SCIENTIFIC ABSTRACT AKHLYUSTIN, V.K. - AKHMANOV, S. A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000100610009-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 5, 2000
• Sequence Number: 9
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

TIFT B.P., dotsent;.AKHLYEISTIN,, V.K.., dotsent;
AVRIASKIY, R.B., inzh.
lz~
Conditions of safe servioing of electric equipment with a
6000 v.
potential in pits of the Korkinugoll Trupt,
Izv.vys.ucheb.zav.;
gor. Maw* 3 . no.2:131-134 162. ONMIA 15:10
1. Magnotogorskiy gornowtaUurgicheskiy institut imeni
G.I.Nosova.
Rekomendovana. kafedroy avtomatizatsii proiavodstve=ykh
protsessov.
(Chelyabinsk Basin-Excavating machinery-Electric driving)

BOROKHOVICH, Aleksandr Isaakovich, kand.tekhn.nauk,
dotsent;-AKHLYUSTIN
Veniamin XonsLa ~tinov~ich.. kand.teklm.nauk, dotsent
BleGtric power supply of deep mines# Tzvovysouchebzav.;
alektromekhanika
8 no.6:708-714 165. (min 18-- 8)
2. Zaveduyushchiy kafedroy gornoy mekhaniki Magnitcgorskogo
gornometallurgic'.-.eakogo Instituts, (for Borokhovich). 2. Kafedra
gornoy elektrotekhniki Magnitogorskogo gornometallurgicheskogo
instituta (for Ublyustin-j-.-

fACCESSION NR: AP4041434 S/0168/64/000/003/0015/0027
AUTHOR: Akhmad, Kh. Kh.
-I'TITLE: Perturbations of hyperbolic elements
SOURCE: Moscow. Universitet. Vestnik. Seriya 3. Fizlka,
astronamlya, no. 3, 1964,
15-27
TOPIC TAGS: celestial mechanics, osculating hyperbolic element,
restricted three-
1body problem, hyperbolic, element perturbation
ABSTRACT; An analytical'theory has been developed for the
perturbations of hyper-
bolic elements. in this connection, the author has derived the
necessary Lagrang-
ian differential equations for osculating hyperbolic elements. The
analytical in-'
tegration of these equationso containing partial derivatives of the
perturbing
function for the elements, involves expansion of this function.
This expansion is
obtained most easily for the circdlar restricted spatial three-body
problem. The,-
expansion-of the perturbing function can be obtained for two
variants: inner, when
ra where r Is the distance from the perturbed
body to the
cenlral body and aj is tlke, dist6nce of the perturbing body from
the central body.
The expansion for the outer variant already has been obtained by
Yelenevskaya
U=__
1/2

ACCESSION NR; AP4W434
(Byul. ITA, VI, No. 7 (80), 1957), but in inconvenient form. The
author gives the
expansion of the perturbing function for the case of hyperbolic
motion for powers
of the ratios of the semi-axes, also app!icable for any values of
reciprocal'in-
clination. The method used was proposed by R. A. Lyakh (Byull.
ITA, Vll,.No. 6
(89), 1959) and applied by him in the expansion of the perturbing
function for a
case of elliptical motion. The derivation of the differential
equations for oscula-
ting hyperbolic elements and the expansion of the perturbation
function i'nto a
series (both Inner and outer variants) Is given In detail. orig.
art. has: I
figure and 62 formulas.
ASSOCIATION: Kafedra nebesnoy mekhaniki I gravimetrii, Moskovskiy
universitet
(Department of Celestial Mechanics and Gravimetry, Moscow State
University)
SUBMITTED: l6juI63 ENCL: 00
SUB CODE: AA
2/2
NO REF -SOV: '007
OTHER: 00.2.

AKHMAD, Kh.lai.
Analytic methods for the determinatiQn of disturbances of
hyperbolic
elements. Vest. I-Ifosk. un. Ser. 3: Piz., astron. 19
no-4:15-27 S-0 164*
(MIRA 17: 1,~)
1. Kafedra nebesnoy mekhaniki i gravi-netrii Moskovskor-o
universiteta.

