SCIENTIFIC ABSTRACT KISLOV, V.G. - KISLOVA, N.S.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000722820017-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 18, 2001
• Sequence Number: 17
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

2i877-66
L
ACC NRi AP6009922
drawbar by an eccentric to change the cyclic feed of the pump during regulation Itith-
out changing the "sod conditions of VA, vegulator.
SUB CODE: 13/ SUBM DAM 13Apr42/ ORIG IMF: oo6/ M REF., ODO
cc 3/3c%Jc'~

BAKIIAREV, A.P., Iti-Mi.; KiSLOV, V.G.-, Jnzh.; KARPOV, L.N., kand.,e~hn.nauk;
YAKUNIN, A.S., inz .
The new UTU-5 small-size standrd fuel pump. Trakt. i sellkhczmash.
no.11:5-8 N-164. (MIRA 18:1)
1. Noginskiy zavod topltvnoy apparatury (for Kislov). 2. Tsentrall-
nyy nauchno-issledovatellskiy i konstruktorskiy Institut top3lvnoy
apparatury avtotraktarnykh i statsionaniykh dvigateley (for Yakun1n).

KISLOV, V.G.
Diesel engines should be provided with high-quality fuel
systems. Trakt.i sellkhozmash. no.8:12-13 Ag 162.
(KRA 15:8).
1. GIaynyy konstruktor Noginskogo zavoda toplivnoy apparatury.
(Diesel engines) (tractors-Fuel systems)

AUTHOR: Kislov, V.I. 108-13-6-6/11
TITLE- The Bridge Circuit of Gas Voltage Stabilizers (Mostovaya skhema.,
gazovogo stabili2atora napryazheniya)
FERIODICAL: Radiotekbnika, 1958, Vol 13, Ur 6, pp 72-74 (USSR)
ABSTRACT: In the stabilizer circuit described here, compensation of the
additional -voltage& U is realiz ea. Therefore the voltage on the
load, if the working scope of the obaracteristio is rectilinear,
remains strictly constant, which means that the stabilization
factor is infinite. First, the conditions for the constancy of
voltage on the load are determined. For this purpose the equation
(10) is derived. The explanation for the fact that the voltage
on the load is independent of feed voltage is given. In this, way
the stabilization limits are determined. They can be evaluated
by the relative deviation of the feed voltage from the mean value.
Equation (12) serves this purpose. The degree of efficiency of
the simple gas stabilizer can be determined according to the
fonm,IA (16). The degree of efficiency determined according to
(16) is not high; it amounts to about 30% and depends mainly an
Card 1/2 the amount of the ballast resistance. The degree of efficiency

The Bridge Circuit of Gas Voltage Stabilizers 108-13-6-8/11
of the gas stabilizer described is detenained according to
fonmila (17). Though it Is somewhat lower than that of a nonaal
stabilizer, -.~as aifferenoe is not great. In conclusion calcula-
tion of.the ata'PI-1-izer is demonstrated. There are 3 figures.
SUMITTTED: JU4 95 11957 (initis'_11Y) and Novenber 26, 19-57 (after r-.-Ision)
1. Voltage stabilizers--Performance 2. Volt4ge, stabilizers--Equipm-,_
ment 3. Electric bridges--Circuits 4. Mathematics
Card W2

V"OV, Konstantin Konstantinovich; LAZUKOV, Grigoriy 1-7anovich;
'I=V V red.
NIKOLAYEV, Vladimir Alaksandrovich; K
fQuaternary period; Glacial epoch - Quaternary period]
Chetverticbnyi period; lednikovyi period - antropogenovyi
period. Moskva, Izd-vo Mosk. univ. Vol.2. 1965. 434 p.
(MIRA 18:10)

AVSM. G.A., prof., otv.red.; KIMOV, V.L., red.
[Collection of materials of the Nniarged Conference of the Group
of Workers in Glaciology at the Sovist'Interdeparimntai Committee
for the International Geophysical Tear, Kay 20-24. 1958. Koscowl
Sbornik materialov rasshirennogo soveshchaniis rabochei grappy
po gliatelologii Sovetskogo Keshduvedometvennogo kositsta Methdn-
narodnogo Geofisicheskogo Gods, 20-24 maja 1958 g. v Kosk",
Moskva, 1959. 165 p. (KM 13:4)
1.'Russia (1923- U.S.S.R.) Hashduvedomstvannyy komitst po pro-
vedenlyu Kashdanarodnogo Geofislohaskogo Goda.
(Glaciological research-Congresses)

