SCIENTIFIC ABSTRACT YEGOROV, K. P. - YEGOROV, L. B.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001962430006-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 19, 2001
• Sequence Number: 6
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

Designing of Long-distance Communications Equipment
Ch. 14 Shielding and Grounding
14-1 General information
14-2 Electrostatic shielding
14-3 Grounding
14-4 MAgnetic shielding
14-5 Electromagnetic shielding
Ch. 15 Assembly
15-1 General information
15-2 Rigid wiring of assemblies
453
293
293
296
308
311
313
316
316
316
Card 9/10

Designing of Long-distance Communications Equipment 453
15-3 Flexible viring of assemblies
15-4 Cables for inter-panel connections
15-5 Cables for inter-stand connections
Ch. 16 Schematic Data Required For Designing Equipment
16-1 Block (skeleton) diagrams
16-2 Schematic diagrams
16-3 Diagrams for electrical assembly
Bibliography
Appendices
AVAEUBIA: Library of Cohgress
Card 10/10 JJP/ad
7-22-58
318
321
324
324
32
326
328
335
337

YEGGROV, K.P., redaktor; DOBRYKINA, A-Ya., radaktor; LEDUEVA, H.V.,
redaktor
[Telecommunication system (L3); a collection of translated articles]
Siatems dallnet svia2i (L3),- sbornik parevodnykh statei. Pod red.
K.P.Yegorova. Moskva, GO0.124-vo lit-ry po voprossm Bviazi I radio,
1957. 116 p. (MIJU 10:9)
(Coaxial cables) (Amplifiers, -glactron-tube)
(Television)

COMPOMM
"High Sensitivity Vacuum Relay", By K.P. YegoKpy, V.G. Krasin'lov and
L.V. Reymn, Blektrosy-yazl, No 9, Septemb.er 1957, Pp 58-64.
Description of a relay designed for operation at 0.01 -- 0.05 micro-
amperes, with a winding resistance of 800 -~::100 ohms, a current-carry-
ing abilit~y 1 2 ma, and an operating time of 0-5 seconds.
Card 1/1 28
0, i,

AUTHORS: YgE2roy, K. P. and Polyak, M.U. 270
T,TTLE: Design principles of simplified multichannel cable and
radio-relay system equipment. (Printsipy postroyerLiya
ozana noy s-v-jazi
apparatury uproshchennykh sistem. mno ' 11
po kabel'nym i radioreleynym liniyam~. 11)
PERIODICAL; "Elektrosvyaz'" (Telecommunications) 1957 No.4, April,
pp.48-54 (U.S.S.R.3
ABSTRACT: Work on economical multi-channel short-distance
communication equipment began in U.S.S.R. in 1953. In
the present articles, the authors present and discuss
design principles of the existing prototype equipment.
Standard high-frequency symmetrical cables are used,
since for the same number of channels, the frequency-
compression equipment can be dispensed with. Also,
owing to the increase of bandwidth of a single channel
from 4 to 6 to 8 kels, the terminal equipment becomes
much simpler, which permits a considerable reduction
in the quality and the number of side-band filters in
the suppressed carrier SSB transmission. When double
side-band transmission is used, the individual band
filters become unnecessary because of the larger band-
width and, if the number of channels does not exceed 12,
common, group amplifiers may be used. Both systems are
adopted abroad, but the problem of an economical multi-
channel equipment serving a large local and long-distance

270
Design principles of simplified multichannel cable and
radio-relay system equipment. (Cont.)
telephone network has not been solved. It can be solved
by the use of a multi-channel system with a simple
phase-shifting network in every channel and of simple
band-pass filters in detection, the principle of phase-
shifting equipment is as follows! two voice channels at
the input (300 to 3400 c/a) are shifted in phase by
simple -hase-shifting networks and are then applied to
P
the inputs of two modulators. The phase-shifting
qu8dripoles are chosen so as to produce approximately a
90 - phase shift between signals applied to the two
modulators. The carrier currents are also shifted by 900
out of phase. As shown in the block diagram of the
circuit, currents of ono of the side-bands are combined
in a common load, the other side-band is suppressed.
Small attenuation of the unwanted side-band is needed
(3-0 to 2.7 Nepers), components are cheap (coils with
of 40 to 50, condensers within + 5%). The basic filter-
ing is made at voice frequencies, it is the same both at
the receiving and sending ends, so that duplicating is
possible. The possibility of use of semi-conductor
devices and of advanced wiring and packaging techniques
could make the installation smaller, consuming less power
and having better reproducibility characteristics.

270
Design principles of simplified multichannel cable and
radio-relay system equipment. (Cont.)
The phase-shifting networks are able to attenuate side-
bands in a rather wide range of carrier frequencies, the
channel separation at the receiving end is also easy.
The basic 30 channel group in the 312 to 552 ke/s
frequency range has been adopted, as this range is most
suitable for Styroflex symmetrical cables of Russian
manufacture; it is used for uni-directional transmission,
in the opposite direction and can employ a bandwidth of
12 to 252 kc/s, which coincides with the K-60 standard
system. It-is thought that it would be possible to use
this type of equipment in the existing local cable
systems and also, after modifications, in radio relay
lines for distances of only 10 to 15 km. 4 diagrams
of various types of installations and 1 graph relating
the attenuation, as a function of phase-shift, to the
voltage ratios of signals at the output of modulatQrs-
are given.

b7
'do
Ali

Sov/106-58-2-?/16
AUTHORS: Yeg~~~K.P. and Faramonkova, L.D.
TITLE: Miniature Transformers for lAulti-channel Communication
Apparatus (Malogabaritnyye transformatory dlya apparatury
mnogokanallnoy svyazi)
PERIODICAL: ElektrosvyazI, 1958, Pr 2, PP 51 - 58 (USSR).
ABSTRACT: This work is the result of meeting transistor circuit
requirements using new magnetic materials and was carried out
at one of the DII NRTP. The fundamental formula on which the
reduction in dimensions is based is V 2/3 = Z/cA , where V
is the core volume, ji is the permeability of the materials
and a is a constant. The core materials considered are the
high-nickel permal3OYB ?9HM, 8ONKhS and ?gNMI'A" having initial
permeabilities between 15 000 and 30 000 gauss/Oe and ferrites
with figures of 1 000 to 2 000. The winding wires used have
been types PEL and PEV with a diameter over the COPPW Of 50 A
and more. The theoretical basis for the optimum choice of
core dimensions has been provided by Prof.G.S.Tsykin. Teae 1
shows the dimensions of the laminations (unequal Els) and
ferrite cores (equal E's) which have been used. The side
dimension varies from 8 to 20 mm. TLUe 2 shows dimensions of
most commonly used core assemblies. Figures 1 and 2 show the
Gardl/2 component parts and assemblies potted in epoxy-resin. Figure 3

Sov/106-58-2-?/16
Miniature Transformers for Multi-channel Communication AvDaratus
shows the startling reduction in sizo possible when replacing
a transformer of the SMT-35 system (1935-1939) with a modern
unit. Figures 4, 5, 6 and 7 shows the responses of several
transformers over the range 0.2 to 6 kc/s and 10 to 100 kc/s
for various values of direct current. The hie;h-frequency
response of these units is in general very good because the
stray capacitance is small.and the..lEtakage coefficient is
typically about 0.001. A comparison is made between various
core materials as far as third harmonic distortion is concerned.
There-are ? figures, and 2 tables.
SUBMITTED: 1. Communications systems--USSR 2. Transformer s--App lications
Card 2/2 3. Magnetic materials--Applications 4. Transistors--Circuits

2 2 216
S11061611000100116061008
AO55/AO33
AUTHORS: Yegorov, K. P. and SuYhodoyev. I. V.
TITLE: High-frequency telephony system using semiconductor triodes.
PERIODICAL, Elektrosvyazl, No. i, ig6i, 50 - 57
TEXT* To improve telephone communications in rural districts, where primi-
tive cables are often used, a three-channel system, specially intended for low-
-echelon service has been recently developed in the USSR. This system consists
practically of two independent systems: a one-channel system (channel 1/3) and a
two-channel group system (channels 2/3 and 3/3). Both systems can work simultane-
ously on one cable, their intermediate repeaters being set up in the same points.
the channels 2/3 and 3/3, forming the main two-channel system, are calculated for
the 300 - 3,400 cycle band, whereas channel 1/3 allows the transmission of a
300 - 2,700 cycle frequency spectrum. The system is essentially based upon the
utilization of transmit-receive device. Phase modulation Is used in the transmit-
-receive devices. The optimum conditions set upon the system being rather con-
tradictory, a compromise solution was chosen after a thorough examination of the
problem. For each of the transmission routes a separate group of two channels is
Card 1/4