AUTHOR: Akhmad, Kh. Kb.
OS

1) p C) I a i

AWAD, BJI.YJI.
Disturbances of hyperbolic elements. Vest. Mrsk. un.
Ser. 3: Fiz.,
astron. 19 no.3:15-27 My-Je 164..
(MIRA 17:11)
1. Kafedra nebesnoy maldmniki i gravirlel.r"i.
~k-,slmvskcEo universiteta.

SAIDKHCDZHAMp A*So",M
.A-M~Y _-,
_ _M
Dsuip of comp3m framo ayatw* with the aid of an
s3m*U~wda
computer. VOP* vyob. rate i tokho noe2s2276265 Ill
VA 208U)

AnNaEIEV4 B.N.
Using diagrams of gamma ray ineastwement for the
correlation of the
geological cros's section in the holes of coreless
drilling in a
region of the central part of Turkmenia,
Vop,rud.geofiz. no.4:7-9
164o (MIRA 3SPI)

increase the production of Pulse crops in Bashkiria.
Zemledelle
5.1nd*4:81-82 AP '57. (nn 10:6)
1. Bashkirskiy nauchno-ineledovatellskiy inatitut
mellskogo
khosM stva.
(Ekshkiria-Iogumen)

NOSOVITSKIY, B.M.; PAPIM, T.I.; TSYSI, V.D.; AKHMADEYEV, Kh.A-
Blowing-in the blast fvrrace for the pr~ductivn of ferromanganeseq,
Metallurg 6 no-7:8-10 J1 161. (MIRA 14:6)
1. Donetskiy politekhnicheskiy institut i Nonstantinovskiy
metallurgicheskiy zavod.
(Blast furnaces) (Ferromanganese)

N013OVI7SKIY,,:B.M.; PAPIN., T.-I.; AKHMADEYEVp n.A.
Improving the blast furnace process by the use of
graded ore.
Biu3..TSIICHM no.9:39-41- 160. (HIRA 15:4)
I* Donetskiy industriallnyy institut (for
Nosovitskiy). 2. Kon-
stantinovskiy met&Uurgicb*aUy savod (for Papin,
Akhmadeyev).
(Blast'turnaces)

9/039163/025/004/00"2/016
A004/A127
AUTHORSs _Xostromin, Ailo,-Akfimadeyevo M-Xh.
TITLE: Coulomb-motor determination of small Al-quantities
PERIODICAM Zavodskaya laboratoriya, no. 4# 1963, 402 - 04
TEXT.- Electr icallygencrated bromine is used for the bromination
reacts
ion of a number of organic~compounds and for the titration of some
reducing
agents. In their investigations, the authors used the bromination
reaction
of 8-hydroxyquinoline for determining aluminum. The work was carried
out
on an installation of which a description is given. This method is
based on
the formation of aluminum hydroxyquinolate and the subsequent
reaction of the
oxide with the bromine to be generated, There are 3 figures and 1
table.
A.SSOCIATION:---Kazari-skiy gosudakstvenny universitet im. V.I.
Ullyanova-Lenina
(Kazan' State University im. V.1. Ullyanov-Lanih)
1A7.

- I PC y 1~1 V~4
f
AIM%DNYBVA
~ -
~T-
[Raising rabbits] Razvedenie krolikov. Moskva, Gos.
ird-vo selkhoz.
lit-ry, 1957. 211 p. (MIRA 11:3)
(Rabbits)

AKHMEYEVAI, R.T.
[Rabbit breeding] Razvedenis krolikov. 2. izd.,
ispr. i dop.
Moskva., Goa. izd-vo 8elikhoz.lit-ry, 1959. 205 p.
(MIRA 15:5)
(Rabbits)

NIKOIAWV, A.L., kand.med.nauk; AKHRADIYEVAII A.Kh.
- - ----------
Relation of the synthesis of antibodies to the state of nucleic
Acids. Report No.l. Mod, zhur. Uzb. no.2:75-77 F 162. (MIRA 15:4)
1. Iz Nauohno-iosledovatellskogo instituta rentgenologii,, radiologii
i onkologii, Mihisterstva zdravookhraneniya Uz-SSR (direktor - prof.
D.M.Abdurasulov).
(NUGLEIG AGIDS) (ANTIGENS AND ANTIBODIES)
(qMBON-ISOTOPES)

