SCIENTIFIC ABSTRACT NELEPETS, V. S. - NELIDOV, V. A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001136510004-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 14, 2001
• Sequence Number: 4
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

NBLIPBS ZRKOVSKIY,
kandidat tekhnicheakikh nauk, dotgent; BZIAM
Inshener; BOGONOWTA, A.F.. red&ktar; GLAXLKH, N.N., telchni-
Cheekly redaktar.
[Principles of radar] Osnovy radiolok:atsii. Koskya, Goo. Izd-vo
oboronnoi promVehlennosti, 1954. 303 P. OEM& 8:1)
(RAdar)

Neiepets, Vaji~iy Stanislavovlc~ I.-.//~
I i . -1-1
.1,4
Ariterry metrovykh voln gwric
wave anternas7 Moskva, Voyeriz(1;j7t,
1,57.
70 p. ii,us., riiaf-rs. ( Etl-;~oloi~a-
,.sionr aya T Ard~ika)

PHASE I BOOK DPLOITATION 814
Nelepets, VasIlly Stanif3lavovich, Docent, Candidate :,f
Sclenoes Arime-nny metrovyk~_ -vo n (Meter-wave Antennas) Ycscow,
Voyen . izd-vo M-va obor. SSSR, 1957. 70 P. (Series: Rad I c -
lokatsionnaya tekhnika) No. of copieB printed not given.
Ed..- Karu3l, A.P., Engineer-Major; 7~ech. Ed.* Mednikc-ia, A.14.
PURPOSE: This bro,,hure is addressed to officers engaged In tne opera-
tion of radio communications equipment. It may also be used by
r,-,aders desiring detailed Information on the operation of the .3ep-
arat-a urills and (-tomponents of radar equipment.
COVERAGE: The brochure is part of a series published by the Military
Publishing House and entitled "RaJlolokatsionnaya tekhnika" (Radar
T.~!chnique).A list of the various titles constituting the s~rlea Is
given on t.he inside back cover of each brochure. The present work
Is a popular treatment of the physical processes taking piace Jn
meter-wave. antennas. The basic properties and oarameters of such
antennas Eire given as well as somp information on meter-wave rada-
atennas. No personalities are mentioned. There are no references.
Card 1/~2

Meter-wave Antennas B14
TABLE OF CONTENTS:
1. General Information on Antennas
2. Radiation of Electromagnetic Energy by an Antenna
3. Basic Properties and Parameters of Antennas
4. Half-wave Antennas
5. Multielement Arrays
6. Data on Radar Antennas
AVAILABLE: Library of Congress (TK65.9o.A6N4)
JP/whl
11-21-58
2
4 o
60
Card 2/2

PHASE I BOOK EYFLOITATION
SOV/5133
Nelepets, Vladimir Vasillyevich, Engineer, and Vasilly Stanislavo-
vich Nelepets, Engineer, Docert, Candidate of Technical Sciences
Impul'snyye rezhimy v radiotekhnicheskikh tsepyakh (Pulsed Operat-
ing Conditions In Radio Engineering Networks) Moscow, Voyen.
izd-vo M-va obor. SSSR, lqbO. 181 p. No. of copies printed
not given.
Ed.: F. I. Barsukov; Tech. Ed.: G. F. Sokolova.
PURPOSE: The book is intended for students of military schools and
tekhnikums and for persons concerned with the operation of
radio facilities and other pulsing systems.
COVERAGE: The book describes physical processes occurrlng in vari-
ous radio engineering networks under pulsed operating con-
ditions. It deals with a variety of problems connected with
the generation, conversion, and amplification of pulse signals.
Calculation by means of higher mathematics has been avoided,
which enables the general reader to make use of the book. Chs.
Car~&--1/4

Pulaid Operating Conditions (cont.) SOV/5133
I and III were written by both autho:*s and the remainder by
V. V. Nelepets. The authors thank 1. D. Sidorov, Lt. Colonel,
and V. F. Skiter, Engineer, Lt. Colonel, for reviewing the
book. There are 12 references, all Soviet.
TABLE OF CONTENTS:
Introduction
Ch. I. Basic Conceptions of Pulse Technique
Pulsed operating conditions
Pulse shapes and pulse characteristics
Pulse frequency spectrum
Ch. II. Transients In Electrical Networks During
Shaping and Conversion of Pulses
Transients in networks containing R, C and R, L
Transients in networks containing R, L and C
Transients in lines with distributed L, C, and
the
R parameters
3
4
4
6
10
19
19
27
34
Gavd-21/4-

NELMTSj__ygpjjj,y.
,-S-tunial&mjch,, kand. tekhn. nauk, dots.;
---- - STEPANENNO, Vladimir Danilovich, kand. fiz.-mat. nauk, dot.s.;
KUKULIN, V.S., otv. red.; VLASOVA, Yu.V.,, red.; SERGE-fn',
A.N.p tekbn. red.
[Use of radiolocation methods in meteorological observations]
Radiolokatsionnye metody meteorologicheskikh nabliudenil.
Leningrad, Gidrometeoizdat, 1961. 174 (WAA 15:4)
(Hadar meteorology~*

69267
SCIV/112-59-17-37505
Translation from; Referativnyy zhurnal. Elektrotekhnika, 1959, Nr 17, pp 235-236 (USSR)
AUTHORS: Kornilov, S.A
TITLE: Experimental Characteristics of the Reflex Clystron as a Regenerative Micro-
wave Amplifiert,
I
PERIODICAL-. Nauchno-tekhn. inform. byul. Leningr. politekhn. in-t, 1958, Nr 5, pp 40-47
ABSTRACT: Results of a study of operating characteristics of regenerative VHF-ampli-
fiers on reflex ciystrons of 3 cm and 10 cm band are cited. The measurements
In the 10 cm band were carried out on clystrons with an outside resonator;
the regulation of the feedback factor was performed by the change of the
beam current. The measurements in *,~he 3 cm band were performed on clystrons
with inside resonators; a special device for reduction of the loaiied cir-
ct,it quality was used. The obtained values of the amplification :oefficient
,Lrid graphs of dependence of the pas13-band of the amplifier on the amplifica-
tion coefficient are supplied. The maximun attainable amplification for
" ystrons of both types is approximatelY 30 - 35 db. On the clys-.ron of th,~
3 cm band it was possible to obtain a pass-band of approximately 10 Mc at an
Card 112 anplifi~iation of 10 - 15 db. The sensitivity of clystrons of both types was

6926)F
SOV/112-59-17-375,0-5
Experimental Characteristics of the Reflex Clystran as a Regenerative Microwave Amplif i(-,-
approximately 10-11 - 5 . 10-12 w. Conditions regarding the stability of power sources
are discussed. The behavior of amplifiers at hie.. levels of the input signal was studieu.
A satisfactory agreement of experimental data with.the conclusions of the theory, de-
~-~`-oped by one of the authors, is pointed out.
S.A.A.

PHASE I BOOK EXPIA)ITATION
SOV/513.3
_j!elepets, Vladimir Vasillyevich, Enjaneer, and Vasiliy Stanislavo-
_ Viii-7 - -D66-6-ht, Candidate of Technical Sciences
, Nelepetil
ch J&gfziieiP
Impultsnyye rezhimy v radiotekhnicheskikh tsepyakh (Pulsed Operst-
Ing Conditions In Radio Engineering Networks) Moscow, Voyen.
izd-vo X-va obor. SSSR, 1960. 181 p. No. of copies printed
not given.
Ed.: F. I. Barsukov; Tech. Ed.: G. F. Sokolova.
PURPOSE: The book in intended for students of military schools and
tekhnikums and for persons concerned with the operation of
radio facilities and other pulsing systems.
COVERAGE: The book describes physical processes occurrIng in vari-
ous radio engineering networks under pulsed operating con-
ditions. It deals with a variety of problems connected with
the generatLons conversion, and maplification of pulse signals.
Calculation by means of higher mathematics has been avoided,
which enables the general reader -to make use of the book. Cho.
Csrd .106W.

