SCIENTIFIC ABSTRACT BESPALOV, N. A. - BESPALOV, V. I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000205110019-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 8, 2000
• Sequence Number: 19
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

S/035/62-/000/004/044/056
The theory of geodesic lines in tensor representation A001/A101
The equation rsinA = C (Clairaut theorem) is the first integral
of (2). The
general equation of a geodesic looks as follows
1 - C du + C1.9
r TP~_ ~C
where C and Cl are determined from initial conditions, u is
reduced latitude.
The properties of a geodesic can be described by one equation:
drd2rN = 0 (3)
where r is radius-vector. The (3) written in the tensor form
shows that geo-
desics are invariant to bending the surface.. The gr--;desic
can also be determined
from the system of differential equations
1 du2
d du du 1 ~
) 21]
OuY ufa (1,
ds ds 2 u ds ds
d 4, du 2) 1 faK-1 I (du 22 du 2
1) + 121
r_ ~du_,)
Ts (0 22 ~js-) - -j [Tu 2- ~js- du
Card 2,/3

S/035/62/000/004/044/056
The theory of geodesic lines in tenser representation ' A001/A101
or from the Gauss equation derived by him from the property of
geodesics as the
shortest lines:
dA 1
cos A sin A.
ds - 2~11~ 6 22 d"2
it is shown that all three properties of geodesics (coincidence
of the main,
normal to the normal to the surface, identical equality to zero
of geodesic cur-
vature, minimum length of the are) follow from each other. In
concluslon the
author considers geodesic twisting of a curve on the surfaco.and
(as an appendix)
the angle between the geodesic and the normal section on an
ellipsoid of revo-
lution. There are 5 veferences.
N. Drozdov
[Abstracter's note: Complete translation]
F1j
Card 3/3

BESPAWVY N.A., assistent
Relations between th~ invariants of a curve situated
on a surface.
Izv. vys. ucheb. zav.; geod. i aerof. no.3:19-24 163.
(MIRA 17:1)
1. ~bskovskiy institut inzhenerov geodezii,
aerofotosllyemki i
kartografii.

BESPAUJV, N.A.
Numerical methods and problems in the estimation of
the accuracy
of triangulation. Geo(I. i kart. no.9:8-13 S '64.
(IJ11PI 17:12)
I

221-66 EWT (d)/EV,1T(m)/tVJP W
NR, AP5026216 IJP(c) 1,VV
m
(d)/T/E'-A1P(t)A: 1P(Q/E--1P(Z)/Z' `(A/1:13
SO CE CODE: UR/0381/65/ooo/oo4/0O56/oo6G
AUTHOR: Baryshev, S. re.; Bespalov, N. A.; Shan1kova, Z. N.;
Krasota, V. K-..--
ORG: none
TITLE: Mechanized ultrasonic normal wave flaw detector for
automatic quality control
of aluminum alloy plates q
SOURCE: Defektoskopiya, no. 4, 1965, 56-60
TOPIC TAGS: ultrasonic inspection, aluminum alloy, alloy sheet,
alloy plate, plate
ultrasonic inspection, ultrasonic flaw detector, automatic flav
detector, quality
Qontrol -1.1 I'll, X0
OSTRACT: The design and the operating principles of a UDK-2L
ultrasonic flaw de-
tector for automatic quality control of aluminum alloy plates and
sheets are de-
scribed. The flaw detector operation is based on the pulse-echo
method using normal
antisymmetric waves which undergo a maximum reflection from
laminations in the fd
range of 6-12 Mc-mm (f is the ultrasound frequency and d is the
metal thickness). Thle
UDK-2L flaw detector has two control channels and operates with
three fixed frequen-
cies: 1.8, 2.5, and 5 Mc. It is provided with several pairs of
interchangeable
search heads, each of which is designed for a certain alloy and a
definite range of
thicknesses. The UDK-2L is capable of separatinge pulse reflected
from a flaw lo-
cated at a distance of '1200 mm in sheets of -AMg6laluminum
alloy(4 Preliminary statis-
tical data showed that the UDK-21, ensures detection of la=ina
ions 20-30 mm long and
620.1

z
i.
i.
~l
v
8221-66

ACC NRA AP6031602 SOURCE CODE: UR/0154/66/000/002/'0003/0010
1AUT11OR: Bespalov, N. A. (Docent; Candidate of technical
sci,~,nces)
jORC: Hoscow Engineering Institute for Goodasy, Aerootirveving,
and
I - I
Cartography (?Ioskovskiy institut inzhenerov geodezii,
aerofotos"yemki I
i kartografii)
i
TITLE: New nonlogarithmic formulas for the solution of some
problems
in spherical geodesy
SOURCE: IVUZ. Geodeziya i aerofotos"yemka, no. 2, 1966, 3-10
TOPIC TAGS: binomlCal series, geodetic function, curvature radius,
meridian, first vertical, elliptic integral, spherical geodesy,
CrODESL1 j
ABSTRACT: Binomial series are substituted by other formulas better
for computations. The fundamental geodetic function V -
1+e'ZCO82B for
reduced latitude is given in the form
sin
va 4+(2+n)e
4 +_(2 -A e12 sin'
where
Card 1/2 UDC: 528.23

ACC NR- AP6031~02
lCurvature radii for the meridian M and the first vertical 11
are giveil
by the formulas
cos' Ll
4+ 5 e'2 coss B
4 + C Coss 13
4+3e'2c03'B
Integrating these formulas, the length of the meridian and the
vertical
arcs can be obtained, B being the geodetic altitude.
Transforming the
integral expression and setting numerical values for
coefficients, the
length of arcs for various latitudes and ellipsoids are
computed.
Rectangular Gauss-Krueger coordinates are computed using
numerical
values of curvature radii and arc length. Formulas for the
conputationl
of elliptic integrals are developed, taking the Legendre
integral f
the first order and transforming it by expanding into series.,
1hes:for-
mulas are derived to determine geodetic coordinates.and arc
lengths.
Orig. art. has: 3 tables and 34 formulas.
SUB CODE: 08/ SUBM DATEt 27Jul65/ ORIG REFt 002
2/2

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DESPALCV, N. D.
"Hydrological Districts and Soil Improvement Regions of the Left
Bank of the River Vakhsh,"
Poc.livovedeaLlye (Pedology), No 12, 1246 (7j6-744).
(.Meteorologiya -J Gidrologiya) No 6 Nov/Dee 1947)
t.
SO: U-3218, 3 Apr 1953

BESPALGV, N. D.
"Boils of the Mosgoliam, National Republic*" sub
4 Apr 51, soil
list Iseni V. V. Dokuclvyvv, Aowlv Snj USSR.
Di seer tati.,-aci
'4)soow (lurlag 1?51..

BESPALOV. N.D.
(Soils of the Mongolian People's Republic] Fochvy
Mongollskoi
Narodnoi Respubliki. Moskva. Izd-vo Akademil nauk
SSSR, 1951.
318 P. (MIHA 6:11)
(Mongolia--Soils) (Soils--Mongolia)

Tit
of the Mangollan

1. IM .51, 1 )" " D.
L,!:, . .,iA. W , J4.
2. U35;. (6C,,0' )
4. 3,)1*19 - Yongolid
7. So~'lc of 'Mongolia. Floch,vovedenie No. '45 195'3-
9. 1.!cntlil,
.,r List of ',,.us,,ian Accessions Library of Con:,r-ss,
April 19.53, Uncl.