NIKOLAYEV9 A.I. v kand.med.nauk; SEID-MAVSURI BEYUK MIR-ABDULLA;
AKjgMIYEVAt A.Kh.
Investigation of the permeability of vesselos, the sorptive
capacity of tissuess and the excretory function of the body
in irradiated mice by means of labeled sodium sulfate (s35).
Mod* zhure Uzbo no. 2:50-53 F 161. (MIRA i4:2)
I* Iz Naucbno-issledovatellskogo instituta rentgonologiij
radiologii i onkologii Ministerstva zdravookhraneniya UzSSR
(direktor - prof. b.M. Abdurasulov).
(BLOOD VESSELS-PERMEABILITY) (TISSUES)
(RADIATION-PHYSIOLOGICAL EFFECT) (SODIUM SULFATE)

NIKOLAYEV, A.I.; AKHMADIYEVA, A.M.; MAKAROV, G.F.
Formation of antibodies to sarcolysine and their
effect on the
antineoplastic activity of the preparation. Biul.
eksp. biol
i med. 60 no.7:95-98 Jl 165. (MIRk 18-8;
1. Uzbekskiy nauchno-issledovatellskiy institut
rentgenologii,
radiologii i onkologii (direktor - prof. D.M.
Abdurasulov),
Tashkent.

AY,FMDULLJIJA, G.G., TROITSKIY, V.L.
Subcutaneous Vaccination Against Flexner %~sentery," 1943.
Centrl. Inst. E*I)idemiol. & Microbiol/and/ or Kazan Inst.
4idemiol. and
Microbiol. Mscow.

KWMA-D U Ll IN
saviduvach; ISMOVA. I.M.; AKMATULLIM, S*-R.
"_q on. m - --,
.Reflex regalation of the pbagacytic activity of leucocytes.
Medych.thur. 21
no.4:53-57 151. 1 OMHA 6:10)
1. Kafedra patolohichnoyi fisiolohiyi Kazanalkoho dershavnoho
madychnoho
instytutu. (Phagoeytoole) (leucocytes)

pt m
SPIRIVA. A.A.; KAZAMIGH, N.B.; IMIT, M.I.; SVRTOVIDOVA, V.M.;
K&IT, V.S.;
ARONOV, M.S.; BORISKINA, K.I.; P=HIN, G.H.; BJWZEROVA, K.A.;
KAIMT.
S.P.; NOVALISKIY, G.R..; RYBKIn, L.G.; BALYBIWIn, L.D.;
AMMAIJULIJEk,
G.G,.; DIIKIKHOVSKIT, Ye.l.
Annotations of articles whioh,reached the editorial office.
Zhur.mikrobiol.
epid,i imzmm. uo.2:88-89 IP '53. (KLEA 6:5)
1. Xurskiy institut epidemiologii i mikrobiologii(for Spiriua,
Kazakevich
and Kmit). 2. Tambovskiy institut spidemiologii i mikrobiologii
(for Sve-
tovidova). 3. Kafedra mikrobiologii Odeaskogo meditsinakogo
institute. (for
Khait). 4. Kafedra, mikrobiologii i operativnoy khirargii
Kubyshevsko&
mipditsinskogo instituta (for Aronov, and Boriskina). 5.,
Voesoyuznyy nauch-
no.issledovatellskiy khimika-fnrm&tsevtiahej3kiy institut (for
Pershin and
Belozerova). 6.,Kafedra mikrobiologii Tomakogo meditsinskogo
institute. i-
meni V.M. Molotova (for Karpov). 7. Tomskiy institut
epidemiologii i mi-
krobiologii (for Karpov). 8. Krasnodarskiy institut epidemiologii
i mikro-
biologii imeni Savohenko (for Kovallskiy and Hybkin). 9. Kafedra
infek-
tsionnykh-bole%ney Sverdlovskogo meditainakogo inatituta (for
Balyberdina).
10. Kazanskiy institut epidemiologii i mikrobiologii (for
Oikhmathil I ina).
11. Kafedra mikrobiologii Dnepropetrovskogo meditainakogo
inatituta (for
Demikhovskiy). (Bacteria, ftthogenic) (Antibiotics) (Phagodvtosis)