P2210
S/106/61/000/001/006/008
High-frequency telephony system .... A055/A033
used, formed by frequency conversion of the high frequency group (328.3 - 335.7 kc)
into the line transmission range. As for the one-ahannel system, it is practi-
cally an improved audio-frequency telephone channel. For one of the routes, trans-
mission Is effected on audio frequencies (0-3 - 2.7 kc), and for the other route
on the band 3.7 - 6 kc. To transmit call and dialling currents, a narrow-band
signal channel is provided for. The transmission of signals with -0.4 nep output
level ensures a sufficient noiseproofness of the channels. Amplitude-frequency
distortions are corrected by line equalizers connected at the input-side of re-
peaters in intermediate and terminal rural stations. The most complex and impor-
tant junction points of the system are the generating and amplifying devices. In
the channels 2/3 and 3/3, generators of individual carriers (328 and 336 kc) are
used for forming the two-channel group in the 328.3 - 335.7 kc range. These are
two-stage transistorized generators. Their connecting diagram isshown in figure
2. The transistors are connected in a common-emitter arrangBment. The bases are
biased by means of voltage dividers. With a vierw to ensuring the temperature
stabilization of the generator parameters, the operating points of the transistor
triodes are stabilized by the circuits R11 R2, R4 and R R,, R Negative feed-
7' 0 10*
back through R4 and RIO is used as additional stabilization. The temperature
Card 2/4

22210
'5"/10616 J. /'V' GwtO
High-frequency telephony A055/AO33
stability coefficient was chosen equal to 2.6. The collector loads are formed
by tuned IC-circuits...A crystal resonator is connected in seric3 vith the posi-
tive feedback circuit The auxiliary generators differ from the main one inas-
much as they contain no crystal generator in the positive feedback circuit, and
the parameters of their IC-circuits arii ntrtthe same. The generator for channel
1/3 is a 6.4 kc carrier generator. Another par*tIculaz4y- important junction point
of the system is the group repeater used in unattended stations. The principal
features of this",transistorized four-stage amplifier (also connected in a common-
-emitter arrangement) are the linearity of the response and the low level of
noises. The thorough~design of the whole system made it possible to reduce the
noise in the repeater to a sufficiefttly low level (not cx~ecding - 14.5 neper
in the band of Lel).' The frequency and amplitude characteristics of the
repeater are reproducid in the article, as well as its connecting diagram. Thanks
to the use of transisf ors, the whole set'for the three-channel system is highly
economical, the tot4
, average current drain being only 45 ma in the intermediatc.o'
stations, and 120 ma Ai the . terminal ones, which corresponds, at 24 voltr,, to
less than I watt per ~6annel. There are 6 figures, I table and 2 Soviet-bloc
references.
SUBMITTED: June 22, ag6o
Card 3A

Hieh-fre4uency telephony system
.FigVre 2:
Card 4A
-22210
S/106/61/000/001/oc)6/008
A055/AO33

YEGOROV, Konstantin Petrovich; CHOOKOVA, T.V.., red.; SLUTSK114, A.A.,
I M.
(Principles of multichannel commimications]Osnovy mnogokanall-
noi aviazi. Moskvap Sviazlizdat, 1962. 415 ~~M 15:11)
(Telecommunication) (Telephone lines)

YEGOROV, K.P.; BOBROVSKAYA, I.K., otv. red.; GALICHINSKAYA, V.V.,
red.
(Long-distance multichannel telecommunication; dynamics of
automatic level control] Dallniaia mnogokanalinaia sviazt;
dinamika nvtomaticheskoi regulirovki urovnei (ARU) . Ucheb-
noe posobie dlia studentov-zaochnikov. Leningrad, Leningr.
elektrotekhn. in-t sviazi im. prof. M.A.Bonch-Bnievicha.
No.10. 1962. 22 P. (MIRA 16:8)
(Telecommunication)
I ~7

On some Russian works in the field of automatic control. Sbor.nanch,,
rab.Mekh.inob. no-3:5-14 152. NIMA 8:3)
(Automatic control-History)

,_7EGOROV, K.V.
On integral and differential analvzors. Sbor.nauch.rab. Yekh.inst.
no.3:101-114 152- (ML'RA 8:3)
(Calculating machinea) (Calculus, Operational)

GIVARTU13KAYA, A.. JUID YEEGOROV, K. V.
Testing of Apparatim f or Yeasuring Short Timi Intervals
The basic design for a transducer of short time intervals is dis-
cussed. The intervals are from one millisecond to one sec.; the errors
from 0-05 millisecond to 0-5 millisecond. (PZhFiz, No. 8. 10,55) Ish,
Itatey Zaoch, Politelchn. in-ta, No. 6, 1954, 19-25.
SOs Stm. No. 744, 8 Ded 55 - Supplementary %rvey of Soviet Scientific
Abstracts (17)

YEGOROV, Konstantin Vasilyevich; MARIYABOVSKIT, D.I., redaktor;
X "P '-f;kfinicheakly radaktor.
[Pandamentals of automatic control] OenoTy artomaticheskoeo
regulivovanila Moskva. Gon.anorg.izd-vo 1955. 455 P.
(AUTOMATIC CONTROL) (Miju 9:1)

1333. tijorpi~_K. $tAllity of !!I~cmatfc ~rej
I/ori Russlari), UqhZ.7!!S-'qw
I ...- ~ c Dlya Studentov Spetsislaosti
Avlorwi. Telemekhanika 79 pp., 1954; Rev, " 12, Rel. Zb. Mckb.
1956
.
~Cofmsy of Referwitnyi 7-4-mal

MiSHININ, Nikolay Ivanovich; VERTSAYZM, hiatrAq
y
YP..KOVLr,,V, Vladimir Mikhaylovich; YEWRW K V.p red.
fAutomatic control] Avtomatichookoo roKuLirovPnIc.
IzcI.2.p perer. i dop. Moskvat Enbrglln, 1965. 135 p.
(M LE A a 8: 4)

HLWV, Vladimir Sergeyevich jQQUQY.Oj&V., otvatstvennyy red.; GONCHAROVA,
I.V*, red. izd-va; 11OBROV, P.G., toldm. rod.
[Telematering; lactureal Toleizmeranis; lektsii. No.3. [Impulse
and frequency systems of tolematering] Impullenye i chastotnya
sistevV .toletzmareniia. 1957. 64 p. Moskva, roan. saochuyl
Politakhn. in-t. (XIRA 11:8)
(Telematering)

VMHININ, Nikolay Ivanovich; VERTSAYZgR, Anatoliy Llvovich; YAKOVLEV.
Vladimir Xikhaylovich; YNGOROV, K.V. red.; BORUNOV, N.109
te)dm. red,
[Autowa4a--controll Aytomatichaskoe regaliroyanie. Xoskva, Goo.
energ.isd-vo, 1959. 127 P. (Biblioteka po,avtomatiks, no.3)
(Aatomatic' control) (MIRA 12:5)

YEGOROV, Konstantin Vasillyevich rof.1 GORDEYEV, D.C., red.
U;L~~
[Elements of the dynamics of automatic control systems
with random perturbations] Elementy dinamiki sistem av-
tomaticheskogo regulirovaniia pri sluchainykh vozdoi-
stviiakh. Cheboksary, Chuvashskoe knizhnoe izd-vo, 1965.
30 p. (MIRA 18: 121

USSR/flurmn and Anirial Morphology PatholoGical Anatony. S
Ab3 Jour : Ref Zhur Biol., 110 5, 1959, 21635
Author : Yegorov, K.V., Savinich, B.V.
Inot Astrnldian Medical Inatitute
Title PntholoC,;ical-Anatonicn1 Changes in Annonin Intoxica-
tion
Orig Pub Tr. Astrakhansk. racd. in-ta, 1958, 205-213
Abstract No abstract.
Card 1/1
38