BESPALOV, i". F.
Despalov, N. F. -- "The Physical Properties of Light
Serozems and Their
Improvement through Cultivating Grasses under Crop
Rotation." Kazakh Affiliate,
All-Union Order of Lenin AcadeRr of Agricultural Sciences
imeni V. I. Lenin.
Sci Res Inst of Farming imeni Academician V. R. Villyams.
Tashkent, 1956.
(Disseration For the De[-,.ree of Candidate in
ACricultural Sciences).
So: Knizhnaya Letopis', Vo. 11, 1956, op 103-114

30 1)
k4
607/99-59-10-7/1,

HOR a
Dorozhko. P.Y. .
rngineer

TITLIs

svion of the IcIentific Council Of the
Extre-aural S

"TICLIF at th ,P khtft-Aral- Sovkhoz
:
7~

PZRIODICALs
1 58-60
Gidratekhnika i moliorstal7a, 195?. Nr
10,

AASTRACTj
The Extra-mural Ztesion of
the Vchowy sovet voosoyu---

mogo
nauchno-Iseledavatel'skogo Ini-Ituts
V_trOtekh-i-

Irl I malloratsil Imeal A.:%
Xostyakarn

Council of the All-UnIon
2esw~rch Institute for Ry-

draulic
Fngineerfng and "ellorntion tment

kov)
was hold from 15-17 July iq~9 ~t tIt
'--akhta-

Aral* movkhoz (razakh FCP) and
see devoted ~a It in

troduction and
further de~vlopz~rt of sprInk.1 ing and

other mathods of mechanized waterIng in
cot-on-grow-

Lag districts. The Session
was attended by representft.

tives of 76
research, plann 1-1 co-structivc and ope-
,
'

.J-,~
the .&ter economy
ratirg organizations connectel

Card 1/1
of
the Kazakht Uzbek, Tur1cmen, TR&zhik,
Firriz, kz~r-

b:ydzhAa. 00orglan,
Armenian. "olda~lan and -krainlam

r
publics. and also by representatilea of
cotton n0r-

kh0 saw and kolkhotes in the
cololrays stop, rorIcn.

The Session board
%Is foll"Ing p4pors: :ir*ctor of

YNTIOV.
Corresponding "ember of t~o
`

nF-
Tearovskil on "The Introduction Of !!Ow
Trr-~.ti7o

quipment in Cotton-gro~inr-,
t1to :;Ir-ctor if t':- "Pak---

ta-A.ral-
sovkhoz V.~. Fuliko, on *The Results
an-d

Prospects of T78ing Sprinkling
~qulp-.ont or. Vto 'Pakh-

ta-Aral-
Sookhoz-; :38rlOr Agror.Onlet Of t'.-
'7akhtm-

on of kgro-
aral.- b*,khoz J,vq Parad4

20110ratits
weasuree 6. *?skhta-Arall :O~Xho= In

_
irrigating cotton with -prtnklsr.~s
Can,iida- of Ikerl-

ctaturai
scioncoom-L--imir, or t,~. "rz~%Z
an

The Scientific and Practical lv-lts of
7t.!Ies at'

Cottan ,~prinkllng*j Canddate
of vngtneeri-r :ciencei

C
d 2/7
1'.1r. of the rrital" on *,he
T.Chmical nd rco-

_

ar
--_r,c-rn-a1ces of ~Prinkllng Of

ftgineoring 1cle-ces -t k I
'
'
- - ~~
`
5
!
:
` i
~
:
:

_
an-s
y-_'tk
dW,deval
na a *
t
nkl!
I OT
ti
;r
I
7
9

012"IxPerlence From the introductlir of
Sprl~k_'Irg in

the Uzbek CAndideto of
krri~--Itural ~clences

of the "1:71-1 6
". T. -1- of .?,e
-

tentoly. ~~ftxh'te-Ar.l
$WAY& OP7tn%Ys 9

Experimental 1tation) an
taj~inem

With S rinklers'; Candidate
of A
lcult-~r%l sciences

s
of tsj 7~! qj,, on .7t. Course ~f
g

the Water-balt cycle in ^a-is Tit',
cenij-

date of Agricultural scj-n~*,
Lj.j._._QZjaLjr tu:, v-,T

OV! on The
?.'cono=ic Pff-.cncy of
Trrientinx ~,-cttor

With Sprinklers-:
Enginoor ~h., 1, trmei-:Z ~f Ie

MIGill on
"The Fxporier,~e or 'rp.rlri~q rl.r"d

t~r
Utilization In 1prinklIrg ~o~t- 1~er
'.r"

Are&B-; Candidate of Fneln~vr!-,T -
- "?r1-
,
.

Card 3/7
ft4
rcry.n 0f the c~
. .71. Xv.rt "nco ning

Sprinkling
T'ac~lror an twv "-a

Candidate of
Rrginverirr ~clonc- of

the VrITGi" on
-Toveling Irrirablo Are-s 7-th Long-

Pramed I-ovel.re"I ongineer 7.0112t~p of
t's

TrIlril' on 'Thq Irr'.gsts ,r. of
St-on sv,~.

cult,)rsl Crop@ rith ~
~ator-rr Of

Plaxible ripes-. the an

BESPALOY, N.F., Iwo. Bellakokhos. nauk
Irrigaticm mtem of the Fakhta-Aral State Farm.
Zemleftlie 25
no.6:20-4 je 163. (MIRA 16:7)
1. Glavnyy i~gronom,sovkhoza "Pakhte-Aral".
(Golodnaya steppe-Cotton-Irrigation)

BIESPALOVI, N.G., inzh.
.,
Modernizod-3-hock absorbing apparatus of the j'h-l-TM
Couplar.
Vest. TSIIII MPS 23 no.6:34-37 '64- (i-a,,A 1,i;io)

BESPALOV SHILOV, V.A.; NOVIKOV, I.N., red,
FILIFJVA, L.S.,
- , :~Z4 red,.- VOROBIYEVA, E.V,, tekhn.red,
[Reinforced automatic coupling system] Usilennoe
avto-
stsepnoe ustroistvo. Pod red. I.N.Novikova.
MoBkvm, Trane-
zheldorizdat, 1963. 28 p. (MIRA 16:11)
(Car couplings)

FWALOV, N.G., Lnzl,..
Vlodernized couplJng systems for heavy freight
cars. Zhel. dor.
tr~insP- 47 no. ll.*49-53 V 165 (IMI-ItA 19:1)

BESPALOV, N.J. inzh.
Maintenance and repair of garage equipment.
Avt.transp. 42 no.2:
17-18 F 164. (MIRA 17:3)

BESPALOV, N.M.
------ -----
Rapid method of determining calcium oxide in
dunite and
forsterite. Ogneupory Z7 no.12:569 162. (MIRA
15:12)
1. Panteloymonovskiy qgneupornyy zavod im. K.
Marksa.
(Refractory materials-Testing)
(Indicators and test-papers)

93-4-11/20
AUTHOR:
Bespalov, N. V., Malkis, I. S.
TITLE:
Utilization of Communication Chanpels for Purposes of

Telemechanics in Pipeline Transportation (K voprosu

lspolfzovaniye kanalov svyazi v truboprovodnom transporte

dlya tseley telemekhaniki)
PERIODICAL:
Neftyanoye Khozyay8tvo,
Nr. 4, April 1957, pp. 42-46

(USSR)
ABSTRACT-
The remote
control of equipment located along a pipe-

line's
right-of-way is effected by means of communication

lines
installed along the pipeline. Telephone wires are

used
primarily for administrative and dispatcher-service

purpomes.
Due to the limited number (3-15) of wires used

for this
purpose, only one or two telephone wires are

usually set
aside for telemechanical purposes. This

article deals with
the number of signals which the

existing communication lines
and equipment built by the

Soviet industry can transmit for
telemechanical and tele-

metering purposes. The messages are
transmitted over the

selected communication lines in the form
of cod4d signals.
Card 1/4
Amplifying stations are located
every 150-200 km, this