AKSYUK.,A.F.,km3d.med.nau.k; VELSHININ, A.A.,,
inzh; LYUTOV, A.V., in,zh.;
AKHMADULINA,,Aj~!..,.._inshoner-k-himik.
1
Experience in the fluoridation of the water supply
in the
U.S.S.R. Gig. i san. 28 m.1:68-73163. (REM 16:7)
1. Iz Ylbskovskogo nauchno-isaleclovateliskogo
instituts, gigiYany
imeni F.F. Erismna i tookha OVodokan&12 Norillska.
(WATER-FLUORIDATION)

AK',.f!41.Dr-.VA; A. NIKOLA:rEV, A. 1. (USSR)
echant-im of Antibody Synthesis."
"The Y
Report presented at the 5th International Biochemistry Congress,
Moscow, 10-16 Au-3ust 1961

Some notes on & popular manual "Eqnipment for
signaling, central
control and block systems" A.M. Bryleav.
Reviewed by V.S. Akhma-
kov. Avtom., telem. i sviaz' no-3:47 Mr '57.
(Km lo.-4)
1. Nachal'nik laboratorii Moskovskogo
metropolitena. iment. V.I.
Lenina.
(Railroads-Signaling-Block system) (Bryleav,
A.Me)

EMMIX, M.L.; AMMIM V.S.
Rail circuits vith capacitance limiter. Avtom., telemA
sviazi
no.10:23-25 0 157. (MIRA 10:11)
1. Nachallnik otdela Signalizataii, tsentralizateii,
blokirovki
Moskovskogo metropolitena (for Semernik). 2.
Nachallnik laboratorii
signalizatoii i svyazi Moskovakogo metropolitena (for
Akhmakov).
(RailroRds--Communication systems)

AFIMKOV, Y.S.
Useful aid for technical schools. Avtoz-, telamA avlas 2
ho.4:42 Ap '58- (MIRA 12:12)
1. Nachaltnik laboratorii Moskovskogo metropolitan& in. Y.I.
Lanina.
(Railroads--Signaling)

AKMAITTIYEVY M.A. T~-1*11-1-1;.!',~'-I~ 'Ya"(a.
Dynairdes of watonat.,(% optlm 117,~np tricipee. ,
vtomcr* r., 1 t,
~i .4 . I I
nos4163-74 165. 04:~,~16kl ic-l'i

TULUTEVSKIY, YU*N*j SLOBODKIN, Ye.M.;. AKHMANAYEV, S.I.;
KIMYEV, N,K.
%=~i
Measurement and the dynamic characteristics of the
temperature
of open-hearth furnace roofse Izv. vyB. ucheb. zav.; chern,
met. 7 no.9tl79-185 164. (MIRA 17:6)
1. Chelyabinakiy nauchno-issledovatellskiy institut
meta-Uurgii.

USMANOV, Kh.U.; AKHMAMEDOV, K.; MININA, V.S.
Variation in the carbowrato composition of hydrolyzates of
the hunk
of haturally stripped seeds in stopped hydrolysis. Izv. AN
Twk. SSR.
Ser. fiz.-takh., khim. i geol. nauk no.4:38-42 163.. (MIRA
17i.,2)
1. Institut khimii polimerpv All Uzbekskoy SSR i Institut
khtmii Ag Turk-
menskoy SSR. i

ACC N OURCE CODE: UR/01)11/67/03,)/001/oii,6/olLIg
R-AP7003270
AUTHOR: Alcht',ianov, S. A.; Balclanova, V. V.; Chirkin, A. S.
-vennyy unlVersitet)
ORG: Moscow State University (Noskovskiy gosudars'j.
TITLE: Parametric amplification with multi-mode pumping
SOURCE: IVUZ. Radiofizilca, v. 10, no. 1, 1967, 146~-149
!TOPIC 'TAGS: parametric amplifiF-P- laser etfect, nonlinebLr
optics.,
A theor&,fbal study was made of the effect of multi-made
pumping on the parametric amplification of traveling em waves. It was
shown tha4- those effects which do not fit into the theory of
parametric
amplification due to non-monochromatic pumiping, (e.g., lack of
agreement
between the experimented and calculated values of the parametric
amplifi,~atlon and generation thresholds, decreased phase
selectivity of,
J. L' L
it ~ It.
deg,eneraLle parametric 1~ght amplifier, anomalous spectral.
broadeningg
of amplified signal) may be explained if it is assumed that the
pumpingr
source used in practice is nonmonochromatic. The results indicatle
that
in parametric processes this mode structure of the pumping source may
,considerably effect quantitative values. When used in the study of
the
processes of stimulated scattering of modulated emission, the
oroposed
Card -UDC.---&?L,375,-93l