MARKOV, Xonstantin Konstantinovich; LAZUKOV, Grigoriy Ivanovich;
NIKOLAYEV, Vladimir Aleksandrovich; KISLOV V L., red.
[Quaternary period; glacial period-quaternary period)
Chetvertichnyi period; lednikovyi period - an-tropogenovyi
period. Moskvap Izd-vo Mosk. univ. Vol.l. 1965. 371 p.
(MIRA 18:7)

M0S1N.#_X-,,1.p_XATS, C61.; SlXnAKOV, L.D., akademik, red.; SHMU3=321,
S.V., red.; AGOSRKOV, M.L., red.; BORISOV, S.F., red.;
BYSTROVp N.M., red.; p-reds; MAMMALEVp M~KqP
red.j KUZNETSOV) N.A.# red,; MAIMOVSM Me, red.;
MUINIKOV, N.V., red.; POLKOVNIKOVI A.A.,, red.; POPOV, K.S.,
red.; CHArAIN, S.1.0 laureat Leninskoy premii, red.;
0MAROTAV Tq6~g tekhn. red.
[Kursk Magnetic Anomaly; history of the discovery study, and
coranercial development of iron-ore deposits. Collection of
documents and materials in two volumes, 1742-19601 Kurskida
magnitnaia'anomaliia; istoriia otkrytiia,, issledovanii i pro-
- fl.
myshlennogo osvoeniia. zhelezorudnykh mestorozbdenii. Sborn3x
dokumentov i materialov v dvukh tomakh, 1742-1960. Belgorod,
Belgorodskoe knizhnoe izd-vo. Vol.l. 1742-1926. 1961. 417 p.
(MIRA 15:3)
(Kursk Magnetic Anomaly-Iron ores)
(Magnetic prospecting)

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a wife k irplAcrif hy a thin sold prilifir (about O.&A.8 0
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2. USSR (600)
"Errors in Measurements of Air Temperature.0 Sbornik trudov po
agronomilchnesky.oy fizike (All-Union Academy of Agricultural Science
im-eni Lenin), Issue 4, 1948 (131-340)
9. Meteorologiya i Gidrologiya, No. 3, 1949.
IM Report U-2551y 30 Oct 52.

AUTHOR: Kislov, V.V. 6-58-1,,-7/18
TITLE: On the Tmnrovament of the Practical Preparation of Students of
Aekial Photogeodesy (0b uluchshenii prakticheskoy
podgotQvki st-aden44ov-aczDfo-cogeodt:zistov)
PERIODICAL: Geodeziya i Kartograflya, 1958, Nr 4, PP. 39-40 (USSR)
ABSTRACT: This problem was dealt with by the s cientific-technical JiAbilari
conference of the MIIGAiK (Moscow Institute of Goodetioal Aerial
Photograpby- and Car-tographical Engineers) held in commemoration
of the 40th anniversary of the October Revolution. Professor
P.S.Zakatov and Professor G.V.Romanovskiy spoke about this subjeot
in their lectures. It was repeateaiy pointed out that the process
of interpretation of aerial photographs does not come t-p to the
standard of the other processes of topogmphical work connected
with aerial photography. This can be explained by the insufficient
preparation of specialists in this field. A short survey of this
preparation is given, and mys and means of impl-oving it are point-
ed out. During the first 2 years the students of the Faculty of
Aerial Photography Measurement attended a nourse of geodesy last-
Card 1/3 ing 8 weeks per annum. DurIng ths first year only one dV is