YEGOROV, K.Ye. (Moskva)
Pressing a punch with a flat annular bottom into a semispace.
Izv.AN SSSR.Mekh. i mashinostr. no.5sl87-190 S-0 163.
(MIRA 16tl2)

YEGOROV,- K.Ye.
W~-V-'-eLts -
Bedding deformation under a rigid cylindrical foundation having
an excentric load. Trudy HII can. i fund. no.11:119-138 148.
(Foundations) (Soil mechanics) (Mak 7:11)

, :, V, .!-".: 1. . ~: :. .1 11 :, ; ~
/ /1 1 7 ~- -
Settlement of the foundations of high buildings. Trudy HII oan.
i fund. no.24:4-22 155. (MLU 8:3)
(Subsidences (Earth movements)) (Foundations)

BARKAH, D.D.; YXGOHQ - "I ; POPOV. B.P.; SYNTINSKIT, Ye.V.; PEVZNKR, A.S.,
redaktapp,d"r, Mmo, F.P., tekhnicheskiy redaktor
[Instructions for deep solidification of weak saturable soil by means
of sand piles in laying'foundatione of buildings and structures]
Instruktsiia po glubinnomuuplotneniiu slabykh vodonasyehabonnykh
gruntov peachanymi. avaiami pri ustroistve oanovanil zdanii i
a ooruzhenii (I 198-55/Minstroi). Hoskva, Goa. izd-vo lit'-ry po
stroit. i arkhitekture, 1956. 44 p. (MIBA 9:12)
1. Russia (1923- U.S.S.R.) Hinisterstvo stroitel'stva.
Tekhnichaskoye upravlenlye.
(Foundations)

r C; C,
-26 I-cc., 52, T~.:,
"TI-e 05bzcrvc-c] Se-l"t-lum-ents of Duildin-s :3s Com. crod,
a pail-cr submitt"d 0." tlli~ 14h In-*k,.!-.--,,nL;,LAw-.L~I Confcxci~c;-- of
L-ternutI.on3l Sccic%- of Soil 11~chanica und Foundation
12-211, -%ug 57.

124 -58--9 - 10407
Translation from: Referativnyy zhurnal, Mekhanika, 1958, Nr 9, p 143 (USSR)
AUTHORS: Yegorov, K. Ye. , Popov, B. P. , Kuz'min, P. G.
TITLE: A-cfu-al Settling of Tall Buildings and Its Comparison With Calculated
Values (Fakticheskiye osadki vysotnykh zdaniy t sravreniye ikh
s raschetnymi)
PERIODICAL: V sb. : Materialy k 4-mu Mczhdunar. kongressu po inckhan.
gruntov i fundamentostr. . Moscow, AN SSSR, 1957, pp 88-99
ABSTRACT: Bibliographic entry
1. Structures--Stability 2. Mathematics--Applications
Card 1/1

YAGOROV, K. Ye.
Deformation of a base of final thickness. Sbor.trud.NIIOSP
no-34:5-33 '58. (KnU 12:1)
(Boil mechanics) (Foundations)

13GOROV, K.Te.
Calculating the base of & foundation vith circular footing.
Sbor.trad.NIIOSP no.34:34-57 '58. (XIBA 12:1)
1 (Soil mechanics) (Youndations)

TZ
14(10)1 3(5) PWZ I BOOK LXPL41TATION SOV/2843 C>
30v*ahchanlya PC ratsionallnyx sposobam fUndAllentantroyeraya nx
vachnomerzlykh grunts"
Trudy... (Transactions of the Conference on Efficient methods 'of
ballsiLngftundations on Permafrost Sails) Koncow. Gonstrayltdat,
1959. 131 p. Errata slip inserted. 1,200 copies printed.
Ad. or Publishing Houses W. X. BorahQh9vNkayA; Tech. Ed.: Ye. L.
Tontine. I
ruR?Ms This book Is intended for construction epSineerso Ind us.
trial planner& and bUildfra.
CUVE1=j Thin book contains reports originally read In Varkuta In
1958 on eVerience gained In planning and building foundations
in pormarrost rtgIons or the USSR. 'rho reports wort prepared
for publication In the KIIOSP (SolentlAc Research Institute
for the 3tudy of Foundations and Undo.-ground 3tructures). Th.
7
tatroduction was written by Professor V. 0. fUlYchav. No
t
references are given.
0 V. P Construction Conditions and the Explol.
akass ~cnlng Enterprises In the Pechora Coal Basin
tation-'__
=I'tg0v.-A-.I- Construction of Industrial Plants on
frozen Ground With 3ubsequent Bottling
_9137kin, K~ 7- Designing Pile Foundations Under P*marrost
Conditions 58
Pcholints*v, A. jq_ 3poclal Characteristics or Foundation
-IiRadlog In the City of Igarka 64
Bak&_UM_A__" and Y-A-32dalaxkIn~ Plethods or Restoring
-tNe-Derarsed-ftincipal BuIldings In Vorkuta 67
US%=&_JL_X&__An&1ysIs of Work and Computing the Rein-
forced Concrete Pro=* Foundations and Frame Worka,Taking
Into-account Uneven Settling of the Bearing Ground 75
V. X.. and V. X. Sakolovs. lltw Dmtm .m p-ost
'76undationw-

-
Heaving or
100
Decreasing the Depth of Foundation
Laying by Keeping the Ground In a Frozen 3tatv 109
Heaving of Ground and Youndatlons
(discussion) 113
,1111112. lonlovitt Experience In Building
Foundation. Permanently Frozen Ground 419

O M
Maximum Th:wlng of Perennially Prezen
r
=xg
;.
t
r .&a od Building (two-dimensional solution)
. 124
baykss_I__X_3*ttIln& or the Foundations or Industrial
3tructures or the Vorinstaugoll Combine 127
AVAMART-Fj Library of Congress
Card 41/4
"Veen
1-16-60

YEGOROV, K.Ye.
I_- , &
Studying deformations in foundation la]rers of flues. 03n., fund.
I makh. grun. no.4:4-7 '59, (MIRA 12:10)
(Flues) (Foundations)

SEGHI, KBroy Eh=CHY, Karoly], prof., (toktor; TIPOLIT, B#A,, inzh.
[translator]; - mony. X.Te.. kond.tekhn.muk, nauchn77 red.;
HSGAK, B.A., red.izd-va; OSMDO, L.N., tokhn.red.
[Irrors occurring in foundation engineering) Oshibki v sooruzhenii
fundamentov. Prediol. N.I.Gorbunova-Posadova. Moskva, Goo.izd-vo
lit-ry po stroit., arkhit. i atroit.materialam, 1960. 142 p.
WRA 14a)
(Foundations) (Soil mechanics)

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S/020/60/133/04/08/031
B019/B060
AUTHOAt Yegorov, K. Te.
TITLEs The Contact Problem for an Elastic Layer Under the Action
of an Eccentric Vertical Force Upon a Circular Rigid Punch
'PERIODICAL; Doklady Akademll nauk SSSR, 1960, Vol. 133, No, 4,
pp- 781-784
TEXTt In the case of an eccentric force acting upon a punchg the problem
is divided into the determination of the central force P and the
determination ofthe couple with the moment Pe, where e is the
eccentricity. The components of displacement are given in the form of
three differential equations for u, v, and w. For u the following holds:
u M YJ + z the expressions for the, other two components are
analogous. The functions qi (i - 1, 2, 3, 4) are harmonic functions;
these are transformed to (3) for the solution of the contact problem for
an elastic half-space. Bessel functions of the first kind occur in these
Card 1/3

The Contact Problem for an Elastic Layer Under 3/020
,16011331041081031
the Action of an Eccentric Vertical Force Upon B019/BO60
a Ciroular Rigid Punch
harmonic functions. Next, the unknown coefficients A, B, C, D are
determined from the given boundary conditions. For simplifying the
solution both the friction between the punch and the elastic layer with
the thickness H, and the friction between elastic layer and immobile
base, are assumed to be absent. Integral (4) for the stress component
normal to the upper boundary of the elastic layer and the vertical shift
axe given. The integration of these quantities is dealt with in detail,
and reference is made to a work by N. N. Lebedev and Ya. S. Uflyand
(Ref- 4). Formulas (8) and (11) are obtained for these quantities.
Finally, the passage is made to dimensionless quantities for the purpose
of a numerical calculation. The author derives formulas for the calcula-
tion of the moment M of the couple, for the inclination angle of the
punch under the action of this moment and for the normal stress component.
There are I figure and 7 Soviet references~
Card 2/3

