SCIENTIFIC ABSTRACT ZELEZNIKAR, A. - ZELICHENOK, B.YU.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001964310004-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 15, 2001
• Sequence Number: 4
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

Z,'?T NIKAR, Anton,, inzo
Logic; pf predicates$ and digital circuits* Autmatika
18-24 163.
1. Nukloarni inatitut Vozef Stefan"# Ljubljana.

ZRIMMIM, Anton, inz.
new difinition of algoesmp and ito applicabiliq, Automatika
4 no-2:92-99 663a,
10 Nuklearni institut RTozef Stefan.," Ljubljana.

KOLE=, later, inz.,- KGRENINI, Janez, inz.; ZZLEMIKAR, Antonv inz,
An apparatus for automatic measurement of neutron flux
distribution in a reaetor. Automatika,4 no.2:102-108 163.
1. Nuklearni institut IIJ~zaf Stefanus, Ljubljara.

ZELEZNIKAR Antou.-Idipl. inz.; CATAR, Le-dislav, inz.
Solving the problems of linear programming with the aid
o:t simplex method and digital computer. Automatika 4 no.
5/6 328-334 163.
1. Nuklearni institut "Jozef Stefan", Ljubljana.

ZZLEMIKAR, Antonp inzo
Synthesis of automatic digital computers with algebraio
solution of logical equations*, Automatika 4 no,3:174-180 163,
1. Nuklearni institut *Jozef Stefan"v Ljubljana,,
0

PONEBSEK, B.; CATAR, L.;_,~~LE~NIKAR,,A6
Now books and reviews.. Aulun-matika 4 no.41281 163.

ZEMMIKAR, Anton P. (Ljubljana)
Some alporithm theory and its appllicabilit7. Glas vat 1-1z Hri
IS no. 3:141-158 163. (HIPA 17:51
1. Tho Jozef Stefan Nuclear Institute, Ljubljana.

ZIIEZNIKOtIA, J.
IfF,xperiments on the vegetative hybridization of Salmonells, Brucella, and
Bacillus anthracis,"
VESTNIK. PrahaI Czechoslovakia) Vol- 5,.No- 7/8, 1958-
Monthly List of East European Accessions (MAI),.LC, Vol. 8, No. 9, 6eptember 1959-
Unclassifiedo

NYURENBERGI G.Ya.; ZHELEZNOV, V.A.; KRAVTSOV, I.M.
Application of matbematical statistics in assessing operational
parameters of aluminum electrolytIc.celJs. TSvet. met. 38 no.5:
53-56 My 165. (MIRA 18:6)

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-ZZ-L9711Y, A.
Where does the fault lie? p. 104.
ZZLEZNICE. Vol. 4, no. 4. Apr. 1954. prague
SOz Monthly List of East European Accessions (EEAL) IC, Vol. 5, No. 6, June 1956 Uncl.
maximum

ZL,IA-,,ZNY, A.
Shall we have ballast cleaners of our own production? p. 65. (Zeleznice, Praba,
Vol, 4, Alo. 3, Mar. 1954)
SO: Monthly list of East European Accessions (EEAL), LC Vol 4, No. 6, June 1955, Unel

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ZELVEMY, A.
"Greative Application of Soviet Methods in Machine Design. p. 818.
(SMWnMTSTVI.- Vol. 4, No. 3-1,, Hov. 1954; Prahap Czech.)
So: Nonthly List of East European Accessions, (EEAL), Lc, Vol. 4, No. 4,
April 1955, Uncl..

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SO: Monthly Ust of East European AcceLsion (BEAL) LC, Vol.6, no.7, JU13~ 1957. Uncl.
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250 yoars of Czech teci-micil echo-,Is.
105 (Automobil) Vol. 1, no. 4, Apr. 1957 Praha, Czechoslovakia
SO: MONTHLY INDFX OF EASF EUROPEAN ACCESSIONS (EEAI) LC, VOL- 7, NO. 1, Jan.195e
mum

ZELEMY2 J.
"Automatic control for boring machines., which are punch-tape operated,
with coordinate setting."
P. 115 (Automatisace., no. 6, June 1958, Praha,, Czechoslovakia)
Monthly Index of East European Accessions (EEAI) LOP Vol# 7, no, 9.
September 1958

UMMY, A. inzh OBLOV, V. inzh
Plastic facing tiles. Gbr. i sell. stroi. no.11:18-19 N 157.
-Mle construction) (Plastics) (KIRA 11:1)

ZELEZNYAKOV, V.V.
Instability of a magnetoactive plasma relative to high-frequency
electromagnetic perturbations. Part 4. Izv.vys.ucheb.zav.;
radiofiz. 4 no.5:849-860 161. (WRA 14:10)
le Nauchnodesledovatellskiy radiofizicheskiy institut pri
Gortkovskom universitete.
(Plasma (Ionized gases)) (Electromagnetic waves)

