SCIENTIFIC ABSTRACT VODOPYANOV, F.A. - VODOPYANOV, M.V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001860330002-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 1, 2001
• Sequence Number: 2
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

h07h9
S/12o/62/000/004/017/047
E192/B382
C'
AUTHORS: Vodoplyanov, F.A., Zlat(-)v, Yu.M., Uvarov,.V.,A.,.
Bwr7.b-.m-tr-,-L-.Z-.and Lebodov, P.I.
TITLE: Investigation of the precision.systein of programmed
frequency-control of the accelerating field in the
proton synchrotron-H
PERIODICAL: Pribory i telchnika eicsperimenta, no. 4, 1962,
98 - 101
T EXT The progra=cd frequency control in the proton
synchrotron is based on two precision elements: a frequency
prog3~aimmer and a driver oscillator (described On pp. 80 and ~9
of this issue). During development of this equipaent the
following problems were investigated: 1) accuracy and stab'llity
o~' the functional relationship of the frequency and the i,.iagnetic
fir,*%d in the gaps of the electromagnet; 2) parasitic micro-
modilation of the acceleratin- field and 3) influence of thc
charldteristies of the accelerating field on the process of
particle acceleration. The stability was measured at 9 points of
the o *leratingg-frequency ran,-,e (between 696 I.-.c/s and 8.295 Mc/s)
Card 1-'3 S1120IGZ10,0010041025-10LO

S/lao/62/000/004/017/047
Investigation of .... E192/r,382
and it was found that t~e shor-terin inst4bility at the lowest
frequency was + 3 x 10 ' and + C.06 x 10- at the upper lii-At
frequency; cqrresponding fizu~eb for long-term instability
are+/!-.5 x 10 and +0.06 xc 10- .11 The pormisablq instability
for the two limits Ts + 10 x 10 a,,kd 0.8 + 10 . The
para!EC�ic micro-modulation due to noise was measured at 15 fixed
frequencies and it was found that this never ,-.zceeded the
prescribed tolerance. The modulation iltue to -ombination
frequoncies vras largoly reduced by us inZ a balancod-mixer systc.-.i-
Losses in the proton beam as a functior, of the accuracy of the
frequency-change law were during the starting of
the accelerator. For this purpose the frequcnc~-prograirwler of
the system received an additional volt.x:e pulse having the
Saussian shape and a duration of 50 - 160 ~ts. Introduction of
,such perturbations at magnetic fields of 650, 4 000 and 6 000 Oo
produced an fAditional radial deflection of the beam of + 2.5,
+ 3.0 and + 1 mm, at which the strength of the beam was Ealved;
The freque-ncy changes corresponding to these deflections were
+ 1.,3 x 10-3, + 10-4 and + 1.5 x 10-5.
Card 2/3

s/i2o/62/000/004/017/o47
Investigation of .... E192/E382
ASSOCIATION: Radiotelchnichoskiy institut GKAE
(Radio-engineering InstitUtCj GXAZ)
SUBMWED: April 5, 1962
Card 3/3

VODOPIYANOV F.A.
Master oscillator in the precision system of programed Con-
trol of the frequency of the accelerating field in a proton
synchrotron. Prib. i tvkh. eksp. 7 no.4:80-84 J1-Ag 162.
(MIRA 16:4)
1. Radiotekhnicheskiy institut Gosudarstvennogo komiteta po
ispolizovaniyu atomnoy energii SSSR.
(Oscillators, Electric) (Automatic control)
(Synchrotron)

V 7. A.
S/120/62/000/004/047/047
E039/E420
AUTHORS: Vladimirskiy, V.V., Golldin, L.L., Pligin, Yu.S.,
.Veselov, H.A., Talyzin, A.N., Tarasov; Yo.K.,
Koshkarov, D.G., Lapitokiy, Yu.Ya., Barabash, L;.Z.
Klcopov~, I.F., Lcbcdov, P.I., KuzImin, A.A.,
Batalin, V.A,, Onosovskiy, K.K., Uvarov, V.A.,
Vodoplyanov, F.A.
TITLE: ---A-d-j U-sT-m-cn-E-6-f --tge-a cc a I aria t ion regime of the 7 Gov
proton synchrotron
PERIODICAL: Pribory I toRhnika okaperimentaino.4, 1962, 248-255
TEXT: In order to establish the optimum parameters for .
programming the control frequency the intensity, positi6n,
and frequency and amplitude of transvcrso~ oscillation of the beam
is measured in three stages: (1) during the first rcvolution~
(2) with a circulating beam and (5; with acceleration.
For measurements on the first revolution long afterglow
scintillation screens arc used which.are either observed visually
or by means of a television camera.. The screens are placed in
the sections between magnet blocks; 15 in the initial part and
dor~!113~0 final part of the ch=bcr.* .: It'is,shown-Ahat!thaorbit does not

S/120/62/000/004/047/047
Adjustnent of the acceleration ... E039/9420
deviate by more than 1.5 cm from the axis during the first
revolution. Circulating beams without acceleration are obtained
which continue for 20 to 30 revs. The circulating current in
determined by means of a flight tube and the transverse
oscillation frequency with an electrostatic probe with double
vertical and horizontal plates. Scintillation screens in th a
85"
form of a grid with P transmission are used to show'tho beam
position and diameter for 5 to 10 revs. The beam diameter in
shown to be about 4 cm under normal conditions. Investigations
are carried out on the optimum form of the frequency- time
relation for holding the beam in orbit. The width of the trapping
region is + 3 Kc/s for an initial frequency of 750 Kc/ff which
.+agrees welY with theoretical estimates. Preliminary adjustment
permitted the attalnment of 6.2 Gov protons and after adjustment
7.2 Gov protons were obtained on October 25, 1961. The usual
intensity on a normal cycle lies in the range 3 to 5 x 109.
There are 7 figures and I table.
ASSOCIATION: Institut teoreticheskoy i ekspQrimentallnoy fiziki
GKAE (Institute or Theoretical and Experimental
SUBMITTED: April 11, 1962 Physics GKAE)
Card 2/2

s/oa9/6?/oi2/oo6/co1Woi9
B10219104
Ab"MORS: Vladimirskiy, V. V., Yomar, To. G., Mints, A. L.,
Goltdin, L. L , Monoozon, If. A., Rubehinakiy, S. M.j
Titrn3ov, Ye. K., Vanillyev, A. A.,Vodoplyanovf F. A.,
Fonhi~arevf D. G., Kurychev, V. S., RT ~7-.'Stolov'
A. W-, Strelltsov, N. S., Yakovlevp B, M.
TITLE: The desien of the 7-13ev proton oyi.,:-.-otron
PERIODICAL; Atonnaya cnorgiya, v. 12, no, 6, 1962, 472-474
,FXT; The history of the first Soviet cyclic accelerator with rigid
focusing is briefly described, and the moot important data on ita planning
and operation are presented. Planning won started in 1953. The parameters
of thin proton accelerator, the onerry of which exceeds the antinucleon
production threshold, were no chosen that the dependence of 6,? orbital
circumference on the particle taomenta. "no completely compensated. This was
achieved by employing 14 quadrupole MaCiloto with orbits of negative
curvature. Technical data; outpu t current, 1010 protons/pulnel maximum
flold strangtht 8475 Dal length of equilibrium orbit, 251.2 tj radius Df
Card 1/2

The desiGn of the 7-Bev BIG2/BI04
curvature of the trajectories in tho. bending nagnots (C), 11 m, rind in the
compensation maj,7nets (X), co; number of macnetic sectors, 98C + 1'JX; r_np
lenr,th butwcen ttie G-mat,,nets, 304.0 mm; Cup lenf-;th around the X-naCneta,
417.5 mmi index of the decrease in field strength, 4601 internal heig-ht
and width of thc chamber, 60 and 110 mn, respectively; number of bptatron
oscillations per revolution, 12-75, and per periodic element, 0.911
nunbor of marnato per p)riodic element, 0; total critical energy, 19.2 Beavl.
maximum deviation uf the periodic orbit with 10(rjj dpiiation of the.
monontum. from tho equilibrium momentum, 1.47 ml rate of.(,nergy lnrroane
per revolution, 4-3 kovi duration.of one cycle, 1-55 secl 10-12 cyclen/taint
upticy at the beginning of the cycle, 0.11 Ifc
particle revolution fro , /sac,
and at the anti, 1.19 140~aecl" frequency of synch ro cyclotron oncillationu,
3600 and 130 opal waielit of the electromagnet steel, 2500 tonal mnxAmut-.-
;,ower of Mho supply system, 25 11w) Van do Graaff Injector (particle enerl,-Y,
;.a ~;vv; "ield strength 90 oe); adminniblo doviationa from field strength
and fivld gradients. y1 V31 deviations at the chamber edge due to
nonlinuaritics, - 10-1i admissible frequency deviation of the accelorating
field at the beginning of the cycl. a, 10-3, and at the endp 5.10-5. There
are 1 figure and I table.
SUIVITTZD., March 12. 1962
Card 2/2