A~C' t4R':A* PtO6821C-
method yields suMciently general- quantitative results. Ori,-,,.
art. has:
2 figures and 13 forimulas,
- (VIA-141
Jill
SUB CODE: 20/ SUBM DATE: 6Apr66/ ORTIG REF-. oo6/ oTH REF: 006

AJQVAN0Vj S. A.
"Slow Frequency and Amplitude Pluctuations in a Reflex
Klystron.11
Dealth 'with a method and the results of an e)Terimental
investigation
of spectral densities of frequency and amplitude fluctuations
in a 3-cm wave
reflex klystron within the range of 100 cPs to 5 kc. The
author showed that the
spectral density of the klystron frequency fluctuations
changed 'within the indicated
range as 11f, when all electrodes were fed from batteries, and
that the phase
dispersion during the time of lo-3_ -4 seconds was principally
determindd by slow
fluctuations. 10
report presented at the lst All-Union Conference on
Statistical Radio
P hysics, Gorlkiy.,~13-18 October 1958- (Izv. vyssh uchev
zaved-Radiotekh.,
vol. 2, No. 1, pp 121-127) COMPLETE, card under SIFOROV, V. 1.)

"The Fluctuations in a Super-high Frequency Radio Pulse
Oscillator With
a Reflex Xlystron.11
TheY investigated the fluctuation effects, appearing as
settling time
fluctuations of the stationary amplitude and phase and as
phase and amplitude
fluctuations during a radio pulse. The author presented the
results of theoretical
and experimental investigations.
report presented at the 1st P-11-Union Conference on
Statistical Radio
Physics, Gortkiy, 13-18 October 1958. (Izv. vyssh uchev
zaved-Radiotekh.)
vol. 2, No. 1, pp 121-127) COIaLM card under SHOBOV, V. I.)

-AIUFMOVI - S 1~~ - GVO2D0VF.Rj- - S i Di , NONST-OTD11011, YU,
S. I MR FMIMMO) L Ti (M) 111110a t6VII
"An Autodyne Radiospectroscope in the 3-cm Wave Range".
report presented at the All-Union Conference on Statistical Radio
Physics, Gorlkiy,.13-18 October 1958. (Iiv. vyssh uchev
zaved-Radiotekh.,
vol. 2, No. 1, pp 121-127) COMPLETE card under SHOROVI V. I.)

niq IYo
AUTHORs Artamonov, A.A., Dotsent 3-58-2-21/33
TITLEs Intervuz's Scientific and Methodical Conferences (Nozhduvu
zovskiye nauchnyye i motodichaskiye konferentsii) The Second
Conference on Radio-eleotronics (Vtoraya konforentaiya po
radioelektronikv)
PERIODICAL: Vestnik Vysshey Shkoly, 1958, # 2, PP 74 - 76 (usn)
ABSTRACTs This second conference began in September 1957 in
SaratoV.
Over 140 reports were submitted to the 400 participants ht
the general meetings and in the numerous sections (on elec-
tronio,sp electrodynamic3l radioastronomy and radiospectrosco-
py, diffusion of radio waves, semiconductors and their appli-
cation in radio sets).
W.D. Devyatkov, Member-Correspondent of the USSR Academy
of Sciences showed the intensive development of UHF electron-
_i46 devices intended to work in a broad frequency band.
Reports were also delivered on the fluctuating phenomena
in electronic and gas-discharging devices including the physics
of these phenomena, and gas discharges of ultrahigo frequen-
cies. S.A. Akhmanov G.F. Antonov, N.P. Tikhomirova, and
I.T. Trofim !Zol T
N;U), who spoke on fluctuating phenomena in
auto-oscillating (URF) systems. Yu.V. Gorokhovj and !.T.
Card 1/4 Byzovoy (MGU), dealt with effects of gas discharge on
hollow