;TLI]
Lit!
Mi
4~
If
A ip
~21
-Wkgam
UH~
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~r4lll'z-~~L--I~r ~fi
I-Ino-i-T
I'll-, M-1-af
T T

M IN, R.A.. inzhener.
D7mmics of an automatic control srstew having power feedback
allowing for coulomb friction. Rnergomashinostroenie 3 no-9:25-29
S '57. (MIRA 10:10)
(Automatic control)

;-'OV/24-5,
AUTHOR: Nelepin. R.A.. (Lenin6rad)
TITIZ: The Dynamics of Indirect Control with Allowance for
Coulomb Friction in the Throttle and Servomotor and for
L~aturation-Type Nonlinearity in tLe 6Ervomotor (J-)inamika
nep--ya.mogo regulirovaniya pri uchete kulonovskogo
treniya v zolotn-ikr-- i servomotore 1 nelineynoy
kharakt-eristiki servo=tcra tipa nasyshcheniya)
PFaRIODICAL.Izvestiya Akademi-i Nauk SOSSR, Otdeleni,ye Tekhnicheskikh
Nauk. il,nere~etika i Av-tomatika.1q5qINr A,pp 617--n~ (USSR)
ABSTRACT: The pei-t--rbed metion of a control system described by a
se-c of equations that contains no inertial term is
conside.red - Eq i. The :Lnertial terms have been
eliminated by a method thai: is not given (see Andronov
(Ref 1) where the "point transfoims" method is
elaborated.)., The system is that of a s-~~rvo used to
control some other object. The phase tra3ectories are
given (Fig 1) and the equari3ns appli-~.able to various
areas in the pha6e pla!ia are listed systematically.
Three figures (3a, 3b and 3B) are given that --an be used
CanI 1/2 as nomograms t,) find the re6i3ns of absclute stability

I I
z;()V/24-59-1 -9/35
Vie Dynamics of Indirect Control with Allowance for Coulomb
Friction in the Throttle and Servomotor and for Saturation-Type
Nonlinearity in the Servomotor
for any such system; they are constructed in parametric
form. The treatment is otherwise of standard type.
There are 5 figures and 3 Soviet refercences.
SUBMITTED: 14th April 1958
Card 2/2

(/d 1~11 113 -2 / 13 C/ 0/
(Leningrad
85650
B019/Bo6~x
AUTHOR: Nelepin, R A.
-- ---------
TITLE: The Theory of Some Systems for the Indirect Controlt~
Some Essential Non-linearities
PERIONCAL: Avtomatika i telemekhanika, Vo' No.
TEXT: Simplified systems with non-linearities- such as hyst.?resis, dead
zones, and saturation effects, were stud:ed For the systems consid-?rel :t
is assu,-ned that the object is described by the equation. Ta~ - k?
the pickup by the equation y-r. * b signs (2), and the servo-
motor ifith a dead zone and a limited power by the equation
T c signq ~ )Ta and T9 are the time --onstamts of the ob.,e,~t
and the servo-motor; is the self-balancing coefficJent; 1 is the '-r-
k I
regularity factor of the pickup; 8 is the feedback coefficient factor;
and b and c are the coefficients of insensitiveness, Equation.3 (1) - (3.)
describe such types of controllers as are installed in appara--.us of
Card 1/5

The Theory of Some Systems for the Indire-_,t S/ ', 0 3, 60/ %D2 8/ CZ7, XX
Control With Some Essential Non-linearit4es Boig/B063
TsXTI imeni 1. 1. Polzunov, VTI imeni F. E Dzerzhinski , and T 13NT: imeni
A~ N Krylov The phase-space representation introduced in con,.-ol theory
by A. A. Andronov and his collaborators is used to study th,_s s,rst-m.
;T a ~ Ta
Using the relations a , 0, d 0 (for k ~ 0),
T, Ts 11 yk2 Ts
d a 0 (for k < 0), and G = yc/b >
I yk 2T 0, the phase-space s --:vided
into the reFionB corresponding to the various kinds of motion. "he limitq
of the various regions are exactly determined. The represented ;;hase
space shows that Coulomb friction in the valve has a negative e`fect Cn
stability- The dead zone of the servo-motor and the non-lineari-:y of
eaturation have a positive effect on stability for a steady ob,~oc' :k
and a negative effect for an unsteady object (k /. 0) Finally, *-.h-? oelf-
excitation of such oscillations is discu,3sed, wh-,;-h usually do tint meet
the operating conditions. Experimental results show that the neglect of
the inertness of the control devic,!s is fully Justified in the present
Card 2/3

The Theory of Some Systems for the n~iirect 3,;.103/6o/02',"006/C)l~3//027/'XX
Control With Some Essential Non-linu-ir tie3 B019/Bo63
theory. There are 5 figures, 5 tables, and 10 refererices: i) Soviel.,
I French, and ' US.
Card

8/588/61/000/004/*01-1./Oll
D234/1)30-41
AUTHOR: Nelepin, R.A.
TITLE: Dynamics of indirect control with variable velocity
of the servo motor, taking into account the Coulomb
friction in the valve and the motor
SOURCE: Avtomaticheskoye upravleniye i vychlslitel,naya
tekhnikak no. 4, Moscow 1961, 355 - 383
TEXT: Inertial forces of the controlling devices are neglected-
The object of control may be stableg unstable or neutral.. The con-
trolling device may have a rigid feedback, positive or negative, It
is found that the system can be absolutely stable, unstable, have
natural oscillations or be stable for certain small (but f:.nite)
initial deviations and unstable in case of larger initial devia-
tions. The division of the space of essential parameters of the By--
stem into domains corresponding to these typees of motion, is dis-
cussed in detail. A system of equations is derived for the limits
of the doamin of absolute stability, and numerical solution of the-
Card 1/2

S/588'61/000/004/0'1/011
Dynamics of indirect control with D2347D303
se equations is represented on graphs. The results for particular
cases coinc:.de with those obtained previously The limits oi' -the
domain of absolute stability are found to depend only on thE: ratio
of the Coulomb friction in the valve to that in the servo motor- Ve
If the object is stable, the domain of stability becomes wider when
this ratio increases. Parameters of limiting cycles of the case of
possibility of natural oscillations and the conditions of mcnotony
of the transition process are derived- There are 14 figures. 1 ta-
ble and 13 Soviet-bloc references.
Card 2/2

UELFFIN, R.A. (bentirigrad)
I
Or autonji'Li. L~Yst~--Ms L7 a ":*Osz'
f pjruaot--' i c--&:-,e. Iz,.. MI Tokt~. kib. no.6;11-, .1
8 ct c t lo n I r, i!, ~~*
12r, H- D I .,. . (MiRA 18~3)

MRIOTN, E.L
"t iot ariblysis of, -4yrt..Mj two n-inj~near, el-3ma=--,.
,, ..r . _ f&.
achet. zav. ; radl,)f ! z, 8 n,- 3'.'57 9-518 165,
i. j-!,pk --p - -~ I

K~~FIN, R.A.
St-idy of high-order nonlinear automatic ffystems b,' ac-,=a'r-_
me,-hods. DokI. AN SSSR 161 nr 4:771-173 Ap '65. IMI,:;,~, IF-
1. Submitted October 29, 1~~,4.

il,-~ I P,: -1) 1 , R , I . ( i p r, 1 n g
, r-tic )
1;8e of' %he me thod of' 3 -xcf- ti,)-o 4J n st np ~~Ir- ,
0! a class of cont !")1 '113 . , , v ~.. 'i
. r-7.~
I C'. (-,- 1 '3 3 It-5. ~*Y-.t o: -,

L
ACC NR, IV6()18"7- SOURCE CODE: UR/0141/65/)08/003/0579/0588
AUTHOR: Nelepin, R. A.
ORG: none
TITLE: Kx8ct methods for 1he otudy of -;ystein-3 ~-rith '-.wo nonline:ir elements
SOURCE: IVUZ. Radiofizika, v. 8, no- 3, 1965, 579-588
TOPIC TAGS: nonlinear automatic control system, tr-insformation, second
order equation
ABSTRACT; A method for the analytical investigation. of certain types of non-
linear automatic systems is proposed, based on the study of a serieu of
specially chosen cross-sections within the parameter space of the system.
Within these sections the original n-th order system, is converted by an
ordinary linear transformation Into a set of first and second order equations
mutually coupled in such a manner that they may be successively intograted pro-
vided some of them can be viewed as inhomogeneous ones. The problem is thus
reduced to the much simpler and well known first and second order problem.
Orig. art.. has: 38 formulas. [JPRS1
SUB CODE:: 12 / SUBM DATE: 17Aug64 / ORIG REF: Oll / OTH REF: 001
UDC: 62-501.3

