SCIENTIFIC ABSTRACT GERSHENZON, Y. - GOROKHOVATSKIY, Y.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000514920003-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 17, 2002
• Sequence Number: 3
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

L 2292-66
ACCESSION NRI AP5014569
1 and in a broadeninS of their resonance line. Quantitative estimates based orA
the results, made under certain simplified assumptions, suggest that thin
effect Is perfectly feasible. For example, at 4.2K, for germanium with olectron
and hole density 1012 cm-5, the line width of the holso should increase by a
factor 2.~ in a field of 4.7 V/cm. The experiment proponed does not require
noticeable complication of the ordinary cyclotron Tanonanco, observation toch.
niqueo, and neceasitatas only that it be simultaneously realizable at two
frequencies at a fixed Talus ~of the viagnetio field., Ortgo artq haoi 2 figurair
1. and 4 formulas.
ASSOCIATION: Hoskovekiy gosuilaretyennyy pedagogiohookly Ustitut imo
V. I. Lenina (Moscov.State Pedagogical Institute)
SUBMITTEW 13Jul64 ENOW 00 Ye SUB 00DIt 08 NP
NR REP We 000 OTHM 006
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L ~1159-66 EWT(l )IX"eiT (in) I T1E'VP( t )IJP(c) J D/A 71
ACC NR: AP6006810 SOURCE CODE: UR/0181/66/000/002/0332/0341
AVn1OKL_UuMj"REk,3La L_Lj~- ; Gershenzqn-. Yo. M. ; qurykSh, Yu. A.; Ptitsyna,__ N.
G._; SerebEyakova. N. A.
'ORG: Moscow S ate PedagQgical Inslitute im. V. 1. Lenin (Moskovskiy gosudarstven-
nyy pedagogicheskiy institut)
'7.vyl 7
TITLE: Cyclotron resonance of hot electrons in silicon and&.r~anium
SOURCE: Fizika tverdogo tela, v. 8, no. 2, 1966, 332-341
JOPIC TAGS: cyclotron resonance, electron, silicon semiconductor, gerranium semi-
.conductor, impurity scattering
ABSTRACT: The cyclotron resonance of hot electrons in silicon and &!rmanium was
measured at 4.2 and 1.40K in the three-centimeter range. Single crystal specimens
of p-type silicon and germanium were used with a resistivity of 5000-18000 and ap-
proximately 70 0-cm_respectively and a donor-acceptor Impurity concentration of
less than 5.1013 cm 3. The free carriers in the specimens were excited by light
from an incandescent lamp modulated with a frequency of 500 cps. The cyclotron re-
sonance was recorded as a function of magnetic field strength. The level of the
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L 31159-66
:ACC HR: AP66006810
,incident resonator power was varied within a range of 60 db. The maximum power
I
,corresponded to a field on the specimen of the order of 20 Wan. curves are given
showing the half width of the resonance line as a function of the incident power.
Line width measurements give Identical results for all specimens in strong electric
fields. The resonance lines show differ-ant widths for various specimens in weak
fields due to Impurity scattering. At 4.20K In fields greater than 10 v1cm in ger-
manium and 6 v/cm in silicon, a region of spontaneous emission of acoustic phonons
4s observed. At 1.40K, this region is observed in both semicondctors startin
In stronger fiel -1 -1
from fields of 2 v/cm. ds vut , while in weaker fields /2-
In this field intensity interval as well as in the region of spontaneous emission,
the resonance curves for hot electrons are described by a single parameter which is
,of the order of the relaxation time at w2v0. The authors thank Yu. P. Ladyzhinskiy
for assistance with the calculations, and M. I. Ginzbu and G. 1. Kononov for fur-
nishing the germanium and silicon I.In . has" 3 fi
Ale cr stals. g. art
y_-- gures, 24
formulas.
SUB CODE: 20/ SUBM DATE: 08Jun65/ ORIG mr: 006/ OTH REr: on
Card 212,IC-

FA~:e__N) Fr- A)45605 BDOK EXPLOITATION UR
ZtkinjN~lentin Semenovich; Gershenzon, Yevgeniy Kildiayloylch
P"W-61c''superhighfrejue cy syst_ ased on semiconductor diodes (Parametriche
alsUM SVCh na poluprovodni"kh diodakh). Moscow, lzd-To "Boyetakoye radio,"
1964. 351 P. illui;.J. biblio. 15,600 copies printed.
MM TAGS: parametric amplifier, semiconductor diode, circuit theory, superhigb
friquency, lov noise amplifier, barul pass amplifier, parametric converter, frequency
stability, radio engineering
AMPOSE AND COVERAGE: This book is intended for radio engineers, radio physiclets,
and senior university students concerned with the development mid application of suptr
high frequency parametric amplifiero and systems based on aesiconductor diodes, It
includes principles of theory and calculation, methods of exIx-rimental study and de-
velopment and discussions an the application of such amplifiers and systems in radlo
engineering. The text includes material published in the periodical literature, an
well as unpublished original data gathered by the authors in recent years. The author
are greatly indebted to I. vak-Gorskayix
K. Horo=5 L.D. Ut P
M&noVa YtA_-_JP&_qLaj_aYq, _Bak an
qq!9q, T-qt.DodbMs" d L.A. Smirnova for their
great help in prepariag the book for pblicatlon. They-an mlso gveatlj in&lyted tn
A.N. Vyst%vkin and Y.L. Aronoy, the reviewers of the book.
TABIZ OF OORTERM (abridgedIt

ACC NRs A145~925
Foreword -- 3
Ust of basic symbols used in the formulas and diagrams -- 4
Part 1. Problemi in the theory of circuits with
variable pammeters and general properties
of regenerative superhigh frequpncy amplifiers
Ch. 1. Introduction -- 5 JV.S. Etkin and Ye.M. Gersheazon)
Ch. II. Historical survey -- 15 [V,,S. Etkin and Ye.M. Gershenzon)
ch. ins Basic energy relationshilxi. Classification of resonator punmetrio
amplifiers -- 23 (V.S. EtIdn]
Ch. IV. Problems in the general theory of circuits Vith variable jr-rumeters; 31
. (V.S. Etkin)
4.2. Integral transformations in the theory of clxcuito with variable parawtem.
Basic equation -- 33 [A.P. 18nLtj
Ch. V. Some general properties of regenerative ouperhigh f1litivency Atoplifiere -- 441
(V-8.
Card

ACC M
A95"925
Ch. V1. Characteristic noise PM)ertieg of wplifie-ro with varisAbIA parmters
(Y.8. Etkinj
Part 2, Semiconftator diodes for parawtria systems
Cho M. Semiconductor diodes vith controlled capacitance -- 69 (Ye.K. Gershmm) I
ftrt 3. Parametr Le ampUflers vith on* LdU ftvquancy
VM- Amplification and pus bands of puumtric amplifters with cue idle
frequency -- 95 IV.S. Etkin)
Ch. IX. Saturation of parametric soplifiers -- 128 (M. RtItinj
9.1. General data -- 128 IT-F. A 1-
jrbimTEa and &V. 3 ;PAI-
9.3. Saturation in regenerative amplifier-converters -- 1.32 (T.F. LrblzkoTs and
N.V. Soina]
~ X4 i0ises in parametric emplLfters vith one idle frequtacy -- 14T IV-S. Min]
~ XI. Widening of pass bands of resonator regenerative Wamtria amplifiers -- L60
[Yu.L. Khatuntsev]

ACC NRi M15005925
Ch. M. Stability of regenerative parametric amplifiere - 18,f (V.8. Etkial
12.3. Temperature fluctuatiou of diode paromtere and their effect on the sta-
bility of the regeneration factor of p3rametric attiplifiero -- 191 (I.A.
Strukm
Part 4. Development of parametric superhigh frequency
amplifiers with one idel fm-quency, experimental
study and application
~ XIn. I-lain circuits and experimental equipment for tuning and study of
parametric amplifier characteriatica -- 200 (V.S. Min]
~ XIV. Experimental develo]pment and study of low noise Parametric =plifiera with
one idle frequency -- 214 [V.8. Etkin)
~ XV. Development and study of videband parametric amplifiers -- 238 (Y.S. Milk]
~ XVI. Problem of producing sygtems for stabilizing the characteristics of re-
generatiye parametric amplifiers -- 256 [V.S. EtKaj

--- -------
ACC NRt 111,15005925
Ch. XVII. Some problenn In the application of parametric amplifierl t
I Vi h one Idle
frequency -- 263 (V-S. Etkin]
Part Parametric systems
A. XVIII. Parametric amplifiers with three operating freqw-ilcies -- 268 (V.S. Etirdn)
18.3. Main prop--rties of three-frequency parametric maplifiers with output, to one
of the side frequencies -- 269 (Ye.S. Karmanova]
. XDC. Systems with several amplifiers or diodes -- 283 [V.S. Dtkln(
. XX. Synchronoir, parametric amplifiers and scAte problems of their application
(V-S. Min]
20.8. Sensitivity of a receiving device equipped with a synchronous parametric
amplifier -- 309 [G.I. Rozhkoval
Ch. XXI. Sulx-rregencrative parametric amplifiers -- 317 [V.19. EtIr.1n)
21.2. Frequency and phase chaxacteris ties of a parametric ouperregenerator -- 31':1
(G-1. Rozhkava]
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AC NR -125
C I A145005~~
Ch. )MI. Returvable p3ramr.-tric filteru -- 527 (V.S. LLYJnj
Ch. MII. Parametric limitere -- .531 (V.5. I
Ch. XXIV. Application of lwamtrie, aystems ~
(Ye-M. Gershenzon)
-9 UB CODS3 09/ SU13H DATFt llAug64/ ORIG RE
Card -6/6- --- -,

