SCIENTIFIC ABSTRACT -

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001134820018-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 82
• Document Creation Date: November 2, 2016
• Sequence Number: 18
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT


MODELI, A.
USSR/Electronics - Antennas
Card 1/1
Author Model', A. M.
Title Analysis of "wave cliannel" type antennas
Periodical Radiotekhnika 9, 55-62, Jan-Feb 1954
Abstract Directional and traveling wave antennas are analyzed by ~;ubstitutir__-
approximate expressions for the exact dependence of t~ie reciDrocal
radiation resistance of two vibrators upon the distance between "em.
By this method antenna analysis can be reduced to merely solvin,7 dif-
ference equations of the second order. Formulas are given for calcu~.at-
ing current distribution along the antenna and for computini,-, tiirectional
diagrams, amplification factor, input resistance, and elt-iciency. Tw~)
references: 1 USSR
Submitted June 19, 1953

,S'RR~ite nTc's Antennas FD-2498
etro
ard 1/1 Pub. go-6/9
,uthor : Model', A. M.
Pitle : Propagation of plane electroma~,Yr,etic wave in a slace fiiied with
ylane parallel gratings
Periodical : RauIcte%hnika, Ic-, 52-57, Jun
Ah,5 ra"A : Freienl i,)rk i3 devoted to invt,:;+ 1.~ratlon of r,-1- ~, it. )n _)f -. ~Iane
eL~!ctromagnetic d%Lves through -1-CLes (_-T parai-Le! --rutingB ImIde 'T
synthetic dic!.Qctric materi,l. he methu- of ara j Inde-
h u the eler-'nt.3 (,f `Lm7.
jenleii. v~~!t,mptr.!- I-
hich define the f-.t ;vnlhL~,A,~ lie-
;nllex, reflet:t :on
3uch -is I hase velo(, L' tv, refructivE
'r~jt2 I,run3it -h: h ienc-
-t-litY cf a j.Lane ',~nf e
tit; Z Iune jr-atings a
Oubmitted Dt-- c !mbe i 1)54

AUMOR Modell, A.A.
"Elements of An Antenna-Wave Gudic Channel for plultichannel Radio Relay
Lines,"
A-U Sci Conf dedicated to "Rddio Day," Moscov, 20-25 MV 1957.
PERIODICAL: Radiotekhnika i Elektronika, Vo] 2, No. 9, pp. 1221-1224,
1957, (USS11)

6(4) PHASE I BOOK EXPLOITATION SOV/2322
Borodich, S.V., N.I. Kalashnikov, A.M, Model,, S.D. Manayenkov,
and V.V. Petrov
Radiorelef,nyye linii svyazi (Radio RelayNetxiorks) Moscow, 1957.
36 p. eries; Obzory po novoy tekhnike. Energetika) Errata
slip inserted. 3,000 copies printed.
Sponsoring Agencies: USSR. Goaudarstvennyy komitet po novoy
tekhnike, and Akademiya nauk SSSR. Vsesoyuznyy institut
nauchnoy i tekhnicheskoy informataii.
Ed.: V.I. Siforov, Corresponding Member, USSR Academy of Sciences.
PURPOSEt This booklet may be useful to engineering personnel
working with radio relay systems.
COVERAGE: The authors discuss radio relay lines existing In the
USSR and abroad. They also deseribe the utilization of tro-
pospheric scattering of radio waves in radio and television
broadcasting. There are 10 references: 2 Soviet (both trans-
Card 1A

Radio Relay Ndtworks SOV/2322
lations) and 8 English.
TABLE OF CONTENTS:
Use of Radio Relay Lines 3
Brief characteristics of radio relay communication 3
Existing radio relay lines in the USSR and introduction of
Soviet equipment 6
Existing radio relay lines abroad and their use 8
Economic effect of introducing -adio relay communications 11
State of Radio Relay Engineering in the USSR and Abroad 15
Characteristics of equipmant 15
Antennas and waveguides 2_'~
Power supply and automatic control systems of unattended
stations 29
Utilization of Tropospheric Scattering of Radio Waves in Comm-
unications and Transmission of Television Programs -41
Card 2/3

Radio Relay Networks SOV/2322
Conclusions and Proposals -3j 5
Bibliography 37
AVAILABLE: Library of Congress (TK 6553 B59) JP/ec
Card 3/3 10-7-59

A! ' / '~-) /~"'
ATZINURG, Grigorly Zakharovich; otvetstyeanyy red.;
I, - -
TORONOVA, A.Z., red.; VrPMUB .. A"-.T-, tekhn.red.
I
[Ultrashort wave antennas] Antenny ul"trakorotkikh voln. Moskva.
Goo.lzd-vo lit-ry po voprosam eviazi I radio, 1957. 698 p.
(KIRA 10:12)
(Radio, Shortwave--Antennas)

AUTHOR6; Ayzenber.-, G.Z., Mod c 1 A. !.1. ,PozdrYnk(.v, L.P. r ~ Ine r

berg of the 3oriet7y-
T I 2LE Cylindrical Lon..,- rino Short-;bive Slot AntenF-te
shchelevyye dlinnovolnovyye i :jrednevolnovy:ie ir.ter,j)
PERIODICAL: R~Ldiotekhrika, 1957, Vol. 1?, Nr 10, pp. 15 -46 (UL;_3R)
ABLMACT: Antennae on low supports ior wireleu.,3 ire 2he :iuthorg
show that by means of t, , -atilization of' cylincric-il J10t vibr%-
tors, which are known within the ran,-,e of cer.timeter- ~Lnd deci-
meterwaves, as medium-wave antennae, the hait;ht c-f tt,,(-' !~ntenn;~
can be reduced to 0,3 maintaining a ni.,h lef~ree of' efficiericy '-is
well as the range of' free tr.-msinis.9ion demaneLl. .* "I e 3(? 31 1) t vi 1,r
tors muot ue modified according to the medium-w,tve rini-e. ~he
tesults of' theoretical arid experimental investi,,,7Fition13 t"lVen
here. The reasons for the utilization of ~lich are in-
vestigated rind the ways for the solution cf problems developing
when changin,q over to lou sur.;orts --ire shown. _.'Le utrc;rs j,;,jw
that such antenna muot be looked for in ahicn t,.e cur_ent3 to t`ip
earth do not flow to one sint;le point but are daconcentr~,te_-: ~;ver
the whole circumference. The curreyLt structure a3 viell a3 the
C,Lrd 112 earth lo3ses in the near of a cylindrical slot ~_!;tmnk; -.re in-