30 BC
-- 8009416 SOURCE CODE- UR/0020/66/1"/006/1312/1314
AUTHOR: Nelepin, R. A.
ORG: None
MIX: The synthesis of nonlinear control laws
SOURCE: AN SSSR. Doklady, v. 166, no. 6, 1966, 1312-1314
TOPIC TAGS: nonlinear control system, automatic control theory, control circuit,
circuit design
ABSTRACT- One of the problems of automatic control is the determination of nonlineartties
(mostly in serv-D systems) and its compensation. Particular nonlinearities should also be
incorporated Into the laws of motion if one wants to perfect the dynamic properties of the
system under consideration. Some of these problemn were solved ear.Aer (see, c. g., M. 1.
Rabinovich, Izv. vyssh. uchebn. zav., Radiofizika, 5, No. 5, 998, 1962; V. A. Zamsicov,
B. M. Makar'yev, Izv. AN SSSR, Tekhnicheskaya kibernetika, No. 6, 60, 1963). The present
article investigates another approach based on explicit analytical methods as applied to an
automatic system of the n-th degree. The discussion is carried out for the example of a
control system shown in Fig. la which is subsequently improved by taking Into account the
nonlinearities NE,, NE 2f and NE3 of the local feedback, general feedback, and the overall
C.rd 1/2

L 31530-66
ACC NRi "6009416
control signal, respectively, as shown in Fig. 1b.
Fig. 1 A control oyatem (a), with
associated nonlinearities (b).
-71 P
L
b
The new method may prove useful in motion control requiring a higb degree of accuracy and
employing complex laws of control. The paper was presented by Academician Petrov, B. N.,
7 May 65. Orig. art. has: 11 formulas and I figure.
SUB CODE: 09 P 13/31UBM DATE: 06May65 / ORIG RE F: n06

AUTHOR DOVZHERKO 0.1., NELEPO B.A.P NIKOL'SKIY $.I. PA - 2957
TITLE The Energy Spec rum of Myons in the Broad Atmospheris Showers
of Cosmic Rays.
(Energeticheakiy spektr Myonov v zhirokikh atmonforicheakikn
livayakh koemicheakikh luchey.- Russian)
PERIODICAL Zhurnal Eksperim. i Teoret. Fiziki 1957, Vol 32, Nr 3,
PP 463 - 466 (USSR).
Received: 6/1957 Reviewed: 7/1957
ABSTRACT The authors carried out experiments for the determination of
the shape of the energy spectrum of myons at three different
digtanoes from the axis of a broad atmospheric shower in the
Pamir (3660 a sea level) in the fall of 1954. Besides, they
compared the spectra of myons in showers with different primary,
energies. The energy of the myons was determined from their absorp-
tion in lead and in the ground. The general scheme of the ex.-
perimental order and the section of the pit dug into the ground
are shown in form of drawings. The control system consisted of
three groups of GEIGER-MtLLER counters which were located above
the detectors of the penetratiag partiolits as well as at a
distance of 100 and 300 m from them. Above the detectors of the
penetrating particles many hodoseopie soanters for the in-
vestigation of the electron-photon components of the showers
CARD 1/3

PA - 2957
The Energy Spectrum of Mycas in the Broad Atmospheric Showers
of Cosmis Rays.,
were fitted. As in the detectors countera are used which are
connected with a hodoscopic device, the -:&sea of the passage
of nualear-passive particles (myons) and of nuclear-totive
particles could be distinguished according to their shower-
forming ability. The large system consisting of hodoscopie
counters, which was fitted above the detectors of the
penetrating particles, permitted the determination of the
position of the "trunk" and of the total number of the charged
particles in each recorded broad atmospheric shower. In all
cases investigated here the energy spectrum might be represented
by the exponential law E~R, where E e denotes the energy of the
myons. In the vicinity of the trunk of a broad atmospheric
shower the energy spectrum of the myons, in the interval 0,44 -
395 BeV does not depend upon the energy of the primary partic-
les. A similar result is obtained also in the case of the
investigation of the periphery of a broad atmospheric shower.
The results found here shDw that the eneorgy spectrum of the
myons beemes softer with increasing disitanoe from the axis
CARD 2/3

PA - 2957
The Energy Spectrum of Mj-onja In the Broad Atmospherio Showers
of Commia Rays.
of the broad atmospheric shower.
(2 Illastrations and 2 tables)
ASSOCIATION: Phvsiaal Institute "P.N. LIBEDIT" of the Icadsay of Soience
of the U.S.S.R.
PRESENTED BY: -
SUBMITTED: 3.11. 1956.
AVAILABLEi Library of Congress.
CARD 3/3

:; ZL~PV, 13. A.
ve~j:;rt b,~ sli'-nlit,~d 'L, r
s(.')t!a ar)O Lan,! Watn-.; D,~~j' fliys!l'al Fut~u' Jl,

Pqwrs subattto4 far th. IOU F-fle 5*i.vwo* C.,wv-. ffew~"-. H-il 21 Ua-
6 2.9 1961.
, jast~.tuta of ~Joa - 'Me-le de;-481-La " tZOUChs
E~l Pa.-i Lr p-l-ti.. to tho or --c
i. type eLad the
forma. (sbe
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toaaw , 't -M*'"'
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L. th. sa- of the -rtb-.t P-IrL." (SctL- III.C)
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at!tL4 III - R-Al-at:L" Tre~~ to

S/ ! 88,160/1000/004/009,'o - 4~
BOO',/BO60
AUTHOR: Nelepo, B. A.
T'-TLE: Determination of the Coeffi~!ients of T,irbulent Diff-ision
in the Sea With the Aid of Radioactive Indicatore
, I--,
PERIODICAL; Vestnik Moskovskogo univer-siteta. Seriya 5, fizika,
astronomiya, 1960, No. 4, pp. 64-70
TEXT: The author of the present paper studied turbulent diffusion in
the sea with the aid of radioactive 1131 indicators. This isotope i-Q a
gamma emitter (0.7 Mev) and has a half-1:.fe of 8.1 days. Preliminary
experimer.ts revealed that 0.1 - I millicurie of this isotope are
sufficient for carrying out the measurements. An apparatus was work~;-d
out at the author's institute under the direction of Professor A. G.
Kolesnikov in 1956 which serves for inve:3tigating the intensity Of
turbulent diffusion in a vertical direction in the aca. The
investigations deocribed In the present paper were carriod out with this
apparatus in the summer of 1956 in the BLack Sea (Chernomorskly fil:.al
Card 1/3

Determination of the Coefficients of S/188/60,/OOO/OOA/009/0-4
Turbulent Diffusion in the Sea With the Aid B005/BO6o
of Radioactive Indi6atore
Morskogo gidrofizicheak.ogo inetituta AN SSSR (Black Sea Rrnneh nf t)ls-
Maritime HydrQPhys1cal Institute of the AS USSR)). Mode of operation. and
lMe parts of the apparatus are described in great detUll. The re(.(.lrderq
each consist of eight Geiger-MUller counters of the type -~ ' - 7 1 MS 7 )
and a cathode repeater for each channel. Once recorded, the puls-9 are
in a very definite manner transformed on a control board. and ar.4 then
recorded by a loop oscilloscope of the type no -.4 (PO-4). The
oscillogram direct!y snows the change in concentration of the raiic-
active indicator with time. The emiseion source consists of a ro~arv drum
onto which ampuls with the radioactive indicator soluticn are radially
fastened. The drum axle is firmly r-onnected with the rpocrder. When tbe
drum turns, the ampule move successively pas, a kn~.fe whIcb -.its them
open. In this manner, as much as 106 measurements ~an be made suc-c9991-Vely.
A detailed section of the present arl:icle is devcted tc, the thecry ~,f the
method. The equation for calculating the diffu3ion coeffi,~ien~ 1-r th-
vertical turbulent diffusion in sea Nater is gi-,en. The diffusi-n
cceffic.ients determined from this equation were in very good agre,:~ment
Card 2/3

Determination of the Coefficients of 3/188/60/000/0C4/009/0-4
Turbulent Diffusion in the Sea With the Aid Boor,/B060
of Radioactive Indicators
in a series of measuremehts, and th-air values ranged between 5 and
7 cm2/sec. The method described here has several advantages as compared
with other methods, and is suited for work at expeditlcns. The accura-y
of this method can further be increased by the use of scintillaticn
counters in recorders in connection with gate circuits. The aurhcr
thanks Professor A. G. Kolesnikov for his help in operating the
apparatus and for his valuable advice in the interpretation cf results
obtained. There are 3 figures.
ASSOCIATION: Moskovskiy universitet Kafedra fiziki morya i vod sushi
(Moscow University, Chair of the Physics of See. and
Inland Waters)
SUBMITTED: Pebruary 1, 1960
Card 3/3

