SCIENTIFIC ABSTRACT KAZAK, A.F. - KAZAK, S.A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000721230002-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 13, 2000
• Sequence Number: 2
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

KULIYE;VAq O.N.LUZAKL_A ~F~
Dysentery conti-ol in a large city. Zdrav. Turk. /+ no.4:39-42 JI-Ag
160. .(MMA 3-3:9)
(TURIN=TAN-DYSENTERY)

ABUKOVA? Ys-N-; GAREYEVA, H-S-; TITOVA, M.N.; DREMOVA, V.P. Prinimali
uchastiye:NIRIFOROVA-, Ye*N.; REDZHEPOVp N.N.; XLENOVA, M.A.;
KAZAKY A.F.'i FURMANOVA, N.M.; VISHNEVSKAYA, L.A.; SARKISOVA, E.N.
p
Measures for the control of acute intestinal diseases in AshkheLbad.
Zdrav.Ttirk. 6 no.4:3-8 Jl-Ag 162. (MIFLA 15-.8)
(ASHKHABAD-INTESTINES-DISEASES)

ZX
W
2\-
FtA39 I BOOK ZXPL01TA=X 307/'3727
Ravahlrenlya votmfzhnob!*Y primenonlys plasts"s v konstruktalyakh
saa hin (CIdelling the 1~:%ibilitlas far UsIAS Plastics in
hlcwry OmP-ents) Ploscow, Fash612, 1959- 183 P. 8,000
M111.1as printed.
Reviewerat N.V. Popov, Zngineer, and P.Z. Petak2tov. Doctor of, Teched-
as
I 3oiances; Zd.: X.I. Suslov Ingirwor; Tech. Eds.: N.A. Du-
Slim and A.?. Uvarovs; Axec. Ed: (Ural-Slberlan Division, FA*hglx)z
T.M. Somova, Inginoor.
PQRP=1 The book Is intended for engineers and scientists engaged In
the study and manufacture of Plantlen and plestle machine parts '
COVIRAM The chapter* of this book were wrItten by different authors
Indicated in parentheses after wattj chapter in the tabi* or contents.
The chapter 9n the use or plastics In non-Sarlat countries Includes
date on the Zkoda Works In Czechoolovakla. A number of Soviet sanu-
featuring establishments are mentioned. JfquIpmant uslns plastic
parts Is described and evaluated. Conall , We attentlon Is paid
to nonferrous and chemical enterprises. as well an tothe Problem
of sub"Ltutieut clastles for critical materials in types or equip-
sent subjected to WSAr or to corrosive. abmalvw and chen!--al 1--
flutocas. Brand designations. properties and us*$ of
number of Boviot-made plastic materials am given. It In thus
Z.,survily OC modern 3*vL*t plastic materials grouped according to
Irtops Iflo Application In Industry. The authors rely hasylly
upon he esporience of Ural p"nts, aspeclally those speclalIzIng
to electrical apparatus, automotive Oqu.1pownt, and measuring In-
etrumants. No personalities A" atntioned. There are 3T r*forarAes-
311SOY'lat..And 5 German.
Ch. rV Plastic Articles for Corrosive PWdI8
Kozak. EJL-MU--UP)f "voloknItse Es phonul,formaidehyde
cenTrrr~-P-l PLOP Mace a
in with cotton fillorl materials 71
"a 74
2. pump parts and linings made from abr*01"
3- veto do of vinyl Plastics
ch. v. use or Plastics in Foreign countries (A-A. DO--v -4 T?
Krayzingtr) instrument elements Imbridgedl TT
1; Is , Yr-6113tICS In machine and
1 09
2. Use of plastlam in Czechoslovakian Plants
Ap1modixes (1(.K. Xttlkh, I.B. P1668*17)
pl.-catlon Of PlAstics 114
1. General Ch%r4keterlatics and Fields or Ap 150
11. paahenlca2 Properties Of Plastics
Card 5/6

Swum, -,Y~riy Ivanovichf KONYUKHOV , Sergey Mikhaylovichj POBAS, Yuri5,
LIvovich; KAZAK.. Anufriy Ivanovich; SHABASHOV,, A.F.. kand. leldm.
nauk, red.; DUGINA, N.A., telthn.
red.
[Single-bucket oxcavatoroi upe =d jointenance of excavators with
capacitieo of 0115 - 1,25 awmateral Odnokovehovye okekavatoryl
ekspluatatsiiq i obaluzhivanie ekskav&toror a kovsh= emkost'lu
0.0-5 - 1',25 m-. Foskva., 14ashgiz., 1961. 323 p. (YIM 14-.12)
(Fxcavating machinery)

CHAYKA, V. M.; KAZAK, A. P.; MIROSHNIKOV, A. Ye.
Zones of principal deformations in the structure of the Soutbern
Urals. Sov. geol, 5 no.10:120-126 0 162. (MIRA 15110)
1. Orenburgelcoye-geologicheskoye upravloniyee
(Ural Mountains-Geology, Structural)

KhZAKI A.P - CH&SNOKOV, B.V.
Enstatite rocks from the development region of eclogite in
the Southern Urals, Trudy Inst. geol. UFP' -3SR no,70:43-r46
165, (MIM 18:12)

AID P - 3818
Subject USSR/mining
,Card 1/2 Pub. 78 - 6/25
'Authors : Kazak, A. S., I. I. Rosin and L. G. Chicherov
Title : Some results of tests with hydraulic rodless piston
pumps
Periodical : Neft. khoz., v. 33, #11, 34-38, N 1955
Abstract : The author describes tests with the rodless hydraulic
pumping equipment operated in well shafts by circulation
of oil under pressure from a high-duty pump at the
surface. This pumping system consists of a hydraulic
power unit on the surface, a hydraulically-actuated
piston pump suspended below the fluid level in the well.-
and a high-pressure hydraulic transmission tubing con-
nection between the power unit on the surface and the
submerged well pump. Advantages of such pumping system
are: higher efficiency through the elimination of the
inefficient sucker rod connection, especially in deep
wells, and a more convenient pumpIng operation,

AID P - 3818
Neft. khoz., v. 33, #11, 34-38, N 1955
Card 2/2 Pub. 78 - 6/25
especially in crooked and deflected holes. The present
rodless hydraulic pumping units proved to be not quite
satisfactory and therefore better construction, more
solid parts, and better design are necessary. Diagrams,
charts.
Institution : Test Construction Bureau (OKB)
Submitted : No date

IrAZA , A.S.; MR T, M.I.
Method for testlAg piston pump buckets, Neft. khos. 34 no.12t2l-25
If 156. (Km 100)
(Oil vall pumps)

AV=R: Kazak, A.S. and Rosin, I.I. SOV/93-584-13/19
TME: Data on 1956-57 Tbsting of Deep Well Xrdropiston Pamps (%zul,taty ispy~
taniy gidroporshnevykh glubinnykh nasosov v 1956,1957 gg.)
36
PMODIM: Neftyanoye khozyaystvo., 1958,pNr 4, Pp 58-64 (USSR)
AWIRACT: The article presents 1956-57 experimental data on deep well hydro-
piston pumps tested in wells of the Ordzhonikidzeneft, Petroleum Production
Administration under the Azerbaydzhan Ministry of the Petroleum Industry and
in wells of the Tuymazaneft' Petroleum Production Administration. The principle
of operation and special features of hydropiston pumps have already been describ-
ed by the authors in 1955 and 1956 [aef. 1 and 2]. Nitrited sleeves of submer-
sible pumps had a very low wear resistance (Fig. 1, graph 1) and protection of the
cylinder and piston of the pump by a feedlin of waste fluid to the upper end
of the piston did not shcri positive results (Fig. 1, graph 2). But hydi~%ulic
protection of the pump cylinder by means of power fluid p,,.,olonged the service of
the cylinder and piston and raised the feed coefficient of the submersible pump,
maintaining it at a high level for a long period or time. (Fig. 1, graph 3)-
Fig. 2 presents a characteristic curve of variaticn in feed coefficient with
respect to time.,indicating that the gas breakLhrough was largely responsible
for the corrosion of the valves. The experiments showed that the pressure of
Card 1/2