93-4-11/2o
utilization of Communication Channels for Purposes of
Telemechanics
in Pipeline Transportation. (Contd)
distance corresponding to the average distance between
the pumping (booster) stations located along the pipe-
line. Figure la shows a wiring diagram with several
remote control devices. The call signal is sent from
an intermediate pumping station in three d.c. groups
of impulaas, the total number of impulses being 19 of
which 17 are actuating impulses. This arrangement
allows 78 different impulse combinations. Figure lb
shows a slightly different wiring diagram permitting
19 actuating impulses. Figure 2 shows still another
diagram, similar to that shown in Figure la, but
modifled by a ffKaylo" coll. Subsequently the author
describes how tviephonee operating on high frequency
channels could be utilized for remote controlland
telemetering purposes. The ordinary telephone channel
operates on 300 to 2700 cycles. By using special ftlters
Card 2/4 used In voice-frequency telegraphy, the 300-270
cycle

93-4-11/20
Utilization of Communication Channels for Purposes of
Telemechanics
in Pipeline Transportation. (Contd).
channel can be divided into narrow bands of 140 cycles
each, every band representing one station along the
right-of-way. Signals are transmitted by step-by-step
switches. In telemeterIng a special commutator bar is
used. A switch with 20 contacts (n = 20) can transmit
20 signals. If a greater number of signals is required,
additional commutator bars must be installed, so that
N(number of signals.) = na where n = number of contacts
and a = number of switches. In this case frequency
generators and step-by-step switches a.~e required
(Fig-3). Another method involving channels of 100-200
cyclescalls for selectors with accompanying rectifiers
Fig.4). By increasing the number of impulses to 29
ximum for each s 'elector) tNe total number of signal
M
combinations is increased to 300. As the number of
combinations Increa'sba, the receivers become more com-
plicated. Thus, by using selectors, filters, voice-
frequency telegraph-devices, step-by-step uWit;'1-hes
for automatic telephone stations and other So'viet-made
devices, various signaling systems can be devised for
Card 3/4 one telephone channel. In conclusion the aut-hor
divides

93-4-11/20
Utilization of Communication Channels for Purposes of
Telemechanics
In Pipeline Transportation. (Contd).
signals employed by a teleme6hanized intermediate pipe-
line station into three groups: In the first group are
the "on" and "off" signals actuating such equipment as
pumps, electrical and Diesel engines, gate valves, etc.
Two signals are required to operate each of the above
mentioned units.. The total number of signals Is double
the number of actuated units, although it is possible
to operate the same number of units with half as many
signals, by repeating_the same signal twice, the first
time using it to switch the unit on, the second time to
turn it off. Selectors and resonance relays are
recommended for signaling with the first group of signals.
The second group are telemetering signals. These select
one of many identical units and connect It with the main
telephone line for a certain period of time. These
signals are used to measure 'levels in storage tanks,
pressures, flows, temperatures, etc. The number of re-
quired signals equals the number of units to be actuated,
plus one. Step-by-step switches are used with this group
of signals. To the third group of signals belong con-
Card 4 tinuous signals, whose number tip determined by the
specific
.~4 requiremeUtg of various opera Ing conditions.
AVAILA LE: LiOrarY OE Congress.

BISPALOV, N.V., inzh.
Pipelines need improved commamication lines. Stroi.
truboprov. 3
no-7:12-13 Jl '58. (MIRA 12:1)
(Pipelines) (Telephone)

AUTHOR: Bespalov, N.V. 00-58-6-6/7
TITLE: The Installation of Lig~it-Duty Communicaf-J--n
Lines an Oil
Fields (Ustroystva ob-',egchennykh -1iniy siryazi na
nefiepro-
myslakh)
PERIODICALt Energeticheskiy Byulletenl, 1956, Nr 6, pp
28-'30 (USSR)
ABSTRACTs The author suj;gest,9 the use of telephone line
supports from thin steel tube for lines from drilling rig
to
office building. He lists tte advantages of such an
arrange-
ment and quotes fac,~s and figures to support- his
proposal.
There is 1 sketch.
Card 1/1 1. Telephone lines-Distallation

AUTHORS:
a
Bespalov, N.V., Lupanov, V.S. SOV-0.0-56-10-7/1
TITLE
New
Equipment for Dispstcher Communications (Novaya ap,ara-

tura
dispetcherskoy svyazi)
PERIODICAL:
Energeticheskiy
byulleten', 1958, Nr 10, pp 22 - 2~~; (`JSS~")
ABSTRACT:
The
authors state that the railway selective communications

system, widely used in the national economy, has some fun-

damental defects. However, a new type of equipment for dis-

patcher communications, using voice-frequency ringing, in

which these defects are absent, has now been developed. Its

chief characteristic is that audio frequencies are used for

the transmission of the selective ring; this enables it to

be switched into lines occupied by high-frequency channels,

or directly into the channels themselves. Seven call fre-

quencies are used for the selective ringing: 317, 435,
1528,

780, 1o65, 146o, and 2000 cycles. The first six are
used

for individual calls between intermediate points, and
"he

last for the group calling of all the intermediate
points

at once. The equipment permits 30 intermediate points
(Sets)

being switched in to one circuit (lLne of
commnunication\

The control office equipment consists of a
desk fitted onto
Card 112
the dispatcher-Is table. The
measurements of the desk are

New Equipment for Dispatcher Communications
Sn1V-Q1G-5A_-lC-7/9
380 x 260 x 248 mm. It houses a call frequency generator
with buttons, and the dispatcher's amplifier with a
loudspea-
ker. After a detailed description of the equipment the au-
thors -,tate that it is vastly superior to equipment using
se-
lective ringing, as there are hardly any relays rec~uiring
careful sevicing and adjusting. The power supply for the
intermediate points and the amplifiers is, thanks to the
use of semi-conductors, provided by type 3C dry batteries
giving a current of about 5-6 milliamps. The equipment is
not cumbersome, is simply designed and can be quickly set
up, It can also be used under remote control. There Are
3 circuit diagrams.
1. Cormunication systems--Equipment
Card 2/2

BXSPAWV, N.V.
Supplying power to stations for cathodic protection of
pipelines. Gaz.
prom. no.10:51-52 0 158. (MIRA ll,.11)
(Krasnodar Territory--Gas, Hatural--Pipelines)
(Blectric power distribution)

BESPALOV, N.V,.; MALKIS, I.S.
I WOOPIX""A"I"
Special radio relay apparatus are needed for pipelines.
Neft. khoz.
36 -no.5:54-57 My 158. (KIRA 11:6)
(Pipelines) (Radio relay syvtems)

BZSPALOV, N.V.; MALKIS, I.S,
Communication systems on petroleum pipelines. Neft.
khoz. 39
no.12:50-55 D 162. (III%-k 14-.12)
(Petroleum-Pipelines)

BESPALOV, N.V.; MALKIS, I.S. . inzh.
Telepbone apparatus with transistor amplifiers. Avtom.,
telem.i
sviaz' 6 no.2:25-26 F 162. (MIM 15:3)
1. Nachallnik kontory svyati Glavnogo upravleniya po,
sbytu nefti
(for Bespalov). 2. Kontora svyazi Glavnoko upravleniya po
sbytu
nefti (for Halkis).
(Telephone--Equipment
and supplies) (Transistor amplifiers)

BESPALOV) N.V.; MALKIS, I.S.
-1--
Remote control of the UPDU-57 electric drainage.
Neft. khos~.
40 no.7:56-59 Jl 162. (MIRA 17:3)

flikolay Vasillyevich; 1,!AL":I-", losif
Solomonovich;
- L.N. , ved.-red.
[Autoratic control of communications in petroleum
Pipeline
transportation] Avtomatizatsiia SV4 azi na
neftei~rovode.
Voskva, Izd-vo "Nedra," 1964. 53 p. 17:7)

iL7SPALOV, NikoI&Ly-Vasii',yevicj-j;
Vj~q,:)jjjjjjok,, yfl-,rel Fedoruvich;
RALIKIS IoAf Solomonovich; -IIUFLCV, Vyacheslav
lv~novach;
KOZLOV, S.-S., red.; VRONSKIY, L.N., ved, red.
[cormunications in pipeline trari5portation]
Sviaz' na tru-
boprovodnom transporte. No-zlova, Izd-vo "Nodra,"
1964. 198 p.
(1 17:8'-
. j