NELEPOS B.A.
Direct method of deterriining the radioactivity of ocean waters in.
the Antarctic region of the Pacific Ocean. Trud7 Okean. kom.10
no.341-143 160. (MM 14:6)
1. Kafedra fiziki morya i vod sushi Moskovskogo goslidarstvennogo
universiteta.
(Pacific Ocean-Radioactivity;-44easurement)
t
t

I ,
wKRASON-F-Y, ! ~ ' I ~ ~; p , - , . I ~ K p , I; . , ~ , M,,~ ~ I - , - I . .
ri : , . *.4 - r , , . . I - - I :
.-l! r c. y. - :~ Tl ;s - - 7P ' - . I - - r , , . 7 , :r
. i." ~ 1 1, - i , -
. f .- I .. ~. ;; 1 1, , 'I , /I -, I .; . I I- -, I ;. . 1, 1 ' 4..
( 'A ' r, " , ~1. - , ; '

LA870:t63
ACCESSM fGh AP3W2227
No No Bogolyubaw in the 1946 OTrr publication entitliod NProblAmw of cbmaviie thoory
in statistical ptWelos', Orige art* hass 39 formiles.
ASSOCTATIONt LI-vivs'" Derthuniversy0tat im. Iv. Frankm,
LL-mv State Mdversity im. 1. Frank)
SUMETTEDs 29 Now 62 DATE ACQ: 12 Jul 63 ]am$ 00
SM CME s HS 0 Pit NO REF SOV: 008 01M 1 000

0---

S.1250/62/006./005/005100-
10041'1204
AUTHORS. Nekirshevich, I G, and Bakuto. I A
TITLE Efficiency of ele-tric spark machining asa function of pul.5c repetition rate and the aveTagt
current value
PERIODICAL Akadentiya nauk Belaruskay SSR Doklady, v 6, no 5. 1962, 308-310
TEXT- Tbr. purpose of the work. was to investigate the above dcpendena. bccausc of it's theoretical and
practical importance. The formula derived theoretically /0
'0 Al.~
$o2 ff
(A-constant dependent upon the electrode material, v0, 30 average value of the volume and area of the
elementary erosion trace) gives the cfficiency of the spark machining apparatus The validity of the formula
was proven experimentally, but an accurate theory of the pr(xm should take into account also the mechanism
of disposal of erosion products from the interelectrode spacc
ASSOCIATION: Fiziko-tokhni,;Iieskiy mstitut AN BSSR (Physico-Techriical Institute AS BSSR)
SUBMITTED February 17, 1961
Card III

20663
9,/300 (^Imo IS3-i) 5/057/6 ! /0 /Ooe"', 17
2-120 B 1041B204
AUTHORS: Golant, V. Ye., Zhilinskiy, A. P., Krf-vcsheyev, It. V.,
and Nekrutkina. G. P.
TITLE: Propagation of centimetric raves by a waveguide filled
with the plasma of a positive column discharge
PERIODICAL: Zhurna'L tekhnicheskoy fiziki, v. 31, no. 1, 1961, 55-62
TEXT: The studies which are the subject of the present report were carried
out with a plasma prcduced in helium and argon at pressures from 0.05 to
10 mm Hg. The phase constant and the camping of homogeneous raveguides
filled with plasma were determineJ for .'-cm and 10-cm -laves. For the
3-cm wave range, t,,.-o experimental were usec, while one was
used for the 10-cm wave range. Fig. 1 -,],.oas scht---nes o.1 these arrangements.
The phase shift in the wrivegu.-Ole was -.e.,,!3ured -xith R phase bridge, and
damping was determined by a substitut,cri method. R(~qults are given in
Figs. 3, 4- In evaluating the experi7nental results, a crmparison is
made with the results of a thecretical investigation by Golan" et a!.
(Ref. 11). The relations
Card 1.,/U
T

20663
Propagation of centimetric waves ... S/057/61i'031/001/008,/017
E104/B204
A3 40p ndF,
f
A3.
were obtained in firs, perturbation-theoretical approximation for the
damping and phase constants. W aria are the wavelengths in the
waveguide and in the free space; is the wave impedance of the
I Flo / 70
free space; n is the electron cencentration; F is the r1asma cross
section; AoF is a form factor; C I i "nd 0,'rare the reactive and active
components of the specific hi~j.-fre-,_,ncy conductance of 'the plasma per
electron. The relations P.,V C1
F 15)
1n n
Ir
Card:2/

2C66 3
Propagation of centimetric waves 8/057/61/031/001/00e/017
B104[B204
are obtainedt whi,.h establish a connection between the components of
conductance and the discharge current. These relations permit the deter-
mination of AP ai.,id Aa if the electron distribution over the plasma cross
section determined by the form factor A OF, the longitudinal field in the
positive column, and the components of conductanco are known. A as
'% OF w
determined previously on the assumption of a diffuse electron distribution
in the positive column. Furthermore, the relations
Ii - (J I/V and o (6) were substituted
aln I + ((j/V )2 11 r
in formulas (5)1 61n is the specific conductance in a constant field per
electron. As follows from the comparisons shown in T42- 39 4, and 5, the
deviation never attains more than 301/16. The ratio AP/6a shows better
agreement with experimental values. This is explained by the fact that
this ratio is independent of the spatial- electron distribution and the
strength of the longitudinal field. There are 7 figures and 17 references:
Card 3./ ~

20663
Propagation of oeatimetric waves B/057/61/031/001/008/017
B104/B204
8 Soviet-bloc and 8 non-Soviet-bloc.
ASSOCIATION: Len.Ingradskiy politekhnicheskif institut im. M. I. Kalinina
(Leningrad Polytechnic Institute imeni M. I. Kalinin)
SUBMITTED: Jul.Y 13, 1960
Card

NELEPO, B.A.
t3 of t1-,c radioactivity o-^ --ra~ -r -n
t:.,- Atla .'c Cc3:,-,-.. Ves ::0 IL-1.
Ser. 3: Fiz., antror. 15 no.5:
3(--4-9 S-0 16C. -A 14:2)
1. Mbskovs' iy :,o:;u .-n--tv-:~--~yy anivers-.tet, kafCalra fizi'd r-orya i
vod susii.
(At'-,i:,.'Uic Cc -an- radioactivity)

\-IiELEPO, B.A,
M--~
Some results o,' of t..P- -,,eneral radioactivity (,,' ti- 'e
ocean urater in t'-,e A-itarctic Zon-, of the Pacific Oceaz--. V,
i'st.
un. Ser. 3: 2iz., a trcn. 15 no.5:43--46 S-0 '6C. (Ir'! A 34:2)
1. lloskovskiy -, ~afedra fizi'--i - or:-a i
vod suf;hi.
(A.itz--rctic r, -i r,-i----ioac'~ivity)

84685
5/020/60/134/004/009/023
BO1q/BO67
AUTHORt Nel-epo, B. A
TITLEs Stuly of the Radioactivity of Water in the Atlantic
PERIODICAL: Doklady Akademii nauk SSSR, 1960, Vol 134, No 4,
pp~ 810 - 811
TEXTs From 1958 to 1959 an instrument was d,asigned at the Kafedra fizi.ki
morya i vod sushi fizicheskogo fakul'teta MG'J (Chair of Physics of the
Ocean and the Inland Waters of the Physics Dapartment of MGU) under the
supervision of A. G. Kolesnikov, which allowis the direct measurement of
radioactivity in sea water. In principle, this instrument is a acintilla-
tion spectrometer which allows not only the letermination of the
distribution of radioactive elements down to a depth of 120 m but also
their identification. The measurements were made aboard the expedition
vessel "Mikha il Lomonosov" of the AS USSR from Rctober I - 20, 1959 The
ship moved from 22 0451 northern latitude and 63 06, western longitude to
150221 northern latitude and 20 056, western longitude As may be seen from
the diagram the K 40_ isotope is uniformly distributed in all depths, where-
Card 112

Study of the Radioactivity of Water in the 3/020/60/134/004/009/023
Atlantic BO19/BO67
137 85, and EIL155 considerably decreases. In
as the concentration of Cs .' , Kr
conclusion, the author states that the homogeneous distribution of radio-
activity in the region investigated indicates the atmospheric character
of contamination. Three clearly distinct layers of contamination may be
distinguished. 4%e upper layer with a maximum radioactivity and an equal
distribution of activity, the central layer with a strong decrease, and
the lower layer with low activity, The decrease in activity of each of the
isotopes is connected with the corresponding half-life periods The author
thanks Professo:r A,, G. Kolesnikov for his assistance in designing the
instrument and In evaluating the results- There is 1 figure.
ASSOCIATION: Moskovskiy gosudarstvennyy universitet im. M V Lomonosova
Oloscow State University imeni M V. Lomonosov)
PRESENTED: A-ril 26, 196o, by V. V, Shu'.eykin, Academician
SUBMITTEDt A-pril 10, 1960
Card 2/2