J 2
M, -M-

WYIJK6
Sporadic F--WAO-Rmisslon bf:-'~he -n-
by, A Gersh=n -
-9h4pory -L-
&Z ~pr - I
-11 - nyakov j 2 -
ntT Vo'- Zholez 73 3h (Abstract 1,10 11~A)
rimental data indicate the existent~e of several types of radio
4-Tkission. emission of the "trunquill' oun (tyLv I)o emiouton connected
Ytth solar spoto (type JI), short "isolated" surges with no connection
to solar activity (type 111), and surges connected to chromoripheric
flares (type IV). Possible UO-chanismo of emiBsiou of the disturbed suu~.
'Are disCussed. The emission of relativistic electrons speeding along
.qpgnetic force lines may explain emiissions of type 11: circular polari-,.
/~ution and relatively high Intensity with rather low electron density.
The problem of the acceleration mechaPism in the vicinity of spots is
-still open. The explanation of other types of sporadic erAssion is
at-
~ipted by assuming a plasma mechanism.
I. S. Shklovskiy emphasized
Ahat the observation results prove the impossibility of explaining all
"iddio emissions by one mechanism. V. L. Ginzburg pointed out the dif-
-ference of relativistic electron emission in the case of the sun and
Calayy. In the case of the Galaxy, the'angle between, theeleatron.
case t-hic sun the
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11AGGEssioN NR: ATW37683
i,-AUTHORt Zelfel"do V. V.
~TITLE.a Obj
ects and spatial environment in cabins of spaceships
1~ SOURCE: AN SSSR. Otdleleniya biologicheakikh nauk. Problemy* komicheakoy
biologiii've 3t 1964, 125-329
TOPIC TAGS: manned space flight, cabin environment, psychology
ABSTRACT: It in suggested that a spaceship cabin ohould contain objects and
surroundings which make a cosmonaut feel at home. Familiar objects and familiar
surroundings should help to counteract the monotonous flight rhythm and the sharp
decrease in stimuli and impressions in prolonged space &'light. Since it is
impossible to reproduce completely an earth-type environment in the cabin of a
spaceship, the author suggests a number of means for achieving the effect of a
familiar environment. Specifically, he suggests that the spaceahip, environment
simulate seasons of the year and the time of the day. Such effects could be
achieved through illumination andby careful selection of colors* Purely
technical aspects of the spaceships ouch as requirod equipment could be balanced
n
by the presence of psychologicalll reassuring *veryday objeota which will remind

ACCESSION NR.- AT4037683

the cosmonaut of his life on'~arth. The spaceship cabin could be designed.so
Not all surfacesihould be
,.as to present familiar architectural details
equally lighted. A proper balance of shadows is considered desirable. The
number of familiar objects surrounding the co6mondut should be carefully calculat-
ed to avoid either a cluttered effect or a barel sterile effect.,' The familiar
objects.should be of various sizes, since the predence of many objects of ap-
proximately identical size can also be psychologically fatiguing. A~Wance
between small and large objects should be maintained. Surfaces'should differ
from each-other in texture an well as.in color. The author auggeste'that such
objects as tanks for growing green algae should.ke vioible to the cosmonaut.
Graphic art and ropfoductions of paintings also have a place in the-schemi*
Finally, trivial'obJecti which remind the coamonautof his eavirotmient an earth
should be selected on an individual basis for eachi~.'comzonaute

~ZWCIATION: none'
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GAVRILOV, 0., chempion I rekordsmen, master sporta;_gELI.P~R,_V.
master sporta
Necessary additions, Za rul. 21 no.4sl&19 Ap 163. (KMA 16:5)
(Motorboat engines)

rill
*a tiii"Injol U4W past W 01"Justy-
611111A And, slumia cementi; from bUtt-funsce slag.
00 9. A. &nIrnomm and Zar(kilkayd
0, Milt tilt 5 'tit"- without brutint
Lab, 9.
0 40 nd. of 15% xxid %411. ptoVkMrJy fitAlt4l. tit 91' *fill III
11 1
go It of the cement which had passed through a xlevv al #$1
I cm. Filter stul do. the A] as feAlosvii:
00" 16- in till. water and (V-M Iffln'.1
W of tropeolle (0.11,10, s"In. in Witter). throlle with S IICI I's
694 dissolve The ppt., beat to 40-14)", dil, with water its list,
kVd of A PftVJOUSIY PttIkL standard sold. 41191 11114t~ III
the same color to the gundard. Ifest the thived"n. tu
0 be". add a I'tw drops of phcoollshthalcin anti titmtt-
withYNaOll. To prep. the standard %,4n, sAld d-8 tit
of fropcoun " 0.2 mi. of M IICI %; 100 nit. water. =
eatitcut of AU('h Its I.A. Ii equal to( -0.2).1.4whereftis
the ini. d N&011 used In litrotion. lisfiss. h4yr stu)*n
that the sy. value of the conv"%," favt-w front AWN
Iferive the emolicet.
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ZELIGEMI,, G.A., kand.tekhn.nauk
Water diversion works with auction wells. Encre. otroi. za rub.
no.2t5O 159. (zau 14:2)
(France-Hydraulic engineerin,:)
(Iforocco-Hydraulic. enginooring)

TT-

L -professor- -doktor--tikhni-ohe-sk-ik-h--n--a--u-k--.-
ATABIMOV, G
Review of Z.V.Toliakh'a book sPrinciplas of the general theory of
linear electric circuits." Re'Viewed by G.I.Atabekov. 1vtom. i telem.
15 n0-3:275-276 MY-Je 154. 7 11
(Biectric circuits) (Zeliakh, E.V.)