Data on 1956-57 Tlesting of Deep Well Hydropiston Pumps Sov/93-58-4-13/19
the power fluid in a power pump varied for the most part with the number of
strokes (Fig. 3).. Indicating thet deep well exploitation by means of 1wdro-
piston pumps in the presence of long surface pipelines must proceed at a high
pressure for the power fluid and at a low ratio of paver fluid to extracted
fluid. This can be accomplished by selecting pistons of suitable diameter.
The experiments also disclosed the unsuitability of the pressure valves
which consequently were replaced by superior valves of the Kostychenko type.
A three-piston GB-351 power pump was employed In sow of the commercial experi-
ments. On the basis of these experiments the aixthors concluded that: hydro-
piston pumps satisfy the requirements of wells drilled through coal bearing
strata at the Tuymazy oilfield and of wel-Is in the Baku region where wells
are drilled to a depth of 1.,000 meters and the formation crude contains an
average amount of mechanical admixtuxes, 2) hydropiston, pumps prolong well
exploitation without need for repairs, shorten the idle riods of wells,
and drastically reduce expenses on subsurface repairs., 37production. of hydropis-
ton pumps for this type of well mist be organized in 1958, 4) hydropiston pump
tests in deep wells and in Devonian formations must be expanded, and 5)
production of regulating instruments and equipmaut for paraffin removal from the
lift pipes and for mechanical admixture removal from the power fluid must be
accelerated for the Baku region so that extensive Cemployment of hydropistan prMps
can be secured. Miere are 3 figures and 2 Soviet references.
1. Petroleum industry 2. Hydraulic prcssure pumps--Operation 3. Hyd-~aulic
Card 2/2 pressure pumps--Equipment 4. 1kvd-.aulic pressure pumps--Test mel.-hods

ABRAMOV, N.A.; ALIVIMDIZAIM, I.S.; AMIROT, U.K.; ARENSCIR, R.I.; ARSENOYNT.
S.I.; BAGDASAROV, R.H.; BAGDASAROT, G.A.; BADAHTANTS, A.A.; DJ31M
LTAN, G.N.; DZHAIPAROY. A.A.; KA7 t_AtS_,- KERCHENSKIT. N.M.; KONW-
KHOV, S.I.; KRAWOBAYXV, A.T-.*-.jMOV~ift. A.I.; 1-111-AZAROV, G.S.;
LARIONOV, Te.P.; LISTENGARTEN, M.Te.; LIVSHITS. B.L.; LISIKTAN,
K.A.; LOGINOVSKIY, V.I.; LTSWOVSKIT, P.S.; MCLCHANOV. G.V.; 1"T-
MMIMAN, N.M.; CKHONIKO, S.K.; ROMANIKKIN, V.A.; ROSIN, I.I.; RU-
WAMOV, A.M.; SARKISOV, R.T.; SKRYPNIK, P.I.; SOBOIRV, N.A.; TARA-
TUTA, R.N.; TVOROGOVA. L.M.; TXR-GRIGORYAN, A.I.; USACHEV. V.1.;
FAU, B.F.; CHICHEROT, L.G.; SHAPIRO, Z.L.; SHUCHUK. Tu.I.; TSUDIK,
A.A.; ABUGOV, P.M., red.; MARTYNOYA, M.P., vedushchiy red.; DAXITE-
LUC LAP; TRCFIX0Yj A.Va, tekhn.red.
(Oil field equipment; in six volume] Neftianoe oborudovanie; v
shesti tomakh. Moskva, Goo.nauchno-tekhn.izd-vo neft i gorno-
toplivnoi lit-ry. Vol-3. [Petroleum production equip;ent] Obo-
rudovanie i instrument dlia dobyehi nefti. 1960. 183 p.
(KIRA 13:4)
(Oil fields-Equipment and supplies)

ROSTIT, I.I., MLZLI, A.S. j CRIOMMDV, L,G.
Use of hydraulic piston pumps in 195B-199. Beft. khoz.
38 no.6:24-27 JO 160- (MMA 13:7)
(Oil well pumps)

ZALK A ~ ich PETROVA, Ye.A.., ved. red.; SAFR611CYVA,
I.M.P tekhn, red,
[submersible rodless piston pimps with bydraulic drive] Pog-
ruzbrqe porabnevye beashtangovye nasosy s g4ldroprivodom, Le-
ningrad, Gos.naucbno-tekbx.izd-;vo neft. i gorno-toplivnoi lit-
ry, 1961. 319 p. (MIRA 15:2)
(on wen pimps)

ROSIN, I.I.;_~AZAK,-A.S.; ROZANTSEV, V.R.
Indices of the plant test operation of hydropiston p=ping machinery.
Neft.khoz. 41 no.10:40-45 0 163. (MIRA 17--4)

KAM, A.S., kcand. tekILl. nauk; ROZANTSEV) V.R.v inzho
New type of pumping equipment* Vest* mashinostr, 43 no.?:80
i1 163. (MIRA 16:8)
(Pumping maohiner7)

- KAZAKj.,A.-P.
Hydraulic piston pump feeding produced fluid'along the central
string. MaBb. i neft. obor. no.3tll-14 t,6:1 (MIRA 1797)

~USSR/Ragimerirlkq_ Y4tal working
04P4_:~Lk_ ub -103-- _7/ 2 9-
Authors S Xazak, A..,V.

ritle t The problem concernin surface hardness during viorking of zino a2lops
ftriodical j Stan. i Instr. _IP,_Page_;0,,_ Opt 1954--
A short report-is'proeented
c
oncerning problans i-slated to measuring the
.
.
of zinc a3loya worked with twist drille. Dia-
- -grams,

XUAKp A.Teg, kand. tek:hn. nauk, dots.
Countersinking and boring holes In parts made of zinc alloys,
Sbor, at. ZITMO noo'23.-3-7 157, (MIRA 11:5)
(Drilling and boring)

ra , A. V., kand. t9khn. nwJ4 dots.
- 1."
- ~~ 1 -18 157-
r Reaming holes on turret lathes. Sbor. at. LITHO no.230
f (Reamers) (MM 11Z5)

AUTHOR: Kazak, A.V. 119-58-4-5/15
TITLE: ----D~rilling in ~Zinc Alloys (Obrabotka tsinkovykh splavov
sverleniyem)
PERIODICAL- Priborostroyaniye, 1958, Nr 4, Pp. 12-14 (USSR)
ABSTRACT: Experiments were cariled out with the zinc alloys TSP1,16-1
and TsA4-M) in order to determine what properties a spiral
drill must have irt order to be able to drill a neat and
accurate hole into such an alloy.
The following data were given for the drill: 0
Angle of inclination of the spiral-shaped groove (A) = 40 0
Angle on polished section 2 = 140
Clearance angle CL = 80
Width of shaving when drilling up to a
diameter of 15 = f = 0.3-0.5 mm
Cutting velocity 80-100 w/min
Feed when drilling with a diameter of 3-15 mm 0.1-0.4 mn/revolutions.
Card i/1 There are 8 figures, and 2 tables.

K,LZLK, A. V.
Machining viuc alloys with reamers. Priborostroenia no.4:
19-22 Ap 16o. (MM 13:6)
tReamers) (Drilling and boring)

pAvLzNKO I.I.j GROEUp -A.Ya~j SHAPOVALOVAO N.D.; JUZAK,, A.V.
Manufacture of large ingot molds from cotiverter pig iron
of primary melting. Stall 24 uo.1:35-36 Ja 164.
(MM 17.-2)
1. Krivorozhakiy metanurgicheskly zavod.