L 4 088-65 EVrr(-)l EPA(!~).2, 1~(-j-:2 b:10 P~-7 /01
- - ~j _ _L -)- ' ' iij~201
ACCESSION 11Rz ATS007918 S/0000/64/000/000
AUTFORt VIndimirakiv. V. V.; Golldin.__Lt~.;
tt".Gu?.tov, G. K. ; Kor.-ir_, Ye - G. 1 Kul kov, V. V .; H4yAhqv. 1. F. t
Mono5-on N A , AZkovfc~TK. V.;. Stolov,.-A,,.H.; Strel.1tsov, N._S.1 Titqv.N. A61
v0dop, K n
3Canoy F A --mi -AA.; v..-r.*, Hip+ R
V. V. A.; Zhadanov, V. H.; Filamtov,_ S.!.~ ShtrjjYPv
.1TITLE: 60-70 Gev Proton'Synchrotron-
GOURdi International Co'nforence ~n.'tqg~ Energy. Accelerators. Duhna, 1963. Truej.
Moscow, 6t-omrzaix ~,196V"-i97-20f'
17OPIC TAGSi high energy accelerator, synchrotron
AW
1ABSTRACT: A 60-70 Gev proton synchrotron with strong focusing is being constructed
,not far, from Gerpukhov, as has been reported earlier (e.g. "Rusearch Institute for
!Electro-Physical Equi~mant, Leningrad," in Proceedings 'of the International Confer-
;ence on High Energy Accelerators' and Instrumentation (CUN, 1959), p. 373). The .
1present report doscribes parameter changes and improvements in precision structural
characteristics of'tho accelerator, and the present state of construction in SLid-
1963.. The parameters of tho'magnot are presented in a table. A Mmall. change in
ithe original plans permitted an increaae in the length of a part of the free
lCard..1/4

L 43038-65
ACCESSION UR: ATS007918
nnetionn, sowA of which nre utilized for input and exit of beamd. The super-perlod
design is described. Tho longthenod nactiona war* obtained as a consequence of
shortenLig the focusing and dofocuaing blocks by 112 cm. The focusing properties
of the ragnotic channel *were diminished consequently, but very little; and the
limiting onorpy was lowered by 2-3 Oev. The construction of the magnet is described
Each of the marnatic blocks In divided lengthwise Into 5 sub-blo&9 which are
enveloped by the common winding. These sub-blockn consist of laminar two-mililmats
silicon steel. These steel cheats wore stamped out without subsequent mechanical
working, and were subjected to sorting and Intermixing in order to smooth out their
magnetic characteristics. The sub-blocks are constricted by lateral welded plates
without adhesion. Provis-ion was made for windings on the poles in order to ' correct
for pole nonlinearity and for variations in the drop reading. These windings make
.it possible to introduce artificial quadratic (square) nonlinearity that changes
the dependence of the frequency of transverse oscillations during a pulse. In
order to correct for straying of the residual field, provision has been made for
windings on the. yoke in series with the main winding. The Bub-blocks must undergo
calibration on a magnot stand in order to make corrocving ey% temo more precise and
to determine the most convenient disposition-of the sub-blocks along the rlng. The
i
winding of the electromagnet is made of aluminum busbars with hollow cores for,
1cooling water'. /'The le'nith'of the busbar is so selected that there would be no
Card 91a

j~7
L 4JOU11.65
ACCESSION RR% ATS007918
'welded joints inside the coils. The winding consists of 4 sections, two of which
ire dispoicd on the upper pole and two on the lower. The most irportant character-
1intica of the alnctrom-3gnet and power supply system are described In a table. Alsoi
1
Idascribod are tho vacuum chamber tind accelerating field (obtained by 53 paired
Iresonators with ferrite rings, which operate at tho 30-th hArmonia of ravolution
~nd-givo accelerating potential of 350 kilovolts). Tho ring tunnel and the generml
arrangement of the accelerator are shown in figures and described. The building
for the injector and portions of the ring tunnel from the injector to the exparl-
Imental -room have been completed in the main and are ready for installation of
equiprewant. This room, in the form of a ainele-airla building without internal
supports, permits one to work on beams brought into the Inner and outer sides. A
90-mater arch covers this room, whose overall length is 150 motors. Provisions
have,been made for a second experimental room at the southwest part of the ring. .7
Orig. has 4 figures, 2 tables.
ASSOCIATION: Institute tooraticheakoy i eksperimentallnoy fiziki GKAE SSSR
(~~pj;itutq of Theoretical and E"erimental Pbyqiqpq(AE R)
ggL _t_ (2) Hauchno
issledovatellakiy inatitut.clektrofizicheakay.apparatury imeni D. V. Yefremova
GM SSSR (Scientific Research Institute of Elactrophypical arstue OSSR).
'J.

L 43088-65
CCESSION NR: AT5007918
3) Radiatekhnicfieskiy institute'AN SSSR (4dko 4n ineer astituts, Academy of
clences SSSR), (4) Gosudarstvennyy proyekt __ institut GM SSSR tat
nstitutat UKAE SSSR)..
SUBMrrrED% 26Kay64 ENCtit 00 -SUR COTAI EEO NP.,,
OTHER: 001
NO REF SOVs 002

card 4/4

1 rIcz
~s the injector of an autcmatically crjqtr6l- i
-led- 1000-C-ev ac-,z ll~-atcmt
i --Jiii tional- Conference orl li~&4
WORM. I ;2~
___~r -v- ocelovators. Du na. 1963. Trudy
Moscow, Atf~,ml'zdat, -, ^61., 71--1
~5
TOPIC TAGS: high. energy accelerator.
A 13 S- F RA C ': T7.e au-lomnaticai~`~ --ont-7-11-11
i-sioned as a -system consisting of thxee stages: an i ~-i ia 1 i r., e a r _i c c - 1rr,ra
ing A,--
om-~-
FAMW-g-th-0 mer--asing nii,~6iars G'j passible o4 lnlecl--;~n i
7
-3 T'' T.g - ~f pe I,-, e 1~ C r. ~,,2 T!

.-_v fov, a 30C
-J.-~ lerd -MusD around 10 -C-ev accelerator accard
t rlel
-6 a-
lat 6- f-_"~6~Giev for-
I ~by_ _-San ayew,,-
6~ da ett
r deqxgn~o_
J-300-4-00G.accialerat-n,
ti ~9 --MportL-a-t-v---V,--V--:-Vladimirski _,_D, T. Koghkargy- ar.
ThD; e ta Imom
effi-ien

e -
e- Maximum- n -correspon s o a *r dius o
Ti4Wgtrve th
curvature of the ectromagnet of 23 meters, which is close to that (25.25 meters)
:of the Yerevan synchrotron (discu;ssed by Yu. G. Agbalyan et al., present collection
235), tne author considers 1-he riagnetic oystem on tlv~ basis of the known charac-
Iteristics of the clectromar-net of tho Yerevan synchrotr3n. Also cousid,nn-ci on the
same basis: the physical dimensions and arvanapmoni~-, -f
a,, .Ler--i ring rieid; the ht acceleration system: thp -A-3 f-r 0-
ut,
~d r -~ C a -1 1 y
Into
hIs t~iaijk6 to 6, K. Rub--hinskiy for his constant interest in this work-, =..nd to V. V..'
:Yelvan. A. A. Pletnev, and A. P. Lavrov for their assis,:ance in t~-- design co"Trputa-
itions." Orig, art. has I tab's.
Card 3/4

,-.nl r . ~ ~o - ~ " ,
!I r~ F"Z r- C: - " . : " f~,j
j
\9 ~ - .-.. z7Yll.- II
4- / q -- - ,
-1`11~ I :- - . ) c
-: .-I - - F, N; p

EWr(m)/EVIA' )..2
L 377846 LM
1ACCEssioN NR- AT5007965
TJP(~) GS
5/4)000/64/000/000/0932/0936
AUTHOR: VGdoplyanov, 1'. A.; Zhukovskly L. S. zalmanzon', V. R,,_;_Ivanoy, Yu._ _SE
A. A.,, PrOkOplyev, A. 1. 1 Temkin$ A. S. -, Rubehinskly,
TITLE: System for the generation of the accelerating field of a 10-Gov proton
-synchrot-on
Iq
SOURCE: Internation-11 Conference on Ifigh EneEgv Accelerators. Dubna, 1963.
Trudy. Moscow, Atomizdat, 1964, 932-936
TOPIC TAqS: high energy accelerator, synchrotron, particle beam, magnetic field
ABSTRACT- After the development v~ a high-precision system of frequency control of-
the accelerating field of the proton 50-60 Gev synchrotron with critical energy
compensation (Mints, A. b., et al., Proc. International Conference on High Energy
jAccelerators and Instruments, CERN 1959), It was decided to achieve an alternative
laccelerator with transition through the critical energy# which makes it possible to-t'
increase the energy to 70 Gev. In this modification of the accelerator serious difL
Ificulties are encountered with the realization of a system for generating an acce-
'lerating field with frequency control only according to the H-program. There
lCard 1/3