On the Improvement of the Practical Pr-paration of 6-58-4-7N
Students of Aerial.Awtogeodemy
devoted to the determination of s,---.Ies of aerial photographs,
whereas in the second year every student is granted 1,- 2 days for
mapping out an aerial photograpla plan of i : 25 000 covering an
_2
area of about I Im , i.e. for relief-dmwing and for interpre-ta.-
tion. ThouJi at the laboratory for Geomorphology students almo
take aerial photos during the second year, they are treated he"
merely as a sideline. The study of photogramwtry begins with the
4th semester, is continued during the 3. year, and ends with a
practical course of instiaotion lasting two weeks. However, neither
,at the laboratory for photogrammetryp nor in the course of leotureB
is the problem of topograpbical interpretation dealt with even for
one hour. Instraction for work in the open air is carried oat with-
in only one day. In the course of the atudy of stereophotogramme-47
(in the 3- and 4. year) the students s-tudy problems connected iv' ith
the topographical interpratation of aerial photographs during
courses on cartography. Besides~ students deal with these problemi
when studying "The Economic Use of Aerial PhotograpW. The be-
latea treatment of this subject provided by the ayllabus will make
itself felt now that, according to the new syllabus, the fir-at in-
struction on practical topography is provided to be given 01:-.5aAy
Card 2,13 in the course of tht~ 3- year. The bases of topogmphical

On the Improvement of the Practiml Prenamtion of 6-58-4-7/18
Students of Aerial Photogeodesy
evaluation mst be taught already in connection with the teaching
of photogrammetry. No changes of the syllabus are necessary for
this purpose. The necessary time for topographical evaluation can
easily be made available by a reduction of the time hitherto spent
on the assembling of photo-schemes, the study of the assemblies of
antiquated phototrams formers, of the graphical transforming of
perspective aerial photographs, etc.. In the course of photo-
grametry lessons at least 2 papers must be written on the inter-
pretation of aerial photographs in connection vrith the production
of. topographical maps of the scales of I , 10 000 and I : 25 000.
AVAILABLE: Library of Congress
1* Aerial. photograpby-Study end teaching
Card 313

IMAILOY, Petr Ivanovich;-XISWT.-.n4dimir-TJ-adi4EpX~g#; PAYLOY, VitalLy
likolay
Fedorovich; PMOV,
Aleksandrovich; TROITWIT, Boris
Vladimiro'vioh; LRTCMX, G.P.. red.; VASILIMRA, VJ., red.izd-va;
ROKANOTA. T.T., takhn.red.
[Topography and aerial.,typegraphical surveying] Topografiia I
serofototopograflin. *-6skys, Izd-vo geod.lit-ry, 1959. 471 p.
(Topographical surveying) (Aerial photogrammetry)

ITDOROV, Valentin Ivanovich, dOtBent, kand.takhn.nauk: GORINOV, A.V.. prof.,
reteenzent; AVGRVICH, V.I., doktor geograf.nauk, retsenzent;
KISLOV. V.V., red.; ZUIBKOVA, M.S.j-rod.'izd-va; MIKOVA, N.Y..
tekhn.red,
[Aerial-photographic survey of highways] Aerofotolzyskaniia
aytomobillnykh dorog. Moskva. Nauchno-takhn.ixd-vo K-va
avtomobillnogo transp. i a.hosseinykh dorog RSFSR. 1959.
224 po (MIRA 12:8)'
1. Ghlon-korrespondent Akademii nauk SSSR (for Gorinov).
(Photography, Aerial) (Uads-Surveying)

-3(4) SOV/154-59-2-19/22
AUvIOR, Kislov, V. V.9 Docent, Candidate of Technical Sciences
TITLE: Photogrammetric Classes in the 6SR (Fotogrammetricheskiye kursy
v Chekhoslovakii)
PERIODICALs Izve8tiya vysshikh uchebnykh zavedeniy. Geodeziya i
aerofotos"yemka, 1959, Nr 2, pp 137-147 (USSR)
ABSTRACT: The "21st Zeiss-Course on Photogrammetry", organized by Carl
Zeiss, Jena, took place at Prague from April 14 to May 12, 1958..
Specialists in photogrammetry from the 6SR, Hungary, Bulgaria,
the GDR and the USSR took part in tnese courses for internation-
al cooperation. The Soviet delegation consisted of the Scien-
tific Chief Assistant.of the TsNIIGAiK K. A. Sokolov,.Engineer,
Ye. T. Zdobnikov, Engineer K. S. Sergeyev and the author of
.this paper. The courses were held in cooperation with the
Central A"inistration for Geodesy and Cartography in the CSR.-
Photogrammetric instruments by Messrs. Zeiss were shown, and
lectures concerning their theory, design and operation were
held. The theoretical and practical work was,done at the Prague
Technical Museum, which also housed the exhibition by Messrs.
Card 113 Zeiss. Some practical work was carried out at the Prague Tech-

