SCIENTIFIC ABSTRACT YEGOROV, S.V. - YEGOROV, V.A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001962510003-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 1, 2001
• Sequence Number: 3
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

25(l) SOV/135-59-3-4/24
AUTHORS: Dudko, D.A., Candidate of Technical Sciences, and Vinogradskiy,
P.M., and Yegorov, S.V., Engineers
TITLE: Adseizbled WeldI4-Uait - - for Weldi=- Pipe Sections into Gas
Pipelines Under Field Conditions (S-borochno-svarochnaya
ustanovka dlya svarki sektsiy trub gazoprovodov v polevykh
usloviyakh)
PERIODICAL: Svarochnoye proizvodstvot 1959, Nr 3, PP 7-8 (USSR)
ABSTRACT: The article gives detailed design and operational information
on a new pipe-welding installation for fi:eld conditions, de-
vised by the Electric Welding Institute imeni Ye.0. Faton
of the Ukrainian Academy of Sciences to eliminate the use of
the backing rings and completely mechanize the assembling
operations which tLntil now required 4 to 6 men. The first
ouch installation, I'R-75111, for tho automatic field weldirg
of pipe sections u to "20 mm diameter into
p 1 50 mm lengths,
and joining the lengths to the pipeli~.a, consists of a pipe-
receiving unit, -in assembling- and welding unit (Fig 2), and
Card 1/2 an output unit displacing and rotating the ready 50-meter

SOV/135-59-3-4/24
An AsBeikbJed-Ve1&tng 1. 'Unit for Ve24.!ng' Pipe Sections into Gas Pipeli,nes
Under Field Conditions
pipe section, The design includes a flux pad under the
butt joint. The welaing heads are of two*-electrode 69sign,
the electrodes being placed across the joint. Technoiogical
details are given. The assembly process requires 3 men.
There are 2 photographs and 1 diagram.
ASSOCIATIONs Institut elektrosvarki imeni Ye.O. Patona AN UkrSSR
(The Electric Welding Institute imeni Ye.O. Paton of the
Ukrainian Academy of Sciences)
Card 2/2

'V'~F&-e'fev S
PHASE I BOOK EXPLOITATION SOV/5788
Krivoukhov, V. A.,,~. V. Yegorov, B. Ye. Brushteyn, A. 1. Markov,
A. G. Chervyakov, P. D. Be-s-pakhotnyy, A. I. Belousov, andA. D. Chubarov
Obrabatyvayemost' rezaniyem zharoprochnykh i titanovykh splavov (Machinability
of Heat-Resistant and Titanium Alloys) Moscow, Mashgiz, 1961, 243 p.
Errata slip inserted. 4500 copies printed.
Ed. (Title page): V. A. Krivoukhov; Reviewer: A. M. Karatygin, Candidate of
Technical Sciences; Ed. of Publishing House: N. A. Ivanova; Tech. Ed. :
A. F. Uvarova; Managing Ed. for Literature on Cold Working of Metals and
Machine-Tool Making: V. V. Rzhavinskiy, Engineer.
PURPOSE: This book is intended for technical personnel concerned with the
6
machining of metals. It may also be useful to students at schools of higher
education.
Card 11,t
02-

Machinability of Heat-Resistant (Cont. SOV/5788
COVERAGE: `3-isic conditions for improving the machinability of heat-resistant
and titanium all,)ys are examined. Results of Investigations on the effect of
various factors (e. g. , tool geometry, single-point tool wear, cutting regimes,
lubricating coolants, heat treatment) on the machinability of alloys are
presented. Recommendations are given for the selection of rational cutting
regimes, effective lubricating coolants, and preliminary heat treatment. No
personalities are mentioned. There are 91 references: 61 Soviet, and
30 English.
TABLE OF CONTENTS [Abridged]:
Ch. I. General Concepts on Heat-Resistant and Titanium Alloys 3
Ch. 11. Deformation of Metal In the Removed Layer 12
Ch. 111. Soviet and Non-Soviet Practices in Machining Heat-Resistant
and Titanium Alloys 35
Card 2/4

PHASE I BOOK EXPLOITATION SOV/5581
Moncow. Dom nauchno-tekhnIchenkoy propneandy,
VyvokopvoIzvodItc1'nyy rezhuahchly Inatrument (aborn1k) (111ghly
Productive Cutting Tools; Collection of Articles) Moscow,
ManhgIz, 1961. 3511 p. Errata slip inserted. 10,000 copies
printed.
Spon3orln~,t Agency: Obshchestvo po rasprostranenlyu politicheakikh
i nouchnykh znaniy nSPSR.' 14ookovokly dom nauchno-tekhnicheakoy
'propagandy imeni F. E. Dz erzhinakogo.
Ed. (Title page): N. S. Dagtyarenko, Candidate of Technical
Sciences; Ed. of Publishing House: 1. 1. Leanichenko; Tech.
Ed.: Z. 1. Chernova; Managing Ed. for Literature on Cold
Treatment of Metals and Naohine-Tool Making; V. V. Rzhavinskly,
Engineer.
PIMPOSE - This collection of articles is intended for technical
personnel of machine, Instrument, and tool plants,
Card4/fx
la

17
Highly Productive Catt~ing Tools (Cont.) SOV/5561
COVZ.1'A.G1,',: The roll~-,tlon contains information on the following:
new brand,3 of high-speed z3teela and hard alloys; designs of
built-up tools and tools for the machining of holes; tools
for machining heat-r---si-sting and light-rrtal alloys and plastics;
tools for unit-bc-ad machinea and automatic production lines;
and methods for the sharpening and maintenance of carbide-
tipped tools. No personalities are mentioned. There are 56
oferencesp mostly Soviet. References accompany some of the
r
artlclca.
TABLE OF CONTENTS:
Foreword 3
I. NEW BRIMS OF HIGH-SPEED STEF'S AND HEAD ALLOYS
Geller, Yu. A. (Doctor.of Technical Sciences, Professor]. Highly
Productive High-Speed Steele 7
Card-=L"/.6
J

Highly Produativo Cutting Tools (Cont.) SOV/5581
xil. Toom Port 114c:1111ING MAT-RESTST110
AND LIGIU-NWAL ALLOYS MID PLASTICS
Ver;ihinnkaya, A. D. [EnZincorl. Drilling of Titanium and float-
rualstin- Alloya 135
Andrayev, 0. Z. [Candidate of Technical Soioncool, Roaming of
Iroat-R,;Gisting Alloys 154 1
Yerokhin, A. A. (Candidato of Technical Sciences]. Shank-Ilypo
Tools for Nachining Holon in Light-Votal Alloys 271
Yegorov, S. V.. Cutting Tools for Mcohining Plastics 180
17. TOOLS Poll ITNI-111-irlpD NAME= AND
FOR AU7011ATIC rRODUCTION LLMS
Xjnhnnn,-Z-Yu. Tools for Machinlng Holes on Unit-113ad Macftlmu
and on Automatic Production Linoo 197
U
3,10
P",

S/121/61/000/006/007/012
D0401DI12
AUTHORSt Yegorov, S.V., and Rudnev, A.V.
TITLE: Effective cooling methods for tools cutting heat-resistant
alloys
PERIODICAL: Stanki ~ instrument, no.6, 1961, 23-25
TEM The article presents a brief review of modern tool cooling methods and
their efficiency. Soviet research,laboratories and institutes are working
on cutting fluids; the best is recommended by the Institut fizicheskoy khimii
AN SSSR (Institute of Physical Chemistry AS USSR) - a 10.1f, 11 emul,soll,
solution in water with 216 "sullfofrezol" and soda. It raises wear resistance
1.5-2.5'times compared with r I "emullsol" solution. A jet o,,"
1% aqueous
fluid under a pressure of 15 20 gauge atmospheres, directed to the rear face
of the tool through a nozzle 0-5-0-7 mm in diameter, increases the wear re.-
sistance of the tool 7 times as compared with a conventional jet falling on
the point of chip separation. However, such a high-pressure jet is diffi-
cult to aim accurately at the cutting edge. It also requires the use of
carefully purified fluid and a special pump. Excessive sputter also results.
Card 116