.C~-lindrical Lonf~- and Snort-W;ive 31ot Antenrae
10,3-1 1 i
J
vestirl,ate,]. Formulae --re deduced for the calcul;iLion c~' the cur-
rent intensities in earth for vibrations vvith the ej ht- Bind
dianieter-conditiong ujed most in practice. By fneanii of the data
obtained the earth system can be calculated. The directivity
dia,2;ram in a vertical plane as well as the radiation resi.3tance
of a cylindrical slot antenna are investigated. 1~he result'l of
the experimental investigation are (,Yivent - 1.) The (11.3tribution
of current over the circumference of the antenna viaj ~ilmost re-
gular i7i thin the long-viave. 2 . ) '2he dejree of e rf ic iency waa 0 0 9
with two waVe3 of 430 and 530 m. 3.) The rz;nje of free tran3-
mission was 18,4 kcycles with the 600 in wave %nd ~,j k cyclles with
the 530 m wave. There are 11 figures and 2 ilavic rpferenccs.
SUBMITPED: July 2, 1957
ASSOCIATION: Nauchpo--takhnicheskoye obahchestvo radiotekhniki i elektrosvyazi
Popova
AVAIIABLF.i lAbrary of Congress
Card 2/2

V)U, A. Fl.
B. E. Kinber, ,. M. ',,CDa: "Crrjj,~-j i)iarization C),.aracturiz;tic Gf r-iirrcr
antennas." ScienLific Se6Li_4r_n -..c flRadic Day",
Moscaw, 9 se~. 58
Emission created by linearly polar4-zed source located at a rarror
focus does not retain its polarization plane. The polarization of eidission
for an arbitrary ayisymetric mirror antenna excited by a source whose
dipole moment is perpendicular to the mirror axis is arkilyzed. ':he (-rc,:,s-
polarization pattern for sharply focussed antennas is one-half the (~fffer-
ence of the pattern over the Frincipil polariz-tion comTonent in tLe i
and 11 planes. ~he relative portion of tne enerU incicent is cross-
polarization emission is calcUated.

n-, 00-r-al
,j f! M,~
1 T,
5k
6f,
Z'j
VRfl!",
e4
14"W
-~Co res n
q! `V-
MTU
ent,"
-A4 rj
Al; e-
imp
-zq
4N

KOS IKOV. K.M.1 141TITELLO. ISAVITSKIY. G..A.. Mu.;c~V,,ml, Ye.G.
SHCHPITININ. A.P.. FEMIN, G.A., otv.red.: GALOYA11, P.P.. red.
SHEPER, G.L.tckhn.red.
[H&ndbook for electric communications). In%henerro-tavhnjcIpSkii
apravochnik po elaktro~viazl. Moskva. Goe.lrd-vo lit-ry ino vrnro-isn
eviazi t radio. Vol.P, (Radio], Radlosviazl . 1958. I;rjo p. ~VIIRA 11 :3)
1. Russia (1923- U.S.S.R) ginisterstvO gvyazi,
(Radio)

0 10
AL ft,-

V%b

...... ....
IV-

R AL

dmooa &V "m comtomw X"tfft of as FAU&tww ftd*WUCEMI G"(4tv -r
zogtmmcw4 MA 1104trt"I commul"ttaft to. A. a. Pow mmix), *MGM,
8-IR awn.

MODEL', A. _(Leninprad); ZAHREVSKIY. V. (Leningrad)
Device with a measuring bridae. Radio no-3:37-39 Yx '61.
(MIRA 14:8)
(Transistors--Testing)

GWOV, G.A.; KALIND:A, G.F.; 140DELL,-A.&VIIEVRAYEV, G.A.; SAMOYLOV,
A.V.[deceased]; SVIRSKIY, V.A.; KOSITSKIY, Ya.V., kand. srkhit.,
naucbrqy red.; MANIKOV, 14,Ye.~ kand. med. nauk, nr-u--bnyy rced.;
140ROZOVAP G.,V,, red.; BRUSDIA, L,11,, tekhn. red.
(Sanatoriums and rest homes; manual on designing] Sanatorii i doma
otdykha; posobie po proektirovaniiu. Moskva, Gosstroiizdat, 1962.
223 P. (KMA 15:7)
1. Akademiya stroitel'stva i arkhitektury SSSIR. Institut obshche-
stvenrWkh zdanii i sooruzhenii.
(Sanatoriums) (Labor rest horms)

AUTHOR:
TITLE:
PERIODICAL:
IModell, A.M., and
Oblique incidence
flecting surface
Radiotekhnika, v.
B/108/62/017/004/UO4/010
D288/D301
Talyzin, N.V.
of a plane wave on a selective re-
17, no, 4, 1962, 23 - 33
TEM : The reflecting surface in forined by a parallel array of di-
poles of 21 length, their centern separated by 2a and the parnl1el
spacing being'd. Two general cases are considered: First, case "E"
where electric field vector E is parallel to the dipoles, and m:.g-
netic vector 11 forms an anele Y with the array plane, and the se-
cond case "W', where H is parallel to the dipoles, and E fori.is e
with the plane. Analysis of the plane diffraction foilows Talyzin
(Ref. 1: Elektroevyaz', 3, 1961), by analogy with phenomena in a
continuous reflecting surface; the reflection coefficient p =
= E l(selective)/E2(cont.)O Case "E" is considered first for a con-
tinuous reflecting plane, and formulae are given for the current
density and the vector of reflected E. To obtain corresponding va-
Card 1/2