MALKIS, I.S.; BESPALOV .-N,.V.
Chief operator's switchboard using transistor
elements.
Transp. i Khran.nefti i nefteprod. no. 2:28-31
164.
(MIRA 17:5)
1. Kontora svyazi Glavnogo upravleniya po
transportu
snabzheniyu neftlyu i nefteproduktami RSFSR,

BF.S)"'ALOW, N.V., A-nzl,..
Principle of tho diffarentlation of image contmir3
wid its -.J-;4
in the cognition of visual obje.-;ts. Trady Kbab.
11T no.l--.~
?9-1.04 264 (MIRA 18,~-!-)

L 9421
1kc7c -14k.
EWT(m)/EPF(n)-2/EWA(h)
503
ALMIOR: Bespalav. O.G.; Mostovaya, T.A.; Ts~tovich, A.P.--
tc~ S~r, 1171-11
TIM: Neutron time-of-flight correction in a multistage detector
Fj/0&0~;
SOURCE: Moscow. Institut atomnoy enerGii. Doklady, IAPS-697,
19.S4. Korrektsiya
vremer.i proleta neytronov v mnogosektsionnom detektore., 1-5
11, ;';
TOFIC TAGS: neutron detector,, neutron beam
ABSTRACT: The time of flight of a neutrca in a fission chamber
composed of several
stages is investigated. The multistage design improves the
yield but decreases the
resolution of spectrometer. The influence of the increased
len'--th of 'the multistage
detector-can be corrected by delaying pulses in each section.
The authors discuss
the method of time correction by means of a variable delay
line designed for 123 lags
and divided in 4 sections. The experiments were carried out
with a five-sectiontLl
fission chamber. The use of this method for measurements of
the u235 fission cross-
section is also briefly discussed. A linear electron
accelerator of the Kurchatov
Institute of Atomic Energy was used for these experiments. The
authors express their
gratitude to I.I. Mostovpy who initiated this research and to
M.I. Pevzner for his
attention. /1~0r-igarl. has: 5 connection diagrams and 2 graphs

L 9426-66
L:

BESPAIDV, P., inzh.; ZAVIYAIDV, S., inzh.; NOVIKOV, Ye.,
inzh.; TEIMHEV, A.,
Equipment for washing and drying motorbuses and
motortrucks.
Avt. transp, 43 no,6tl6-l8 A 165. (NIRA 1816)

BESPALOV, P.M., inzh.-gidrogeol3g; KRAVCHUK,
S.V., inzh.-gidrogeolog
Water-lawering operations in the Mikhlovka
open-pit mine of
the Kursk Magnetic Anomaly. Gor. zhur.
no.10:38m-42 0 161.
(MIRA 15-2)
1. Filial Instituta, gornogo dela im.
A.A.Skochinskogo, g.
Gubkin.
(Kursk Magnetia Anomaly-41ine drainage)

BESPALOV, P. M., insh.-gidrogeolog
-- 1. --- I--------
Limits of using open-cut drainage in stripping the
Mikhaylovka
deposit of the Kursk Magnetic Anom&3.y. Gor. zhur.
no.10:9-10
0 162. (MIRA 15:10)
(Kursk Magnetic Anovaly-Mine drainage)

GAZIZOV, M.S., kand. gool.-miner. nauk; LEBOYANSKAYA,
Z.P., inzh.;
UNKOVSKAYA, N.F., :Lnzb.; XOSTENKO, V.I.,
inzh.;-PR0Z0R0V, L.B.,
kand. tekhn.nauk; BE5T
inah.; KRAVCHUN, S.V., inzh.;
KRUPKIN, L.V., inzb.;-KRUPKIN, L.V., inzh,; BEZPALOVA,
S.I., inzh.;
SHCHERRATENKO, A.P., inzh.,- XORDTKOT, G.V., kand.
gibl.-mineral.
nauk, retsenzent; VASIL'YEV.-P.V., doktor geol.-mineral.
nauki
retsenzent; 5HEVYAKOV,L.D.,akad.,otv.rW.;
MAN1KOVSKIY,G.L,otv..-'i)3.;
STOLYAROV,A.G.,red.izd-va; GUSEVA,A.P.9tel6n.red.;
RYLINA,Yu.V.,tek4a.
red.
[Experience in lowering tho-water table in mineral
4eposits under
complex hydrogeological conditions) Opyt vodoponizheniia
&a
mestorozhdeniiakh poligznykh iskopaemykh so slozhayal
gidrogeolo-
gicheakimi usloviiazi~ Moskva, Izd-vo Akad.~aaulr SSSR,
1963.
411 p. (KUU 16-5)
1. Akademiye nauk SSSR. Institut &ornogo dela. 2,,*Cklan-
korrespondent Akademil nauk SSSR
zaTeduyuAhchiy'Laboimtoriyey
spetsialinykh sposobov prokhodki gornfth vyrabotok i
vodoponi-
zheniya Nauchno-issledovatellskogo instituta Kurskoy
magnitnoy
anomalii (for Mantkovskiy).
Nater, Underground) (Ore deposits)

FOKIN~ F.F.2 inzh.; BESPALOV,.P.M., inzh.;
RODIONOV, G.A., inzh.;
VERIGIN, N.N., prof.; KUDRYAVTSnV, G.N., inzh.;
MARIYANSKIY, L.P., red.
(Technical conditions for planning and carrying
out hydrau-
lic engineering operations. Open and subsurface
drainag- -J,
foundation pits of hydraulic structures)
Tekhnicheski-
usloviia na proektirovanie i proizvodstvo
gidroteklm-iche-
skikh rabot. Otkrytyi igruntovyi v~-,dlootliv
kotlovanov gidro-
tekhnicheskikh sooruzhenii. Moskva,
Gosenergoizdat, 196".
101 P. (MIRA 17:9)
1. Akademiya stroitel'stva i arkhitektury SSSR.
VsesoyuzrWy
nauchno-issledovatellskiy institut
vodosnabzheniya, kanali-
zatsii, gidrotekhnicheskikh sooruzheniy i
inzhenernoy gid-
rologii.

KARKANN, I.M., general-mayor intendantskoy
sluzhby; BISPALOV, P.M.
starshly leytenant; D*fflNTITiff, K.I.. polkovnik .
[Automobile driving course] Kurs bozhdantia
aytombilei. [Moskva]
Voen.izd-vo Ministeretva voorazhennykh all SSSR.
1946,84 p
NLRA 8:10)
1. Russia (1923- Amlya. Glavncyye avcomobil'noye
upra-
vleniye.
(Automobile drivers)

-,-- - --BESPAWV, P.V. ; GROMOV, A.V.
Voltage regulation in loaded 6 kv 714-type
transformqrs. From.
energ. 16 no.2:21-23 F 161. (14IRA 14:3)
(Electric transformers)

BERNSHTEYN, Eduard Adollfovich, inzh.;
RUDYACIIENKO, Nikolay
Korneyevich, kand. teklin. nauk; bF.SPALOV,
P.V., Yariu.
teklin. nauk, retsenzent;
[Pulse-type radio transmitting devices; their
calcula-
tion and design] Impul'snye radiopereduiushebie
ustroi-
-tva; proektirovanie i raschet. Izd.2.,
stereotiL.noe.
Kiev, Izd-vo "Teklinika," 1964. 2~171 p. (I.uRA
17.. b)