3-58-2-21/33
Intervuzls Scientific and Methodical Conferences. The Second
Conference
on Radio-olootronice
resonators. A.M. Aleskovskiy (Saratov University) spoke on
the
distribution of electrons by speed in a decomposing plasma.
V.N. Bikonov (Gortkiy University) told of the fluctuations of
frequency and amplitude of oscillations in a klystron
generator.
The reports delivered in the Section on Electrodynamics
wore generally concentrated on theoretical and experimental
research of the propagation of electromagnetic waves in
imped-
ing systems of different kinds. The following were given:
"Dispersion Properties of Some Pin Impeding Systems (V.M.
Daahenkov - Saratov University), "Interference Method of Cold
Researches on Impeding Systems" (A.I. Shtyrov -"Saratov Uni-
versity)$ "On the Measurement of the Impedance of Contact in
Quasi-Cylindrical Impeding Systems" (A.V. Gaponov - Gortkiy
University), "On Miffraction-Problems Having Substantial Sig-
nificance for the Analysis of Directed Antenna Diagrams"
(Ye.N. Vasillyev and S.M. Verevkin - Moscow Power Engineering
Institute).
In the bection on Radioastronomy and Radio-spectroscopy,
the report of V.V. Zheleznyakov (Gor1kiy University) "On the
Card 2/4 Theory of a sporadic Radio Radiation of Jupiter"
aroused much

3-58-2-21/33
Intervuz's Scientific and Methodical Conferences. The
Second Conference
an Radior-electronica
interest.
G.G. Getmantsev (Gorlkiy University) concentrated his
report on the origin of cosmic non-thermal radio radiation.
The scientific collaborators of the MGU, A.M. Prokhorov,
V.B.
Zverev and L.S. Korniyenko, reported on their research work
on the fine and superfine spectrum structure of the
electronic
para-magnetic resonance of chrome and iron ions in the
lattice
of aluminum oxide.
In the Section on Radio Wave Propagation the most signifi-
cant lectures where those on the propagation of ultra-short
waves in the troposphere, and on the influence of solar ac-
tivity on the ionosphere. These reports were read by A.A.
Semenov, Ch.Ts. Taydypov (Moscow University); B.N.
Yeryushev,
fi..A. Savich-Krymokaya (Astrophysical Observatory of the
USSR
Academy.of Sciences) and N.G. Denisov (Gor'kiy University)
The Section on Semiconductors and Their Use in Raaiosets
concentrated its attention on the questions of devising on-
gineering methods in designing various radio circuits with
Card 314 semiconducting devices as well as circuits for
transient pro-

3-58-2-21/33
Intervuz's Scientific and Methodical Conferences. The Second
Conference
on Radio-electronics

ceases. A part of the lectures delivered to this section dealt

with the technology of manufacturing useful semiconducting

materials (L.S. Berman from the Inotitute of Semiconductors

of the
USSR Academy of Sciences; Z.1. Kirlyaschkina - Saratov

University;
V.V. Pasynkov and Ya.I. Panova - Leningrs~d Electro-

Engineering
Institute)

The conference pointed out that notwithstanding the
suc-

cesses achieved in research, the work of vuzes in the field
of

radio-electronics has fallen behind. The scientists must

develop
a number of important problems of modern electronics:

the
scientific foundations for making new electrovacuum devices,

questions of experimental radioastronomy, the tropospheric pro-

pagation of ultra-short waves, etc. The conference further

recommended that a number of "problem laboratories" be organized

in those vuzes where scientific-research work in this direction

is
being successfully carried on.

It is intended to convene the 3rd
conference in Khar1kov in

September 1959.
ASSOCIATION:
Hiftist~rsttol.vysshego obrazovanlya SSSR (USSR Ministry of
Higher

AVAILABT
k
Educationi
ib
,:
.
L
rary of Congress
Card 4/4

SOV-120-58-3-32/33
AUTHORS j:AkhManov S Gvozdover, S. D., Konstantinov, vu, S.
a T~
~n 0 ime~nko,~I. T.
TITLE: Application of a TIVT-Generator and the Observation of
Electron Paramagnetic Resonance (Ispollzovaniye LB.V-
generatora dlya nablyudeniya elchtTonnogo paramagnitnogo
rezonansa)
PERIODICAL: Pribory i Telchnika Eksperimenta, 1958, Nr 3, P 109
(USSR)
ABSTRACT: A ty,avelling wave tube (TWT) connected across an ex-
ternal feedback circuit may be used as a generator of
u.h.f. vibrations (Refs.1 and 2). The frequency of the
vibrations is determined by a resonator in the feedback
circuit. Such a generator has been used by the authors
in the 3 cm region in the observation of electron Para-
magnetic resonance. The specimen under investigation
(diphen.-ylpicrylhydrazyl) was placed directly in the gen-
erator circuit and in the &lectromagnet gap. The uniform-
ity of ~he external magnetic field was sufficiently high and
had no effect on the form of absorDtion lines. The absorp-
tion signal was detected by a crystal detector placed in the
feedback channel. As the feedback is reduced and the oscill-
Card 112 ation threshold is approached the sensitivity of the
TWT

