SCIENTIFIC ABSTRACT KAZAKOV, S.P. - KAZAKOV, V.I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000721310007-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 13, 2000
• Sequence Number: 7
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

KAZAKOV, S.P.
Motion of a hydrometric float. Trudy
Mor.gidrofiz.inst. All URSR
28:67-71 163. (MIRA 17:3)
-7-7
qc.

---- --------
'T"l) X-J-1 AY
L 14726-b5
3 050=0 s/oiq6/6Voio/oo6/o64q/6653
OR: -k S4 P. ()IDB- A)
i T ITLE -. Experivents.1 determination of the #qVarent mass and drag
coefficienbo of
bDdies being immnrsed in water
--10 -653
zZURGE, Pry*kladna makhmAkaj- -v4 V noV-6j- 1964.4- 649
-TOPIC ~IAGS:-- byp ooity, parwiclep-- drag--coefficivntp v4rtual
mass coefficient
A W-r.W T The accur-acy of deto "--ding. the velocities and times of
immAraing a
bDdy (sphere) Into water depends, to a significant degree, on the
assm-lod values
for the coefficients of apparent rass and the drag cooffloients.
Fracise value.4
for the w.parent mass and drag coefficientu's can be deterrxined by
;omiuctitib, spo-_ita.
expar:bnertf,, partical-arly for bo4ies travelipg at hyperoxitio&'_
velocities and ftllso
I in periods of un5teakv motion. In the present wori(, trethmis of
laxpsrinontally
detnn7cining tLi~) ap.1 aren. -_-v99 aixi drag coofficients o~
bcxlic,,- im;~el
pans.1,41ar" m GvE thwar
the bodys For preoice exmr1mental determination of the qparent maea "
drag
'74
;coefficients it is neceesM to consider the inWomio weight of the -j
ot or-
bWy h
Oro
4p~

AGGESSIOIN Ull AP50W210
wise, the drag coefficients f Or two Dpharou having different aass
densities wM
IA491h 4M 4- +1%. ^-a - - I - - -
13,90CIATIO113 VlormlkM g-ld"flxymftMAy%y jjirt3*ttjt &ij U-W (jiaydil
InAitut-B, k, Ut
SUBMUM3 30juI63 E NO L C Q
SUB GCD& M .40 F07 SOVI C03 CYI-dMi 002
2/2

USF17,SKIY, Ye.l..;, FAZAKOV, S.P.
Use of a corrolutor in experLmental studies of whid
..mvea UsLlr
con t'inuous-a trip photographic registration.
Okelunoln-,n-iia 4 no-5:
900-904 164 (VIRA 1g..1)
1. Morskoy gidrofizicheskiy institut AN UkrSSR.

-.K.A.ZA.KOV) S.P92 imbe
Hydraulic calculation Of DiphOns, Vod. i san, takhe
no.7,11-14
JI 165. (MIRA 1838)

K(RIIKOVl Arkadiy Sergeyevich; RAYTSES. Venlamin
Borisovich; GARYAYXV.
P.I., inzh., reteenzent-..-RZAkOl. _, inzh.,
retsenzent;
_IL~L
TYAGUNOV, V.A., kBua.tekhn.nnuk. rea.; DUGINA, N.A.,
tekhn.red.
[Skill in forging) Musterstvo kaxnetsa. Honkvs,
Goo.nauchno-
tcikhn.izd-vo mehinostroit.lit-ry, 1959. 350 P- (miRA
14a)
(Forging)

PETRENKO, P. V-; RL I KIN, L L. VOZHIK, D.L ;
DENISOV,
V.V.; PUCHKOV, V.I.; 93GUTSKIY, N.V.; SAVFLIYEV,
I.P.;
KOLENTSEV, M.T.; WMLOV, N.Ya.; VERKLOV, V.A.;
OVSYANNIKOV, P.A.; SOSNOV, V.D., otv. red.;
CHIZHOVA, V.V.,
otv.red.; ZHUKOVA, A.P., red.; LEVINA, T.L, red.;
PFDNINA,
N.D., tekhn. red.; OVSEYENKO, V.G., tekhn. red.
[Practice of using cutterloaderslOpy-t
ispollzoyaniia ocid-
stnykh kombainov; abornik Btatel. Moikvn, 1962.
102 p.
(MIRA 16:2)
1. TSentrallnyy institut tekhnicheskoy
Inforratsii ugollnoy
promyshlennoatt.
(Coal mining machinery)

SAMISONOV, Georgiy Nikiforovich; ELIKIN, losif
Lazarevich; MERKULOV,
Vikolay Yakovlevich; BOGUTSKIY, Nikolay Vasillyevich;
KAZAKOV,
ovich;
,,ggmenovichj IVANOV, Ivan Konstantin
V.I., inzhop otv,'i6d,
[The X-524 (IK-52M) narrow-cut cutter-loader]
Uzkozakhvatnyi
kompleks K-52M UK - 52M). M-',4)cvap Nedra, 1964. 207 p.
(MIRA 18:4)
ILU

l>-': S E S

K&UKOV, V -
C, --
Unforgettable minutes.. Grazhdoave
(Space flUht)
18 no.10:25 0
161.
(MIU 150)

KAZAKOV, V., marshal artilleriij Geroy Sovetskogo
SoYuza
Battle glory of arti.Ilerymen. Voen- isnan. 38
(MIRA 15:11)
noalt6-7'. N 162. (Artillery)

KAZAKDV, V. (g.Dmitriyev, Kurskoy oblasti)
Damage locator. Radio ne.9:50-51 5 160. (MM 13:10)
(Electric lines--Testing)

TA % A V, V,
OPONNOW-w--
The construction crew of the Kalinin Collective Farm
works the
year around. Sell.stroi.11 no.2:6-7 7 156. OWA W)
l.Nachalluik otdala po stroitell--atvu v kolkhozakh
Mad-vedevBkogo
rayona, Kariyakoy ASSR.
(Building)

IWIX,K.S.; KAZA (W,V.A., redaYtor; FUTGRYAB,S.B..
kandidat
takhnichaskikh tekhmicheskiy redaktor
[Our method of combining lathe operations in turniuR
out spare parts]
Nash metod kombiniravaniia operateii pri toknrnoi
obrabotke detalei. Pod
red.V.A.Kazakova. Moskva, Gns.izd-vo obor.promysh.,
1955.47 P.
(Lathe*) (KLRA 9:1)

PROSKURNYAg F.A., kand.tekhn.nauk; KAZAKOV, V.A.
Drawbar family of Motortruck trains. Avt. prom.
no-5:22-23 My 160.
.L- (MIRA 14:3)
(Automobile trains)

KAZAKOV, V. A.
21 sop 51
Fuels
"Corrosion of Metals 'by Sydrocarbon Solutions of
Patty Acids," L. G. Gindin) V. A. Kazakov
I'Dok Ak Nauk SSSR" Vol LXXX) No 3s PP 389-392
Studies the action of benzene, isooctane) and pe-
troloum other solno of acetic, propionia) butyric,
valeria and aaVrola saide on maposium, iron, and
lead. The corrosive action of 0.5N solno of acetic
to caproic s.aids in isoootane increases with mol
vt but not ev*nV. The rate of corrosion depends
noullnearly ou tkw conox, of Us asidi and this deb
peaftace vales from ons metal to another, as ill"
trated curves. 21OT32--~

KAZAKOVp V.
Horizon of a helicopter pilot. Grazhd.av. 20 no.4:10-11
Ap
163. (KRA 16:5)
(Helicopters--Piloting)

o
28(2) PHASE I BOOK EXPLOITATION SOV/3254
Moscow. Vyssheye tekhn-icheskoye uchilishche imeni Baumana.
Schetno-reshayushchlye pribory (computers) Moscow, Mashgiz,
1959-
84 p. (Series: Its; Sbornik trudov, vyp. 82) 6,000 copies
printed.
Ed.: S. 0. Dobrogurskiy, Doctor of Technical Sciences,
Professor;
Ed. of Publishing House: A. L. Tairova; Tech, Ed@; At F.
Uvarova;
Man-aging Ed* for Literature on Machine Building and Instrument
Making (Mashgiz): N. V. Pokrovskiy, Engineer
PURPOSE: This collection of articles is intended for engineers,
scientific person:qel and students working in the field of com-
puters.
COVERAGE: This is a collection of articles compiled by the
depart-
ment of computers at MVTU and devoted to analysis of computer
components; 'diode circuits which perform mathematical
operations;
drive circuits with a servomotor in the form of a powder
magnetic
Card l/ 6
Computers (cont.)
SOV/3254
clutch, with a mushroom-shape friction clutch and with a
friction
clutch of the Svetozarov system; Investigation or a pulse
amystern arid of the driftn occurri.n6 In a single-shaft
trackin
gyrost I zer. No personalities are mentioned. There ave no
references.
TABLE OF CONTENTS:
,,K.azako.,r V A Candidate of Technical Sciences. Function
Generators
Using Diodes 3
The author states that vacuum-tube or semiconductor
diodes may be used in function generator circuits, for
which case errors may be as high as 1 to 3 percent, or as
low as one-tenth of a percent. When selenium or copper
oxide rectifiers are used as diodes, errors will greatly
increase. The author emphasizes the advantages of diode-
equipped function generators ovdr electromechanical ones
(potentiometers, rotatable transformers, etc.). These advan-
tages consist primarily in the absence of mechanical partb
Card 2X5