The Contact Problem for an Elastic Layer Under S/02o/60/133/04/0,6/031
the Action of an Eccentric Vertical Force Upon B019/BO60
a Circular Rigid Punch
ASSOCIATION; Nauohno-isslodov4tel'ohy itintitut oanovaniy i
podzemnykh sooruziseniy Akadern.ii stroitollotva i
arkhitektury SSSR (Scientific Research Institute for
Foundations and Subterranean Installations of the Academy
of Construction and Architecture of the USSR)
PRESENTEDs February 20, 1960, by Yu. N. Rabotnov, hoademician
SUBMITTED: February 16, 1960
Card 3/3

A h I r~',n . jw;tlt%,r.
z~irzlyMl Pr,,,zc,n-
":,T- m). Frrata nlip
Ag~rx-j; naul, SZSR. Is.-;l4iiA :%)rzIoV-,.3tD.--niym i=.
A. V-ni,--s~na ni N. A. Tryzir.,Ach; Ed. of NbIlshIrg
.VI
-k. Toc"-~. La.:
C,*l:L-ction, cj;' art-'-:In la fcr
wlo vrlllt~~n by vt,ff of ti,.-- Tr,.Altit
f
(Icnl?c Ar 30~11-- Tn,:tl.',; .f f.,
.ri tbl ta:-ir of Pt th,~!
of Gr,,olnL Tnz articxLo in tb,2 fir3t I-ort

TfrR F' I pt! - ns In F f, I t /5p
t*r- c-7.1c--ticn, Jf-al with tto -,~jysj,::s -If th- rry,7;,cnIc pr~,crzerv. Fhyrf.:,al
and :*-~.,,.,:-al mittla le-n;; In tl-A3 F!cll vr.,m b~v:ul
1 4 - -0~ I -:n tt.? 'the,~ry ~~' c*,,2~d---3.'-
&-;ri!3cj.-i b7 1. A. 7jApin-r.. D-,,:V~r of rr:cl.,~3t:al an!
.cL:,s In tbt) pirt ~,f the are cr
nu 1~ley Ir-b,-,!=; f rvilmnl~n )C fnzrn g,-*Itnd rLnd. I -~ c.m4
ijip~rt.~nt rccu.U3 ~:~f in Antarct-l-in deallril wlt.a t~_,
ll-.,-,-~,!,!,.,-!a :,C 'Ice fl,,v and and. tlb- ntTPngth ;f f!'.Zku
;.-..%uid. A v~v f~~r ,alIx-n~rItlig th"! p1patle vlec,;fvg fl~rr cf
.i piN -..Ecd by S. S. hi~ am bused )n the dalft ef fi,?'l
-vtAl'- i w~iin bp is-a&?rt,),:-k 4,.rtno the
A.'~,~i 'n c-cond Sciviet Antarctli
.., 3), RefemnTe:: fi-117~r such article,
(19 6-- j 95
;7t 7-7. A. F).-~w%rcl 3
SErTron i
,.rltr..r.r,Y, 1. A. Water Rigration in SO'lls 7
Z. A. lnflaencn of Excbanpe CAtiems on Mbisture
Migratisn aml Gr=n,I Smring DjrIng Preezing 22
car,J Mh

Lnve,.4 t~jzattrtnsr in, Frozen-Grtrind Physics (Cont. SOV/5834
Shumakily,, P. A. Mezhanies of Ice Deformation and Recrystal-lization 129
77alvF:, S. S. Vise-,)us.-Plastic Flow of Ice Sheets and Certain
ReWil-&-l.ties in thle Deformation of Ice 138
Yegere--,, K. Ye. Ca-Velat'lan Forces Between the Base and Frozen
156
K. Shear Resiatance of Permatrcst Vr-mmd of Varying
Textar,~ and Intensity of Freezing ij66
rlr.Lg.--,rlya-9,AO V. K. In-mstigation of Tixotralyle and Structural-Mechanical
Frn,le:rkies of the Vorkata. Pelitie Liams 187
ty=~:rrp I. A. Etq;ineerlng-Gecloe&cal Fi-operties of Permafrost Rocks
tn t~~ R!glivn of the! Nir~l Pipe 2-1.6
P-z"rak&ya., M. K. Fr6blems of the Strength of Frozen Ground 242
AA-11AEM : Library of Congress
Os=d 4/4 W/rom/maz
1-16-62

YEGOROVq K. Ye.
Deformations of foundations with finite thickness. Osn fund. i
mekh. grun. 3 no.i:4-6 161. (~~ 14:3)
(Foundations) (Strains and egresses) '

YEGOROV, K. YE., Doc-TECH SCIp "PROBLEMS OF THE THEORY AND
. 11 L~i,
y
PRACTICE OF-O" - _rut BASES OF T-E-R-*+-ftAt THICKNESS.
-P-E,R COMPILED ON PUBLISHED WORKS IN COMPETITION FOR A-UW-t--V-ER6-H-Y
DEGREE OF DOCTOR OF TECH SCIENCES, Moscow, 1961. (ACADEMY OF
ANo ARCHITECTURE USSR). (KL-OV9 11-619 216).
_101-

YEGOROV, Lye.
Distribution of stresses and displacementa in foundations of finite
thickness. ['7rudy] IIIIOSP no-43:42-63 161. (KMA 14:8)
(Foundations;

'YEGoROV, K.Yo.1 SHILDVAO O.D.
Deformation of soil fo=datiomq of finite width undeT eccentric
loading on a continuous footing. [Trudy] NII o9n. no.490-16
162. (Foundations) (Soil meohanies) (MIRA 15tl2)

YEGOROV, K.Ye.; SEREBRYANYY, R.V.
Determining stresses in a rigid circular foundation. (Trudy]HII osn. no.
53:4-11 163. (MA 17:1)

'J~.~JPIIOV -,-;i-:.-Y -E,3..-:"'' ~!. I
_ 11- , - - ,
calmlat,ion of ring fr;zvjlat-!(-n i on a bf~se, LS'rcr.
'I - k .-
trud. Ii !Tossn. ro.5 - ',&~ - 1,7:10)

YEGOROV, L., I-and. 7widich. nauk, starsh.4ty nauchny7 sotrudnik
Legal significance of radar information from coastal radar
stations. Mor. flot 25 no.10:21 0 165. (MIRA 18:11)
1. TSentrallnyy nauchno-isaledovatellskiy institut morskogo
flota.

mom
DUBOVYY, B., inzh.; ZAYDLIR, M., i L.*, inzh.
Cement silos made of large blocks. Gor. i sel'.stroi. no-5:
10-11 my 157. (MIRA 10:10)
(Concrete construction) (Gesent)

YEGOROV,.,_L,,,kand.yiirid.nauk, starshly nauchnyy sotrudnik
. ... .... -- -
Yarine arbitration in foreign countries. Yor. flot 23 no.5:36-37
163. (MIRA 16:9)
1. TSentralvnyy nauchno-issledovatellskiy institut morskogo flota.
(Arbitration and award)

CHUCHKALOV, A.; KOPOSOV, N.; PERFILIYEV, N.; MAKAROV, V.; GUBANOV, A.;
YECOROV, L.; CHUZHMIR, A., aspirant
Creative initiative of the masses and the establishment of norms,
Sots. trud 8 no.9:87-97 S 163. (MIRA 16t10)
1. Starshiy instruktor otdela proizvodstvennoy raboty izarabotnoy
platy Altayskogo promyshlannago krayevogo soveta professionalinykh
soyuzov (for Chuchkalov). 2. Nachallnik byuro tekhnicheskoy
informatsii Leningradskogo vagonostroitellnogo zavoda im. I.Ye.Yegorova
(for Koposov). 3. Zamestitell nachallnika otdela organizatsii truda
Cherepovetskogo metallurgicheskogo zavoda (for Perfillyev).
4. Nachallnik otdola truda i zarabotnoy platy Lyublinskogo liteyno-
mekhanicheskogo zavoda (for Makarov). 5. Starshiy inzh. Lyublin-
skogo liteyno-mekhanicheskogo zavoda. (for Gubanov). 6. Starshiy inzh.
otdela truda i zarabotnoy platy Urallskogo turbomotornogo zavoda (for
Yegorov). 7. Urallskiy universitet (for Chuzhmir).