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Zhur Frik Klalm, 1941, 14, 4-6-62

ZELEVINSKAYA, S.A.; BULATOVA, T.I.; LARINA, I.A.
.Study of the immunological effectiveness of complex i=mnization
against gas gangrene, tetanus and botulism in experiments on
monkeys. Biul.eksp.biol.i med. 5" no.6s59-62 Je 162.
(MIRA 15:10)
1. Iz otdela raneiykh infektsi)r (zav. - dvestvitellnyy chlen AMN
SSSR G.V.Vygodchikov) Instituta epidemiologii i mikrobiologii
imeni N.F.Gamalei (dir. - prof. O.V.Baroyan) AMN SSSR, Moskva.
Predstavlena deystvitellnym chlenom. AMN SSSR G.V.Vy odchikovym.
(VACCINATION) (GAS GANGRENE) (TETANUS) NOTULISM)

ZELEViNS K-I-Y, - G-OS S. in-z-h--,- -,- --N--EK-R-A--S--O- A--*---M-.
Problems concerning the future development of thermal electric power
plante and electric networka. Elek.sta. 32 no.4;2-9 Ap( 161#
MM 14:7)
(Electric power plants) (Electric power distribution)
M

.4,
4i
3/056/62/()42/006/026/047
BIN/B108
AUTHORS: Belyaycv, M
A , Zelevinskil, V., G-.
TI'ME: "Anharmonic effects" of quadrupole oscillations of 'spherical
nuclei
PERIODICAL; Zhurnal eksperimentallnoy i teoreticheskoy fizikil v. 42,
no. 6, 1962, 1590 1603
'M~11: Deviations from the harmonic fundamental.oscillations are studied-
in the scope of the microscopic theory of collective excitations of
sDheridal even- .even nuclei. The number of independent phenomenological
constants for describinv the anharrionic corrections of quadrupole oscilla-
tions of spherical nuclei can be 1juced considerably. In adiabatic
approximapion, the perturbation Hfe 9 i.el. the term of the Ha:4.iltonian
containing.threc phonon operators, is.ditermined by only one constant.
j(2) cont
ains only three constants which can be approximated asyanplotically
by one constant. All constants can be calculated for real nuclei., The
probability of electromagnetic E2 tranz4~.tions is much more sensitive to
Card 112

L 11789-66

IELYA S.T.,- ZEWNME-Ellp V.0i.
Tho mothW of arwnta fuwUom In e. aimplo mdear modol.
U4. fla. 2 no.M615-W 0 165. 182

KU,-RO.; MM=IN., V.Ya.
Some problems in the analysis of morbidity recpairing ambilatM7
urological aid. 'Urologiia 27 no-4241-44 Jl-Ag 162.
WIRA 15111)
1. Iz polikliniki Wo.31 I leningradukogo meditsinakogo Jilstituta
imeni I.P. Pavlova (nauahnyy rukovoditell prof. A.M. Gasparyan).
(UROWGY)
77777777-~~7- -F

ZELICHA,J
ReaLnLfication work in April. p.40
IAS POISKI. (MLnisteretwo Lesnict'i orat Stawarzyszenie Haukowo.-TEchiczne
Inzynterow L Technikow Lesnictwa L DrzewnLetwa) Warazava, Poland
Vol.29, no.3, Mar. 1955
Monthly list of East European Accessions (EEAI) LC, Vol.9, no.2, Feb. 1960
Uncl.

ZELIGIMNO, 4.S., inzh.: SARrCHEV, B.M.. inzh.
~De erRiniag calculated minimum permissible diameters of
parts of intormodiate wooden oupporte for )5 and 110 kv
electric transminsion lines during operation. Mlek,uta. 31
~60.~
Y
no.2:67-71 F
(MIU 13:5)
(Electric lines--Foles)

SARYCHEV, B.M., inzh.;, ZELICIENKO, A.S., inzh.
Determination of the permissible distance of electric power
transmission lines from structures and tree tops. Elek. sta.
31 no.9:68-71 S 160. (HIRA 14:10)
Wlectric powor distribution)

F~ MAI r,- 3t
BRONSHEMI, S., inzh.; ZELICHENKOv A.9 inzh.
Expand-the use of sheet-bend3mg machir 9. Racb. transpo 20
no. 21.49-5o Ts, t 61. (MM 14:2)
(Sheet-metal work)
-41

ZELICHENKO A S. Inzh.; SARYCHL7, B.M.
Betermination of the design parameters and the mini-im peratissible
diameters of the components of wooden anchor tower cozmer-pole
supports on 35 and 110 k7. electric power transmission lines.
Elek.sta. 32 no.6:59-64 A 161. (MA 14:8)
(Electric liries-Poles)

i
ZELICHENKO, A., inzh.
Universal two-position lapping machine for the reseating of valveB*
Rech. transp. 22 no.7:45-1+6 Jl 163. 04IRA 16:9)
(Grinding machines) (Valves)

KgSELIKANP L.M., i=h,; ZELICEENKO, A.S., inzh.
Weight and wind spans betueen.t(wers in mountainous areas. Elek.
eta. 36 no.21t68-71 14 165. (MIRA JE::10)

NNW
']ELICUNKO, A. YA.
Sheet Eatal '~.ork
Machanising the beDding of steel sheets. Rech. transp. 12 NO. 11 1952.
I-bnthly List of Russian Ace-assions, Library of Congress, June 1952. UNICLit" -,IFI:,,:D.