S/789/61/000/036/010/013
E032/C'4i4
AUTHORS: Gershenzon, Yu.,'-,., Shupyatskiy, A.B.
TITLE: Scattering of elliptically polarized radiowaves by
nonspherical atmospheric particles
SOURCE: Tsentrallnaya aerologicheskaya-obHervatoriya.
Trudy. no-36. moscow, 1961. Voprosy fiziki
radiolokatsii oblakov, 102-108
TEXT: This theoretical paper is concerned with the scattering
of elliptically polarized radar waves which are gonerated and
received by a radar st:%tion with a single antenna. The scattering
pai-ticles are approximated by ellipsoids of revolution whose linear
dimensions are much smaller than the wavelength. Moreover, the
scattering is assumed to be incoherent. Expressions are derived
for the reflected field components parallel and perpendicular*to
the incident field. The reflected power is found to depend on the
,orientation of the scattering ellipsoids. Fig.1 shows the
results of numerical calculations of the ratio of the reflected
power for circular and liaear polarizations which are based on
these theoretical results. The!je plots can be used to determine
Card 1/2

Scattering of elliptically ...
the form factor of the particles
intensive rain and hail. The
of elliptically polarized wavus
the form, orientation and the phase
responsible for the reflected Agnal.
S/789/61/000/036/olo/ol3
E032/EI114
and to distinguish between
Setieral conclusion is that the use
will lead to information about
structure of the par-l"icles
There is I figure.
Fig.l.
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-IT
-6
L 12867. j Alb"AFIM/
RPL SSD/APGC Paa-4/Pt5-4/Pc-4/'Pr-1f,/P-,-4 RIVBW/Mi/jl~f
ACCESSION NR-. L'30020"'13 S/O*L'/'.I/'63/0:16/003/0,201/020~
AWHOR; Azettyan, 7. V.: Gersbergon Yti. M.1 Na.lbarxbrart. Al,.V.;
TITLE: Discovery of frd!017ogen & oVgen atcans in vacttum-flamin(r of mixtures
of carbon monoxide & oxygen in tht) presence of Small addit-ions of ii-thylene
SOURCE: AN ArmSSR. Izv. Khimicbeskiye naukl, v. 16, no. ~, 1963p 201-203
TOPIC TAGS: free 0 atom, free H atom, etlVlene, self-combui5tion
ABSTRACT: To verify the mechan-'su of CO combustion ence of
\\in the pres jLhj1tx~eA
the concentration of free 0 and H atoms ~a-`s`d;-teiRled by electron paramagnetic
resonance measurament. Etlqlene accelerates CO combuntion and 'krx'iera the limit
of self combustion; the ethylene concentration at which 0 content is mxitw is
also the concentration at which the lower self-combustion lindt 113 r-inimum - about
0.2%. 0 and H concentrations increase with elhylene incrane (to about 2.~ and
0.4%, respectively), then decrease,. Increaso in tomperaturo incTaalles'0 coritent
faster than H concentration. Orig. art. has: I figure and .1 fcniulas.
ASSOCIATION: Institut khimicheskojr fizilci AN SSSR (Institirto of Chemical Physic
AN SS
Card I/if

S/23 2 (0/O.'('1/002/003/'003:_
4W T NOR; GCrS110112:0rL, YUJI,
TIT12 DeternAaation of Uic concentrad.on of activity cen-
ters along a rea-atiort tube by k1he --i'l.,44 riethod
PLUODICAL: iQademiya nauh Arviyanskoy SO,. Dol(L-ady, V. 361 no. 2,
1963, 39-93
The possibility of usiag 7~111L ftr t1w, detexminatiom.
of the distribution of in'ceimiediate parxi,,,agnetic particles is dis-
cussed. It is shoi-a-L that the ~~):periinental det,!!:rniiv1tion of the de-
pendonce of the '~TR signal. on the mutual ditpas:17tion of the m-action
tube and the resonator may be used to dctcrWx,a tb(~ rAial avora~e
of the cone en tration. The theoretical analysis i4i npplicd to the
case of a cylindrical resonator (1-1()g wave) tv-:.ed in the xEM-2M in-
strLiment developed at the Institut It.imicheskoy fiziki. 1V SS!;'.R (In-
stitute of Chemical Physics, AS it J',, aLSO GIA01M that the
problem may be rcduced to the solution of a diffe-,:,eru:~O equation Of
the 1-orvi (l/2_,r)2d31/dZ 1/2(Z I and flic achation of -this
Z+
Gard 1/2
------- ----

8/252/65/036/002/003/003
Dctcnn4nat-.Lon of tile D21
az. M, "e used to
equation is sought in the Eorm Z- Thi, gy 1,
determine the required concentrattion.
A
~ XCL,210,11: lustitut kh irnic lie rloy fjxil,~j, AlendeliuLya nauk SSR
SS
!-ns ti tkutc of Chomical 11hysics, A-3 USSR)
by A.I.). Nal.bandyati, Nkomlxr Curri:!,spondakiL oil tl':1(3 AS
Card 2/2

AZATYAN, V.V.; GERSHENZON, Yii.M.; NALBANDYAN, A.B.; STITH-ICN-YIJAIII
Detection of free hy&--ogen and oxygen atoms in a rarefied flame of
carbon monoxide and oxygen mixtures in the presence of Bmall arnount5
of ethylenE additions.. Izv. AN Arm.SSR. Kbim.nauki. 16 no.3:201-21)3
163. (MIRA 17~9)
1. Institut khimicheskoy fiziki AN SSSR.

GERSIENZON) YU.M.
Doter-mination of the comontratlon of active centors. along a rea(,,-
tion tube by the electron magntic resonance inethod. Dokl. AN Arip.
SSR 36 no.2,.89-93 164* (MIRA 17:3)
1. InstAtut khimicheskoy C171ki All SSSR. Predntvrleno
respcn~entorn AN Armyanskoy SSIt A.B.Nalbandyanom.

ACCESSION NR: AP4012972 S/0020/64/154/004/0883/0885
AUTHORS: Balakhnin, V P.; Gershenzono Yu. M.; Kondratlyev, V.N.
(Academiciani; Nalbandyan, A.B.
TITLE: Measuring the concentrations of atomic oxygen and hydrogen
in a rarefied hydrogen flame by the method of electron para-
magnetic
SOURCE: AN SSSR. Doklady*, v. 154, no. 4, 1964, 883-885
TOPIC TAGS; elementary reaction, successive reaction, Btoichio-
metry, stolchiometric mixture, resonator, atom concentration,
atomic oxygen, atomic hydrogen, rarefied flame, magnetic moment
ABSTRACT: This project relates to the finding of atomic oxygen and
the measurements of the concentration of 0 and H atoms in a rarefied
hydrogen flame by the spectra of the electron paramagnetic resonance..
The jet-type reactor used in the experiment was placed Inside the
-resonator which made it possible to determine the 0 and H atom con-
centrations in the combustion area. The project began with a study
Card

ACCESSION NR: kP4012972
of a rarefted flame of a mixture containing 5% 11 and 95% 02,
Large quantities of atomic oxygen (up to 6 x ld? particles) were
recorded in the flame of that mixture. The noncentration of atomic
hydrogen in this cape lies within the sensitivity range of the in-
strument (1-2 x 1014 particles). The area of preferential forma-
tion of atomic hydrogen is found in mixtures containing 15% and less
hydrogen. The area of preferential formation of atomic hydrogen
lies in the mixtures containing over 70% molecular hydrogen. It
should be pointed out that in the determination of the absolute con-
centration of hydrogen and oxygen atoms, the difference in their
magnetic moments was not taken into account, and the resulting con-
centrations of atontic oxygen were therefore 4.5 times as large.
Orig. art. has 2 figures and 1 formula.
ASSOCIATION: Institut khtmicheakoy fiziki Akademii nauk SSSR
(Institute of 11~hemical Physics, Academy of SciencesSM)
Card

ACCFSSION NR: Ap4ol6511 S/0020/64/154/005/1142/.1144
AUTHORS: Balakhnin, V.P.; Yu, M.j Kondratlye-vp V.N.
(Academician); Nalbandyan,
TITLEi Discovering a free hydroxyl in a rarefied hydrogen flame
by the electron paramagnetic resonance method
SOURCE: AN SSSR. Doklady*, v. 154, no. 5, 1964, 1142-1144
TOPIC TAGS: hydrogen flame, rarefied flame, microwave spectrum,
hydroxyl, free hydroxyl, dipole, d1pole transition, hydroxyl absorp-
tion, resonator, linear velocity, OH spectrum, Oil absorption, atomic
oxygen, molecular oxygen
ABSTRACT: Studies made by Dousm0niz, Radford and other researchers
revealed that the micruwave spectrum of GH absorption is dependent
on electric dipole transitions, the ~-ntenalty of .whicl) iB conalder-
ably greater than that of the ordinary electron parwaSnetla reson-
ance line:j broughD about by the ma&netic dipole transitions. it
Card 1/3