F_~) r /I 1_0 V 0
, \ U~ C-t
UTHOR,- I'lone given
TIT TIE, -
Results of the Aill-Union Conference of Efficiency
Experts,,

inventors and Innovators of the Geological
Prospecting and

Topo-Geodetic Services of the USSR (0b itogakh
vsesoyuznogo

so,.-reshchaniya ratsionalizatcrov:..
izobretateley i novatorov

geologorazvedochnoy 1
topol-,,-odezicheskoy sluzhb SSSR)
T'..'.-_,.'1GDICAL:
Razvedka. i okhrana nedr, 1058, Nr 11, pp 4-6 (USSR)

The above
mentioned conference, which took place in Sverd-

lovsk from
7th to llth of October 1958, was called by the

Central
Committee of the Trade Union of Geological Workers,

the
Mlinistry of Geology and of Conservation of Mineral Re-

sources of the USSR, the Central Administration of Geodesy

and
Cartography of the "IND of TISSR and the Central Board of

the
Nauohno-Tekhnicbeskoye Gornoye Obshchestvo (the Scienti-

fic-Technical ,ining Society), A total of 655 persons, re-

presenting various professional and scientific organizations

participated. The conference heard reports by representa-

tives of the following ministries and organizations: I,S.

Burdyugov (Ministry of Ileologj and Conservation of Mineral

Resources); V,111, Shishkin (the Central Administration of

Geodesy and CartoFraphy of the ',',VT) U'13R); Ye.L. Limanov
i'. a rd, 1/2
(T1.!inistry of Geology and Conservation of
'.!ineral Resources

- e 117
-'152-5S-'1-2'
an'
innovators of the Ceological Frcspecting and Topo-'Ieodeti~:
Services of the
us'~R
of the Kazakh the representatives of Central Admini-
strations of Geology and Conservation of '.1ineral Resources
of the RSFSR (K,r-. Korshunov), Ukrainian SSR (P.I, Naydenov
and -jzbek SSR (R,Ya. Boyko). The Director of the Vsesoyuznyy
institut tekhniki razvedki ~ the All-Union Institute of Pro-
specting Technique) reported on new drilling rigs and
methods.
He described a new driiling rig VITR-2000 now under construc-
tion, whfch will simplify and alleviate the work of the bri-
g-ade, its hydraulic devices executing many difficult oper-
ations, The inventor R."la, Bespalov, from the Turkmengeo-
fizika Trust, reporteff-on a new adaDtion of the UShB-14 rig
for auger drilling,. Ye.I. Kalantorov reported on the first
Soviet universal photo-grammetric device "SPR-2" for the com-
pilation of maps from aerial photos~ The members of the con-
ference visited the Uralmash Plant and the Plant imeni
Vorovs-
kiy wliere they saw the new drillinp rigs SBU-ZIV-300 for in-
clined drilling with hydraulic feed, and the automotive auger
drilling rig UShB-14.
Card 2,12

B-E-S-PALOVY 8. 6.
Dissertation: "Determining the Capacity of Peats." Cand Tech
Sci, Moscow Peat Inst,
29 Run 54. (Vechernyaya Moakva2 Moscow, 18 Jun 54)
SO: SW4 318, 23 Dec 1954

13ESPAU)v p S. G.
"Calculation and design of drying apparatus" by
P. D. Lebedev.
Reviewed by S. G. Bespalov. Izv vya ucheb zav;
energ 7 no. 1:
113-134 Ja 164. (MIRA 17:5)

MUKHAMEDOV, S.M.; fflSF~ -S,1.; LEVRIA, L.M., red.;
TSAY, A.A.,
tekhn. red.
[Sanitary protection of products andthe prevention
of oc-
cupational diseases in agriculture] Sanitarnaia
okhrena
produktov i preduprezhdenie professionallkvkh
zabolevanii
v sel'skom khoziaistve. Tashkent., Medgiz, UzSSE,
1963. 59 p.
(MIRA 17:1)

BESPALOV, S.P.
Modernization of the head-piece of diamond
grinding machiees
Stan. i instr., 23, no. 4, 1,Q52

1, BESPALOV, S. P.
2. USSR (6oo)
4, Iathes
7. Repair of the ways of lathes. Stan. i instr. 23 no. 10, 1952.
9. Monthly List of Russian Accessions, Library of Congress,
February .1953, Unclassified.

t "'""PAUV, "'. P.
USSR/Engineering Machine Tools
Card 1/1
Author Bespalov, S. P.
Title Device for Grinding Machine Ways
Periodical Stan. i Instr. 1, 28, Jan/1954
Abstract A description is given of an apparatus for grinding
machine ways
under factory conditions- The author presents a drawing of the
above mentioned apparatus, describes its operation and lists
the
nomenclature of machine components. Drawing.
Institution
Submitteu-

DISPILOY, S.P.
Protective shields used in high-speed millIng. Stan.1
lnstr. 28
no.9:43 S '57. (MIRA 10:10)
(Milling machines)

BLFSPAW, V.
mam"WAU"
We have great potentialities. Prom.koop. 13 no.12:13 D
'59.
(MIRA 13:4)
l.V799haya ahkola promyslovoy kooperatsii, khimicheskiy
fakul'tot.
(Rug and carpet industry)

EESPALQY.,~,, inzh,-mekhanik
Use of an external washimg-separating device for the
tyuprovement
of distillate quality. Mor.flot 23 no,2x25-27 F 163.
(KMA 16t2)
(Feed-water purification)

-49UALQXr-V- (Head Veterinary Doctor, Anyui,;k
Settlement, Magadan Oblast').
(Abstracted NOSKDV, A. I.)
"Use of chlorophos in cases of subcutaneous Tabanus in
reindeer
Veterinariya, Vol. 39, no. 3, March 1962

TANSHIN, A.L.; ATHUSHEVSKIT, B.A.; AL3KS&MOVA, H.I.;
3ORSUK. B-L;
VOLIN. A.T.; ZUBKOVSKAYA. 1.H.; YAKOVLIIV, D.I.: BER.
A.G.;
30ROVIKOV,t L.I.; BOITSOVA, Te.F.; MCHKIN, N.K.;
BESFALOV, V.P.;
SHLTGIN, Te.D.; SPRUNSKIT, 3J.; KHAKHWV, V.A.;
RRS~gftf---w
DITKAH, V.G.; GORSKIY, I.I., red.; KASSIJF, N.G., red.;
FOIKICH317.
V.D., red.; DWANOVS11IT, Ya.K., red.; CHI.KHACHX7,
P.K.., red.;
KOKISHAN"I S red DLSHKOVA, A.D., red.; VODOIAGINA, S.,
tekhn.
k '0 of
red.; VDOVINA, M.P., tekhL. red-
[Geologioal map of the U.S.S.R., wale 1:1,000,0001
Geologiche"is,
karta SSSE~ masohtab 1:1,000,000' 0hplanatory notes to
accomp-any
sheet] Wiasnitellnaia zapisks, i IiStu. - LJW [Ibbal
(Amba).
1949. 56 p. .1- 1,41 Erzyl-Ordal (Kzyl~~). 19446. 2-0 p.
L-42 [Warsakpayl (xareakpai). 1949. 42 P. M-41
~~gf~] (!rargai). 1948. 28'p. K-43 (Karl).
1947.137 pe N-42 [Petropav-1ovsk] (Petropavlovsk) 1947.
27 P.
N-W [Vv"osibirok] (Novosibirsk) 1948. 33 P. 0-45
rT'Zs-kj (Tomik). 1949. z6 p._ 0-49 [Kirenik]
(Kirensk).1947.
40 p. Moskva, Goo. izd-vo geol. lit-r7, (MIR& lls8)
1. Russia (1923- U.S.S.R.) Ministerstvo geologii.
(Geology-Yaps)