Photogrammetric Classes in the 63R SOV/154-59-2-19/22
nical University-Lectures and inatructions were held in German
and given by the following assistants of Messrs. Zeiss: I. Rost,
Doctor-Engineer E. Wolf, Doctor-Engineer 0. Hofmann, Diploma-
Engineer 0. Weibrecht, Diploma-Engineer Szangolies, Diploma-.
Engineer H. Schoeler, Engineer H. Starosczik, and Engineer
R. Schuman, Almost every lecture contained some historical
references and H. Schoeler lectured on the "heme,"Jena and
Photogrammetry". Thefollowing persons gave their assistance to
the courses: The Director of the Central Administration for
GeIodesy and Cartography in the 6SR FAM and his assistants
Kovba, 3torkiln, SklAdai and many others, Some of the instru-
ments and appliances are described as follows: The stereoauto-
graph 1318 (the lecture was given by 0. Hofmann and the prac-
tical instructions were directed by Dipl.-Engineer K.
Szangolies)i the,micro-rectifier; a ruler made of plexi-glass
with marks for fixing of the points around which the model
swivels in the horizontal plane during outside orientation;
fixtures for the centering of reduced diapositives in cameras
of the wide-angle multiplexes (UWW) - a simplified projector
with a condenser. Zeiss re6ommends-the use of pantographs in
Card 2/3 connection with the multiplexes, and to give the inclination-

Photogrammetric Classes in the ~SR SOV/154-59-2-19/22
angles of the model not in degrees, but in pro mille, in order
to simplify the calculations and some operations during the
orientation.. There are 8 figures and 4 references.
ASSOCIATION: Moskovskiy institut inzhenerov geodezii, aerofotos"yemki i
kartografii (Moscow Institute of Geodetic, A(rial Survey and
Cartographic Engineers)
SUBMITTEDt October 28, 1956
Card 3/3

S/006/60,,'000/05/018/024
B007/BI2'3
AUTHORt (~Tj_ _V, -Xv. Candidate of Technical Sciences
TITLE2 Experience Gained.in-Making Aerophotographic Plans With
.Contour Lines...6n the:Photocartograph by F. V,..Drobysbev
FERIODICALs Geodeziya i kartogra:fiya, 19609 No. pp. 33-37
TEXTt Some methods are -ointed out for making aeraphotog.-aphic plans
p
from aerophotographs which ime rectified zone by zone..Tba Urallskoy'e
predpriyatiye IIBeIIkhozaeios*-emka" (Ural~Enterprise "Sellkh6zaer It
0 yemka")
uses for that purpose the method of op=cal compilation ? r=ee Z
on FTB rectifiers (Ref. 1 on-P-* 33t.footnote). At the Mot.kovskoye
aerogeodezicheak6ye predpriyatiye kMoscow Aerogeodetic Ct~ntex) the moun-
tain rectifier of the type,GFT has SWe-n us d for several years. Besides,
G. P. Zhu kov and Yee 1. Kalantarov developed a slit-rectifier (Ref. 2,
footnotelon. P. 33).-The rectifying-principle used there is 'at present
the most perfectone. In.1957-1958, Professor P.,,,V. Drobyahev developed
a now msthod of produoin hotogZaphic 21ana with centour lines on the
-FXD photdoartograph. These. 'plans are obtalned from aerophotographs
'Card 1/3

Experience Gained in Making Aerophotographic 5/006 60/000/05/08/02t
Plans With Contour Lines on the Photocartograph B007YB123
by F. V. Drobyshev
(Ref., footnote on p. 34). In this paper, the above-mentioned test is
described in detail and9 based on the results obtained, the following
statements are made: 1) The FKD can be used for the production of
aerophotographic plans with contour lines of hilly or mountainous terrain,I/A,
if the number of zones does not exceed 12-15. 2) The accuracy and the
photographic quality of the aerophotographic plan are in agreement with
specifications. If careful work is done the zone borderlines vanish.
3) The time needed for making aerophotographic plans on the FKD is shorter
than that required by conventional methods. Thus, the consumption of
photographic material is negligible. N. N. Veselovskiyls method for
overprinting contour lines from an engraved celluloid is also mentioned~
There are 1, figure, 2 tablesp and 3 Soviet references.
Card