S/lOM/62/017/004/004/010
Oblique incidence of a piane wave D288/1,01
lues for the dipole array, current distribution alonG the individu-
al dipole has to be calculated. Expressions for It Zinput and p are
giver, In terms of I0 (current node), 21, )- and incidence angle. For
certain levels of 1/). simplified formulas apply. To obtain the radi-
ation impedance Zi (E) of a single symnetrical dipole in the field
of nei6hborin6 dipoles, Fourier analysis yields complex expressions
containing Bessell heumann ane Macdonald functions. In the case "If"
the mathematical treetment has to be simplified by assuming linear
phase characteristics of dipole currents. Again expressions are
written for Ell B21 Io and p, leading to calculation of Z, (H) which
is then split into rea'. and reactive components. As an example of
the practicability and accuracy of the method, 4 curves for each
case are reproducedt pLotting p vs. X for yt resp 8 = OOF 22-50,
450 and 670#They show good agreement with measurem;ntl. There are
10 figures.
SUBMITTED: May 24, 1961
Card 2/2

4).
AID rr. 979-6 29 &'~ay
'i%,IODE H,,) DIFFRACTION ON A LATTICF DIAPHRAGM CONSISTIN'G OF N
EQUIDISTANT RODS (USSR)
Mod~j~]A. ~IMRadiotekhnika, v. 18, no. 4, Apr 1963, 12-21.
S/108/63/018/004/003/008
The method of averaged boundary conditions is used to derive formulas f-r
the coefficients of reflection from diaphragms consisting of n rods equidistant
from each other and from the waveguide w4lls. The Q-factors of waveguide
cavities constituted by two such diaphragnvs are calculated with an accuracy
of 3-5%~ A comparison of the theoretical results with the e\porinlen'-~' Shows
th,z,t at low i-oci-diaincter-to-waveguide-width rztios (d/a 4 0. 01), averaging
boundary conditions on the basis of 2 and 3 points yields an agreement of
meoretical and experimental data. Moreover, at d/a >, 0. 01, averaging based
on 4 points greatly increases the accuracy of the calculation, and averaging
Card 1/2
AID 979-6 29 May
B10 [Cont,d] S/108/63/018/0o4/oo3/oo8
based on 8 points insures the virtual coincidence of theoretical and -xperimental
data. The expressions derived make it possible to determine energy losses in
the cavities formed by the diaphragms. The method of averaged boundary con-
- -3ns can be applied to solving other problems. i. e. , for analyzing plane wave
dif.'raction on various lattices in order to determine the effect of transverse
lattice wire dimensions on reflection and transmission coefficienti. JDW]
Card 2/2

I.- 2187.-.._66._ _WT,(1)/EWA,(h)_
ACCESSION HR: 4P5020761
UR/0108165/020jO08/0023/000
621-372
AUTHOR: Ma'del's A. H. (Active member)
1 TITIZo Series circuits for Waveguides
LotekhnLka, v. 20, no. 8, 1965, 23-30
.SOURCE. Rad
TOPIC TAGS: waveguide filter, resonatorl resonator factor, waveguide
ABSTRACT: Rejector Ulters, the major component of which consisto of a series cir-
cuit connected in parallel with themain line are oEti3n needed in waveguLdes. Such
series segments can be In the form of a volume resonator connected with the wdve~
guide through slits in the wide or narrow waveguide walls. The.present duthor
-carries out an analysis of waveguide.resonators equivaleatto serLea circuits and....
derives-expresalone for the determination of the Q-5ictor under load# the amplts~
tude-frequency and phase- frequency, characteristic fid tW3 magnitude of the.'
si a
-loss* The maxiMUM ftitd LntenaLti(is~.~iithin,ion~dnators and the reflection Co-
efficient (from the restknatd~r)_~ tot'jarie detU'nIt1S-.:dre,~d1sd
-And, Vf1gutes,.-
has: 37 formulis
Card 1/2

21837-66
ACCESS
RRt AP5020761
ASSOC
LATION:
01shc1lestvo radio"
*qIGV Of IhIt &ginee feuktro~ _4
and
:W REP sov: SUB-
002 ..C0D&t,,m ,-led
OTfm
006
4 v
I I J)'t
k 4~,5.cl f
.)j,
f
i r': 1# 1 j5e 4'
'Y
'Card 2/2
q

',U( I I'_` I-C (k ) -2 !_/'4~-2
ACC NR1 AP6021915 SOURCr CODE: UR/010B/66/021/00310031/0037
~AUTHOR: Model' A. M.(Actife member)
ORG: (0"ci-r,Ufic and Technical Society of Radio Engineering and Telecormmmications
im. A. S. Popov (Nauchno-tekhnicheskoye obahchestvo radlotekhniki I clektroavyazi)
TITLE: Electromagnetic -wave 12ropaflation in two bounded waveguides of different
c ross s ec t. ions
ISOURCE: Radiotckhnika, v. 21, no. 3, 1966, 31-37
TOPIC TAGS: electromagnetic wave, wave propagation, wavf equation, waveguide
ABSTRACT: An approximate analysis of electromagnetic -wave propagation in two
bounded waveguides of different cross sections has been expounded. The waveguides
l
are bounded by a long continuous opening. As a result of analysis, equations and
!diagrams have been obtained for determini iig the constant propagation of three
type- I waves along the longitudinal axis of the syf,tem. Equations have been obtained
Cord 112

L 44380-4' f) - ------------------
-~Mf& NR, AP6021915
for an approximate determination of the field structure in bounded waveguides. Orig.
;art. has: 6 figures and 30 formulas. [Rased on aLltJl0r' s abstractl (NTJ
,SUB CODE: tl* UBMDATE- none/ ORIGREF: 0011
hs
Card 2/2

-L!00683-61 LWTM/T W
ACC NRj
AUMM yodel lp At no
SOURCE CODE: VA/=3/66/L1OQ/001/b%3/bQ43
3Y
Owl rMne
-.-TITLE: A,device for connecting two radio relay systems to a comon antenna-
Mo, do channels, Class 21j, No. 177487
-3 M.: OT zbretenlva,, prorr5mh1enrVye obraztay, tovarWe znakl,, no. 1. 1966t 43
TOPIC TAGS: waveguide, waveguide, coupler veguide-aatenna, wareguida elemeabe- - -
radio relay
'ABSTRACT: This Author Certificate presents a device for connecting two ra0io relay
systems (which-operi-1.4 Iti-d-ftferent frequency ranges)-~o a common antenna-waypgtddi
channel.. The'device consists of a central wavegaide of square or circular croso
section and of two lateral waveguides conneeted with the central waveguide through
a aerie's of coupling wnveguides (see Fig. 1). The design provides high matching.
Che lateral wLvegudes are shifted one in respect to the other along tho axes of the
central ,taveguide by one quarter of a wavelength. The lal'Aaral waveguides are inter-
connected by-a waveguide bridge. A ballast load in connected to the fourth Jarm-or
this bridge.
UM: 621-372.833 7-7