-L 15252-66. F_WT(d)/ZVT(j)/E11P(j) IJP(c) EB/GG/Gl
MX NR- AP5025481 SOURCECODE: UR/0203/65/005/005/0896/0 00
AUTHOR: An. V. Geller, L, A
ORG: Institute of P~jslcs of the Earth, AN SWR (Institut Fiziki Zemli AN SSSR)
TrrLE: Experimentin the use of analoLAIRItal conversloffor the recording of
variations In the natural electromagnetic field of the earth
SOURCE: Geomagnettzm i aeronomiya, v. 5, no. 5, 1965, 898-900
TOPIC TAGS. analog digital conversion, analog digital converter electromagnetic
field, earth magnetic field
ABSTRACT: Ile paper describes an experiment, carried out during November and
December of 1963 at the Uvozero Station (Murmansk Oblast), involving the recording of
the microvariations of the Earth's natural electromagnetic field in a di.tal pulse-code
form in the 0. 3 - 10 epB band with inscription on a magnetic tao."iXis recording,
the natural field station, (BE, P), a coding device (KDLI, and decoding device (DKU) were
used. A signal from a unit which sets as a sensor for the proper component of the elec-
tromagnetic field is boosted in the SEP and fed through a matching amplifier to the input
Card 1/2 UDC: 537.74

L 15252-66
ACC NR: "5025481
of the analo&-digital converter unit (KDq. From the output of the KDU the signal
(a series of binary numbers) is inscribed on the magnetic tape, Time markers are
recorded over one of the KDU channels together and simultaneously with the field signal
recording. The d ~ormation-onAheAape-can-b"onverU"Y-mean"Me-de---
~_ igltaU~_
unit into andoz form-with the-.81pals recorded on- a type OMS loop oscillograph -
A detailed description of eadh- of -the major components in this system is given, and there
Is a discussion of some preliminary results of the processing in a digital computer of the
material obtained. In conclusion, authors express their gratitude to N. P. Vladimirov
who rendered a great deal. of assistance in the preparation and the performance of the
experiment, S. V. Fomip, who kindly presented the authors with the opportunity of
A using developed computation programs, Q,. D. Tereshkov and L. Yq,_Jko~~ovap, who
I
assisted in the gathering of data from the field, and V, A., Traltska a, for constant
attention and Interest In this work,, -Orig. art. has: 4 figures.
SM CODE: 08, 09/ SUBM DATE:. 09SepS4/ ORIG REF: 0 05/-OTH REF: 002
Card 2/~
L
77"
-7777,77-7- 77777
'N
ffixl~

L i4b44
ACC-NR:
AUTHOR:
ORG: none
TITLE: A mcyi2etic microvariometer wit automatic control
SOURCE: USSR. Gosudarstvenply geolo icheskiy komitet. Osoboye konstruktor�Kc?Xe
byuro~ Geofizicheskaya apparatura, no. 26, 1965, 100-105
TOPIC TAGS* omagnetic field, automatic control, earth science instrument
ABSTRACT: The authors describe an HDZ-microvariometer developed at LqynbgradLftate
Unjv_-.~ for detailed study of short-period oscil ons in the gqqmagnqtLq bald
during the IQSY. The device is completely automated and requires an operator only
for- changing fhe'_ recor?Ing tape -twice --a -day. --The -instrument can be used for record-
ing periods o'f variation in a range of 5-600 sec' A block diagram of the instrument--
is given,. The signal from-the H-, Am and-Z-magnetometers is fed to M-196 galvanome-
ters and recorded on photographic paper. Also recorded on'the magnetogram-are time
marks from chronometer signals. The operation of the various in dividual elements in
AT6004300 -SOURCE CODE: UR/3175/65/000/0261010~
Kazak. B. N.; Raa ov, 0. M.
Card 1/2

L
1 27635-63 ZYT(i.)/EWP(q)/tVT(M)/ s/o56/63/o44/oo7,/O48/O53
' /IJP(C) JD/JG
BDS AFFTCI,ASD
"AUTHORI Alekseyevskiy, I.. Yo. Yagorov, V. S., an~, Kozak, B. N.
TITLES Wyannametic Proiarti 'of rheniuZ4
-tekhni cheakDy 11 fiziki, v* 44p no.
PZRIODICALt Zhurnal ekeperii~ontallnoy
i963j. m6-mg
.-TZXT: The authors and G. E. v-arstens reported earlier (Ref. 1i ZhETF) 43, 731,
1962) th t rhenium has an open Farmisurface, To study the topological type of
this s-arface the authore investigated the golvanomagnetic properties of the wno-
crystals of pure rhanium having different oriontation of orystallograrhic axes
with respect to the axis of the sample. They conclude that the Re Fermi s.-Irface
consists of two independent parts, the vacancy surface and electron surfFct:. FroM
the measurements of the Fall effect it follows that the electronic surfece is tne
open one with openings parallel to the hexagonal axis aiid also in t~'.e di:,ection
within tb,3 hexagonal plane. There are 3 figures and I table.

LORAN, Zh. (Laurent, G.]; PONSO, K.; POTENIYE, M.; BARANSKIY, L.N..;
MATVEYEVA, E.T.
Some characteristics of magnetic Pc I pulsations in magnetically
coupled regions (Borok-Kerguelen station, Februaryp 1964). Geomag.
i aer. 5 no.3:499-501 MY-Je 165. (MIRA 18:5)
1. Sluzhba ionosfernykh issledovaniy) Parizh (for Loran, Ponso~
Potenlye). 2. Institut fiziki Zemli AN SSSR, Moskva (for Baranskiy,
Kazak, Matveyeva).

39502..
510561621043100210531053
'A, B108/B102
0
AUTHORO: *Aleksayevskiy, N. Ye., Yegorov, V. S., Karstens, G. E.P
Kazak, B. N.
TITLE- Galvanomagnetic p~opertiea of transition metal single crystals
fERIODICAL: Zhurnal eksperimentalinoy i teoretioheskoy fiziki,. v. 43,
no. ".(0), 1962, 731-733
TEXT-~- The change'in resistivity of transition metal single crystals
Pd,-Re, 140) with the change iii-field strength of a strong magnetic field
up to some 150 koe) was studied at 4.20K. The results show ths' Pd and
~
Re have open Fermi surfaces. The Fermi surface of Pd' is similar to that
of Pt. The square-law increase of resistivity or 14o with increasing
magnetic field strength is indicative of a closed Fermi surface. There
ar,a 2 figures and I table.
ASSOCIATION: Institut fizicheskikh problem *Akademii nauk SSSR
(Institute of Physical Problems of the Academy of Sciences
USSR)
Card 1/2

ACC NRI AP6036988__'_(_ 1") SOURCE CODE.- uB/oiBi/6~/W/on/33*i5/3377
AMIOR: Belozerova, E. P. Vapunina, N. A,;.,.~aK
- _~!' -A
ORG: Moscow Stat*e University im. M. V. Lomonosov (Moskovskiy gosudarstvcnny univer-
sitet)
TITIX: Frequency dependence of the internal friction of lithium fluoride single
crystals
SOURCE: Fizika tverdogo tela, v. 8, no. 11, 1966, 3375-3377
TOPIC TAGS: lithium fluoride) internal friction,-crystal dislocation phenomenon,
plastic deformation
ABSTRACT: In view of the contradictory published data on the frequency dependence of
internal friction in the kilocycle frequency range) the authors have measured the in-
ternal friction in lithium fluoride single crystals using the method of double piezo-
electric oscillator (Ye. G. Shvidkovskiy and A. A. Durgaryan, Nauchn. do!,!. vysshey
shkoly no. 5, 211, and 217.. 1958). The frequency range covered was from 40 to 300
kcs and harmonics. The results showed a linear dependbnce of the internal friction
on the frequency, which agrees well with the dislocation theory of dynamic losses for
the case when the frequency of the driving force is much lower than the natural fre-
quency of the dislocation loop. The linear dependence of the frequency remains if ' -
the samples are plastica3ly deformed befori the tests. A study of the dependence of
the internal friction on the'prior deformation at d1frerent frequencies has shown
1/2

ACC NRs AI;6036988
that with increasing frequency the maxi= of internal friction shifts toward the
region of larger deformations. The results were similar for the fundamental and
for the third harmonics. This shift can also bo explained from the point of view of
dislocation theory. The authors thank Ye. 0. Shvidkovskiy for continuous interest,
valuable advice,, and hints. Orig. art. has: 2 figures ejA 1 formula.
SUB CME: 20/ SUBM DATE; 07reb66/ onG mw, oo4/ omi RzF-. oo4
Card 2/2.