KISLOV, V.V., dotsent
Notes on field inspestion of aerial photographs of village-type
populated plases. Trudy MIIGAIK no.49%51-54 162. ~(KM 16t6)
1. Kafedra fotogramnetrii Moskovskogo instituta insheneroy
geodazii, aerofotos"yenki i kartografii.
(Aerial photograwnetry)

FEDOROV, Valentin Ivanovich; ANBREYEV, O.V.9 dots., retsenzentj
IZVCHUK, G.P.p dots" retsenzant; qSp
. Op ~1.,,J~Y.J_dbta~3
red. ~4-11-
[Aerial geodesy and aerial surveying of highways] Aero-
geodeziia i aeroizyakaniia avtomobi-I)rqkh dorog. MoMma,
Transport.. 1964. 318 p. (141RA 17s12)

KI.SLOV, V.V.; ZAITOV, I.R.; LOBANOV, A.H., doktor tekhn. nauk,
retsenzent; LEVCBUK, G.P., kand. tekhn. nauk, dots.j,
retsenzent; BORDYUKOV, M.P., kand. tekhn. nauk, dots.
retsenzent; OVSYANNIKOV, R.I., kand. tekhn. nauk, dots.,
retsenzent; KO"fLOV, V.N., kand. tekbn. naukp dots.#
-atqenzent; D(BIR, N.Ya., doktor tekhn. nauk, prof.,
red. .
[Practical work in photogrammetry] Praktikum po foto-
graumetrii. Moskva, Nedra, 1965. 187 p.
(MIRA 18:6)

SOV/109-3-7-17/23
AUTH0Ri3,.F:iSa.o Sviridov, V. T. I Chetkin, M. V.
TITLE: A Non-Slowed Wave in the System Consisting of a Coaxial
Helix and a Centre Conductor (Nezamedlennaya volna v sisteme
koaksiallno raspolozhennykh spirali i tsentral'nogo provod-
nika)
PERIODICAL: Radiotekhnika i elektronika, 1958, Vol 3, ;4r
pp 964-966 (USSR)-.
ABSTRACT: The radius of the helix is a and its winding angle is
~The radius of the,,c--entre conductor is c It is assumed
that the helix 'satisfies the usual boundary conditions, while
the boundary :conditions for the centre conductor are expressed
,by Eqs.(2) and (3). where jil is the permeability of the
centre rod, cr is its conductivity and w is the.angular
frequency. By employing the above boundary conditions the
dispersion equation of the system is in the form of Eq.(4),
where 101 .00.) K, are the modified Bessel functions; k, is
the wave number, 0 is the propagation constant 7and e and
'Ii are the permittivity and permeability of free s ace. if ~
yaq(l and yctl , Eq.(4 ) can be written as Eq.(53, which can
further be simplified and x-rritten as Eq.(6). If the solution
Card 1/2 of Eq.(6) is in the form of IEq.(?), the perturbation X is

SOV/109-3-7-17/23
A Non-Slowed Wave in the System Consisting of a Coaxial Helix and a
Centre Conductor
expressed by, Eq.(q). Prom.Eq.(9).it is seen that ctg
should be greater than 1 which is noi!mally fulfilled in
a practical-helix. From this it is concluded that in the
helix-centre conductor system it is possible to obtain non-
slowed waves having a low attenuation; this results in the
~appearance of a parasitic feedbaok between the input and the
output of the tube. The paper contains 4 Soviet references.
SUBMITTED: January 17, 1958.
1. Electromagnetic waves--Mathematical analysis

MMLOV, V. Y~ BOGDANOT, E. V., MA CS6)VI Z. a.
"Interaction or Ilectron now with PI"M"-
report presentod by Cbernoy at the 9th Symposium an XMInater Waves,
31 Y"ch 2 APrII IZ9, Prooklyn Polytech. I=t. Nov York.
That. for Radloolectricity and Blectronlos., tGO
Abet: The "lea of interaction of a limited electron flow with planne is
coneldered. The a" dispersion relationship is derived and conditions for an
Increase of microwave signal are analyzed. The main requirements on the system
for producing effective interaction In a high frequency region of microwave bands
am determined.
investigations of the system in which modulated electron f1w
interacts with Sm discharge plana are described.. Arequency abaracteristace
of the system and dependence of the alcro%mve sIgnal of electron density in plasaa
defined by a discharge own=t are given.