ACCESSION NR: Ap4ol6511
follows that when the pressure In the flame OmL H2 with 0 Js low, it
is possible to detect tha signals of paramagnetic absor.p?;ioLn of a
free bydroxyl- the discovery of OR is possible only the parti-
cles ar-- placed in the loop of an ultra-high IL:,cquoncy electric
field. 'The reactor made for investigation pu:rposcs (-~Lzcm qvaz-vz)
was designed in such a way that the absorbing cell filled tha entlre
resonator and 'this made it 'oos,~,ible to observe the spectr-J,-.1 deter-
mined by the electric and magnetic dipole transitions. -t vn,;is found
.1. U
that the OH sign gradually rises with t'he increasing, H2 content arid
reaches a maximum when the latter amiounts to 00;'i), while t-he H sign
shows a sharper increase and reaches its maximum value at- 70" F-2-
No signal of atomic oxygen was observed In our e:rpc,-?f-,7.ent as it -..,as
completely suppressed by the signal of moleculai, o.,y;~cn, the a--1?1-1-
tude of vibich at a low temperatmre of the aboorbing, cells is con3id-
erably greater than the 0 signal. However, the 0 concentrations
previoucly oboerved in 11,-poor mixtures have been corqf 'lerably
Greater W-8o times) tha~-n the concentrations of atomic . hydrogen.
Card 2/3

ACCESSION NR: AW16511
Orig. art. has: 2 figures and 3 formulas.
ASSOCIATION: Inst'L" ' kbimichesko, C
W U y f izil i Akad~nili nauk SSqR
(Institute of Chemical Physicsv AcadeV of Sciences,-SSSR) ,
SUBMITTED: 050c,L-63 DATE ACQ: 12M=64 ENCL: 00
SUB CODE: PH NO REF SOV: 003 OTHM: 004
Card 3/3

ACC NR: AP6019532 SOURCE CODE: UR/0020/66/168/004/0851/0853
AUTHOR: -Gershenzon,.Yu. M.; G-1-e-b-o-va, 0. N.; Azatyan,_V. V.; ~ala~hnin, V. P. yl~
Nalbandyan, A. B. (Academician AN ArmSSR)
ORG: Institute of Chemical Physics,Academy of Sciences SSSR (Institut khimicheskoy
fiziki Akademii nauk SSSR)
TITLE: Detection of the OH radicallby the EPR method in the rarefied flame of carbon
monoxide in the presence of'small amounts of hydrogen
SOURCE: AN SSSR. Doklady, v. 168, no. 4, 1966, 851-853
TOPIC TAGS: carbon monoxide combustion, carbon monoxide flame, hydrogen donor,
hydroxyl radical, EPR method 3
ABSTRACTt The basic processes of the propagation and branching of combustio-n of CO
in the presence of a small amount of 112 are the following:
~Go + Oil ~ C03 + 11;
if + 03 ~ Oil+ 0;
0 +111 -9 Oil + It.

ACC NR- AP6019532
For small amounts of If reaction (III) is rnte determining. Earlier, the EPR
method was applied to L'tect noticeable concentrations of oxygen and hydrogen atoms
in the rarified CO flame in the presence of hydrogen donors such as 112, CH4, C2H4,
H20, etc. For direct detection and determination of all three active species, i.e.,
hydrogen and oxygen atoms and the OH radical, the absorption cell was specially made
to fit completely into the space in tile resonator and was placed in close proximity
i to the reaction furnace. Measurement of the absolute concentrations of OH radicals
was made with respect to molecular oxygen according to tile formula:
Noij - No, 901t
Q0.
where N is the concentration; Q is the numerical coefficient varying with the absorp-1
tion bands, e.g., ranging Erom 40 to 200 for oxygen; and f+ and 1+ are the space
factors for the magnetic and the electric fields, respectively. The results of the
measurements are given in the form of two graphs which indicate the dependence of the:
concentrations of active centers on the time of contact and tile amount of added H
2*
Card 2/4

ACC NR: AP6019532
PaTticles/cm3 Particles/CM3 b
(0)
CHI
~Pa,rtlcles/cm)-'
<
S 10 IV U V A
918 4zU qu cet V1 401 40J 494 90JCOX'
t
Fig. 1. Dependence of concentration of active F~gure 2. Dependence of the maxi-
centers on the contact time (T - 923 K, P mum concentration of active cen-
3 mm Hg; H2 = 6%) ters on the addition of_hydrpg!-,k
(T - 923 K, P - 3 m 11g, W = 30 to
3
a - Calculated; b - experimental. 40 cm /min.
i Figure 2 indicates that the oxygen concentration passes through a maximum, contrary tD
the monotonically increasing concentration of if and OH. Thil; is explained by the as-
sumption that in the case of small amounts of aducd U2, reaction (111) is the rate
determining step, and in the case of high 112 concentration,reaction (11) is the rate
Card _ 314
- ----------------------------

ACC N14 AM5005925
Forevord -- 3
List of basic symbols use& in the formulas and diagrams
Part 1. Problemij in the theory of circuits vith
variable paraimeters and general yroperties
of regenerative euperhigb freqwacy aupUflero
Ch. I. Introduction -- 5 [V.S. Min and Ye.H. Gerahenzon)
Ch. II. Historical survey -- 15 [V-S. Etkin and Te-14- aershenzon)
Ch. III. Basic energy relationships. Classification of resonator parametric
amplifiers -- 23 (Y.8. EtIdLn]
Ch. IV. Problems in the general theory of circuits with variable parameters 31
. (V.S. Etkin)
4.2. Integral transformations In the theory of circuito vith variable parawters.
Basic equation -- 33 [A.P. Lavut]
Ch. V. Some general ymyertieo of regenerative superbigh ft~quemcy amylifiera -- 44
[V.S. Etkial

A" "R' AN5005925
Ch. VI. Characteristic noise properties of amplifiers vith -rarlable p"Meters -- 58
[Y.8. Etkin)
Part 2. Bemicon&uctor diodes for paremetric system
Ch, VII- Semiconductor diodes vith controLled. caWitamce - (79 (To-K4 Gerstwow)
Fort 3. Paramtria! ampUriers vith one idle fMuewy
Ch. VIn. Amplification and pass bands of paramtria amplifiers vith one IdIn
frequency -- 95 [V.8. Itkin]
IX. Saturation of parametric =pUfiers -- 128 (V-8- Rtkinj
9.1. General data -- 128 ]T-F- Lyubimm and X.Y. SojMj-
9-3- Saturation in regenerative amplifier-converters -- 152 (T.F. Wubiwm and
H.V. Soina]
Ch. X. Noises in parmwtric ariplIfters with one idle ftvquency -- 14T (Y.S. F#tkia]
Ch. XI. Widening of pass bands of resonator regenerative parwatric ampLifiere -- 160
(Ta.L. Mortuntsey]

ACC NN M15005925
Oh- XII. Stability of regenerative parametric amplific!ro .. V17 [Y.S. EtIdn)
12,3. Temperature fluctuations of diode parameters and tbeir effect on the ata-
bility of the regeneration factor of parametric waplifiers -- 191 (]:.A.
Btrukov
Part 4. Development of parametric supedilgh frequency
amplifiers with one idel frequency, experimental
study and application
Ch. XIII. Main circuits and experimental equipment for t=Ing and study of
parametric amplifier characteriatics -- 200 (V.5. Et3dn)
XIV. Experimental development and study of low noise parumtric ampliflere vith
one idle frequency -- 214 [Y.S. Etkin)
XV. Develo]pment and study of wideband parametric Eunplifters -- 238 (Y.S. Etkin)
XVI. Problems of producing eyatems for stabilizing the characteristics of re-
generative Parametric ampliftera -- 256 [V.$. Etkin)

Ar-.'- NAi
jCh. XVII. Some problems In the application of parturetric amplifiers vith one Idle
requency -- 263 [V.S. 1Uinj
f
Part 5. Parametric ayBtenw
Ch. XVIII. Parametric amplifiers ~jlth three operating frequencies -- 268 (V.S. Etkinj
18-3- Main properties of three-frequency parnmetric tunplifiers with output to oaa
of the side frequencies -- 269 (Ye-S. Karmanoval
Ch. XIX. Systems with several amplifiers or diodes -- 2B3 [V.S. Etkin(
M. Synchronous parametric amp.Lifters and some problems of their application
[V.3. Etidn)
20.8. Sensitivity of a receiving device equipp!!d with a synehronous parametric
amplifier -- 509 [G.I. Rozhkova)
XXI. Superregencrative parametric amplifiers -- 3.17 JV.S. Etkinj
21.2. Frequency and phase chavacteris ties of a ,Mvunetric naperregenerator
(G.I. Rozhkovs)
C.,d

