SCIENTIFIC ABSTRACT TAGER, A.S. - TAGER, S.A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001754710018-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 13, 2001
• Sequence Number: 18
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

B/109/60/005/071008/024
B140/E163
Excitation of Waveguide Systems by an Electron Stream with
Prescribed Modulation
attempts to generalise the method in Refs 1 and 2 to the case of
excitation of wa~,eguide systems by an electron stream with rion-
monochromatic modulation, moving over arbitrary defined periodic
trajectories independent of the high-frequency field. This then
'Permits a unified treatment of the problem of waveguide
excitation. Electron streams are considered with parameters
varying periodically along the z-axis of the waveguide system, and
of limited length. The method of solution consists in
Ln-;esti,,z,-ating the behaviour of a fictitious waveguide resonator
'Iccupied by the exciting current and moving along the system with
velocity of the beam. Various special cases are considered.
T~Iere are 4 figures and 6 Soviet references,
SUBMITTED; September 16, 1959 Vf
Card 2/'1

A 2

JI

ui

Jill,
Val
as

f _, - 0. " -7
S/I 94"/651/000/006/1073/
D207-/D302
Theory (Df -,arannotric ampli-i-ication ancl, frC.I(I"Lle"Icy
cliaw~'i-,-q- C
"I _, in xi~wc,8uidc systr--ims
10 IUDD~~d, E ferati -vnyy zlturnal_ Avtomatil:a i
1-10~ 6~ 1961, 19, abstracL 6 K13:J, (V sb, `1010 Let so
dn,7a rozhd, Popoval, I-I., .'Q-; ~30SSR, L960, 173-
187)
TILc rA-.,.alv.,,is is given of and L" f r y
iii wave~fuide L;ystez.,.s with pe ri odic Va,-17y)-Ilg paraln--ters~
ve-nora", C.--z"res-siolls -int. derived -Eor -a:Ln and noise factor for vari-
ous ratios of freciue,Lcies avid of proipagation constants Of
Si"nal to t-.,!C DUITLII? 131.,,-nal, From thc author's sumimar';. Ll ~,ujstrnc-
ter's ilote" Coulplete t-r-"nslatioll-7 LA

S/ 109/62/007/005/008/021
D266/D307
_L',j_T_4GRS Vikulov, I.K., and Tager, A.S.
TI'TIEE.- T--eracJon of a two-velocity electron beam with the
-U U _L _L
h-J.-,h frequency field of a delay line
--RTCQ-C!~,'~- Hadiotek-hnika i elektronika, v. 7, no
5, 1962,
826 - 837
~-`-e au4-,,ors study theoretically the effect of a two velocity
beam on the operation of travelling wave tubes and backward wave
oscillators. The usual linear approach is adopted leading to
2.
Olk- 2 jWP ok'
2' + 2jpek bz - PekIk = v [E + E
6z ek' P
TI
.Plere k refers to beam one or two, C - Pierce's gain parameter,
W/V 31 w - signal frequency, ve - velocity of the electron beam, p
-olasma -~,;ave number; F- 0 - propagation coefficient of the circuit wave
Card 1/3

S/199/0-2/007/005/008/021
interac-uion of a two-velocity electron .. D26b/D307
zropagation coefficien-1U. in the presence of the electron beam.
.-ssu Lno- +hat C1==2
C = C, adopting Pierce's b (measuring here the
devia-u-ion from the mean velocity of the beams) and d (loss) parame-
Wer, and introducina h with the relationship
h = "e 2 - '~'e I
2C v el
U11-e real and imaginary parts of the propagation coefficient are cal-
C-_Iated with the aid of an electronic computer. Satisfying the boun-
ary conaitions 1-or a backward wave osciliator the authors come to
u is possible wher.
-he conclusion that. only one oscillation frequency
one of the slow space charge waves interacts with the circuit wave.
of the two-velocity beam in-
As increases the starting current
creases and at QC1 = 1 the starting current is already twice as large
as that needed in a sin=-le velocity beam. Therefore the authors con-
C~
clude that the a-oDlication of a two-velocity beam for the purpose of
b_~c'.-:ward ~aave oscillations has no advantages. In forward wave opera-
-ion the two-velocity beam leads to increased bandwidth. There are
u,,,ro regions of amplification; one of them centers around b = 0 and
Card 2/3

-7-- EVIO-j/62/007/005/008/021
--~eracz-4o,n. of a -.-wo-ve]
elect-,on .. L260'/D307
b = 2h. The deperiOleiice of ~,rtin oi) CN is !)-'c)t;'-Od for
tLide of the --ain sturori~;Iy deponds on QC. At QC = 1
:,.ndC "'~.5 tlh~~ ~;--in (-:r,,----eds that ob.-ained with ~.-he, aid o--r' a single-
U
o 3 i -c Yt~ a m. The au~ho.~s no'~e that the same tochn-irue car, be used
the rro~oerties of a double beam ar,,ipli'Jer where no
circ-,,il-. is ~)resent. There are 7 figxures, and I table.
S O~n-ember 26, 1961
""ard 313

ACCESSION NR: AP4043364 S/0181/64/006/008/2418/2427
AUTHOR: Ta er, A. S.
g
TITLE: Current fluctuations in a semiconductor (dielectric) under
conditions of impact ionization and cascade breakdown
SOURCE: Fizika tverdogo tela, v. 6, no. 8, 1964, 2418-2427
TOPIC TAGS: dielectric breakdown# cascade, spectral correlation
function, probability, pn junction, random process
ABSTRACT: An approximate statistical analysis is made of impact
ionization as a cascade process, and an attempt was made to determine
the spectrum of high-frequency fluctuations of the cascade current .
in a planar layer of a semiconductor (dielectric). Such an analysis.
would permit, on the one hand, to obtain additional characteristics
of the cascade, which could be Verified experimentally, and on the
other hand would provide an estimate of the noise properties of de-
Card 1/3

ACCESSION NR: AP4043364
vices based on the use of cascade breakdown. A planar layer of
semiconductor or dielectric is considered, in which a strong homo-
geneous field produces impact ionization and multiplication of the
resultant carriers (electrons and holes). The spectrum of the shot
fluctuations of the carriers leaving this layer is calculated with
allowance for the fluctuations of the multiplication coeffic~ient.
The suppression of the current fluctuations in a cascade diode by
the space charge of the moving carriers is also considered. The use
of this model makes it possible, in particular, to investigate the
spectrum of current fluctuations flowing through a p-n junction under
large negative bias and cascade breakdown. The probability distribu-
tion and the mean square of the fluctuation of the number of parti-
cles in the cascade is calculated. It is found that, owing to fluc-
tuations of the multiplication coefficient, the probability distribu-
tion, the mean square and the variance of the number of carriers
leaving the impact-ionization region differ greatly from the cor-
responding characteristics of a 6-correlated random process. The
Card 2/3

ACCESSION NR: AP4043364
spectral density of the cascade-current fluctuations at low frequen-
cies therefore exceeds the spectral density of the shot fluctuations
and may reach appreciable values. The inertia of the cascade pro-
cess, determined by the characteristic time, causes a decrease in
the intensity of fluctuations proportional to the square of the fre-
quency. The spectral density of the fluctuations of the cascade
current varies with the temperature exponentially at low frequencies,
but at very high frequencies the temperature variation should be
negligible. Preliminary tests have shown agreement with the analyti-
cal conclusions. Orig. art. has: 2 figures and 35 formulas.
ASSOCIATION: None
SUBMITTED: 28Feb64 ENCL: 00
SUB CODE: SS NR REFSOV: 002 OTHER: 004
Card 3/3