YEGOROV, L. A._ and YETGIEYECIILV, A. V.
"The ZIS-1515 Motor Bus,," Avt. trakt. prom., No.3., 1952

YEGOROV, L. A.
Automobiles - Steering Gear
"Mechanisms of automobile steering." Reviewed by M. 1. Lysov. Avt. trakt. prom. no. 4#
April 1952
Monthly List of Russian Accessions, Library of Congress, August, 1952. UNCLASSIFIED

1. YEGOROV, L. A.
2. USSR - (600)
4. Automobiles - Springs
7.,Hydraulic shock absorber-of the telescope type with two-way action.
Ayt. trakt. prom. no. 10, 1952
9. 'Monthly List of Russian Accessions, Library of Congress, Janualv_y -1953. Unclassified.

Y_=_4q0jeO(I, 44
LYSOV, M.I.; KCROLMV, A.I.; YWOROI&ONW- Inzhenerg retsenzent; DYBCR, O.Y..
kandidat tekhnIeheski)ffTAuJc, re or:-XATVEYEVA, Ye.H., tekhniche-
ski3r redaktor; KODELI, B.I., tekhnicheskly redaktor
[Methods of testing automobiles and their mechanisms] Metedy isp3rta-
nila avtomobilla L ego mekhantzmovo Koskya, Goo. nauchno-telchn. izd-
vo mashinostrolt. lit-ry. No.4. [Stearing gear] Rulevve upravlenita
avtomobilei. 1953. 81 p. (Hicrofilml (MM 8:2)
1. Russia (1923- U.S.S.R.) Ministerstvo avtomobillno7 i traktornoy
proaWshlennostii
(Automobiles-Testing) (Automobiles-Stearing gear)

WO/Engineering Magnesi~m a] loys
Card 1/1 Pub., 12 n/16
I Egorovp L. A*; and Lutskiy., L, No
I The application of magnesium alloys in automobile construction
'Pe,rlodical I Avt. trakt* prom. 6. 28-30P June 1954
A'blltr"t An account is given of the application of magneeium alloys for
construction of numerous automobile components togethor with methoda
for producing and working magnesium alloysp and an explanation of
its use. Table; drawing; illustration.
Institution i

Collr7i on of
7 n e r, -,n
-1. 0 0 f7'
'Union Order of' La'";or Red Banner cC4 7,-, "'I'LO, .0"-Al
(Dis.-ertrt.~-nv For D r e c) Ct-m~-*-"-le oP Technica
-7:j.
lin-ria Loto 1~0 "o. Jivir!
Fni7

YFMPDV, L.A.; IVANOV, Yu.B.; ROZANOV, V.G.; BUXHARIN, N.A., doktor
Me eeklkh nauk, professor, rateenzent;SHUffY. L.R.,
kandidat takhnichesk-1kh nauk; SOKODOVA, T.F., tekhnicheskiy
radaktor.
(Methods of testing automobiles and their mechanisms] Metody
ispytaniia avtomobilia i ego mekhani2mov. Moskva. Gos.nauchno-
takhn.izd-vo mashinoetroitallnoi lit-ry no.6[Brakes] Tormozmys
mekhanlzry. 1955. 165 p. KRA 8:11)
1. lbissia.(1923- U.S.S.R.)Ministerstvo avtomobillnogo traktornogo
I sellskokhozyaystvannogo mashinostroyeniya.
(Brakes--Testing)

YNGMM,L.A.; T]IRMOIAYEV,A.I.
Aluminum alloys in automobile construction. Ayt. trakt. prom.
n0-7:25-27 Jl '55. (KLRA 6: 9)
(Autemobiles-Design and construction) (Aluminum alloys)

,A,,,,,kandidat takhnicheskikh nauk; ROZANOV. V.G., kandidat
YEGOROVa ~,q.#
takhnicheBkikh nauk.
Method for general testing of the pneumatic drive of automobile
brakes. Avt.i trakt.prom.no.12:10-14 D '56. (MIAL 10:2)
1. Moskovskiy avtozavod imeni Likhachava. 2. Nauchno-issladovatelg-
skly avtomobillnyy institut.
(Automobiles--Brakes)

YEGOROV, L.A., kandidat t ekhnicheskikh nauk; YIMOI&AYEV, A.I.
Testing and improving conitant velocitv universal joints for
automobiles. Avt. i trakt. prom. no.2:17-23 7 '57. (MIaA 10:3)
1. Moskovskiy avtozavod imeni Likhachevoo
(Automobilies--Tranamission devices)

ROZANOV, V.G., kandidat tekbnicbeskikb nauk; TFMROV, L.A., kandidat
tekbnichaskikh nauk.
Improving and standardizing air brakes. Awt.i trakt.prom.
no.3:15-21 Mr '57. (ICU 10:5)
1. Nauchno-lealedovatellskly avtomotornyy institut i Moskovskiy
avtozavod iment Likhachava.
(Automobiles--Brakes)

YICGO,#,Oy._L,~,,.-,.YJRMOLATBY, A.; MUUMUU, D.
,.Tbe M-164 motortrwk. Avt.tram 35-no.3:26-29
41T
J.Noskovekly hvtomobilln" sAyod im. I.A. Likhachaft.
(Motortruckm)
'57.
(MA 10:5)

nd.tekhn.nauk; ROZANOV, Vladimir
G~rigort~7ev!c~i-imnd~.te~khn.nauk; VISENTAKOV, N.N., kand.tekhn.
nauk, rateenzent; LUBZWS, T.D., kand.tekhn.na*, red.;
LIZHMA, TeiL, red.ix,d-va; RLIKIND, V.D., tekhn.red,
[Piston-type air compressors for motor vehicles; theory, design,
construction, and testing] Avtomobilinye porshnevye kompressory;
teoriia, konstruktsiia, raschet i ispytaniia. Moskva, Goo.
nauchno-tekhn.izd.mashinostroit.lit-ry. 1958. 235 p. (KIRA 12t2)
(lutomobiles--Brakee) (Air compressors)

L*A9O kand.11t ekhn. nauk.
"j4
"Design of automobiles" bjv B.T. GoIld. Reviewed b7 L.A. 3korov.
Avt. prom. no.1:44-47 ja 58. (MM 11:2)
1. Moskovskiy avtoxavod Imeni Likhachava.
(Automobiles--Design and construction)
(Gold, F.V.)

YEGOROV, L., inzh.
Operating pneumatic equipment of the ZIT-164 motortrucks.
Avt.transp. 37 no.11:16-20 H 159. (MIRA 13:2)
(Motortrucks-Pnouwatic equipment)

MINKIVI Matvey Lazarevicht kand. tekhn. nsuk;YEGORqVj_L.A.q kend. tokhn.
naukp retsenzent; DAVTYANq R.I., inzh.p-ied. ,; SMfICN-6-TA-1 --6.- V. p
tekhn. red.
(Starting devices for motor-vehicle engines] Punkovye ustroi-
stva artomobilInykh dvigatelei. Moskvap Gos. nauchno-tekhn.
izd-yo maahinostroit. lit-a7, 1961. 138 p. (MIRA 14:6)
(Motor vehicles-Ignition)

KUGHLI~, Rafail Viktorovi6h; LIPGART, A.A., dok-tor tekhn. naukq profegreds;
,,TWOROVI L.Ap 3awd. tekhn. naUl retsenzent; YEGORKINA, L.I., inzh.,
I -- UKULa7A-,-T.
red.,--S F., tekbm, redo
[Life expectancy of motor vehicles] Dolgovecbnost' av-tomobilei. Pod
red. A.A.Lipgarta.' M6skvaj Goo.-nauchno-tekhn. izd-vo maahinostro'it.
lit-ry, 1961. 1+31 p. I (MIRA 34:6)
(Motor vehicles)