ACC N.R,
Cb. MI. Retmable parainetric fil-ters -- 52'f (V..'1. Etk[n)
Ch. XXIII. Parametric limiters -- .531 (V.S. Etkin)
Ch. XXIV. Application of parametric aptems in radiovave spectroacoyf
(Ye-M. Gersheuzon)
SUB CODEJ 09/ SUBM DATFs IlAugW ORIG RM 15V OTH REFp 312
S-914-6/6-

S/789/61/000/036/010/013
E032/E4i4
AUTHORS: Gershenzon, Yu.-Y., Shupyatskiy, A.B.
TITLE: Scattering of elliptically polarized radiowaves by
nonspherical atmospheric particles
SOURCE: Tsentrallnaya aerologicheakaya-observatoriya.
Trudy. no.36. moscow, 1961. Voprosy fiziki
radiolokatsii oblakov, 102-108
TEXT: This theoretical paper is concerned with the scattering
of elliptically polarized, radar waves which are generated and
received by a radar st,:ition with a single antentia. The *cattering
particles are approximated by ellipsoids of revolution whose linear
dimensions are much smaller than the wavellongth, Moreover, the
scattering is assumed to be incoherelit.. Expressions are darived
for the reflected field components parallel and perpendicular'to
the incident field. Tho reflectod power is found to depend on the
Prientation of the scattering ellipsoids. Fig.1 shows the
results of numerical calculations of the ratio of the reflected
power for circular and linear polarizations which are based on
these theoretical results. These plots can be used to determine
Card 1/2

111h, I, 'It I I III, Ii I WIVIII411111
S/789/61/000/036/on/oi3
Scattering of elliptically E032/E414
the form factor of the particles and to distinguish betweca
intensive rain and hail. The general conclueion is that the use
of elliptically polarized waves will lead to information about
the form, orientation and the phaso structure of the part-iclos
responsible for the reflected -jignal. There is 1 figure.
Fig.l.
Card 2/2

1286Z..63 EPA/ZDR/YU~ M/EWPQ (a) -2 ^'EbC/A1F?TC/
RPL/SSD/APGC Paa-4/Ps-4/Pc-4/Pr-4,/Pt-4 Rjj/BK/%jid/jw
ACCESSIC14 NR.- V11002633
AUrHOR- Azatyan. V. V.; Oershemn Yu. M.; %alba " 1W it, V.)
TITLE: DiBcovery of fAmaro'gen & oxygen atoms in va.auum-flaming of iaiitures
of carbon monoxide & oxygen in the presence of snmll 4id,1111tic-no of etlryle;ulb
13OURCE: AN ArmSSR. Izv. Khimicheski-ye nauki, v. 16, no. 3, 19(3, 201-203
TOPIC TAGS: free 0 atom, free 11 ato-m-, ethylene, celf-coribustlon
ABSTRACT: To verify the mechanisn of CO combustion\\in Ue proemnee of IniLene
J. _~A,
the concentration of free 0 and H MIX= i~a-s~e-te-=Tned by alertron paramagnetic
resonance measurament. Etlqlene accelerates 00 combustion akI lowers the 'Unit
of self combustion; the ethylene concentration at which 0 coatent is zaxiv= is
also the concentration at which tha lower self-combustlan lizat is ninimuri - about
0.2'/Q. 0 and H concentrations inemase %eLth ethylene inerease (to abaut 2.!i ands
0.4%, respectively), then decrease, Increaso in tempergtture Increases'O content
faster than H concentiation. Orig. art. has- I figure and ~3
ASSOCIATION:
AN SSSR)
Institut khimicheskay fiziki AN SSSR (Inntitute of Chemical Ph qic
y
Card l/k

S/:i 2 16'5/036/002/003/003
AUTHOR Gershenzorl, Yll.h.
TITIL: Datermination of -he concenTratiewl of activitY ccrt-
tors aloug a rclfictio-l tube tq tNi ZPR met"hod
E: Ani-Lyanshoy S!iR. 0011.1ady, v..36, no. 2,
u11ODICAL: Xmder,.dya nau!"
1963, 89-93
T -,Y.T The possibility of uGing EVIL for the detem-ination
o1Z the distribution of iiv~ermedliate paramagietic particle-s is (-Us-
cussed. It is shomi that the eicperimental determination of the de-
f lie
pendence of the 1,T11 signal, on the mutual dimpos,"AJon o t reitetion
tube and the resonator viaV be tire(! to detarm-ine 1:1-ja r4~diz:j.'average
o'! the concentration. The theoret-ical anal,ysis is applied to 'the
C"Me of a cylindrical resonato*v (1-1 Wave)' used in 'the 'ITV,-211 in-
L, - S!;R (In-
struruent developed at the Ins tituto4imicleskoy fizihi A4 I
stitute of Chemical Physics, j'S It Lis ,;i1so shovil that the
problem, may be reduced to the -solution of a diffe::-ence eqlation 0-11
the fozzn (1/2j*r)ld3j/dZ = l/2(Zz+1 - ZZ) and tILQ ,ii;olution of this
card 1/2

Detern,iinition of the D 2 LlJ/D2*,08
equation is sa-ught in the Eorm kl-~". 'Alia's may be used to
determine the required coni-.entration.
o
.A.SSOMM0,111: Institut lie skoy fizlld, Almdemiya nauk SSR
(Institute of 11"'homical ';hyaica, iM', USSR)
1:1 '%-L S 1; 11 T,!D by A.'). 1,10111bin, C#41'vl:(n!lpO(ldcat Q~c- the
Card 2/2

AZATYAN, V.V.; GERSHENZON, Yu.M.; NALBANDYAN, A.B.; STUY-Y-EN-TIJAW
Detection of free hydrogen and oxygen atoms in a rarefied flame of
carbon monoxide and oxygen mUture-3 in the presenca of small amounts
of ethylenE. additions., Izv. AN Arm.SHR. Khim.nauki. 16 nc.3:201-201
163. (MIRA 17:9)
1. Institut khimicheskoy fiziki All SSSR.

GERSHENZON, YU.I.I.
Deteraitriation of the coricontratJon of active cerifovo along a roac-
tion tube by the electron magentic resonance iaethod. Dokl. AN Am.
SSR 36 no.2:89-93 164. OMIRA 17:3)
i. InstLtut kidmicheskoy fLziki AN SSSR. Predatr-cilono chiincm-kor-
respendentom AN Armyanslcoy SSIt A.B.Nalbandpinom.

i F,
a 1;1:~r

ACCESSION NR: Ap4ol2972 3/0020/64/154/004/0883/0885
AUTHORS: Balakhnin, V P.; Gershenzon, Yu. M.; Kondratlyev, V.N.
(Academiciani; Nalbandyan, A.B.
TITLE: Measuring the concentrations of atomic oxygen and hydrogen
in a rarefied hydrogen flame by the method of electron para-
magnetic
SOURCE: AN SSSR. Doklady*, v. 154, no. 4, 1964, 883-885
TOPIC TAGS: elementary reaction, successive reaction, stoichio-
metry, stoichiometric mixture, resonator, atom concentration,
atomic oxygen, atomic hydrogen, rarefied flame, magnetic moment
ABSTRACT; This project relates to the finding of atomic oxygen and
the measurements of the concentration of 0 and H atoms in a rarefied
hydrogen flame by the spectra of the electron paramagnetic resonance..
The jet-type reactor used in the experiment was placed inside the
.resonator which made it postsible to determine the 0 and H atom con-
centrations In the combustion area. The project began with a study
Card. 11p,

ACCESSION NR: AP4012972
of a rarefted flame of a mixture containing 5.16 1~1~ and 95% 02j
Large quantities of atomic oxygen (up to 6 x 10 particles were
recorded in the flame of that mixture. The oncentration of atomic
hydrogen In this q�e lies within the sensitivity range of the in-
strument (1-2 x 1014 particles). The area of preferential forma-
tion of atomic hydrogen is found in mixtures containing 15% and less
hydrogen. The area of preferential formation of atomic hydrogen
lies in the mixtures containing over 70% molecular hydrogen. It
should be pointed out that in the determination of the absolute con-
centration of hydrogen and oxygen atoms, the difference in their
magnetic moments was not taken into account, and the resulting con-
centrations of atomic oxygen were therefore 4.5 times as large.
Orig. art. has 2 figures and 1 formula.
ASSOCIATION: Institut khimiaheakoy fiziki Akademii nauk SSSR
(Institute of 6bemical PhyBics, Academy of Sciences MR)
9/4~_
Card /I

ACCESSION NR: AF4o16511 S/0020/64'/151VO05/1142/.1144
AUTHORS: Balakhnin, V P.; Q~rp.4-,pzon, Yu, M.; Kondratlyevj V.N.
(Academicians; Nalba'ntiyai~,'--X'.B'.
TITLE: DiBcovering a free hydroxyl in a rareried hydrogen flame
by the electron paramagnetic resonance method
SOURCE- AN SSSR. Doklady*, v. 154, no. 5, 1964, 1142-1144
TOPIC TAGS: hydrogen flame, rarefied flame, microwave spectrum,
bydroxyl, free hydroxyl, dipole, dipole transition, hydroxyl absorp-
tion, resonator, linear velocity, OH spectrum, OH absorption, atomic
oxygen, molecular oxygen
ABSTRACT: Studies made by DousmInnis, Radford and other researchers
revealed that the micrLwave spectrum of CH absorption is dependent
on electric dipole transitions, the J.ntensity of which in conaider-
ably greater than that of the ordinary electron parama-tnctlo reuon-
ance linea broughL about by the magnetic dipole transitions. It
Card 1/3