'0 1 j /(10. i
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,11, OV
~,OV' V. mf~o"'an' V. 'r, a
ORG*~
TITLE; Su-,)erre,-enerative backward-WZLVe
SO'jRC;11--: RadiotekYwika i elektronika, v. I I, ria, 1, 19616: 51-57
TOPIC TAGS: superre-enerative ai-riplifier, backward %vave arnpli-Ifier
ABSTRACT: in i:efereuce to the D. N. Thomson theoretical wort, (Proc. Nat. El.
Colif. , 1960, 16, 753-765) and to the R. Walter et al, experimental work in t' he
0 esults of
millimeter band (Proc. IEEE, 1964, 52, 711), the article presents the r
an experimental investigation of an O-type BW arnplifier operated at 1-4 Mc under
Upe rregerie rative conditions. Plots of amplifier gain vs. varions parameters
Gncludino- re sonance -curve shapes) are shown. The amplifier frequency spectrum
and no-se factor were mez~sured. Th---se conclus'ons are offered: (1) The super-
re-enerative BW am- I
pli'ier cyain is much (30 db) higher than that o~r the regenerative
arrlolif;er; (2) The superregenerator passband can be electrically controlled by
vat-ying the frequency and voltage of modulation, while the gain can be maintainea
constar.'
'3) The noise factor of the superregenerator is roughly equal to that of the
reaenerative amplilier. Orig. art. has: 9 figures -and I table. (031
001 OTH 'REF: 003
SUB CODDE: 09 SUBM DATE- I ISep64 ORIG REF.
ATD
Card 1 /1 UDC.

T 94241--66- _SYT(j)LETC(f)/EPF(n)_2/EWG(m) Jjp(c) AT
ACC NR: AP6014613 SOURCE CODE: UR103861661003100910 9/0372
AUTffOR: Tagery A. S. 17 ~
ORG: none
TITLE: Concerning one possible mechanism of instability of an electron plasms, in
a crystal
SOURCE: Zhurnal eksperimentallnoy i teoreticheskoy fizikio Pis'ma v red&Msiyu.
Prilozheniye, V. 3, no. 9, 1W., 369-372
TOPIC TAGS: electron plasma, semiconductor plasma., plasma oscillation, electric
energy conversion, semiconductor*carrier, carrier density
ABSTRACT: The author shows that a crystal with nonquadratic quasiparticle disper-
sion can possess the properties of an active element that transforms dc energy .into.
microwave frequencies. The operation of such a device is based on the fact that a
charged particle with nonquadratic dispersion behaves in a, magnetic field like a no.
isochronous oscillator whose frequency depends on its total energy. The necessary
condition for the occurrence of a phase instability capable of exciting oscillations
is that the momentum relwmtion time of the charged particles be sufficiently long.
This can be realized for pure semiconductors at sufficiently low temperatures. The
most suitable for experimental study are semiconductors of the AIIIBv type, such as
InSb at 60- 80K, when the electron relaxation tirae at a minirmim impurity content
(;5jDi4 Cjjj-3) is imal and amounts to 5 x 10-12 sec. It is proposed to carry out

L 24241-66
ACC NR. AP6014613
the experiment in a semiconductor crystal in the form of a quasi-optical resonator,
similar to that used in solid-state lasers. 7he upper limit of radiated power Is
estimated at approximately 10-23 j, which is lower than the energy at which intense
scattering of electrons by optical phonons begins. The W unit radiated power is
estimated at 41D2 w/cm3 and the dissipation power at 5104 w/caP. The frequency at
which such resonance can occur lies in the submillimeter andlnfrared bands, and it
is concluded that the mechanism for the iNtability of an ele-ttron "i"Ims. in a crys-
tal can be used to develop converters fd-FTR-se 5aws. Origo art, IMS: 5 rarmul"O
SUB CODE: 20/ SM DATS: 15mar66/ ORIG MW: 002/ OTH 1UW: 001

ACC NRJ AP603340d SOURCE CODE': tm/C-1i11ij/(t/
:1NIVENTOR: Tager, A. S.; Mel'nikov, A. I.; Kobel'kov, G. P.; Tsebiyev, A. M.
ORG: None
!TITLE: A method for generating and amplifying SHF oscillations using semiconductor
diodes. Class 21, No. 185965
!SOURCE: Izobret prom obraz tov zn, no. 18, 1966, 54
ITOPIC TAGS: SHF oscillator, SHF amplifier, semiconductor diode, waveguide, resonator
ABSTRACT: This Author's Certificate introduces a method for generating and amplify-
~ing SHF oscillations using semiconductor diodes. Stable generation or amplification
of oscillations in the centimeter and millimeter wavelength ranges is produced by
!placing the semiconductor diodes in a resonance or waveguide system, connecting them
in a DC circuit and selecting their parameters and working points on the voltage-
!current curve in such a way that the resistance of the diodes on direct current and
'on frequencies below the working frequencies is positive while the resistance in the
iworking frequency range is negative and greater than the resistance of losses in the
:diodes and in the high-frequency circuit.
112 ux; 621.373.h22

ACC NR- AP6033466
i
i
f
I
I
1-diodes; 2-high-frequency circuit
iSUB CODE: 091 SUBM DATE: 270c'59
v
!Cord 212

ACC NR: AP60306371
millimeter band oscillation on the order of a few mw; c) frequency multipliers
based on an LPD externally synchronized by a subharmcnic; d) regenerative amplifiers,!
e.g., a single-stage 3-cm LPD which has 20-25 db gain at a 50-mc bandwidth, and
is linear for inputs down to 1 pv; e) stable white-noise generators covering the
decimeter and centimeter bands, with effective noise temperatures in the 10 _107K
r.uige. AdvantageG of the LPD over existing equivalents such as the klystron and the
varactor are low cost, small size, simplicity, and high temperature stability. A
disadvantage is the relatively high noise level, compared to that of a good klystron.
The authors predict improvements in the efficiency and power output of LPD's which
will make them dependable and useful micro-wave elements. Orig. art. has: 18 figures!
and 6 formulas.
SUB CODE, : 091 SUBM DATE: 26mey66/ ORIG REF: 0091 OTH REF., 003/ IrLD PRESS! 5106
Card 2/2

Acc N--;
U." 0 G 6 3 1, (06 6
A. S.
0"G:
lla: I C'az-~ ode and 4ts in SIIF en3incor:n-
-~-InichOSMbll rlall%, V. CDO, no. 1966, 6,111-6-16
~Unctiorx diode, re-flox '-Iyscron, vo-C
c.-iaracteris tic, noise generator
C"
a-,- n
'N.~&Ictojny c-aptor of this ar-iclo,
n -o is c3 ilod as (j; cc)
!;C) Zatf
6 --:o :,?D (Iavinro-prolotnyi diodi -assd f - 1~
for Y
,3 -v oqzj-valon-~ t-D -no ra~jca lcayatron tuba
- pcd Ln t'-o USSR
S - in
and -,;Iach was f.!-zt- duv,)10-
c-an-or daa-5 -W-Itll tho gcnorral class of diOd-35 ',"-050 (~Yn c
tno mochanism. of f4-,~Ic e=i5sion
ZZ'd t`o O~ olect-nan ~~otlion aro discussod. --z-'D boll on:: s
s. cla s s o f dev-v c o zboin -- ba sica-Uy a p-n juunc tion vari o ty.
Ca-d :!4 UDC: 621,385.26