Subject USSP/Electricity AID P .. 1394
Card 1/1 Pub. 26 - 21/30
Authorst Gorbov, B. D., and Kazak, I. A., Engs.
Title : Experiment in melting sleet on single 35-kv
radial distribution lines without diBconnecting
consumers.
Periodical : Elek. Sta., 2, 55, F 1955
Abstract The authors describe the method used which consists
in applying a melting current. A diagram gives the
connection details.
Institution: None
Submitted : No date

-V.V -

1~17

KAZAK, I.S., agronom-ekonomist
What are the advantages of a proper utilization of land. Zemledelle
26 no.12M-15 D 164. (MIRA 18s4)

KAM X.A.; KOLQUOV. V.T.
Protection WiAst.41ghtning, static charges and corrosion in
raftneries and-chemical plants In the United States. Inerg.blul.
no.6:26-28 Js .156. (HLBA 9:8)
(United States--Lightning protection)
(Chemical Industrios--Safety measures)
(Corrosion and anticorrosive*)

-- -- -MMIM. 1 N A - CO 13 - --- --- --- -- -
) 1 0 jIk , rol . .- -KAZAK, L*A*y
I=meiiate and lAts sequielais of a --vdica.1 artificial abortion.
Sbor. trud. Kursk. g0s. med. inst. no.16:263-270 162.
(1411U 17.9)
1. Iz kliniki akusherstva i ginekologii Nav. - prof. A.G.
1hitylin) Kurskogo meditsinskogo instituta.

IMAX, M.A., inzh.; LUGOVTSOV, N.P., inzh.; PSIRVIN, K.I., inzh.
~Rainufaoturing warped blades for steam turbines, Inargonashinostroania
4 no.3:36-39 Mr 158. 1 (KIRL 11:5)
(Steam turbines--Blades)

MQtx- E., L, 'Engineer,
"Tightening Tie Bolts on Presses, and Attacluments Protecting them from Overloadjlig"
Stanki I Instrument, 17, No. 9, 10,46
BR-52059019

- SHKUSV. A. I.; KAZA , M. 1. - inshener, redaktor--_ BOGUSIAVSKIT, B.L..
professor:7-WUii~;e_';i; POPOVA, S.M.. tsiLicheskiy redaktor.
[Vertical maltispindle semi-automatic lathes; a turner's manual]
VertikalInys mnogosbpindelInye tokaraye poluaytomaty; posobie dlia
raboahikh. Moskva, Goa. nAuchno-tekhn. izd-vo mashinostroit. lit-ry,
1951, 194 p* (MLRA 8:1)
(lAthes)

_KAZkKj 110-It
11111sat/Metals Strap, Processing Dee 51
"Briquetting of Shavings and Scrap Faggoting,"--
-I. Kazak, Engr,, Min of Automobile and Tractor
M
.
Ind
"Litey Proizvod" No 12, pp 8-10
Discusses proper use of metal shavings and cuttings.
and various methods of prepg them fpr remelting.
States scarcity of sp equipment for processing
small scrap ancl7absence of expedieat briTaetting
method at Soviet plants.
203T91

11_~ - K-11
25(5) PIL48 I BDOK EXPLOIATION SOV/130
Spravochnik mek)-n4lm mashinostroitellnogo zavoda v dvukh tomak4. t. 1: Organi-
zatsiya i konstruktorskays pwaotovkrA remoatnykh rabot (11andbook for Mechanics
of Machinery Manufacturing Plants In Wo Volumes . VolUt Organization and De-
oigm-Preparatioa for Flepair Work) Moscov., Mashgiz, 1958. viii, 767 p.
40.,000 copies printed.
Reap. FA.: Noskin, R.A.j Candidate of Technical Sciences; Ed.: Oliner,, B.M.,
Engineer; Tech. Ed.: Sokolova, T.F.; Eds. of Get: Borisov, Yu.S., Engineer,
A.P. Vladziyevskiy, Doctor of Technical Sciences., and R.A. Noskin, Candidate
of Technical Sciences; Managing Ed. for 116ference Literature (Mashgiz):
Krylov., V.I., Engineer.
PURPM: 'This handbook is intended for personnel responsible for repair and
maintenance operations in machinery manufactuxing plants.
COVEPAM: The handbook contains information on the operation of industrial
equipment, organization of repair and maintenance, design-preparation for maint-
enance work, modernization of metal-cutting machine tools, and the economics
of maintenance. Maintenance personnel of the following plant's participated in
the pmparation of this handbook: Leningrad Plant imeni Kirov, Khar1kov Plant
Card 1/ 13

Handbook for Mechanics of Machinery (coat.) SOV11359
for Tranal;.3rt Machinery imeni Malyshev., Moscow Plant imeni Likhachev, Chelya-
binsk Tractor PlAnt, etc. Contributions by the following are also acknowledged:
workers of scientific research institutes (ENIMS, TsNIITMASH, KITI) and vtuzes
(MM imeni Bauman, Leningrad Po;Lytechnical Institute, Moscow Institute for
Engineering Physics, Moscow Industrial Engineering Institute); and workers in
engiaeering and planning institutes (VPTI b. NINTRANSMASH, VPTI b. MINTYAZMASH,
GSPI-8). There are no references.
TABLE OF CONTENTS:
Ch. lo: Utilization of Equipment 1
GeLieral operating conditions (Kazak, M.I., Docent) I
T-hereasing the durability of equipment Docent) 2
Basic kinds of machine part wear 2
Initial breaking-in of machine parts 3
Wear of basic machine parts and measures taken to increase their
resistance to wear 4
Operation of forging and dressing equipment (Ginzburg, Z.M., Engineer) 1.1
Drop re 11
Forging machines 13
Crank presses and shears 14
Steam-'Aqdmulic presses 14
Card 2/13

Handbook for Mechanics of Machinery (cont.) SOV11359
Operwbion of electric installations (Luklyanov, T.P., Engineer)
Intmehop electric networks with voltages to 1000 v
Electric motors
Electric fuxnace installations
Mercury rectifiers
Tustallations for electric plating
Special features of calculating electric energy requirements
from d-c sources for electroplating
Arc welding units
Resistance welding machines
Lighting installations
Grounding systems and the grounding system neutral
Electric meters
Lubrication of equipment (Ostrounov, G.A., Bagineer)
Lubricants
Lubricating systems, devices and implements
Choice of lubricauts
Substitution of lubricants
Organizing lubrication operations
15
15
16
22
27)
A
24
24
25
25
27
27
32
32
37
44
49
50
Card 3/13

R=dbook for WJ-anics of Machinery (Cont. ) SOV/1359
Regeneration of used lubricating oils (Shashkinj P.I., Engineer) 53
Preservation of idle equipment and parts (Borisov, Yu.S., Engineer) 68
Storiag idle equ:ipmertt and parts 6o
Prote ution 70
Crat1mg 74
Devier. anO, instruct.~OnB for mechanics (Borisov, Yu.S., Engineer) 76
TYpical descrintioa of the darbies of a chief mechanic in a machinery
manufactiu.,ing plant 76
Typice-I description of duties of a shop mechanic in a machinery
manufact=I-ng plant 82
rlypical descelpt-;.on of duties of shop personnel in reference to
working equ:tpmerit and responsibilities for its technical condition 85
Typical descript-Ion for machine too! operators on the technical
opere.ion of metal-cwtting machine tools and their care 87
Qualification requirements 96
Ch. II. Orgenizing Preventive Maintenance of Equipment 124
Pre-ientive mainternan-ce system (Vladziyevskiy, A.P., Doctor of
Technical Sciences; Vaks., D.I., Engineer; Yakobson, M.O., Doctor
of Tlechnical Sciences) 1224
card 4/13

Pen for Mechanics of Machinery (Cont.)
SOV/1359
Types of mainte ce 124
Periodicity of maintenance and structure of the maintenance cycle !26
Labor input into maintenance operations 129
Planning maintenance operations 130
Preparation for maintenance operations (Vladziyevskiy, A.P., Doctor of
Technical Sciences; Vake, D.I., Engineer; Yakobsou, M.O., Doctor of
Technical Sciences) 130
Spare parts !14 130
Development of technological processes for maintenance operations 132
Supplying tools and devices 132
SuWlying materials 132
Organizing maintenance operations (Vladziyevskiy, A.P., Doctor of
Technical Sciences; Vaks, D.I., Engineer; Yakobson
, M.O., Doctor of
,
Technical Sciences) 1%2
Organizational methods for maintenance operations 132
Shop maintenance bases 133
Organization of maintenance crews 133
Wasures for speeding maintenance operations and reducing the
downtime of equipment 134
Classification of defects 135
Procedure in transferring equipment for maintenance 135
Maintenance of precision machine tools 135
Card 5/13