ACCESSION N-R: AP4016511
follows that when the pressure in the flame of H2 with 0 is loir, it
is possible to detect- the signals of pa-rl~.magni!!tic absorp~ior'. of a
free bydroxyl: the discovery of OR is possible only -..,'h-1n %the part-i-
cles are placed in the loop of an ul"~-.ra-hlgh frequency electric
field. '11'ha reactor made for investiZation purposes, J..or-a qua-,tz)
was designed in such a way that the abzorib:Lng cell f-*.I!Qd the ent'.1re
resonator and 'this made it possible to observe the spectr-im deter-
mined by the electric and magnetic dipole '.-Iransitlons. It. war, found
that the OH sign gradually rises with the Incz,easing :12 content and
reaches a maximum when the latter amounts t1o W^), twhile t-he 11 sign
shows a sharper Increase and reaches its =-Innim valve a', 70,", :12.
No signal of atomic oxygen was observed in otir as It
completely suppressed by the signal of molecuilar. c-,,y2;cn, the anpli-
tude of which at a low temperature of the ab!:,orbin,-, cells Is c-on3id-
erably greater than the 0 signal. However, the 0 concentrations
2-voor mixtures have been c,=,-,'-,'erably
previously observed in 11
,rreater (6o-8o times' thdn-the concentrations of atomic hydrogen.
U j
Card 2/3

ACCESSION NR: AP4016511
Or1g. art. has: 2 figures and 3 formulas.
ASSOCIATION: Inst'-,tut khimicheskoy fiziki kk->demi:L nauk SSSR
v
(Institute of Chemical Physics) Acadeaq of Sciences.Z33-21) ' ,
SUBMITTED: 05Oct.63 DATE kCQ: 12MarS4 M;r.,L.. 00
SUB CODE: PH NO REF SOV; 003 OTHER: 004
Card 3/3

Dol~ tA

ACC NR; AP6019532 SOURCE CODE: (IR/0020/66/168/004/0851/0853
t AUTHOR: Gershenzon,,Yu. M.: Glebova, 0. N.; Azatyan, V. V.; Balakhnin, V. P.;
Nalbandyan, A. B. (Academician AN ArmSSR)
ORG: Institute of Chemical PhysicsAcademy of Sciences SSSR (Institut khimicheskoy
fiziki Akademii nauk SSSR)
TITLE: Detection of the OH radicallby the EPR method in the rarefied flame of carbon!,
monoxide in the presence of small amounts of hydrogen
SOURCE: AN SSSR. Doklady, v. 168, no. 4, 1966, 851-653
TOPIC TAGS: carbon monoxide combustion, carbon monoxide flame, hydrogen donor,
hydroxyl radical, EPR method
ABSTRACT: The basic processes of the propagation and branching of combustion of CO I
in the presence of a small amount of 112 are the following:
CO + Oil --* COS + 11;
if + 03 -0i1+ 0;
0 + 111 -0 Oil + If.

ACC NR- AP6019532---
For small amounts of H , reaction (111) is rate determining. Earlier, the EPR
method was applied to ietect noticeable concentrations of oxygen and hydrogen atoms
in the rarified CO flame in the presence of hydrogen donors such as H2, C114, C2H4,
H20, etc. For direct detection and determination of all three active species, i.e.,
hydrogen and oxygen atoms and the OH radical, the absorption cell was specially made
to fit completely into the space in the resonator and was placed In close proximity
to the reaction furnace. Measurement of the absolute concentrations of 011 radicals
was made with respect to molecular oxygen according to the formula:
Noll - No, ~-Oll it,
Q0. 1+
where N is the concentration; Q is the numerical coefficient varying with the absorp-1
tion bands, e.g., ranging Erom 40 to 200 for oxygen; and f+ and 1+ are the space
factors for the magnetic and the electric fields, respectively. The results of the
measurements are given in the form of two graphs which 1xidicate the dependence of them
concentrations of active centers on the time of contact and the amount of added R
2-
Card 2/4

ACC N~, APbO19532
Pa?ticles/CM3
i C14 rnj
zz ,P i I T---I---A
(V2 414 ivi 418 410 QZ2 M qD1 WtW 494 Wiik
t
Fig. 1. Dependence of concentration of active
centers on the contact time (T - 923 K, P
3 mm Hg; H2 = 6%)
a - Calculated; b - experimental.
3-
'Particles/cm
F~gure 2. Dependence of the naxi-,
mum concentration of active cen-
ters on the addition of hy~Lrogen_l
(T - 923 K, P - 3 mm 11g, W - 30 to
3/min.
40 cm
Figure 2 indicates that the oxygen concentration passes through a maximum, contrary tD,
the monotonically increasing concentration of If and 011. This is explained by tile as-
sumption that in the case of small amounts of adut:d 11 , reaction (111) is the rate
2
determining step, and in the case of high H2 concentration,reaction. (11) is the rate
Card 1/4
Particles/cm3 h

ACC NR: AP6019532
determining step. The Oil concentration is tile smallest because tile rate constant
of reaction (I) is. tile largest. Orig. art. has: 2 figures.. [BNI
SUB CODE: 21, 07 SUBM DATE: 30Aug65/ ORIG REF: 009/ OTH REF: 0011/
ATI) PRESS: 6-d/q t
-cond

ACC NRI AP6034758 (Aj~) SOURCE CODEI Ult/0020/66/170/005/1117/1120
AUTHOR: Balakhnin, Ve P.; Kondratlyev; V. 11. (Academician)$ Nalbandyan
A. B. (Academician AN ArmSSA)-, Gerahenzon, Yu. M,
ORG: Inatitute'of Chemical Physics, Academy of 15ciences /GSSR (Inatitut
khimicheakoy fiziki Akademli nauk SS610
TITLE: Quantitative study of the hydrogen combustion mechanism in the
vicinity of the lower limit of ignition
SOURCE: AN SSSR. Doklady, Y. 170, no. 5, 1966, 1117--1120
TOPIC TAGSt hydrogen, b-pdvmj#wn combustionv, reaction kinetics, reaction
mechanism,
ABSTRACT: A calculation has been made-of the rate constants of-certain
elementary reactiona In the mechanism of hydrogen combustion at '
900-1052K using absolute concentrations of active centers measured by
EPR spectroscopy as a functioir of flow velocity. The amount of water
formed vas determined by freezing In a calibrated trap. The concentra-
tion of molecular oxygen was determined by direct EPH spectroscopic
measurement at the exit at the reaction zoae, T110 f011DVing rate can-
stauto were calculated at ooyeral temperatures In the range 900-1052Kt
1/4

ACC NRI AP603h758
k1i kj, k,O and kva]Ll for the reactions,
2
Homogeneous chaln
-
initiation
111+ 00 2011
- 011 + 11' "so + Chain
r
opa-
p
2. 11 +Os-011 +0 gation and
branding
0 + 119 0 1 ( + I I
Irall
Stable molecuke
01
Reterogensou
,
chain
I- Btable molowles broaki

0 -Stable- nolsoilm
The optimum values of these and some other conatente were selected by
varying them and comparing the results of an electronic.-computer solu-
tion of the appropriate system of equations vith the experimentally
measured maximum acl4ve-center-concentrations and degrees of combustion
h

ACC NRi AP6034758
It was shown that -the maximum active-center concentration (in the
region of greatest intensity of the combustion zone) are not affected
by longitudinal diffusion. A similar result was obtained on varying
the initiation rate constants From the value of the induction period
in beat agreement with the experimental value of contact time, reaction
(0') was selected iss the most optimum process and its constant was
k; 1012" e-39000/RT CM3.mol-l-sec-l,
Variation of valueB of the rate constants of reactions which are the
reverse of chain branching and chain propagation (1, 2, and 3) shoved
that the beat agreement of calculation and experiment is obtained when
all three rev'erse reactions are taken into account, although
H + 02 *- OH + 0
has the greatest effect on maximum concentrations. The maximum concen-
tratione of H, 0, OH and the concentrations of 02 and HZO obtained by
solving the system of equations were compared with experimental values..