SOV-120-58-3-32/33
Application of a TWT-Generator and the Observation of
Elect-ron
Paramagnetic Resonance
generator increases. In the observation of an absorption
signal recorded on the screen of an oscillo5cope the
signal-to-noise ratio for a specimen containinj ~ x 10
moles of diphenylpierylhydrazyl was not less than 4:1
(bandwidth of the low frequency oscillator was 2 kc/s).
There are no figures or tables. Of the two references,
1 is Soviet and 1 is English.
ASSOCIATION: Fizicheskiy fal-rulltet IAGU (Department of
Physics of
the Moscow State University)
SUBMITTED: March 11, 1958.
1. Vibration--Propagation 2. Traveling wave tubes--
Applications 3. Resonance--Magnetic factors
Card 2/2

AUTBORS. Akhmanov, S.A. and Ennok, K.A. 109-3-2-18/26
TITIE: --Iffp--Ii-t-u-d-e-Plu--c-ruations in the System of Two
Mutually-
synchronised Reflex Mystrons (Fluktuatsii amplitudy v
sisteme dvukh vzaimno-sinkh onizovannykh otrazhatel'nykh
klistronov)
PERIODICAL: Radiotak'hnika i Elektronika, 1958 Vol.III, No.2
pp. ~79 - 283 (USSR3.
ABSTRACT: The problem was investigated experimentally by means
of the measuring equipment shown in Fig.l. This consisted of
two klystrons K, and K2 which were coupled by means of a
T-junction. The coupling could be-.zontroI-.Ied'by means of
attenuators, Al and A2 . The output signal uf the system
was injected into a waveguide system which comprised an
attenuator, A3 , a measuring line section and an accurate
wavemeter, B . This was followed by a waveguide hybrid,
whose one branch contained a resonator having a Q-factor of
1 000. A switch, r1p 30 , was used to direct the investigated
signa either to a power-meter or a detector head. Matching of
41
the waveguide system was carefully controlled over a frequency
Cardl/2 range of 100 Me/s. The experimental results are shown in

109-3-2-18/26
Amplitude Fluctuations in the System of T~,70
Mutually-synchronised
Reflex Klystrons
Figs. 2 and 3. The thin-line curves of Fig.2 represent the
power output of the two Klystrons as a function of frequency;
while the thick-line curves represent the distribution of the
output power fluctuations or noise; Curve 4 and Curve 5
relate to the noise of the individual klystrons, while Curve 6
represents the noise of the two synchronised klystrons. '.
Similar curveafor a different klystron system are shown in
Fig.3. Further curves are given in Fig.6; these were taken
for a finite phase difference between the oscillations of the
two klystrons. The authors thank Professor S.D. Gvozdover for
proposing the subject and his help; gratitude is also
expressed to X.P. Krylov for his help 'in the building of
the equipment. There are 5 figures and 3 Russian references.
ASSOCIATION: Physics Department of the Moscow'State University
im.-M. V. Lomonosov (Fizicheskiy fakulltet
Momk*vekogo gosudapstvennogo universiteta im..
Me" V. LftOnOSOVa)
SUBMI March.8, 1956
AVAILABLE: Libftry of Cong"as
Card 2/2. 1.- Klystrons-Perfomance-Analysis