Hawbook for Mechanics of MachiDery (Cont.) SOV11359
Maintenance of equipment in automatized production processes and
production lines 135
Modernization of equipment 136
Staff of the Chief Mechanic's Section (recomended) (Vladziyevskly, A.P.,
Doctor of Technical Sciences; Vaks, D.I., M2gimer, Yakobson, M.O.,
Doctor of Tachnical Sciences) 137
Bureau of preventive maintenance (BPPR) 138
Designing and engineering bureau 140.
Planning and production bureau 140
Wages of maintenance workers (Borisov, Yu.S., Engineer) 141
Standard piecework wages for mechanics engaged in maintenance
of equipment 144
Calculating wages of workers according to the quantity and quality
of output !47
Differential wage payment 147
RemuMration for work requiring different qualifications 147
Wages for overtime work 147
Overtime work cannot be compensated by comyeAsatory leave 147
Remuneration for work performed on legal holidays 147
Work performed on the weekly day off 147
Remuneration of section leaders 148
Card 6/13

%ndbook for Mechanics of Machinery (coat.) SOV/1359
Ch. III. Operation and Maintenance Standards 149
Metal-cutting machine tools (Vladziyevskiy, A.P., Doctor of Technical
Sciences; Make, D.I., Engineer; Yakoboon, M.O., Doctor of Tech. Sciences) 149
Wood-working machine tools 204
Forging and pressing equipment 2.L6
Founding equipment 228
Hoisting and transport equipment (cranes, electric hoists,
monorail lorries) 241
Hydraulic equipment 246
Electrical equipment (Luk Iyanov, T.P. , Pasineer) 249
Steam power equipment (Zobin, V.S., Engineer) 258
Ventilating installations 265
Labor content standards for equipment maintenance (Vladziyevskiy,
A.P., Doctor of Tech. Scienceej Vsks, D.I., Engineer; Yakobson,
M.O., Doctor of Technical Sciences) .272
Standards for servicing between maintenance periods 274
Standard downtim of equipment 2T5
Standards for the expenditure of naterials necessary for
equipment maintenance 275
Standards for storing spare parts 299
Types of documentation based on the PPR (preventive maintenance)
system (recommended) 305
Card 7/13

Handbook for Mechanics of Machinery (Cont.) SDV/1359
Ch. Iv. Maintenance Bases (Flotkinj I.B. , Engineer) 32B
Make-up of. the msintow=ce -engineering shop 318
Calculating basic proportions of maintenance bases 319
Determining the quantity of basic machine tools 322
Composition of the m%chine-tool stock 324
Labor composition 326
Technological characteristics of buildings and hoisting-transport
equipment 326
Arrangement and calculation of areas 327
Workshop for optional eVipmeat 328
Pipe repair shop 329
Ch. V. Designing Preparatory to Maintenance Operations 331
Compilation and documentation of drawings for replAceable parts of
equipment (Shifrin,.S.M., Engineer) 331
Extent of maiutenance (Noskin, B.A., Candidate of Technical Sciences) 362
Standards and specifications for basic machine parts and assemblies
(8=-ehik, N.H., Enal er) 364
Numbering system for metal-cutting mebta tools and their classification 3 .
Basic standards permitting the mating of machine parts 364
Standardization of allowances and fits 390
Basic standards for Sear transmission ilements 395.
Basic standards for external omrking-0 mchine tools and machines 397
Card 8/13

Handbook for Mechanics of Ylezhinery (Cont. ) SOV/1359
Ball and roller bearings (111berg, N.U. J Candidate of Technical Sciences) 402
Selection of a bearing of the same tkm and size 4o2
Selection of a bearing of a different type and size 42o
Fits for bearings mounted on shafts and between outer rings and
housing 423
Installation and adjustment of bearings 430
Choice of packing devices'for bearing assemblies 438
Gear t=smissiona (Kedrinakiy, V.N. Ingineer) 442
,Spur pars 442
Accepted symbols 442
Basic informalt-don on meshing of spur gears 443
Standard gearing 449
Geometrical calculation of spur gears 460
Correction of spur Sears 470
Identification of gearing elements of spur gear treasmission 476
Wasuring tooth thickness -
Bevel gears 486
Accepted symbols 486
Basic information on meshing of bevel gears 487
Types of bevel gears W
Correction of bevel gears 488
Card 9/13

Handbook for Mechanics of Machinery (coat.) SOV/1359
Geometrical calculation of bevel gears
Identification of goaring elements of bevel Sear transmission 4cq
Worm gears 514
Accepted symbols 514
Shape of profile and methals of machining vorms and worm gears 514
Geometrical calculation of worm gears 517
Correction of vorm gears 521
IdAntification, of elements of vorm Sear transmission 521
Spiral gears 523
Tolerances for elements of spur and worm gear transmissions 527
Spur gear transmission 528
Bevel gear transmission 536
Wona gear transmission 539
Belt drives (Gleyzer, V,Ye- Engineer) 543
Flat belt drives 543
V-belt drive 550
Belt joints 552
Measures for improving the function of belts 555
Instal,lation of belts 555
Carw-,of bel'fis 555
Safety engineering 555
Card 10/13

Handbook for Mechanics of Machinery (Cont. )
MV11359
Basic materials used in maintaining and modernizing equipment 556
(Morozova, Ye.M.J Engineer; Spivak, N.D., Candidate of Technical Sciences)
Steel 556
Cast steel 556
Cast iron 566
NonfIerrous metal alloys 570
Ch. VI. Modernization of Metal-cutting MiLchine %bols (Khcher, A.M.,
Candidate of Machnical Sciences; Khcher, I.M., Candidate of Tech-
nical Sciences) 577
Basic objectives of modernization 577
Increasing speed, power, and rigidity of machine tools 585
Redaction of support time and automatization 591
Modernization of lathes and turret lathes 6o1
Modernization of milling machl s 615
Modernization of other types of machine tools 627
Drilling and boring machines 627
Vertical lathes 629
Planers 629
Shapers 63o
Card 1l/ 13

Handbook for *chanics of Mchivary (Cont.)
9DV/1359
Gear-cutting machines
Grinding machines
NydrauUe equipment and instruments used In modernizing machine tools
(Barsukov, A.A., Engineer)
Oantrolling and regulating hydmulic equipment
Manual, mechanical., and remote control of hydraulic equipment
Rvdraulic panel control
Calculations for machine tools undergoing modernization
(saminskaym, V.V. Candidate of Technical Sciences; Levina, Z.M.,
Engineer)
General aspects
Calculations based on comparison
Checkiug calculations
Calculation exemle
Ch. V3:r. Safety Engineering and ThdUstrial Wene
Safety engineering during repair work (Dorlsovp YU.B., Engineer)
Organization of accident prevention in plants
Safety measure directives
Safc-ty engineering in ope electrical installations
(Luklyanov., T.P., er)
Wassification of shop space based On their conditions
633
634
638
638
630-
638
667
667
668
(69~
717
726
726
726
729
740
741
Card 12/ 13

...... I- --
--- I- ---
? A#-: -LAVRWIEVI-YU,-N,--- -- ---- -- - -- -- -- -
2, USSR (600)
4. Electric Lines - Overhead
7. From the practice of erecting 110 ky overhead lines across land-sliding sections.
Energ.biul., no. 12, 1952.
9. Monthl List of Russian Accese-ions, Library of Congress, APril --1953, Uncl.