WLTC,;ji,i-L-0,
Electric
Spot welding with hand-operated sem-auto?mt-ic anpparatus. Rech. transp. J12,
110. 3, 1952
Ibnthly List of Russian Accessions, Idbrary of Congress, August, 1952. Unclassified.

BROVSHUYN, Sergey Is&akovich; ZRWCHRM~'. Abraw Y4*vl*a;iich-- GOLOVANOT, N.Y.,
radaktor; VOIZHOK, K~X G~&Wl_ 911-- p
lVe-nding shoot uteal"cii machiaes of the WS type] Gibka I-iWi6iroi
stali na stankakh tip& WS. loningrad, Izd-vo NROC transport"...,
LenluUadskoe otd-nio, 1956. 51 P. (KM 9:0-
(Shoot-metal work)

-N, b
4- 1 ri f .-j 1 1 Raw
BRONSHTSYN, S.I,; ZELIOHIONI(O. A.Ya.
-Production ~f__Corrmstpd_ sheets on WIS machine tools. Rach.transp.
16 no-l?;33-35 D 151. (MIRA 11:1)
(Sheet-metal work)
M-N

BBDNSHUYbT, Sergey Isakovich;. ZELICHENKO, Abram Yakovlevich; MMYZV,
AOSO . red.; LAVR=OVT,'-CX-,' le'khn.reid.
(Mechanization of work on piping in ship,repairing] Nekha-
iAzatsiia truboprovodnvkh rabot v sudoremonte. Not3kva, Izd-vo
wHorskoi transport," 1958. 156 p. (MIRA 1:2:6)
(Marine pipe fitting)

BRONSETEIV, S.I., inzh.; ULICHENW, A.Ta-..,, inzh.
Pipe-bouding machine using high-frequenqr currents for heating..
RPch. transp. 17 no.12:20-23 D 158. OMM 12:1)
~(Banding machines; (Pipe banding)

ZZLIOHZM, A.Ya.., Itzh.
Model IGS-3 ahest-banding machine. Sudostroanie 25 no.7;44-46
JI 15 (MIRA 12112)
7:~.tes, Iron and steel) (Metalworking machinery,)

BRONSHTMN, S.I. , inzh., ZILTCREM, A.Ta. inzh,
XachIne tool for grInding ohip fittings.,8ndostroenie i2a.7.-61-64
ii 16o. (MIRA 13;',')
(Shipfitting-Rquipment and suppliee)

(Marine pipe fitting)

ANDRIYEVSM., Valerly Ilikolayevich; GOLOWICV, Aleksandr Trofimvich;
ZELICMIX0,Abram Simlhovl'.h. KARSAULIDZE, A.H.p red.1
.--Dylwwl G.75.p -texhn. rec.0
(Operation of overhead.power transmiaBion lines) Mcoplua-
tatsiia vozdushrqkh linii elektroperedechi. Moskva, Gos-
energoizdat.. 1963. 527 p. (MIRA 17:2)
Ma=

BRONSHTEYN, S.I., inzh.j ZELICHENKO. A.'Y'a., inzh.
Now typs of electromagnetic stands with flux padding for the
molding of plating., Sudostroenie 29 no.6:5/v-56 Je t6l.
(IOU 16:7)
(Electric welding-Equipment and supplies)

BIRYUKOVICH, Konstantin Wvwrlch; BIRYUKOVICH, Yurly L'vovich;
BIRYUKOVICH, Dmitrly LIvovich; SIRT-SOV, inzh.,,
retsenzent; ZELICHEIKO, A.Ya.; nauchn.'red.; KAZAIROV,
Yu,S., red.
[Smal.*1 glass reinforced concrete and mosh reinforced
concrete vessels] Malklo auda 1z Bteklotnomonta I armo-
tsementa. Leningrad: Sudostroonle, 1965. 163 p.
(MIRA 18:7)

ACC NRi AR6022401 (A0 SOURCE CODE:
AUTHOR: Zolichonkot Ae Yao
TITLE: All-purpose aggregate for replacing the hull plating of merchant sh1pa
SOURCM Ref. zh'. Vodnyy tranaportt Aba-,3vl66
1W SOURCE; Proizve tekhn. ob. Tekhn. upr. M-va rechn. flota RSFSR,' no. 1 (45), 1965,
53-56
TOPIC TAGS: shipbuilding engineering, winch, ahip component, atruatural atoel, teat
model, cargo ship
ABSTRACT: The Central Planning-Design Bureau of the Ministry for the River Fleet
CTsT'4B W] has developed a project for an all-purpose, mechanized, self-propelled,
aggregate which makes it possible to replace hull plating in any 6ect~on of a
merchant ship hull,.regardleBa of the hull linen involved. The aggregate its described.
The largest size plate which can be replaced using the aggregate is &16MA6000 mm'
the lowest position the platform can take with respect to the slip floor is 1550 mm,
and the highest is 5000 mm, the lift capacity of the hand winches used an the lift
drives for plate in 2 x 500 kg, for the drive for turning the platform it is 1000 kg,
the electric motors for driving the frame lift and the carriage are rated at 2.8 kW,
the force applied by the air cylinder drive for the plate clamp is 3 x 250 kg, the
rd 1/2 UDC:_ 629.12.002.011-629.12.)ll