L 3778~~6
ACCESSION NR: AT5007965
It was dec ideId-to achieveaapitep withlidn frequency control*.,, roughp according
to the H P m ord g:to'the Informatlon on the radial and phase
rogram, and precise,,a'!:- In
posltion of the acceleratp-l-, - article beam. The present report discusses the prirr-
P
em
cipal characteristics governing the achiev ent of a programmed F14-generator, a.
system of frequency control according to information ofthe position of the trcele-
t d particle bunches,.and.a,ccelerator.tnstallation. The programmed rM-generator I-
ra e
con6ints of the usual element,3:. transducer of the derived magnetic field strength
(inductive coil in the gap of the meastiring, elect rcoiignet), electronic swtteht
tube Integrator, modulator, N-oncillator, phase mantpulater, amplitude Modulator
of accelerating voltage, amplifier-distributoro and a system of cable contacts. To!
obtain,energy,inerease pp revolution of AE = 166 1,ev for a rate of change of mag-
netic field strength of H 550 oersteds/secondand W, provision Is made for
the application of.53 accelerator statienn with ratad input of 7 kilovolts and 6..
kilowatts sions are-also mad the'short-doration Increase
power. Provi e of this
-Ime of beam bunching (around 15 mic
voltage, 1.8 times up to the roseconds),'and'i
slow decrease to about 2 times less tcward the end of the acceleration cycle witli
the aim of preserving constant equilibrium phase luring the fall In the magnetic
field gro,4th rate. The syntem of frequency control of the accelerdting field ac-
cording to iho information on the accelarathd particlo beam poaftlon Is similar th

rUffr()Zjj!, ju,4Lj L;uVPm(.jt~: anis ooox is intenaea tor engineers ana scienuisrs co)".1rnea
vath the design and operation of electronic equipuent used in the productI.C! of
nuclear energy. It may also be used by stticLents of advanced courses in scnoo2,, of
higher education. The book deals with Investigations carried out by the author
durdng the period 1949~-1963 cn the develcpnent of a UHF oscillator vAth precision
frequency modulation. Expressions are derived for quantity estimation o.L*' the
frequency change during aTrplitude variations, nonlinear frequency coi-vcUon, non-
linear and parametric effects In reactive elements of the self-excite.1 --6cil'.ator,
spectral density, parametric and frequency fluctuation noise, frequenc!.j o-,pendence
on the rate of parameter modulation and evaluation of filter discriminatior of
self-excited oscillators. In addition, som aspects of measuring small fluctuatiorn
of freq-Aency and aiTplitude are described. The analysis was carried out by the
integral equation method and by statistical processing of f-'Yc oscillator effect on
a. Delta-pulsed plate current. 'Ihe author thanlo L. Minti, AcademJ-cian,J3,1L- --
Rubd-dnskly, Doctor of 'Lachnical Sciences, S. . Bytoy," Doctor of Physicoimthemabi-

L- 26411-66
ACC NRs AM5020746
cal Sciences, Profesbor, V. E, Y&oylgey, Candidate or Tdchnical Sciences, and M F.~
Dushin Ibr their cocperation,
TABIE OF CWT]IM Cabrid d]:
.introduction 4
1. Self-excited oscillator equations 9
2. Transients in a self-excited oscillator - 19
_3.~._Self-excited oscillator operating under stationary conditions 24
4., Evaluation.of nonlinear frequency cm x ction - 28
5.., Nonlinear and paranetric effLact,. in reactive elenents deternAning the-ftequency
of- Epnerated'oscillations'- 32
6.. Frequency fluctuations connected with the ehanEp or parameters determining the
fluctuations - 37
Expedience in, the applicatial of. frequency-. miltiplication 40
Ccirj -2/4

] Card 3/4 1 ~..

ACC NRt AP5026750 SOURCE CODE: UR/0286/65/000/01710025/00215
INVENTOR: Vod2R'Xan~~,F. A.
TITLE: A generator of frequency modulated sinusoidal oscillations with feedback
through an FM discriminator. Class 21, No. 174222 [announced by the Ent!!~ris!._~f
the State Committee on Radio Electronics SSSR..(Predpriyatiye Gosudarstvennogo komi-
R T F6 R -k _eS S
t,.,:ta po riUoele
SOURCE: Byulletent izobrateniy i tovarnyMi znakov, no. 17, 1965, 25
TOPIC TAGS: signal generator, electromagnetic wave generator.-fm
ABSTRACT: This Author's Certificate introduces a generator of frequency modulated
sinusoidal oscillations with feedback through an rM discriminator. The unit contains
;an.FH-AM converter, an amplitude demodulat or for the output voltage of the FM-AH con-
yarter, and an amplitude demodulator for the automatic control channel of the gene-
rator amplitude. Provision is made for reducing the effect which the shape of the
plate current curve has on the stability of the modulation characteristics of the
generator by feedi ng the output voltage from the F?1-AM converter to the amplitude de-
modulator for the automatic control channel of the generator amplitude.
UDC- 621.373.421
SUB COD4 EC/ SUBM DATE: IgMar64/ O.RIG REF.-' 000/ OTH REr: ooo
I.Al - 6 U_

I ACC
SOURCE CODE
5/000/017/0025/0025
VVVENTOR: Vodoplyanov,,F. A.
ORG: none
TITLE: Method of generating electromagnetic oscillations . Class 21, No. 174221
SOURCE: Byulleten' izobreteLiy-i tovarnykh znakov, no. 17, 1965, 25
~MPIC TAGS, microwave component, electromagnetic wave generation, microwave generratto,
.-ABSTRACT:- The proposed method of generating continuous electromagnetic oscillations,
in the microwaverarfge consists in directing infrared or thermal radiation on a
dielectric polarized beforehand by a constant electric field.(see_f1gWe). The latte
Fig. 1. Microwave generator
1 Radiation source; 2 focusing screen;
1 3 dielectric Diate; 4 d-6 sour~_-e; 5 in-
R
ternal electrode; 6 - waveguide shell.
hasa variable d[eled;ric constant which depends on the applied voltage. Oscillations
Ccrd ~/2 uDc: --621.37-3.1-

L 5362-66
ACC NRt- AP5026'(49,
of,the difference freq'uency produced in the dielectric are remoied by means of a
radio waveguide or a cavity resonator. Orig. art, has: 3. figure. rid
I SUB C
ODE: ECI SUBM DATE: .28Mar47/ ATD PPYSS:
7 67

1~09.67 EWT(l)
ACC N" AP6030576 SOURCE COM',.- UR/0413/66/000/016/005710057
INVE NTOR: Vodoplyanov, F. A.
ORG: none
TITLE: Wide-band generator Class 21, No.. 184941
SOURCE: Izobreteniya, promyshlennyye obraztsy, tovarnyye znaki, no. 16, 1966,
57
TOPIC TAGS: generator, wide band generator, frequency modulation, high
frequency generator
ABSTRACT: A.-, Author Certificate has been issued for a wide-band generator
containing two or more frequency-modt!'.atior, generators overlapping successively
the given frequency band and a high- fr,. - uency commutator connecting the generators
to the general output a-L the moment of coincii.ence of their frequency and phase.
To ensure the zero paase shift and the frequency equality Cf two adjacent generators
at the moment of commutation, an auto-;--.atic phase frequer,~.y circuit is connected
to the output cf one generator, the outp.,t of which is conneci ed to the high-
.-frequency commutator. (Translation) [NT]
Cird 1/YAPB CODE: 09/ SUBM DATE: 090ctf:41 UDC: 621. 373. 42

v U/
AUTHORS: Rybnikov, V.A. , iolynzl,'. fe.A., Vodop.,yApRK_t__9jj. 131-3-v"~
TITLE: The Employment of Hig %? ;.'.- Unin"". Dicks in the Head-Pieces of
the Regenerators ,f O-~ -1 He - :,i x. nat 9 (Sluzhb,, rysokoglirAozemis-
togo kirpicha. v -- adkak, - ~ -~-- orr , m-artenovskikh pechey)
PERIODICAL: Ogneupornr, 195,,-. Vcj~ , fir 3, PP 109-111 (USSR)
A13STRACT: Highly aluminous brickq were built into the regenerators of an
80 t open-hearth furnace, -,vhere they were tested. The open-hearth
furnace worked vr-*th solid case-hardened material and aas- heated
with oil. The bricks, vfhich were produced by the SetLiluksk plant
for refractories, were placed into the 12 top rows of air-head-
pieces, Mhere temperatures of 1350-14200 and 15COO were attained.
These bricks were found to be superior to f1re clay bricks. Further-
more, the chemical composition and properties of highly aluminou:3
bricks are given as well as their structure. According to calcu-
lated data these bricks contain 61% mullite, 22/. siliceous glass,
and 17/%, corundum, vhiich must be looked upon as unfwrorable beowase
siliceous glass has a low viscosity when liquefied. The presence of
Card 1/2 22~ siliceou3 glass is indicative of a not completed reaction be-