Computers (Cont.)
SOV/3254
and, consequently, in low inertia. The author presents
several schematic diagrams of various types of function
generators and derives their equations according to
functions of these generators kreproduction of a
parabola,
sine and cosine functions, multiplication of two
Independent
variables, etc.). The author concludes that errors
occurring
in the operation of diode function generators are mostly
errors of method and instrument errors.
Chetverikov, V. N. Candidate of Technical Sciences.
Tracking
Drives With Powder Magnetic Clutches 22
The author investigates the possibilities of developing
drives with position control or with the rate of change
of position or with both methods combined. A powder
magnetic clutch was used as the actuating element. As
setting elements, a potentiometer and a tachogenerator
were
used. From these a voltage proportional to the angle and
speed of rotation of the flywheel is delivered as the
input
signal, from which a correspondinb clutch velocity Is
Card 3/6
U
Computers (Cont.)
SCV/3254
obtained. The author establishes equations for the
system,
determ1nes its efficiency and investigates methods for
its
improvement.
Presnukh1n, L. N. Doctor of Technical Sciences,
Professor.
Components of Semi-automatic DrIves 29
The author describes various types of mechanical
variable speed drives. Three types of friction mechanisms
are described and the principles of their operation
presented; the disk friction clutch, the mushroom-shaped
friction clutch and the friction mechanism of Svetozarov.
Characteristic equations and some specifications of these
three types are presented.
Smirnov, Yu. M. , Candidate of Technical Sciences.
Inve5ti-
gation of Tracking Systems Operating Under Pulse
Conditions 44
The author Investigates the quality of performance of
a semi-automatic traCKIng uystem with a manual drive.
Assuming the linearlry cf the system and, consequently,
Card 4/6

Computers (Cont.)
SOV/3254
utilizing ~he.superpoaition principle, the author finds
optimum values 9f system parameters by comparing results
obtained from the investigation of the three most
character-
istic features of the operation of tracking ByBtems under
pulse conditions. These features arei 1) effect of the
initial error of the indicator device on the stability
and
quality of the tracking system. 2) distortion of the
coordi-
nate incoming on the system input by tracking L:,rrors
and
the determination of the aacuracy of continuous
adjustment
of this coordinate. 3) effect of acceleration in the rate
of change nf the input coordinate on the value of the
systematic error of adjustment. The results of investi-
gation of these three cases permit making recommendations
as to the selection of optimam values of the basic system
parameters and particularly, of the optimum value of the
time constant of the drive. This, in turn, permits
calculating the function generator of the system
according
to the pulse sequence periods, which change within wide
limits.
Card 5/6

16(1);28(2) PHASE I BOOK EXPLOITATION SOV/2349
Dobrogurskiyj Sergey Osipovich, Vyacheslav Antipovich
Kazakov, and
Viktor Konstantihovich Tutov
Schetno-reshayushchiye ustroystva (Computers) Moscow,
Oborongiz,
1959. 463 P. Errata slip inBerted. 20,000 copies printed.
Reviewer: N.I. Pchellnikov, Doctor of Technical Sciences, Pro-
fessor; Scientific Ed.: L.N. Presnukhin, Doctor of Technical
Sciences, Professor; Ed. of Publishing House: M.F. Bogomolova;
Tech. Ed.: V.P. Rozhin; Managing Ed.: A.I. Sokolov, Engineer.
PURPOSE: This book is approved by the Ministry of Higher
Education,
USSR, as a textbook for students in vtuzes,
COVERAGE: The book is divided into three parts. In the first
part, written by Professor S.O. Dobrozurskiy, various
mechanical
calculator mechanisms such as friction and gear differential
mechanisms are discussed in detail. Here the author stresses
the
structural peculiarities of the various mechanisms and the
Card l/ 13
Computers
SOV/2349
operations they perform. The author also discusses various
characteristic components and the problems concerning them
which
are often encountered in the construction of calculators.
Problems of accuracy in operation, the most important
requirement
any oaloulator has to meet, are accorded a significant place
in
the book. In the second part of the book, written by Docent
V.A.
Kazakov, a study is made of electric and electromechanical
devioenj
i.e., potentiometers, rotary transformers, and various
differen-
tiating and integrating devices. The third part, written by
V.K. Tixtov, covers elements of servosystems, their
fundamental
static and dynamic characteristics) and the functions that
they
can perform. Among the types of servosystem elements studied
are devices which determine the difference between two value3p
devices which handle the input signal, and devices which
amplify
the error signal. Among the error- measuring-deviose.. a
study is
made of selsynso while amplifiers are represented by
electronic,
thyratron, and magnetic amplifiers and amplidynes. Direct and
alternating current motors which handle the,input signal are
considered last. No personalities are mentioned. References
are
given at the end of each of the three parts of the book.
Card 2/ 13

Computers
SOV/2349
7.
Axles and shafts
27
8.
Couplings
28
9.
Bearings
30
10.
Forward
motion guides
31
11.
Locking devices
32
12.
Gauges
35
13.
Mechanisms
with matching indicators
36
Ch. IV. Transmission of Motion in Mechanisms 37
14. Transmission of rotary motion 37
Friction transmission 37
Toothed transmissions 39
Ch. V. Mechanisms Performing Mathematical Operations 51
15. Summing mechanisms 52
Differential mechanisms 52
Crank summing mechanisms 55
Other designs of summing mechanisms 58
16. Multiplicatlon mechanisms 61
Card 4/13

Computers SOV/2349

Multiplication by constant factors
61

Sliding-crank
multiplication mechanisms with constant

scale
61

Multiplication mechanisms with variable scale
66

Mechanisms
for multiplication by means of raising to a

square
67
17.
Trigonometric mechanisms
71
18.
Graphs
82
19.
Cam mechanisms
84

Disc cams
84

Conoids
95

Mechanisms with lower pairs for the
approximate reproduc
tion

of complicated functions of one
variable
lo8
20.
Mechanisms for the differenti&tion and
integration
114

Friction mechanisms with variable reduction
ratio
114

Automatic friction mechanism
123

Graphic tachometer
128

Mean velocity tachometer
130
Card 5/ 13
Computers SOV/2349
Bibliography 131
PART II. ELECTRIC AND ELECTROMECHANICAL CALCULATORS
Introduction 132
Ch.
I. General Properties of Electric Calculators
133
1.
Electromechanical calculator networks
.133
2.
Operational
amplifiers
138
3.
Methods of adding electrical values
146
Ch.
II.
Potentiometers
152
4.
Errors of potentiometers caused by the
load
153
5.
Design of housings for functional potentiometers
163
6.
Design of housings whose heights tend to zero or
infinity
169
7.
Potentiometer with wave-shaped housing
172
8.
Design of reiistances in potentiometers and rheostats for

Idulticasadde. circuits
175

Circuits for the multiplication
of monomials
175
Card 6/ 13

Computers SOV/2349
Ch. IV. Differentiating Devices

262
19.
Magnetoelectric
tachometer
263
20.
Tachogenerator
264
21.
Asynchronous tachometer
6Q
22.
Differentiating circuit of RC type
276
Ch. V.
Integrating
Devices
279
23.
An electric motor as an integrator
280
24.
Integrating drive
281
25.
Integrating circuit of RC type
289
26.
Electronic Integrator
290
Biblio
graphy
290

PART III. ELEMENTS OF
SERVOSYSTEMS

Ch. I.
Selsyns
294
1.
Construction of selsyns
294
2.
Operational principle of selsyns
296
Card 8/ 13
Computers SOV/234(,,
3.
Operational principle and construction of magelips
300
4.
System of equations which describe the physical prooessAs

in
the selsyns operating in the indicator system
301
5.
Longitudinal and lateral components of the secondary cur-

rent of a sensor and receiver operating in an indicator

mode
305
6.
Phase currents in an indicator synchronized transfer
308
7.
Synchronizing moment
309
8.
Specific statistical
synchronizing momenti.
312
9.
Operating the selsyn sensor on
several paiallely connected

receivers
314
10.
Classes of
accuracy of the Indicator velsyns
315
11.
The exact and rough
reading in the indicator synchronized

transfer
318
12.
Operation
of the selsyns in the transformer system
321
13.
Velocity
effect on the exactness of measurement of the

displacement
angle
324
14.
Increasing the accuracy of measuring the
displacement

angle
327
15.
Elimination of the false zero from a
dual-speed system
330
,3ard
9/13

sov/2349
Colaputers
C. Amplidynes principle and construction of
29. The operational
amplidyne
30. Statistical characteristics of an amplidyne
31. Amplification coefficient of an emplidyne
32. Dynamic characteristics of an amplidyne
33. Transfer function of an amplidyne operating in
with the control motor
394
an
395
397
401
401
connection
407
Ch. III. Control Moto&-s
A. Direct Current Motors
34. Methods of adjusting the speed of a direct current
motor with independent excitation
35. Static characteristics of a direct current motor
during the adjustment of rate of change of armature
voltage
36. Static characteristics of a direct current motor
during the adjustment of rate of change of excitation
current
Card 11/13
408
408
08
410
412
3M
Computers
37. Dynamic characteristics SOV/2349
during the adjustment of Of a direct current motor
voltage rate Of change of armature
38. Transfer function of a direct current motor during
39* adjustment of rate of change of excitation current the 415
Dynamic characteristics of a direct currentmotor during
the adjustment of rate of change of excitation 418
current
40. Transfer function of a direct current motor during the 419
adjustment of rate of change of excitation current 420
41- The effect of' armature inductance on the dynamic
characteristics of the motor 421
42. The amplitude-phase characteristic of a direct current
motor with independent excitation 426
B. Two-phase Asynchronous Motors
43. Operational principle and construction of a two-phase 426
asynchronous motor 426
44. System of equations describing the physical processes
Card 12/13

to I I I
v 6 1

treatment of glauconite B"d to in
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water-purifyiV4 pro"ful's. V. A. kapakt,%

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wal io,tT.%A % 61M. .-4
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1111,