S/121/61/000/006/007/012
Effective cooling methods for tools ...... D040/D1l2
A VNII deflector proved effective against sputter on a screwcutting lathe.
It is lined with rubber on the inside. Another VNII method having nearly
the same effect as a high-pressure Jet uses a low7pressure jet directed also
from behind to the cutting edge but with a pressure of only 0-5-2.0 gauge
atmospheres and a 2-5 mm diameter nozzle. The pump available on every ma-
chine tool can be used for the low-pressure jet, only the piping has to be
rearranged. The efficiency depends on the quantity and velocity of the
fluid, as well as its temperature and viscosity. Hydraulic calculations
prove tha%" the jet velocity In low-pressure feed may even exceed the velocity
in high-pressure feed if the nozzle outlet diameter is proparly chosen. Re-
s4arch data of VNII and other organizations confirm that cutting fluid dire('.-
ted onto the rear side of the cutting tool. gives the highest effect on toolq
with predominant wear on the rear side. Addition of solid fillers (graphite,
talcum, MoS2, etc.) to the fluid also raises the effect and a thin powder
layer on the surface abruptly decreases the friction factor. Lowest fric-
tion was observed when the surface was covered with dry MOS2 powder (its
friction factor P , 0.12, graphite has/k, . 0 16). The addition of graphite
to the cutting fluid has a positive effect (~ig.5) on the intermittent turn-
ing of 90 4375' (E1437B.) alloy and raises the tool wear resistance 50-60%
Card 2/6
R

S/121
,/61/000/006/007/012
Effective cooling methods for tools ...... D040/D112
compared with sulfurated 10-percent emulsion (fine powder graphite was added
to the fluid and kept in suspension bZ'compressed air blown through the con-
tainer). Fluid cooled to near freezong point is used in a VNII system
Fig.6). A falling jet of sulfurated emulsion with room temperature raises
tool durability only 3 times; the same fluid cooled to near freezing point
and subjected to high pressure raicou It 10 timen, Finallyl oooling by an
air jet containing fine droplets of cutting fluid, used lately in the Soviet
Union and abroad, is also effective, particularly for,machining large thin-
walled work, as the spray at the same time cools the work and prevents heat
deformations. VNII has developed a sprayer (Fig.9) for this purpose.
There are 9 figures and 4 Soviet-bloc references.
Card 316

IEGOROV, S.V.; RUDNEV) A.V.
Efficient cooling of metal-cutting tools in machining beat
reoistant alloys. StanA instr. 32 no.6123-25 Je 161.
(MIRA 3.4s6)
(Metal-cutting toola-Cooling)
(Metalworking lubricants)

inzh
Pill L.I.I. _~;..YBGOROV, S.V., Inzh
Characturiatico of tho ~;oo (if forolgri maka inatrunrasts. Rv-i.proz.
37 no.6:15-18 Je 102. OURA 15:61
1. Trest '%ievzajjnontazhavtomatikaI'.
(Papermaking induntry-Equipmont and oupplics)
(Automatic control)

S 1121/6 210C0,1001 I Ofl'211G'_~~,
DOWD113
AUTHORS! Krivoukhov, V.A., Yegorov, S.V.~ Rudnev, A.V., and 3u]1ha;-1ci,i.
N. A. -------
TITLE: Ways of improvine the effect of coolants on cuttin,,, toolo
PERIODICAL: S'tanki i instrument, no. 1. 1962, 30-33
TEXT: ?Jethods of improving the effect of coolants on CLIttinj tools are d~ir,-
cussed. As stated in investigations conducted by VNII and other orCaniza-
tions, the effect of the application of cuttirif.; coolants by any of the fouz
existing methods (by falling jet, high- and low-pressure, and foe) diffe-_-
under different cutting conditions and greatly depends on the physicr2l prcn-
erty of the metal being machined, the material of the tool edee, depth of
cut, etc, The cutting laboeatory of VNII states that the durability of c4t-
ters, when the cutting fluid is cooled down to 1-20C, is more than doubled
in comparison with the cutting process where the cutting fluM temperaturt-
is 2000. In intermittent turninj; of heat-rouistant M. 437E; (EI4`~.7B) _m,
with utt--~rs of P 18 (RIB) steel and high-pressure cooling with no, I Ij
c I , i
aqueous -lycol solution), the durability of cutters was 2.5-~ r,
Card 113

S/121J62/000/C01/002/004
Ways of improving the D040/Dll3
higher at 1-20C than at 200C;, this contradicts the conclusions drn.~wn by
Boston and Gilbert that the best effect is reached with a fluid
of 12-200C (Ref- 3: Influence of Applying Cutting Plulds of Differ'ent Te-ld--
peratures when Turnine Steel, "Transact ions of Elie ASTE". v. 67, ~io- 4.
19e:5, p. 217-224). It could not yet be decided If it was advi.-r!b1c 'L.-, ~.ze
cutting fluids cooled als low as --10 to -200C, since the viscosity of fli,,ld..
at this temperature is too high and humidity from the air conuenne- on ~.-7
machines ana produces cor-rosion. It is recommended -r(- keep the fiu_ifl re.'-
perature between -2 and 200C Or Use a 5-101% emulsion with a stab-i-P
ture Of 10-120C. A special refrigerator unit of 70:000 lt:cai/hr ~apa'---ity
designed by VNII and usinS one AK-40Y 60/30 (AK-4FU60/30) 11
_a:n ~-;~
condenaer freon unit is briefly de-sc-r-ibed. A schema~i-.-- dlaF-
is included, Conclusion3: (1) In MaChinlnC refractory alloyr~ undr~-r th~-,
condition5 used in the investiCations, Uie be8c re,lults a-re obTiined -4jizq-,
lo,w-pres.,;ure and high-pressure coolin:r -,ie~hod.;. The 16 r~1-,-,,-;~:%,if-.wj--r1
for machining, with shallo,.,i cut, ar.,d tho 'orrzer with decper ~:-ut (2 mm -,nd
deeper); (2~ The Tesults of the inv;~sti('zatioris are tuo bq cor.:-,ider~.,d ori!y
a3 the firot.step towards determining the proper .io of thQ modcrn
Card 2/3

S/121 /6- 2,/CCC/~ Oi/-'~02/'
Ways of improvinC; th- DOWDIIII
methods; (3) A stable required temperature of the cuttinG flui,! i7-~
for rai.--.nf, the durability of cut"inIg tooI3. Thpre are 5 fifur-:3
refeTeIIC03t 2 Soviet and 1 non-Soviet-bloc. The Enzl
ig; Bootoi-4, 0., Gilbert, 71., Influerce of Applyint-, Cutlt;ilir- Fluids C"." Di~-
foront Temperatures -,lien Turninc StIcel, "Transnction~, o-F' t.-ie AS'7~111' V~ 67.
110. 4, 1945? 217-224.
Card 3/3
-u'