WIN
overall dimensions of the aggregate with the platform lowered is 45OW600xl550 MM,
and its weight is 3000 kg. An experimental model has been manufactured by the
Nevskiy Shipbuilding and Ship Repair Yard. The annual saving for one-shift-operation
and working at full capacity (preliminary) is 6390 rubles. The aggregate costs
6000 rubles. 3 figures. S. Korzhe [Tran5lation of abstract]
SUB GODEV13
Card 2/2

BAIRSUKOV, I.A., inzh.;_Z~~~ inzh.
Yjaasurement of modulation potential of.generators and converters.
Vest. elektroprom. 34 no.5:61-63 Y~ 163. (MIRA 16:5)
.(Modulatiorl electronics) (Radio-Equipment and supplies)
(Electric power supply to apparatus)

AUTHOR:
TITLEi
PERIODICALt
ABSTRACTs
Card 1/2
Bone Given 117--58-5-24/24
Conference on Construction and Utilization of Casting
Equipment (Konferentsiya. po konstruirovaniyu i ekBpluatatsii
litoynogo oborudovaniva)
Mashinostroitelf, 1958, Nr 5, p 48 (USSR)
In December 1957 a scientific-research conference took place
in Gorlkiy dealkng with the construction and utilization of
caoting equipment. It was organized by the department of
casting of the NTO MA311PROM, At the conference were 900
representatives from machine building plante, ansting equip-
ment plants, scientificresearoh institutes, univorBitiea, otc.
A total of 28 reports were given. 1.F. Yegorenkof Candidate
of Technical Sciences (NIILITMASII) reported on 'the actual atate
and development of the casting technique. P.N. Aksenov, Doctor
of Technical Sciercc3 (MAMI) reported on automated lines of
sand-blowing moulding. L.M. Mariyonbakhp Doctor of Technical
Sciences (XVMI) repovtod on the subject "Mechanized Drying
Kilns". G.S. Zelichanko, Engineer (Leningrad Branch of
Soyuzproiimekhan zatlgi~ireported on "Automatic-Lines of
Molding in Casting Shope". A.D. Ginzburg (LP VPTI tyazhmash)
reported on a self-conatructed automatic machine for the pro-

117-58-5-24/24
Conference on constructioa and Utilization of Casting Equip=ent
duction of shell moulds. V.N. Bobrov (NIILITMASH) talked
about automatic machines for moulding. A.V. Odinokov,Engineer,
reported on modern sand blasting devices. G.S. Taburinskiy,
Engineer (NIITLITMASH) reported on "Automatic Machines for the
Production of Shell Molds and Cores". Z.D. Levin (Plant KATEK)
spoke on "Projects and Utilization of Equipment for Mechanized
Casting". I.V. Yefimovt Engineerp spoke on "Mechanization
and Automation of the Technological Process of Casting With
Meltable Models". G.R. Hikollskiy, Engineer (NIILITMASH) spoke
on hydraulic and sand-hydraulic cleaning of castings. B.G.
Shpitallnyy (NIILITMASH) talked about the automatic moulding
machine Nr 96264-
AVAILABLEt Library of Congress
Card 2/2 1. Casting equipment-Development 2. Casting equipment-Application

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PHAS9'I BOOK EXPLOITATION SOV/5648
Sokolov, A-leksey Nikolayevich, ed,
Mekhanizatslya I peredovaya tekhnologlya liteynogo proizvodstva
(Mechanization and Advanced Processing In Foundries) fLeningrad)
Lentzdat, 1961. 236 p. 2, 000 copies printed.
Ed. - Ye. V. Yemel yanova; Tech. Ed. : 1. M. Tikhonova.
PURPOSE: This collection of articles Is Intended for technical personnel,
foremen, and skilled workmen of foundries. It may also be of use to
staff members engaged in the mechanization of production operations.
COVERAGE: The collection contalne articles diRCUBSiDg the expprience of
a number of Leningrad plants and engineering and design organizations
in mechanizing foundry processes and In applying advanced techniques
to the manufacture of castings. No personalities are mentioned.' Some-
Card 115

Mechanization and Advanced (Cont. SOV/5648
articles are accompanied by references. References are all Soviet.
TABLE OF CONTENTS:

Foreword 3
Sverdlov, V. 1. Mechanization and Automation of Foundry
Processes 5
Zeleranskly, Ya, V, , M. S., Kashanskiy, and L. Z. Tayganko.
Pneumatic Transfer at Foundrie s 27
Zelichenko, G. S. Automatic Line for Molding and Shakeout 52
-Zelichenko, G. S. Mechanization of the Cast-Iron Foundry
iirtH-e'T1_ektrik" Plant 63
Card 2/5

Mechanization and Advanced (Cont. SOV/5646
Sokolov, A. N. Mechanization of the Charging Operation
in Electric- Furnace Steel Manufacture 77
Zeleranskly, Ya. V. From Mechanization Practices In
Foundries
Matveycv, V.N. Mechanization ofMetal-Mold Casting
Dityatkovskly, Ya. M., P.R. Kuratov, and V. N. Matveyev.
Mechanized Drying of Cores by High-Frequency Currents
Dlugach, M. A. Making Small Steel Castings in Shell
Molds
Kashanskiy, M.S., M. A. Kremer, and S. Ye. Tysov-
99
108
1113
133