USSIVEngineeriiV,
Salinometers
11ydraulic I-lachincry
Jan 19L6
"Automatic Deteriri nation of Hi h Saline Content by a Standard
Salinonmeter ',,ith Small
I-Ieasurin'~ Ca acity, 11 A. F. Vinof-radov, V. A. Ka,~akov,
All-Union Sci Res inst for
Water Sul)ply, Seware, I~fdrotech Construction and EnFr
lbrdrolory, 3 Pp
"favod LO)or" Vol XIV, No I
Explains construction -)f a hy,iraulic ap: artus for ra-,)id
detex-rdnati-,-)n of-salt content
of concontral-eJ soltitionr.. Ap~,aratus nllods fllru~'ir rov
clile M. `)-'foro it. i.s put
to industrial use.
rit 6lT3h

1. YA IKOV -q-A-. VAPAZASHVTTI G.S., RRELTSTIVILI
IL-
(600)
U. Soil Percontion
7. FleM metho4 of 4etermininr the filtration coefficiAnt
nf coheniv 80ilss
GtIr.stroi. 21 no.12, 1952.
9. MonthLy List of ssian Agq)_saj2RP, Library of Congrean.
April 1953, unclass.
zn

KAZAKOV, V.A.
Subject
Card 1/1
Authors
Title
AID P - 2590
USSR/Hydraulic Engineering
Pub. 35 - 13/20
Periodical :
Abstract :
Kovalenko-Kazantsev, G. I. and Kazakov, V. A., Engs.
Operation of the drainage suction system lowering the
level of underground water at construction sites
Gidr stroi, 4, 38-39, Ap 1955
Experiments made with a certain type of the pumping
installation at the Gorlkiy Hydro-Power Plant con-
struction project in 1953 are reported. The capacity
of this LIU-3 type pump with a ZLO kw motor is 60-70
cu m per hr. Two diagrams.
Institution : None
Submitted : No date

KAZAKOV, V.A.; KOVAMM-KAZAnSIT, 0. 1.
~, the operation of borehole
Automatic light signals for controlling
filter pumping apparatus. Rats. i izobr. predl. v stroi.
no.107:14-17
155. (Automatic control) (Pumping machinery) WAA 9:7)

5W SOV/706-35-7-36/4o
AUTHOLIS Shlager, M. A.,.Xazakov,. V. A.
TITLE.- The Effect of SO 2--Ions on the For;iation of a
Cathodic Fi Im in
4
the Electrodeposition of Chromium
PERIODICAL: Zhurnal fizicheskoy khimii, 1959, Vol 33, Nr 7,
pp 1666 - 1667 (USSR)
ABSTACT: The authors investigated the effect exerted by S02-
-ions on
4
the formation of metallic films in the electrolysis of chromic
acid solutions. The elactrodeposition of chromium was observed
by means of an MKU-1-microcamera when light passed through, A
pointed copper wire (0.3 mm thick) was used as a cathode,
which
had been coated with chromium before the experiment. The
electro..
lysis took place at 200, a current density of 50 a/dM2, and a
CrO -concentration of 250 9/1. The microfilm pictures obtained
3 2-_
(Figs 1-3) showed that in the presence of S04 inns a colloidal
film round the cathode is formed by chromium deposition. A 2-
denser film is produced by increasing the concentration of
so, -
ions. Accordingly, the experimental results obtained confirm 4
Card 1/2 the data of the urticle mentioned in reference 7,
contrary to

The Effect of SO 2--.. Iona on the ForL:ation of a Cathodic
SOV/176-33-7-36/4o
4
Film in the blectrodeposition of Chromium
2-
other data indicating that an addition of SO, -ions in the
4
electrodeposition of chromium does not lead tn a lcosening
but to the formation of a cathodic filni~ Th,;s, it is
pcssible
to explain several phenomena observed in the
electrodeposition
of chromium. There are 3 figures and references, 6 of which
are Soviet.
SUBMITTED blarch 23, 1959
Card 212

SHWGIR. N.A.; KA~~OV --TA,-
Hicrostudy of a cathodic process daring the
electrodeposition
of chromium. Zhur.prikl.kbim. 33 nD-3*-644-651 Mr
160.
(MIR& 13:6)
(Chromium plating)

I _fAZAKO~j V. A., Sj-RjL$ 1. 1.9 DVORETSKIY, A. S.,
SEUMAKOV,, R. A..,
Y:OLESOV,-T.-V., SIKOUNKO, V. F., ORAVETS,, Y.,, and FROLOV,
N. S.
"Choice of Coordinates in Regard to the Entrance of
Particles into
an Emulsion Chamber (STuU-.L).,
,Joint Institute of Nuclear Research, Dubna, USSR.
report suboutted for the IAEA conf. on Nuclear Electroracs~
Belgrade, Yugoslavia
15-2u May 19oiL

1. 0
CJ
AUTI-IORS: Shluger, IM. A. , Ka:.-akov, V. A.
TITLE: Moroinvestigation of Cathode Proce,-seo in Chroii-A,=~,
Electrop1nting
PERIODICAL: Zliurnal. prllcladnoy kIImI.J , .1-960, Vol. '33,
fir .3, pp 61111-
b"I (USSI'L)
ABSIPRACT: This is the first of a !3(--rie:3 or studieo on
the, Rit.:.~chanism
of electrolytic precipitation of chromium. The cathodic
processes occurring on reduction of chromic acid solu-
tIon containing SO 4 -were lnve.Algated In a iiiodel MKU-1
apparatus which -allows ViSLIal StIldy IS Ilell 13 ta k i n (!
still and motion pic-i-Aires.. The tip of a thin, chromyum--
covered copper needle was the cathode, and platinum wirc-
was the anode. According to A. T VaL,Iranyan and D. N.
Uoachev (Zh.FKh, 1958, Vol. 32, P 1-600), the i--~olarization
curve of the above redue.,tion consists of a section (a")O,~,
Card !/~'I corresponding to the, Incomplete reduction of
chromic

MI-croinvestir-ation of Cathode Proceoses 1,6, 2 2 3
in Chromitua Electroplating sov/80-33-3-21~/47
acid (Cr 6+ ---~ Cr3+) and of ,.iection ((:,-d) which ch~,rn~cttr-
three :31multaIWOUS ('JOCtrOde reLlCtiOIAS: (1)
Cr6+ ---->Cr31-; (2) H"I 0+
-->H; and (3) Cr --3pcl-.
Fig. 1. Polarization curvo of' electrolytic deposition of
chromium (accordinr, to A. T. Va-ramvan and D. N. Usachev);
(A) cur.t---nt (in ma); (B) potential (in v).
am-N
06 %18 1?

Mierc, I nve~; t ig a t ic;n uCa -~:cdie P,,
lir, ChrOITIJIUM El CC r~ 1" 1)1,1 _,, i t)E~
It-, "he incompler-e ~~f (abce)
a laver of elec-.rolyre c, smaller CrO 3 concentra-
-ion 'greater pH vall.ie) *.har, tne lr-,ill~ of -he..
elec~rclyte
i..,as formed a-round the cathcde. Naocent ~-.ydrcge,.-. fo=ied
at "he cathode, diffused th r ou h- '_-his layer, and reduced
Ses"I'livalent chromi",!", to
'r -, - a I ~ u, (2
.ut- al-,c) at a considerriblo di -o
hiC~,her pc;llential vaiue r - t-,e pH increased tc
ange
a value at which a colloidal fiim could form around the
cathode. This cathcdic film, hampered the diffusic'n of
hydrogen and faci-litated ,he fcl.,matior. of !),ydrogen
~,ubbles as well as 'he reduc,~lon- of sesq,,zivalent
z.1-ronii-wri
tc metallic chrorTiLum. The "l-hickness an compac-,ness of
the cathodic film increased vil ~-,, the content n 1~he
Cvi el, -
solurlion, w-i'.h -,;he current, Jensi'~y, at,d vjit~~
L C 4~-e Above ~-lne
Ini-, of the temperature of tqe
outlluvl! ~"Onc,211traluic-11 of Z"O.
Card b e c a me s o d e n s e t,- a t L *c inn

Microinvestigation Of Ca-,hode Pr,-;--t1s;3es
in Chromi=,, Electrcplat~ng S,
SUBMITTED:
1"I Order "0 ut-ig!!,
t-ure and curvent density maut be adjusted accorJ.Infaly.
noted !notl--a-
S u b 1 e I 10 x a g on) a 11 s, 1 0 1 re de
thinner fillms gave stable cmblc
T I -112 r e ar, e 'T f i g; . re s ; a r J f t~z 2, e e 3 12
Tj . S 121
Sav iet Tne U.S. references are. S a a S e'.' 2J 'L -) ,
Tra n s . E! (-, c i~ r c) c hem . So c 4 C. - A
Snavely, fbid )-2, 35
Tune 4, -1999
~-ard L/4

SHWGXR, X.A , RTABOT, A.Ta.. KAZA OV, V.A.
Internal stresses in chromium platings deposited
from a tetra
chromate electrolyte. Zhur.prikl.khim. 33
no-5:1217-1218 NY 160.
(MIRA 13;7)
(Chromium plating) (Strains and stresses)

ACCESSION NR: AR4032164 S/0058/64/000/002/AO39/AO39
SOURCE: Ref. zh. Fiz., Abs. 2A337
AUTHORS: Dvoretskiy, A..S.; Kazakovh V.,A.; Kolesov, X. V.; Ora-
vets, Yu.; Sikolenko, V. F.1 Skry*11, I.:1.1 Frolov, No So
TITLE: Installation for automatic registration of the coordihates
of a particle entering a pellicle stack
CITED SOURCE: Tr. 5-y Nauchno-tekhn. konferentsii po yadern.
rcidioL.
elektron. T. 4. M., Gosatomizdat, 1963, 15-27
TOPIC TAGS: 'high energy particle interaction, emulsion technique,
electronic particle identification, particle trajectory recording,
particle trajectory photography
TRANSLATION: An automatic installation is described# combining the
emulsion technique for high-energy particle interactions and the
Card 1/2