S1 123/6 1/000)0 22/100 4P 24
Aoo4/Aloi
AUTHORs Yegorov, S.V.
TTTIE: Cutting tools for the machining of plastics
PERIODICALt Referativnyy zhurnal. Mashinostroyeniye, no. 22, 1961, 23, abstract
22B142 (V sb. "Bysokoproizvodit. rezhushchiy Instrument", Moscow,
Mashgiz, 1961, 180 - 194)
TEXT: The author describes the design and geometry of deburring and
chamfering tools, drills, reamers, milling cutters, abrasive wheels and taps for
the machining of various plastics. Deburring and chamfering tools have,,b x h =
- 10 x 10 mm, y = -5 - 00, oC - 120, J7 - .30-900, ('D I - 00, ~, = 00. For sintered
carbide drills the author recommends an angle at Itop 27 - 100-1200, for high-
speed drills 90-1200. The angle of inclination of the drill spiral cf= 10-150.
For the drilling of polystyrene and porous plastics the author recommends to use
drills from carbon or high-speed steel with 2(p = 90-1000 and cooling with a 5%
aqueous emulsol solution. To increase the life of disk saws durinS the cutting
of textolite, the end cutting edge angle q7l should amount to 20~_2'030'. The
author presents the designs of saws fvr the cutting of cord fiber and "getinax".
Card 1/2

3/123/61/000/022/004/024
Cutting tools for the machining of plastics A004/A101
In operations with band saws the best results are obtained with a tooth pitch
of,4-7 Mm, the teeth being set equal to the double saw thickness. For cutting
fine threads the author recommends taps with three wide ground flutes, for cut-
ting large threads taps with four flutes are recommended. The rake angle at the
partition and calibrating partsof taps during the machining of textolite, ge-
tinax and laminated plastics should be 20-250, the back angle over the length
of the partition part 10-120. The author presents the design of special U015-
flat drills, profiling tools, drills with straight flutes, trihedrhl drills,
tapered countersinks, etc. There are 17 figures and 2 references.
L. Bozin
[Abstracter's note: Complete translation]
Card 2/2

YEGOROIT, S. V. 2 inzh.; NATANZON, Ya. V... inzh.
Ing the diaintegration rate of bitumen
New method for datermin
13mulsions. Avt. dor. 25 no.io-.n-i2 0 162. (MIRA 15:10)
(Bituminous materials-Testing)
f~, 5. %,07-
i,

PIN, L.M.; YEGOROV. S.V.
Automatic moisture regulation of the paper sheet.
Bum-prom. 37 no.10:15-20 0 1622, (MIRA 15111)
1. Trost "Sevzapmontazhav-tomatika".
(Papermaking machine7)
(Automatic control

TEGOROV, Sergey Vasil' I h k tekhn.nauk, dotB.,- CIIERV
ye;~j . and 'TAKOV)
lik iy Grigorlye h. kand. tekhn. nauk, dots. FrIzAal
uchastiye BESPAKHOTNYY, P.D., kand. tekhn. nauk; S-IIFWV,
B.V., red.
(Metal cutting and metal-cutting tools; laboratory work] Re-
zanie motallov i rezhushchii instrument; laboratornyi prakti-
kum. Moskva, Gos.izd-vo "Vysshaia shkola,n 1963. 196 p.
(MIRA 17:4)
N
E

ACCESSION NRs AP3001566 5/0121/63/000/005/0027/0031
AUTHORSs Yegorov$ S. V.; Rudnevj A. V.
TITLE: The effect of cutting edge fatigue strength on the cutting properties of
cutting tools
SOURCE: Stanki.i instr-ment, no. 5. 1963., 27-31
TOPIC TAGS: metal cutting., cutting tool vibration,, cutting tool dynudc stress.,
cutting tool fatigue, steel R18
ABSTRACT: The effects of tool vibration on the life of cutting tools was inves-
tigated. By measuring the dynamic forces involved in cutting alloy BI929
(v a 4 m/min, t - 1 =1 s - 0.21 mmlrev) with a steel Ja8 cutter., it was found
that cutting stresses of 400 k9/= were encountered. Fatigue curves for the RIB
steel at different temperatures and for notched and uk=tched specimens weie
obtained,. The fatigue limit was fol. to be 62 kglr:~4 at 200 and 59 kg/J-_-ri at,
-he notched specimen. To study
400C for the unnotched and 44 ke/P at 200 for A.
the effecta ot dynamic stresses on tool wear$ two types of en. orin. onto were per-
formed: 1) alloy E14373 was out with an R18 tool and the tool wear as a function
Cord 1/2

ACCESSION NRI AF=566
of timo was measured. For v a 10 M/Mins t 1 M) a - 0.21 =/rev it as found
r, J,
that catastrophic failure would occur after about 35 minutes or 2 x 1 cutting
force inpulses; 2) R18 cutting tools were subjected to the same loads as
encountered ig (1) but in a vibrator without cutting arW metal. After approx;L-
mately 2 x 10 cycles the tools were used for cutting, and it was found that
catastrophic wear began after only a few minutes. Inspection under a microscope
disclosed that the edge deterioration looked the same for cutting or s!nulated
vibrational loading without cutting. Thus it appears that dynsxiic stresses have'a
major effect on tool life and tools with higher fatigue limits should be superioK
Orig. art. has: 3.3 figurese
ASSOCIATION: VNII
SUBMITTEDt 00 DATE ACQi 21jun63 EZL: 00
SUB CODE: IS NO REF SOV 8 002 OTHER: 000
Card 2/2

tO -L a-d
1.9-7 .0rav~.--.7,.-
N 3~-

ARSHINOV, V.A., kand. tekJin. neuk; ALEKSEM, G.A., inzh.;-Yj-COROV,_
S.V,-, kand. tekhn. nauk, dots., retsenzent; MALINOVSKIY,
V*Roj inzh,, retsenzent; YULIKOV, M.I.p kand. tekbn.nauk,
red.
[Metal cutting and i~etal- cutting tools] Rezanie metallov i
rezhushchii instment. Moskvaj Izd-vo "Nashinoatroenie,"
1964. 543 p. (FURA 17:7)
'Kt.

PATON, V. Ye.; _!~~407". _P~. Yq. BEL I FORf M.G.
Type TS-34 welding trActor for the welding of girth jointa.
Avtom. evar. 17 no.7t58-60 J1 164. (KRA 17s8)
1. Institut elektroavarki im. Ye.0. Patona AN UkrSSR.

-N"
L viD,"
ACC NR, A116014869 SOURCE COJEs UH/0372/65/OO0/0ll/GO07/GOO7
AUTHORS: Aleksandrovskiy, It. M.; Yegorov S. V.; 11eshalkin, V. P.
MILE: Forecasting systems of automatic control using dynamic models for one class
of objects
SOURCE: Rof. zh. Kibornotika., Abs. UG47
RIEF SOURCE: Tr. Moak. energ. in-ta, vyp. 59, 1965, 85-102
TOPIC TAGS: optimal automatic control, model, boundary value problem, motallurgic
process
jMTRACT. The control of objects with "unmeasurable" (from the point of view of
opcvrational control) output Is accomplished in most cases by the compensation 04
disturbances, which has low accuracy. For 09timal (in the given sense) controldf
objects with "unmeasurablo" output, it is possible to use forecasting control systems
with the use of a high-speed modol as a sensing element of the dynamic state of the
object. A number of difficulties arises in the creation of systems with forecasting:
problems of creating the molol-the sensing element of the dy~o state of the ob-
ject and assigning the boundary conditions in the model; the problem of seeking the
optimal (in the given sense) solution under the given boundary conditions. Even with
rough solutions of these problems, however, such systems with forecasting ensure
qualitative control of objects. Some problems connected with those problems, which
Card 1/2 UDCs 62-509