NELEFO, B.A.
Radioactivity problems. Okeanologiia 2 no.3:457-463 '62.
OCRA 15-7)
(Ocean) (Radioactivity)

-'-AUTHCR
a,
iradioact soi it; 1# to
t Tange
-12
md
C
x M

--XWT(
4 -:,.Jkm
_r"SOURCE CODES
'UR/0089/65/019/005/0472/04741
OR: eonov. A. V.
~Dmiit V. -N*.;_, 'j2Sg8,"- 4tq 140
AUTH
ft Am
y ovielv 7---Gi., V
-of: th6 a the At1witig ean in V to July, 1964
over I."
SOURCE k6mnaya einergiya,- V- 19t no- 5, 1965v 472-474
atm6i0iiKc radioactivity, radioactive fallout, research shipp
a
lreaerobol
M id" and the fallout over the Atla ti
-1 ioactivity of tht air n C 00
the
iea; AuAn .15th cruise -of the research ship Nikhail Lamonos v
1 U - t" id Oy filtering tb~ . air, and allowing, the fallout to de sit
6olbtctid~~ dttfi of 8' latitude south,
ni north of
e, sample a a
Ace w
A.,latitud" Ott ','and b6tv, en V, Uti~-.v e: h-and latitude north were
determined
wi A ut
of: the reeate with those obtained duaring- the 12th cruise of the
4 00 -A';~ thii., -, t;eca%!'s3: nuclear testin
i re" 1~1 g,in the atmol2bgre I",
wav'st6 r of
--aerd6ols.in the.lower lays
r!,pf the the atmosphere
p
ecrease
4 ~~,0j,'Alb6A.,-aw, 4ftr of jiggnjtwle~ ~:Withln 38, ;and. 50 3Atitudev north# the
..ht-
~Vai- 7.. I icau
0ne a,-- ra A in.depen d, 'afthe place of collectiong
c
eat
PF" 'y~
ip., a OP 406.- winds, '96. direct correlation could
t bli wen. a ft _rAdi'die'tiiie 'aerosol* and the faUout

Wroe rA
-'ACC 14h AT6023555 SMICE ODM: URI 3095/66/036/000/0031/0036
AUTHOR: VavLlov, Yu. N.; Nelepo, 1. A.; Pugacheva, G. I.; Fedoray- V. M. 1'/
f
ORG:
TITLE: Device for measuring cosmi -ray intensity at great depths
SOME: AN IrkrSSR. Morskoy aidrof izicheskiv institu . Trudy, v. 36, 1966. Metody
i pribory dlya isaledovantya fizicheskikh protsessov v okeane (Methods and instru-
ments for studying physical processes in the ocean). 31-36
TOPIC TAGS: cosmic ray, Cherenkov counter, bremsstrahlung, photonuclear energy,
electromagnet ic f ield, atomic nucleus C V4 Y 1AA reAJZIrYj OPPA)AJ
pw 0 0-e'e ry
ABSTRACT: Ten times less cosmic rays than I-rays are absorbed in water. Cosmic rays
recor6ed in ground with a water equivalent of 20-m depth consist of u-mesons as
particles with the most penetrating ability. The absorption of P-mesons by matter
during interaction may be computed '-iy the energy loss using the formula
dE + (b + b + b
j_x t p ya)E,
where 9 is the energy of a u-meson. x is the depth of the absorber, expressed in
/2

L 36936-66
ACC NRs AT6023555
g/civ2, and a characterizes the loss of speedy particles by ionization; a increases
according to a logarithmic law of' energy, bt expresses the loss of p-mesons by
bre-mostrahlung. bpexpresses the energy loss by generation of electron and positron
pairs by a p-meson, b a expresses the loss of photonuclear energy of a p-meson
generating electron Aclear showers. The electromagnetic field of a ji-meson is able
to interact with atomic nuclei. Cherenkov counters are used for measurements of
ji-mieson intensity of great depths. The counter is spherically shaped and filled with
water; the inside paint diffuses light and has a reflection coefficient of 90%. As
a 11-meson crosses the diameter of the sphere, it generates 2_104 photons of Cherenkov
radiation in the spectral range 2900-6000 1, which is recorded by the Cherenkov
counter. The addition of a little fluorescent salt to the vajer in the counter
transiers photons of Cherenkov radiation from the 2900-3500-A range to the 4500-
5500-1 range, in which the maximum sensitivity of photocathodes is found. The
effectiveness of recording singLe u-sesons entering the counter was 992, as was deter.
m1ned by a special experiment. Data on the intensity of cosmic rays at sea level
and preliminary data at greater depths are given in a table in the original article.
The authors express thanks to Professor A. G. Kolesnikov for permission to work in
FILM and MCIMUSSR and also to the heads of the Departments of Physics and Physics
of the Sea of Moscow State Unlygro1q, for their help. Orig. art. has: I table,
2 f Igures, md 2 formiss. [EG)
SUB ODMAIPOI SUB% DATZ., nvie/ OFdG REF: 001/ OTH REF: 002/ ATD PRESS6 03~'

S -[a[6~6/000/0026/0030-1
1 ACC NR. AF6023554 UR/3~095
AUTHORI Nelopot B. A.; ?4m&wrl V. 1.
ORGS none
TITISI Use of spectrographie t9chniquon in nuclear hy-drophysica
SOURCES AN UkrSSR. Morskoy gittrofizichoskiy institut. Trudy, V. 36, 1966. Motody
i pribory dlya i3sladovaniya fisAcheakikh protsessov v okeane (Methods and instru-
ments for studying physical protvs3en in the ocoan), 26-30
TOPIC TAGSs strontium, radiostrontium, upectrographio analysis
ABSTRACTS A spectral method for detemining strontium in sea water, developed at the!
nuclear hydr I
0 hysics laboratory, MGI, MI UkrSSR (laboratoriya yadernoy gidrofiziki
MGI AN UkrSSR3# is described. Because of the nocessity of dispersing the spectrum
and performing the calculation with dAfferont analytical lines of strontium, U30 Was
made of a method of spectral analysis of the solution from the fulgurator on an ISP-51
glaaA speotrograph. The analytical line of strontium was 4607.33 A, and the refer-
ence line was Ca 4581.40 1. Dete,,minations of strontium by this method at various
depths of the Black Sea shoved tho strontium concentration to decrease with the depth.,
This finding should be considered in a3uLlyzing the distribution of radioactive stron-
tium,, since stable xtronU= mW to cotwidisred a carrier, and this will introduce a L
'2

C
chailge into the estimate of the rate of propagation of radioactive contaidnation In
thc ocean, OrIg. art. has' 3 figures awl I table.
SO COLES 07#14/ SUBM DA751 tons
Card

xUVOT, F.S.. bishener; ABROSIXOU. Te.P., inshener.
~ MKINUANNO
Adjasting the operation of st"s boilers with vertical mill furnaces.
Inergetik I no.7:11-12 D '53. (ML&A 6:12)
(Steam boilers)

r3sjf~
irder of and
4
;,-if Id p . F
-e.

NELHIBBEL,,_-keo,_inz.,; HAJDA, Vlastimil
Charging eqiLipment for loose material dumping. Inz stavby 11 no.3:
Suppl: Mechimizace DO-3:39-42 163.
1. Vitkovicce stavby, n.p., OstMa.

MMIALKOV, A.
Surgical tuberculosis in Bulgaria. Izv. Ned. inst.. Sofia 4-5:
249-274 1951. (CLNL 2213)
1. Doctor, former head of Naval Hospital near the City of Stalin.

RERABIK. T., AUSKCIVA. M.; '3URDOVA-JASSEROVA, D.; ITELIBOVA. V.
Biologic properties of enbutitute derivatives of o--aminoazoto-
luene. Cas.cask.lek.Ved.priloha 63 no.9-12:286-293 Dec 1950.
(CIAL 20-9)
1. Of the ::nstitiite of General Biology of Charles University
and of the Biological Laboratory of the Biochemical lesearch
Institute -)f the National Enterprise of Czechoslovak. Chemical
Plants.