Mechanization and Advanced (Cont. S~OV/5648
"dednikov, Z. G. Application of the Group-Procesuing
ethod in Makin Blanks by the Die Casting and Die
M 9
Forging of Molten Metal 160
Desnitskiy, V. P. -',deceased). Heat-Resistant Steel
Castings in Power.-Plant Constructions 172
Kremer, M. A. Determination of Sizes and Economiq
EfriCiency of Exothermic Risers for Steel Castings 188
El'tsuf in, S. A. Cast Rotor Blades for Gas-Turbine
Compressors 203
Tka ch ev, K. 1. Experience In Developing and Using
-the Slot-Type Gating System 219
Card 4/5

3/118 62/000/002/001/005
D221YM301
:,'AUTHOR:,. -G. S.p Engineer.
TITLE: Automated lines for moulding and knocking out in the
boundry shops
PERIODICAL: Mekhanizatsiya i avtomatizatoiya proizvodotvap no. 2p
1962? 1 - 7
TEXT: The Leningrad branch of "Boyuzprommekhanizatsiyall has deve-
loped automated lines for moulding and knocking out for the facto-
ries im. lepse. The four-station automatic 94265 y7ith shakers and
pre-pressing of CK-E3-6 (SKB-6) designs made by "Krasnaya Presnya",,
as well as siAgle station semiautomatic 91271, with shaker and pre-
pressing of klILITRASh were used. The output of two 94265 units is
180 moulds per hour# and both halves are made in succeseibir. This
is an important advantage in the case of setting for other castings
or break-down. The automatic line consists of a conveyort knock-out
installation, vibratory conveyor for empty mould boxesp and two
moulders. The latter is made up of a transfer arrangement of boxes
Oard 1/3

8/118/62/000/002/001/005
Automated lines for moulding ... D221/D301
from the vibratory conveyor,, an automatic device for 10ELding ready
half-moulds for their assembly, vibratory conveyorp assembly of
moulds.and their transfer on the foundry conveyor# and ifinally a
device for placing and removal of weights. The foundry conve'er was
designed by.the trust of "Boyuzprommekhanizatsiyally and is 5 a ho-
rizontal construction with trolleys and a flat plate. The line is
illustrated and described in detail, The cycle of forming is divi-
dedinto four operations, and the automatic machine produ--es both
halves of the mculd during 20 sbconds. After turn-over and turning
-by 9009 the moulds are pushed by a hydro-pneumatic device into a
slate conveyor, where they are subject ofvisual inspection designs
the last stage (assembly) will be separatedo The unit for the assem-
bly operation takes up the upper mouldv turns it over and places it
over the lower part with centering pins to ensure a proper positio-
ning. After a certain pausep the trolley is coupled to a bar and
the mould is placed. The weight manipulator is -formed by two trol-
leys actuated by pneumatic cylinders. The weights travel on a gra-
vity roller-conveyor,which is mounted between the lines of foundry
conveyor. The width manipulator picks up the charge from the roller
Card 2/3

S/1 1Y62/000/002/001/005
Automated lines for moulding D221 D301
-conveyor and back. The.control of the unit is designed by EXIMS
with the use of limit switches. The work efficiency is improved 2.4
times with the introduction of this automated line, The Semi-automa-
tic line with ~1271 machines has an output of 360 moulds/hour with
four units. The forms which are filled from ladles pass near the
weight manipulatorp where weights are automatically placed over
them. They cont~inue their travel under a cooling tunnel and enter
the knock out installation# which operates with a 10 see. cycle.
The empty boxes are pushed onto a lifting~tablej and from there on-
to the distributing vibratory conveyor. A special arrangement en-
sures the separation of halves of the moulding boxes. The actual
opeioation of moulding takes only 30 secondsp leaving for the opera-
tor a free time interval of 10 secs. The assembly of moulds is me-
chanized and controlled by pressing a push button. Thereare 9 fi-
gureso
Card 3/3

wmmmsm. - - .- - --- -- .11 -.-1.- -... .. .

He
VIROVETS, A.M., professor, 33ARVERKO, Ye.l., inzhener; 291MOVsKly-, R.1r., in-
zhener; GORELKIN, L.F., in2hener; IRIATSKAYA, B.H., inzhener; Z=-
CHENKO, L.B., inzherer; ITANOV, Y.F., lnzhner; NAMENSKIKU, I.G_.j-T5-_
"A-e-n"e7'-,'TMNOV, M.Ya., inzhener-, LOIN, D.A., inzhoner; HAUEM,
V* 0. inzhener; NEMTSEV, S.V.,'inzhener; SOLOVIYEVA, M.V.,, inzhener;
PISEMN, V.H.; RYTOV, A.V., redaktor; SHIEMIY, I.A., tekhnicheskiy
redaktore'
[Tables of the rectangular coordinates of map frame angles and of map
frame and area dimensions of trapezoids 8f topographic surveys, using
the scale 1:5000; for latitudes 360- 68 , Krasovskii's ellipsoid]
Tablitay priamougollnykh koordinat uglov ramok, razmerov ritmok i plosh-
chadei; trapatell topograficheakikh s"emok masshtaba 1:5W0. Dlla
shirot ot 3611- 680. Ellipsoid Krasovskogo. Moskva, Izd-vo geodezi-
cheskoi lit-ry, 1953. 909 P' 0CMA 8:4)
(Surveying-Tables, e;c.) (Coordinates) (Trigonometry.-Tables,