ACCESSION UR: AR4032i64
electronic method of identifying the particles. The installation can
register the coordinates at which the required particles enter the
pellicle stack with �0.5 mm accuracy. It consists of a spark-counter,
telescope, a pellicle stack, a recording chamber, and electronic
control blocks. The coordinates of the spark that develops along
the track of the particle passing through the counters are photo-
graphed through an optical unit that produces pictures of two
mutually-perpendicular projections of each spark on one frame of
motion picture film. High accuracy in the determination of the co-
ordinates is attained by precision construction of the optical and i
mechanical units of the installation, by selecting the optimum oper-
ating conditions of the spark-counter telescope, and by using a
triggered-voltage-pultib geneiator with low delay (not more than
0.25
~tsec). The use of-the-insulation described yields a substantial
gain!-----
in the time required to interpret the experimental data. L. 1.
DATE ACQ: 3lMar64 SUB COPE: PH, SD ENCL: -00
Card 2/2

ACC N14 AP6000008 SOURCE CODE:
111259
AUTHOR: -Natskov, Vo A*; Kipin, A. 1-;,14�MtMovs# Le So
.35
ORG:1 None
TITLE: Electrodeposition of chromium at high temperatures
F/ 37-
SOURCE: Zburnal prikladnoy kbimlit v- 38, no. 11, 1965* 2595-25
6
.7 >9
~9 6
TOPIC TAGS: electrodeposition, chromium# electrolysis
ABSTRACT: The precipitation of chromium was carried out In an
autocl9ve
at 1,0009 Steel samples 6 x 6 nn were used as the cathode and
platinam
wire was used as the anode* One electrolyte was prepared from
chromium
anhydride and another was prepared from fluorine. In the latter
case,
the aulfuria noiti wau previogly precipitated with barium
carbonate.
The unions were added as 30 - and P% The experiments with the
sulfate,
electrolyte were dono in a ~isss vessel, and those with the
fluorine-,,'I
containing electrolyte were done in a pjatlnuml*~essel* A
figure shows
the offect of the concent~,atlon of forefg-75-s-n-rons, current
density.. and
electrolysis temperature on the yield of chromium with respect
to cur-
rents The concentration of chromium trioxide was 300 grem7liter
in all
cases* Results show that the electrolysie temperature has a
great
Card Z2
UDC: 621

. --,. -- ~ ~. I - - ." -1
V.A.; ld~Rl, A.I.; MnRiTNOVA, L.S.
Ghr(oafiin oloctrodopoildtlun at lAgh ttmporuiurer.
38 no.11:2595-2596 N 165. Oeaill~a. 18:i2)
1. Vulmittod Nov(,mN)r 10, 1963.

5811-11-66 EWT(d)/EWP(l) ___ IJP(C-_)-~ GGIBB
ACC NR1 AM6008543 Monograph TUR/
Kazakov, Vyacheslav Antipovich
Computing devices of analog computers (Vychisliteltnyye ustroystva
mashin nepreryvnogd deystviya) Moscow, Izd-vo "Mashinostroyeniye".
1965. 427 P. illua., biblio. Textbook for students at institutions
of higher learning specializing in mathematical and computing
inBtru-
ments and devices. Errata slip inserted. 9000 copies printed,
TOPIC TAGS: analog computer, computer oomponent, potentiometer,
pulse
integrator, differentiating circuit, transistorized circuit-p
magnetic
amplifier, function generator, adder, electron multiplier
PURPOSE AND COVERAGE: This textbook had been approved by the
Ministry
of Higher and Secondary Special Education USSR for students in
schooll
of higher education taking special courses in "Mathemhtical and
computing instruments and devices," It may also be of special inter-
est to engineering, technicalj and scientific workers concerned with
the design and operation of analog computers, The book discusses
the theoretical principles, calculation, and design of electro-
mechanical and electronic analog computers. Computer construction
and effective methods of plotting basic circuits to obtain various
functional relations are also d6ocribed. There are 71 references of
which 66 are Soviet and 5 are non-Soviets

L 25813-66
FACC NRt AM6008543
TABLE 017 CONTMS
Foreword -- 3
Ch,1, Some information on the general theory of computers T
1, Electromechanical and passive computing quadzupoles 7
2, "Summation methods for electric values -- 15
3, Precision of computing devices 2D
Ch.II* Potentiometers
1, Errors of loaded potentiometers 29
,2. Design of frames for functional potentiometers 39
3. Potentiometer error caused by Its step-by-step resistance
changes;
..- 43
4s Different forms of frames in functional potentiometers -- 45
5, C'alculation of potentiometer and rheostat resistances for
capeade
circuits -- 52
6, Potentiometer circuits used to reproduce different functions
- 62
7, Shunt potentiometers reproducing functions of one or two
inde-
pendent variables -- 72
8. D-c bridge circuits -- 81
9, Structural design of potentiometers -~. 92

L '25813-66
FA-CC R-R.
Ch,III. 'Variable (ratio) transformers -_ 98
1, Sine-cosine variable transformers -_ 98
12. Vector-plotting variable transformers -- 110
3, Linear variable transformers -- 115
4, Mructural design of variable transformers -- 127
Error corrector in variable transformers -- 132
i Selection of variable transformer parameters in computing
circuit
2
design -- 135
variable transformers 140
Circuits of computing devices using
Ch.IV. Electromagnetic differentiators and integrators 157
1. Magnetoelectric tachometer -_ 157
2, Tachogenerato'r -- 159
3. Asynchronous tachometer -* 166.
4# The electric motor as an Integrator -- 173
5, Integrating drives -- 174
Ch.V# Differentiating and Integrating passive RC-type circuits
189
1, Differentiating network -_ 189
2. Integrating network -- 193
Ch V:[.,Operating amplifiers using electron tubes -- 197
i. Parameters of d-e amplifiers with,.negative feedback 197
2. Standard computing circuits with amplifipr#v~-.alo

L 25813-66
ACC NR t6oo8543
3. Reproducing various functions with a single amplifier -- 235
4. Operating amplifter with differential Input cascade -- 249
5, Causes of zero drift in d-c amplifiers -- 254
6, Operating amplifiers with parametric zero-drift adjustment --
25E
operating amplifiers with atuomatic zero adjustment __ 265
Zero-drift adjulitment by means of periodically charged capacities
of two amplifiers -- 271,
-6,VII.* bifferentiators'of slowly varying voltages and
Integrators
with high-Integration time constant -- 274
1. Discrete method of differentiating continuously virying
voltage$
-- 274
2, Prequeney-pulse integrator -- 278
Ch.VIII,, Operating transistorized amplifiers 283
1. Operating transistorized amplifiers with automatic zero
91
adjustment -- 283
2, Transistorized Integrator using current amplifier 301
Ph.IX. A-e summation and differentiation devices 305
It Transistorized a-c summing amplifier 305
2. A-e differentiWtors -- 30LA
Gh,X, Operating magnetic amplifiers 313

ACC NR, PJ46008543 0
I& Principles of-operation and basic parameters of magnetic
amplifiers -- 313
2. Inertia of magnetic amplifiers -- 325
3. Operating a-magnetic amplifier with deep negative feedback -
330
4. Standard computing circuits with magnetic amplifiers -- 333 -
5, Method of increasing the time constant of a magnqt~ic
amplifier-34,
Ch.XI, Electron-function generators --,349
1, Specializdd diode-function generators 350
2, Multipurpose diode-function*ge~erators 64
3, Function generators using tyrite-resistor 'a ?varistors),,--
368
4, Cathode-ray function generator -- 375
Ch,XII, Electronic devices for modeling standard nonlinear
relation-
ehips -- 380
Ch.XIII, Electronic multipliers and dividers 385
1, Direct-action multipliers and dividers '386
2, Indirect-action multipliers and dividers -- 418
Bibliography -- 422
SUB CODE., 091 SUMB DAM 070at65/--65/ ORIG REFs o65/ OTH MI 006

;: I' ( Cl T~ ': C,
ACC NR. AT6022349 SOURCE CODE: UR/0000/66/000/000/0079/oo66
AUTHOR: Kazakoy, V. A.
ORG:
None
TITLE: Antinoise properties of a communications system with
comparison
SOURCE: Vsesoyuznaya nauchnaya sessiya, posvyashchennaya Dnyu
radio. 22d, 1966.
Sektsiya teorii i tekhniki peredachi diskretnykh eignalov.
Doklady. Moscow, 1966,
79-86
,TOPIC TAGS: transponder, communication channel, data
transmission, Gaussian distri-
:bution, signal reception,
:ABSTRACT: The basic chExacteristics of communications systeins
with comparipon is the
!'fact that the decision on reception or nonreception of a
transmitted signailis made on
the transmitting side of the system. The author considers the
processes which take
place in a communications system of this type with an unlimited
number of repeated
transinIssions. It is assumed that signal energy and the
dimensions of reception re-
g4or,F Lre independent of transmission multiplicity and the
results of preceding trans-
n. -s-L is. Fonnulas are derived for determining the probability
of reliable reception
ing additive Gaussian noise with a given spectral density in the
forward and re-
_zz- channels. Analysis of the antinoise properties of
communications systems with
Cr.rd 112

ACC NR: AT030,223149
comparison shows that these systems have greater freedom from
interference under opti-
mum operating conditions than unidirectional communication.-,
systems. In theory, if the
reverse channel of this type of system is idealized the results
are better than for tLni
interrogator-responder system. Orig. art. has: 3 figures, 11
formulas.
SUB CODE: 09/7 SUBM DATZ: 09Apr66/ ORIG REF: 002
C.~d 2/2