L 00683-67
AP(AM308
rig. 1,1 1 - central waveMdde of sqtwe or
circular cross section; 2 - lateral
wavaguidai; 3 - coupling waveguidael
4 vavegtdde bridge
Orig. art.-hast 1 figures
,SUB COM: 09/ SUOK DATE: IVeb64
2/2 fv,
0014

N AP7005610
SOURCE CODE: IM/0413!67/000/002/oo4g/0049
: Ayzenberg, G. Z.; Model', A. M.
None
A passive radiator for a,k-adio relay line. Class 21, No. 190435
Izobreteniya, proWshlennyye-ebraztsy, tovarnyye znaki, no. 2, 1967, 49
TAGS: radio relay, signal trinsmission, passive signal processing, antenna
BSTRACT: This Author's Certificate introduces: 1. A passive radiator for a radio
elay line. The unit is designed for installation between active relay stations.
he distance between active stations is increased by making the device in the form of
solid or grid-type flat or curved metallic surface perpendicular to the line jo~n-
ng the transmission and reception points. 2. A modification of this radiator made
Yom a material which is permeable for electromagnetic waves. but with a phase velo-
ity differing from the speed of light. The thickness of the rauiator is such that
,he phase of the field intensity an the back side is rotated through 1800 with respect
,o the primary field an this same surface.
CODE: 09/ SUBM DATE: lqFeb54
1/1 UDc; 621.396.677.83

P~tbeL' R`Y~-
CHEDQW, Takov redorovich, sostavitell; BOGDANOT, I.M., uchitell matematiki;
MOMI, A.Ya. uchitell; GNUSO7. N.V., uchitell; PAVUK. T.I.. uchitell-
if"" SWTA, N.K.. uchitellnitsa matematiki; BORISOV, S.A. uchitell
matematiki; XITATGCRODSKIY. P.1., uchitell matematiki.
[Teaching mathematics in the schools for young workers] Iz opyta prepoda-
vanita matematiki v shkolakh rabochet molodezhi; sbornik statei. Kockva.
Izd-vo Akademii pedagog. nauk EWSR, 1952. 128 p. (KLRA 6:5)
1. Akademiya pedagogichenkikh nauk RSrSR. Ina+itlit metodov obuchaniya.
2. Shkola rabochey molodyeshi No 52, Koskva (for Bogdanov). 3. Shkola ra-
bochey molodyeshi No 31. Leningrad (for Model'). 4. Shkola rabochey molod-
yezhi No 4, Moskva (for Gnusov). 5. Shkola rabochey molodvezhi So 65, Mo-
skva (for Favuk). 6. Shkola rabochey molodyezhi go 71. Leningrad (for
Edravexqslova). 7. Shkola rabochey molodyezhi No 32, Moskva (for Borisov).
8. Shkola rabochey molodyethi go 45, Moskva (for Kitaygorodskiy).
(Mathematics--Study and teaching)

AM Nits APS028791 SOURCE CODE: WGI08-1651OZ01009/0046100ST
TL
U
HOR: Model', A. Z. (Active member); Shishkov, G. N. (Active members
RG: Scientific and Technical Society of Radio Engineering and Electroc
lauchno-tekhaicheskaye obshchestvo radiotekhniki i atektrosvyazi)
UTLE: Positive -feedback sawtooth-valtage transistorized oscillators analyzed
MRCE: Radiotekhnika. v. ZO, no. 9, 1965, 46-57
TOPIC TAGS: transistorized oscillator, electronic oscillator, sawtaoth oscillator /
ej- -
ABSTRACT: Tran istorized positive -f6edback ("cootstrap") sawtooth oticillators have
not come Into wide usage because of their too long flyback and insufficient sawtooth-
oltage linearity. A new method of correcting the nonlinearity is suggested and
thematically. substantiated; the method is based an controlling the gain of the
scillator amplifier. Fundamental relations are developed for two circuits: with a
sc
[e-edback bwIttery and with a feedback (large) capacitor. For ell.nin&tIng the gawtooth-
oltage nonlinearity. Introduction of a two-stage transistorized amplifier with.L
0
riable in-excess-of-I gain is recommended; the 2-stage amplifier replaces the
I

L 11612-66
ACC NR, APS028791
.01
i1tter follower in well-known sawtooth oscillator circuits. An experinwntal
rification with P101 and P105 transistors exhibited a practically Uncar transfer
aracteristic and a gain stable within 1. Sfe at temperatures within ZO:t 30C. Also.
i use of a voltage-regulatiag (Zener) diode In lieu of the large capscitor (feedback-
Itaga source) is indicated. Orig. art. has: 9 figures and 57 formulas.
,B CODE: 09 / StMM DA T, E: ZZNov63 GRIG REF: 003 / OTH REF: 00 1

ARTYM, Anatoliy Dmitriyevich; MODEL', A.Z., red.; SOBOLEVA, Ye,Y,., teklm,
red.
[Theory and methods of frequency modulation) Teoriia i metody
chaototnoi moduliataii. Moskva. Gos. energ. izd-vo, 1961. 24-1 p.
(MIRA 14.,g)
(Radio frequenc7 modulation)

Nam I I A.Z.~ DRANGINIS, V.V.
------
Highly stable terminal stages of lov-frequency transistor Swep
generators. Railiotekhnlka 16 ao97&52-59 il 16-1. (HIIIA 140)
(Oscillators,, Elootrio) (Television)

KODDLI. D.
PrefabrIcateOt grain gAllary an the top of an elevator. Kyjk.-Aley.
prom. 22 no.12:5-7 D '56. (KM 10:2)
1. Glavnyy makhanik treata Wentrokh1abostroy.
(Grain. elevators)

KODELI, DA,
Hlgh-speed gr.-iding of optical parts. Wed.prom. 12.no.11:47-52
Y,58 (MIRA 11:12)
1. Leningradekly optiko-eekhanicheakiy mode
(GRINDING AND POLISHING)

MOMMI, D.M.
Intensification of the process of polishing optical glass. Ked.prom.
13 no.9:49-51 S 159. (KIRA 13:1)
1. Imeningradskiy optiko-mokhanicheakiy zavod.
ofAss, oprrcAL)

KIR01707, To.?., MODEL'. D.M.
Intensification of the production of eyeglass lenses. Yed.prom. 13
no.10:44-46 0 '59. (MIRA 13:2)
1. Leningradalciy optiko-mekhanicheekly zavod.
(GLASS, OPrICAL)

MODELI , Dfivid !-arkovich; BV.L-EL' , red.
[Brief manual for *.he rr,#3'l'icr,'l KraTK4~1 ST--PvL.-:-
- cl, c -I c, q L
nik medillsinakogo -)ptika. Lertlli.g,-G, Medil.sina, IL - - .
IP, ".)