c-aptcr analyzes tI_ -s'atic volt-a-moera cnaracteristic
df '-' A I . . I ar. d
ras-stance 3-n the region of avalanche breakdo;-an. T,?r conce:)~~ of
cUivaler", multiplication layer" is introduced and de--;nrd
as
Wzdch the full avalanche current is generated ui~ile t~,
t) apace char,-e
Zero.
-e fou:7th chapter deals TP-*th -the SIC, charac"eristics of the ---PD dev--ce.
T-_,rzt, 21-undamental relations are established in the lower frequancy :-anga
'4'-'!0r6 t__,D Yax-wellian relaxation time and the free transport tirie O'_' Carriers
aro neg]-isible as compared to the period of Oscillations d wh-ere,
4~- '_ B-0, t a -,rule- D icat an
th ,.L- 1. tion process may be considered quasi-stationa-r. This
=Odal and the corresponding equival6rt. circuit serve than for a bas-s fn datez-6_
t1aa currant-volta.c'e and the r0si-stance-roact-ance relations at higher
zl
.L:~Gquencias. such -1i analysis is carried out separately for t-
Ztle case of small
ci~:nal a~,21_itudes and Lor -t-he casr. of lar-ge signal amplitudes.
e`a.pter Js devoted to evaluating the power outLpu~u and a --iciency
f
0- c_n L?:) type oscilliator; bofI elec-~'_I`on efficiency and ova-,a!! efficiency are
cons- T` a a
dc lectron efficiency is, like the powoa-, a funct4on of the
:dztft a:-d its maximum value can become az hi-h as 50% ~~_e zrxzlti-jlication.
-_'aye~r S,I-,Zff_. ciently narrow. The ovez-all efalciency, on t. i4 J.
a 0 e-.6- ` an 5
to t-he diode current and Q_' ctor bu~ ortion
la inversely ;?--op t to
its Capacitance.
Cc. d 2.,4
ACC NR: Ap7ol2400
ons and noise in an LPD and an
--The sixth chapter deals with current fluctuati
LPD type oscillator: the calculated noise coofficiont for the centiMtOr-
wavelength range is 215-30 decibels, while tho' calculated siGnal/noiso ratio
- he passband of the oscillator circuit. ,
~(amplitudinal noise at frequencies within t
-15 equal to 145.;155 db/hz.
The following chapter, the soventho prosents,the results Of experimental studies
concerning the LPD characteristics- shown here and discussed are: 1) the
resistive and reactive components Of junction impedance as functions of current.'
2) the linear increase of the charactoristic'curront with froquencyr 3) the,
total impedance of an LPD p-n junction as a decreasing function of the W signal.
amplitudO, 4) the spectral density distribution of current fluctuationsy and
5) a correlation between tested and calculated value' of LPD-oscillatOr power-
The eighth and last chapter of the article describos several operative devices
an avalanche-drift diode. Among them are: 1) - .
based on and designed with centimeter and millimeter wave the
generators of coherent oscillations in the s of tuning (through varying
ranges, usuallY provided with electrical mean
diode current or through an auxiliary varactor diode) and which can be
ernal signal supplied, e. g. quartz-crystal type multiplier
-t . The article
synchronized by an OY and 3) noise generators
circiLit'. 2) regenerative amplifier ilitios of avalanche-drift diodes;
concludes with a 'n assessment *of overall capab far, its merits over the
r n the most promising so
.he germanium ve sion has bee -ons being t4e p-n jungtion h9rogeneity which..
,allium arsenide versi
sili.con and
Card 314

AcC NR: AP7012400
'ensures a uniform Asti-ibution of broak~own and the* high thermal conductivity
(i.e. lower thermal resistance) as weighed against the lower forbidden energy
itap. The bibliogravlxv includes twenty one USA sources.
OrIg. art. has% 31 figures and 7 formulas. PrS: 40,3
'27
f

1,j-,jCjTjOjj4ch, A. D.
0'.~G; none
7 1 T L EAv"Iancho-Lrarksit oscillator. Cl--~~s 21, Njo. 1901,29
;hlennyye obraztsy, tovarnyye znaki, no. 2, 1967, 47
SOUR~-E: lzobreteniya promy-
TQPTC TAGS- uhf oscillator, sensor diode,
ABSTRACT:
An Author 'ertificate has beer, issued for the avalanche -trans it osc-;.:..a
tor with machanical tuning shown Ln Fig. 1. To increase output power and
tuning range and also to reduce powar drop in the tuning range, the =ovable
resistive contact is removed from the resonator of the oscillator and
1/2 UD C :621.373.1:621.332.2

ACC INR: A117005607
'Fig. 1. Avalanche-transit oscillator
Movable resistive contact;
2 resonator; 3 - ring-shaped
slots; 4 - fixed contactless
plunger.
energy output occurs through ring-shaped slots in a fixed plunger. Or"&.
art. has: 1 figure. (WP]
SUB CODE: 09/ SUBM DATE: 1ODec63/ ATD PRESS: 5116
Card

UGER, I.L.
-11~_,_ -
Clinical significance of cholecystography. Ter. arkh., Moskva 25
no.2;85 Mar-Apr 1953. (CIML 24:3)
1. Professor.

TAGER I.I., professop,(Moskva)
Roentgenologic procedure in suspected pulmonary cancer.Vest. rent.
i rad. no.4:21-26 il-Ag 154. (KLRA 7:10)
(LUNGS, neoplasms,
diag. x-ray)

TAGER, I.L., professor; PIFKO, A.S., dotsent
X-ray diagnosis of bursitis omentalis. Vest.rent. i rad. 31 no.2:
74-75 Mr-AP '56. (MLRA 9:8)
1. Iz orderia Lenina bollnitsy imeni S.F.Botkina (Glavnyy vrach
prof. A.14.Shabanov)
(OMPOTUM, diseases,
bursitis, x-ray diag. (Rus))
(BURSITIS,
omental. x-ray diag. (Rus))

bdASHLOV, Valentin Ivanovich.; TAGER, I.L., obshchiy red.
EX rays] Hantgenovy llachi. Roskva, liadgiz, 1959. 110 --p.
(MIRA 13:3)
(x RAY;S)

TAGER, losif Livovich
[Kistakes and difficulties in the radioscopic diagnosis of
stomach cancer] Oshibki i tradnosti v rentgenodiagnostike
raka zheludka. Moskva, Medgiz, 1959. 168 P.
(KIRA 13:?)
(Stomach--Cancer) (Diagnosis, Radioscopic)

TAGE'R, I.L. (Moskva, Vostochnaya u1., kop.2, kv.85); 'u,.BKII.1, I.Kh.
S-.,.,`-,.;--atization of changes in the vessels of the lesser cir-culation
iii mitral stanosis; x-ray, clinical and morphological comparisons.
Grud. khir. 2 no.4:19-26 Jl-Ag 160. (MIRA 15:6)
1. Iz tretlyey kafedry rentgenologii (zav. - prof. I.L. Tager)
TSentrallnogo Instituta usovershenstvovaniya vrachey (dir.
M.D. Kovrigina).
(I-LITRAL VALVE -D ISEASES)
(FUU-IONARY CD-RCULATION)

TAGGER, I.L-..; PERELIMAN, V.M.
- W-
Precipitation pneumocysto~raphy in combination with the injection
of .gas into the perives.ical cellular tissue and t~a abdominal
cavity in the diagnosis of bladder tumors. Urologiia 25 no. 4:24-
26 Jl-Ag 160. (NLU 14: 1)
(BLADDER-TUMORS)

Tj',GZR, I.L.; prof. (Moskvaq u1. Kostyakova,, d.89 kv.35); NIVINSKAYA, M.M.,
kand.med.nauk
Late metastases of breast cancer into the skeleton. Vest. rent. i
rad. 35 no. 2.3-8 mr-~ffidp 160. (MIRA 14:2)
(BREAST-CAVCER) (BONES-CANCER)