L 41012-10-66
ACC NR: AR6014869
are illustrated by the exsnple of the construction of an automatic control system
by a metallurgical process which is an object of-control with an uunmeasurable"
output, are examined, 9 illustrations. Bibliography of 6 citations. V. M. ZFralm-
lation of abstract7
SUB COM 13o 4% 24
212177ell'
R
~-g
"'M
5F~ M
g

ACC NRs AR6013697
SOURCE CODE: up/0058/65/000/01D/W51/11051
/?
AUTHOR: Yegorov,# S. V.; Kosyakin,, A. A ; Madzharov, N. Ye.
1 43
TITLE: RandoZoigZa-lgenerators for the investigation of automatic systM~.
SOURCE: Ref; zh. Fizika, Abs. 1OZh345
REF SOURCE: Tr. Mosk. energ. in-t , vyp. 59, 1965, 229-243
TOPIC TAGS: random processp spectral distributionp automatic control) design) random
noise signal, correlation function, very low frequency
ABSTRACT: The problem considered is that of obtaining random processes having stipu-
lated statistical characteristics (spectral density and distribution density), occur-
rind during the investigation of automatic devices subjected to various types of
rhndom signals. Methods are described for obtaining processes with time quantiza-
tion and with characteristics close to those of "white noise" in a certain finite
range of infralow frequencies (0 - 10 Hz). The correlation function of such a pro-
cess is investigated. A method is proposed for selecting the parameters of the
shaping filter for specified values of dispersion and approximation error. Certain
methods are developed for obtaining the considered random processes, viz., a random-
process generation method based on the choice and fixation of the values of a high
frequency periodic process at the instants of time sepacated by random intervalso a
method for obtaining a binary noise (generalized telegraph signal)) and a method for
obtaining a pseudorandom process with arbitrary discrete distribution. Diagrams of
1/2

L 45505-66
ACC NRt AR6o13697
random-process generators using operational amplifiers, using a Polla-ck trigger,and
using n-blade eel>.by-step co=zt-ators are present ted. v. x. fbmnslaltion of abstract]
SUB CODE; 09
hs
Card 2/2
U

.Phil
CC NR# AP70OZO87 SOURCE CODE: UR/0103/66/000/012/0037/0046
~&UTHOR: Yegorov, S. V. (Moscow)
F -
RG: none i
iTITLEI. Method for determining dynamic characteristics of complex plants
SOURCE: Avtomatika i tolemckhanika, no. 12, 1966, 37-46
,TQPIG TAGS: automatir, rontrol sydt6m, automatic control R and D, production
jengineering
ABSTRACT: Shortcomings are shown of the T. Kitamorl (Trans. of the First Internat.i
i
Congress "IFAK, 11 1961) scheme for determining dynamic characteristics of a
I
.complete plant by decomposing the characteristics into orthogonal-function systems. I
The A. A. Wolf at al scheme (J. Franklin Inst. , no. 5, 1962) is also declared to be 1
nadequate. A simplIed and better method is suggested for syntheuizing an orthogonal
relay-type analyzer. A linear stationary plant with 1 input (operating) variables x
IZd output coordinate y if; tested by adding test variables pL to the normal input
ri as xj i w It Zo 1) o Then, in the author's previous notation, the coefficiental
Cn(o=' (1)), n 1, 2,..., (where a re
PI
Card I /Z UDC: 62 - 502

ACC.NR: AP7002087
Plant

Ito Analyzer
ER
1411 0 ra jil 4U 6 C

.1-6t t
r
a?
7
-
N-th
track

under specified conditions, the coefficients'
of a Fourier expansion of the sought-for
dynamic characteristics in specified
orthogonal functions. Periodic binary
noise it. used at; the pi test signal. A
block diagram of such a relay-type
analyzer designed with a multi-track loop-
type tape is shown in the figure. One track
carries the periodic -binary -noise a ignal;
other tracks, "relay-type" reactions. The
above system was successfully verified on
aa analog computer. "The author wishes
to thank A. A. Kosy.-kin for hit; valuable
comments." Orig. art. has: 5 figures
and 46 formulaoe
SUB CODE: 09, 13 SUBM DATE: 02Ju166 ORIG REF: 004 OTH REF: 00 1
N _R

____L_33hh3-66
ACC NR, AR6614180-'- __,iOURCE CODE: UR/02Tf/65[06O/O11A6iiA612 1
AUTHOR: Yegorov, S. V.; Kosyakin, A. A.; Madzharov, N. Ye. 0
TITLE: Random s i*c systems
IR21_Lonarators intended for btudying automat
SOURCE: Ref. zh. Avtomatika, telomekhanika i vychislitelinaya tekhnika, Abs. 11A88
REF SOURCE: Tr. Mosk. onorg. in-ta, VYP- 59, 1965, 229-243
TOPIC TAGS: random signal generator, automatit: control, automatic control system,
automatic control theory
ABSTRACT: The problem of generating random processes with required characteristles
(spectral density and distribution density) is considered; it arises in simulator
studies of automatic control systems subject to various random influences. Methods
are described for generating time-quantized processes with characteristics close to
those of white noise, in a finite infralow-frequoncy band. The correlation function
of such a process is investigated. A method is given for selecting parameters of a
forming filter, when the dispersion and approximation error values are specifiedo
Certain methods for generating the random processes are set forth: a method based on
selecting and recording a h-f periodic process at time moments separated by random
intervals; a method for generating binary noise (generalized telegraph signal)l
a method for generating a pseudo-random process with arbitrary discrete distribution.
Circuits of random-process generators designed wita operational amplifiers, Polak
trigger, and step switches are presented. Seven figures, Bibliography of 12 titles,
V. M. [Translation of abstract]
Cardl/1 SUB CODE: 13# 09 %4~')' UDC: 62-5:519.

7EGOROV, Sergey Vasillyevich, aspirant
Construction of models with periodic search of alteTmatkrea for
oolution. Izv. vys. ucheb. zav.; elektromekh. 7 no.7:814-827 164.
(MIRA 180)
1. Kafedra. avtomatiki i telemekhaniki Moskovskogo energeticheskogo
inatituta.
N~ P
T

SYUNII, G.K., doteent; IIGOROV, S.V., inzhener.
P-00 m &*OWN%or~,
Experience using rubber waste products in asphalt surfaces on the
roads of the Ukraine. Avt.dor. 19 no.4:11-12 Ap 156. (KmA 9:8)
(Ukraine--PaTements, Asphalt)
V.1 t

Effect of surface-active additives on the adhesion of asphalts
to granite. Avt.dor. 21 no.9:10-11 3 '58- (ICRA 11111)
(Road materials-Tmating)
-;p

YEGOROV. S.Y.; WASHIVANKO, Ye.M.
Exper'ience in organizing bases for making emulsions and
black topping. Avt. dor. 22 no.5-.7 My ''59. (MIRA 12:8)
(Road materials)

YZGOROV, S.V.; BMMHTEYN, A.V-.: MM, S.V.-, BARZAM, V.I.
Nev cationic additive. Avt.dor. 22 no.6t12-13 Je 159.
(HIRA 12ig)
(Road materials) (Cations)
77=

BMSIVON, Alakeandr Tenisminovich [Bernshtein, O.Tj, kand.khim.nauk;
7EGOROT, S.T. EIZhorov, S.T.1, glavnyy red.
[Chemistry in road construction] Xhimil-a v shliakhovoma
budivnytstvi. KyIv, 1960. 35 p. (Tovmrystvo dlia poshyrennia
politychnykh i naukovykh znanl Ukrainelkoi RSR. Ser-7, no.1)
(Road materials) (Soil stabilization)
11". Ng' -,~V',ffl
M
~041,~J
%
-,Rii