NILIDOV, A.
-wPMww---Mw RML-M
Space for apa-rtment house offices. Zhil.-komm.kboz.
159.
a0-8.- 12-13
(XIRA 12-11
(Lipetak--Apartment houses management)

WMTIM`~j
i 410T (I
L-1592 c
'AC M
ACC Nih ATA01 5 M2 SOURCE C00t., V/0000/65/000/000/0001/0016!
I
Samoyl~v, 1. M. Sokolov, A. A.
AUMOR: Nelidow, A. B.
U
ArC OR
F
ORG: Institute of Nuclear Physics, Siberian DUaj7~m nt AL,':0'SF'_N0vo3ibirA Unstitut.
yadernoy fiziki SibirsRogo otdelenlya MF-SSSR)
0
TITLE: PropertLes of the magneifc field of the BSB coreless synchrotron
SOURCE: AN SSSR. Sibirskoye otdeleniye. Institut Y~adernoy fiziki. Doklady, 1965.
KharektoristikL magnitnago polya bezzheleznogo sinkhrotona BSB. 1-16
TOPIC TAGS: synchrotr4m, skin effect, magnetic field measurement, orbit perturba-
tion / BSB synchrotron
ABSTRACT: The ivsults of field measurements in the BSB coreless single turn synchro-
tron are discussed. Field measurements were made during a run with sinusoidal pulse
current having %,l msec rise time. The special shape of the guiding magnetic field in
the BSB synchrotron is obtained by the use of the skin effect in the doughnut. The
walls of the current carrying element are fomed in the shape of an ideal field H. Tb--
radius of curvatum R of the walls has such a form that n A6, 0.4, where n--r/R (rzradi-
us of the orbit). The value of n is a function of the ratio h/Ar, where h represents
the height of the guide; It Is also a function of the skin depth. Additional varia-
tions of the equLlibrium region (for Wn-M) are due to the geometry of the ring,
1/3

L 3592('~-66
ACC NAt AT6015392
uch as feed-in location, beam entrance and beam extraction aperture. The field mea-
:
urements show the extension of the variation of n around n%0.4 in the working region
of the ring as it function of the duty cycle with HM. The degree of orbit perturba-
tion due to field deviations from the azimuthal symmetry was obtained. A series of
measurements vote made of field deviations due to the presence of metallic plates of
different forms and thickness. It was found that the most Important field perturba-
tions are due tc, the nonsymmetrical disposition of the feeders of the inner ring.
Such a feed line has a smlJL inductance and is mechanically safe. First, measuretwnts
of the magnetic field were made an a scale model (1:1.84) with 4 and 1 kc nonpulsed
currents. The choice of h=30 cm and Ar--10 cm was based upon these measurements. Such
a configuration gave t=10 cm with n%0.4. Later, the measurements were made with puls-
ed currents. The essential measurements were made at three different times of the
sinusoidal current. The first Interval tMI =360 usec. The second at t"=t MI + dt, or
400 + 500 psec, md t x950 tisec. It was found that at the time of injection, n was
IN3 -
about two third 4s. This Is an important result, since the field H can change the
angle a during t1w Injection. Finally, the field perturbations due to openings and
cuts in the ring were found to be smell. even for t~x950 usec. It was found that the
aforementioned ocafIgurstion of the ring yielded a good region of stability (about
0.4 h) In the ritg, that a was near the calculated value, and that the field devia-
tions were mtll. The wasurod field deviations correspond to small orbit perturbs-

All
L 35
-9
7ACUX ~kW)15892
tions (around 3-5 The authors thank G. I. Budker and A. A. Haumov for their ad-
vice and for their interest in the work. Orig. art. has: 0i figures, I t-i~-.
SUB CODE: 20/ SUBM DATE: none/ ORIG REF: 0011
Card 3/ 3

L 35914-66 ENT(m) IJP(c) GD
_KC_ -C
RR, AT60i5693 SOURCE CODE: UP/0000/65/ooo/ooo/0001/0013
AUTHOR: "vshits, A. A.; Melidov, A. B.; Samoykov 1. M-; Sokolov, A. A.
ORG: Institute of Nuclear Physics.,,-Siberian Department AN S!,SR. Novosibir-.k tut
yadernoy filiz_Rl_~Miri~kogo e n a AN SSSR)
iy
TITIX: Power supply for the magnet of the BSB coreless synchrotron
SOURCE: AN SSSR. Sibirskoye otdeleniye. Institut yadernoy fiziki. Doklady, 1965.
Sistema pitanlya magnita bezahelesnogo sinkhrotrona BSB. 1-13
TOPIC TAGS: synchrotron, synchrotron magnet, pulse transformer, commutator / BSB syn-
chrotron
ABSTRACT: The: authors describe a power supply for the pulse magnet of the BSB syn-
chrotron. In an inductive load (,v350 an) a pulse of a special shape is produced with
a rise time of 1.5 Usec and a peak current of 106 amp. The single turn coreless BSB
synchrotron has a small inductance and a large excitation current (the magnetic field
at the orbit L's 1%.13.5 oersted). Therefore it is essential to design a sturdy feeder
system with witaU inductance. The magnet supply consists of a condenser bank (0.045
F) which at 5 kn has %0.56 ujoule stored energy. A pulse transformer (1:10 current
ratio) feeds the BSB 6ingle turn magnet. The power supply consists of two separate
basic parts: the main supply and the euxiliary supply. The auxiliary power supply
Card 1/ 3

L 35914-66
ACC NRs AT6015693
is used for accelerations up to 3 Nev. The condenser battery is divided in two sec-
tions charged to +5 kv and -5 kv. By means of vacuum commutators, the discharge cur-
rent is applied to the primary of the-3ulse transformer. The electrical parameters
of the main cir%-.uit are: CT all.25-10 F x 10 kv, L=670 cm, R=3-10 4 ohm, Q=2.7,
with 20% loss of the peak current. The auxiliary circuit used for accelerations up
to 3 Nev is given in figure 1. The repetition rate depends essentially on the power
2
--------
R
e
magnet
Fig. 1. L B=20 ph, C--U.50UF x 5 kv, and RB=0.60.
capacity of the power supply rectifiers. Al%0.7.106 A
of the magnet current, (corresponding to 130 Mev syn-
cbmtron energy) and 2-10 kw the repetition rate B
M*30 per sec. After several thousand pulses with
0.5_1-106 A, there were no deformations observed in
r this setup. In conclusion, the authors thank g.LL.
Budker and A. A. Naumov for their interest and
couniel, and also G.-S. Norozov, PL. Va. Ragutskiy.
G. T. TaLkin and Ye. V. Shm'ka for taking part 16

L 3'.,qLt46
ACC NIs AT6015893 C-)
the development of individual elements of the power supply system. Orig. art. has: 3
figuz,es, 1, table.
SUB ODDE: 201 SUBM DATE: none/ ORIG REF: 001
Card 3/3

~_ACC N'R. - AP603125i
90mic CON: URMSTM/036/Wo/1536/1543
AUTHOR: -N-R11-00W. A- B.; 8_=!?r1QW# 1. U.; 80WILow, A. A.
ONG: afte
TITLK: Characteristics of the magnetic field of the 133B iron-froe mrMratran
SOURCE: Zhurnal tekhnicheskoy fizlki, v. 36, no. 9, 1966, 1536-1543
TOPIC TAGS: electron accelerator, synchrotron. magnetic field
ABSTRACT: The magnetic field configuration of the BS8 iron-free single turn synebro-
tron described elsewhere by G.I.Sudker et &I (ZhTF 36, 1523 (1966)/see Abstract
AP6031256/) has been explored by exciting the magnet with ainusoldal cu.. nt pulses
having rise times of the order of 10~-3 see and measuring the field components at dif-
ferent locations with the aid of pickup coils and electronic integrators. The effect
on the field configuration of introducing foreign objects (such as copper plates) In-
to the working region was Investigated. Same of the field measurements are presented
graphically, and possible reasons for the observed field distortions are discussed.
The index describing the redial dependeme of the field strength was found to be close
to the design value of 0.4 throughout a region whose axial extent Is nearly half the
height of tLe chamber, and the fleld distortions were found to be such as to shILft the
Card

e-WR-~-AP603-I-257
beam by acme 3 to 5 m. It Is concluded that the internal equLpwnt required for
synch otron "oration (the accelerating resonator, measuring equipment, and the Ilia)
can be so designed am to produce no appreciable additAonal distortion of the f leld.
The authors thank G.I*Budker and A&AjbwnmL-fm their Interest and advice. Orige arte
has& 6 figures.
SUB C(DR: 20/ a= DATI: MepW CM WiPt 004/ Om Mr: 000