HEY31ROVICH, L#A., kand. takhn.mula ZILI(UMXOI L.G.0 kftnd, takhn, nauk.
Calculating the turnover rate .of multivibrators. Radlotekhnika 8
no,1:42-54 Ja-Ir 153. (MIRA 11t.6)
(Palee techniques (Electronics))

M&MOVICH, L.A.; ZELICBEI&O,L.G.; AL99SAMOVA, A.A., reddict or; KORU23Y,
N.N., tekhn-TFffRRV-Y-edMor
(Pulse techniquas'l Impullonaia tekhnika, Izd,, 2-e, Moskva, rz4-vo
nSovetskoe radio," 1954. 759 p. (MMA 8:4)
(Palso techniques (ElectroniC3))

~
Z TH
g s,
iz
4i ~6.
j, va

N
-02i

I f74kej

BROVMAN~ M.Ya,; GERTSEV, A.I.; ZELICHBNOK,,-B,Yu.; KRIVONOSOV, Yu.L;
RDIEN, V.Kh.; SOKOL, vAf".-;1&L11kk6v, A.F.
Investigating the electric drive parameters of the 2800 mill In
the Orsk-Y[halilcvo Metallurgi-cal. Combine. Stall 22 no.1:45-48
ja 162. (MM 14:12)
1. Yuzhnourallski3r mashinostroitelInyy zavod I Oroko-Khalilovskiy
metallurgicheAiy-kombinat.
(Ural 14ountains-Rolling mills-Electric driving)
11W-L

KOVYNU, M.V., inzh.; inzh.; GERTSE:V, A.I., inzh.;
'VOZNESENSKIY, V.A., inzh,
Optimum amount of slab reduction in stands with 2800 vertical roll
mills. Stall 23 no.6t529-530 Je 163. (MIRA 16tlO)
1. Orsko-Khalilovskiy metallurgicheskiy kombinat.
YLI
pW

VARNAVSKIY, I.N.; ZnIC ~,._P.Yu.; KARGIN, V.A.; ZHIGULIN, V.I., inzh.;
BEDAY N.I.1 inzh.; RYZIfKGV, P.Ya., inzh.; GAVRILOV, A.M., inzh.
New developments in research. Stall 23 no.10:950 0 163.
\'MIRA 16:11)

S11331WOO0100110051010
A054/A127
AUTHORS- Brovman, M. Ya., Ger-ts.ev, A. I., Zelichenok, B. Yu., Krivonosov,
Yu. I., Rimen, V. M., Sokol,,V. N., Mel n-ikov, A. F.
TITLE: Investigating the power parameters of the 2800 mill of the Orsko-Kha-
lilovskiy. metallurgicheskiy kombinat (Orsk-Khalilovo Metallurgical
Combine)
PFRIODICAL: Stall, no. 1, 1962, 45 - 48
TEV: To increase the output of the 2800 mm mill, tests were carried out
at the 0rsko-'Kha1i1cvak!y metallurgicheakiy kombinat (Orsk-Khalilovo*: Pletallurgioal
Combine), in cooperation with the Yuzhnourallskiy,mashinostroitelln,,rj zavod
(Southern Ural Mechanical Engineering Plant). These tests were aimed at investi-
gating the motor capacity and the metal pressure on the rolls, The mill consisted
of two stands: a 2-high roughing stand (with rolls of 60XH (60MI) and 60xr
(60KW) steel, barrel diameter: 1,150 mm, roll-neck diameter: 693 mm), and a
reversing 4-high finishing stand (work-roll diameter. 800 mm, diameter of the
support rolls: 1,1100 mm). Carbon and low-alloy steel sheets (CT .3r-N/St.3kp,
14rH /i4GN, 15XCHA /15KhSND, CT .0/St.O, CT -5/st -5), 8 - 50 mm ~~hi~k. 1, 500 -
Card, 1/ 3

:3/133/62./000/001/005/010
Investigating the power param6.ers.of... A054/A127
2,500 mm wide and 18 m in length are rolled on the stands- e operation of the
2
gh 900 and 6 - 8 pas-
2-high stand consists of 4 longitudinal passes, tilting ;~r
ses for lateral deformation, with 2.- 4 subsequent longitudinal passes. In order
-to ensure accurate dimensions, a special gauge is used In which several rods,of
the same height are mounted instead of one and in which the wire pickups are con-
nected in series, thus,not depending on the load distribution between the rods.
The power parameters were determined by rolling 41 slabs (2-7 - 4.7 tons) on the
2-high and 36 strips on the 4-high stand. The rolling conditions on the 2-high
stand.are given in a table. The pressure values obtained for the 2-blgh stand
are,1,040 tons during the first longitudihal rolling, 1,940 tons during the late-
ral rolling and 2,360 tons~during the second.longitudinal rolling. The metal
pressure on the 4-high stand is 2,090 tme,usually the stand works with 1,300 -
1,700 tons pressure and a reduction of 20 - 25%. The pressures actually applied
during rolling remain below the permissible level. The results werealso checked
by comparing them with experimental values for the motor torques, calculated for
various metal pressures. The comparison yielded practically identical values.
9!.he pressure gaugings were carried out at roll-rotation rates of 30 - 45/min on
the 2-:-high stand and at 60 - 80 rpm on the 4-high stand. By increasing the roll
Card 2/3