Electron-Flux Interaction with Plasma 77775
SOV/109-5-2-8/27)
while variable components are proportional to
e the polarization potential will be
expressed by
011-1 1 all I MR
atz- + - -5~- -1 7j -TC7~. + T211 0,
r
(2)
T2 (T + Z-1 (3)
where Is the wave nuinber in medium, k is the wave
number in vacuum, Te is the electron wave number;
N pe is different from zero when r. a. Dividing
the space into two ;--,.reas, one of which (0 < r --' a)
contains the electron flux and plasma, while the
Card 2/13 (r >a) contains only plasma, and Joining the Solutions

-9-3150,9-3240 7Y775
SOV/109--5-2-3/26
AUTHORS: Bogdanov,1E. V., Kisl(?v, V. Ya., Ch(,~rriov, Z. S.
TITLE: Electron Flux Interaction with Plasma
PERIODICAL: Radiotekhneka I Qlektrorilka, 1960, Vol. 5, Nr 2, pp 229-
238 (USSR)
ABSTRACT: The Interaction of a finite electron beam with plasma
is analyzed and the dispersion equation I-,, derived. A
system is tested experimentally In which a modulated
electron beam interacts with plasma of a gaseous dis-
charge within a longitudinal Magnetic field. Amplifica-
tion was achieved up to 40 db within the range of 3 to
30 cm waves. (1) Tnteraction of a finite modulated
electron rlux with plasma. Existing theories concern-
ing the interaction of an infinite flux with an infinite
plasma being too abstract,, the authors assi*m a cylin-
drical electron flux of diameter a plercing an inCinite
plasma in the direction of z-axis. Assuming further thEt
current densities and electron velocities in the beam
Card 1/13 and in the plasma have only longitudinal components,

Electron Flux Interaction with Plasma 77775
SOV/109-5-2-8/26
at the boundary of the beam r a, dispersion equations
are obtained
Ta J, L~4) if(V (C
j. 71 -(.,1 -it.)
WHEKE
TS > 0.
ANP Ta J1 (7'4) v,,a (TA (6)
-j; W-)
when 2 > 0, where 7' 2 _7' 2, H(2) is Hanckel's
71 1 0
function of the zero order and 2-nd kind, corresponding
to a wave leaving the electron flux; Ko is modified
Card 3/13 Bessel's function. The authors limit themselves to an

Electron Flux Interaction with Plasma
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analysis of waves with phase velocity of near ve*
From Eqs. (4) and (6) they find the dependence of Ta
on 7a, permitting the derivation of the propagation
constant and of its Imaginary part. The amplification
per unit length of system is expressed by a simple
equation
G.
where '/'Pe 6J e/ve is the plasma wave number of the
P
electron fl?~x. At the boundary of the plasma ( z = 0)
the variable component of the current density of the
space charge waves in the%stream is J(O) = 0, and the
variable velocity v(O) is maximum. Two waves are
generated in the system plasma -- electron stream; one
is attenuated, the other is amplified. Therefore, the
coefficient of amplification is
Card 4/13

Electron Flux.Interaction with Plasma
Card 6/13
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T" I'*- WIP
is W k2) all
Consideration of thermal terms is very important In
case of resonance (for large -
,Yea) If Tea oo
practically a lane condition is achieved when the
dependence of 1~ on the radius disappear , and the
dispersion equation takes on the shape T- = 0 (A. I.
Akhiyezer, Ya. B. Faynberg, Zh E T F, 1957, 21, 126,2).
It Is doubtful whether such a case can be achieved
practically. Amplification of the usual types of TWT
drops at shorter wavelengths in consequence of an
Increase of Xa for the delay structure. In plasma
the amplifica on Increases with -/1 a, and It is

Electron Flux Interaction with Plasma
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G = (8,69TY-71- 3) d 6(76)
Card 5/13
where ~ is length of the interaction zone. A graphic
representation of quantity q is.Tiven in Fig. 1. The
method of calculating quantity '/ea, (jp1w ) is
explained in an appendix to this article. The most
important relation is that of the amplification to
W 2 W 2, or, if amplification at a given frequency
is considered, the relation to n/no where no correspondi.
to plasma resonance for the g1ven frequency. If n