The Employment of Highly Al,=ncu_- Bricks in the 131-3-51,i6
Head-Pieces of the Regenerators of Operk-Hearth Farnaces
tiveen clay and technical alumina. The bricks contain much conindum,
not enough mxllite, and an excess quaritity of glass, ;Alich -..duces
their slag-resistance. The bri&ks vrithstood 705 smelts, i.e.tvricce
as many as ordinary fire clay brickq. Aft-er having been Lied the
bricks of the uppermost row had a considerable amount of slags and
showed auch trear; three different zones could be dioting-dishea (see
table) , which are described in aetail. The following conclusions are
drawn: 1.) The highly aluminous bric"k-z shovred great durability and
-.,ere found to be superior to Forsterite-, Chromadinas- and fire clay
bricks. 2.) The min cause of virear is the destruction of thp-ir mul-
lite phase and the 3irmultaneous formation of phases of lort resizt-
ance at high temperatures. The phases Fe,).Si04, Zn2si04 and FeO.Fe203
are concerned here. Better results may b~ expected from using re-
fractory-mullite, corundum-mullite, or corundum products, which con-
tain smaller quantities of silicon oxide. There is I table and I
Sovl6t; reference.
ASSOCIATION: Leningrad Institute for Refractories (Leningradskiy institut
ogneuporov)
AVAILABLE: Library of Congress
Card 2/2 1. Refractory materials-Test results 2. Open hearth furnaces-
Eqpipment

RIBNIKOVg V,A,; VOLYNSKIY9 Ys,A~; VODOPIYANOT, G,V,
We of high. alumim fix~ei'rlick in open hearth furnace regenerator
cheolmrs, 09neuP017 23 noJflO9-111 1586* (MIRA 31W
l.' LeniWadekly institut ogneuporov (for Pybaikov). 2. Izhorskiy
zavod (for Tolynakly.' Vbdoplyanov).
(Firebrick) (Open-hearth furnaces)

19C,- 6Y V, C
BIMSHTM, M.N.;VOLTMIY, Ye.A.;VODOPIYANOV, G.V.
Production and use of unburned magnesite-chrome bricks for the
cyrown of Izhora plant open-hearth furnacis. Ogneupory 22 no.2:
'5544 15 7. (MIRL 10; 4)
1. leningradskly Institut ognemporov (for Bluvshteya). 2. Ishorskiy
-xav~Aqfo Volvnakiyi Vodoplyanov).
f1pire-Silick) (I2hora Valley--Open beexth furnaces)

FRUMKIN, G.; VODOPIYANOV, I.; KOROBKOV, A.
Building control by State Bank branches. Den. i kred. 21 no-3:
39-46 Mr 163. (MM 16-3)
1. Nachallnik tekhnicheskjgo Wela Leningradekoy gorodakoy kontory
Gosbanka (for Frumkin). 2. Nachallnik tekhnicheakogo otdela
Stavropollskoy krayevoy kontory Gosbanka (for Vodoplyanov).
3. Starahiy inzh. Stavropol'skoy krayevoy kontory Gosbanka (for
Korobkov).
(Construction induatry-Auditing and inspection)
(Banks and banking)

-]~f ~#.inzh.; VOLCHEK, V.I., inzh.; FEDOROV, M.T., inzh.
Reliability of jaw-type crushing machines, Stroi, i dor, mah. 10
no,10t30-31 0 165, (MIRA 18:10)

VODOPI 7ANOV, Konstantin Alekseevich (1908-1962) 1904
PHYSICS-Dielectrics
Mgh Frequencies

1K)GORODITSM, lilk,)J~iy
VOROB-"YFV, Alekstsidr AL;,Ir,--v;2n; T~LREYFV, Y.Ikhw,(I,:v4ch;
RENNE, V.T., retsenzen?-z VOLIT6YANOV, K,K-9 -c-seprazenti
KAZARNOVSKrY, D,14., nan-hin. rc-d.~ PAV.FLYA, L.S,Y rod.
(Theory of dielectr-I!,o] Taor-llri d-.,c,.lFjktr-lkov. Moek-va,
Energiia, 1965. ?4.,~' p. (MIRA. 18-~-.J.-L)

- VODOPIYANOVX Nos*., inzh.
Design of curves with the method of cancellation of not considered
half-shIlts. Put' i put.khox. 6 no.6:34-36 162. (MIRA 15:7)
-w
1. Emc~allnik Chulymskoy distantsii Zapadno-Sibirskoy' dorogi.
(Railroade-Curves and turnouts)

VODOF1 WOV. K.S.,inzh.
What we saw while visiting trackworkers in the German Democratic
Republic. Put' i put.khoz. no.1:46-48 J& 159. (MIR& 12:2)
1. Nachallnik distantsii puti, stantsiya Beraza-Kartuakaya
Belorueekoy dorogi.
(Germany, East-2ailroads-Track)

VCDCPIYAN
lzprorement of production and 11fa. pat, i putkhez. no.6:42-43
Je 157. (MIm A 10: 7)
1. Machallnik Bekeza-kartuzakoy distant$,friaeBelorusakoy dorogi.
(Bereza Kartuskaya--Railroads--Imployses)

q~t-YAI,,,OV, K.S., inzh.
RAYDALA, V.Y&., in"; YOR,
High-qual.ity track repairing has to be at the base of track maintenance
and operation work. Putt i put.khoz. 7 no.8:/+5-1+6 163.
(~MIA 16:9)
1. Zamestitell nachalthika Kalachinskoy distantsii puti, Zapadno-
Sibirskoy dorogi (fdr Baydala). 2. 'Nachallnik Chulymakoy distantaii
Futi Zapadno-Sibirskoy dorogi (for Vodoplyanov).
(Railroads-Track)

VODOP'YANOV, L. K.
Vodoplyanov, L. K. (Fisicheskiy institut imeni P.N. Lebedeia Ali' SSSR
(Physical Institute imeni P.N. Lebedev, AS USSR)] Methods of Measuring the
Temperature Dependency of the Dielectric Constant and Losses by Using a
Ceramic Resonator
T73 1!.s u,
'lie

SOV/58-59-5-10840
Translation from: Referativnyy Zhurnal Fizika, 1959, Nr5, pp 133 - 134 (USSR)
AUTHOR: Vodiplyanov, L.K.
TITLE: Method for Measuring the TemperatureDependence of the Dielectrj"Qrqt1 t
and Losses Using a CeramioPHosonator ~21
PERIODICAL: V sb.: Fiz. dielektrikov. Moscow, AS USSR, 1958, pp 137 - 144. Diskus.
p 180.
ABSTRACT: The author submits a detailed description of a device for measkiring
F- and tg(5 in solid dielectrics at a frequency of f - 3 X 109 c and
in the 20 L 5000C temperature range. The fundamental component of the
device consists of a ceramic resonator of the semicoaxial type. A
supplementary capacitor (also ceramic) containing the dielectric to be
investigated, is placed in the resonator gap. By measuring the resonance-
frequency shift on introducing the dielectric, and by using calibration
curves, it is possible to calculate F- and tg;E. These quantities were
measured for various titanates of the metals of the second group of the
periodic table. (Fiz. in-t AS USSR).
Card 1/1 V.I. Sarafanov

5/048/60/024/02/09/009
0 B006/BO14
AUTHORS: Vodoplyanovq L. K.0 Ek~~a (Deoeaned)
TITLE: -The Effect of the Bombardment of Polyorystalline Titanates With
Slow Neutrons Upon Their Dielectric Properties 191A
PERIODICAL: Izvestiya Akademii nauk SSSR. Seriya fizicheekaya, 1960, Vol. 24,
No. 2, pp. 253 - 256
TEXT: The article under review was read at the Second All-Union Conference
on the Physics of Dielectrics (Moscow, Novemberg 20-27P 1956). The relationship
between the existence of defects and the dielectric properties of dielectrics
has been pointed out repeatedly. For this reason, polarization relaxation occurs
at high concentrations of vacancies as, e.g., in crystals of the perovakite type.
This polarization relaxation is effected by a high dielectric constant and high
dielectric losses. The authors studied these phenomena in ion crystals in the
oase of artificially increased concentration of defects. For this purpose,
different titanates (slow neutron capture arose section of 5.6 barns) were bom-
barded with neutrons in a research reactor. The samples were exposed both in dry
and water-containing holes of the reactor (the water served for cooling the
Card 1/4

The Effect of the Bombardment of Polycrystalline 3/048/60/024/02/05/009
Titanates With Slow Neutrons Upon Their Dielectric B006/BO14
Properties
samples). The' mean temperature in the holes was 70 - 80 0C. The effect of frag-
ments, beta- and gamma radiation on the samples was negligible. The (n,y) re-
action proceeding on titanium is described as follows:
1: 22 T15O 4.0nI__> 22 T15l + 1; 11: 22 T15l (72 dj 23 V51 + -0(0.45 Mev) + y(1 Mev)
23 V51 + -p(1.6 Mev). L. V. Groshev et al. studied the energy spectrum of the
gamma quanta of I and found the peaks 1.399 1-6, 4-8, 6.42, and 9-17 Mev. Here-
from it rosults that the recoil energy of the Ti nucleus is about 30 ev in the
departure of a gamma quantum of lowest energy. On the other handp the energy
necessary to remove an atom from its lattice site is only 25 ev approximately.
Hence, tho energy of gamma quanta occurring according to reaction I is
sufficiently large for the production of a Frenkell-type defeat. Whereas reaction
I trooeede in the reactor only in the case of direct neutron bombardment, re-
action II also takes place after the sample has been removed from the reactor.
The time necessary for the production of defects by reaction II is the longer the
longer is the half-life of the element under consideration. In this way the
authors studied the titanates of magnesium, zinc, calcium, strontium, bismuth,
Card 2/4