TAGER, I.L.9 prof.; SHNEYDFRISY $.B., kand.med.nauk
Some interpretations of the roentgenological pAture of the
relief of the mucosa of the small intestine. Vest. rent, i
rad. 35 no. 5:59-62 S-0 140. OMIRA 13:12)
r
1. Iz rentgenovskogo otdeleniya Mookovskoy klinicheskoy bolinitsy
No. 52 (glavnyy vrach P.S. Petrushko) i otdeleniya rentgenologii i
radiologii (zav. - kandid4t meoitainskikh nauk K.I. Ambrozaytis)
Instituta onkologii Litovqkoy SSR (dir. - kand.med. nauk A.I.
Telichenas).
(INTESTPM-RADIOGRAPHY)

TAGER, I.L.; NGVOFASTOVS-UY-A, L.R.
Dynamics of rigid antral gastritis. Khim. med. 38 no.5:101-109,
my 6o. (GASTRITIS) (SMACH-DISEASES) (MIRA 133:12)

MICLOMTOV, Yonstantin Pavlovich; red,,; AASHEVSKAYA,
red.
., tekhn.
A.Y..,, red.; BUlj'17fAYEV,
[!--'.oentgenology of occupational diseases and intoxications]
i?lentgenologiia professionallnykh zabolevanii i intoksikatsil.
Yoskmra, Medgiz.. 1961. 226 p. (MIRA 15t3)
1. Institut. gigiyeny truda i profzabolevaniy Akader,ii medi-
tsinskikh nwik SSM (for Molokanov).
(CCGUFATIuNAL DISEASES) (DIAGNOSIS, ;WIOSCOFIC)
(BIBUSTRUL TOXICOLOGY)

i . f 1- - '0. ~ 1. , , "I' " % -, o 3 i ~ -, ~7 ,
I :~ 1. V, ; , 1 1 :17:1.,
'PAG:i N , -11 . L, - ; 1. 1 ~ F() , -
,i , IL . , kv , 2rA ~ ';
a f, (I t., I j~ e , ~ -.;, ~; r , a n -. hernia,
(',!ncer -)t' ',ht, (MIRA 17:7)
Up onk n o , I C '. 7 e; ~ - ~I'J i 6z .

4,jk,~a, A-,,4- uj~K)st-
TAGER. I.L~, prof~ (14 yalcova, D.8, kv.35),*SIRTYDERIS,
M.B.,
Adaptability of the motor function of 'he small intestim fol-
-L u
lowing gastric resectio-n, Vest. rent'. i rad. 38 no.10,20-24 J~2-10'3,
(14MA 16:10)
1. Iz rentgero7skogo otdelentya Moskovskoy 52-y klinicheskoy
bollnitsy (glarnyy vrach P.S,,Petinushko) i otdeleniya rent-eno-
logii i radioi-,~,7i-.- (zav. - lcand~med.nauk K.I. Ambrozaytisi
Instituta. onlkolofii Litrvjkoy SSR (dir. - kand.med.nauk A.I.
Telichenas).

MALYSHEVA, O.A.; TAGER, I.L., prof.
Use of cineroentgenography for studying the function of
esophagointestLinal and esophagogastric anastomoses* Vestn.
rentgen. i radicl. 38 no-4:29--'Q Jl~kglo"3 (MMA. 17:2)
1. Iz rentgeno-radiologicheskogo otdela ( zalr. - zasluzhennyy
deyatell nauki prof. I.L.Tager) Instituta eksperimentaltnoy
i klinicheskoy onkologi-I ( dir. - deystv-ilkeltnyy chlen AIT-41
SSSR prof. N.N.Blokhin) Al-24 SSSR.

TAGER. I.L., Irrof.
Review of the book by of t-Ine sp,.;nT- E!'r.-I
their differential diagnosiall. Ves'n. rentgen. i .-adinl. 38
no.4-.84 Jl-Ag'0'3 (KIRA 1`7 -~)

NIVINSKAYA, MJI,; TkGEI', 1-.L.; FRE-SM, 1-1.
Y..ray c~j,,,rac!,,!rj5rjc-, oJ neUtstm.ic me"anomas of
e V-st. rent. i rude 18 no.~-.,;--~-P, 11-D 16",
z rert F; erio- rad iolc~gi c lies kogo otdela (viv, zasluzhenziyy
'V~L~nll riauk:. -~T. I.L.reaer' lns~ituta eksperimentallnoy
i,
I ': I-L K. C, n kkr o 10 2? ktor ~eysrv:Lte' Iny-y chlen
AMN S~~R prc~~'~ N.N. Kokh;rO AMN S~~R kh'rur~-
~ j - ji choskogo
(nachaltrik IL.I. Presman) ISentrailrov klir,4,-
bolln-itsy (nachallnik
11.1. Y.,-;rlyev' M-In4-sterst.va put.ay soobshcheniya.

r-.:~, -)ti rapy an-i
b4 ne

YE,
c u I t e s a r a e no r f n ti~ e .7 - ra y ui -i o s s c c a c r c t'
resected stomAcn. ',"est. rent. i rad.
I . 11 i s t i t u t e k s; e r i i i z e n t a 11 n o y i 'K n i ce (,.v o, i o I o:,! 31
, , E

TA F 1
ew S in rc=n-, Cu. lie s 9 164.
Initilut el-srerizi-,entallnoy i klin-eheskoy onAoiogii '~?I SSSR,
Moskva.

TAGER. I.L., prof.; MERKnOVA, N.V.; TSESHKOVSKIY, M.S.
Nature of reparative processes in the bones of patients with
r.Veloma treated with sarcolysine. Vest. rent. i rad. 40
no.2:13-17 Mr-Ap 165. (lAJRA 18:6)
1. Rentgeno-radiologicheskiy otdel (zav.- prof. I.L. Tager),
ot(leleniye kldmioterapii (zav.- doktor med. nauk V.I. Astrakhan)
Instituta eksperimentallnoy i klinleheskoy onkologii AMN SSSR,
Moskva.

u !,--nnyy
A fri
A:,
I Iz rr-n f,~--enc-radl ol cgl If
Tairer) lnstit~.~a ekspe -imenl,a~ m-, r. k
AINNI SSSR (d.1 devs te 1, 111, --OR N.N.
n I s k ay 'o n r, sy '41 a ri z -7 a W

S1194V611000100810921092
D201/U304
AUTHOR: Tager, N.P.
TITLE: Special features of electron tubes -for condenser
tiLicro.Aiones
PERIODICAL: Rej-'-ferativnyy zhunial. Avtomatika i radiocleltronika,
1961, 59, abstract 8 K_505 (Tr. Vses. n.-i.
no. 39
Icinofotoin-ta, 1960, no. 34, 110-117)
TEXT: The most important parameters of tubcs, for conden-
ser microphones are an. follows; grid current, the shape of the grid
current characteristic, resistance of the grid modulation, tube
ad life-time. -As is lknoim, the noise -vol-
'10i se level, sta,Ality a-L
tage, starting fLrom a certain value, decreases with the increase of
the grid lealt resistor R - This increase is, however, limited by
the properties o-.t- the elgctron tube, By choosing individually t1he
tubes, a tube may be 47ound which would be most suitable for a resis-
tmice
-trajs~7orTacr ampii:7ier is the tube 606 5 (606 B) a-Lid for a
Card 1/2

3/194/61/000/008/092/092
Spccial f eatures --- D201/D3.34
cathode follox,,er tube 6)Klrl-E (6Zh1P-E). It would bc advisable,
hot;rcver, to develop a special tube which could be based oil 6ZI11P-E.V/
Requirements are li-sted for such a special tube, 4 figures. I
table. 3 reEcre-accn. Z-,V.-,stracter's note: Complete translation2
Card 2/2