LA,Ur,.QY,-_VZ4OLeqjAv AatUpo (~h MOV, V.B.,
doktor Iekhn. rauk
yj _j 9A
prof., ~etaenzent; SAPOZHKOV, K.A., kand.
teklx. wowk,
retsenzent; SANNIKOV, K.A., kand. teklut. nauk
ret.,,,erizent
(COculating devices of analog computers)
Vyehislitellnye
ustroistva mashin nepreryvnogo deistviJn.
Mo.,.-,kva. Mashi-
nostroonle, 1965. 427 p. (Mli-LA i8;12)

SOV/86-59-1-34/39
AUTHOR: Kazakov, V.B.p Sen Lt
TITLE: A Computer Slide Rule for Helicopters (Vertoletnaya lineyka)
PERIODICAL: Vestnik vozdushnogo flotal 1959., Nr 1, pp 85-86 (USSR)
ABSTRACT: The article gives a description of a computer slide rule
designed for the use of helicopter crews. The author states
that the atmospheric conditions and other factors affect to a
considerable degree the thrust of the Mi-4 helieopter rotor.
High temperature of the outside air, high absolute humidity.,
poor wind conditionsp and the location of some landing fields
high above sea level decrease the thrust of the rotor and,
consequently, the load capacity of a helicopter. The slide
rule facilitates the necessary computations, and Its skillful
use by the crews makes it possible to find the maximum load
a helicopter is capable of carrying (taking off and landing)
under various conditions of flight. Tl~ere is one diagram.
Card 1/1
T.).
PHASE I BOX EMC-1ATION BOV/6012
Akademiya nauk SSSR. Inatitut avtomatiki i telizekhinl1d.
Avtomaticheakoye reguliroyaniya I upra,%leniye (Automatic Regulatlon
and Cqntrol) Xoaoow, 3:zd-vo AN SSSR, A962. 526 p.. Errata ally
inserted. 9000 copies printed. 1
Beep. SM Ya. Z. Taypkin, Prolessor, Doctor of Technical goienceal 1
Ed. of Publishing Houses Ye. N. Gr orlyev; Tech, Ed.i' 1. N.
Dorokh1na.
PURPOSE: This boo)q ib Intended for scientific researah.workers and
engineers concerned with autamation,
COVERAM The book is: a collection *4 &rtioles gpneisting.of papers
delivered at the 7th Obnf & of 'Jiinjoir Solentlats of the Inati-
tuto oA Auti*ation mid Te!=chan14;#. Aoad;sw of Sciences USSR,
hold in Nareh,1960. A-widt rangep sojen ific and technical
questions relatin to autmatio rogulation,and control Is coYered,
Card 1/12
---7777777

Automatic, Regulation (Cont.) SOV/6012

The articles are orsan~zed in
seven seations, including automatic

control systems, automatic process
control, computing and decision-

mskkJn devices, automation components
and,devices, statisiloal

methods in automation theory of relay
circuits and finite auto-

matic systemsp " autonated electric drives.
So personalities

are mintioned. References are given at the end of
each article.

TANX OF COMEATSt
4.

1,
4
PART I* AWMUTIO CONTROL MTW

ohikoy 3. 1. fti effect of dry friction
and slippage
y
"

lay] on
orror durins reverse gear operation of norvo-
ro

food system

Androyahikov, 3. 1. DynaxiG ascuracy of mohins tools with
mmed control 24
r

a
prog

Card 2/12

Card 11/12

tic
11 H
111 a.
Ce
I f
lip
no
Mi!?" Our I R N R f
r
s4,1 8, R
pr
pi
Hipp.
jig
gi
VBC

K AWOV 2 V. D.
"The Form of Minimum. Symmetric Boolean Functions With kW Number
of
Variablese"
"The Realization Of Boolean Functione vith n Variables on
Contactleas Logical
Switches by Foans of the Method of Supplement to a Definition,"
(with V.V. Naumchenko)
Papers presented at:
Snventh Scientific and Technical Conference of Young Scientists
of the Institute of
Autmation and Telemechanice of the AS USSR. March 3.4-16 196o.

3/044/62/000/006/001/127
B112/B104
Au-'10I.R ~,azakoi,_X_IL
TITLE- Determination of the maximum number of nimple
implicants of
an arbitrary logical function of n.variables
i.~;IIOOIGAL; Neferativnyy zhurnal. 14atematika, no. 6, 1962,
9, abstract
6A59 (3b. "Avtomat. upravleniyo". 14., AN .5,513R, ig6o,
330-338)
TEAT: A metho d is described for setting up functions of the
algebra of
Ingic rith a large number of simple implicants (i. a., very
complex reduced
disjunctive normal forms (d. n. f.)). This method makes it
possible to set
up functions of n arguments, having a number of terms of the
order of
3n/n in the reduced d. n. f Abstracter's notet The author's
statement
that the above-mentioned me;ho makes it possible to obtain
functions
maximally composite (with respect to the number of terms in
the reduced
d. n. ~-) and a formula expressing this maximum number cannot
be regarded
as proved.] frAbstraoter's notes Complete translation.]
Card 1/1

GADZHIYXV, M.Yu.; GUL'10, F.B.; DZHILTALOV, A-IL -
DUDNIKOV, Ye.Ye.;
,-jAZ=V-,-V-D-j-.LITOVCHMO, 1. A. ; NORK IN, X. B. -.
PROKHOROT. H. L.
Seventh conference of young scientists of the Institute of
Automatic and Remote Control of the Academy of Sciences
of the
U.S.S.R. Avtom. i telem. 21 no.9:1326-1331 9 160. (MIRA
13:10)
(Automatic coatrol-CoWesses)

2v, V.D.; KUZNXTSOV, O-P-
List of foreign literature on relay devices and
finite automata
for 1958. Avtom. I telem. 21 no-9:1332-1338 S 160.
(XIRA 13:10)
(Bibliograpby-Automatic control)

KAZAKOV, V.D.; KUZNRrSOV, O.P.
. . . . . ..................,
List of Russian works on the theory of switching
circuits and finite
autom,ata for 1959. Avtom. i tolem. 22 no.2:275-27? F
161.
(MIRA 14:4)
(Bibliography-Automatic control)
(Bibliography--Switching theory)

1 9:
)i L102
S/1 o 62/023/009/005/007
D2 01 YI)3 08
AUTHOR: Kazakov, V. D. (Moscow)
TITLE: Minimization of logic functions of a great number of
variables
PERIODICAL: Avtomatika i tel.einekhanika, v. 23, no. 9, 1962,
1237-1242
TEXT: The author considers the alaorithm of minimization of logic
functionu which are incompletely specified in the sense as given
by P. Roth (Minimization over Boolean Trees, IBM J. Research and
Development, no. 5, 1960). The algorithm'consists of determining
not the truly minimal, but(loadequately" good non-redundant ex-
pressions of functions H i Hi C: Y, where M. is the set of all
Junctions Hi such that P Hi and H i--->G, where F and G are given.
logic functions and P ----> G. With the aid of either specialized
or
Luiiversal computers the algorithm makes it possible to determine
nearly minitnum expressions of functions of up to 20 variablea.
The
Card 112

S/10 62/023/009/005/007
Minimization of logic ... D2 01 YD3 08
algorithm is used for the approximate evaluation of the number of
. ...,
basic steps when minimizing a function of n variables. There is
1 tables I/
SUBMITTED: January 11, 1962
Card 2/2

KAZWV) V. D.
"Algorithms of finding the absolute minimal expressions for a
logical funticn"
report submitted for the Intl. Symposium on Relay Systems and
Finite Automata Theory
(IFAC), Moscow, 2h Sep-2 Oct 1962.

KAZAKOV, V. D. (Moskva)
Minimization of the logical function,9 of a
great number of
variables. Artom. i telem. 23 no.9:1237-1242 S
162,
(MIRA 15:10)
(Functions of several variables)
j ~: , -
.1 . - -1
- ~ T ~- .1 -

U826
s/644/63/boo/oOi/046/053
Ao6o/Aooo
AUTHOR: Kazakov,,V. D.
-TITLE: Minimal forms of symmetric boolean functions of an
arbitrary
number of' variables
PERIODICAL: Referativnyy zhurnal, Matematika, no. 1, 1963, 33,
abstract 1V144
(In collection; "Avtomat. regulirovaniye i upr.". Moscow, AN
SSSR,
1962, 468 - 473)
TEXT: By Bn(ai, aj) we shall denote a set of non-repeating
elementary pro-
ducts so that there is at least one product whose positive part
(variables with-
out negation) corresponds to some arbitrary combination of n
elements from ai,
and at least one product whose negative part corresponds to an
arbitrary combi-
nation of n elements from aj. Theorem: The minimal fojm of a
symmetrid func-
tion is given by one of the possible minimal representations
min 4,(aj, aj) of
tile sets Bn(ai, a~), where the number of the elements of the
sets min Bn(aj, aj)
is equal to max C ai, Caj]. If Cai ~ Caj then the minimal form
is not uniquely
n n n n
determined. The lower bound is cited for the estimate of the
maximal number
Card 1/2

s/o44/63/000/001/o46/053
Minimal forms of symmetrio... Ao6O/AOOO
n
Kmax of minimal forms. This number increases very steeply.
For example,
5ax - 704, K6max >, 26624.
R. G. Bukharayev
[Abstracter's note: Complete translation]
Card 2/2