15-57~2-1482
Translation from: ReferativnTy zhurnall Geologiya, 1957,
Nr 2,
p 44 (US
AUTHOR: Bespalov, V. F.
TITLE: The Dzhungar-Balkhash Hercynian Geologic Province
(Dzhungarsko-Balkhashskaya gertsinskaya geologiches-
kaya provintsiya)
PERIODICAL: V sb: Voprosy geologii Azii, Vol 1, Moscow,
Izd-vo
AN S33R, 19541 pp 129-154
ABSTRACT: Bibliographic entry
Card 1/1

t- C i,,
15-1957-7-9273
Translation from: Referativn y zhurnal, Geologiya, 1957, Nr 7,
p 70 (USSR~
AUTHOR: Bespalov, V. F.
TITLE: Hydrothermal Alteration of Rocks of the Dzhungaro-
Balkhashskiy Geologic Province (Eastern Kazakhstan)
[Gidrotermal'no-izmenenyye porody Dzhungaro-Balkha-
shskoy geologicheskoy provintsii (Vostochnyy Kazakh-
stan))
PERIODICAL: Sov. geologiya, mol 51, 1956, pp 224-238
ABSTRACT: The hydrothermal alteration of rocks in eastern
Kazakhstan--secondary quartzites, sericitic quartz-
ites, andalusite quartzites, quartz-sericite rocks,
sericite rocks, and so forth--are associated spatially,
structurally, and genetically with volcanic masses of
Visean-Namurian and upper Paleozoic age. All the
rocks known in this area have been altered to second-
Card 1/3 ary hydrothermal forms to the metamorphic rock series

15-1957-7-9273
Hydrothermal Alteration of Rocks of the
Dzhungaro-Balkhashskiy
Geologic Province (Eastern Kazakhstan) (Cont.)
and sandstones, tuffs, and lavas of Lower Carboniferous age;
and to extrusive and intrusive dacites and keratophyres of
upper Paleozoic age. After examining the structures of
several specific masses of hydrothermal rock, the author
decisively rejects the theory of contact origin and concludes
that the facts support the principal points of the nearvent
theory of origin of the hydrothermally altered rocks. Inso-
far as a direct connection between these rocks and volcanoes
is not established, the author believes the connection is
indirect. In masses showing numerous facies of alteration and
mineralization, the mineralization is not associated with the
sericitic stage of the hydrothermal process alone, as was
for-
merly believed. The principal volume of hydrothermally al-
tered rocks was formed within the upper parts of intrusions
and was confined to deep zones of fracturing and crushing of
the rocks. Ore mineralization in the upper parts of masses
of hydrothermally altered rocks generally occurs in dissemin-
Card 2/3

15-1957-7-9273
Hydrothermal Alteration of Rocks of the
Dzhungaro-Balkhashskiy
Geologic Province (Eastern Kazakhstan) (Cont.)
ated aureoles. In the more deeply eroded parts of the masses,
separate ore zones are found as stockworks, beds, and veins.
Deep ore-bearing structures served as sul)l)ly channels for
the
hydrothermal solutions of all the phases.
Card 3/3 0. V. Bryzgalin

BISPAIgOV, V.11-
------- lwo~-
Middle ftloorole of the Dzungarlao-Balkhash
intrag"syncline. Soy.
gool. no.52:47-54 156. (MM 10:4)
(Balkhash r* on-Gooloff, Stratigraphic)
rDzhunguria-Goology, Stratigraphic)

15-57-12-16763
Translation from: Referativnyy zhurnal, Geologiya, 1957, Nr
12,
p 8 (USSR)
AUTHOR: Bespalov, V. F.
TITLE: The Upper Paleozoic of Eastern Kazakhstan (Verkhniy
paleozoy Vostochnogo Kazakhstana)
PERIODICAL: Sov. geologiya, sb. Nr 52, 1956, PP 135-143
ABSTRACT: Two types of Hercynian geosynclines are
distinguished
in eastern Kazakhstan. 1) Geosynclines with thick
volcanic-sedimentary middle Paleozoic rocks, intensely
deformed (orthogeosynclines or intra-geosynclines):
a) the Zaysan, subdivided into the Kaynaminskiy and
the Karkaralinsk and the Southern Dzhungarskaya epigeo-
synclines. 2) Geosynclines with sections of Devonian
and Lower Carboniferous sedimentary rocks of moderate
thickness (parageosynclines): a) the Dzhezkazgan,
Card 1/3 subdivided into the Dzhezkazgan and the Teniz (sic!

The Upper Paleozoic of Eastern Kazakhstan (Cont.)
15-57-12-16763
Tengiz ?) epiparageosynclines; and b) the Rudnyy Altay.
Climati-
cally eastern Kazakhstan was sharply divided into two
regions in the
late Paleozoic': a desert region on the south and west, in
which red
beds.and chemical sediments accumulated, and a region of
moist
climate on the east, in which coal-bearing deposits formed.
The
combination of all these conditions produced three types of
sections
in the upper Paleozoic rocks. 1) The Dzhezkazgan series
consists of
red clastic and chemical sediments, the stratigraphy of
which was
worked out by K. I. Satpayev and others ~O-snovnyye cherty
geologii
i metallogenii Dzhezkazkanskogo mednorudnogo rayona. V sb:
Bol'shoy
Dzhezkazgan, AN SSSR, 1936 (Principal outlines of the
geology and
metallogeny of the Dzhezkazgan copper-ore region. In the
Collection:
Great Dzhezkazgan, Academy of Sciences, USSR, 19302. 2) The
Balkhash series is divided into four groups a) the Sayak
group (the
Visean group of the Lower Carboniferous), consisting of
volcanic-
sedimentary rocks 2 500 m thick; b) the Karkaralinsk group
(the
Namurian group of the Lower Carboniferous), composed of
keratophyres,
trachytes, comendites, quartz keratophyres, and
tuff-sandstones with
Card 2/3

The Upper Paleozoic of Eastern Kazakhstan (Cont.)
15-57-12-16763
lant remains, 2 400 m thick; c) the Kalmak-Emell
(Kalmak-Imell)
Diddle Carboniferous), consisting of sandstones and
conglomerates
at the base giving way to dacites, quartz keratophyres,
keratophyres
and their tuffs, 1 800 m; and d) the Keregetasskiy group
(Upper
Carboniferous), composed of conglomerates, tuff-sandstones,
and
quartz-anorthoclase porphyries, 600 m thick. 3) The Irtysh
series
is transitional in character between the Balkhash volcanic
series
and the Kuznetsk series of Siberia. It is correlative of the
Tashkent volcanic series.
Card 3/3 N. A. Bogdanov

3ANDALFTOV. S.M.;BSSPAIDV, V.I.-, BOGATrAW. A.S.;
BOK. I.I.; GALITSKIT,
V.V.; ZRILI)MY, G.B., IVSHIN, N.K.; KAUNLI, Mg.;
KAYUPOV.
A.K.; KONCV. A.K.; KUSHEV, G.L.; LTAPICHEY, G.F.;
MCDDTKV, G.TS.;
WNICH. V.K.; MTAGKOV. V.M.; NIKITIN, I.F.;
NDVOKHATSKIT, I.P.;
SATPAYEV, K.I.; SHLYGIN, Te.D.; SHCURBA, G.N.
Eminent geologist of Kazalenstan. Vawti.Aff
fazakh.SSR 15 no.l:
94-95 Ja '59. (MIRA 12:1)
(Borukafiv. Ramazan Aslanbekovicb, 1899- )