The Effect of the Bombardment of Polyorystalline Titanatee S/048/60/024/02/09/,-,10
With Slow Neutrons Vpon Their Dielectric Properties B006/BO14
barium, and strontium-bismuth titanate. The samples had the shape of tabloids, a
diameter of 12 mmg and thicknesses of 0-5, 0.8, and 1.0 mm. The investigations
were carried out with the integral fluxes 1017 9 1018 , and 10'9n/cm2. The di-
18 2
electric loss angle sharply increased at 10 n/cm . This effect was considerably
stronger when the samples were bombarded in the water-containing holes (due to
cooling). Numerical values of the measurement of tan %~ are listed in a table.
F-was increased only in the case of zinc- and magnesium titanate. For these two
substances the authors also studied the frequency dependence of 6 and tanv'~ (at
room temperature - Figs. I and 2). It was shown that polarization has relaxation
character. tan %~ exhibits marked frequency dependence with a maximum. Fig. 3
also shows the frequency dependence of F_ and tan t~ at different radiation doses
in the dry hole. Thusp it is shown that a high concentration of Frenkell-type de-
fects may be produced by high-flux irradiation of ion crystals with slow neutron3.
These defects cause polarization relaxation. The authors finally thank
F. L. Shapiro for his discussions. There are 3 figures, 1 table, and 3 Soviet
references.
Card 3/4

The Effect of the Bombardment of Polyorystalline 3/048/60/024/02/C,9//009
Titanates With Slow Neutrons Upon Their Dielectric B006/BO14
Properties
ASSOCIATION: Fizicheskiy institut im. P. N. Lebedeva Akademii nauk SSSR
(Institute of Physics imeni P. N. Lebedev of the Academy of
Sciences, USSR)
Card 4/4

2 L1, -7 (1139
1
15,11toLlo
AUTHOR-,
TITLE.-
Vodop-yanov, L.K.
19607
-S/ 12 0/ (5) -i/ooo/oo4/01 7/o3 4
P,194/E:355
Measurement of the electrical properties, of neutron-
irradiated die-lectrics
PERIODICAL., Pribory i tekhnika eksperimenta, no, 4,. 1961~
pp. 116 - 11,8
TEXT.- The equipment described in this article is used to
measure at high vacuum and over the temperature range of -150
to +400 0C, the permittivity, tan 6 (dissipation factor) and
resistivity of highly rad,.oacttve specimens of solid dielectrics.
The copper base on which the measuring equipment rests can be
cooled by liquid nitrogren to a temperature of-150 OC.. The base-
plate can later be heated by a small electric heater fitted
beneath it. The lower electrode is insulated with a sheet of
crystilline quartz cut perpendicular to the main optical axis..
giving both adequate electrical insulation and thermal con-
ductivity. The upper electrode is a flat dise and special care
is taken to ensure that it is parallel to the lower electrode.
The pressure applied between the electrode depends on whether
Card 1/3

2 960.7
S/12o/63/)oo/oo4/0l7/034
Measurement of 219VE355
the test specimens have metallic electrodes deposited on them
or not. The electrode system can be evacuated by means of a
backing pump and diffusion pumps The vacuum-tight joints for
the electrodes and vessels are described; the seals are made of
fluoroplast. The conventional circuit used to measure resistivity
had a sensitivity of 1-3 x 10-' 15 A per division and the electro-
meter valve was carefully screened~ Permittivity and tan 6
measurements were made in the audio-frequency range on a standard
bridge, type M~1E.-J (MLE-1) and in the radio-frequency range
(KV-.0. Results obtained with the
on -a Q-meter, type kS- I
equipment are published in Ref. 2 (L.K.Vodopyanov - Fiz~
tverdogo tela. 1961, 111, No. 8~ 2331). The tan 6 of
Zn2Ti04 before and after irradiation is plotted in Fig- 3 as
a function of temperature (Curve I - before,.. Curve 2 - after
irradiation). The results obtained in vacuum are more reliable
than those made in air because ionization and contaminatiou
problems are avolded~ Acknowledgments are expressed to
V.S. Vavilov and Ye.A. Konorova for interest in the works
Card 2/3

4:9.
S/120/61/01)0/004/017/034
i'leasurei-iient of .... E 194 / E3 5 5
There are 3 figures and 2 Soviet-bloc references.
ASSOCIATION: Fizichosltiy institut AN SSSR (Physics Institute
of Lho AS USSRw
-SUBIMITTED: December 26, 196o
Fig. 3:
W-10Z
to -
8
r2
-2-
0 SO Igo /50 200 Z 0 J00 T -C
Card 3/3

27183 S/18 61/003/008/013/034
5.2- G 5-b B102YB202
AUTHORs Vodoplyanov, L. K.
TITLE: Nature of dielectric losses in polycrystalline magnesium-
and zinc titanates irradiated by high integral slow-neutron
fluxes
PERIODICALs Fizika tverdogo tela, v. 3, no. 8, 1961, 2331 - 2335
TEXT: Together with G. I. Skanavi the author studied the dielectric
properties of titanates of various metals which had been exposed to
slow-neutron irradiation. These studies were described in a previous
paper (Izv. AN SSSR, ser. fiz. XXIV, No. 2, 253, 1960). The maximum in
the frequency dependence of tan 6 and the increase of 6 in the same
frequency range had been known already at that time. These experiments
were made at room temperature in air. Further studies showed that a
considerable surface effect occurred which was due to the adsorption of
ions and polar molecules. In order to eliminate this effect the author
devised an instrument (PTE, VYP. 4, 1961) in whirh L, tan 6,and the con-
ductivity el can be measured in a high vacuum. In continuation of these
Card 1/5

27283 S/181/61/003/008/013/034
Nature of dielectric.- B102/B202
studies the author reports on the measurement made in MgTiO 3 and Zn2 TO 4*
The samples had the shape of small discs (diameter: 12 mm, thickness:
0.5 mm) to which the Pt-electrodes were applied. E and tan 6 were measured
before and after neutron irradiation (in a reactor with an integral flux
of 10 18 cm-2) in the audiofrequency range with an MnE-1 (MLYe-1) and in 1~\
the radiofrequency range with a Q.-meter ~6-1 (XV-1). d was measured by a
bridge electrometer (sensitivity 1.3-10-15a/scale unit). Studies of the
surface effects showed that they -intail additional losses which decrease
with an increase in the frequer.- Fig. 2 shows the frequency dependence
of F," (in the vacuum) of MgTiO, This curve is compared to a theoretical
one obtained by Debyp's formv-.-.. While a symmetrical curve was obtained
for MgTiO 3 which deviates only little from the theoretical one, a slightly
as ymmetrical curve which is considerably wider than the theoretical one
was obtained for zinc titanate. The difference in the frequency
dependences of &'I of the two titanates is explained by the fact that in
MgTiO 3 only the Ti nucleus has a large capture cross section for slow
Card 2A
I

27283 S/1 a V611003,"W810131034
Nature of dielectric... B102/B202
neutrons, in Zn 2TiO4it t4e Z n nuc I e us. In the former case one
group of defects occuri)';'in the second,-one two. If Debye's formula is
applied to b1gTiO 3 which has only one relaxation time, To = 2-jo-4 sec
is obtained as the most probable relaxation time. Thus, the activation
energy of the relaxing particles can be calculated from the equation
u = kt(lnV - ln 1 ). y is the eigenfrequency of thp lattice ions. For
T
12 -1 0 13- -1
V = 10, sec , U = 0.7 ev, for V = 10 sec , U . 0.8 ev. Also the
temperature dependence of P_ and of tan 6 was measured in the vacuum before
and after irradiation. Fig. 4 shows the result obtained for MgTiO
3'
Electrical conductivity (n-type) is increased by irradiation. For zinc
titanate this increase is considerably high'er than for MgTiO 3* The 6(t)
curves first show a rapid decline after which d remains almost constant.
The author arrives at the conclusion that the change of the dielectric
properties of the titanates is due to irradiation which produces vacancies
and dislocations. The frequency and temperature maxima of the losses
Card 3/5

I 27t83 S/181/61/005/008/013/034
Nature of dielectric ... B102[B202
have relaxation character. Most probably a nucleus, e. g., the Ti nucleus
captures a neutron thus causing the formation of an excited compound
nucleus. A. -quantum is emitted upon its de-excitation. If its energy
is sufficienily high, the emitter is removed by the recoil from its
lattice site. The surface effect occurring upon irradiation in air is
higher ~t 50 cps by one order of magnitude) than the volume effect.
Finally, the*author thanks V. S. Vavilov and Ye. A. Konorova for dis-
cussions. There are 6 figures and 6 Soviet-bloc references.
ASSOCIATIONs Fizicheskiy institut im. P. N. Lebedeva AN SSSR Moskva
(Physics Institute imeni P. N. Lebedev AS USSR, Moscow)
SUBMITTEDi March 6, 1961
Card 4/5