ACC NR: AP6034750
The best agreement was obtained for the following values of rate con-
stantel
k,- 2-10-111-e-Ownr cm3 Mal-I
see
k,=1,7-10-'1.e-1"W"rCM3 Mol-I gec_~'
kj-0,0-J0-10-e-'noemrCm3 Mol-I see-,.
It was shown that variation of the values of the rate constant of
reaction (I wall) has no effect on the results of the solution; there-
jore, its rate constant cannot be determined by -this method. The
optimum values of probabilities of heterogeneous destruction of H amd 0
&tons Vero
en (2,4 :h 0,8) - 10-3 e-5
SUB COM 219 07/ OUBM DATIs O5Apr66/ ong VISPI Ol1j
OTH RM o06
Wh

ACC NR, AP6034758 RCE CODE: UR/0020/66/170/005/111T/1120
1AUTHOR: Balakhn1n V., P.- Kondratlyev- V. N. (Academician); Nalbandyan'
IA. B.--(Academician AN ArmSSR); 6ers cnzon, Yu. M.,
ORG: Inatitute'of Chemical Physics, Academy_ of Sciences SSSR (Institut
khimicheskoy fiziki Akademii nauk SSSR)
TITLE: Quantitative study of the hydrogen combustion \~ mechanism in tht
vicinity of the lower limit of ignition
SOURCE: AN SSSR. Doklady, v. 170, no. 5, 1966, 1117-1120
TOPIC TAGS: hydrogen, b7td=ov~" combustion~', reaction kinetics, reaction
m c c h a n i s m
ABSTRACT: A calculation haz been made-of the rate constants of,certain
elementary reactions in the mechanism of hydrogen combustion at i
900-1052K using absolute concentrations of active centers measured by
EPR spectroscopy as a functiorr of flow velocity. The anount of vater
formed was determined by freezing in a calibrated trap. The concentra-
tion of molecular oxygen was determined b'y direct RPR spectroscopic
measurement at the exit or the reaction zone. The following rate con-
stants were calculated at several temperaturos in the range 900.!-1052Xt
C.rd 1/4

ACC NRI AP6034758
k1p k j k 6nd kwall for the reac
2 31 2 tions,
k.
Homogeneous chaill'*

'
" initiation

1,+ 0,--*20 1
0
. I
i. Oil + 111 11"0 + H.
&-..,
Chain
ro
2.11 + Os- Oil + 0 p
p
gatioa'and

*
*
' branding
"
0011
3. 0+11,1
+ 11

01-1-~+ Stable molsoiles
Heterogeneous.
all
k.w
chain
Stable molemles ~
breaki-ng:;_~
.
0 Stable-zoleoi1w
The optimum values of these and some other constants were selected by
varying them and comparing the results of an electronic-computer solu-
tion of the appropriate system of equations with the experimentally F
measured maximum active-center concentrations and degrees of combustion,
2/4

ACC NR. A P603-47 ~8_
It was shown that the maximum active-center concentratiQn (in t?,e
region of greatest intensity of the combustion zone) are not affected
by longitudinal diffusion. A similar result was obtained on varying
.the initiation rate constant. From the value of the induction period
in best agreement with the experimental value of contact time, reaction
W) was selected as the most optinun process and its constant was
k' 1012.4 e-39000/RT Cm3.mol-1-sec-1.
0
Variation of values of the rate constants of reactions which are the
reverse of chain branching and chain propagation (1, 2, and 3) showed
that the best agreement P' calculation and experiment is obtained when
all three reVerse rea,.ions are taken into account, although
H 02 *- OH + 0
has the greatest effect n maximum concentrations, The maximum concen-I
trationa of H, 0, OH aLl the concentrations of 02 and 1120 obtained by 1*
oolving the system of equations vere compared with exporimental V&luOB#11__

ACC NRI AP6034758
The best agreement iras obtained for the following irs,luce of rate con-
stantot
3 -1 '1
i k,== 2-10-10-c-4"W"r cm mol Dec
ka = 1,7 - 10-10. e-1110JITCM 3 mol-I Gee-tl
k3 = O'D. 10-10. C111001AT cm3 Mol-I qeC,1
It was shown that variation of the values of the rate constant of
reaction (1 wall) has no effect on the results of the solution; there-o~
,fore, its rate constant cannot be determined by this method. The
optimum values of probabilities of heterogeneous destruction of R and
atoms were
en = (2,4 ~-- 0,8) - 10-3.
M (8,0:1-- 4,8).10-4. g-4owar. Olk-681
SUB CODEt 21, 07/ SUBM DATE% 05Apr66/ ORIG RHY: 011i
OTH REF: 006
ik
4/4

If ,A , ~~ ~
Flr3t obiervati-).-ir, of tl:,) state of the cqrd-i-ovascaltir L;ysteln
In patients of rest, homes in Kfuumm, r~bor,trud,Vz,gos.
nauch,isslAwir Aiir.i fiziotor, 17:ij:11-181~ 16;.,, (M,.RA ITC?",

I
f
f 11,; ~
I .
all:,:.
i;1- . ,
i
I

1-0~t~7r-' I ~'- I ~12-711i-
GE~ 10! IL.: N(Wic I I). G'p
Is3ledovarie avtorMicheskoro remili.rovaniia temperatut7, aviatsionnykli motorov.
1-loshra, BNT, 1046
Tit e tr. : Investil.,ation of automatic terperptlive control of aircraft
engines.
NCF
sn: Aeronautical Sciences and Aviation in the Soviet Union, Librar-.~ of
ConCress, 1955

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ONOCIMI hoc
YiL11JONG LF .'-_,TAai' AU hl~
vodskaya
I Gershavich, T. A. Kikhailova and D. ~,. Slavin,. (La
Libbrat6iiya, 1948, Vol. 14, Joe., PP- 1437-1436'. (:n
Russian). ;jm apparatus for the electrolytic pollshl:ng cf
Metallogri7-hic sections 13 describod in whizh
8.L ~__L
of
a current 1-00
don5tty of < $00 amp./sq. tim. is obtatied with ts to 12 V. -00
The electrolyte used consists of 60-65 wt--% phnsphortc acid AVIS
(1p. gr. 1.50-1-55), 15-20 wt.-% sulphuric acid ~sp. r,.r. 100
1.84), 3nd 0.5, 7.0, and 13.0 wt.-% of chromium trioxide,
"go
glycerine, and water, respectively, and contain5 5 g./l. farroU3 coo
sulphate. The call consists of the section-an(xie restln,, on a 9*0
piece of glass cloth which comers the cathodv. Ae electvolite ~90
is gravity-fed through perforations :Uj the latter, imepin;,, the too
glass cloth thoroughly soaked and the flowing off into a
trough. Photomicrographs illustrate results obtained In thid
way, which compare favourably with those obtained by the
usual methods. S. h. 111400
L AAltAtLUICKAL LITERATURE CLASIOXATION
.1, am. out
U S if lo I
D, It 10 0 AT a a x 9xtilt It -L!!-; ;!;;41 1s a
: 0 *
0 0 9 0 0 0 0 0 0 0 0 0 0 9 9 0 0 0
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tie 0
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nw i ir so j 1 4
Is 0 00 .0 a S 41 0 41 0 0 4
0 0 0 00 41 0 0090 01 to 0

( A
Pescil Witf~f W pH . at. A. I, L;crshe-
vich. zurstlibsys rAb. 1 1. ---A line dr4wtt
hy An .In&-Star peftru" Acrum. a litter Paper stri ippg.ld
Into the test sda. asmumm the ItroW color to vNiml
,,If jind b compared visustlly with the rotor that. Fix
a I"A SO' Owl ICY JIUPCI 6 APIAMI
to The test Opecinwo XMI the diffu%% :X it usmi for the -
Actual dein. (". U. Kumtolmitoll

elf c,,,,
SoLOO.
I nd I-IQ

KASHKIN, A.A.; MEMO, Ye.V.; RLVVA, M.K.
Basic results of the work of the south Abinskiy underground
gasification station in 1961. Mauch. trudy VLNllfbdzerWaza
no.8:87-,91 162. (MIRA 10:6)
1. lAboratoriya gazifikatsii kamennyldh ugley Vsesoyuznogo
nauchno-issledovatel'skogo instituta podzemnay gazifikatsii
ugley i Yuzhno-Abinskava stantsiya "Podzemgaz".
(Abinskiy region-Coal gasification, Underground-
Accounting)

KMYNILN, Ye.V.; ZABROVSKIY, A.S~; MUIEVI~'il, ;',.G.
Analysis of the technological regimes of starting the
exploitation of inclined gas-evacuation boreholes at the south
Abinsl~iv iinderground gasification station, flauch. t:rudy
VN II Foci Zpmgj ZLt (MIRA 16:6)
1. Laboratoriya gazifikatsii kamernykh ugley Vaesoyuznogo
nauchno-issledavatel'skopo instituta. podzemnoy gazifil-atsii
ugley i Yuzbno-Abinskaya sU,-:tsiVa "Podzemgaz".
(Abinskiv ~,:::ification, Underg-round)

SHEVCHENKO, N.F., a-,,v. i-erl.; i4AMYEVA, Ye.E., !'Q(l.;
'IF.,
IOSSSET, G.Ya., .d
., .;
A.S.) red.: !-04SHCHIKOVA, L.I., 1--d.;
O!'URN F.:.. 1-,d.,
dotv.,.ed.;
i,ed.i OVEMIKINA, L.,,!., red,
Publi. hea_Lt,l', ii: ,umui- artiel~:,,]
Zd.-avookhrqnenie Point-:3ki otda::1J.; ibornik st,w.el. bLa~,.O-
veolichem;k, Aull'u-:1kne knizIlm-'r! 19(,2. 96 r,.
1. Amur (Province) Otdel zdravookht-arwriva. '2. Zaveduyu-
shchiy Goapitailnoy klinikoy bla~-ove-thdien-
'i I:a.a f
sixs-G m..d -,sinskovo inst-Ituta, (for
losset). 3. bla,,,_-oveshchenskiY
Amu.-skla~'a ci:!lastl H'or Zavedaymshchiy Klirdkoy
obshchey khirurgii Blagov~~ 3
tuta, kmrnkaya oblastl
M t~itsin-
'k,-,,.o in-tituta, Araurskaya obl'astl (for Vlnxirlk). i:.. 2ave-
~l ~,
dupushchly Ka~edrov sutiebnoy Tn~)dit';illy ',jlagOv-_~.shrhellskOgO
r..-,!,ditsin:~kogo instituta, Anuv:~ka:ijl Oblast' (-~Cw Fvn).