ABDUMABIROVA, I.I.A.; ALE-ISANDROVI., I.I.I.;
1".FONICHEIT, WIDA'd,_~`TCV,
S.M.; D_ol'L~V~V r.; BOGDt'INOV, BO-.OVIKOV, I,.!.;
BORSUK,
, ;.Y iylov". I.I.S.; DVORTSOVA
B.I.; BORUKAYEV, R.A.; MALKIN .; B 1 .9
K.I.; DaIBO, T.M.; ZHUKOV, M.A.; ZVONTSOV, V.S.;
IVSHIN, N.K.;
KOPYATE,XICH, R.A.; KOSTEN110, N.1%; WFIAN, A.S.;
1,111YUKOV,
K.V.; UVROV, V.V.; LYAPICHEV, G.F.; IY0,,vRKLVICH,
M.V.;
HIIUUiYLOV, A.Ye.; MIKHAYLOV, N.P.; MYCHNIK, M.B.;
NIDLEENKO, Ye.14.;
tIIII'.ITIN, I.F.; NIKDW-,OT'%, K.V.; NIKOLAYEV,
N.I.; PUPYSHEV, N.A.;
lUiSKATOV, G.I.; HEIGA11TEN, P.A.; SAVIMU, A.Ye.;
ShLIN, B.A.;
SURYUGIN, NI.A.; SiIfENOV, !,.I.; CIIERNUKDOVS11Y,
A.G.; CIXYKOV-'
K
V.G.; SHLYGIN, Ye.D.; SHULIGA, V.M.; ELIGI~R, E.S.;
YAGOV IN, V.
NA--I.IVKIN., D.V., akademik, red.; PEW-IINOV, S.V.,
red.; MAIL,.USHIN,
V.A., tekhn.red.
(Geological structure of central and southern
Kazunstan]
Geologichaskoe stroenie TSentralinogo i IUzhnogo
Kazakhstana.
Leningrad, Otdel nauchno-tokn.informatsii, 1961. 496
p.
(Leningrad. Vsesoiuznyi geologichoskii
institut.Materialy, no.41)
S (Kazakhstan--Geology) (MII-,A 14:7)

BESPALOV, V.F.
Riphean and Cambrian of Central Asia. Izv. AN
SSSR.Ser.geol. 28 no.82
68-85 Ag 163. (MIRA 170)
1. Yuzhno-Kazakhatanskoye geologicheskoye upravleniTe,
Alma-Ata.

BESPALOVP V.F.
Alpine tectonics of southern Kazakhst6n. Izv. A14
Kazakh. SSR.
Ser. geol. 22 no.1:8-20 Ja-F 165. (MMA 18:6)
1. Yuzhno-Kazakhstanskoye geologicheskoye
upravleniye, g. Alm-Ata.

... .! ~ ~ ~)w
L-1 .; SEMY! I GIN, IN.A.; BESI'AILOV, V.F. ; APTRAM
.'-'A I. ~ !'I, E. i -1'ill`~ 'I W,
M 1
I
M.D.; MIKHAYLOV, A.P.; B-1`11CAANOV, G.O.;
Ri~!m.111tions of the Kazakhstan Putrograpir,ic
Izv.Al.'
Kaza'l-h.,':),'-R.Ser.geol. 22 rio.5-"~8-103 S-0 165.
(MIRA "I'S'zJ-12)

BESPALOV, V.G., Cand Tech Sci -- "Study of service
lives of crankcase
lubricants in KDM-46 engines." Chelyabinsk, 1961.
(Min of Agr
RSFSR Stalingrad Agr Inst.) (KL 8-21, 241)
- 202a -

SERGEYEV, M.P., prof.; BESPALOV, V.G., kand.tekhn.nauk
Model studies during the testing of oil centrifuges.
Trakt. i
selikhozmash. no.100-21 Ja 165. (MIRA 180)
1. Chelyabinskiy politekhnicheskiy institut.

" 11 ~ - -,, i,,, ; - - ~. , 1 v, c. , I.-,. nd . i
- ~ - ; . :~ -, ~ ~
. ~ ~ . - i-,. M., 7 vrx I ~ I
I i. , llziw-hrcl~ .-i,--.r,-:1!, ;~ f~. , i -- -,
'~,
Drient.al'don of part-9 by tnr
a sa:emb a y. Ve~-T,. ria --h i n, ~~s It .!-. .',
1, : c- ~ ~ - ~' c - -~'. 'i I lt~ r
( "i - I , 1 ~ , f. 'I
0 1 . 1'~~ 1 ... - , ).

BESPALOV, V.I. and YERGAKOV, V.S.
D,-.ipedance C~iaracterlstlcs of a Flat "Eagmetron 11ch. :,a-a.
Gork-ovsk.
Un-t:?-, 27, 1954, 106, 125
The design of a marnetron circuit is carried out for mar- etic
-fields
_n
bel(-.,w and exceeding the critical. In first, case the curront
is ropre.-,ented as
L,
simi of the constant component and of integer harmonies of the
basic frequency.
In the second! case the cathode field consists f the silm of the
constamt connorx-,i
44-d-of one frequency harmonic. Graphs of active and reactive
conductance are
plotted denending on the frequency of the equivalent magnetron
circuit. lit low
frequency the reactive component is associated to a capacitv
ef-fect, at high fre-1.1ency to
an inductance effect. ("'
azlh7kiz. INO 11, 1955)

j T-

621.372 16"'
te-'Influtnce of Tatimogemeftles on the

ark
Structures.-%KI,..I, ~11~v
r

~
June 1956, Vol, 1, No. 6, pp. 772-784.) "DIC.
cff
t
h

tc
tin t
t r.m. waves or

r;;ndom Inhamogen6tiv.3 in transailssion

lines with
p-rI&JIc-profilt gaidc surfaces is

coraWtIza t1morelicall). InIng
equivalent

'? leads to a (lifferenct
Circuits, Thc trealrden

cquatt?n of Oh )qd order'%y1th tandom

by
pwitbation

Tnethcds. rufm4114 arr obt3ined for the

dhpcrsion d the
rArrtlon codficient at thr

entrATICC-11, litt I*rhuMogeneous section

dw
linr. Examplj 'C"1151 t-te ITIC title a:

cumb delm- IfIle an 1%;I it's
tettligital lymon.

USS~,-'Radiophysics Superhigh Frequencies, 1-11
Abst Journal: Referat Zhur - Fizika, No 12, 1956, 3545)3
Author: Bespalov., V. I., Miller, M. A.
Institution:
Title: Electromagnetic Waves in Rectangular Slots in Which the
Bottom
Is Covered by Dielectric
Original
Periodical: Uch. zap. Gorlkovakun-t., 1956, 3o, 61-75
Abstract: A discussion of the prAypagation of electromagnetic
waves in a rec-
-tangular U-shaped slot., the bottom of which is covered with
a layer
of isotropic dielectric. A new method is proposed for finding
the
natural waves, propagating along the slotj the fields are
found in
the form of a superposition of TZ and TM waves relative to the
dl-
rection ef the aperture of the slot. From the dispersion
equation
obtained it follows that the attenuation factor of the flold
of the
surface wave is independent of the width of the slot and
consequently,
this dispersion equation is valid also for a slot that varies
in
Card 1/2

USSR/Radiopbysics - Superhigh Frequencies, I-11
Abst Jaurnalt Referat Zhur - Fizika, No 12, 1956, 35453
Abstract: vidth along the direction of propagation. Usual
methods are used
.,the attenuation due to the losses in the metal and ir
to obta#,*'N
the dielectric, and to find the directivity pattern of the
radia-
tion of the first propagating wave frcm the aperture of
the slot.
The directivity pattern for this wave has a trough-like
form.
Bibliography, 9 titles.
Card 2/2

250A"' 011I.-IREQUISTION OF THE FLUCTUATION OF PAIL,%-
VIA
DaM. Mad. Mqu~ SSM Vol. 117, No. 2, .- -i~
1'~e prob1cri cJ the acatterind of wwes propzgatlPg in bo~,,rdcd
trar.smisslon I!ne,.i reveals so=,e particular t"ifficultIns,
cn-noCU'd
LZ W-Tn-M-ci-TaTrah Via primary and wDi~dzry wa"s ale gui-Iod
-her pf,- - -is co, -
in the same path. Atc! --uliarit. arises If o. nsiders t1-
effect c-1 r2zAc--) deviations ot the parameters ch2racterizir4 L"
Hztar irystem. S-.ch probltms lezd to systems cfAjfWa-.r---
whc-ie coeffiziont3 are rzr-d:;tn lu-ctionq In he preaent
~
r,A;vneral SQlution of the Waic equath;,. 4~-,-., by kI,_
P r;"
W a successive approximaticm-Ite 10n method. A compar?-
lively Simp)c method ls'de,74op-d to Cal-Illate the Moments and
correlation tw4tiors cm the assumption that the prwcess c-an be
conside r IMPle MarkOV Ch.21n, SDM0 UppliCatir-13 of the
XaP Isir"o a jw,
Nauelmo-issleclovatellskiy radlofizicho-skiy institut pri Gor'-
kovskom wniversitete im. N. I. Lobachevolrogo. Pralavleno
akPdcL.-j.!Ec.-1I M. A.
Lecntovichea.