.40
S/ 1'817~11 /003/011/026/056
\G.100 B125/B1O2
AUTHORS: Vodoplyanov, L. K., and Konorova. Ye. A.,
TITLE: Electrical properties of neut"'ron-bombarded SrTiO 3 single
crystals
PERIODICAL: Fizika tverdogo tela,, v. 3, no, 11~ 1961, 3426-3428
TEXT: The dielectric Constant E, the dielectric losses, the conductivity,
and the optical absorption in the visible and infrared regions of the
spectrum of SrTiO 3 single crystals, grown by the Verneuil method, were
measured before and after irradiation with integral fluxes (10 8 0m- 2) of
slow neutrons. The temperature dependence of E and tanb measured before
and after irradiation coincided in the interval of 20-2000C. The tempera-
ture dependence of dielectric constant and conductivity at 1 kc/sec is
shown in Fig. 1. An abnormal maximum of hitherto unknown nature was
detected by Lipareva at 4700C. It vanished after irradiation, and a
weaker maximum appeared at higher temperatures, Irradiation seemed to
increase the diffusion coefficient. As a result, oxygen atoms in the
-1
Card 1'X1),

3~)?87
S/1,181/61/003/011/028/056
P,
Electrical properties of... ,-25/B102
lattice migrate to their proper sites. On the other hand, the variation of
-the temperature dependence might be due to a lattice defect. Heating in a
vacuum of "J10-6 mm Hg leads to irreversible processes caused by oxygen
losses for instance, to an irreversible in,:rea3e of the electrical
conductivity of SrTiO3 crystals. The activat'Jor energy was calculated from
the temperature dependence of the electrical condui~tivity and was found to
be 0.44 ev. It is difficult to draw conclusion& as to the mechanism of
conductivity variations from the available experiment&I data. The
additional electrical conductivity caused by irradiation seems to consist
of two components: One of them is caused by radiation defects, and the
other is due to ionization processes oocurriLg in the sample caused by its
radioactivity. The ultraviolet and infrared absorption edges coincided
satisfactorily with experimental data. No essential variations were
observed in the short-wave range of the spectrum extending to 1.5p. The
samples had a significant transparency (up to 15 Yc) in the long-wave range
of the spectrum after irradiation. There ar.-~ 2 figures and 3 references:
2 Soviet and 1 non-Soviet. The reference to the English-language publica-
tion reads as follows: J. A. Noland. Phys, RF-v,,, ~4, 3, 724, 1954;
Car,d 2/~ -3

Electrical properties of...
'411al/61/003/011/028/056
~125/B102
H. W. Landyi Phys. Rev., 113, 3, 795, 1959.
ASSOCIATION: Fizicheskiy institut im. P. N. Lebedeva AN SSSR Moskva
(Physics Institute imeni P. N. Lebedev AS USSR, Moscow)
SUBMITTED: June 14, 1961
Fig. 1. Temperature dependence of dielectric constant c and conductivity
for alternating current, J, before and after irradiation of an SrTiO
single crystal. 3
Legend to Fig. 1: (1) & before irradiation; (2) j before irradiation;
(3) C after irradiation; (4) j after irradiation.
Fig. 2. Temperature dependence of electrical conductivity for direct
rent of an SrTiO crystal-before and after irradiation.
c
ur 3
Le end to Fig. 2: (1) first direct wayl (2) first reverse way;
(31 second direct way; (4) second reverse way; (5) direct way after
.,irradiation; (6) reverse way after irradiation.
Card 3/~

28916
S/170/61/004/011/019/020
B108/B138
AUTHORSs Yodoplyanov, L. K., and Krasnopevtoev, V. V.
TITLEt Methods of irradiating solid dielectrics in a nuclear
reactor
PERIODICALs Inzhenerno-fizicheakiy zhurnal, v. 4, no. 11, 1961, 129-131
TEXTz The authors present some methods of irradiating solids by slow
neutrons from a nuclear reactor with a view to studying the resulting
dielectric properties. In earlier works (Vodoplyanov L. K. and
Skanavi G. I. "Izv. AN SSSR", ser fiz., ?J, 253-257, 1960) they had
measured the past-irradiation dielectric properties of titanates of the
second group in the periodic system, and of alkali halides. Platinum
electrodes, applied to the specimens by evaporation coating, proved to be
the most stable. The samples were sealed into aluminum containers and-
placed in special cavities in a heavy-water test reactor. The specimens
in the container must not be allowed to screen one another. The specimens
were subjected chiefly to slow and fast neutrons and to gamma rays.
Electr-ona, araniom fission fragments, alphasy etc., which usually have to
a(
Card 1/2

28916
5/17 61/004/011/019/020
Methods of irradiating solid... BIOB~BB138
be considered as well, had almost no effect in the authors' experiments.
In ord.er to irradiate the specimens with thermal neutrons with a low
enough percentage of fast neutrons, test channels in the reflector of the
reactor were used. Cadmium filters were used to absorb the thermal
neutrons, so that the effect of the fast neutrons and of gamma-background
alone could be studied. All samples irradiated by thermal neutrons showed
considerable beta and gamma activity. V. S. Vavilov and S. A. Gavrilov
are thanked for discussions and collaboration. There are 2 Soviet
references.
ASSOCIATION: Fizicheskiy institut im. P. N. Lebedeva Akademii nauk SSSR,
g. Moskva (Institute of Physics imeni P. N. Lebedev of the
Academy of Sciences USSR, Moscow)
SUBMITTED: June 3, 1961
Card 2/2

VODOPIyANovp
Measuring electric properties of neutron-irradiated dielect?ics.
Prib. i takh.eksp. 6 ne.4.-13&118 JI-Ag 161. (MIFU 14:9)
1. Fizicheskiy institut AN SSSR.
(Dialectics--Electric properties--Testing)
1-1 1 ~ "I ~'

&-~ANOV I L
EptYAROV, L. K.
Dissertation for the depree of Candidate of Phys;lcomathemtical Sciences
at the Institute of CrystFtIlograo-hy in 1962:
"Effect of Irradiation by Slow Nentrons on the Dialectic Properties of
the Titpnittes of Severpl MetAls."
Vest. Akad. Nakpd SSR. No. 4, Moscow, 1963, pages 119-145

L) 0 1ID;3- 1041")39' 9-)
AUTHOR: --Vodoplyanov, L. K.
TITLE. Electrical conductivity of magnesium
exposed to neutron irradiation
PERIODICALs Fizika tverdogo tela, V. 4, no.
33346
S/181/62/004/001/012/052
B102/B138
and zinc titanates
1, 1962, 74 - 76
TEXT: Disc-shaped MgTiO 3 and ZnTiO3 specimens (0.5 mm thick, 12 mm in
diameter) were irradiated by slow neutrons and the influence of this
irradiation on the temperature dependence of electrical conductivity was
studied up to 3500C. The measurements were made in a special vacuum
apparatus whose electrometer had a sensitivity of 1.5-10-15a/scale unit.
In measurements before irradiation it was found that when the specimens
were heated in high vacuo, a increased irreversibly. log a was plotted as
a function of 1/T. This hy.,;teresis effect occurred only in the firgt
heating cycle; when the sample was heated and cooled the second time, the
C(T) values plotted into the same straight line. Similar measurements
were also made in weak vacuo and i6 free atmosphere; in the first case a
was found to increase less, in the socond one it did not increase at all.
Card 1/12

Electrical conductivity of...
33346
S/181/62/004/001/012/052
B102/B138
This indicates that the increase in a is due to oxygen losses which depend
on the 0 -pressure of the atmosphere. The radiation effect was studied
2
with specimens previously subjected to several heating cycles in vacuo.
An integral does of 10 18 neutrons/cm-2 led to a considerable increase in
6, especially at low temperatures. After neutron irradiation the straight
lines loga - f(l/T) showed a break at 150cC (MgTiO 3) and 1800C (ZnTiO 3).
Irradiation also caused a change in activation energy: For MgTiO 3 before
irradiation it was equal to00.87 ev, after irradiation it was 0.42 ev
below and 0-72 ev above 150 C. For ZnTiO 3 these values were: 0.87 evy
0.62 ev and 0.95 ev. The increase in 6 can be attributed to defect forma-
-tion and ionization processes. Analogous results were obtained by
B. L. Vul (FTT, 1, No. 8, 2264, 1961) and Kolomoytsev. V. S. Vavilov and
Ye. A. Konorova are thanked for discussions. There are 2 figures and 3
Soviet references.
ASSOCIATION: Fizicheskiy institut im. P. N. Lebedeva AN SSSR Moskva
(Physics Institute imeni P. N. Lebedev AS USSR, Moscow)
SUBMITTED: July 10, 1961
Card 2/2