86-8-14/22
AUTHORS: Gershevich Yu. F. Eng' Lt Col., and lConlkov, N. G.,
Erso- Lt,, Col.
TITLE: Aircraft Technician 0. S. Kashkalov (Tekhnilc s,3moleta
G. S. Kashkalov)
PERIODICAL: Vestnik Vozdushnogo Flota, 1957, Nr 8, pp. 66-71 (USSR)
ABSTRACT: The article describes how Lieutenant TechrLician Grigoriy
Semenovich Kashkalov became the best aircraft technician
in a Soviet Air Force unit, and how he has performed his
duties and shown initiative tending to improve the air-
craft maintenance work in the unit. He was trained in an
Air Force Primary School (viyeanaya aviatsiomaya shkola
pervonachallnogo obucheniya and, vhile serving in the
unit, he passed the mechanid's examinations and graduated
from an Mr Force Technical School (voyennoye aviatsionnoye
tekhnicheskoye uchilishche). He is responsible for the
maintenance of a MiG Jet fighter; thanks to h1s conoien-
tiousnesa, meticulousness, organizational skill, personal.
example and e=etin~nesv,, he managed to decrease the compla-
cent routinism; as a regult, the airplane he has cared for
C9Wd 1/3 has flown without any failure for msAy years. For instance,

Aircraft Technician G. S. Kashkalov (Cont.) 86-8-14/22
caliber in the units, a higher standard of maintenance
work wuuld be achieved.
AVAII.A'BI : Library of Congress.
Card 3/3

SOV/86-58-8-29-/37
AUTHOR; Gershevichj,.T14.F., Engr Col, and Afanaslyev, G.B.,
cap "i
TITLE: For Greater Scientific Activity Among Engineers of Com-
bat Units (Aktivizirovat' nauchnuyu rabotu inzhenerov
stroyevykh chastey)
PERIODICAL: Vestnik vozdushnogo flota, 1958, Nr 8, p-p 80-81 (USSR)
ABSTRACT: The authors are of the opinion that a closer coopera-
tion between the engineers of combat units and related
specialists in academies and higher educational Insti-
tutues Is needed to effect a mcre efficient exploita-
tion of combat materiel. They also note that a special
periodical for the engineers would be of great impor-
tance.
Card 1/1

VOYTKIVICH, A.A.; BWzrHOITOVA, A.I.; B:iRWVA, Z.D.; GUR-SKEVITSX&YA, R.T.;
SH103KO, O.D.
Effect of adrenaline on regenerative processes in normal and caa-
trated animals. Biul. ekap. b1ol. med. 47 no.2.-124-128 F '59. OCIRA 12:4)
1. Iz kafedry giatologii i embriologii (zav. - prof. A.A. Toytkevich)
Voronezhakogo meditainakogo instituta (dir. - prof. M.I. Odnoralov).
Predstavlem deystvitellnym chlenom AMN SSSR T.T. Pariuym.
(REGMMATION,
off. of epinephrine in normal & castrated animals (Ras
(CASTRATION, off.
on gegen. reactions to epinephrine (Ihm))
(APINEPHRI111, effects,
on regen. in normal & castrated animals (Rua))

GIMML I D R, Aw 4 -
I.... - -__--,~
All-Union conference on technical reorganization of limeotone
quarries. Sakh. prom. 31 no.2.77 7 '57. (XLBA 10:4)
(Limestone)

Gi:i-~'SHGALY D., inzh. laureat. Stahnor-oy prendi.
Ultrasonic wavea at work. Mezt.prom.i khud.promyB. .1 n(42/3!
/a-42 1~-D 160. (HIRA 1-4:4)
(Ultrasonic waves-Industa-ial applications)
(Industrial equipment)

-:21:11 1 ~ -
-7 -~ . 6 11 r~A- ,I .
25716. IENSIfAL, D. i DA:iA V. Samcdel'n3rj Vthroprer)~razcvatell
Radio, 1949, No. 8, s. 55-59.
SO: Letoris' Zhurnallnykh 3tatey, Vol. 34, Mbsk-ia, 1949

GKRSHGAL, D.A.; DA13AGAN-SUSHCHOV, V.I.; BM, A. I., Wzadomik, redaktor
BM Y, A.A., redaktor; FRIDKIN, A.M., tekhniabeekiy redak-tor
[Home-made vibrator] Samodellr7i vibroproobrazovatel'. Moskva,
Goo.energ.izd-vo, 1951- 38 p.(Hassovaia radio biblioteka, no.110)
(Radio-Transform6re) (MI.RA 8-10)

USSR/ Electronics - Vibrator transfonners
Card 1/1 Pub. 89 - 26/32
Aut'hors I Gershgal, D., and Novik, G.
Title IDiagrams of-vibrator-transformer units
Periodical IRadio 2. 51 - 52. Feb 1955
Abstract IA description is presented of the V-2, V-5 and-V-12 Tibrator trawfomer
units used for rectifying power supply, and diagraw are presented do..
picting various types of vibrators.
Insf"Atution: ...
Subinittedt i.4

GBRSffjAL, D.; NOVIK, G,, lailreat Stfilinakoy premil.
Design of a transformer and spark extinguilibW, circuit of a
vibration converter. Radio no.12:45-47 D 155. (MLUA 9:4)
(Blectric current converters)

--GXjLHqAL, J~~vld Abramovich; KAIIEVSKAYA, M.D., redgktor,- URYAKI.IIA, M.S.,
- ---FeFH-nicheskiy rodaktor
[Design and construction of vibratory converters) Raschet i
konstruirovante vibropreobrozovatelelo Moskva, Ind-vo D05AAY,
1956. 129 p. (MLRA 9:12)
(-'electric current converters)

GERSHGAL, D.-, DAROGAN-SUSIICHOY, V.
Power sources for low-powered radio apparatus. T. pom. radioliub.
no.lr25-39 156. (KLRA 10:8)
(Radio--Equipment and supplies) (Ilectric batteries)

GFMHGA~,~ - .-
"Sonic and ultrasonic waves and their use in light industries"
by V.M.Fridman. Reviewed by D.A.Gershgal. Leg.prom.17 n0-9:51
S 157. 1 (MIRA 10:12)
(Ultrasonic waves--Industrinl AppliCAUOnS)
(Fridmen, Y.M.)

GMISHGAL, D.A., inzh.
.Now condenser type detonating machine. Borop. truda v Ivom. 2
no.8:31-33 Ag 158. (MIRA 12:7)
LTSentrallnaya nauchno-iseledovatellskaya laboratoriya Gosgortekhnad-
sora RSFSR.
(Detoriators)

GFdWGAL,.David Abramovich; TURSHOV, Leonid Alekseyovich; LTUBIKOV,
N.G., otv.red.; KOMDWI MA, N.A., tekhn.red.; ILIINSXAYA,
G.M., t5khn.red.
[Detonating devices and matering equipment for electric blasting]
Vzryvnye mashinki i izmaritellnye pribory dlia elektrovzryvaniia.
Moskva, Gos.nauchno-tekhn.izd-vo lit-ry po gornomu delu, 1960.
44 p. (MIRA 13:12)
(Detonators) (Blasting)

-,L, a'llv nol-.~,~OIGH - "I
--- ,~. 11
Vzry,.rny.,,,e mz~shinkt i i:~:ieritel'nyye riol-rly 'Iya ~:1e,~.trov?ryvi.nipt
~i/ rte?*, LgoO. i4p. Mus., zUa,,-,ri-,.s, tables.
v;o~itrlfh, Izosco "I -
22 UA.
_rz~ nical foot:ld-.eo.
1)Iblio,-,

PHASE I BCOK EXPLOITATIGN SOV/5884
G*rshgaL, Djvt~d At~ram)vlch, and Viktor Mironovich Fridman
Uj!t~fl7-j'-X.-11'1ay'A aL'Pa:FjtUj[j ~kUltrasonlc instrumentation) , Moscow, Gosenergoizdat~
Dn 1. 2 ~ 6 i, 112,-~1'110 -copies printed.,
Ed~_- u~, K N~)vlK and 3, N. Sinitsinj Tech,, Ed.. G~ Yo, Larionov~
PURPOSE- Th;~ hz-,~lk in intended for engineering and teohnical personnel in
~,rarichn.i --.f ~_fidustry using ultraa.3Stc Instrumentation,
0
GOVERAGF; The pr~nclples of operarion and basic technical data on ultrasonic
industrial oquipment, for opexation5 In liquid, ganeousland solid media are
d(3scrib~,(! tnstriimpnts and devices for measuring the oasic parameters of
ult-ascnic. ph8nomena at variouz fr,.~t,-Aial;ua are described,and computation
methods for L11trasoni,-. projectors, rii~~olyors, aidauciio and ultrasonic elastic-
ibr4ttior gcn~lratoz,-q are di
,.r - I The authors thank L,' D. Rozenberg,
Prof6ssir, 3, S_ ilnininiov, rIngineei, and 8. G~ Novitskiy, Engineer, for
their aseio,an~,), Thert- a-e '1? roferencss,i 12 Soviet and lEnglish,
Card

