39 apeciftwations In brackets): presairg cap"Ity,
c~i'. 700 - i
t
s - 800 W) ; piston stroke, mm - 50C (500) 1 (werhang, mm -(1100)t open
hefg6t, mm: with.tool - 1,400 (670), without tool - 1,700 (1,050)1 dIctince be.
Wen lower eupports, irms mdxlmum - 6,000 (5,000), m1nivai m. - 2,000 (2,CC,-,O) I table
dimnnnlojis, fwn: Umpth - 7,(X)0 (6,om), wwvi - 1,100 (1, 1W); work1mg: fluld
pressure, kgr/cnP - 2W (POO) ; pow;v lVidreW.1v drive wtori A094-6 (W4-6), power,
Card 1/2

3/l9-1/63/Ow/OA1WVbO8
Models 11 S157 (P957) ar~i r1 6031) (W,39) tridra-ullo. AW4/A101
kw (75), Vpeed, rPm - 985 (985) ; press hydraulto drive pum I ji rmp i -29D m
ITPD141=4] (NPDI-.'--(MM), wkPactty, I/Mill ',X)-,VO im-Satimt Nr,/(Wl- -
1~ r
MO)j voll.-trnln h:rdraullc drivsi pumpi r I--14A (012-14A ); capaolt,
- (50) ; pressure, kip/cm"t (!~O); roll-traiji rotdr-lon hydraulla motorat - (6(0)p
effective pow.-ir, - (5) nricud, rp;Tvt - (1~0 - 700) ; displuuummt rate of cm-
ponent6, m/min: - (0.4 - 1.9) ; I)rn:-,j hcIght ovor fl4xir lerel, mim - (6,oilo (5,1
oo
overall dIm-nalons. T;m: length - 7,M. (7,9W), w1dV) - 3,830 (3,830). helcht
pire.
7,900 (7,170), waight of prens, Cori3 - 66 (66). There In I fii

NAYGUZp X.r.; EEM)Lt, G.K.
lWraulic,, metal-stretching,, !.,,9DO-ton prdts. ruz,-ehtemprcl&v*
5 no*2228--30 r 163. (Oldralic presses) (HrM '16:2)

MAYGUZI nil.
The LV125/,250 cdating unit for linIng pipe fittings. Biul.tekh.-
ekon.info'im~Goo.nauch.-Ins.t.lnst.nauch.1 tokh.inform. no.12:22-24
163. (MIRA 17:3)

-NAYGU4, N.I.
HydranUe press with a 630-ton fori-m Vor thj molding f',r thormovitting
plastics. Plast.mamay no.12t28-30 163, (MIRA 170~

~ACCESSIOV NRI AR4036166
SOURC&# Rate Zhe Xhialahe I kholade washicoatre Otd. n*p., Abe. 3.47o"2
;AUTE1ORs Wayguts go Is
TITLEs Model TP6002 thiormal plastio machine
CITED SOURCEs Byul. te'khn.-skazi. infame Gas* kan-t Gave Ulne RVSR pa koordinatg1l
:nauahno-isslisde rabot, L963, 36-38
-~TOPIC TAGS% plastic, thermal plastic, forming. plastic foraing. thermal plastic
.machine. thermal plastic forming
TRANSLATIONs A thermal plastic machine produced by the Odeaga press plant is
brLef1j described* The machine is intended for the production of parts up to
:6W =4 of polystirol, polyethylene, omprone. butvar, aaetylaellulace athrole and
,other therma plastic materials with a mastication structure of no mare, t1tan 9000 Q*
:A granular material with grain dimensions 0*008-0*225 caS is used as the Laitial
material* The machine Is horLsontal of the aoluma tnv wth hydraulla release "A
,sttd4hmeat of the forms In the vertical pl=*.p Th* machine opsra:Us an satmatia
gemi-autamatia, cycles* The operating cycle is begum with a witche The
i Card 2/2

4COESSION YRo AMOSSIGG
~vslooity of rotation of the 80 ma screw Is continuously regulated within the range
'20-100 revolutions/minutee The heating cylinder has four heating zones* Individ-
the
:ual hydraulic lines with storage devices provide the necessary dicplaomwnts of
,machinals mechanism* The joining force Is 360 t=se The height of the forms in
SM-500 an. the injection force Is 6le6 tons. the established power of the electric
,motor is 40 kilowatts. the number of Idle cycles per hour without supplyif3g material
:Is 200. Tba sit* of the machine in 74W x 2176 x 26W one The weight of the
::machine without hydraulic lines and electrical controls is 10 tons* On* illustra-
tion. BY N. Solove yov
IDATS ACqs Mpr64 PS COD31 Wr IV=$ Go