BEIUISHTE;YN, A.V.; YEGOROVt S.V.; NASHIVANEO, Ye-M-
Manufacture and use of acid emulsions. Avt. dor. 24 no-7:16
J1 161. (MIRA 14:7)
(Raad materials)
TO -k -~RR -T-~;404-,R
~.OMXP _4 i"N. I "aIr"
0;2. U
T
4

- ---- ------
~YEGORO~VSe ~nvich; NASHIVANKO, Yelena Mikhaylovna; BERNSHTEYN,
Aleksandr Veniaminovich; KOVRYZHNYKHP L.P., red.; GALAKTIONOVA,
Ye.fl.,, tekhn. red.
(Pavements made with emulsions and a cation-active additive)Po-
kry-tiia a primeneniem emultaii i kationoaktivnoi dobavki. Mo-
skva, Avtotransizdat, 1962. 25 p. (MIRA 16:2)
(Pavements)
~q. :471~i_Z4 V-Un 1R, "?, t: ? 'cZ
_R 'T

YBGOROV S.V.; FIN, L.M.
Calibration of adjustment eler.,,cntx of pneumatic preaction units
and PID controllere. Priborostroonle no.10:4-6 0 163.
(1-UIU 16:11)

--07206--67-- ___EWT~d-) /F.WP41r)
ACV- NKs AT6022698 SOURCE CCDE: UR/0000/66/000/000/0.~il2/0325
AUTHOR: Aleksandrovskiy, N. M.; Yegorov, S. V. 'gel
ORG: none
TITLE: Self-adjusting models using statistical information about the plant
SOURCE: Moscow. Institut avtomatiki I telemekhaniki. Samoobuchayushchiyesya
avtomaticheskiye sistemy (Self-instructing automatic systems). Moscow, Izd-vo
Nauka, 1966, 312-325
TOPIC TAGS: automatic control theory, statistics, self adaptive control
ABSTRACT: Self-adjusting models are now used as (1) sensors of characteristics, (2)
sensors of dynamic states (present or future), and (3) correcting devices. However',
there are at present no unified principles for designing models of such systems; this
hinders their use In automatic control systems. Self-adjusting systems of the search
type are commonest, but they consume much time, are critical with respect to rate of
change of characteristics; therefore non-search models are of interest. The adjust-
ment data they require result from processing a larger volume of information about
plant and model than do search-type models; this also leads to more equipment. Dy-
namic-models us-ually require analysis and determination of the plant's dynamic char--
acteristics, and synthesis thereof in a special dynanic characteristic synthesizer.
Analysis and synthesis are automatic by means of a self-adjusting model. The plant

T,__0M6-67_
ACC NRt AT6022698-
simulator we will assume (1) to be linear with one input x(t) and output y(t), while
(2) input x(t) is a stationary random function of average zero value and limited
power. In practice (1) and (2) may be somewhat relaxed. The problems in designing a
self-adjusting model involves finding a system of dynamic elements reducing mean
square error between input and output. Synthesizers, analyzers, and multiplying-aver-
aging devices are studied. Conclusions reached deal with 3 methods and 5 components
of self-adjusting models. Orgi. art. has: 38 formulas and 8 figures.
SUB CODE: 09/ SUBM DATE: 02Mar66/ ORIG REF: 007/ OTH REF: 005
-Card /2 7LI b
U

A MKS 0-PP ind t,~~ hn. nault'. t; TEGOIROV, S.V.
'-Je.
me Of Lhe construction of adapctlve control systems. T.-%&.
Mxl ric.59:9-42 165. (MIRA 18ilO)

yEr
,jO,qOV' S.V.
dynarJa modala with adjustment according to stat-stical -1 ta,
Ca
165,
.n.dy MET no. 59343-64
Systim for feeding tnformation to dynamic models, Ibidei77-84,
(MIRA 18:10)
-U5 VA.L
&
'tv

,ALEKSPYDROVSKEY, N.M.r kand.takhn.naijk, dnttentj YEGOROV, S.V.1 KHUBMUN, I.L.
ITS-!, of an &nalog computer in the construction of an adaptive M,~ex
model. Trudy KEI no~59z65-76 165o 18 z:10)

ATZKSANDROVSKIYP N.M.P kandtekhi..nauk. datsent; YEGOWV, S.,V.1 WSHALKIN, V, P.
Preliotive aut-,mt1a control Bystaw using 47namic wdals for cn*
a3som of object96 Trudy MEI noo59185-102 165,
(MIRA 18s20)

YFOOROV, S.V.; K05YAKIN, AA.3 MADZIUROV, N.Te.
Oeneratore of randr-a riumbera for chs atujy of atitc1ratir., cort-rol a7itoms
'h-udy ME1 no,591229-2/g 065. (MIRA !8ulO)

SIDOREI,IKOY A.V.., glav. red.; ROSTOWSEV, II.N., red.; GUIMI, F.G.j.
red. red.
U.S.S.R Gcologlia SSSR. Monkvap fiedra.
[GooloMr of tho
Vol. 44. 1964. 275 P. (14IRA 18:9)

YEGO.ROV, S.V.
Basic characteristics of tYe hydrogeolog7 of the cc,uthern
part of the West Siberian Plain. Mat. Nom. po ikuch. podzem.
vod. Sib. i Dal' Vost. no.2:43-52 162. (MIRA 17:8)
m

T ar d r z
Basic characteristics of the &memic3 Of IL"';- jrO'
in the southern part of tl,,( West Siberian Plain. Trudy V.31,G!-,!
101t 189L-202 163. 1 17

V,rp-npnv -CZ V.
Plane table vitb a stand. Geog. v obkole 23 n0-5:70-71 S 0
,6o. (XIMA 13:9)
1- 30-ya obkola g. Voronezha.
(Plane table)

YEGOROV, T.
"Heroes of our time." Reviewed bj T.Egorov. Sov. profsoiuzy
18 no.4s47 F 162. (~aRA 15:3)
(Labor and laboring classes)
-?N S

L 44d-66 EW T C1 )/EVIT (tn)IFCCII
ACC NR, -AP5024635-
GV(
SOURCE OODE: UR/0041;/65/029/009/1690/1692
AUTITOR: Ve no P-S.N. ; Yegorov, T.A.;,YeaLmev., N.N.; Kraotl'nikov, D.D.; Kuz'w1n, A.1,
Maks'MO_V_1_A-.y!_; xestcY M.; N~Ikkbllnkty, S.I.; qleptsov, Ye. I.; Shafer, Yu. 0.
01 ri none
TITLE: Plan for a large Installation at Yakittsk for study of e
Ai
/Report, All-Union Conference on Cof;m1c Ray Phys~59_held at Apatity 24-31 August '.964/
SOURCE: AN SSSR. Izvestlya. Serlya f lzicheskaya, v. 29, no. 9, 1965, 1690-1692
ITOPI"AGS ve-air-Ahowerl spectrnl
energy -distribution, cosmic --.radiation compasition; comic -radiation nnl3otropy
ABSTRAMe After a discussion-of -ttie-sigzijficanr-e.-.of-extensive--atr. nhowers-for-the in-
vestigation of -ultrahigh energy primary costile rays, the authors briefly describe an
installntion to be completed In the nexC two or three years near sea level at latitude
620 N in the Yakutsk region; it is anticipated that the installation will yield Infor-
mation concerning the energy spectrum, composition, tuid anisotropy of primary enmic
rays with energies up to 1020 cV. The Installation, Intended for Investilyntlon of ex-j-
ci
tensive air shmers, will comprise 05 Btations spread over an nrea of 23 km2. ya
station will be equipped with scintillation counters with a total sensitive area of 1
m2 or 4 m2, and at the central station 10 m2. The total sensitive area of Heintil-