1~
I
GOLID, B.V.~ doktor tekhn.nauk; OBOLE14SKIY9 Ye*P.9 kand.tekhn.nauk;
YEGOROV, L.A.f kd-nd.tekhn.nauk
Strength of mtor-vehicle shafts. Vest.mash. 41 no.1:22-27
ja 163.. (146tor vehicles-Tranomissioft devices) (IMIRA 14:3)

MORN. L.A - FITTIMAN, B.H.
Foreign gr,ound-effect machines. Ayt.prom. 29 no.2:44-48 F 163. --.,
(?UL 16:2)
(Ground-effect machines)

M10P.01j, tv~g
prom. no . j
WIR4 vs,6)
64.
,-av,r;hnr,-isaIadOva'~AI's'Aiy 5v ryy j uvtomotcrnvy Inst-Ituts

CC-NR. AP5023264 SOURCE CODE: UR/0113/64/000/006/0047/'048
AUTHOR: Yegorov, L. A. (Candidate of technical sciences)
ORG: NAMI
TITLE: Scientific -engineering conference on automobile reliability and life Increase
SOURCE:'AvtomobilInaya promyshlennost', no, 6, 1964, 47-48
TOPIC TAGS: automotive industry, mechanical engineering conference,
motor vehicle
AW.)TRACT: The confer
ence was held at NAMI March 24 to 26, 1964 , and was attended by
r~ore than 300 representatives from Gospfan, state committees, SSR and RSFSR ministries,
sgientiftc-research Institutes, automobile factories, related industrial enterprises, and over-
haul and repair organizations. More than thirty papers discussed among other topics, 1) the
actual life of automobiles; 2) the scientific approach to the design and testing of reliable long-
life parts and units; 3) constructive and technological measures for the Increase In reliability
and life of cars presently in production or being readied for production; 4) the quality and
lifetime of automobile bearings and ways of Increasing their lifespan; 5) the quality of metals
used In automobile production and the requirements that should be imposed on the products of
metallurgical enterprises used in car production, the quality of lubricants used for car
maintenance; and 6) requirements Imposed by foreign consumers with regard to the quality of
UDC: 629.113;063
Ljc~? rd 1/2

L
ACC NRt AP5023264
au tomobIles Intended for export. The work of the conference resulted In a series of resolu-
tions concerning measures to be taken by appropriate Institutes, factories, and administrative
authorities, These measures are described extensively in this article which contains also the
names of the authors of the various papers presented to the conference. Following the con-
ference ten working groups were established for the planning of detailed programs.
SUB CODE: 1E GO SUBM DATE: none

YEG~C~Rl-ol , I Av, Rttrd. telthn. nauk; FITTEIMAN, B."ll. , kand. tekhn. nauk
, . -
womm-~- - - m -~
(I,ITR
Information. Avt. prom. 31 no.3:44-49 Mr 165. Jt, A 18:7)

ACC NR% AP5027474 _bDVRCE tOW 'IW003~ . . . . . . 7
JD/AT
AUTHORt Yegorov, L. A.,; Medvedeva.. Z. S*
ORG: Institute of General and Inorganic Chemistry ime W. S. Kurnakov A SSM
(Institut o5sHcFi6Y_1
TITLE: Furna6e for zone melting of semiconductor material
SOURM Zavodskaya laboratoriya, ve 31, no, .11, 1965, 1416-3417
TOPIC TAGS: selting. furnace, n' metal zone meltings, semiconducting material
Iner.94-
ABSTRACT3 Tho efficiency of zone meltingYturing purification of metals and semicon-
ductors can be increased consiaerably Ey-simultanoous use of several heaters. A 9-zone
tubular furnace with nichrome wire as a heater was devised for zone melting at temper-
atures up to 12000s An 0,,8-mm nichrome wire I (see figure) was wound on an alundum tub(
2,, 500 mm long and 24 mm In diameter, Each heater.,
1 except the extreme 2,, consisted of a spiral 7 mm wide
and formed by 6 loops of wire at 5 mm distance betweez
loops and 5 cm between the zones. The coils were
7
covered from the *nv by a layer of refractory clay
-1 cm thick,, 7b decreauo heat loss, the 2 wider spirali
made up of 9 loops of nichrome wire were set at the
. ..... foe

ACC NRs AP5027474
ends of the alundun tube and the entire furnace was insulated by asbestos 3. The heat-
ers and the heat insulation were inclosed into a jacket 4, having an internal diameter
of 200 ima, The stabilized voltage,, delivered to 2 terminals 5 of each heater., was
regulated by an autotransformer RNO 250-2, amd the temperature was measured by a Pt-
PtRh thermocouplet one end of which was set into the center of one of the zones* Orig.
art* has: I fig*
SUB CODEa 3.3/ SUBM DATE& none
UU

ACC NRt
AP6oo6517 (A) SOURCE CODE: UR/0113/65/000/011/0031/0035
Shoykhet, B. M.; Yegorov, L. A. (Candidate of technical sciences); Fitterman,
;B. M. (Can'didate of technical sciences)
ORG: NAMI
A
ITITLE: Some data from research on a full-scale automobile model with partial air
!cushion wheel load relief
SOURCE: Avtcmobillnaya promyshlennost', no. 11, 1965, 31-35
TOPIC TAGS: air cushion vehicle, light motor vehicle, vehicle engineering, perform-
ance test
ABSTRACT: The authors present the results of a study carried out at the Central
"Order of the Red Banner of Labor" Scientific Research Institute of Automobiles and
Autmobile Engine on a full-scale experimental model to determine the effect of an
air cushion on the characteristics of a wheeled motor vehicle. This model consists
L
of an automobile with a 4x4 axle arrangement and a unit for relieving wheel load (see
figure). The unit for relieving the wheel load is a simple chamber type air cushion
consisting of the following parts. a chamber with a flexible curtain (1). two axial
blowers (2) and the blower motor (3). The area covered by the air cushion is 7.37 m2.
The curtain can be lowered or raised by hand operated controls. Two intake lines (7)
F
Card 1/3 uDc: 629-113-9-001.

L 42925-66
MCCNRt Ap6oo6517
bring the air to the blowers which then
force it into two angular air ducts (8).
The entire model was built using exist-
ing parts used for the zAz-965 and
MZMA-407 light automobiles. The model
was tested on wet loam and sandy beaches.
The tests were designed to determine the
basic traction-power and delivery-expen-
diture characteristics of the model. The
test program included determination of
the initial parameters for estimating
ground mobility, rolling resistance, con-
tact forces between the wheel and the
ground and resistance of various parts
of the-curtain to motion over waterlogged
ground. In'comparing ground mobility of
the model, the air cushion was used at
,various pressure values. The first full-
scale tests show that the control of the
vertical load on the wheel by using the
air cushion makes it possible to insure
maximum traction on surfaces with low load

/17

L 42925-66
ACC Nk, '___AP6o065l7
Jcapacity. Certain disadvantages were encountered in the buildoz(X effect of the cur-
t I
;'tain. This caused considerable resistance of the curtain to motion and the blowing
iout of its lower edge increasing air expenditure. A need for further study and de-
ivelopment of flexible curtains is definitely shown by the results of this study-
"Future curtains should be able to hold in pressure from the chember side but should
lalso be able to encounter obstructions without setting up resistance, and a mechanism
!should be developed for adjusting the height of the lower edge of the curtain. Orig.
jart. has: 5 figures, 2 tables, 12 formulas.
SUB CODE: 13/ SUBM DATE: None/ ORIG REF: 008/ OTH REF: 001

L 15014--65 FWA G.-VEWT (1) /EEC W AFWL/SSI)/ASD (a) -5/RA.EM (c) /FSD (c) /F.ST) (dp)
ACCI-;,',S ION NR: AP4040046 S/0057/64/034/011/2038/2043
AUIROR: -)(pa2rov L,,k. ; Lukasliev, A.A. ; N i tochicina, B. V.
TIM: Investigation of the spectral sensitivity of semiconductor detectors to
pulsed x-ray
SOURCM: Zhurnal toldinichoskoy fizilti, v.34, no.11, 1964, 2038-2043
TOPICI TAGS, semiconductor device, radiation detector, pulsed radiation, x-ray do-
tact:-Lon
ABSTAMM The authors have investigated the response of solid state radiation de-
tectors to short x-ray pulses with intensities up to 109 erg/cm2 sec. The x-ray
equi,Pment has been described elsewhere (A.A.Lukasliev, ZhTF 31,1262,1961); it pro-
vided 10-7 sec pulses of 30 to 1100 keV x-rays with a mean pulse intensity of 3 x
x 107 erg/cm2 sec at 1 n, from the anode. The intensity at the detector was varied
by varying the tube-to-datector distance. Type p-n germanium and types p-n and p-i-
n silicon radiation detectors were investigated. /iTbstra--ter's note- The detectors
are act further described nor ident.Lfied2 The r-esistance in the detector circuit
was approximately 100 ohm, and the output signal was observed with an oscilloscope.