MDELI, D.R. - -
Acceleration of the processing of astigutic leallas. Ked.prov.
14 no.3t45-W Xr. 160. WRA 13:6)
1. Lantogradskiy optiko-zekhanicheakiy tavod.
(GL&SS, OPPICIAL)

AUTHOR I. Sh. .56-4-12/52
TITLE Measurinj -of High Temperatures in Strong Shock Waves
in Gases.
(I"ersniye vysokikh temperatur v silInykh udarnykh volnakh
v gazakh. Russian)
PERIODICAL Zhurnal Sksperia. I Teoret. Fialki 1957, Vol 32, Mr 4,
PP 714-726 (USSR).
ABSTRACT The present p.xper describes a photographic method for the
measuring of nigh temperatures and of the coefficient of
the absorptio-a of radiation by gases In a plane shookwave.
The individual chapter* of the paper deal with the photo-
graphic method for the measuring of high temperatureal the
employment of the photographic method for the measuring
of air temperature in a plans shock wave, measuring of the
absorption coefficient and the absorption capacity, to well
as the measuring of the temperature of heavy rare gases in
strong shock waves.
Some Conclusions: The photographic nethod discussed here
uses the comparison of the density of tae photographic image
CARD 1/3 of the front of the shock wave with the density of the

56-4-12/52
Measuring of High Temperatures In Strong Shook Waves
in Gases.
illustration of the temperature normal in a navrow wave
length interval. The author develop* a method for the
working on the photoohronograme for the determination of
the coefficient of the absorption of the radiation in the
front of the plane shook wave. The temperatures measured
in the plane shook wave measured in air amount at velocities
V w 6,41 7,1 and 8,05 km/sec respectively to UPO; 92709
109000K. respectively. The accuracy of theme tehl~krature
measurings amounts to + 10%. The experimental data obtained
agree satisfactorily ~Fith the theorstleally oomputed values.
The coefficient Of absorption of the radiation ( A -096256b
in the front of the plane shook wls in air at T - 74800K
amounted to T - 74800K to 1,66 cz- and at T - 109000K to
397 08-1. The lemperatures stated In the front of strong shook
waves in heavy rare gases were by several degresa lower than
the compixted values. The analysis of the possible reasons of
this disAgreement showed the followingi At very high tempera-
tures the heating of the gas located before the front asoen-
tiallj influences measuring results by the radiation of the
CARD 2/3 shook wave. The layer of gas heated by radiatica becomes

11 -, - /52
Measuring of High Temperatures in Strong Shock oaves ia
Gasers.
nontransparent and screens the "hotter" front of the shock
wave. The temperature of this layer is always lower than
the real temperaturv of the front.
(With 14 Illustrations and 3 Tables.)
ASSOCIATION: Chemical-Physical Institute of the Academy of' Science of
the U.S.S.R.
PRESENTED BY: -
SUBMITTED: 30-11- 1956.
AVAILABLE: Library of Congress.
CARD 3/3

SOV/56-34 -3-10 '/5 5
A UTHORS: Samylov, S. V. , I'slikerman, V. A. t Modell, I. Sh.
TITLE: The Glow of Gases Irradiated by Soft X-Rays (Svecheniye
.-azov pod deystviyem myaakogo rentgenovskogo izlucheni.,ra)
PERIODICAL: Zhurnal Eksperimentallnoy i Teoreticheskoy Fiziki, 1958
Vol. 34, Nr 3, pp. 5?9 - IS08 (USSR)
ABSTRACTs The purpose of this work is a more detailed investigation of
the glow of gases and metals under the action of soft
X-rays. The authors explained the dependence of the intensi-
ty of the glow on the type and on the pressure of the gas
and they also obtained some dat- on the mechanism of the
transformation of the X-rays into vi3ible light. First the
experimental method is discussed in detail. A diagram illu-
strates the results of the first measurements and of the
intensity of the glow as a function of the air pressure for
Be, Cu, 1,1o, Sn, and Pt. Theae measurements were inade by a
photoolectronic multiplier. The absolute yield of '_, :.1. 11'~'_
creases with increasin,, atomic ntimber q1 t-! !et ii. When the
Card 1/3 pressure is r0duced from 760 to 7 to 10 mm H9

The Glow of Gases Irradiated by Soft X-Rays
SOV/56-34 - 3-10/5 5
the intensity of the glow increases in most of the metals.
A further diminution of the pressure leads to a monotonous
decrease of the intensity. At pressures of about 10-2mm
mercury collimn and below the photoelectronic multiplier
with the maximum amplification records no noticeable yield
of light. These unexpected results showed that the obaerve-
able glow is not connected with the fluorescence of th4_~ me-
tals under the action of X-rays. It ;Tds supposed that the
glDw of the gas in the chamber is excited by such electrons
which are knocked out of the metallic surface and of the atoms
of the gas according to the photoeffect by the Roentgen
quanta. The added photographsof the glow in the air of the
chamber prove this assumption. A further proof for the elec-
trinic nature of the excitation of the glow in gas when ir-
radiated by X-rays resulted from photographing the glow of
the air in a magnetic field. The arrangeme nt of this experi-
ment is illustrated by a figure. Further diagrams among
others illustrate the rollowing: The dependence of the in-
tensity of the glow of air and argon on the pressure in
case of absence of a metallic surface in the chamber, the
pressure dcpendence of the intensity of the glow of a mix-
Vard 2/3 ture of 80 % Ar + 20 % 0 29 the results of the microphotometric