1 NV TO R Gershi:-Ial , D. A. Dai i;zan-S' :-t~C%ov, 7. 1 :'1 Checbanm~(:,, 3.
TIT:,:~ :'n ultrit~,;onic echo ranrinr
(,,,ass h2, N), '81327
SOURCE: tovarzi:,,ye znaki, no. 9, 1966, 67
TOPIC TAGS; liquid, LndLcator, ultrasonic equipm,2nt, electronic mcaourement
AB' ST i'dt C 2: This Author'-- introdiucc!;: 1. An ultrr,::,jnLc echo ranging
liquid level in(licatar contaiidnC, reference and neasuremen-. units wJ,th pickups, a
probe puLse or, ind a ievei readout unit connected to the measurement unit.
Tne dcv-Lce is dtesiCned for im-oroved accurlacy and for matching the operating times
of tnt! rofer!!nce Imit, and rpadtxit unit. Conneet,ed between the
reference wid measurement uni,,,; is a reference pulse distributor vith outputs Coll-
respondin~, in nuinber to prede-lormined point'n for beginning level measurement. 7h 1 i,
1 distribuLor may be inade in ULQ form of a controlled delay line. 2. A modificatlir.11
of this indicator in wiiich the outputs of the reference unit and probe pulse gene-
rator are connecttm to a coin~,idence circuit with an oiitpu~' which excites the Inca-
suxement pickup when on(, of tl)e reference pulses is generated. This output i8 con-
nected through the r,_-ference pul,,;e disu-ibuLov to the pfobe pulse Ghaper. 3. A
ILCard__l/2 uDc: 681.128.82

mod-i.ficaLlon of thii; in,i~C~0' I'Ot' W. -em~eraturea
thf-, iw;I.rument i:3 marl,, in Lhe I'orm or a countm- with decoder. k modification of
thiE; indicator in which the reference pulse distributor hj mde in tile fom of a
shil't register.
!-reference uniti 2--I'I',--'FISUr121TIenL pickup; 3-- J
rea(iout unit; 14-measurement unit; 5--refer-
ence pulse distributor; 7--probe pulse gene-
rator; &-coincidence circuit; 9--probe pulse ~q
shaper
SUB CODE: 091 SUBM DATZ: 27Aug64

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A-177H 40,i 5 -

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(P I-' ri%-e ("r 3 7 'rlVa

PEI (USSR)

A S T C T T',. i" j it IT, -r C) 7 C~f OT,-?f~ t'lld Coal
v-, t L e mn et- a L" :m v e 1 .0 1, o a b y t Le

gornyy iristitut
cow htllir"L; Institute)
(mc s
11F~s UeeL teste4 recently ----t
:I.- The article
5

S- T n;:~YLI
Be)--f. `i~- 1-
2i,- (Pyahma
7A--ere,
t
o' suli,~-ides
-3:-'- r:-t e nd

Te, t:-

S T.
t LE'

t' ris,, -4th
- 4

TT.
t i R
d fC-r
gornyy -J.
Card

GN ~i~ limw I .f ,-V1 .,I .
Vosetanovienie i razvitie aorodnkogo elektrotritnaporte.. f-Ile a to ration and develofmient
of city electric tmneport-J. Kiev, 1946. 19 P.
SO: Soviet Transportation and Communicatione.-A BiblioptM&X, Library of Congress,
Wfe'rence Department, Washington, 1952, Unclassified,

GJKRSHGORIff, B.J\/
The system of awarding prizes to urban electric transport emplayses.
ZhIl.-kom. kh~z. 7 no.6:14-15 '57, (MIRA 10:10)
(Electric railroado-Baployees)

, , .. I
C~ :" -.I,. . -. .- --I--
BASOV, S.Ye., inzhener; GERSHGORIN, M.A., inzhener.
. 11:11
Precast reinforced concrete wells. Avt.dor. 20 no.6:11-12 Je '57.
(MIRA 10:10)
(Bridge construction) (Precast concrete construction)

RASOV, S.Ye.,inzh.; ("HGORIN, M.A.,inzh.
Precast concrete sink pits. Prom.stroi. 37 no-3:42-44 Mr '59.
(MIU 12:4)
(Ore dressing-3quipment and supplies) (Precast concrete construction)

~K~IGGQN, 3. 1:,,
Uber die Abrrenztmg der Eigenwerte einer litrix. IANP ser. fiz. - avitem. (1931)~ 749-754.
0 konformnom otobrazhanit odnosrj&2noy oblasti na krug. Mattem. SB., 40 (1933), 48-58.
Prilx)r dlya interrirovaniya differentsiallnogo uravneniya Laplasa. Zh. Prikl. Fiz.,
2 (1925), 161-167.
K opisanlyu pribora dlya interrirovanlya differentsiallnogo uravneniya Laplasa. Zh,
Prikl. Fiz., 3 (1926), 271-Z74.
0 mo)dmnizmakh dlya postroyeniya funktsty kompleksmogo peremeruiogo. L., Zh, Fin. -
matell. O-Vaj 1 (1926)0 102-113.
0 pr'Lblizhgnnom integrirovanii differentsiallnykh uravneniy Laplasa i Puassona. L., Izv.
politekhn. D-TA, 30 (1927), 75-95.
Melduualzm dlya postroyeniya funktsii komplelisnogo peremennogo =iW ~)- M.0 Izv.
takluiol. IN-TA, 2 (26)t (1928), 17-24.
Ob el.ektricheskikh setyakh dlya priblizh�nnogo resheniva differentsiallnogo uravneniya
Laplasa. Zh. Prikl. Fiz., 6:3-4 (1929), 3-30.
FehlerabschILtzung ffir das Differenzverfahren zur L8sung partielen Differeatialgloichungen,
J. krigew. Math. Mech., 10 (1930), 373-382.
Ueber the Abgrenzung der Eigenwerte einer Matrikh. IAN, ser. Fiz.-matem. (1931), 749-751+.
0 konformnom otobrazhenii odnosvyaznoy oblasti na krug. Matom. SB., 40 (1933), 48-58.
SOi Mathematics in the USSR, 1917-1947
edited by Kurosh, A.G.
Markushevich, A.I.
Rashevskiy, R.K.
Moscow-Leningrad, 1948

GERSHGORIN S. A. PA 173T101
U&M/Maics - Ultraviolet RulUtion P-1 Doe 49
Chemistry - Chemleal Analysis
"Observations by Ultraviolet Rays and Their
Applicatlan to Adsorptional Chemical Analy-
sis," Ye. M., Brumberg, S. A. Gershgoria
*Dok Ak Nwak SSSR" Vol LXIX, No 6, pp 801-804
Variant of the Russian botaniat M. S. To-yet's
Ithromatography" method (M. S. Tavet, "Chrow-
tographic Adsorptional Analysis" (Kbromotograf-
icheskiy Adsorbtsionnyy Analiz) 1946). Descrip-
tion of photographic an& visual methods invol-
ving flit-er-paper technique. 5"mitted 29 Oct
49 by Acad S. I. Vavllov-

18.000
4
AUTHORS: Sobolev, V, M, , Ger 31-il-ro vl.n, 3. Y,!.
TITLE: Impoi-tanil- Reji.!i,v(2 t'ji, 11he Incv,Jase L_,,,bor
in open-Hoarth Pi-oducti-on. (11
PERIODICAL: Stal 1, 1959, Nr 10, PP T)_3-_Y,`,5 (USSR)
ABSTRACT: The nuthoi,3 r'Q(,'011111Wiid triti,oducInir
shut-do,vni I'UpUil' P1'0CedUUUJ MOVO eMOV-
gency repairs can be carried out more thoVou.0ily and ov;_-,~
longer periods of time without esoential losses of friezal.
By way of statistical. calculation they prove that the in-
vestment in the building of these exchangeable furnaces;
would pay for it-self' after 4 to 17 ieilvs- SUch furnac,~-,q
are widely used in E,ntjand reducc I.he number ol' vepairs.
There are 2 tables;. and I SCO.,ict, reCerence.
Card 1/1

I; '! iHII IM 1,1;111, m ImIll-I.-
BELOUSOV V.M.; GOROMOVATSKIY, Ya.B.; RUBANJK M,,Ya,; ";J,~L~FTIIORINA, A.V,,
Y Y
Study of the kinetics of the catalytic oxidation of propylene to
acrolein by means of the flow circulation method. DoIC.AN SSSR 137
no,6;1396-1398 Ap 161. (MIRA 14:4)
1. Institut fizicheskoy khimii iemn-I L.V,Pigar-,71ievskogo AN USSR.
Predstavleno akademikom A.A.Balandinym.
(Propone) (Acrolein)