NAYGUZ,, N.I.; BMIII,, M.H.
Hydraulic gag presses with,a CaFacity of Wo tord. Kuz.-s6tpan.
proizv. 6 no.1:40-42 Ja 64. - (MIRA 17:3)

NAYGTZ, N.L. Inch,
He% %utozatic machinery for manufacturing theruc-plastics.
strot* mat. 10 no.503-4,.My 164, OCRA 17t9)
Vork of great importancle to the state. Ibid.il-3
kV;

IIAYGt7/...,
-4DA22401 1000 ton-force hydraulic press for plastics.
flaot. massy no.g129-30 165o (MIRA 18:9)

NAYGLFL, N.I.; IL11ASHENKO,
a3 S
Ne,,, automatic TF5,'J;PA jrnrhjn
-,TiA 18:9)
Plast. maosy, no,9:49-51 1656 11 1

AtITHOR: Naykhin, B.Z. 3-58-7-21/36
TITLE: More of Good School Equipment (Dol'she khoroshego uchebnogo
oborudovnniya)
PERIODICAL: Vestnik vysshey shkoly, 195B, Nr 7, pp 65-66 (Ussli)
ABSTRACT: Higher schools, institutes and vuzes of the Union arE spending
huge sums for plncardB, tablen nnd diagrams necessary for
helping students in their studies. The Special Construction
Office - SVB developed a new method of printing these p1scards,
tables, etc, by blueprinting and coloring them Inter according
to the requests. it consiJerAbly cuts the production costs.
There is I diagrnm and 1 photo.
ASSOCIATION: Spetsiallnoye konstruktorskoye byuro Ministerrtva vysshego
obrazovaniya SSSR (The Special Construction Office of the
Ministry of Higher Education of the TJSSR)
Card 1/1

SAVSLITEV,w I.A*# kwkd*wada&mk; -VAMINt, KiN.
Ceas af acuto dilatatlea of the staxacbe Test. rent. ' rade
3% U0.3463-65 Mr4* 164- (MIRA 18ill)
1 QwpiWfaa"-.terapevt4cheakaya-kUnik&, (sav. - dat"nt
G:r.2Wk,*) 2& 1) is called constant with respect to the limit value if
lim 0C. - M>.O, lim ~n Let d(x) be the spectral function of
n I
the matrix (1) being constant with respect to the limit value;
let M be the set of points of increase of 6(x) lying at the
+0~+Oc
left hand of x 4-2otand c,~ - Pn n+1-
Theorems If there exists an N so that for all n >11 it holds
Card 112 -

On the Set of Isolated Points of Increase of the SOV/140-59-1-12/25
Spectral Function of a Jacobian Matrix Being
Constant With respect to the Limit Value
Mwn ' 01y, (1- 1 - cf.,+ 1 (1+ - 1 then M is finite.
1-7n 4n) 72(n-+ 17 4 Fn+ 17
Theorem: If to a 6>0 there exists a number N so that for all
n>N it holds cka*)> Of-h (,_ 1-6) _ *-n+l (1+ - I ), then M is
n 2n 4n 2 Fn 717 4 Tn-+- 17
infinite. Theorem: For an a >O, for large n let there hold the
oL- oG
inequation n . C + 0( 1 ). If lim sup n 2 t._~ _1, then M is
arl, n s n s+1 n -), co n 4
finite. If lim inf n 2w >-1, then M is infinite.
n-+oo n 4
There are 5 Soviet references.
ASSOCIATION:Kharlkovskiy aviatsionnyy institut (Khar1kov Aviation In3titute)
SUBMITTEDt March 24, 1958
Card 2/2

B 112/31 C_
B.
Tricobi MU'.2
Thcory of %nd al.M0St-n(_;,-odl~C
7
ld, em i - a nau,, Dolludy, V.
infivitu :7,:,,tviY. A Jk ~j t h o c 1 e m., o 1, t z, of -% 1 . i c h f U 1 f 1 11 t..,!
0 for kl > 0 f0
cnnd tions a Qjk - I m , a j k f r 'k ca 1 e d
Jacobi- mptrix of the order 2,-... it is s..o-.-tn t.-.at the F~7~ c t
e s T c a d to c t r
h -2 o o 4 the n-;~eriodlc J~~Cobi -,. a t rc n t e reduce
th C) for I j
eory 0~ the Matrices n e jk V, ` t 'n ejk k I n anu
a , ~ 1 fj r k n. The spectral theory of the almost-pur:cdic
j "
T c o 1) i m a t r i c e n T + K, i s d ev e 1 o e d 'A n E, sizilar manni:r. `her(. are
4 'Zovl-t rafer(_.nc-_,s.
flovember 2, 1c61, by S. N. Bernshteyn, Acadcmician
Pa - - I
S-13:17 TTED: October 21, 1961
Card 1/1