I
-f 11V 14~
AID P - 792
Subjeot : USSR/Electricity
Card 1/1 Pub, 28 - 2/n
Authors Kazak, N. A. and Bazylev, V. Z.
1--lim. ~~ii5w
Title Electric power feeder system in oil fields
Periodical Energ. byul.. M 9-14, J1 1954
Abstract A simplified distribution system of the electric power
supply in the oil field is outlined. The description 1s
related to ring circuits with double aide feeders, which
can be used independent ly for dril"Ling opera
Eigh't diagrarrs.
Institution : None
Submitted ; No date

AID P 1894
Subject USSR/Electricity-Fetroleum Industry
Card 1/2 Pub. 28 - 6/7
Authors Bazylev, V. Z. and Kazak, N. A.
% WXVMW~~W
Title Electric Power Distribution Lines Used in the oil
Pields
Periodical Energ. byul., no.4,, 31-32, Ap 1955
Abstract The authors discuss the present electric power
distribution in the oil fields, particularly the
inadequacy of the 2 kv and the 6 kv lines now pre-
vailing in the industry. The 10.5 kv lines are
definitely more efficient: they have 3-times wider
radius of distribution and 3-times smaller voltage
drop. However, there is an insufficient supply of
the 10.5 kv motors designed for capacities of 200
to-400 kw at 750 to 1,500 rpm, which are prevalent
in the oil industry. The authors suggest that the
existing 35 kv main lines should be extended into

Energ. byul., no.4, 31-32, AP 1955 AID p - 1894
Card 2/2 Pub. 28 -''61~
the oil fields; the 6 kv power lines should be
reconstructed into 10.5 kv lines;the machinery
and equipment needed for 10.5 kv lines should be
manufactured in sufficient quantities; and the
new lines built should be 10,5 kv lines.
Institutioni None
Submitted No date
,gli

Authors : Kazak, N. A., V. Z. ]Bazyev, and G. A. Gusin, Engs.
Title : The need to expand the field of application of syn-
chronous motors. (Discussion of the article by
M. V. Greysukh, A. M. Rozentall, and N. N. Stefanovich,
this journal, No. 9, 1954).
Periodical : Elektrichestvo, 11, 80-82, N 1955
Abstract : The authors agree with the basic assumptions of the
article by Greysukh and others, but have some objections
as to the recommendations presented, and give their own
recommendations. Three diagrams, 3 Soviet references
(1954).
Institution : None
Submitted : No date

W I,
NAZAK, N.A.; X01ahNOV. V.V.
Longitudinal compensation equipment In 380-ky networks In Sweden.
Inarg.biul. no.2:31-3 of cover 7 156. (MLRA 9:5)
(Sweden--Electric power distribution)

BAZTLU* V-Z- UZAKo. N.A. s UZHIVOT, T.M.
Lead-in arrange*sut for lines running to exploilourbazardous
promises; discussion. Inerg.blul. no.9:8-9 S'136. (WAA 19: 11)
(Blectric engineering--Safety measures)

NIKHATLOV, O.A., KAZAK, N*A.l SIRZIMp G*A.
Use of automatic reclosing on transformers and automatic actuation
of a 6 - l0ky. sectionalizing switch in substations with two
transformers wA a 6 - 10 kv. sectionalized, bus bar system. Inerg.
biul. no.9:12-14 3 156. (ALBA 9:11)
(Ilectric power distribution)

KAZAX# I*A~j inshener.
On L.V.Xrasilinikovis article
with a two-phase arrangement.*"XSlteakr.ti'3ntag.8-27nchrOnOuB cOMPensators
7 no.2;60-61 F '56.
(Electric transformers) (MLRA 9:6)

KaAls N.A&
Efficient Power supply network for petroleum industry substationsa
discussion. Inerg. biul. no.2:12-16 7 157- (MLRA 1013~
(Ilectric power)

AUTHOR: Kazak, N.A. lo4-2-18/38
TITLE: Melting glaze Ite on the conductors and earth wires of
110 kV transmission lines. (Plavka gololeda, na provodakh
i trosakh liniy elektroperedachi 110 kV)
PERIODICAL; "Elaktricheakie St tsii" (Power Stations), 1957,
Vol.2~, No.2, pp. 71 - ?5 (U.S.S.R.)
ABSTRACT: The removal of glaze ice from conductors is a matter of
great importance. Several methods of malting ice from the
conductors aie described in the literature and this article
describes a now variamt of-& method of melting off JL(~a by
superposing attothe main-load current in the conductors an
add.itional current from the 6 kV windings of sub-station
transformers. In essence this is a combination of a method
proposed by D'yakonenko (pablished in a symposium edited by
I.A. Syromyatnikov published by Gosenergoizdat in 1952) with
the method proposed by V.V. Burgsdorf in his book "The.
conotruction and operation of transmission lines in regions
subject to heavy icing", and by increasing the melting current
by connecting in series two transformers at each end of the
line, with earthirgin two places. The full circuit is given
amd. the merits of the procedure are discussed. Graphs are
given of currents and times required to melt off the ice under
Card 1/2 various conditions. The preliminary operations necessary and

Melting glaze ice on the conductors and earth vdres of 110 kV
tranomission lines. (Cont.) 104-2-18/38
the~b~erating procedure are described in detail under the
headings: Melting the ice off earth wixes when those are inst-
alled only at the sub-station approaches (the earth wiies are
cleared first to avoid theIr rebounding on to phase wires, which
are higher if they are melted first); Melting ice from earth
wires when these are continuous; Melting ice from the phase
conductors. It is cmcluded that 110 kV lines up to 150 km
long can be cleared from ice without disconnection. If the sub-
station transformers have 10 kV windings the range of the melt-
ing circuit is extended by 65%, and the circuit is simpler.
The method can also be used on lines that can be disconnected
(such.as parallel lines) without earthing the line conductors
by forming a single conductor loop of three or two phases.
There. axe 6 figures and 1 Slavic reference.
AVAILABLE:
Card 2/2

KaAK, N.A. P dotgent
Using thn manh-currant ylathod for the datarmination of short
circuits in complex olactric networks. Trudy V231 no.9:89-93
'58, (Mnu Liao)
Olactria notworks) (Short circuits)

KAZA dote.; 14ZARIV, S-S-9 InZh.
Utilization of circuit breakers as operational devices. Blek sta. 30
no.2-:62-64 1P 159. (MIRA 12:3)
(Blectric circuit breakers)

KAZAK, N. A., Cand Tech Sol -- "Gertain problems connected
with "rpe compenant14of idlo reactiv p er and inductive
-~4
resistance In;dIstrib networks." Mos,
1961. (Min of Higher and Sec Spe4d RSFSR. Mos Order of
Lenin Power Eag Inst) (KL, 8-61, 243)
236 -

KAZAK, 14 .-A.-I, dotsent (Moskva) - - ____ - - __ ___ - - - __
Technological and efficiency calculation of the compensation of
reactive power in the electrical systems of industrial enterprises.
Elektrichestvo no-12:28-31 D 061. (MIRA 14:12)
(Electric
power distribution)

--II ~-- - Z-1- -- 919zSPtrIn2I:1r1wIF-
- mmmmffzm~~
VJWIKOVP V.A.; GLAZUKOV, A.A.; XUU. N.A.- LITVAK, V.L.;
SYROIgATRIKovil I.A. J-- '' .1
Concerning the training of engineers-electricians in the
field of n8lectric power supPlar of industrial enterprises
and cities," Ilektrichestvo n0.2:94-95 F 164.
(MIRA 17:3)

BOLISHAMJ, ya.M..;.VIfi0GRAD0V, A.A.; VOLODRIESKIY, S.D.; GEYLER, L.B.; GRUDIRSSKIY,
P.G.; DOTZINOV, A.I.; ZILIBERKAN, KLETENIK, B.I.;
KNYAZEVSKn,.B.A.,- LIVSJ:lITS, D.S.; NELINIKOV, V.A.; MMN, G.P;;
MUKOSEYEV., Yu.L.; NAYFELID, M.R.,- PETROV, I.I.; RAVIN, V.I.; SAMOVER,
M.L.; SERBINOVSKIY., G.V.; SYRa4YATNIKOV, I.A.
'' -:~l ~ ,
Lev Venigyni chi 3-005j.~-awhis 60th birthday. Prom. energ. 20
no.9:43 S 165, (MIRA 18:9)

KAZAKp N.A., kand.tekhn.naukp dotsent; MIKHAYLOV, O.A.p inzh,
Networks for the power supply of a.c. operational systems
from ferroresonant voltage stabilizers and methods for
their simplification. Trudy TZEI no.25:103-122 164.
(MIRA 18:12)

kand. tekhn. nauk (Moskva); MYASNIKOV, A.V.9 inzh. (Moskva))
ZHURILINP V.A. (Sverdlovsk)
Concerning G.I. Kornilov's article "Economic expediency of
reservation networks in the electric power supply of industrial
enterprises. Elaktrichestvo no.Ilt8,t',-84 N 165.
(MIRA 18ill)