BESPAU)V, V. I.
Propagation of waves in transmission lines with
inhomogeneous surface
impedance. Izv.vys.uch6b.zav.; radiofiz. 1 no.3:54-63
' 58.
(MIRA 12:1)
1. Innledovateltakly radiofizichoskly institut pri
Gorlkovskom
nniversitete.
(Radio waves) (Wave guides)

BLTBKITTID.- December 7. 1957
SOV/109-3-3-22/23
-

AUTHORS,
G;iubkov, P.v. And i.
tarig, su. re.

TITrOt
The-Second
All-Union Conference on Radio
electronics of

the Ministry of Higher
Education of the USSR (Vtoreja

Y8450yuza"a konferentmiya MVO HOUR po
radio @I ektroniU)

- News Itsee

PXRIODXCALt
Hodictek-hnika I
31oktranikas 2958, Vol 3, Ir 3.

pp 440 -
444 (USSR)

APSTRACTs
The conference took
place during September 23 - 29. 195?.

at
Saratovqkiy goauderstyennyy univernitet
imani

N.G. Chernyahavokogo (Saratov
State University imemi

N.G.
ChvrAyehavskiy). Apart from the
universities, the

conference was
attended by the reprtsentat Ivan of
some

scientific research Institutes of
the Soviet and

Ukraini" Academies of
Science, various industrial

C.Lrdl/16
95tablishavnts " the Interested
ministrioa. This

Arrangement stimulated
the discussion and evaluation of

the
papers presented and permitted the
determination of

plans for %~Jne future
research to be carried out by %be

---
universities in the field of radio a I
ectrozies.

Th Problems dealing with various
filactuation pbecome" in electron and
9"-dischArge devices
Card4/16&zd With the physics and
Applications Of San diecbar"s._~t___
U.N.F. were discussed In the papers by
S.A.Akha-mv,
I.T. Trofimeaka, O.Y. kntonov And N.G.
Tikhoolrova wbo
Investigated the phenomena in certain
*sell-istory a.A.Y.
systems; the problem was also discussed
in the pap*rss
.The Electron Velocity Distribution I=
a Zdaintegrat1mS
Plane&" by A.M. Aleakovakiy; "Frequency
and Amplitude
Fluctuatlonz-6f-vie oncillat ions of a
~-cx K17stron
Oscillator' by V.I. Nikonov;
"De-electron1sation of Gas
in a 10-cm An'tenas Switch` by U.7.
Gorokhov And
'Detuning of Cavity
Resonstors-'by-Weans of Gas Discharges-
by U.V. Gorok-hoT and I.T. Byzoya. The
lecture of
B.A_ lornilor entitledr'**Reflex
rlystran as a Regenerative
U.B.F. Amplifier, WOR of West
practi-cal Interest. The
sixplicity of the Amplifier
P:rmlt:,,the application of
this device Im the whole rang of
uIpment where the
comparatively high level of noise is
not important.
The Section of Blectrodynamics bad six
A* 'I
wblcb over 30 papers and communications
considerable part of these was devoted
to the theoretical
and axperize=al investigations of the
propagation of
Cer45/16 electromagnetic waves in
various delay systeas. The
paper by T.X. Dacbenkoy entitled
-Scattering Proportion
of Certain Pod-type-Deley Systems" gave
the scatterim
equation for OL structure - 1 %4 1 or of
cc a =h: a
arbitrarily-loaded rods ( tube).
quatlan was
employed to amal7se slo.61:-Steas stub
systems And %be
Author found that the theory -am In
agreement with the
on4rix.entall results. The
communicat'an bf.l~ _XE
And X.rA. Datune entitled wProp*EatioA
of Z
Waves In 2 210=-un-ifOrm Helix" gave
the result$ of a
lorturbAtion-nethod Investigation of
the effect of ranfta
ngitudinal "m radial displacements of
the hwljX
conductor an the characteristic of the
delay t The
results obtalwd by the authors permit
the e4f.5toliac'n of
the tolerances In the helices employed
In backw&rd-were
tubes. The paper *Ganerelination of the
Circuit Theory
Including the Helical Delay Systems-
-as concerned with
the Possibility Of the application of
small perturbing
objects to the measurement of tLe
coupling Impodeneg in
a wide r"o of delay systems. Apart from
tba theoretical
justification of the above method of
aaaeuring the
Card6/16 couplIN Impedance, the paper
gave some experimental results.

BESPALOV, V. I. Oau.-L' Gor":4)
IfSome Problems of the 'Wave Propagation in Random Heterogeneous
Transmission
Lines. "
Dealt with discrete and continuous random heterogeneities.
Further, the
correlation of the reflection factor, caused by heterogeneities
during the propagation of
waves with different frequencies, was discussed.
report presented at the All-Union Conference on Statistical Radio
Physics, GorIkiy, 13-18 October 1958. (Izv. vyssh uchev
zaved-Radiotekh.,
vol. 2, No. 1, pp 121-127) COI,=TE card under SIFOROV, V. I.)

BjSpALoV, V. I., Candidate phys-math Sci (diss) -- "Some
problems on the distribu-
tion of electromagnetic waves in linear transmission with
random heterogeneities".
GorIkiy, 1959. 9 pp (Min Higher Educ, Gorlkiy State U im N.
I. Lobachevskiy)o
150 copies (XLp No 24, 19590 124)

05h8h
SOV/141-2-2-9/22
AUTHORS. Be5palov, V.I. and Daume, E.Ya.
TITLE; Propagation of Electromagnetic Waves in a Helical Line
with Small Inhomogeueities
PERIODICAL: Izvestiya vysshikh uchebnylch zavedeniy,
Radiofizika,
1959, Vol 2, Nr 2, pp 213 - 222 (USSR)
ABSTRACT: Two models of a helical line are considered. First,
the
helix is approximated by a helically-conductive cylinder
(Figure 1). The cylinder has a radius b and its
conductivity forms an angle (Ir/2 - e) with the axis
of the cylinder. The ...position of a point on the
surface of a cylinder is described by co-ordinates
and 11 which are determined as follows. It is assumed
that the cylinder is wound from a strip having a width
10 = s cos n , where s = 2" tg c , s being the pitch
of the helix. The turns of the strip are closely adjacent
to each other but do not overlap. The co-ordinate ~ is
measured along the strip,while I is measured trans-
versely across the strip (Figure 1). In the absence of
Cardl/7 inhomogeneities, a wave propagates in the direction z

05484
sov/14l-2-2-9/22
Propagation of Electromagnetic Waves in a Helical Line with
Small
inhomogeneities
which produces the following surface currents on the
r.onducting cylinder;
zl(~' 0 = '(~' TA 0
If a section of the line 0