0 0 US Mv ~:Msl o- o- o- o- -0 -6 -0 0 -0 0 0 9 4
0 0 o 0 0 0 0 0 a 0 0 0" o'? 0-9
0
0
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d~~matioa o1 wmdim in
ya LA6. j. 3ti4,,mu4).-The metbad d;;,rb,4 0 0
v atists in oxidizing VO, I* to H Vot, with XMnO. at
in a aWn. contc. lf,PO, + HSO.. adding H"..- 00
211,0 to remsow ricess %InO,-. ct"ing. adding KI and so
litraling the Is fimrm"l by reducing HVOt, bock to
Chsa. Blam
Zoo
00
0 0
=*o
'2 Z 04
A J aI L A #ETALLUROKAL CLAIUVICAT'Cm ~z
00
iiji, -,4
-Op :
0 U 10 L ap j4 a a Iq vi pt tt it it or mw n I !so an;
0
0 0 0 0 0:0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0.0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 4
~4 0 0 0 0 0 0 0 6 0 0 04 'A
Ogg 0 0 (p; i
00 0 0004009000000000 ,A

Name-. TAGER, P-G.
Title: professor
Author of book, "The Kerr Cell", This work is a report (..)n the
theory of modulated 11g1it for sound pictures and televis.1on.,
with the aid of the Kerr effect.
Director of TELEKINO (Television-Moving Pictures) Laboratory
of the NIKFI (Scientific Research Moving Picture Photography
Institute), Palace of the Soviets. The laboratory at the-
present time concerns Itself with the following aspects
sound recording, newsreel filming, film processing, and
developing of large television screens. in 1937 thIs
laboratory perfer;ted a multi-cellular screen with 1-200
elements.
REF: R, F. #ii, p.66 -. 1938
REFz R~ F. #19~, p.18, 1938

TAGER, P. G.
"New Laboratory cif Televis-icn 'C'eti-aods,ll
Iz. Ak. Nauk SSSR, Otdel. Tekh. Nauk, No. 10, 1940
OR Report U-1530, 25 Oct. 1951

!! ~ .1 ~ : ~ ~ .-. , 1; . - - . . I
-, - L .. ~ 4 ~; ~ ) . .
- , 1. , . . ,, ? . ) 7 ) - 7 - -

TAG:,-R 3 P. G .
if
"Physical Phenomena in a Medium Through Vhich Supersonic 1,aves and Light Pass ,
Zhur. Tekh. Fiz., 15, pp 318-36, 1945
"Effect of the Pressure Within a Liquid on Its Refraction Index and Dispersion,"
Ziiur. Tekh. Fiz., 15, pp 337-47, 1945
Chem. Abs. Vol. 40, No 101 20 May 46

TAG~~,'~, ?.G.
Tager, P.G. "Special aspects of phonoggrains." report 77, Trudy NIXFI
(Nauch.-issled. kino-fotc_in-t), Isn'le 7, 1947, (column title: 1944),
p. 1"-142
SO: U-283P, Let6pis ZhurnAlInykh Statey, No. 1, 1949

TAGM, P.G,
Special types of sound tracks. Trudy NIKFI no.7:148-152 147.
(Bound-Recording and reproducing) (MIRA 11:6)
(Motion-picture projection-3quipment and supplies)

2
UM/ftg1n*er1W ion X9k7
lWarders,
Counters
"An Automatic Counting and Recording Device," P. G.
Taw). -8 pp
"Aytomat i Telemekh" Vol VIII, No I
A vell-Illustrated article giving a short description
of a recording apparatus vhich will record all phases
of work of an apparatus -under investigation. It is
able to operate on as many as 20 individual machines
at the ame time i It -me, develop" *at-- Oe Itst-dinte
of - Autmatic Xleckliwry and dmechiaj,64-~'Of the
AcadeW of Scienc6a of the USSR.''Assistance vas
given by 1. D. Andreyev and D. V. Zernov. 22T)*.5

C,
t
.Aytonatika i Telemeth" vol IK, No 4
Examine phase and amplitude of frequency spectra
obtained under steady operation during puls8 modula-
tion. Position of each pulse boundary (beginning
and end) is determined by various functions of the
instantaneous value of the modulating voltage.
Examples shov that formulas defining the spectrai In
phase-pulse, time-pulse and other methods can
w 1-;/49T26
USSR/Lriectronics
Modulation, Pulse
"Spectrum in Asymmetric Pulse Modulations,," P, G.
Tager, Inst ofAntomatics and Telemech, Acad Sci
USSR, 121 Pp
USSR/Electronics (Contd)
jul/Aug 48,
Jul/Aug 48
readily be deduced as particular cases of a general
formula for nonsymmetrical pulse modulation, Sub-
mitted 1 Oct 1947.
(L
4W
13/49726
1~

-'t-

A jo

L t L
1 A I
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"
0 0
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lot, -
T
-T"I-PL, Vol. 4, No. 6 Automatics Ir Telemechanics
00, 1.00
00 ; ;_so
go -06
00 -oil
00 Tager, r.1. (Tnstitutp of Ailtomntics & Telemechanics, V.S.S.R. Academy
*16 or 5ciqnces)'p Contemporayy methods of sound recording on movie films,
00. 16.90-94. Koo

go,

1 lzv-stiva Akaderrdi Naiilr~
5.3.3.R., Otdelenie Tekhnicheqkikh %auk ago
go 4 ,
IC?'O
nn
11 (November) aeo
.
,

09.1

I. it ITAiLL)PVKAt. LITIWoRl (I ASSIFKATION I z
00
got -7-
Lt.
4 t
WX
00 04 00

"I vow ww w
0 * 0 0 0 0 * 0 & 0 0 0 * 0 0 0 0 a t V, V w
0 G~
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w I Itj I 1 14 is 16 ly if I* x 1 11 V a 34 is 36 ) 41 a 41 4
L L L I J1 I-JL h r u R i T y I L 4-L-T .4 --3
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USSR/Electronics - Sound Recording Jul 51
"Line Recording of an Intensive Phonogram and
Its Reproduction," P. G. Tager, All-Union Res
Cinephoto Inst, Ministry of Cinematography
USSR
"Zhur Tekh Fiz" Vol XXI) No 7, PP 753-765
Studies reproduction of intensive phonogram,
scanned linearly by cathode-ray tube in case
of rectilinear sweep by cathode-ray of saw-
toothed puleating generator, modulated by
amplified microphonic current. Demonstrates
that in described case linear distortions are
absent. But distortions reappear duriu-
LC 18o-T42
USSR/E.ectronics - Sound Recording Jul 51
(Contd)
reproduction, depending on setting of instru-
ments. Gives suggestions to avoid distor-
tions. Submitted 26 Oct 50.
1
LC .189T42

USSR/Physics - Acoustics Fe b 52
All
"Stereophonic Sound," A. I. Parfentlyev, Cand Tech
Sci and Stalin Prize Winner
Priroda, No 2,pp 17-3-9
States that stereophonic transmission of music was
fiz-Bt successfully studied in Russia by Prof 1. Ye
Goron, Prof P. G. Tager, and Engineers B. N. K:)noplev
and M. Z. Vysotskiy.
263T107

r ec t i on ~D 1 U' rZ.V 4 0:
-t ~,r, is t e; to r,,Ltc-ic

c, q iZ G.
USSR/ Electronics - Television
Card 1/1 Pub. 77 - 20/20
Authors : Tager, P. G., Dr. Tech. Sci.
Title : Present and future television
Periodical : Bauka i zhim, 21/12, 44-45, Dec 1954
Abr,trzict : A book entitled, "Television", by K. Kladkov is reviewed. The book recounts
the develorment of television and stresses the role played by Soviet scien-
tists, besides speculating about the future of television. Hovmver, in its
technical parts the book contains sarie untrue statemnts., such as that a
spark between electrodes. can be better produced in a vacum. Illus'ttraf-'.10.1.
Institution: ...
Submitted : ...