The Glow of Gases Irradiated by Soft X-Rays
SOV/ 56-34-3 -10/55
evaluation of the spectrogram of the glow of argon at atmo-
spheric pressure. The laot paragraph gives a detailed dis-
cussion of these results. The following can be assumed a9
proveds In case of energies of the ionizing radiation, by
far, surmounting the ionization potential of the gas, the
glow occurs as a consequence of electron transfers and it
is essentially determined by the atomic and molecular pro-
perties of the gas, by its density and its admixtures. Final-
ly the authors draw some practical conclusions from the here
described experimentE34 these conclusions are of interest for
working with gas-scintillators. There are 9 fiE;ures, 1 table,
and 17 references, 5 of which are Soviet.
SUIRUTTED: October 10, 1957
Card 3/3

KUZNETSGVP F.O.; IS EVI N.N.; MOIWLI, I.Sh.1 TSUKERMAN. V.A.
Using coaxial photocells for recording Wgh-speed lumin us
phenomena. Prib.i tekh.eksp. 6 no-5:132-134 S~P 161. (.URA 14:10)
(Photcelectric measu--ements)

d" z-1 9 2/
AUTHORS L ob ed ev, :;. N. and :-1od ei I - Sh.
T 1T ,, F, - i-'.1ectronic photo-recorder
;121~10DICAL: Pribory i teklinika eksperimenta, Ito. 1, P)o_
16q - 17-'
T Th v i ris t rum ent C ii 11 1) v U 5 Od t 0 1 nVQS t 1 ,,1 1- V VZ1 I' L (III
I L -1 11t. i)h enom ena ( n i t h er i n t orna I L y or ex t erna I IL imu ia I ed
at time-base speec's from 10 - -'160 km/s. The from the
investigated object 1.s projected by an input objecti-e- onto the
cathode of' an electron-optical. converter through a -,~Iot
situated near the external glass wall Of the )hCAOC,1Li!0dP. C h
light image is converted into an electronic ii-.iage by i lie i)hot o-
catilode. T ;e latter is focused and accplerated by the eleclro-
static f-elo. of an electron lens which is formed by the photo-
cathode and a diaphragm. It is then transmitted to t:ie output
fluo--escent screen of the converter, where it is convorted
again into a visible image and can be photographed. During the
transfer from the photocathode to the screen, the electroii bean
Card 1/11

S/120/62/00rj/GG1/G!1_1/06l
Electronic photo-record~,r E192/2382
carrying the image passes through the electric Cields of'
nuaiber of deflector plates o. t1ie EOC and it Call hO
controlled. Control of tiie exposure time is performed by
two pairs of electrodes %-.rhi.ch form an electronic ShUtLvr Opel-aLed
by a shutter-pulse generator. This zenerator is t.riggered at
the required time instant by the investigated phenomenon by
employing one of the standard methods (Ref. 1 - L.V. .%l'tshuler,
Krupnilrov, D.N. Ledenev, V.I. Zhuchikhin, V-I. Lrazhn-ik -
Zh. eksperim. i teor. fiz., 1958, 34, 874). The signal oi' trie
converter is shaped into suitable triggering pulses and thes(.
actuate tlie shutter-pulse generator and the time-base. A Cl.rcuit
diagram of the photo-recorder is shoim in Fig. 5 (1 - tri-4cring,
input; 2 - shutter plates of the EOC; 3 - two 1101-iZorIL;1I
plates of tn e EOC). T'ie electron-optical converter is 011' LI-10
type ~-/ with an Sb-Cs PhOtOCaLiiode having a
sensitivity of 70 liA/iumen- Glef. 13 - Butsiov
of Scientific Photography iUspekhi nauchn. fotogr. v.0, 1959,
76). 'rile triggering signal froin t' e investigEted -effect
actuates the shaping circuit which, in turn, actuates the
Card 2/4

Electronic photo-recorder El 9 LI./ E5 8 2
shutter-pulse generator and tne tinic-base. firsL 1.111)e
of the circuit of Fig. 5 is triF.,~-ered by the first si-g;iil from,
the converter and all t:-ie following pulses have no efloc'L on II
After completing the inv(,stigation, the ti,be is e-xtinguished oy
means of the Rey K . The positive pulse prodiicod AL ti,,
cathod e of the first tube is AppJ i ed to the anod P and th(~ f I rst
grid of the second tube and the --rid of the fo-.irth tube. .1%
shutter pulse having, an amplitude of +450 V is thus produced at
the anode of the second tijbe. 'this is ampLified bN, the third
tube, whose out, A is 1.0 kV; this is thon appli06 to the
shuttor plates oi' the EGC. ~imultaneoiisly with the s hu t t or , t li,
PLIlse from the cathode of the first tube actuates the I'OLII-1.11 I Ili CI
where a negative pulse having an amplitude of 3.5 kV is )hL-ained
at the anode. This is applied to the horizontal deflection
plat'es of the LOC. TIiis time-base gei,erato& makes it
to control the velocity of the electron beam within tne rlnf,,,e
from 10 - 280 Im/sec. The instrument is also provided with
facilities for shifting the image along the horizontal axis ot
the converter. This is done by applying a direct voltage to one
Card 3/4

S/120/62/000/0G1/0-,2L,/O61
Zlectronic photo-recorder E192/C382
of the horizontal plates , the magnitude of this voltagf-- bc-i-ng
adjusted by the 2 IMI- potentiometer (see Fig. ~). The authors
express their gratitude to V.A. Vanchurin for help in the work
,ures
and in writing this paper. There are 7 fig
5 UBMITT ED - may l.8, l.961
Fig- 5:
U103 V
I- Q;JJ ig, Ir /a Y1. 17, 6fl 7C A, 6117r
q0t;
not -Y
r
Joll
o A,; B.
14(y A,
5-mv"I
17,0
05
10tv
n2
4 Ar 04 7m 4,
~7
Card 4/4 ISIDOV
-----------------------