--------L4481~6t
ACC NR: APS024635
lation countern I in the Whole installation will be 204 M2. Each station will be eq-,sip-
ped with photomultipliers (total cathode area 180 cm2 at each station) for recording
the Cerenkov rlash accompanying a shower. In addition, there will be muon detectors
with a total sensitive area of 22 m2. Pulses will-be transmitted from the more remote
-stations to-the -- centr-al laboratory by radio. It Is anticipated that thin Installation
showers per
year with energies exceeding 1020 eY. Orig. art. has: I figurvi And I table.
SUB CODE: NPI StWM DATE; 00/-- ORIG REEF1 002/ CMI REF1 008
Card 2 /2

09- (1)/MYJT(M)/FCC/T/WA(h)- IJP(c) - GW
AV6 NK# Ar)OJ2 uH/oo4e/65/0297-0
563 SOURCE CODE: 09/1788/1790
AUTHOR: Y
D.;
Jvjm_rp,,,,~; Yefimov, N., N.; KrasJl1n1koy,D,_D.,; 1~o _V
Maksimov, S. V.; Sleptsov, I,Ae.
TITLE: Design.problems of large scintillation count-era-with a single photomultiplier
SOURCE: AN SSSR. Izvestiya. Seriya fizicheakaya, v. 29, no. 9, 1965, 1788-1790
TOPIC TAGS: -scintillation counter, cosmic ray counter, nuclear scintillation counter
._-Scint e-r mut6al~ arrangem
.-ABSTRACTi. illafor4hotoiditipli ent-and reflector-shape are
optimized to decreasetheinfluence of particletrajectory location upon photomul-
tiplier output and to improve reliability of registration of low-density cosmic ray
particles. In the experimental arrangement (Fig. 1), a 50 x 50 x. 5 cm plastic scin-
.tillator occupied only one quadrant of the 100 x 100 cm reflecting container base.
A single FEU-44 photomultiplier was used with its axis along the axis of the con-
tainer.' A diffusely reflecting Wattman paper (a high-grade Bristol drafting board)
was used as the reflecting surface,covering. The location of particle trajectories
was determined by a telescope system using SI-5G counters. The area of the scintil-
lator was divided into 16 equal areas 12 x 12 cm, and selections were made of verti-
cal trajectory particle passages within a solidangle of .014 sterad. Arrangement
1/2
zv;
M-
N
X
K
f

L 409~tg_
-ACC-NRL Itr!5024
IV$ in Fig-. 1, was found to-*,)e bestgiving only about 20%,attenuation for s~gnals~'
Fig. 1. Dependence of probable pulse height
on trajectory of a single particle through
the scintillator for.various shapes of the
fir reflecting container
ff
to r,, BM
arrA,ving from scintillator edges. This should permit registration of a'single coslaic
ray particle with filgh reliability. Orig. art. has: 2 figures.
SUB CODE - SOM DATE., tone/ ORIG REF.,- 001/. OTH RZ~i :000/ AT-D PRESS
7777777=

Cry
PSIKHOLCGIYA (PJYCIICU- 2.) Y-,P. IZD. 1-CSKVA 1955.
20 ILLUS., DIAC.-IS., n'-

YZGCROV, -T.G., prof assor; PROTOPOPOvA, Ye.A., redaktor; NIICOLAYV., B.L.,
'MES16heakiy rodaktor
[Programs of pedagogical achools; psychology] Programmy pedagogiche-
skikh uchilishch; paikhologita. XosL-va, Goo. uchabno-pedagog. izd-vo
Ministerstva proeveshcheniia RSFSR, 1956. 12 p. (MLRA 9:10)
1. Russia (1917- R.S.F.S.R.) Glarnoye upravleniye vy9shikh i
arednikh pedagogichookikli uchobnvkh savedenty.
(Psychology-Study and teaching)
A
4 n-
~.i4

MOROZOVA, n.R.; VETLUGINAp L,A,; YEGCRGV# TS* A*; BLINOV,, N,O,;
KROKHDW,, A.S.
Physicoobamical properties of celicomyoin fractions. Trudy Inst.
mikrobiol, i virus, AN Kazakh, SSR, 8:111-.U6 165.
(MIRA 18t11)
%
Pl

FODDUBIWA, N.A.; ALSYNI&OVA, M.Ya.; TWOROV, TS.A.
Properties of amino acids and peptideo containing a tertiary
nitrogen atom, Part 4 : Synthouis of s*ao paptidoe contairing'a
tertiary nitrogen atom. Zhur. ob. khim. '110 no-11:3591-3598 N'60.
(YdIU 13:11)
1. Hookovskiy gosudaretvuwVy universitat.
(Peptides)
V
777

PODDUWIAYA, N.A.; MAKS114OV, VYACII. I.; YEGOROV) TSO.A.
Properties of amino acids and peptides containing a tA--rtiary
nitrogen atom. Part 6: Spectrophotonetric study of coppor
complexes of certain 11,N-dibenzyltripeptidos,, and the doter-.
mination of their composition by the %othod of continuous
chan&es (Ostromyslonskii-Zhob). Zhur.ob.khJln. 31 no.8:2466-
2/+74 Ag 161. (1,1= 14:8)
1. I-loskovskiy gosudarstvennyy universitet iTwni M.V.
Lomonosova.
(Tripeptide) (Copper organic compounds)
e
eA7
00~
W

C. (Ye orov, 734 1; KEIL, B.; SOW-1, F-
JEGOROVI 9 -,P
on proteins. Ft.92. Coll Cz Ch6m 30 nc.1-105-1"IL7 jr. 165.
1. In3titute of Organic Chnmistry and Bloommintry of the
Czechoslovak Academy of "Iniences, Pragrus..). 2. Porriinnent
address: Institute of Vatural Subatanc#)s of the Aca&-my
of Sciences of the U.S.S.R., Moscow (for Jogarov). 3. Advisory
Board Cha~~man, "Collection of Czechoslovak Chemical
(for Swm). Submitted February 5, 1964.

----STEPANCJV-, V-.M.;-VAKHITOVA,- E.-A.-;- YEUROVI-TS.A.; AVAYrVA, S.M.
Phosphoserine-containing peptide fragment of pepsin. TZT. In SSSR,
Ser. khim. no.4:759 165. (RJRA 18: 5)
1. Institut kbimil prirodnykh soyedineniy AN SSSR.

LEVIN, Ye.D.; YEGOROV, TS.A.; STEPANOV, V.M.
Reduction of disulfide bonds in inactt-vated hog pepsin. lzv. Mlli
SSSR. Ser. khim. no-51825-829 165. (MIFA 130)
1. Institut khimii prirodnykh soyedineniy AN SSSR.
'ii Qnl. ~;f
gp -

CHUMAKOV9 S.; RABINOVICHp B.; NURMUKHAMMEDOV9 M. (G.Petropavlovsk);
Y or ~- STEPANOV, K.,- SIBILEVj, Po; YUFOVj V.
.2~
Response to the survey of letters on "How a warehouse should
distribute goods among storesu; (No- 5Y 1960)9 Sov. torg.
33 no. 9:3C-35 S 160. (MIRA 14:2)
1. Obahchestvennyy inspektor gortorgap g1hasavyurtt Dagestan-
skaya ASSR (for Chumakov)o 2a Zamestitell direktora magazina
NoeS plodoovoshchtorgap Riga (for Rabinovich), 3. Zamestitell
nachallnika Planavo-ekonomicheskogo upravleniya Ministerstva
torgovli RSFSR (for Yegorov). 4. Nachallnik Planovo-
finans6vogo otdela Glavnogo upravleniya torgovli gorispolkomat
Moskva.(for Stepanov). 5. Nachallnik Planovogo otdola
gorpromtorgat Krasnodar (for Sibilev)s 6. Nachallnii
.Planavo-ekonomicheakogo otdela gorpromtorgat Irkutsk (for Yurov).
(Wholesale trade)
-!',;o oo-