SAVIAROV, A.A. C trFirinla torl ;JAPM, P,Cr,, r(.,d . ; RAYKOVA, Yn I., red,;
GE'RASIROVA. Yo.S.,
[High-speed cinematography in science and technology; collection
of .3rtLcles; translated from the English and French] Vysokoskorstnaia
kinofotoelemlm v nauke i tekhnike; sbornik statei. Moskva. Izd-vo
inostr. lit-ry, 1955. 494 p. (MIRA 11:6)
(Ginem9tography)

534.862.3/.4 534.",
THE SECONDAR~ FIELD DURM STEREOPHONIC.
TWO-CHANNEL TRANSMUMON AND CERTAIN FIXED
GE'
ARRANGEMENTS OF THE SOURCE OF SOUND IN THE
PRIMARY FIELD. P.G.Taxer,
R
'M
-
t_ 7h
Akust. Zh., Vol, I,1W.PFOMM (1955). In Russian.
. 7RA Y
The-ar'
The article Is a theoretical investigation devoted to the
study .1 the
study of the two most Important parameters of the secondary
ound field
sound field which affect the stereophonic effect, vtz-.-&Tfer-
ce of ens
ce of energy levels from the two loud speakers perceptible
to the hearer, and the perception of a time lag between the
signals from these loud speakers. C.R.S.ManderB

Misoellaneous - Cinematography
Card 1/1 Pub. 86 4/38
Authors I Tager, P. G., Prof,
Title I Rew direction in moving-picture technology
PsriWiMl I Priroda "/7t' 33 - 42s Jul 1955
Abstract I A review is made of scientific researches aiming to develop methods for
faithful reproduction of natural effects of sight and sound in moving
picture technology. These cover a wide range of subjects including mag-
netic recording) acoustics, and stereophonics, the latter being discussed
in considerable detail. The techniques related to sight effects invol-
ving the use of broad screens, etc. are also discussed. One USSR refer-
ence (1953). Illustrations; tables; diagrams.
Institution
Submitted

PARFENT I YEV, A. 1. ; D.EM1,KHOVSKIY. L.A. ; MATTEYENKO, A. S. - TAGER F
9 -_ ;P
professor, redaktor; SOVETOV. S.S., redaktor; MATr9PN_I.Jtm.,
takhnicheskiy redaktor
[Sound recording in the staging of theatricals] Zvukozapial v
oformlenii spektaklia. Pod red. P.G.Tagera. Moskva, Goa. izd-vo
"Iskusstvo," 1956. 142 p. (mLRA 9:7)
(Sound--Recording and reproducing)

TAGER) P. 0.
Pulse Method of Amplifying Electrical Signals. Patent, Class 21a 2, 18()8.
1,10. 103677, Elektrosvyazl No. 1, Jan 57.

PARFENTIYEV, Andrey Ivanovich, kandidat telchnichesklich nauk;
zasluzhennyy deyatell nauki i takhniki RSFSR, doktor tekhaicheskikh
nauk, professor, redaktor; KADER, Ya.M., redaktor izdatellstya;
MEZHY6RITSKAYA, N.P., takhnicheskiy redaktor
[Sound recording] Zapis' zvuka. Izd. 2-oe. dop. Moskva, Voen.
izd-vo H-va obor. SSSR, 1957. 137 P- (MLRA 10-8)
(Sound--Recording and reproducing)

SOV!'112-58 -2-3202
Txa.-~s ]a ttn7.~. fro t-,;: RefpT a Elelc.': 2'ek .--k. a-, 19-58, N,,, p 2.20 (USSR)
AUTHOR: T;igt--,--,- G. -.k. A. , and Bla-zhenk - v.- V. A.
TiTLE: A- Ot-.~f-" Ru-~ TV F.1'.'n
u. cg,:~m7n
PER.'~OD. GAL7 !95--, N- .3, pp. 34-40
ABSTRAC T-"j- -gr ~rns ~L k-*neiz~cnpe screer. on
.ncv:.e as p~
at s-lving the P:-cblern.
s d e 9 c. eT~ w?. a7A Y~e apparat~-,3
s b;i e,~ v c. e t',.tb, e 1 e t ~-.e t-j-.r a t o rs op en, allcw s
a---red --n the kineecope --creen. and
IY.,~ T.-!:-e( ed-.: ~1-1'e -.ffect. Ta secicre
eq. c" -.-Ct --e Pipmer-'-,. v7 ses of a corn-
c ec' i li.i pe a,- e f ed to tLs 0ie v;.,-Ieo s --' g-41 S.
P1.1 4
Ya E.
ca -d 1,~ I

TAGER, P.G.
Q, ereo7monic e"ect in two-chnnnel transmission. Trudy NIKYI no.12:
t' - ~ A.
0-110 157. (MIRA 11:5)
(Sound-Recording and reproducing)

TAGER, P.G., professor.
Magnetic recording of images. Priroda 46 no-5:78-81 NY '57.
(MLRA 10:6)
1. Vaesoy=nyy nauchno-isaledovateltakiy kino-fotoinstitut
Ministerstva. kulltury SSSR (Moskva).
(Magnetia recorders and recording)
(Televigion--Tranomitters and transmission)

TAGER, P.G.
Uqgnetic recording of moving ima-zes. Tekh. kino i telev. no. 8:62-
7L' A9 ' 5P; - (MIRA 11 :3)
("Television broadrastLng)
(Magnetic rucorders -9nd recording)

'OIL.
a
P_ilse-Type kii-plificatij.-tri of Electrical Signlals
usilelliye elektric"rieskilich si--nalov)
u
T.; ~7 -!DI"AL-. Rad-L:)-Uekhnika. i elektronika Vol 3, Nr
918-92"? (USSR) 1958)
Tlltf~ principle of tae af-volification, is based on the
-.~cheiadtic of Fi,-.1, in vilAch 11' and denote the tv--~
!,,alves of a tri-----er circuit (a bi-stable device) and P .1
s:,~ecial -.ul:~e -en2rator. The input sigual is a7,nliad to
t1le, tl-.-~_r~_iinals B of the system. The waveform i-Y
tale_ ,~,e r~en-_rabor consists of a fasi". ;3i,-L,)rt rectan--ulal,
:And a Ion..- linearly decayin,,!; iDortion (see Fir,3.2).
T,A~~; zr~-,.vefoi,m is also -p:-`,lied to the input of t't-,.e syste:ri.
IA t~ie in-jut si:-nal is sinUSOidal and its frequ-Incy is con-
sid~va-ljly lovier than the renetition frequency of the iulse
,..,-a ve f orm (see Fi-.2), the current oulses of one o--F' the
tubes of the trig-er are modulated; this Fnodulat_*~o_n is in
0 u
t'ie foru-. of one-sided- Dulse Tidth variati~~,n (se-_;~