L 1426-67 E-IT -IJP(r,)--- OU-
-c E C Cl)
AC~ NRIJ AP60312~ S r 57/66/036/009/1523/1535
AUTHOR: Budker,G.I.; KodveLdev_,R.1.; MostovoX_,Yu.,_A.; Nezheveako,O.A.; Nalidov,A.B.;
Cis ire yk6jG~~. I. AL.
0 : none
4
ay-LE: The BSB iron-tree single turn sync-h-rotron
S9U JUB: Zhurnal tekhnicheskoy fiziki, v.36, no. 9, 1966, 1523-1535
TOPIC TAGS: electron accelerator, synchrotron
ABST11ACT: This paper is concerned with the type BSB iron-free single turn synchrotr--n
d9veloped at the IYaF CO AN SSSR for injection of up to 180 MeV electrons Into a stor-
age ring. A general description of the machine has been given el-cwhcre by
Abramyan and 22 other authors (Transactions of the Internatioral Coaferenca on
Accelerators, Dubna, 1963, p.1065, Atomizdat, M., 1964). In the prese.1-. paper certain
I features of the accelerator are described in somewhat more detail, including the mag-
net, the magnet power supply, and the injector, and the adju3tmont Of tho machine 1.9
discussed. The magnet winding consists of two concentric duralumin ri--4~s ba"woon which-
the beam circulates. The outer ring is capable of withstanding a magriatic ?-o-.jure of
50 atm, and tho geometry is such that the inner ring is in equilibriL= u:v:cr"the mag-
netic forces, being subjected only to a hydrostatic pressure. The magaet is po-wered
by a 0.045 F capacitor bank charged to 10 W. The max1mum magnet current iz about
LCord-.1/2____.

A~ NR, AI'6031250
(,cl Titelm nrmo two nlixillnry C,:-i-
A, corrosporyling to mi oloctron onorgy of 100 MoV,
C'.,:OV T)PnIL11 WitiCh are d1schm-ged (it scloc-1-04 pltnpioif of t1to eyelo to collf.ro). Ll~o :.`..r.
or tho ninpYnttvi 11-old. 111jection of 600 W olonLron-, J-11 nec-avill (.';' I'd (:uy'-
11 revolutiolk or tho coptured cloutronn. The (119clint-go of Ovi nmiUr,,-y ,!,f)
cnp-%(-~.Lor bmikn if; oo timed that Lho flold Im aloproxim-it(sly cuiviL.-mL 0Ai-'i,,. !~-A-
joctimi. Tho rf necolurnting, voltnro Is frequency nodtilitted Irmt 10-1.5 to XIG Y;T-z.,
Aq nplilLe
.(I to t1jo botilit WIL11 t1to aid of a single resountor with n Q of 21)(". S -no
c',-!..r.Ucu1Lic.,j wore oncourlitered In tlm n0juntment of the optichinct. but tione, Vi:-. covl,.
not h(,. ovoreo-no. It wan pounible to inject rabout I.". A of 600 RV oh-c-trono 1jito Uv)
iv),proxii.m.ioly coustailt ficild, mid to accollirato some 20 % of tho
bocin current vtn:j fotind to Lic 3.1litited hy lonGtf.udlital spnc- cliarv
lingr.O.Vo ciptsil offoct) , rnthor thnn by trminvorno opace charga offc-q-ti.i;. i t L
-i u,
Uml. h1glifir curronto mkrht b" nchloved w1th n stmig focti:j-'ng Iroit roo
The atitliors thmilt A.A.Natintov for I%Irj intercut ntyl di.,3cmunltm, A.d',._
ror orgnnizIpt: Lite fabricotion of the main partij 0~0 tho acco!--~rvtor,
A.! I'll 10i tit and P.G.Mi-AM ixa Thi Olev-Llop-
?j(!p1,.w_Xor participatix-
i~jitt of cortain parts oZ tho accelerator. Orig. art. has: 3 formulcts ard G ;rj.,-Uro!;.
3UB CODE: 20/ SUBM VATR: 273opOS/ ORIG Her: 009/ ON1 OW: 001,-
-Card 2/2 1, ~b

NELIDOV. I., kand.tekhn.nauk
Cybernetics and plann-ing. NTO 5 no.10:8-10 0 163. (MIRA 17:1)
A

031258
SOURCE CODE: UR/0057/66/036/009/1544/1549
AUTHOR- Livshits A.A.; Nelldov A.Be; SaqqZj#Yv X.M.; Sokolov, A.A.
OIC: none
.2
TITLE: Magnet power supply for the BSB Irour-fres synchrotron
.I
S~RCZ: Zhurnal tekhnIcheskoy fizIkI, v. 36. no. 9, 1966, 1544-1549
TOPIC TAGS: electron accelerator, synchrotron, magnet, power supply
ABSTRACT: The authors describe In some detail the power supply for the magnet of the
BSB single turn iron-free electron synchrotron described elsewhere by G.I.Budker et
al. (ZhTF 36, 1523 (1966)/see Abstract AP6031256/). The main power supply is a 5 W
0.045 F capacitor bank coupled to the single turn synchrotron magnet with a pulse
transformer that steps the current up by a factor of 10. The pulse transformer con-
sists of a 40 turn primary and a 4 turn secondary of heavy copper strip on a 600 cm2
Cross s"etion ring-shaped rectangular core of transformer steel sheets. Design to&-
tures of the pulse transformer that enable It to withstand the electrodynamic forces
Incident to supplying a secondary current of up to 106 A are discussed
- The pulse
transformer operates wIth superposed skagnotixatlon, which is provided by discharge
through the primary at an auxiliary capacitor bank prior to the discharge of the main
[Card 1/2

_L - 11 425_-_-0 - -------9 __
ACC NR: AP60312 8
capacitors. The time dependence of the magnet current required for synchrotron opera-
tion is achieved with the aid of an auxiliary supply containing one or two capacitor
banks, which are discharged at appropriate times prior to discharge of the &&in capa-
citor bank. Two successful variants of the auxiliary supply are described. The dura-
tion of the operating pulse is 1.8 millisec. The described supply operates at the
rate of one pulse every 30 see; the pulse rate could be Increased by a factor of 10 byl
employing larger rectifiers for charging the capacitors and providing appropriate coo14
udkim and_&gA,N&MjgL.Lor their Interest and advice, and
ing. The authors thank Q.J[jk
O.S.Morozov, M.Ys.nogutskiy, and Ye.V.Shun'bo for their participation In
the developmont of different parts of the powr supply. Or1g. art. has: 4 f igures
and 1 table.
SUB CCON: 20/ SUM DATZ: 216epGO/ ORM OW: 001/ OrK RRY: 000
Carci 2/2

NXL1DOV I Yoto-kandidat tekhnictieekikh nFtuk, dotsent.
W, W'S ---q
0-~~ - ~
Problems in the economics And orgnnization of vroduction in the
electric meebinery Industry ond tasks in teAchine economics of
the industry. Vest.elektroprom. 27 no.9:67-72 S 56. (Kai 1o:9)
1. Moskovskly energeticheakty Institut, imeni V.N.Kolotava.
(Electric nschinery Industry) (Rconomics--StWy and teschirg)

G"V, 1.1p.j TaLudidat takhnichookikh nauk, dotsent.
Methods for calculating the duration of manufacturing cycles in the
machine building in4ustry. Teet.masih. 36 no.74-76 0 156.
(KWA 9: 11)
Nachinery industry--Production control)

Kwtno~ A N.
250) rmu I Dom ALRAISITIOV ON115W
*Mmtmtalyu I PlAntrove,nLys rarnocarmay mbotj mehimostralt.1'n7kh PmOrlystirl
lbahvusava" sovc.~cl~iyv. DALL6dy (OrpulzatIm wA PlAnning of Unifa
Work Machlaw-b%lItIng tn?Atpriosj ODm*evujm of rdsim. Fmgm%U)
190.wS*rlNat Ltes TrAdy, w".22) 4vOOO copies primted.
Us., S.AL Volk_ 94.t L.V. lklowl H-glg U. fair
uterstam *a fk= Dbahals)t le.P. logtower.
PMFQMa Ible W*IlactLoi of mantalas Is Lnt4adG4 for engineering end IA
parmanawl is O'chl".4-tU1.4 WA for sale.till. -0.- mA
stodents at lwtlt%?Ad " deparammuts of auglowaft"d 6" *aosamIcs.
COMIMUMI This collmv%lo. of w%lalms cootalue report& by warbers frows TWANG.
sol-tift. -.h Lnetitates, and industrial a.tabIlobimants pmeented &t tbs
confamom of yams as the subjeats *Organisation aal Plawl" of Milform
Operations, In laschlos-*40"na Satblishm.ts.* Th." myrts ".Wmae amral
problems; esoosatand in arvAlwattoo, anfilyals, mad theary of MUG= prodwtIm.
as wall " yvablasum I, ",,"Is Go& 14"
tift.
OLEG 7414
I Candidate of 21"214" GCIAZMG
=
twt Faver RA4jGNeri.6 r..t 4.1,61lo-clay
IbIUM AINK ftdual ItUt-D- Flld..ti.
ftec-ULM is zweta" Ily Is "'GINJAG-Aulas 02mu
',vG ftoowummm am" Gin Gas, ass"pu
F"GU)