SOV1120-59-2-11150
AUTHORS: 11khma S A, Gvozdover2 S.D.7 Konstantinov, Yu.S.,
f&11 A0
,~qn.ov
a ~L. I. T.
TITLE: An Autodyne 3 cm Radio Spe ctros cope for Electron
Farawgaetia
Resonance Studies (Avtodinnyy radiospektroskop
3-santimetrovogo diapazona dlya nablyudeniya elektronnogo
paramagnitnogo rezonansa)
PERIODICAL: Pribory i tekhnika eksperimenta, 1959, Nr 2, pp 38-40
(USSR)
ABSTRACT: A travelling-wave tube is fitted with variable phase-
sh."'Lfters and a ferrite isolator and is used in a
regenerative (or super-regenerative) mode. The
oscillation frequency is that of the cavity containIng
the specimen. The system is tested on DPPH- 2x10-0 mole
is readily detected in the autodyne mode. ihe magnet
is normal; a simple crystal-video detection system is
used. The quenching frequency (20-30 kc/s) used in the
super-regenerative mode is applied to the spiral on the
travelling-wave tube. The sensitivity can, in
Card 1/2 favourable cases, be increased by a factor of 2-31 but

SOV/120-59-2-11/50
An Autodyne 3 cm, Radiospectros cope for Electron Paranagnetic
Resonance
Studies
superheterodyne or other methods are needed to give
any further improvement.
Card 2/2 There are 2 figures and 1+ references, of which 2 are
Soviet and 2 English.
ASSOCIATION: Fizicheskiy fakulltet MGU
(PiWiicdDepartment, Moscow State University)
SUBMITTED: January 1~-j 1958

n(2w). This amplifioation mechanism may be used.in
designing coherent optical generators with a reasonable efficiency. Lt
There is 1 figure.
Moskovskiy gosudarstvennyy
(Moscow
University)-
SUBMITTEDI: May 29, 1962
univers itet
ASSOCIATION:
State
Card 3/3

AKHMANOV, S.A.- ROSHALI, A.S.
Theory of transients in a parametrically excited
circuit. Isv.
vys. uoheb. zav.; radiofiz. 6 no.5$1008-1020 163. (MDU
l6t12)
1. Moskovskiy gosudarstvennyy universitet.

-A
L -1872543 Ms
A
ACCESSION 0: AP3004377- 8/010.0,/63/008/008/1428/1439,
AVMOR,. Akhmanovo G. A,; DmitriyeSr.. V. G.
TIT1Y of a traveling-wave amplifier with a nonlinear
On the saturation theory
reactance
SOURCE: Radioteldnika i elektronika, v. 8s no. 81 1963, 1428-1439
TOPIC TAGS: saturation-condition analysis,, traveling-wave
amp3ifier.. nonlinear
reactance.. Propagatiug-wave amplitude, attenuation, line loss',
synchronizationj.
phase velocity
fier with
'ABSTRACT: Analysis of saturation conditions of a traveling-vave ampli
nonlinear reactance operating in a given pumping field is presented.
Two basic
problems are examined: 1) the operation of the amplifier under
nonlinear con-
ditions without attenuation and 2) the effect of attenuation on
processes 0
curring in the amplifier. It-was found that the mechanism of
saturation of
such an amplifier has a great deal in common with the well known
mechamism of
In both cases the approach to saturation conditions.. VlAch is
T14T seturation.
determined by deviations from the condition of synchronism, has an
oscillatory
eard 1/2

~:'L 18725--63
SSION
ACCF XR: AP3004377
c
h
aracter. Consequently, saturation can be related either to the
dependence
of,line losses on propagating wave amplitudes or to the break in
synchronism
of,wave-phase velocities at large amplitudes. A phase-plane method and
numeri-
cal integration are utilized to analyze nonlinear differential
equations de-
scriting a change in the amplitude and phase characteristics of
propagating
waves. The power of a building-up wave at near-saturation, conditions
fluctu-
ates, and the oscillation amplitude increases with an increase in the
modulation
factor of a reactive parameter and a decrease in the attenuation of
the linei
A brief discussion of the operation of the device under linear
conditions is
included. Results indicate that fluctuations of parameters such as
propagation"
velocity and attenuation compensate each other. "The authors express
their
thanks to R. V. Khokhlov for valuable discussion and to S. D.
Gvozdover for
his interest.in the project." Orig. art. has: 5 figures and 25
formulas'.
ASSOCIATION: Fizicheskiy fakulltet Moskovskogo, gosuderstvennogo
universiteta
im. M. V. Lomonosova (Faculty of Physics, Moscow State University)
SuMaTED; OW42 D= ACQ: 2OAug63. ENCL: 00
,ODE: GE NO PEP SOV: 007 009
1. Card. 2/2