,C)V/10)-3-7 -7/23 175
A,.iplification of Electrical si,-nals
T.a,e spectrwa of the resultant output si~;nal can be expressed
by Eq.(l), Tuh-ere r, u, v and w are integers, P is the
-eneulition frequency of the modulating pulses, E; is the
of tl'rie in-.-)ut -AFnal, .-.1ii1e the rei.,iaininL- para-
,;-:;ut~rs --re defined by Fi-.4 whici-, siiows the osition of the
eu'r-es (froilt ed-e d and trailing ed-e h ~ in non-
- Z:) C'
-.iodalated and modulated rmises. if ti)-e load Dn the ",ri-1-1ger
havin-, a cut-
has a recta-D-E-1alar aniplitude characteristic,, QD
he outout si~
-nal can be expre7sea by
frequency e
3 (1, (2) and its first harmonic by Eq,(4), uhere J w i s tt e
Be s!3 e 1 functui --l of '1512e w order. Tille distortion coeffic-
4L e t 1~ b kP ' wtich is equal to the ratio of the second har-
:1.~-_.-J-c a,)-d the fundwaental is e:~~pressed by Eq.(5), If the
:-ijstem fulfils the conditions dDf,_Lned by -Bqs.(6) to (12),
is by Eq.(13), or approxima~elj by Eq.(14),
2r,-, -.:e above res-alts,
'U- in particular, Eq.(13), it is s---e--
'.-',-)at t-e freauency charactu;~,ristic of the system is prac t
,-,all,-)r over the whole frequency i~an-e fr3-,'--' 0 to E
7- 11
_L_Ae -met~_aod -,,,.,as also i-v(-sti:ated x.-3rL~.ent-
wl'iere
y If-) -;T emp 1 oy i n g t 1-1 e c i r c u s!i o vrn i n F i:~-S- . 5, 1

--)n of El ctri ---a-' S-L:=,als
fili-ar viit' a cut-off frequency of 200 c- s and P
U i1 I _L D r is a
;-iwrator producin- pulses of a type 3 OVM 4 n Fi---.-3 and
_t repetibi,in froquelicl of 500 c. ps. The out-puU signal
-e!, frD:.-I ac--oss R 6001L B- em-loyinr3- this amp-
i.U wus ',ossi Io1e to obbai.n equivalonb dyna:aJ_-.i s1c-,oes
20 to 160 iidl/V. The i)a;)L-ar c~-)Tltains 3 fi-ur"s
U
4 .-3.)vict refer--ices.
,)a-.-,,er t,) the editor if,
_)Ue~ Airoi, tiLe submis.5-ion of t'
an- article dealinrl vrith a similar -)r-)ble:D
rini'a" 1 19561
a:-,!~-eareCL in the j~Durnal Radi otelc'_ Vol I!.
was
Ja
the aticle vas by V, V, I lanov and
101
7'.pj

of Electrical
v ~L -
"Rilse method of amplifying audio frequeencies").
Vje3o,7uzn~rv nauchno-issledovaLel'skiy kino-fo o-
in~3Litut Ifinioterstva kulltury "33R (All Union 'cientific
U 0 0
-Fj-joto-In~;Litute of the Ministry of Culture of
:--trcil Cine
~he U3S_R)
.3UB,'j!I,-PTED: junc, 11, 1956.
1. Pulse aenerators--Performance 2~ Radio signhis--Control
3. Blectric circuits--Performance 4. Mathematics

s/i c6162100WOOdIG351009
.L ,
0 5 5/A ' 3
-ager, P.G.
1ransverse recording of video-signals on a magnetic tape
,V,t. I U
?EPIODICAL: Ellektrosvyaz',~no. 8, 1962, 41 - 49
_-Klil r -1
This a~t4cle is a theoretical analysis of te factors deterrrin4ng
o s i t i o -of t-a elements of Video -recording on the zransverse bands of the
etic tape. in 1;'_I&:-.e 1, P stands for the magnetic adh~esion, which is con-
s-~ --ed as a circle with Its zenter 4n 0, The center of the disk of magnetic
hea r -s in OG; the heads move along the circumference G. The X-axis passes
through On and the middle F0 of the adhesion. The di4stance'e represents 'the ec-
centricity, determined by: e + r = R + p (2). The positive direction of the
Z-a--.-.-is coincides aith the direction of the movemient of 'the tape. In his ana y-
s*s, the author considers first the lower half of the width of the tape, sho'em
in Figure 1. The time is cowited from 'the moment when the examined head 's on
the X-axis. Then, :5 = (a.)t, ~) being the angular velocity of the disk. Since
Card 1/3

Iransverse recording of video-signals on .... A055/AIG1
T
Y x:' tg t
+ (4)
x_ + YF t
the element of the video-signal recording made at 'the moment t will be situated,
on the tape, at a distance D from p6int FO:
D = coRT, + F 'F (5)
-11 + YF tg W t
U
TI "I is the rated number of frames of the television system, trans.-nitted in one
second, and q is the ra:-,ed number of t"-.e lines per frame, the recording of the
element N, situated on the line n. of the television image band, will occur at
the momnent:
I ) k a + N
(n
n; 1', k q2 Q
-e.,here k is the "aspect ratio coefficient". The recording position F of this ele-
ment is determined by (5). The author analyzes next the recording in the upper
hal.'I of the magnetic tape band and deduces some analogous form,41ae. The slnift
2/3

TAGERY P.G.
Reproduction of,,yideo signals recorded by a transverse track
technique on magnetic tape. Elektrosviazl 16 no.11:30-37
N 162. (MIRA 15:11)
(Video tape recorders and recording)

LAZAREV, Vladimir Ivanovich; PARKHOMENKO, Vladimir Ivanovlch;
_TA~= P.G., red.; BULIDYAYEV, N.A., tekhn. red.
[Msgnetic recording of television images] Magnitnaia zapis'
televizionnykh izobrazhenii. Moskva, Gosenergoizdat, 1963.
86 p. (14assovaia radiobiblioteka, no.462) (MIRA 16:5)
(Video tape recorders and recording)

TAGER, F.G.
ccnversir-Z'- of P- two-cYannei-
D .3t,~,,-tions IFEU!"! .1 - diotekhnika
stareophoni-- broadcast t~~ single channel transmission. Ra I
(MIRA 16: 10)
I ~ -)
28 nn.8:41-48 Ag

11. G.
Exposure of the photographic layer
television images with a motion-picture camera with rapplid
film pull-down. Zhur. nauch. _J prikl. fot. i kin. c) ro.5:
368-378 S-0 164. (MIRA 1'7-10)
1. Vsesoyuzn,,7y nauchno-issledovatellskiy fkinofotoinstitut
(I-IIFFI) .

A "T 7)
in-' -,c u., st ere ys s, R
chlen
,.4hniki i elektroqvyazt iment Popwin.

COPO
Oct 1947
Ir,uIvtri--cdI idgh. Asb idguita Goal," Yu. L.
a.i -n1 ~a A. Ta;,,Lr, CaridlidateL, In Te&mlcal z;cienccs, heating
~qi hak, V. F.
Laboratory, 7 F-,
OIZ TrP', ?-~O 10
An emlysic of the thermal ioek of a tn5ler urit uUT-1-lied by 0, st+5rimi timbling
barrel in ryurpin,,, vulverized hit-,t-ash llgrdtti coal, or. the Ue~sin- of "rsalviental
"r 38

Aj jL_U L L0 r 9 A 1
-1, jk!; fPYJIO~
P4(,C list II
!Ai
1330. OPERATION OF COMSTION CHAMBER WITH ROTARY STOKERS.
00 Tager, S. A. (Za Ekonomiyu Toplica (Fuel Econ.), 1949, (9), 5-9).
Test report on a recent Soviet design working with a tranavort-
if able 5toneAr water-tube boiler. (L).
o: z0 o
00 -00
60 7* 0
00
goo
~ro 0
-00
=60
R itoo
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A t L L -,Z-.Z A. L P P r 4 11 1.j.--w f Ly. -A.-I EE 9L
7-90
so ~-06
00 00

09 it 4720. DESIGN OF eXCHANIC"Y STOKED FURNACES FUR LOW uUTHTS 100
.
0 0 a
Sk. and Roddatis
Tager
KE. (Za Ekon. Topliva (Fuel Econ.)
i
1-00
,
,
Auj;- 1950, 1-8). Relations between boil4hr capacities
r
0 -00
0 -
(in the 2-10 tons/ hour range)
types of solid fuel
grate
,
,
eez
and atckiN arrangements, shape of furne ce, etc,, are
00 J
discussed.