(Leningrad)
Electrical section of a money changing automat. Radio
no.4s4l-43 Ap 163., (MIRA 16:3)
(Money)
(Vending machines)

Square Par-flo tic,.1224?-49,57 D 164.
(MIRA -8:3)

A*~5?-',`i~-, ,*Jl
~07 shturman
Some characteristics of determining the weight of a load by the
ship's draft. Mor. flot 22 no.10:8-11 0 162. (MIRA 15:10)
1. Parokbod "Magadan".
(Shipa-Cargo) (Load line)

All resources should be used* HTO 3 noo4t36-38 Ap 161"
VaRA 14:3)
lo Nachalinik Sverdlovskoy zheleznoy dorogie
(Railroads-Kanagement)
X
N
w~q

YEWROV, . podpolkovnik
Right path to succeBsa3. Voon..Vesti 41 no.4tl3-15 Ap 162.
I .
MIRA 15,.4)
(Rooke ta (ordnance))

2. USSR (600)
4. Metal Spraying
7. Metallization of shafts. Podshipnik. No. 8, 1952.
9. Monthly List of Russian Accessions, Library of Congress, January -1953. Unclassified.

TZGOROV, V., inzhener; LIGINIKO, A., inzhener.
Mechanized plant for the thermal treatment of cast anchor
chains. Mor. I rech.flot 14 no.11:12-14 N 154. (K= 7:11)
(Furnaces)
-.4 TjZ V 4
k.

Diatilling Industries - By-Products
Transporting distillers' slop. Kolkh. proizv. 13, no. 2, 1953.
9. Monthly List of Russian Accessions, Library of Congress, may 1953. Unilassified.

YEWROV, V.
Training in industrial building methods. Prof.-tekh. obr. 13 no.'?:
31 ji 156. (HLRA 9:li))
1. Nachallnik uchebnogo kombinata tresta "Hosenergostroy.0
(Moscow--Building trades--Study and teaching)

TEGOrtov, V.
Raise Ural and Siberian railroad oparation to the level of the
now tasks. Zhal.dor.tranap- 36 no-3:14-18 Mr 155.
,(MIRA 12:5)
1. PastoyanrVy upolnomochonrjr/ Mintsterstva putey soobahchaniya
po dorogam Urala i Sibirt.
(Rallroadi-Management)

AUTHORSt Ginzburg# S., and Yegorov, V.
An Honorary Title (Fochetnoye zvaniye)
27-58-3-11/17
PERIODICALs Professionallnoye Tekhnicheskoye Obrazovaniye, 1958, # 3,
pages 22/23 (USSR)
ABSTRACTi This is a short biography on Ivan Ivanovich Siporich, a
master fitter and Senior Master at the Gomel' Railway School
# 1.
There ij one photograph.
AVAILABLEs Library of Congress
Card 1/1

AUTHORt
TITLEt
86382
S/020/60/135/002/001/1)36
C111/C222
Yegorovq V.
Uniformly Continuous Mappings of Uniform Complexes Into a Sphere
PERIODICAL% Doklady Akadoeii.-nauk SSSR, 1960p Vol. 135P NO- 2, PP- 249-251
TEXTt The chain x Ti of the complex X in.collel uniform it
d. i < ck for all i t where *~.is a oonstant not depending on i. Let all
considered chains and cycles, be integ"l. The V, - oyele is uniformly homo-
logous to zero if it is the ~.7 -boundary of-& uniform-oheim.The feetor group
of iAniform 17 -oyclee with respect to the subgroup of oyeles being uniformly
homc~Qgoue to zoro,',is called a uniform V - group of K and is denotod with
(K) . Uniformly continuous mappings f and f of tbe,set A into the set B
u 0 1'
are ealled unifo-rmly homotopic,,if on the d1root product (A,I) of A and the
unit interval I there-exAsts-& uniformly cont 'i4inous mapping in B for every
a G A , where F(a,O) - f 0(4)1 Kai') - fl(a) 1-the symbol (A, Q).denotes
"the layer" of the set (A, I) corresponding to the coordinate 0 0
Card 1/ 2

86381
Uniformly Continuous Mappings of Uniform S/02
C,.j,Y60/135/002/oo1/(136
Complexes Into a Sphere C 222
The set of all uniformly continuous mappings of the set A into the sef$ .3 de-
oemposes into uniformly homotopy-olaaaes.
Principal theorem s There exists a one-to-one correspondence 'between th:~ met
of -the elements of the group n n
_(KR) of the.uniform. complex K and 4he not
u
of uniformly homotopy classes of the set of uniformly continuous mappiitgs
of the triangulations Kn into the-sphere S n
With the aid of four theorems and three; lemmas it is shown for the prool~. that
the desired correapondence is reached if every homotopy class is mapped.onto
\an element of 7 n(,n), containing a power of any mapping of the given hc-motopy
u
The author thanks Protessor Yu.U. Smirnov and Kuzlmin for aid. There are
.3'~Soviet references.
PRESENTED: 'June 11, 1960, by P.S. Aleksandrov, Academician
'A
SUBMITTED: June 11,,44)60
Card\2/2

YEGOROV, V.
New man is born in work. Sov.profsoiuzy 16 no-17:22-26 S 16C.
(MIRA 13:~)
1. Prodeadatell komiteta profSOYU2a Minskogo traktornogo zavoda.
(Minsk--Tractor industry) (Trade unions)
Ij
IX

TEGOROV, V,, master sporta
Members of the All-Union Volunteer Society for Assistance to the
Army, Air force, and Navy construct racing cars. Za rul. 18
no.6:8-9 Je 160. (MIRA, 11:8)
(Automobiles. Racing)
2

YXGUROV, V.; IXIWAKOV, F.
Two books about the new "Mt)skvich* car. Za rul. 18 no.9:31 Slt~O.
(MIRA 13:10)
(Automobiles)

YEGOROV, V. (Leningrad)
Amplifier for wire broadcasting networks of metropolitan publIc
transportation systems, Radio no.9:52-53 S 160, (MIRA :13:10)
(Transistor amplifiers)
(local transit-Communication systems)

master sportap sudlya respublikanskoy kategorii
STELLIFFZOVSKIY, V.y sudlya respublikanskoy katerogii
OrgwAzing local rallies. Za rul. IS no. 12:20-21 D 160.
(MMA 14:1)
1. Trener-instruktor TSentralinogo mosk?vskcp avtomotoklubs
(for Stelliferovskiy). %
(Automobile racing)
g-g T'
M.-
N
"M p
5,
J

VOYTENKOV, N... udarnik ko=unii3ticheskogo truda; KAM~F=Irm, L.,
r uchastka ko=mnisticheskogo truda No.8; YKRENBURG., Z.;
Minsk tractor builders on the precongreop watch. Sov. prOfOOiuzT 17
no.7:13-16 Ap 161. (MIRA 14:3)
1. Predsedatell komitets, profsoyu7* Minokogo traktornogo zavoda
c~r avarpchnogg uchastka pressovogo tv9kha
(for Yegorov). 2. Prof p
Kinskogo traktornogo zamv IVO, enkov). 3. Traktornyy teekh
oyt
Minskogo traktornogo zavoda for 4zmerchuk)a 4. Nachallnik termi-
cheskogo otdeleniya kuznechnogo tppkha, prodsedatell obvhchestvennago
ekonomicheskogo byuro Minskogo trhktornogo zavoda (for Yerenbur
(Minsk-Tractor industry) (Minak-Technological innovations5
(Socialist competition)