S/133/62-/000./O() 1/015-5/010
Investigating the power parameters of... A054/A127
speed the metal pressure could be raised-by 8 10% on the 2-high stand and by
5 - 7% on the 4-high stand. The final conclusions drawn from these tests were
that the 2-high and the 4-high stands of -the 2,800 mm strip mill are not fully
loaded when rolling St.3 and St.3kp sheets, and, taking into account the motor
capacity, the reductions could be increased by 30 - 40%, thus raising the stand
output by 10 - 15%. However, actually it in only possiblo to reduce tho number
of passes from 8 to 6 when rolling laterally. The best way to improve the opera-
tion of the mill is by modifying the reductions,on both stands in such a way, that
the reduction in thickness on the 2-high stand be increased thus producing a
thinner strip Cor the 4-high stand. There are 3 figures and 9 references: I non-
Soviet-bloo and 8 SoViet-bloc. The reference to the English-language publication
.reads as follows: A. Nadai, M. I. Manjone. Journal of Applied Mechanics, 1941,
no. 6.
C ard 3/3

---loom
-out r,.9,,834-3-15 !7:
jrL,
ou

KOVYNEV, M.V., inzh:; 2ELICHE - B.Yu.. inzh.; GERTSEV, A. I., irlzzh.;
FIDEL', E.L , inzT_., XATRICHENKO, K.P., inzh.
~ Effect of certain technological factora of rolling on a 2,8W
two-high mill on the shape of the piece. Stall 24 no-11;1009-
1013 N 164. (141RA 18: 1)

ACC NR- AT6016762JD/HM/HW~N) jT SOURCE CODE: UR/2776/65/000/042/od59/0063
J7
AUTHOR: G2_tg ko iuLenki?, IL A., J~S~ev Zelicheno~ Yu.;
U-1 f 2.
ORG: none
TITLE-
_R211ing of Bteel-morsel bimetal plate in. a 112800" mill
SOURCE: Moscow. TsentralInvv nauchno-iosledovatellakiv institut chernoy vieta lurgii.
Sbornik trudov, no. 42, 1965. Proizvodstvo bimetallow (Production of bimetals), 59-63
-177.r r,09 -*- VVAJ_.-,VC_ $ e4,V 13 c7AJ)
TOPIC TAGS:4killed carbon steel, monel alloy, plate mill, bimetal, metal cladding,
chemical plant equipment / VSt. 3sp. carbon steel,t0tZhilts-28-2.5-1.5 monet
alloy) 11280011 plate mill
ABSTRACT: To 4erify the possibility of the mass production of bimetal plate (sheet
of steel clad ~vith sheet of monel) as well as to construct from this plate experi-
mental models of petroleum-refinery apparatus, a pt'lot-industrial batch (Is tone) of
such plate was rolled in a 11280011 plate mill of d
Ap 9
gombine, for the first time in the USSR. The base layer used was VSt. 3ap,~killed
carbon steel (0.17% C, 0.37%.Mn, 0.22% Si, 0.05% Cr, 0.27,,% Hi, 0.08% u, 0.026% S,
0.012% P), and the claddingliayer was WhHty-28-2.5-1.51monel alloyitth a chemical
composition meeting the All-Union State Standard GOST 492-52. The sheets were welded
z__

L 36136-66
ACC NRI AT6016762
together into laminated strips measuring 19lxlOOOx18lO mm and, prior to their rolling,
heated in a continuous furnace for 3 hr. After this, they were rolled under conditions
similar to those of the rolling of ordinary steels, in breakdown and finishing stands
with rolls of 1100-mm diameter, with final rolling to a thicknass of 20 im in a
four-high finishing stand with rolls of 800/1300 mm diameter. During the rolling the
current intensity in the armatures of the motors of the two-high breakdown stand was
oscillographically recorded and the findings were used to calculate the torque and the
pressure exerted by the metal on the rolls during the individual operations. These
calculations showed that the maximum rolling stress during the rolling of steel-monel
bimetal is 1930 tons, which is substantially below the maximum permissible stress for
the rolls (2300 tons). Tests established that the properties of such plate definitely
meet the requirements posed to this material by the petrochemical machine building
industry and the cost of such plate is, even under conditions of experiment, 30-40%
lower than that of solid monel plate and, moreover this reduces the consumption of
monel to one-half or one-third as compared with solid wonel plate. Thus, it is feasibl
and expedient to organize the rolling of steel-monet bimetal plate In ferrous metallur
gy plants* Orig. art* has: I figure, 2 tables$ 3 formulas.
SUB CODE: 13, 11 / SM DATE: none
Joining of Diasimilar Metals it

BRUMN M.Ya.; GERTSEV, A.!.;,-ZE4;qf~Y B.Yu.), KOVYINLV, Y.V.; Ftnrd'-~,
V.Kh.; FIDELIP E.L.
Pawer parameters of rolling in rolls with a special shape o"
tne surface. Stall 25 no.3.251-253 Mr 165. (MIIR~, 18,41

~)~hICIIENOK. B.Yu., inzh.; BABITSKIY, M.S., invh.; VARITAVSKIY, I.N., inzh.;
inzh,; 11,SDUEDET, V.V., invh.; ZASLAVSKIY, A.Ya.,
inzh.
Influence of cross rolling on the quality of 16GN and PIGS steel
sheet.s. Stall 25 no.8:825-828 5 165. (MIRA 18:9)
1. Orsko-Khalilovskiy metallurgicheskiy kombinat I Chelyabinsldy
nauchno-issledovatellskiy institut metallurgii.