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(2. /~
e I
C soling the gToding of Donets anthracites S A
T'11:~T. /4. Ekl.. 8. ~N" '.. I." I.-. , -:11".
1--.1 it, F'T-f ... g ..f D-It,t, jf1th"', iti, I- tkl-f -I
I-thI ,' ' If I It i- I- " --- 'I, T111.1, I-( I. "'I
... I r-Im" '4 r, 11-1 -If "I ul,- , vid. -ith
It)., II. ..... I,, ...I, I. VIIII-1 NI 11-11

TAGER, 3. A.
Stokers, Mechanical
Comeiits on I. A. Uvorskii's artilce "The pneumatic soring of ordinar7 types of coal
used in chain grate stoker3". Za ekon. top., 9, no. 1, 1952.
Mcnthly List of Russian Accessions, Libraij of Congress) March 1052. Unclassifie-i.

TAGER, S.A.
Gas baMes in VVD-80 bollers. Energetik 1 no.3:3L--35 AG '53.
(1-(WiL 6:8)
(Srcewm bci--'-r--rs

. 1 -1 .". .1.
I I I . - - ~ . 1. - - - - - ~ I- . - . - . . ~ : 11 ~ * - ) - -1 -
9. Monthly List of Russian Accessions, Library of Congress, '* -- "1 1953. Unclassified.

TAGER, S.A., kandidat tekhnicheskikh nauk; SKIRMV, A.S., inzhener.
Improved plans sliding coal gate. Bnergetik 2 no.6:13-14 Je 154.
(Coal--Storage) (MLHA 7:7)

LD P - 2 -, 3 3
sub", e C t USSR,"Engineering
Ca rd 1/1 Elul). I 10-a- 14/17
u o r s Ta~-g-er, S. A. , Kand. of' Tech. Sci. and V. N. Yurk-evich, Eng.
Title Grachical determination of carbon monoxide, coefficient
1..L- L
of excess of' air and losses from incomplet.- chemical. com-
bustIon according to data of technical gas analysis
PerIodical Teuloenergetlka, 5, 59-61, MY 1955
s ,, -a mathematical analysis of tests made in boilers and fur-
naces for data on combustion, air supply and density of
gas. A graph delCermining the amount of carbon monoxide
C,
is presented. Another graph shows losses occurring from
incomplete combustion. Characteristics of dif-ferent
types of coal are given.
2-~-i-`n-4s-ra~ion of "Power Equipment" Trs~=`,a~f~n
Submitted a -C e

BNNY*SiilCVlCll, kandidat L_. BOG111, lCandidat
toklinicheskikh nauk; BYKUV, lia.A'.. inzhenar; VIASOV, I.I., kBndidat
tekhnicheskikh nauk; GRITSBYSKI-f; H,Te., iazhener; GRUBER, L.O.,
inzhener. GbTiVICH, V,G., inzhener; 3.;-vFYDG7, Y.N., inzheaer; Y3R-
Sim, Im.0 kamiidat telchaicl-,eskikh nauk, ZASOHIN, S.N., kandidat
rin 3sl '10V
tek ir-ii -ikh lVii. 1.i_. k-wiudidat tekhraicheskikch tiauk;
KILAUK11S. A.A., inzhfnie:~; KRUj!0V, L.B., Inzhener, LAPIN, Y.B.,
inzhoce~cZ LAST016M, dotsc;it, LAIUMN. H.I., inzhener,
MARKVA-,drl, protessor, doktor teklimicheskikh nauk-, MAKHAYLOV,
M.I., professor, dollictur teklinichaskikh nauk, NDCAKOROV, V.A., inzhe-
ner; WK0iX0V, K,11,. Inzhaner: GJUl0SHlH,L.I., iTizhoner; FARFSNOV,
K,A,, dotsent, *~~twdlda~, tekhnichesiclkJi naukr PEWSOVSKIY, L.M.,
luzhartor; POPOV, Lnzhener., Putiz)IINA7. B,G,, inzhener.- RAT162,
M.P.. lnz~ene_~- ;(06SCEZ'17S;~iY, G.I,, iloteent, kandidat tokhnicheskikh
nauk-, HTKO-w. '-.-andidat, iiau~; RYSHKOVSKIY, I.Ya.,
dott3ent. nauk! RYAL1,07. A.Ya., professor
%Clliaiia, ~e~cmicheskiich na-ak; KHAZ121, M.M.,
p reiIeinsor~ zi~wrc; CqRRN',ShEV. M.A., doktor
t8 k'Inicrieskika _vuk,-, iDlli~ pro-fessor, doktor tekhnicheskikh
I L!k,;J;.'.', -, j - I ~ ,` - I." I , -'zi dotaent. kandidat
na ux. ,01*.~AC,'.~ Ay;~6i ". - I .,
iraheiter; BARla- laV. P.V.,
profess:;-. dvrvti:- :iARNLiARD, K.A., kandidat
tekhnv,pieaki~-h full', do.;~em~, kaaaldat tekirinichaskikh
llauk~, l3WDs_!j-jv, lr"W.'!n*5r. _:_~LhlD.mNCW, li.K. 'KandidlLat telchniche-
skikir, nauk_~ dctseat, k-andirtat ekonomicheakikh aauk-,
'%Continued on next card)

R-ONNSM I GU , I. I , - - ~ ecnt, I nued ; ~ n _- d C'_ .
VASINUIYEV, V,F.i GOIlGlikR67, N.G-, Intheiner-, DXRrb-AS, A.T., inzIlenez-,
DOBROz,,!;LISK!Y. K.M., doisenv,, Landilat tekhnicheskikh nank; DLUGACH,
B.A., knndldiat tekhnlchaal~rlkh mquir; D&IMOV, G.P., ~Cardidst tekhrd-
cheskikh fiauk; Z_0L4LlIIUV, proressor, doictor takhnicheskikh
nauk; ZAbA.L'Llj, R.lu., kandidat tekhnichesklkh nauk; WIN, K.P.,
lQinciidat trekiirilchij~iklkh riquki r~ARiEzli~!KOV. A.D., kandidat t&-.hnlchFt-
skikh rauk; Lki,W-V, inviener, XANSHIN, M.D.; KOCIUMV, ~F.P.,
profasser, Teknriichesl-i~m nauk; KOGAN', L.A., kandidat tekhni-
cheakikh aauk- KUGHUAili, ~J., InLhener; !SVASHOV, A.D., inzhener;
WkKSIMOVICH, B..'A., dotsent, kandida-6 tekhnicheskikh iauk; MARTYNOV,
M,S,, Inzhener, 'LmUWALi, O.M.; inzhener-, NIKITIN. V.D., professor,
kandidat talchnicheskikin nwwk; PADNYA, V.A., inzhener; PANTKAYEV, P.I,,
kandid-st teKhnicheskikti nauk; PV12ROV, A.P., professor, doktor tekhni-
cheskikh nauk; PCVCjT-tOMNKO, V.V,, professor, doktor tekhnichosk-lkh
naul