L 1723-66 94T(m)/L?PFCG)/EPF(n)-2/ZIP(t)/91P(b) lip(c)
ACCESSION NR: AP5022717 (1R/0181/651007/009/271#9/2753
AUT NOR: Vodop yanov,.-L. K.; Kurdiant, N. 1.
TITLE: Electric properties of InSb irradiated with neutrons at 77K And electrons
;F -I
at 300K V
:SOURCE: Fiztka tverdogo tela, v. 7, no. 9, 1.965, 2749-2753
TOPIC TAGS: neutron irradiation, irradiation effect !7electron radiation, us~-idconductor
crystal
IABSTRACT: Specimens of n- and p-type InSb crystals were irradiated with neutrons
low temperatures and electrons at room temperature in a pulse reactor. Cd
at
filters were used to prevent nuclear transformations which can occur when the
:Substance interacts with slow neutrons. To detach I-ev neutrons, which can be
Iresonance-absorbed by indium and can produce transmutation.4mpurities, an additional
.1filter'.made of indium was applied. The specific resistance of the specimens
!was measured at 77K during irradiation. For p-type speciAerii the tesistanc'e'
increased with an increase in the integral irradiation dose and then, apparently
lbecause of a change of conductivity type, the resistance decreased, approaching
saturation, For-n-type 'specimens the resistane -increased, also -approaching satural:ion.
e
Card id

L 1723-66
iACCESSIOU.NR., AP5022717
IThe conductivity type did not change. During annealing the p-type specimens under-
iwent inversion, the reverse of.what occurred during irradiation. The annealing
iof n-type specimens consisted of two stages: from 77 to 150K and from 150 to 260K.
I For the first stage the activation energy of defects was 0.05 ev; for the second,
;~0.16 ev. After irradiation the dependenceof L104) on H (p boing the specific resistance)
did not change, although the absolute value of ' magnetoresistance increased, Thus,
this increase was more substantial for p-type specimens than for'n-type. Trradlation of
1InSb n- and p-type crystals with electrons was carried out at 300K. Electrical
j
'Properties were measured at 77K. An electrostatic generator was the source of I-Mev
;electrons. The electrical properties of p-type specimens were virtually unaffected
,'by irradiation. The specific resistance of n-type specimens increased as the
Zirradiation dose was increased. No inversion was observed, Radiati6n defects
.stable at 300K were not detected. The Increase in magnetoresistance was not as
:strong as occurs during neutron irradiation, although it was observ41le and increased
'with the size of the irradiation dose. It is concluded that in a twi-compolient
InSb semiconductor, unlike an atomic semi conductor (e.g., Ge, Si), electron and
wneutron irradiation creates radiation defects which affect electrical propl!rties in
1various ways. Orig. art. has: 4 figures and I table. (JAI
:ASSOCIATION: Fizicheskiy institut im. P. N. Lebedeva AN SSSR, Moscow (Physics
ilnstitute,AN SSSR)
'-'Card 2AI

1723-66
'ACCESSION NR: AP5022717
,SUBVITTED6. OlFeb65
!NO REF SOVI 001
ENCL: 00
OTHER: 008
1,Card 3/i

2
WAAAJ
rj_' P(C)
NRs
CODE i ult/0181/66/008/06P62547W56
AUTHOR; Vodov yanov, L K.t KurdianL, M* I#
ORG: PhysL-cs Institute Lm. P. N. Lebedev, AN SSSR, Moscow (FizicheskLy
ustitut AN'SSSR)
..TITLEt Opt`Lcal. absorptLo in gallium arsenide irradiated with large_.
Lntegrated:.fluxes of fast-neu -7
no.
,,SOURCE: FLzLk& tverdogo tela 1. 1966, 254-256
V. 8,
fj TOPIC TAGSt semiconductor crystal, neutron irradiation, Irradiation
damage, irradiation effect
ABSTRAM An investigationwas made of changes in the properties of a
IGaAs semiconductor after ~itrong Irradiation with fast neutrons. The
specimens used were of nonalloyed/n-type GaA 8. which before irradiation
at 77K had'a carrier concent rat I n (n) of 2 x 1017 cm-3, a specific
reaLstance'(p) of 9 X 10-3 01hia c . and a mobility (p) of
c
m
ra t'A~
3'x 103 cm2ov-1.9ec-l* The ape imens were Irradiated In the central
channelof a nuclear reactor. After Irradiation with large Integral
~p we
fluxes of.feet neutron 8, the wo-component compound GaAs retained Its
ve rt
fundamental semiconductor p;: parties. Hobtlity and the concentration
of current carrLers, however, decreased. Heasuremonts of the optical
Card 1/2

ACC NRt AP6003803
..absorption showed that after strong irradiation the periodic crystal-
line lattice in GaAs specimens w 'as preserved and that the general idea
of the zone model was applicable, Such irradiation caused no remark-
able change in the width of the forbidden zone, OrLg* art* hasi
,1 figure. [JAI
SUB CODE: 20/ SUBH DATEs 27Jul65i ORIG REFt 0011 OTH REFs 003
ATD PR
ESSI
Card

No. J;~-' U-61AL. tiff, ~ml -':tivity
a th --nd lim. -ri-Y d-H vrilif fl-- d, "', Ity i; L-4ii%
Ara!ctd-'fta'tq'tl'- 2. Aic 'C wCAUltr 'Wical 1. "GyLtt
Arv,

VODOPIYANOT,
M., geroi Sovetskogo Soyuza.
-
First masters of flight ('Outstanding Russian Aviators.9 G.T.Zalutakii.
Revieved. by M.Todoplianov). Tekh.mol. 22 no.9:29 S '54. (MI-RA 7:9)
(Air pilots) (Zalutskii, G.T.)

VDDOPI IANOVI M.
Foliarnyi letchik (Folar flier). Mo-
skva, Detgiz, 1952. 221 D.
SO: 'elonthly List of Ilissian Accessions, Vol. 6, Tic) - 5, August 1953

- -VODOP'YAIIOV -. - M.
The Center of the Arctic, Smena, Moscov, No. 12, 1954, pp. 5-7

VODOPIYANOV, H., geroy Sovetskogo Soyuza.
[Voleril Chkalov] Valerii Chkalov. [HookvaJ Molodsia ivardila,
1934. 286 p. (HLRA 7:7)
(Cbkalov, Valerii, 1904-1938)

1, "CV,
AID P - 485
Subject USSR/Aeronautics
Card 1/1 Pub. 58 - 14/15
Author : Georgiyev, V.
Title : New Book about Valeriy Chkalov
Periodical : Kryl. rod., 9, 22, S 1954
Abstract : The author reviews a book about Chkalov, famous
Soviet.flier, by Vodoplyanov, M.
Institution : None
Submitted : No date

SOV-4-58-9-21/34
AUTHGR: fero of the Soviet Union and Grigorlyev,
G. K.
TITLE: Captive in the Ice (V ledovom plenu)
PERIODICAL: Znaniye-sila, 1958, Pr 9, pp 26-29 and p 1 of cover (USSR)
ABSTRACT: This is an excerpt from a book by M.V. Vodopl.yanov-and G.K.
Grigorlyev "The Tale of the Commissar of the Arctic" describ-
ing the shipwreck of the Soviet arctic expeditionaiy ship
"Chelyuskin" in 1934, and the rescue of the crew. The ex-
pedition was lead by the well-known artic explorer - Acade-
mician Otto Yullyevich Shmidt, Hero of the Soviet Union.
There are 11 drawings.
1. Literature--USSR
Card 1/1

fv t -.* - 1, 1fA I f - If V ! ,
y 1 T t
VODQP'YAINOV, Mik4il Vaoil'yevich; ZUBKOVA, T.D., red.; LEVOIXVSKAYA, L.G.,
e r
[Winged heroes] KrylBtye bogatyri. [Leningrad] Lenizdat, 1957.
194 p. -. (MIRA 11:5)
(,Lir pilots)

cp,yANOV, Mikhail Vasillyevichi geroy Sovetskogo Spyuza; PROKHODTSEVA,
VO
-- ' ": * - S.Ya., red.; VIInSKAYA, X.N., tekhn.rod.
[Psthe of the courageous] Patj otvazhnykh. -Moskva, Goo, izd-vo
geogr. lit-ry, 1958. 117 P- (MIRA 11:5)
(Arctic regionB)

Y,A
85-58-6-11/43
AUTHOR: Mallginov., N.
TITLE: Valuable Handbook (Tsennoye posobiye)
PFMIODICAL: Kryllya rodiny, 1958., Nr 6, P 5 (USSR)
A13STRACT: The author reviews three new books. The first, by N. K. Pyneyev
entitled "Action of a Plane's Crew" When Ccmpe]2ed to Land in em
Uninhabited Area" (Deystviya ekipazha samoleta, vynuzhde=o-
popavshego v bezlyudnu-ju mestaosts), is 1published by Voyenizclp-t,
1957. The second, a pamphlet by D. Zyuzin and A. Markasha, ea-
titled 'Va-104 in the Air" (V nebe Ta-104), jxblished by Molodayr.
Gvardi,ya (yo=g Guard) moscow, 1957, revienors briefly the develop-
ment of Soviet aviation; the third new book 7. luyjj. V~. Yqdop!YHa-rzrj
well known polar pilot is entitled "In the Air and on the Ground"
(V vozdukhe i na zemlei, Khabarovsk, 1957.
1. Civil aviation-USSR 2. looks-fteview
Card 1/1