L 4lo82-66- EWT(d)/EWT(1)/EWP(m)/EWT(M)/EWP(t)/&TI IJPW JD/WW
ACC NRs Ap6o27950 SOURCE CODE: UR/0020/66/169/003/0547/0519
AUTHOR: Vqyteako, A. Ye.; Model', 1. Bb.; Samodelov, I. S.
ORG% none
~ITLEs Brightness temperature of shock waves in xenon and air
SOURCE: AN SSSR. Doklady, v. 169, no. 3, 1966, 547- 15(9
TOPIC TAGS: shock wave, brightness temperature, SWore c.-jnve vroclr~-,
k",CA101V; R.,&
ABSTRACT: Experiments were made to det3rmine the dependence of the
brigh4ness temperature of a shock wave an its velocity. The shock
wave was generated in a specially designed asGembly by an explosive
charge. The charge ruptured an aluminum diaphragm and discharged into
a hemispherical vessel which was closed by another diaphragm connecting
it with a cylindrical tube; the hemispherical vessel was filled with
hydrogen, which, after rupture of the diaphragm, generated a shock wave
in the cylindrical tube filled with xenon or air. The maximum shock
velocities In xenon and air were 37 and 43 ku/sec, respectively. The
brightness temperature in xenon had a maximum of 50,OOOK at a shock
velocity of 18 ka/sec; vith a further Increase in velocity, it decreased
to 23,OOOK. A maximum brightness temperature of T3,OOOK was recorded
in air at a shock velc-city of 43 ka/sec. Orig. art. has: 4 figures. [rVj
SUB CODE: 20/ SUBH UATE: 228ep651 ORIG REP: oil/ ATD PRESS:
Card 1/1 11b UDG: 534.j~12,2;53,~

VOIN47-1, Kh. If., Cz~~nd of lo Sici --( iiss) "Pnenology of tow V;daria V~s(~.I;tc) Arlopheles
Ilaculir)annis MG-ii,; in Be,orussian SSR," Minsk, 195-J, 15 P~ ('1-1 or!'!: - -':-, ~A'l ~ ~'
Un'~:ersity Lm V. 1. Lenin) (KL, 8-60, 1-5)

SAVITSKIY, B.F.; MOL6L, Kb~M.; MISHAYEVA, N.P,
Bloodsucking mosquitoes (Diptera 'Culicid-;~-e/ Of thle
Russian S.S.R. Ent, oboz. 41 no,2:350..354 t621, (MIPU 15.11)
1. Institut mikrobiologii, epidemiologii i gigiyeny,
Minsk.
(W'bite Russia- Mosquitoes)

L 08711_6Z EWT(1) JK
ACC NRi AP6034116 (A,N) SOURCE CODE: URj0358/66/035/005/C-607/0609
;L
AUTHOR: Model', Kh. M.; Miahayeva, N. P.
ORG: Belorussian Scientific Research Institute of Epidemiology and
Microbiology,_Minsk (Beloruss~i'y-nauchno-'~aa:edovate1 akiy inst tut
epidemiologii i mikrobiologii)
TITLE: Studies of the fauna and ecology of bloodsucking mosquitoes in
the Gonel' oblaot of the Byelorussian SSR -
SOURCE: Meditsinskaya parazitologiya i parazitarnyye bolezni, v. 35.
no. 5, 19660 607-609
TOPIC TAGS: animal disease, disease vector, mosquito,
4.,
PC04 C) 0 V
ABST-ACT: Twenty species of mosquitoes were identified in the Svetlo-
gorsk rayon, including 16 bloodsucking species (aubfamily Culicinae)
belonging to the genera Anopheles, Aedes, Culex, and Theobaldia, and
two non-bloodsucking species (subfamily Chaoborinae) belonging to the
genera Chacborue and Mooh,onyx. The most numerous and widespread
species of bloodsucking mosquitoes were Aedoa communia, Aedea exoru-
ciana, Aedea punotor, and Aedeo maculatuo. The chief breeding places
for Aedes mosquitoes wera forest and meadow boge. sinkholes. trenches,
UDC: 576.895.771.01+576.895.771.095.11
LCard 1/2 ___(4~76.2)

L o87ii-67
ACC NRi AP6034116
and ditches. The seasonal population of Aedes mosquitoes (late April
to' early September) varied depending on the bioLope. The average
I number of mosquitoes collected in 10 minutes was highest in areas of
nettle and Spiraea (meadowsweet, etc,) growths* Orig. art. has: 1 fig-
ure. [W.A. 501
SUB CODEt 06/ SUBM DAM 03Jul64/ ORIG REF: 002
not
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YODEL I , L. M
Exptl. lacrobiology ~Izl-p'~, InE'. for 3r;~.
Pese;~rch on T~.berc-,,I-sis,
"Experiment in the Prep,-r~fl.ion of 'he " ilbrrc,~line
on S--ntheti(- iforiiiun."
Zhur. ',a)-robiol., Epidemiol., i 'To. -
~ -~-t
I - - I I _11, 1 1 1

"CDEL' , L. ".
Tii'-,erc-~~- -! -- -- I- T- ! - 1-1. - -.. I .

elf
EftictenQUACC FVOW11CIS of MitnIMM
ites L. U.-I(a4d 4Mjjjjry Health. U-S-SA-,
Urnic ui hum.4n orallrall origin mawets ta'ambablef that
cAn "'tell-ilfTly [VIM'941 the 1114%CIOP"Wat of ttw tuberculoqjs
K-timst, rhe 444t),iAnc" apteAt to be dctivs. 01 &tninu
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-" MI U111147 to IM It. C1lItUFC FlAttitAl "it kAJ I,
'uppfe"I'm ~4 %tit-C"UtAt IIAOCIiAl growth wheo
Ow ors 'mill) %upplytild the urille is In& a high Protein dict
, "Ir"I an') C"llage Clkv-c) ; imre-twd amt,,. 4 fAt In the
li'l dv 8'..tw tfw effect. 14,41014t. (Cd excluovely vettel
1
1
.,file LIICI 41111 I-WIA VOC14MCfAllff Affftl. Of the IkCletgo-
o4tic awittet tit tile wine; tile cilcet to puticulittly uoted
-Un tuber vvgrtal)lcs ife the bulk olf the diet; stamb"
the etlecti 's of the UrIdAty MetAbOliteS.
II1KW UFIIIC J--% tt~ (~tCas to a Very high &CVCV.
w InIr In tile i, Icv, Imitelit, di,ptAving its CtTT':t oulv
14 9 111 4 $1 .'rr per 25 mL it itutricill lurdium
j the . 'Oturev. o ale 1,)Wvt Allits. 4t,tuAlly Sumul.Ate IL41-
tcrul gwwth~ ll.atwist, crith tutterculmat kulneys di,.I,IAY
%cry I- Activity of the arlite. Simv frVIII'llthdif And
lVt-111V TCI1(C%i WkIMAI 11foirth (WIPM111AF). tIW&f lUtt-t
I.ilic Item. Illighl Ile fe'lX111,41de (.11 thr CITCCI; phrficvl~
r%clis'le'l owililt I ) fcI.61ivcIv I41w artivily. Ufillc diii
ulidef mid moditim, I. ittefftctive. li'll
uritic di,tillAte ahtaisted under alk. t"iditions is highly
1,,Itrnt, white tile distn. reticlue contg. nonvotAtile arnim
dcrivi it "wiiWlly as effective as the utine jwnper
Ad.wptimi ati petimulite. followmi by elation with NACI
iind KCI -,Iraq W to jt,GrtW wNwtit"i 4 the activ,
it-lict. -v, Ilve efflitent itriar wai still b.teftflowtativ, hat thr
vlu.t's -fe hi4hly Potent and dilp""I tn3ic,id armiftV
rea,lim" G M Krcic,Ukpoff