Nif,TA:J4, T&.H.,Inzh.
Amseabling a preadat reinforoad doas. Mont. I spetc. rob. Y. strol.
22 40.12:19-21 D 16D. 13-11)
1. Stroltellao-montachayy uchastok No.21 Minstroya USSR.

ERUKp V.V., inzh.; UAYMO.-YA.H-O-Jnzh.
Erection of a television tower 353 m. high. Mont. i upsts. rab.
v stroi. 25 no.50-12 My 963. (WRA 16:7)
1. Kiyovskoye spetsializirovannoye upravleniye Ho,21 tresta
TSentrostallkonstruktsiya,
(Vinnitsa-Television-Transmitters and transmission)

fccla=8 adrot
Pi-cwtiam In tuildire. a PUlt t0 mleaOttwO t1!0 f1bare
V1912)
prom. atrole 42 r.~-s &46~47 16%

KLTKAJF. X. B.
G&ANcajM*.4 -
Tertical olectric motors for powerful pmV*. Ilettrlchestvo
no.10:55-62 0 054. (KLRL 7:9)
1. Zavod *Uralelaktroapparatw
(Xisatria motors) (PWMing machinory)

SUTIN, I.A., RMFDMKATA. Te.A. POLTAKOVA. I.L.. RAMS. Z.1.. EPWM, P.T.
YOMISON. T.A.
gpidemiology of diphtheria of nutritional origin. thur.mikrobiol.
6pid. L immun. 29 no-9955-58 S'58 (MIRA 11:10)
v
lo Is Stalingradekogo Inatituta t9idautologit, mikrobiologit I
giglyany;
(DIPHMMI", trazamo'
by ice cream Vtua))
(TOODO
Ice cream trnnam. of diphtheria (Rua))

- -4 kn-m 1 -71 -.1 t - -
Serological types of diphtheria cultures isolated In Stallcgrad;
aut no. IN%
Me4o abstract, Zhur, m1krobiol, spid, I 1=un, 31
0 (KM 13:12)
I@ In Stalingradakogo instituta opidemiologito mikrobiologil L
g1gl3rany. (STALIKGRAD-DIPHTHMIA)

IIADMV,, I.L, (Docent, Huryat Agricultural Institute).
%activity of sheep during bruceIlosis in relation to their W ..."
Veterinarlym., val. 39* no. 3, March 1962 pp. 48

AMOAKII, Yu,A. , inzh. ; I,AYWuN'0V 0.6.,, . inzh.
-
Choice of the type of a reversible control diaphragm for central
heating tAkc-of~. Elek. st-it. 35 no.1:16-18 A 164.
(MRA 17:6)

HESMOV, V.N.; TSEFT, A.L.; IMOVA, R.A.; HADUNOV, S.
CZ ---------
Recovery of biaauth frati concentrates by sublimation in
vacuum. Trudy Inst. mot. i obog. AN Kazakh. SSR 5:77-81
162. OCRA 15: 11)
(Bismuth-Metallurgy) (Vacuum metallurgy)

TSEFT, A.L.; DADABAYF.V, A.Yu.; NAYKANOV, S.
Processing Balkhash copper concontrates. Trudy Inst. met. i
obog. AN Kazakh. SSR 605-63 ~63. (ICRA 16t10)

MATMARK A.A.
History of the Quaternary glaciation in the northern area west
of the Sea of Okhotsk. Izvovya.unhebezav.; geol,i M37. 5
no.9s16-24 S 162. (K[RA 16 d)
(Okhotsk Sea region"lacial epoch)

_L4AY' A.A. SP=YAYA, 1. 1.
-.... I I
Basic characteristics of the gemorphology and Quaterrar7 geo-
logy of the western part of the Chukchi Peninaula* Izv, v7B*
ucheb. zav.; geol. i razv. 7 no.7342-49 T1 164 (MIRA 28s2)
1. Moskovskly gosudarstvennyy universitet.