KAZAKOV, V.-D.; KUZNMOV, O.P.
List of foreign literature on the theory of
switching devices
and finite automata for 1959-1960. Artom. i
telem. 24 no.5:
699-712 YT 163. (MIRA 16:6)
Bibliography-Switching theory)
bUography-Automatic control)
M
(Bibliograpby-Blectric relays)

KAZAKOV, V.D.
International symposium on the theory of switching
devices and
finite automata. Avtom. i telem. 24 no.6.856-858 je
'63*
(Automatic control-Congresses)
(Switching theory-Automatic control)
(MIRA 16:7)

ACCESSIONi 1,;R: AT4031769
Kazako%,, V. D,
(J 'HOolean functions with consideration of the operation of
removal
,~OtJ'ZCT~~: AiN SSSR. Sii-tiktarnnya toorlya reloyny*kh ustroystv
(Structuraltheory of relay
c'e~,ices). 111oscow, lzd-vo AN SSSR, 1963, 163--;69
TOPIC TAGS: control system, automatic control, relay, Boolean
function, minimization,
Boolean function minimization
ABSTRACT: The author notes, by way of introduction, that the
classically derived minimal
expressions of Boolean functions of the type sp or ps are not, in
the majority of cases,
genuinely minimal, since the application to such expressions of
the laws Ax + Bx = (A + B)x
and (A + x) ( D + x) = AD + x makes it possible to shorten them.
As a result, expressions of
a more complex form are obtained: sps. . . and psp. Since their
writing includes parentheses,
such expressions have become known as parenthetical expressions.
Referring to the work of
Abhankar (Minimal 'Sam of products of Sum "expressions of Boolean
functions. IRE Trans.,
v. EC - 7, no. 4, p. 268-276, 1958) 1 the author calls attention
to the probl,,m of finding new
regular methods of minimization, which will make It possible to
find absolutely minimal
Card 1/3
777-7-7-

ACCESSION NR: AT4031769
expressions of arbitrary Doolean functionq,. In the present
paper, a short description is
iven of possible algorithms for finding absolutely
minimal'express ions of given Boolean
9 1
functions along with an approximate es'timn'tion of the number
of elementary operations
necessary to achieve absolutely minirrial expressions oi
functions at a giver number of
variable n. The result obtained permits the assertion chat it Is
practically in possible to
find absolutely minimal, expressions when n > 4 and, thus,
directs attention to another
problem - that of the parenthesis treatine'n't of miuima~ sp-7
and ps-expressions. In the
first part of the articl,4basic definitions are introduced and
the statement of the problem Is
formulated. The .Ilem is stated by the author in the following
terms: find an algorithm
which will make it possible to cliscover Z(f) of a given
function f. In this connection, it is
pointed out that the widely-used designation of this problem -
finding minimal parenthetical
expressions of a given Boolean function'- is inexact, since
there may be z(f), the writing
of which does not involve parentheses (for example, X1 + x2 or
xj +.x2x.3, etc-) and, c0ri-
versely, the presence.of parentheses oven In a minimal
ps-expression by no means guaran-
tees that there will not be found a z([) among expressions of a
more complex form. In the
author's treatment of the problem, the finding of Z(f), Zap(f)
and Zps(f) requires Lho, 1~ of
two fundamental operations: (a) finding the items of the given
function; thit is, such that
Card 2/3
ACCESSIO,,; Ml: AT4031769
I is a Junction; (b) fi`(1;nK I)](' cof;1001-s of the given
functions; that ist
suci,. as hi that n iii- r, N-1jej,
n f i-S " fli"Crl function. The ulthor then proceeds, to find the
.... . .nal ~_,Xpl,ossimlsl the. forn, of which ir, written hV
Of -1 fillite number of symbols
p. Ajft._~r i'llip, Z!,fl it, derived. The arti(,.10 conchides
with an estimate of the numberO
of o r0fillirOd UP discover Z(Olfor an arbitrary Boolewl
funcLion a
n
-ir~-,`Ilt26. 1 1,
y.MU111011if-i"Y"the author understand3 here a comparison for
"equivalence,,
't- 'Jon. It ia noted that th(i an',113'sis, ncccljsnx'y in
order to derive the Z(f)
of Boolcan funotions of more than three variables, Is
practically impossible, even with the
he',P 04" computer6. Orig. art. has: numerous formulas.
ASSOCIATION, noue
SUBMITTED: 14NovG3 DATE ACQ: 1GAprG4 ENCL: oo
SUB CODE: IE a NO REF SOV: 003
OTHER: 004
Card 3/3

KAZAKOV, V.E.
Increased pipo production at tho Karl bibkneklit
Plant.
Stall 22 no.7:585-586 Jl 162. (I-rLRA 15:7)
1. Direktor TruboprokatLIgO zavoda imeni K.
Libknekhta.
(Nizhnedneprovsk-Pipe mills)

VATKIN, Ya.L. dckfor lakhn. nauk; jFZU~fAV--J~T-~
A.A,, kand, tekhm
nauk~ 3.nZh.; GLIKIN, mj,F inzh~;
FERCHANIK, V,V, . inzh.; MWIM, V.I, inzh., BIBA,
V.I., inzh,
Redu3irij, -Internal 'Laps in tube roillng on
Pilgrim mills.
Stall 24 0-11RA 17,.,2.'#
1. Dnepropotrovsk-'y instl tut i zavad
Im. Libknekhta,

KAZAKOV, V
Health resort facilities of the Cheleken Peninsula.
Izv.AN Turk
SSR.Ser.biol.nauk no-4:3-9 162. (MIRA 15:9)
1. TSentralinaya kompleksnaya tematicheskaya
ekspeditsiya
Upravlenlye geologil i okhrany nedr pri Sovete
Ministrov Turkmen-
skoy SSR.
(CHELEKEN PENINSULA-HEALTH RESORTS, WATERING
PLACFS'I~TC.)

#UTHOR:
TITLE:
SOURCE:
S/795/62/000/000/002/00T
Kaitakov, V. F.
On certain laws governing high-speed envelopment grindini.
Vy!sokoproizvoditellnoye shlifovaniye. Ed. by Ye. N. Maslov.
Koni. po.
tekh. mashinostr. In-t mashinoved. AN SSSR. Moscow, Izd-vo AN
SSSR,
TEXT: The paper contains a proposal by the author for high-speed
grinding1by
mdans of the inner surface of a grinding wheel completely
enveloped ana held by a
circular metal holder, and reports an experimental investigation
of the newly pro-
posed method. The purpose of the proposal and of the
investigation is to overcome
the problem currently engendered by centrifugal forces in the
achievement of ever-
increasing grinding speeds. The author proposes a new method,
which lie terms
1'envelopment grinding," in which the centrifugal forces arising
during the high-
speed rotation of the grinding wheel serve to strengthen it,
instead of weakenirg it.
The grinding wheel is completely enveloped and held by a strong
metallic holder and
is attached to the face of the holder by a metallic retainer
ring. The'actual grinding
function to performed by the inner surface of the grinding
wheel, so that the part to
be ground touches the inner surface of the grinding wheel with
its own outer surface.
Card 1/3

On certain laws governing high-speed .... S/795/6Z/000/000/00Z/007
The drive of the part may be central or centerless. The grinding
disk.may consist
of a single ring or of partial segments. Envelopment grinding to
especially suitable
for short parts that can be cantilever-held on the machine, for
example, for the
grinding of the races of rolling - contact- type bearings. Grinding
speeds of up to 115
m/sec can be performed safely with ordinary grinding disks, and up
to 135 m/Bec
with high-strength grinding disks. The holders tested were made of
Dural and were
designed for a safety factor of 6 at a speed of 120 m/sec. Thus, the
subject method
permits cutting speeds that are 3.5-5 times as high as those
currently achievable
with ordinary disks and 2.5-3 times as high as those achievable with
high-strength-
high-speed disks. Other advantages are: (1) The actual contact
between grinding
disk and part is increased by Z-3.5 times, and (Z) the additional
gain in contact
length (some 1576) obtained in in-cut grinding as against out-cut
grinding, can be
utilized to, obtain the beat possible results by in-cut grinding.
The investigation was
performed by means of a study of the furrows cut by an individual
grinding grain
(cross -section.of special equipment shown). The Investigation
proved the superiority
of high-s;eed grinding over grinding at lower speeds in which the
individual groove
profiles.vary along their length. In most instances a direct
comparison between the
high-speed envelopment grinding and ordinary grinding at the max.
achievable
tipeeds--is-set-forth.---Maximum--griodiiig rate-of 4613 mm3lmin per
mm of-operative
---width of-the grinding disk-was - achieved- without any
sacrifice-in -quality,- --This
Card 2/1',

/795/6Z/000/000/00Z/007,`
certain laws governing high-speed .... S
ml'a)dmurn was conditioned- by the capabilities of the machine and
not by the cutting,I
method itself. The improvement of the cooling conditions in the new
method and
th~ fact that the local failure of the metal, which is ground off
at high speeda,
ocfurs with much smaller plastic deformation and, hende, 'a smaller
rejection of
herat, reduces the danger of the formation of hot spotti on the
surface subjected to:
grinding. As the grinding disk in an envelopment-type gripder wears
down, its
wo,rking diarn increases and so does the grinding speed. Thus, the
quality of
gr ~n Jtage of the envelopmer
, ding improves further; this constituten a further -advan ~t-
tyr grinder. The theoretical and experimental data obtained here
should juetifyj
the prompt introduction of high-speed enve lopm, ent -type grinding
into the pro-
duction of rolling- contact bearings and wherever high-speed
grinding by ordinary',
means has attained the limit of its potentialities. There are 7
figures and 7
Ruesian-language Soviet referenceo.
Card 3/3

KAZAKOV, V.F.
Oozo of the Uzboy VaIlOY and volcanic muds of the
eastern Caspian
coast. Izv. AN Turk. SSR. Ser. biol. rmuk no.2t64-70 164.
(MRA 17:6)
1. TSentrallnaya komplokonayu tematicheakaya
okspeditsiya Upravleniya
goologil i okhrimy riedr pri Turkmonakoy 81SR.