L-225-M-66
ACC NR: AP6012975 50WICE CODE: UR/OO94/65/OOO/C09/O043A043:
!1oll*ham, Ya. M.; Vinagradov, A. A.; V,)1obrinskiy, S. D-; Geyler, L. B.
,~nidinskiy, 1'.'G.: Dolginov, A. I.; Zillberman, R. I.; Kazak, N. A.; .,Kletenik, I.?
Kn.-izevskiy, D.-A.; Livshits, D. S.; Mellnikov, N. A.;-Mnin, U. P.; Mukoseyev,
Yu. L.. Nayfelld, M. R.; Petrov, 1. 1.; Rzavin, V. I.; Samover, M. L.; Serbinovskiyp i
G. V.; Syromyatnikov, I. A.
ORG: none
TITLE: Lev Veniaminovich Litvak (on the occasion or his 60th birthday)
5OURCE: Promyshlennaya energetika, no. 9, 1965, h3
TOPIC TAGS: electric engineering perconnel, electric power engineering
ABSTRACT: The noted speoialist of Industrial power production,
Candidate of Teohnioal SciAnces, Docent of the Correspondence
Power Institute Lev Veniaminovich LITVAK began his engineering
activity dt the Moscow Association of State Electric Stationa In
1929. Later he became one of tho coauthors of all the "Directives
for the Increase of the power factor" Issued ~n 1954o-1955,- and
1961* He published 70 scientiflo papers. 1-For his successful
activities in defense Industries during World War 11 he was deeo-
rated by "Znak Pooheta." After the war he oonoentrated on soi-
entifio-pedagogical work and In recent years uorked aotively in

L 22578-66
Xed-440-1- AF6012975
the Teaching-Methodological Commission of the Ministry of Higher and
Intermediate Special Bducation USSR, for the specialty ?!Electrical supply
to industrial enterprises and cities." Orig. art. hast 1 figure. CJPRS]
SUB CODE: 05, 10j, 09 SUBM UTEI none

At.%- 14KI AR6033108 SOURCE'CODEf UR/0137/66/000/607/Z005/E005
P.,
AUTHOR: Kazak,. N. N. S edykh, - V~ S. TF kov, Yu.
TITLE: Formation' cf the white phase on imoactof titanium and steel plates
SOURCE: Ref. zh. Metallurgi3ia,,Abs. 7EM
REF SOURCE: Sb. Materialy Nauchno konferentsit. Sovnarkhot Nizhne-Volzhs
ekon. r-na. Volgogradalt. politekhn. in-t. T. 1. Volgograd, i 9 6'5, 347-350
OPIC TAGS: collision parameter, impact parameter, white phase,'welding,
icrohardening
ABSTRACT: The composition and structure of the so called "white phase" created
on collision of Ti,with steel are independent of the collision parameters of the plates.
Within the limits of each section of the "white phase" its microhardness is equal to
880-940 Hv. The haidness of the "white phase" remained constant during changes
of the material base having Armco iron, steel 3, and carbon steel as a base. The
microhardness of the "white phasle" somewhat decreases during heating welds at
> 700C and increased aging (0. 75-2. 0 hours) at a constant temperature for various
gages of Ti plates. Th6 relative amount of the "white phase" in the weld area Is
1/2 UDC: 621.791.1.011:669.14.018+669, 295.

ACC NRI AA6029511 SOURCE CODE: UR/0137.'66/000/006/1066/1066
,AUTHOR: -Kazak. N. N.; Sedykh, V. S.; ~ryiov, -YU. P.
TITLM Effect of heating on the lt~Len t of the bimetal,-titanium-ateel
ISOURCE: Ref. zh. Metallurgiya, Abs. 61464
REr SOURCE: Sb. Materialy Haucbn. konferentsii. Sovnarkboz Nizhne-Volzbsk. ekon. r-net,
,Volgogradsk-. politekhn. in-t. T. 1. Volgograd, 1965, 351-353
OPIC TAGS: metal heat treAment, titanium containing alloy, bimetal / BTI titanium
containing alloy, ST3 steel
.LANSLATION: The strength properties of the bimetal Ti-alloy :I~Zni~ ST 3-steel were
'studied, after preliminary heating to various temperatures (the maximum temperaturt was
00000 for 45 min with subsequent air cooling. A sharp drop of 11b was initiated af-
er heating at 7000C, while at 10000C, the strength of the combination practically de;
Le
eased to Zero. The change of the strength properties of the bimetal were associate
I e occurx-ence ofL
%iffusion Rrocesses between Ti and Fe at heating temperatures
ove 7000C and by the for-mation'of a brittle panpound of Ti with Fe and carbides in
t
he bound layer. L. Gordiyenko,
U]3 CODE: 11,13
~Ccrd Ms 669.0180

WAX, N.Z., 1whener.
I-- a of sleet on wires and gmy lines of 110 kv electric tranamissiou
lines- xlek, ata. 2,8 n0.2;71-75 7 157. (nU 10:4)
(Blectric lines-Ovarboad) (Ice)

rAZLX,,,,.*,A,-,,,AqRndi4at tOkhnichookikh nauk,
- I
Vibration of loads subjeoteO to flexible suspension. Sbor.et.
Ural. politekh.inst. no.47:49-60 '53. (MLEA 8:1)
(Wire-rope transportation) (Roioting machinery--Vibration)

,PZ" _,As:*-Lksndidst tekhnicheskikh nauk.
- .0
Dragline bucket vibration. Sbor.st.Ural. politekh.inst. no.47:61-69
'53. MIIA 8:1)
(fteavating machinery--Vibration)

PBTUXHOV, P*Z,, doktor takhnicheskikh 'Amik, radaktor; HIMATIOT, G.P.,
dekton teldmicheakikh nauk,- radaktsr; SONDIDY, I.N., kwAidat
takhnichaskikh nauk, redaktor; SHMMYEV, BJ., kandidat takhni-
cheskikh nauk, rodaktor; GAR&GO, O.A., kandidat takhnichookikh
nank, redaktor; kandidat takhnichaskikh nauk.
radaktor; BORITSKIY ,, A.'A-,'o aoteent, kandidat tekhnichaskikh
nauk, redaktor; STUDKITSYN, B.P., Yedushchly redaktor; DUGINK,
N.A., takhnicheakiy redaktor.
(Examples of automatization and mechanization of productiori
Primary avtomatizateii i makhanizataii preizvodetya. Moskva,
G*s.nsuchn*-tekhz.izd-v* maahine-stroit.lit-ry, 1955. 285 p.
(Iz opyta Urallskikh i Sibirskikh zavodev, ne.1). (WRA 9:6)
(Automation) (Machinery industry)

PARNITSKIY,Adollf Bronislavovich; SHABASHOV. Aleksandr Pavlovich;
PZAK,S.A. kandidat tokhnicheakikh nauk, redaktor-, KONYUKHOV.
enet, redaktor; SOKOLOVSKIY,I.B., profeasor, doktor
tekhnicheskikh nauk, reteensent; KARAM IYAN,G.B., inshener,-
reteenzent: DUGINA,N.A., tekhnicheskiy redaktor
[General purpose travelling crane; construction, design, operation]
Mootovye krany obehahego namacheniia; konstruktoiia, raschet,
ekspluntataiia. Moskva, Gos.nauchno-tekhn.izd-vo mashinostroitellnoi
'it-ry, 1955. 339 P. (MI2A 9:2)
(Cranes, 6erricks, etc.)