ACC 14R, AP7006023
AUTHOR: N*7=k. A. A.
ORG: none
TITIEt Map of the nootectonice of.the northeastern USSR
SOURCE: AN SSSR* Doklady, 7- 170, no, 4. 19660 912-915
TOPIC TAGS: tectonics, physical geology
ABSTRACT: The author has compiled a map of the total amplitudes of neotea-
tonic movements for the extreme northeastern part, of the USSR., Analysis
,of the map shows that this area can be divided into a number of distinc-
;tivo zones: A zone of recent subsidence. A zone of extremely low con-
,trast of neotectonic movementas A zone of relatively contrasting neo-
Aoctonic movements* There are some characteristics of neotectonics
ca=n for the entire area, such as relatively small values of uplifts$
on3y in a few places exceeding 1,000-1,,200 me There also is an almost
total absence of absolute depressions. Only in the Anadyr region does
;*the depth of the most receni downwarping attain -300 me In the remaining
area this value doea not exceed 0- -100 me There Is a clearly expresaed
.relatively a-all value of the gradients of recent deformations (from 5-20
to 40-40 m/km),* whicli 'made' it po*4sible- to draw iso~lnes on*ly at intervifi ..o.f

ACC N?,s APIUM19-13
14, ". 1
200 m. There also is a very small number of large recent faults with amplitudes
of twa:-(orlaore) hundred meterae " a comparison It is noted that.in the Caucasus
and in the Tien Shan the-values of the recent ~pllfts are 5,,000-6,000 =,, the
dow,warpings are 3,000-4,,000 a and the gradients am 50-200 m1kne This paper
was presented by Academician L P. Gerasizov on 17 June 1966e Orig. art. has:
I -figure. [JPRS: 38,9371
SUB GOVEt 08 SUBM DATEj 16Jun66 ORIG W: 004

4X)=-, ,AqKt, inthener.
Precision casting of centrip3gal pump Impellers. Lit.proizv. no.12:6-
7 D '56. (WaA 10: 3)
(Precision casting) (Impellers)

MAYMARK, A.M.
-- .- - - I... - - -
Using wEra* equipaent for the issue of infomation materials;
practice of the electrographic laborutoz7 ot the Central
Institute of Scientific and Technical Information of the
Electric Instrument Industry. NTI no.lt40-42 163.
(WRA 16:8)

uAwARKO A.m.
~",-
Using electrographic reprodve.-tion devices in information wcr~.
NTI no.3.,47-51 164. (MIRA 17:9)

~ALCI M.B. 60016'a'si); DUBROV. To. S. (Koacow); -PYATI;TSXIT-SWIRO.
1.I. (ralugs); TUMMY. N. Ya. (Koscow); BALASH. E.g. (Koscow);
LLYIN. 7.1. (Ko6cow); DMITMEY, N.A. (Koscow); DTION, To. B.
(kcacow); !!R!C&A.A. (Koscow); GRLIVAND, I.K. (Kascow)
Problems of higher mathematics. Kat. pros.no.2:270-274 157.
(KIRA 11:7)
(Kathenatics-Problens. exercises, ate.)

NAYMARK, B.A.; 111KC1,11",H, SIIVYKO',A, 1,S).
Econom-ic effizi!E-n-y In t'ho Increase of the lifetim of
f
of a drill punp. 'M-iih. i noft. obur. no.2:12,;-27 165. 1~, V)
1. Gosudarst'vc-nnyy niuchncts.,31edovatel'skiy prcyektnyy inS t I tilt
neftyanogo

ZUBJECT U333/1UMMMS/Differential equations CARD 1/1 ro - 838
AUTHOR ITAIMARK B.M*
TITLE The completeness of the system of eigenfunotions and adjoint
functions of a strongly elliptic system of differential
equations.
PERIODICAL loklady kkad.irauk 112, 198-201 (1950-T)
reviewed 6/1957
Let the systeat
L(u) jm)(Z) +
x 0 X
i,j i ii- im
a (K 410941 MIJ, ... Jm) (X)Mu -)+T(x)u f
~Xl;#* 9X im ') xji.. ~ xim
be strongly elliptiot where "' X are m-fold continuously differentiable complex
matrices of N-th order and T(X) is a differential expression of the order< 2m
(B - Hermitoan, I skewsymmetric eto.). It ie shown that for sufficiently small
pthe system of igenfunctions and adjoint functions of the Dirichlet problem
is complete for M.

MATKax, H. M. -
Some functlovAl vethads in a liaear theory of elasticity. Tru4y
Inst. fiz. zem. no.11t90-120 160. WU 13:8)
(Blasticity)
-, - -- JT,-~ --- , -, - -: ~ - - -- -: , - , -
! - ~ I : .