KAZAK~O~VV ~F,- SEDLETSKlY, V.I.; S(,KOLOVSKTY, L.G.
Underground watem of the Gaudak-Kupl tang region. Izv.
AN 'Nirk.
SSR.Oer. fiz.-tekh., khim. I geol.nauk no.6:87.-93 163.
(MIRA 18: 1)
1. TSentrallnaya kompleksnaya tematicheskaya
ekspedl-tsiya
Upravleniya geologii i okhrany nedr p.-i Sovete
Ministrov
Turk-menskoy SSR.
yw, 4
rz

IJIVAYS, A.V.; YUDIN, X.Y.; RYSTBOTA. V.S.; VOWDIN, Ye.I.;
KAZAKOV, Y.F.
Reactions to P.B.Dliachenkols article concerning the
preparation of smooth
surface samples, Stan.i instr. 24 no.11.117-19 N 133. OaaA
6: 1,
1. Bywo vsaimosawnyayenosti not o-sakhan is Irovannogo
soyedineniva (for
J*vays). 2. Vessoyusuyy nauchno-lealedovatellekLy institut
meteorologii
im. Mendeloyeva (for Yudin). 3. Laningradskiy lentitut
skonomicheakikh
iseledovanly in. Y.N.Rolotoya (for Rystsova). 4. KhGIMIL I
KharNITOYASh
(for Xasakov).
(surfaces (Tachnolog7))
4 4T. N
tM

KAZA OV, V.7-
as. Stan.i instr. 24 no.11:
Device for measuring the radius of rounded shap W-BA 6:12)
32 N '53. (Gauges)
%I z-,

KA7.Al[OV$ VeF,, kandidat takhnichaskikh nauk.
-*._".;~4~!.~,'&,
Remarks on the State Standard for merchazAlse weight.
Standartizataiia
no.4:68-69 Jl-Ag 154. (MLR& 8:2)
(Weight and measures-Standards)

AkoV F
UM/Engineering - Laps
card V1 t Pub. 12 n/16
Authors t Kazakovo V. F.
Title t Working of abrasive.laps for lapping cylindrical
surfaces
Periodical 8 Avt. trakt. prom. 8# 30-31., Ang 1954
Abstract t The process of preparing and working abrasive and
stool laps for
lapping cylindrical surfaces is described& Specifications for
Lips
and type of materials used are gLven.. together with work
methodso
Drawings#,-
Institution t
Submitted

L
N
AUTHORS$ JDAT4VD-.!~An V- A-~ Kazak
Ova V. G.
TITLE: Effect of elastic BtrenBes on the polarity of the boundariaa
of ferromaqnetic films
SOURCEs Kristallografiyao v. 9, no. 5, 1964, 750-759
TOPIC TAGSt ferromagnetic film, domain atructure,.thin film, elafg-
tic stress, domain boundary
ABSTMM Thin ferromagnetic films of composition 2 YX. F e a n d7 51"
i of -10-5
Ni, obtained by thermal evaporation in a vacuum RUn H9 0 11
jor(janic substrates heated to 75C were tested under elagtic
tonsion
produced by a special The res%ilts show that application
of a horizontal tension force to the film with the substrate, an6
i
further increase in the forcs, leads to a change in the polarity of
the domain boundaries. After a certain rplatively low load, powder
7.1

L 112.56-65
(ACCESSION VR: AP4046054
patterns ahow a certain intensification of a strongly pronounced do---
main boundary. FurLher increase in the load blurs the 1>oundary
isomewhat, even if the applied magnetic field does riot change in
neither magnitude or direction. A tension 'Load equal to 190 qrapt-,i
reverses the polarity of the boundaries. The polax-ity of t-hD-J w;er-
-owne Varlatlon iinder oad iin~ witoout
load.- The conclitions under whic6 polarity reversal took place under
Ivarious values of the fieid and for various tensions are reported
;~briefly, as is the effect of the angle between the tension line ~tnd
ithe.easy magnetization axis. It is concluded thau thie accvrVany;.ng
Ichanga in the dorpain structure does not necessarily lead to a change
in the prior polarity of the boundarieso. Orig. art. has: 3 figU)7eB.
P
ASSOCIATION: Xrkut*okiy gosudexatvenny*y pedngogicheskiy inatititt
(Irkut*sk State Pedagogical Itistitute)
SUBMITTED: 13Apr64 ENCLs 00
Cord
-------- -- --

L 1-1266-i_,5
ACCESSION IM: AP40-16054
SUB CODL: Ss NR RZT Soul 001
OTHER.- 000
.ard 3,/3
ge-

L 3132045 MCI Fact IR(c) JD/
ACCESSION N AP5004264 S 0126/65/019/000oD45/0051
AUTHOR, ---Bu avikhin, V.--A,; Kazakov, V. G.
TITIX: The effect of elastic stress on the domain structure of thin
ferromagnel.ic
films
SOURCE: Fizika metallov i metallovedeniye, v. 19, no, 1, 1965, 45-51
TOPIC TAGS: elastic stres),Ld-omain structure, ferromagnetic film,
magnetic fietd,
light magnetization, dynamometer, stretched film, Permalloy film,
demagnatization,
-nickel -alloy
ABSTRACT: This article reports the results of an investigation into
the effect of
elastic stresses on the domain atructure of thin ferromagnetic films
of an allo.;
consisting of 25% iron and 75% ftieltel. A It has been shown that
the appearance 0,
the powder figures, the initial magnetic structure and the direction
of the film.
stretch are changed under the influence of elastic stresses. Some of
the rer,~il's
obtained way be qualltatively explained by the fact that the areas
of the I f Ira in
which the limiting energy Is at a minimuni are redistributed under
the tnf Iuonc"
of elaitic ntresses, and the direction of the slight magnetization
axis ttir-
Card 1/2
ii6l'i"
4~ -"~3 NI'R
X,
L.M N~

ACCESSION NR: AP5004264
7
toward the direction of the applied load. The eventual diminution of
the load
does not restore the domtin structure to its initial appearance. The
domain
structure of a film in an unstretched state complecely disappears in
a field of
20 oersteds; in case of an elastic stress.equalling~50 grdma, the
domatn structure
of stch a film in a similar field remainfi'unchanged. Orig. art, has:
5 ftgures.
ASSOCIATION: Irkutskiy pedagogicheskiy insticut (Irkutsk pedagogical
laetftute)
SUBMITTED- IlFeb64 ENCL: 00 SUB CODF~ Mall, al
ND - 0-77. nn)
rkor OIL". 008
lord 2/2

L , Cl,~
A CMS I ON N-F
i t '/~~F~
AP5011452
AU7MCR- Burn'ikhinV.A. Knzakov,V.G.
A I I -
TITLE! On the polnrity of domain vft*15 in /Report Secorad --
Ur. I on q1un on the PhyRics of Thin Ferromagnetic Films hold
in lrl~u'sk 1(-15
!SCGPXR.- AN SSSR. Izvestiya. Scriya fisicheskaya, Y. 29, no.
4, 1965, 655-658
TOPIC TAGS -, ferromagnetic thin film, dornin structure,
E2p~nallo:, --aFnetic
property
A I S T RA, C`T -. Thp work was concerned with ~po poInrity
behavior of the domain wn! 1!~ n
f r r r-)r~v f-n c. t 1, f i 1 nr7 ill 2 5 1~ F c75% N i * _hn
P, I I v y W i t h ;xis t t i v,~a :.-ot!
1 F no j7-1 t I v P vr~ 1 r n r t (is t r, r r i, 3 n 1.1 r%d
fl r
f 1 in, were dep,3si-cd by vacutim elap,i-zi
eth,lonf,tt, r,~phthn late cvb~,tratcs heated to) 7~C. The
flliw: wt:i-c
!0 "-, thir ni~=c-n~,I-ni -)f the flla~- wer,, 31)
IL;! rQqsl-11- In ter'slan Ly c ' anp; ! 1v () u e e r'd n r t
b ~t t3 ,I b-1 t r I t v
n(awn of o micr-ametric scre- through a Imie lndicatf.)r. The
f 1 In t '1 -9 it-
Cord
K
i4 f

L 5`972-J5
,ACCX,S.SjoN ?M: AP5011452
mLj,jsurOd optic-ally. The structura was obsarvod by the powder
pattern techni.que,
- ITI, NIB11-1,; MI-C-09COPle- ~Seyeral ""A"
, is . r,7,, vf doTnnain ~ihotovraphss c4
in a fleid noT-rnl to the plane of the film .9ro reprod%wed In the
text. Tne
I.-i valll polartty ovinc;Yj undor clifff-Tvnt r-or.111tiong are
ar-*. hm,-: 5
su,1-3:; (serlIc-s wt'
ASNOCIATION: Irkuslriy gLsudarqtvvnnvy institut Orkutg); Stsite
Pedagogical Instituto)
S IR 3M rITM: 00 ENCI.: 00 SUB CCM: R NJ C
Nr% RKF SOV: 000 =n7R- Goo
C.,d 2/2
RI '-,A&
j,