SOV/124-58-8-8401
Translation from: Referativnyy zhurnal, Mekhanika, 1958, Nr 8, p 9 (USSR)
AUTHOR:
TITLE: The Nature of the Vibrations of a Weight Suspended on a Cable
of Variable Length (Kharakter kolebaniy gruza pri peremennoy
d1ine podveski)
PERIODICAL: Sb. sta~ey Ural'skogo politekhn. in-ta, 1955, Nr 56, pp
15-19
ABSTRACT: The problem of the oscillations of a weight suspended on a
flexible cable is examined, the suspension length of the cable
being subject to variation. When certain assumptions are made,
this problem reduces to the problem of the motion of a mathe-
matical pendulum. The equation for the motion of a pendulum
1'0 + 2'i 0 + go= 0
wherein I is the pendulum length, 0 the angle of deviation
from the vertical, and g the acceleration due to gravity, is
investigated qualitatively. By determining those conditions in
Card I/Z which equation (1) can be represented in terms of ordinary

SOV/124-58-8-8401
The Nature of the Vibrations of a Weight Suspended on a Cable (cont.)
differentials and in which it will have oscillatory solutions, the author
arrives at the following qualitative conclusions: 1) When.,the suspension
length of the cable is increased at a rate of accelei:.ation I > g, the motion
of the pendulum will tend toward a limit; when g > I > 0, tl~-e pendulum will
oscillate in the vicinity of the vprtical and its motion will be damped; 2) if
under any circumstances (i.e., g) the cable is shortened, the pendulum
will always oscillate about the vertical, and the angular ---nplitudes of its
motion (the swing of its load) will increase. Hence, the author considers
the operation of the lifting of a load to be the d,5termining dynamic design
condition for the calculation of the liftipg capacity of such a structure. Apart
from the one integrated case wherein I = g, no other precise solutions are
offered for equation (1). Typographical errors are encountered.
M.P. Gulyayev
Card 2/2

SOV/124-58-8-8402
Translation from: ReferativnVy zhurnal, Mekhanika, 1958, Nr 8, p 9 (USSR)
AUTHOR: Kazak, _$-A_
TITLE: Determining the Design Maximum Angul-ar Amplitude of the
Oscillation of a Load (Opredeleniye raschetnoy velichiny ugla
naibol'shego otkloneniya koleblyushchegos-ya gruza)
PERIODICAL: Sb. statey Urallskogo politekhn. in-ta, 1955, Nr 56, pp
20-?Z
ABSTRACT: This paper discusses the maximum deviation that is pos-
sible in the case of a mobile weight in an oscillatory systenn
when the random combinations of such factors as the starting
time, the steady-state motion, and the braking time of the
loi.dls-poirit of support are unfavorable. It is assumed that
initially the weight hangs vertically below its point of support
and that the mution of the point of support is horizontal. If the
starting period tn and the braking period t3 are equal to (or
greater than) the half period l/ZT of the free oscillations of
the load, the weight may swing out vigorously, during the brak-
ing period, attaining a maximum angle cf deviation from the
Card 1/2 vertical of

SOV/ IZ4-58-8-8402
Determining the Design Maximum Angular Amplitude (cont.)
Amax = 2 tan-I(an /g) + Z' tan-I(a 3 /g)
wherein an is the starting-period-acceleration, a3 the braking-period
acceleration, and g the acceleration due to gravity; The author considers
such a case to be the design condition, wherein the loads arising at the point
of support he classes as random loads.
M.P. Gulyayev
Card 2/2

rj-7 Fjj-~-,
VARRIK# AlsksarAr Borisovich; BMISTROV, P.L. kenclidat tekhnichemkik-h
nauk. reteenzelat; BOGUSUVSKIY, P.Ye., kandidat tekhaicheskikh nauk,
retsenzent; NUM, A.G., kandidat tekhnicheskikh nauk, reteenzent;
NIKO.IAYEVSKIYO G.H., kandidat tekhnicheskikh aauk, retigenzent;
SHISAR f, G.A., kandidat tekhnichookikh nauk. retsentent; YINDLI-
SMYN. B.Ya.. kandidat tkohnicheakikh nauk, retnenzent; rZAK S.,A*
IA.,
nzh~
an .
kaudidat tekhatebeekikh nauk, redaktor; POPIOMMO, M.N., nz an
redaktor-, DUGINA, N.A., tekhnichaskiy redaktor;
[Bridge cranes of great lifting power; design, calculation, anA-
installation] MostoM krany bol'shoi gruzq'podOemnosti,-, koustuirova-
ule, raschet i izgqtovlenie. Moskva, Goat naucbno-toknu. izd-To
mashinostroits lit-ry, 1956, (mm 10:2)
(Cranes. derricks. etc.)

A , `Ie;Y _- I
- , ". I 11~!~~
--- --- -- X-A-Z-A-K., S.-A., Cand.-TecIa. Scm!
It some Results of Tensometric Stuclies" P. 273-281 in book
Increasina the Quality ond Efficiency of Mwlu'nery, ~bscow, IAujigiz, 1957,
&26 pp.

SOV/122-58-6-5/37
AUTHOR: KazaA, S.A. , Candidate of Technical Sciences p Docent
-------------------
TITIB: The Determination of the Resistance atzainst Displacement of
Wheel Carriages and Bridges of Po,,,,,erful Bridge and Shaft
Cranes (Opredeleniye sily soprotivleniya peredvizheniyu
te'Lezhok i Licatov moshchn~rlkh mostovy'Ith i kolodt,-evvkh, kranov)
PERIODICA1: Vestnik Mashino s troy eniya, 10,,58, ar 6, 20-221 (USSR)
ANSTRACT: Tests were carried out under operatinT conditions ,~rith
crane bridges and- wheel carriages to deter!Pine the resistance
to motion by the idlinr "''-, run-out niethod. A table lists
the major dimensions of several crane installations on
rhich the tests were Performed. The tests have led to the
conclusion that the normal method of computing, the wheel
resistance does not represent the 'vest results eith-~r in
magnitude or in General trends. 0nl,y overall emDlirical
factors -lield values which agree with the tests. The total
Card 1/2

SOV/122-58-6-5/37
The Determination of the Resistance against Displacernent of the Wheel
Carriagea of Bridges of Powerful Bridge and Shaft Cranes
resistance de-oends upon the wheel diameter and decreases
from 9.L~ -t/t;n at 500 mm wheel diameter to 6.8 11%,g/tIon
at 700 mm dianeter.
There are 1 table and
iet
and 2 German-
1. Hoists--Analysis 2. Hoists--Mechanical properties .3. Hoists
Card 2/2 --Test results

KAZAT, S.A., kand. tekhn. naWcp dots.
Xiastic vibratory loads of crane mechanism. I%V. vys. ucheb.
sav.; mashinostr. no.11/12:8-14 138. (MIU 13:3)
l.Urallskiy politekhnichookly inetitut,
(Granes, derricks# etc.-Vibration)

XAZAK SIAI* kand. tekhn. nauk, dots,.
Dynamic loads of transmission shafts in mechanisms for moving
bridge cranes. rest. maeh. 38 no.1:21-23*Ja 0_58. (HIM 1-1:1
(Shafte.and sbafting) (pranee, derricks, etc.)

'-,KAZAK. S.A.
Load vibrations in connection with variable length of
suspensions. Sbor.et.Ural.politskh.1nst. n0-65:39-46 -'58.
(MIRA 12:4)
(Cranes, derricks. etc.)

KAZAK, S.A.
Hindered torsion of trolley-frame parts of a ground-type
tbarging maebins. Sbor.st.Ural.politekb.inst. no.65,143-145
'58- 1 (MIRA 12:4)
(Metallurgical plant--Equipment and supplies)
(Torsion)

V.; KOGAN, L.A.;
KAZAK. Sargey torkoyjAh CHMYY. V.J.
AIL_ _ _,?Ktnimqli uchastiye
---MjkjUHOT9 Hole XUBACHHKv V.R., inzh., retsenzent; PARNITSKIY,
A.B., kand.tekhn.naukp red.; I.A., tekhn.red.
[Stresses and loads In operating machines; cranes and excavators]
Usiliia i nagruzkI v daistvuiushch1kh mashinakh: krany i ekskava-
tory. Moskva, Gos.nauchno-tekhn.izd-vo mashinostroit lit
ig6o. 167 P. -10~ (Mi;! 1~!M
(Cranes, derricks$ etc.) (Excavating machinery)

KAZAK. S.A.., kand.tekhn.nauk
V*Jues of the retardation and drag torque of rail-traval
mechanisms of cranes. Vestomasho 40 ao*3:32-35 Mr 160,,
(NIFA 13:6)
(Cranes, derricks, etcJ