YEGOROV 0 V.
Headlights lit in Kirzhach. Za rul. 19 no.7:4,..5 JI 161.
(MIRA 34t8)
1# Spetaialtnyy.korrespondent zhurnala."Zi rulem", Kirzhach.
(Kirzakh--Automobiles-Headlights)

PETYAKSHEVt I.; LUNKIN, P.; REPIII, 1.(deceased]i EGO~01~ ,, red.
(Rural bruilder) S&I'skii stroitell. Suransk Mordovskoe
knizhnoe izd-vo, 1964. 46 p, ?MIRA 17tlO)
1# Starchly proizvoditell rabot Kovylkinakay mezhkolkhoznoy
stroitellnoy organizataii HAvangard", Mordovokaya reispublika
(for Petyakshev). 2. Zamestitell predsodatelya kolkhoza
"Sovetskaya Rossiya" Krasnoslobodskogo proizvodstvannogo
upravleniya Mordovskoy respubliki (for Lunkin). 3. Nachallnik
tsekha zhelezobetonnykh konstruktsly Ruzayevskoy mezhkolkhoz-
noy stroitellnoy organizatsii Mordovskoy respubliki (for
Repin).

YEGOROVP V.
Spraying of thermoplastics. Mest.promsi khud.promys. 3 no.022
.Ap 162. (MIRA 150)
1. Glavnvy inzh. zavoda plastmass kraymestproma, g. Krasnodar.
(Protective coatings)* (Plastic spraying)
11 J,

YMROV.9 V.
Baltic Sea is Osea of peace*" Za rul. 20 no,10 A 162,
(MIFA 15:2)
1. Heshtatnyy korrespondent zhurnals, "Za rulem".
(Baltic Sta-tee-4utomobile racirg)
'H~
-M

YEGOROV, V.
Success iv the result of work with people. Sov. profsoiuzv
20 no-4.-25--26 F 1,64, (KM 27:3)
1. Predsedatell tookhavogo komiteta liteynogo tsekha No.3
Yaroslavskogo motornogo zavoda.

Y~ jKurok)
Kursk automobile pl=t. Za rul. 21 no.61lB JTo 163.-(kMA 160.1)
1. Obahcheotvennyy kortespaiident zhurnala

MM-Z-KIN,V., sudlya veesoyuznoy kategorii; YEGOROV, V., master sports;
ZELIKSON, L sudlya Ysesoyuznoy kit-e7g6M; HAYBORODA, 0.,
sportsman 1 razryada; MIKHAYLOV, Yu., master sporta, prizer
pervenstva SSSR po ralli; STELLIFEROVSKIY, V., sudlya respublikanskoy
kategorii; CHERTOV, R., master sports, chempion Moskvy po ralli;
KHVATOVP V., master sporta; SHUVALOV, L., master sports, prizer
pervenstv SSSR i Litvy,po ralli
Yeans for the development of rally races. Za rul. 21 no-5tl6-17
My 163. (MIRA 16:9)
Is Chleny obshchestvennogo soveta, po avtomobillnow aportu pri
redaktaii zhurnala "M rulam".
(Automobile racing)

82910
13 0-o S/120/60/000/02/041/052
E14B~3Rnd Popov, S.N.
AUTHORS: -Yegorov, V.A., Karetnikov,
TITLE: M-easu-rement of Ion CurrenOln Ion Accelerators
PERIODICAL: Pribory i tekhnika eksperimenta, 1960, No 2,
pp 146 - 148 (USSR)
ABSTRACT: Electron-optical systems for direct measurement of
high-energy ion beams are unsatisfactory because of
secondary emission of electrons, ionisation,of residual
gas, etc. Curves I and 3 of Figure 2 give examples of
variation of measured current (for fixed true current)
against variation of the retarding potential intended to
prevent secondary electron emission effects. The authors
propose the use of a calorimetric method. The ion
collector is co6led by circulating water, the volume and
temperature change of which are accurately measured. The
energy associated with secondary effects is small in
comparison with the energy of the accelerated electrons.
Curve 2 of Figure 2 indicates the freedom of this method
from secondary emission effects. A precision of 100% is
Cardl/2 claimed. V. Vasyukov participated in the work.

-L-10274-66 E.j%jr (1) /EWA (h)_
ACC NRI AP6000037
AUTHOR: Tie orM
SOURCE CODE: UR/0115/65/000/010/0058/0059
ORO: nono
-.:-.TITLE: -Frequency- Comparator -wit delV
Izmerite7~lnaya tekhnika, no. 10, 1965, 58-59
TOPIC TAGS: comparator, frequency comparator
ABSTRACT t As frequency difference devices have a "dead zon0 at A f under 50 cps,
a new delay-line-type frequency comparator, which determines the frequenwr-
difference sign by analysing the variation of delay of the pulses formed 4tom f.
and U,(f.) # is suggested. Designed with four 6H16B electron tubes, the coiiparator
comprises a delay line, four coincidence circuits, two anticoincidence cii-cuits,
and a flip-flop; ablock diagram and a circuit diagram are supplied. The
;comparator .%ia:s used for comparing the frequehct;5 of 300-ke quartz'-cdntr0_*.i._1ed
:0
scillators and could operate succespfullY at a frequency difference do-wii
to a few hundr c1tha
____Q __or_e_cy.cle_0rig!F~art
C
SUB CODE-.bj[_S _UTE-r _n I ATD PUM:
SUM one
Card UDC: 621-374-5:621-317-361-,
W_2

LIPKIN M.Ye.; ARTYKOV, M.S.; ISAYEEV, Yu.V.; FOLULYAKH, P.A.; VARIVC-D T
'A.
SHILYAYEV, L.F.,- PUNIKO, T.A.; ANDREYEVA, A.P.; BAKUL111A, L.T.;
ABRAI-1071A, S.G.; KLIMOVA, T.K.; KE~"'=-I,
M.B.; DASHEVSKIY, V,V.; SORKIN, Yu.1,; KOLMOTCH, A.!.; SJER~',EYEIA,
L.I.; NAGAYEV, V.N.; ITE&STEROVA, G.N.; ALEKSEYEVAI N.A.; GOLM-11A, V.N.;
ATIISIMOVA, T.I.; OVASAFYAN, O.V.; GALITIAI-1, V.O.; APAKELYA11, K,A.
Abstracts of articles received by the editors. Zhur.mlkrobiol., epid,,
i immun. 42 no.3:147-152 Mr 165. (MTRA 18:0)

YEGOROV, V.A.
DLverse variations of periodical schizophrenia and their relatiow
to aminazine therapy. Vrp.klin., patog. i lech. shiz. no.1:44-47
164. (YIRA l8tO
1. Otdel psikhozov pozdnego, vozrasta (zav. Prof. S.G.Zhislin)
Gosudari3tvannogo nauchno-issledovatellskogo instituta psikhiatrli
Ministerstva zdravookhraneniya.

YEODROV, V.A.
Effect of aminazine on the coaxse of periodic (recurrent)
schizophrenia. Trudy Gos.nauch, -iBslo ins tops M , 353101-109
t62. (MIRA 16t2)
1. Otdeleniye psikhozov pozdnego vozrasta (zav. otdeleniyem -
Prof. S.G. Zhislin) Gosudarstyennogo nauchno-issledovatellskogo
instituta ikhiatrii.
rCHWRPRMAZIn) (SCHIZOPHMMIA)
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