L 190)4-65
AM:32SION N;-.: AP404S"-G
The spectral sensitivities were determined by measuring the absorption curve of
iro;i. The intogral equation relating the raeaSUI-ed absorption curve, the llmnun spec-
tra'. intensity distribution of the source, ,.trd the absorption coefficient of iron
was solved by the method of L.Silberstein (Phi 15,375,1932) . The response
of Lie detectors was found to be proportional to the intensity up to the highest
intinsities employed (109 erg/cM2 see). Absolute sensitivities were determined by
com)-arlson with detectors of known sensitivity. The sensitivities to approximately
100 `.ekf radiation wore close to the values calculated by A.Shalpy*kov and Yo.111.1.n-
ban:)v \Sb."Nokotory,,ye voprosy* prikladnoy fiziki"'p.3G,Izd.AIT UzSSR,Tashkent,1961),
and lor som.,c silicon detectors they were as groat as 10-16 A cm2 sec/photon. The
s-)e-_zr%l sonjitivity was found to be proportional to the product of the absorption
coct"Aicient of the dotector material and the photon energy. The spectral sensitivi-
ty )f the- Cera"nium detectors decreased rapidly with increasing photon energy in
the region from 30 to 100 koV; that of the t3ilicon detectors was nearly indclx)n-
dent o1 photon onerGy (within 200,0) over thn whole range from 30 to 600 kcV. Sili-
con detectors should, accordingly, be useful for a number of applications. Orig.
art.has: 9 formulas and 3 figures.
2/3

L L9021t-65
ACC3SSIGN Nil; AP-1049001G
:none,
Sua"di'MID: 21r-eb64 LNCL: 00
SUB CODE: ECI OP NR REF SOV: 010 OTHER: 004
m 7
3/3

YEGOROVI L.A.; MEDVEDEVA, Z,S.
Furnace for zone reginement of semiconducting =ate-rials. Zav.
lab. 31 no.11:1416-1417 165. WIRA 19: 1)
1. Institut obshchey i neorganicheBkoy khlmii imeni Kurnakova
AN SSSR.

_._'r'_4O8o-;66- EwT(1)/FWT(M)/T/aiP(tl/JW(b)/EWA(h)/94A(6)-- IJP(c)- -JD/AT
so
ACC NR, AP5025 0 1 uRcE F
ALMIOR: Yegoro~, L. A~q,"%M;e'dvedeva, Z. S
ORG: Tnotitute of General and Inorganic Chemistry Iblo H. G, kurnakov Academy of
Sclencen SSSR. Institut ob.shchey i neorganic 'khimii Akademil nauk SSSR)
heakoy
,TITLF- fforlzo~ntnl unit for growing single crystals of gemlconducting materialb by
Ahe Bridgman method Yt
Nt
GOURCB: AN GGSR, Izventiya. Neorpnicheeklye materialy,'v. 1, not 9, 1965,
16po-1621
TOPIC TAGS: semiconductor.. single crystal, single crystal growing
ABSTRACT: A simple horizontal Bridgman-type unit for growing structurally more per-
fect crystals of semiconducting materials melting below 1200C by oriented crystalli-
zation has-been developed. The unit is diagramed and described in the source, and it
deacription of the crystallization prodedure is iLlso given, The unit can be used for
growing, from- the liquid phasej both elemental and compound semlconductors such as InAs,
Inge press re
jq6r In2Se3 with.given carrier concentrationi.provided that their vapoi
at the mp in below I atm. OPig. art. hast 2 figures4
2%r65/- 6RIG REF. 600/ ATH REPi 000/~ ATD PRESS.i
SUB CODE! 88 bUBM DATE!
Pi V W.
Card

IGkAi~=, A.
E.) YEGORaV, L. B., KHALUPA, B.
and CHULTEM, D.
"Investigation Depolarization of Negativd-ii" Mesons in Liquid Hydrogen,m"
paper presented at Annual International Conference on High Energy Phaysics,
CERN, Geneva, 30 Jun - 5 Jul 58-

IGNATENKO, A. E., YEGOROV, L. B., KHALUPA, B. and CHULTEM) D.
"Measurement of Negativell Mesons Depolarization in Meeic Atoms of Carbon,
Oxygen, Magnesium, Sulfur, zinc, Cadmium and Lead."
paper presented at Annulal International Conference on High Energy Physics,
CERN, Geneva, 30 Jun - 5 Jul 58.
Laboratory of Nuclear Probelems, Joint Institute for Nuclear Research, Dubna, USSR

24(5)
AUTHORS: Ignatenkoy A. Ye.9 S07/56-35-4-9/52
Khalupap B.t Chultem, D.
TITLE: Investigation of the Depolarization of Negative(q-Mesons in-
Liquid Hydrogen (Issledovaniye depolyarizatsii otritsatellnykh
p-mezonov v zhidkom. vodorode)
PERIODICALs Zhurnal eksperimentallnoy i teoreticheakoy fiziki, 1958,
vol 35, Nr 4, pp 894-898 (USSR)
ABSTRACT: The investigation of the capture of polarized negative iz~
yons in
hydrogen furnishes data concerning the form of weak myon-nucleon
interaction (Refs 1-3). The myon absorption process on protons
develops according to ~'-+ p4n +Y . Thus, investigation of the
angular neutron distribution of this reaction according to the
formula cv(8) - 1 + ap cos 0(fl-asymmetry coefficient of neutron
angular distribution, 0-angle between the direction of neutron
emission and myon spin, a - the degree of polarization of-myons
in mesic hydrogen) should supply information concerning the
form of interaction. The present paper, which deals with the
experimental investigation of myon polarization in liquid
Card V3 hydrogen, was carried out on the synchrocyclotron Obl'yedinennyy

Investigation of the Depolarization of Negative SOV/56-35-4-9/52
~M-Mesons in Liquid Hydrogen
institut yadernykh issledovaniy (United Institute for Nuclear
Research). After a short theoretical explanation of possible
(ICH)-processes, the experimental arrangement is.described and
results are discussed. The angular distribution of the ele~3trons
(~u- e -decay) was measured by means of scintillation counters;
within the error limits isotropy was determined. The degree of
polarization of myons in mesic hydrogen, which was calculated
according to the results obtained by measurements of angular
distribution, is less than 2,5%. The complete(a--meson
depolarization is explained according to Ya. B. Zelldovich and
S. S. Gershteyn (Refs 7-9) by the fact that the myon should
jump from one proton to another, simultaneously with transition
to the hyperfine structure ground state. According to this
mechanism also the mutual transformation of ortho- and para-
hydrogen is possible. As, however, the M--mosons are subjected
to total depolarization, it is impossible to draw conclusions
on the basis of measurement of neutron angular distribution
of the process a- + p-*n + y , as to the form of interaction
between a negative myon and nucleon. In conclusion the authors
Card 2/3

,Investigation of the Depolarization of Negative SOV/56-35-4-9/52
#-Meeons in Liquid Hydrogen
thank Ya. B. Zeltdovich, Academician, and S. S. Gershteyn
for their help and discussions, and they expressed their
gratitude to V. B. Belyayev and B. N. Zakharlyev for their
discussions and their constant interest in this work.
There are 1 figure and 15 roferencou, 7 of which are Soviet.
ASSOCIATION: Ob"yedinennyy institut yadernykh issledovaniy
(United Institute for Fuclear Research)
SUBLUTTEDt MaY 5P 1958 (initially) and July 14, 1958 (aftor rovision)
Card 3/3