25(5) PHASE I BOOK EXPLOITATION SOV/1822
Nelidov, Igor' Yevgenlyevich
-----------
Ekonomika i organizatsiya energomashinostroyeniya (Economics and
Organization of Power Equipment Manufacturing) Moscow, Gosenergo-
izdat, 1958. 391 p. Errata slip inserted. 4,300 copies printed.
Ed.: V.S. Siletskiy; Tech. Ed.: K.P. Voronin
PURPOSE: This book is intended as a text for students in technical
vuzes; it will also be of use to engineering and technical personnel
in power equipment plants.
COVERAGE: This work is intended to serve as the textbook for a course
entitled "Economics of Power Equipment Manufacturing; Organization
and Planning of a Power Equipment Manufacturing Establishment"
offered in technical vuzes. The work describes the special features,
objectives, and developmental phases of the Soviet power equipment
manufacturing industry and discusses all basic problems related to
the economics and organization of production of basic types of power
C LAQ--

Economics and Organization (Cont.)
SOV/1822
equipment. The author thanks Candidates of Technical Sciences,
Docent L.Ya. Shukhgallter and V.S. Siletskiy; Candidate of Economic
Sciences, Docent A.Ya. Doktorovich; and engineers F.Sh. Sabitov,
M.I. Vizgun, N.S. Nelidova, and V.V. Furayeva. There are 43 ref-
erences, all Soviet.
TABLE OF CONTENTS:
Foreword
Introduction 9
Ch. I. Power Engineering and Power Equipment Manufacturing in
the Socialist System of National Economy and Phases of
Development of Power Equipment Manufacturing in the USSR 14
1. Factors determining the branch structure of the industry 14
2. Characteristics of power equipment manufacturing as a
branch of the industry 15
3. Principles of socialist electrification and the develop-
ment of Soviet electric power engineering 21
4. Stages of development of Soviet power equipment manu-
facturing 24
Card 2A0

NKLID011, I.Te.,dots.,kand.tekhn.nauk
RWthmical work flow and utilization of production capacity In
mchInery plants with place and small lot production; experience
of power-machinery plants. Tridy LIRI no.22:94-105 '58.
(MIRA 11:12)
1. Moskovsk1y onargeticheskiy institut.
(Machinery industry)

FZDOROVICH,p M.M.0 prof.; CHERErSKATAw N.N.p dots., kand. skon. nauk; MUM&
dotset kande tekhno nauk; KOZH=g L.F.j, kand. ekon, nauk;
-zawj=SEVA9 Z.P.9 dots*# kand, skon. muk; BUMMg Ye.P.9 doktor
tekbu. naukv prof*; SUORTSWAq N.T.p kaEd. ekon. nauk; FOONNICEp
M.N.# prof.t red.; PETRUMM9 I.N.v r94.; PONCKAMA9 A.A.# teklm.
red,
(Hatbamtical metlods in production plamning] Matematichaskie wtody
v planiroyanii proisvodstva. Moalmv Isd-vo ekon. li 9 196le
150 P. t-91RA 3-4s 8)
1, Kookovskiy inzbenerno-skonomicheaXy Institut im, S.Ordzbonikidw
(for Fedorovichp, Cberoyakeyag Welidovo lozhing Rumyanteevp BWovq
Skwortsova)
(Economics, Mathematical)

NR L L. 1 R- \ ~ W, N,
KASIUANOT, S.G. (Kazan'); AFAHASITXV. T.F. (Kazan'); ULIDOV, N.N. (Kman')
Underground waters of the Volga-Lims. region. Uch.z&p.X&z.un. 115
no.10:126-129 '55. (KLRA 10:5)
(Volga Talley-vater, Underground)

A " - I/ / / C I - 15-57-7-9975
Translation from: Referativny Zhurnal, Geologiya, 1957, lir 7,
p 179 (USSRT
AUTHORS: Ne Kashtanov, S. G.
TITLE: iifect of Local Feeding Recharge on the Formation of
Ground Water in the Volga and Kama River Valleys
(0 vliyanii mestnykh oblastey pitaniya na formiro-
vaniye podzemnykh vod v dolinakh rek Volgi i Kamy)
PERIODICAL: Uch. zap. Kazansk. un-ta, 1956, Vol 115, Nr 16,
pp 211-218
ABSTRACT: Under the action of drainage the rate of seepage of
ground water increases in the vertical as well as the
hori-zontal direction at the focal points of discharge.
As a result, the mineralized waters rise and saturate
alluvial deposits. The opposite case is true in
sectors where alluvial terraces constitute the local
Card 1/2 recharge regions. Here the mineralized water is forced

Effect of Local Feeding Recharge (Cont.)
15-57-7-9975
down under pressure of fresh water. Chemical analysis confirms the
process of "forcing down" of the mineralized waters in the environs
of Kazan' on a terrace up to 35 m in elevation. (The boundary of
mineralized waters in the valley of the Volga River lies between
the +20 and +30 m elevations.) Similar conditions exist in the Kama
River valley in the area near the town of Yelabuga. These phenomena
should be considered in studying problems of water supply.
Card 2/2 1. K. Gabich

XASHTANOV. S.G.; NRLrDOV. V.N.
Relationship betveen the dome and depression types of horizons
bearing mineralized vater in the Volga Valley. Truay Lalh.glclrogeol.
probl. 16:82-85 158- (M MA 12:2)
1. Kazanskiy gosudarstvenny7 universitet.
(Volga Valley-Water, Underground)

NELIDOVI N.N,; GUBAYDULLIV, A.M.
Recent vertical tectonics in the Kazan region and their role in the
formation of karat. Uch.zap,Kaz.une IM no*6:54P-61 161*
(MIRA 14:10)
(Kazan-Karst)

NUMOV,V.
Ifiicient device for chrome plating automobile parts. Avt.transp.
33 n0-7:25 Jl'55- (KW 8:12)
(Chromium plating)

- - V., dotsent
re-p- r n-. eRvy-d~ity boriw rnc)nines-
P - * . ' rqni3 r . 3'~ '. . * ' r , " ml~, - : - 7
i - P-~i horinp -rochlneryl

NILIWV V ,dots.
-10~L
Efficioncy of chromium platiTW of some automobile parts. Avt. tranep.
36 no.3:26-37 Mr I-vq. (MIRA US3 )
(Chromium plating)

KHODOROV, Te.l., kandidat tekhnichookikh nauk; !!!: "DOV& V.A. inshener.
w6wfi& Z
Disc crusher. TSewnt 21 no.6:10-14 N-D '55. Oaak 9:5)
(Crushine machinery)

N L ~-,, 1 -1) c v )~ v H
KNOMOT9 kVAt4at tol;hpicheskikh nauk; IMLIDOT, V.A.. inshemar.
Disk STAUUI&tw- *UdY GI1202SINUT 19--133-147 156. (NIRA 10.-4)
(Granular materials) (Kzlng moblaory)

IMM. T.T.; WCHIM0. I.Ta.; OG&MMY. V.I.; OXISHCHMO, LS-;
I-3LIDDY. V.A.; SEMACEN. O.T.; BOGIN. A.M.
Using sep&rator mills in maldr4 cements of various "cific
surface woam. TSoment 26 no.2:13-20 Mr-Ap 160.
(MIRA 13:6)
(Cement) (Killing machinerr)

YMIDOV9 V.A.
I ---- ---
VAaguring the specific surface of povders. Trudy Giprotsewmt
no.24s42-63 162. (KMA 16:4)
(Powdors)

NELIDOV V.A.
Improvement in the method of deteL-mining the specific surface
of powders. Mement 28 no.2-15-17 Mr-Ap 162. 04IRA 15:8)
1. Goslidarstvennyy institut po proyektirovaniyu predpriyat~y
i nauchno-issledovatellskim rabotam tsementnoy promyshlemosti.
(Powders)

NELIDOV, V.A.
Efickent granulometric composition of cement and methods for
its Itudy. Trudy Giproteeivent no.27,56-89 163.
(MIRA 1702)