1d) IT h)-2/~YP`z
T a77 r- 77" -
ACCE3S ION NE: AP5011453 UR/T~048/65/(~2 9 '2
AM"YOrt, Myravi)r-bin, V.A.; k~zak=.,"Yv.G.-' :P0 - I -
_pov , V
TITLE: Influenco of elastic stress on the c.>arcive ferce R~~d
byst-Prii, -1-DP -7f
~ 1,:- 7 1 IFf , - .
f e r r n r r t , S tic orld A 1 1. -'3n I on S vmrs tus t k, o
P+
lFerromagnetio F11=9 Maio in irkutzA A"L-a'
SCURCE: AT? MR. Ivvestiya, Seriya fizichaskaya, v. 29, no. 4,
1965, 659-662
M.-IgnetiC PrOTP-rty
TOPIC TAGS7 ferromagnetic thin film, hysteresis loop, perrin1loy,
ABSTRACT, 7he work was concerne4 with Xhr cf fects of olast ', c
r-
cive force Hcl the an1.sotr-,.)py field H anc the shape of the
1Y,3t-r-
k
N 1 - / 10% Fe + 91
thin filr-q of three Permalioy3: 25% Fe + 75%
_1
Ni. The li~ms w-Ert, prepared by vacuum (10-'5 torr) evaporation
,f U-~,
material onto polvethylene-Lerepbtbalate substra-ces beatt~a t~
7-
100 Oo f iold. The film dimensicug were 40 x 5 x 0.01 mm. nie f
I I w
vertical ly, clamped at one end End subjected to twig ion (with
the Fiijb,: t ri t ~6 b
means of a acrew device equippDd with a 14,,)ad indicatar. The
lilim wa~,
determined optically; thO VAIUO Of Hk wvB OvDIuBt8d by procedure
described by
Card .1/2

1 50952-65
1ACCESSION NR! APS011453
E,M.Dradloy and M.J.PruTton 0. Electr. Fu control, 6, Bit 1959),
and A.J.Holk snA
.J.T.Dohorty (Datamation, 5, 8, 1959). The results are presented In
the foz-,% '-)! a
series of oncillographic hyBteresis loops and curven of Ile and Ilk
versu-,g load, and
are described - with little discussion - prima-rilv with reference
t h ~- f 1,-, 11 T'f'~~
nie bohavior of the dilfemnt fllrs under load diffcrs, for the
lnvvsttr-l~ed 7! 1 rr~,
were char-acterlzed by different values of irtagneto9triction. Upon
applicatlc~-- -f wi
load H, Irv:ronaes, slowly for film with zero magnt~x tri tj"F1
with negative in-agnetostriction. Under stress 11, decreasc-s
sligritlv ~,'td th"',
off for f.,Ims -Yith zc,ru x-ignet-striction arxi Increaspf,
positive magnetustriction. The l>ohavior al-qu depondE an t1---
vinrlk- - t*--T~
and the easy direction. Orig. art. has: 5 f i gur &s .
ASSOCIATION: Irkutakiy goaudaratvqnnyy yedagoglcheskiy Anstitut
-(Irkut.ak State-1-
'Pedagogical lwtltuta)
SUDUITI - 00
EXCL: 00
GMR: 002
SUB CrMZ.- SM, BC
NR REF 80V s 002
T I Card t/2
--W
Al
z 0:0-53'31A

EWTM
ACCESSION NR-. APSOJI454
UR/0048/f;5/W9/0G4/G6G3/C,'667
17
1/1,
AMOR: zakov. V. 0.
TIT12i Variation --)f the do=in structure of ftrroaa otic M.Ander
the
InZiuance of elastic stresses fi-eport, Second All-Union SYMPOPIUM
0 the Physics
---T j ~11 -yI 9-647-
of Thin Forromagnetic Film hold in Irkutsk ii:46-
SCUIM AN SSSR. Izvestiyu. Berlya fixicheakaya, v. 29, no. 4, 1965,
663-667
TOPIC TAGS! ferromagnetic thin- permlloy domain structure, magnetic
property if I -
ABSTRACT: In continuation of the cycle ot attidies at Irkutsk
State Pedagogical
Ins-.%Itute (see ACCESSION KRS. AP5011452 & 3), in the present
work there were in-
ves-tigated the changm In domain structure in 75% NI + 25% Fe and
90% Ni 4. 10% Fe
Permalloy film under the action of Dtxess. The 75% Ni films are
characterizcd by
P091tiVIS Magnet,05triCti0n; thID 9D% Hililas, by negative
magnotostriction. As
usuil, the filma were depositud by thermal evaporation onto
p3ly-e-thy-~f-leter-0- Ithal-
ate A,b.,t rater., and stressed together vitb the plastic
substrll-te in J'Ff~'
octionn relative to the easy axis. The domain structure waj5
ubservee- by zt-aa~1
Card 1/2

.1.- 50,982-65 .. - - .. - ~
ACCSSSION YR. AP5011454
powder patterns. Your aeries of domain patterns are reproduced in
the text. The
results of the observations are described foir the different
films. Note is =do
of the change In appearance under load of dotmin walls with cross
ties. The
character of the changes In domain structure depends on the type
of strain, the
magnitude of the load, the direction of the tensile stress
relative to the easy
axis and the sign of the magnetostriction. In general, in films
with positive
zagnetestriction incident to elongation the sagnotization vectors
in the dam-Alm
terd to turn towazJs the line of elongation, while in films with
negative Magneto-
striction the vectors tend to rotate to an a.cgle of 90o to the
elongation di rection;
that is, films with =egative magnetos t rict ioz behave under
tensile stress nuch as
film with positive magnetcatriction behav44 under compreBeive
stress. Orig. art.
ihns: 4 figures.
ASSOCIATIONs Irkutakiy gosudarstvennyy pedagogicheakly Institut
(Irkutsk State
Pedagogi- I Inztitute) C1
SUjMrrrWj 00 4 -Irl-, 17' ENCL: 00 Stm CCDE: EN
NR FM BOY 3 004 OMIRI 001
IA)
W

AccEsszox xnj APS011455 Un/00413/651-329/004/0iAB/Mn
JAMOR: Buravikhin, V. A.; Kazakov, V. G.
TI=: Effect of elastic stress n Mgnstizatlon and magnetization
reversal
A F1-
iprocc-ases in ferramaznetic fljn2~ZRsport, Second All-Union
S)-ciposium on the
~Pl.avslcs of Thin Ferromagnotic Films hold In Irkutak 10-15 July
1964/
BOURCS: AN SSSR. Izvostlyn. Serlyn lizirbenkaya, v. 29, no. 4,
1.4b4, bbq-672
TOPIC TAGSi ferromagnetic thin X ilia Y per=xlloy , _j~ysteres is
loop, domain structure
ABSTRAM Ija ContinUation of the cycle of studies at Irkutsk State
Pedagogical
~
jInstituta (goo ACCESSION NR3. AP5011452, 3 & 4), In the present
work there were
fj*-~Maln Atr%1tAMrr.', -in 76% Hi + 25% Fe f I lms of
-Fe-- 11=9 -1nthe-procesr-o
r-tens e-etress7(e otWationY-t
VU alloy is characterized by positive magnotostriction (the 9D% H1
alloyo by naga-
tive =agnetostriction). The film we" prepared by vncu= evaWr-niqn
onto
polyetbylenterephtha late subatraton a.-A Btraosod in tonsion at
difforent ancylen to
1-.ho easy diroot~'ca together vith the substrate. The domain
at.-ucture waD obserr(Nj
oara

__i!*"~C~~i'F.~~ rU
L 50983-65
ACCESSION NRi APS011456
-by tho--powder--pattern-toohnique.--Beven-scries-of- powder ppt
tern- minrographs are
reproduced. 7h9 ebanges evimad-ln the structure are described. In
general, the
vulus of the critioal field required to initiaue changes in the
donain structure
(i.e., start reversal) increased with Inoranse of the tensile load.
Orig. art6
has: 7 figures.
ASSOCIATIONf-I
rkutsk1y_-SVnU" --podaMicheakiy---Imtitut-(irkutak--Btate- i7_-
Pedagogical Institute)
B
UBM
ITTRD: 00. EM- OD SUB CODEI Em, EC
JG1r4_2_M

KAZAKOV, V. I.
KAZAKOV, V. I.: "On the problem of calculating bridge
foundations".
Moscowo 1955. Min Higher Education USSR. Moscow Order
of Labor Red
Banner Construction Engineering Inst imeni V. V.
Kuybyshev.
(Dissertation for the Degree of Candidate of
TECHNICAL EICIENCES)
SO: Knizhnaya Letopis' No. 51, 10 December 1955

IRM
WIN

1i

9

pg
iv
'14 ati r
a kip, UltVlcl
R4 g eg HUN;! xi .T
IF; i 11F " 11 1?
2
-a
i g
rr9

0 0 0 0 got 0 0 0 0 0 0

.1144 :,rAJ4 a 11 L; I) b v is Ia 0 4 6i
0; r
0

L L_ t 6 Z. 4
A _L a N 01 1,AI I v v I AS N CC to f( .
'

09

The Oed of movarsenot an the liver. '%'. 1. Nasakov

00 it
Kama.
Mtd. Zkor. 32. 733-4011WI; (-Arm. 7ridt

go a

hy an m-tvair tit t1w
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thrl-kW. The cdert al,jimcli virij- IsIlklif (all. 1
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KAUKOV. V.I.
D
.vnamice of the effect of balneotherapy In dermatoses as
an index
of the mechanism of balneological factors. Vest.vener.
No.3:22-24
,May-June 50- (CLML 19:4)
1. Of the 'Department of Skin and Venereal Diseases,
Chkalov Kedical
Institute (Head --~Docent V.I.Xazakov)

.1.1
,- , ,-, T 1.
7nnortil li,if-iqmi
"He-ilth re,!ort taerm~y of' aH4 veykertl ').y I.I. Sukn,r.-.v,
*.'-qt, vea,
I d.erm. no. ', 195".
hoithly List of Russicx Iccessions, Librar.7 of Coarross, August
195?, Ulk--lassified.