5 SOV/56-35-5-10/56
AUTHORS: 1,-,natenko, 4'.. Ye., Yegorov, L. B.) Khalupa, 71., Chultem, D.
. . .... . .................................*............................ *"**
TTTLE The Measitrament of the Polarization of Ife,,;ati ve It-Mesons
in Meoic Atcmn of Cnrbon, Oxyl',en, Mv,-neslum, Sulfur, Zinc,
Cadmium, and Lead (I7,mureniye pilyarizataii otritaptelln-ykh
~L-mezonov v T.-.ezoa'4omakh ti-leroda, kioloroda, nagniya, sery.
tainka, kadmiya i svint3a)
PERIODICAL: Zhurnal eksperimentallnoy i teorotiche3l:oy fiz'-kl, 1955,
Vol 35, ITr 5, pp i131-11.3~~ (USSR)
AMTRACT: An investigation of the angulor distributions of neutrons
originatino from the ?)rrcjsq 4" + p .- n + V (capture of
polarized muons ift liquid hydrogon) would cffer a possibiliLy
of obta-inin,-,information con-c-ernink-, the form of weak muon-
nucleon interaction (Refs 1: 2). A5 was, however, shown by
experiments (Ref 3), this ic'not possible because of the total

n.theoretical inve-oti'-ation (Ref 211
depolarization of.muons. A
of the capture of polarized nl=3 by li.,,-ht nuclei shows,
however, that by measurin--'the ah6-ular distribution of neutron~-~
with energies in the upper,part of the .9pectrum it is possible
to determine the nature of interactioa. The formtila for anL--,izlar
Card 1/4 distribution is W(Q) - 1 + ap-I cos 0. Herefrom it folloviss that

S011156-35-r-101n.6
T'hip Measlurement of th-~; Polarization of Ile-a'ive L-I!C~sons in Yesic
of Carbon, 0-1yren, Magnesium, Sulfur, Zin~', Cadmium', and Lead
11
inve3ti,gation cf neutron angular distribution should be
preceded by measurement of muon polarization in the mesic
atoms as viell as by an investigation of neutron depolarization
in nuclear matter (in the formula P denotes the asymmetry
coefficient of an~~ular distribution, the amount and sign of
WhIch depondri on Uie form of interaction, 0 - tho A11(r.10 bu-
tween the direction of neutron eninr3ion and the spin of the
muon, a and 7 - coefficients connected with polarization and
depol.arization respectively). Within the framerorkcf this
investigation program, the present paper describes muon polari-
zation measurements carried out in various substances. De-
termination of polarization was carried out by measuring the
anisotropy of the angular distribution of decay electrons by
usina the apparatus described by reference Aluminum filters
were used for the purpose of slow~PC-down pion3 and muon-a.
The target had a size of 15-15 cm and its thickness correspond-
ed to 2-6 glCM2; the target was inclined towards the axis
of the.meson beam at an angle of 450. The pol~ethyiene filter
C,,rd 2/4 between the counters corresponded to 4-8 9/cm . For C, 0, Al-,
C.)

SOV/5i'-3~-5-10/56
;L--Me3(,,ns in Ifes
Moa2urement of the Polarization of Ne-,
of Carbon, Oxygen, Magnesium, Sulfur, Zinc, C_-dnium, and Laad
and S the asymmetry coefficient a van determined Jkn the electron
angular diatribution T(O) - 1 + a cos 0 by inventigatin-r, the
dependence of' the number of eleotrona on the voltage of the
11-fiold in -,Ailch the tnrget w4ia loraLed. For Zn, Cd and Pb
a was determined by determinin.'-- the nurber of electrona at
I, and 11 . , correoponding to the maxivaim and minimum of
max 117 1 n I
electron intensity on the precioion curve
tj
t
I(II) I + a cos(2rft) + 0 (it. TIGSUlLS Of J)Olill
4
-ation determination: C: 14 + 4
0: 15 + 4
M~~:20+ 5
3: 15 + 4
Zn, Cd, Pb: 19 + 7
Card 3/4

SOV/56-35-5-10/56
The Measurement of the Polarization of Negative ji-Ifesons in Mesic Atoms
of Carbon, Oxygeni Magnesium, Sulfur, Zinc, Cadmium, and Lead
These values give muon polarization in '/~. In substances in
which nuclear spin is equal to zero, muon depolarization can
be explained mainly by spin-orbit interaction during the forma-
tion of mesic atoms; partly it may also be explained by the
effect produced by the magnetic field of the electron shell
of the atom on the muon during its life on the K-orbit. There
are I figure, I table, and 11 referencC3, 4 of which are Soviet.
ASSOCIATION: Ob"yedinennyy institut yadernykh issledovaniy
(Joint Institute of 17uclear Research)
SUBMITTED: May 31, 1958
Card 4/4

M.Bloo,M,8300,24.6ioo, 76963
24.6200,24.21001, SOV/56-37-6-3/~5
AUTHORS: YEgorov, L. B., Ignatenko, A. E., Chultem, D.
TITLE: Effect of the Hyperfine Structure on the Polarization
of ~L-Mesons in Mesic Atoms
PERIODICAL: Zhurnal eksperimentallnoy i teoreticheskoy fiziki,
1959, Vol 37, Nr 6, pp 1517-1523 (USSR)
ABSTRACT: A study was made with the aid of scintillation counters
of the angular distributions of the ~C_meson decay
electrons from aluminum, phosphorus, and carbon mesic
atoms. It was shown that because of the interaction
of the hyperfine structure there was a decrease of the
-meson polarization. These results accord with the
theoretical calculations provided that the depolarization
exclusively on the K orbit of the mesic atom is taken
into account. A comparison of the results of the meas-
urements for phosphorus with the results previously
obtained for liquid hydrogen (cf. A. E. Ignatenko, L. B.
Card Egorov, B. Khalupa, D. Chultem, Zhur. eksp. i tearet.

Effect of the Hyperfine Structure on the 76963
Polarization of ~L-Mesons in Mesic Atoms SOV/56-37-6-3/55
fiz., 35, 894, 1958) showed that the complete
depolarization of -mesons observed in hydrogen
cannot be explained only by the interaction between
the fine and hyperfine structures. The explanation
would require the assumption of an additional
mechanism (such as the ,jumping" of a &-meson from
one proton to another with concurrent ransition of
the hyperfine structure to the ground state). All
experimental data on the depolarization of ~C_mesons
in various substances can be explained theoretically,
if it is assumed that in the mesic atoms of metals
the electron shell does not affect the depolarization
of 11-- mesons. The presence of a fine*and hyperfine
structure In mesic atoms was confirmed and this again
indicated that the electromagnetic properties of
mesons and electrons are similar. In experiments
with phosphorus the observed reduction of precision
frequency in the mesic nucleus spin by a factor of
2 as compared with the precision frequency of the
Card 2/3 free 4 -meson spin indicates directly that the spin

Effect of the Hyperfine Structure on the 76963
Polarization,of ~L-Mesons in Mesic Atoms S011/56-37-6-3/~5
of a negative -meson is equal to 1/2. There is
1 graph; 1 tMiLe; and 11 references; 6 Soviet, 5 U.S.
The 5 most recent U.S. references are: M. E. Rose,
Depolarization precesses for negative mu-mesons,
preprint Oak Ridge Nat. Lab., 1958; H. Uberall.
Hyperfine splitting effects in the capture of polarized
mesons, preprint Carraegie Inst. of Technol., 1959;
B-ernstein, T. D. Lee, C, N. Yang, H, PrimakoTf. Phys.
Rev., 111, 313, 1958; R. Gat-win, L. Lederman, M. Weinrich.
Phys. Rev., 105, 1415, 1957; V. Telegdi. Proc. of' 1958
Ann. Intern. conf. on high energy physics at CERN, p. 250.
ASSOCIATION: Joint Inst. Nuclear Research USSR (Obledinenyy institut
yadernykh issledovaniy, SSSR~
SUBMITTTED: June 7, 1959
Card 3/3

IGNATENKO, A.Ye.;KUPTSOV., A.B.; LI SUANG-MING; PLM%LSKU) M.G*j-jE-0-O_ROV~, L.B.j
ZHURAVLEV., G.V.
Spin dependence of weak interaction in the process A47 + p --v " v
Dubgia, Izdatellskii otdel Oblledinannogo in-ta iaderrqkh issledo-
, va.nii, 1961. 13 p. (No subject heading) (MIRA 14:10)