MODEL' t L. H.
25899 Mdell, L. H. 0 Raumozhenii Tuberkuleznykh Batsill Voligo-
aer,obnykh Usloviyakh. Byulletent In-ta Tuberkulaza Akad. Xsed.
flauk SSSR, 1948, No. 1, S 21-24
SO,. Latopial Zhurnal Statey, No. 30, Hoscom, 1948

MC."il'S L. N.
For Prof essor L.
-!el s ut, i lee iatrist 7
l
-ta tuberllileza Ak,
n
j0: 1;1~ f-larcl, (Lc to~ L; ,.tturn;,t IriyU

MODELI L. ',.
Model' L. 14. "The problems of t-be.-culosi3 ~'n tne Ii,ht of Alictilivinist bi,lc,V," iyulleteril
In-ta tuberkulesa Alkad. rw-d. nauk 333R, 1949, NO. 1t p. 7-12.
SO: U-3736j, 21 Aay 53, (Letopis 'Znurnal Inykh 3tatey, No. 13, 19:4)).

MDDV,Ltt to me
Nodal', to M. and Golldfarid, R. A. nnd loffe, R. A. - "Changes in the chemical composition
of the spinal fluid of' tuberculosis meningitis patients undergoin4 streptomycin treatment".
Trudy Akad. med. nauk SSSR, Vol. 11, 1949, p. 133-442.
SOi U-4329, 19 August 53, (lAtopis 'Zhurnal Inykh Statey, No. 21, 1949).

MODEL" L. M.
33469. Nauchan Fodvig I. P. Pavlova. Problemy lpberkuleza, 1949, No. 5, c. 14-17.
SO. Letopist Zhuraalinykh Statey, Vol. 45, Moskva, 1949

WDEV, L. Ill.
25248 . IMDELI, L. !!. 0 F-atofizio.-,otich~!skom Znachenii Tovys~ie:.noy Chvstviie, Inont! Y
Tuberkolinu 'uberkuleze. Sov. Meditsina. 1949, No. B. S. -E.
U-
SO: Latopis' No. 33, 1949

MOIRLI, L. H.
Contemporary problems of inaunobiolog7 of tuberculosis.
Probl. tuberk., Hoskva no.4:16-23. July-Aug. 1950.(CIML 20:1)
1. Of the Institute of Tuberculosis of the Academy of Medical
Sciences USSR (Director -- Z. A. Lebedeva).

1-j q
11,6'
T'herspruftc diet as 0 (actoor d (111proving Oto stabdify ol
tho wC&U(sm agairtat lubeccutaus I
I-" lk!-11 1951 \,, ~4. ~l -. -.1
.... t,,l .. .....I N.avfl,~ ..14.1 , It4likill. I CAI'.qrfl., ~ it.,
....... .% It gt..~.p ~ ... I k ,, 11, ,,.1 1 . St K

cA
k1roducts at trandormation d p-amitiosillicylic god t PAS)
in the urtne L. 2%1, Mod~J. P,,W,-y F-I-k 1951, %,,
S. 71 -A beief statement oncerning tile CIIIIIIIIA11011 14 nrw
wilst-inces in rise Luinr After PAS trrAlintnts It s, mu
:ezted that these sult,tancr% are glucurcinic dui% ~ -f PA.,
ilrowiti,vil ImiNbly fly (tie liver ilctoucAmn roufr Tlu~
-Mld VxPlAill tile apIwArAnce of suicar in 1114. ulme of *udi
p.itivilts. Tile niplithuct"rim4 tc%t for slucutont, -0
can be Used for detectiou 01 such substances Ill the U1111r.
G, M K~,Iaj-ff
It ti

Vonthl- Li6t oL ~~ ~cc

Modell, L. M.
US'SR/Medicine - Infectiou,,q Diiea3es
Jan/Mar 53
11L. M. Model's 'Biology and Biocheinintry of Nt~!~rculo--ji.,3 11-lycobacteria," " Uro A.
Togunova, reviewer)
Vest Akad Med Nauk SSSR, No 1, pp 49-52
States that acc Model's book (Biologiya i biokhimiya tuberkuleznykh mikobakteriy), fatty
acids do not suppress tuberculosis bacilli, which easily oxidize then. Sayd Qat 2CC
results of Model's expt5, auxins suppresz, the grow-th of tuberculosis bacilli i~.j vitro.
Mentions that Modcl'5 book discusses thlosemicarbazones (e.g., praacetaininobenzaldehyde
thiomemicarbazone and the USSR drug, tubing synthesized by 1. Kh. Felldaian), whLch are
effective drugs for the therapy of tuberculosis, and says that tubin is particularly
effective, because paraaminobenzoic acid does not exert an 2nta-oni3tic effect on iT.
Refers to Model's monograph as a valuable contribution to the knowledt;e of the bio-
chemistry and physi\logy of tuberculosis bacilli and of other acid-resiatany mycob2Cteria.
Book published Moscow, 1952, by Acad Med Sci USSR: contains 2119 pp.
265 T 31

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