Subject USSR/Aeronautics
Card 1/1 Pub. 58 - 12/15
Author Not given
Title : New books
Periodical : Kryl. rod., 2, 17, F 1955
AID P - 1268
Abstract Three books are briefly reviewed: 1. Vodoplyanov, M. V.,
On Wings in the Arctic; 2. StorchiyenkO7
Altitudes; 3. Vas-Tl-Tchenko, M. and Yu. Khukhra, Line Higb
Speed Moilel of the Type "Flying Wing" with a Jet Engine.
Institution : None
Submitted : No date

VODOPIYANOV, M.V.
(Flight to the Arctic) Is. krylliakh v Arktiku. Moskva, Geografgiz,
1954. 344 P. (XLR& 7:11D)

1
pilt' LAchjl,~a (The way of the k-A-ator) Moskva, Goografg.11%, 1953.
270 P. nimis., Fort.3.
SO: N15
757
.V8

VOWYA96#j- -Can) p Tero -ot-the-Soviot_ Union---- -_ - -_ -_ -_
Author of article, "On Wings to the Arctic," concerning Arctic flights and
the present work and living conditions in the northern regions of the USSR.
Izvestiya, Moscow,, 18 Jul 54
SO: SUM 291j, 2 Dee 1954

VODOPIUNOVI M.
Aeronauticsf Go=ercial
Train over the clouds. Tekh. molod. 20 no. 5. 1952
Monthl List 2L Russian Accessions# Library of rjongressp July 1952. Unclassified.

VODOPIYOOVI Fl. V.
-) P.
Puttletchika fThe career of a flyeri. Moskva, GeoFrafgiz, Y;53. 27'
-30: Monthly List of-Russian Accessions, Vol. 6 No. 12 March 1954.

VODOPI ~NOV, Mikhail Vasillevich, 1899-
Twice at the pole. 1-Ioskva, Sovetsk-ii pisatell, 1938. 262 p. ma,. (LP-347b8)
G630.R8V6
1. Ekspeditsiia SSSR na Severnyi polius, 1937, 2. North Pole. 3- Arctic regions.
h. Aeronautics - Flights.

VODI,^-'PjTA-M7iYV, -MiEhail-Vasillcv~ch, "1891- - - --- -
A flight to Franz Josef Land. Moskva, OTTrI, Glavnaia redak-itsila nauchno-Dopuliarnoi i
lunosheskol litera%turj, 1937. 173 P. (42-5'-'-)010)
TL532.756

VODOP'YANOV, Mikhall Vasil'yevich-
"The Center )f the Arctic"
Smena, Moscow, No. 12, June 1954.

m
VODOI'"YANOV, Mikhail Vasillyevich- PR,.)KHODTSEVA, S.Ya., redaktor;
'fakhnidb~s-klyl mdaktor.
(By plane to the ArcticJ Rxkrylliakh v Arktiku. Moskva. Goa.
izd-vo geografichaskoi lit-ry, 1954. 344 p6 (KLRA 7:12)
(Arctic regions)

,;~-i T 17 Z~ , ; " , , I- - - , . , - ,
V I n7li I I- V ;'i.:)-
j "Xyl t ,akl,, v --rl--t tc. the ~Xcl,!,,
Cie -- ~ra
I
ly,j,
62 1. i2
1343 p. illus.' ports.

VODOPIYANOV, Mikhail Vaeil'yevich, 1899-
(The ca*reer of a flyer] Pat' letchika. Moo)-va, Gos.izd-vo geogr.
lit-ry, 1953. 270 p. (MIRA 7:2)
(Vodoplianov, Mikhail Vasil'ovich, 1899-)

VONUIIANOII, MUIU.IL
Glavsevmorpu~i, 193~74. 5'--;',l P.
DLC: -.L5-46.Rgv6
SO: LC,Soviet Geocraphy, Part -7, 1951, Uncl.

VODOPITANOV, Mikhail Vasillyevich, 1899-
LTbe career of a flyer] Pat' letchiks. Xoskya, Goo. izd--fo geogr.
lit-ry, 1953. 270 P. (XLRA 7:2)
(Vodoplyanov, Mikhail Vasillyevich, 1899-

VODOP'YAUOV, MIIMYL VAS WEVICH
Dvazhdy na poliuse.TTvice on the Pole7. Moskva, Sovetskii pisatell, 1938. 262
p. plates, ports.,
cSt-H NN
Moscow-North pole-Vancouver, Wash. Moscow, Foreign languages publishing house, 1939.
39 P. incl. plates, ports.
NN
Ot sokhi k namoletu., ffrom plough to airplan~e7. Yoskvn, Izdatel'stvo TSK VUSM,
Molodaia gvardiia, 1937. 251 P. Illus.
NN DLC: TL54o.v6A3
Outstanding flights by Soviet airmen. Moscow, Foreign Languages Publishing House,
1939, 30 P. (In Russia (1923 -USSR) Komissar Sovetskoi chasti Mezhdunarodnoi
vystavki v Nliu lorke, 1939. USSR no. Lr5_77-
IEN
SO: Soviet Ttansportation and Communications, A Bibliography, Library of Congress
Reference Department, WasMjE~on, 1952, Unclassified

i
1. VODOPIYANOVI M. V.
2. US3R (600)
4. Ushakov, G. A.
7. Book about Soviet explorers of the Arctic ("Across untrodden land." G. A.
Ushakov. Reviewed by M. V. Vodoplyanov). Tekh.vnolod. 20 no. 12, 1952
.P
9. Monthly List of Russian Accessions, Library of Congress, March 1953, Unclassified.

VODOP YANOV m. v. -
PHASE I TREA!SURE ISLAND BIBLIOGRAPHICAL REPORT AID 252 1
BOOK Call No.: AF602978
Author: VODOPIXANOV, M. V.
Full Titles `iftt PATH OF A PILOT
Transliterated Title: Put' Letchika
Publishing Data
Originating Agencys Ministry of Culture, USSR Publishing Office
Publishing House; State Publishing House of GeoEp7aphic Literature
Date: 1953 No. pp.: 272 No. of copies: 50,000
Editorial Staff
Editor: None Tech. Ed.: None
Editor-in-Chief: None Appraiser: None
Text Data
Coverage: This is a biography and a description of achievements of Vodoplyanov,
an arctic long range flier and explorer. The account of his expedi-
tion to the North Pole in 1936-1937 makes up the main part of the
book (Chapter III). In connection with this expedition, only Y-2
and P-5 aircraft are mentioned. During the war Vodoplyanov flew
heavy bombers in combat operations. Af er the war he returned again
to arctic flying.
This is a narrative without concrete tochnical data. Topographical
1/2

Put' Letchika AID 252 - I
and climatological description are vague, and no information about
aviation materiel appears in the text.
Purpose: Propaganda for aviation and popularization of science.
Facilitiess A large number of names connected with arctic flying appear in
the text.
No. of Russian and Slavic References: None
Available: A.I.Di, Library of Congress.
2/2

VODOPIYAI,GV, Mikhail Vasilyevich, Georoy Sovet,skogo Soyuza;
SURKIII, M.Z., takhn. red.
(Pilot GI-dcalov] Letchik Gbkalo-~. Ifo3kva, Izd-vo DOSAAF,
1963 19 6 p. (MDU 16:12)
iChkalov, Valerii Pavlovich, 1904-1938)

,I-QOPIYANOV, O.V.; LLBZ, A.D.
Xottric power economy in capping work-using hydraulic wash methods.
Prom. enorg, 12 uo.3."24-25 Ur 157. (MLRL 10:4)
(%E~vdraulie miuing)

!T J-I
VDDOP NOV, 'mimam ~J'~c TEL C
Rasskaz o moei zhizni. !zd. 2. Moskva, ~'~ovetskii piEatell, 1937.
156 P., port.
Title tr.: The story of ny life.
TL540-V6A35 1937
SO: Aeronautical -"sciences and Aviation in the Soviet Union, Library of
Congress, 1955.

f
~ 11-1 - n
VODOP IYA IMVI "ITMIMIT
Mechta pilota.
port.
Title tr.: The
Izd. 2. Moskva, Molodaia owirdiia, 1937. 166 p.,
dream of a pilot.
TL72l.V6A-! 1937
SO% Aeronautical Sciences and Aviation in th,~ ulo-vict Union) LIbrary of
Congress, 1955.

T
Polet na zemliu Frantsa losifa; pod redaktsiei nach. Poliarnoi
aviatsii Mavsevmorp~iti, f-eroia Sovetskof-.o soiuza M. I. Sheveleva.
Moskval Clav. red. nauchno-13opul. i iunosh. lit-ry, 1937. 178 P.,
TIC.
. port.
Title tr.: The flight to Franz Josef Land.
TL532.V56
SO: Aeronautical Sciences and Aviation in the Soviet Union, Librar~y of
Congress, 1955.

VODOPI II0VP 141"C~~111 VASILr!aCH.
Ot Eokhi k camoletu. Moskva, 'Mlolodaia f7vardiia, 1937. 251 o.,
illus.
Title tr.: From the plow to the airplane.
TL540. V6A3
SO: Aeronautical Eciencesmd Aviation in the Soviet Union, Library of
Congress, 1955.