SCIENTIFIC ABSTRACT STALINSKI, B. - STALMAKOVA, V.A.

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• Collection: Scientific Abstracts
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• Original Classification: S
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• Document Release Date: August 25, 2000
• Sequence Number: 20
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT


pOLAIID/Physical ChemisItry Crystals. B-5
Abs Jour Ref Zhur KhimiYa;, No 5, 1958) 13578
Author Wlodzimierz Trzebiatowski,_Bohdan Stalinski-,;@.,St@
Inst ck,-@, o d'LLM. W'" dow pet" .Ct
'd
'Vo@e)n System.
r @xr.
Title X-Ray Stuly' of Zirconium
Orig Pub Roczn. chem., 1956, 30, No 3, 691-696
Abstract Zr hydrides were produced at 4ooO of spectrally pure Zr
and H2 obtained by therral decomposition of Ti hydride.
19 preparations of composition from ZrH0.10 to ZrHl.qq
were made and they were studied by the powder method,
as well as in Preston chambers. The radiations Cu-K,@_
and Fe-Kd_ were used. The accuracy of the lattice
parameter determination was above -0.05%. 3 phases
tem. The
were revealed in the Zr - H sys
_Zr.
phase is a solid solution of H 2 in hexagonalc@
It appears in the 2-phase region (A-4- P ) up to the
composition ZrH 1-32- The face centered cubic_p -phase
Card 1/2
Ref Zhur
,Va, 110 5, 1958, 13578
(corresponding to the 6 -
region -Phase of Hegg) was
tetrago of the compositions from ZrH found in the
nal body-c to Zr
-entered T ?@25 H1.70- The
-phase orresPonding to the
Zr8 "se Of Hegg) exists in the range from ZrH
H1.99- The ohang,_ Of the lattice parameters oi.gi to
phase with the rise Of the s
(a increases from 3 H2 content was established
.469 to 3-519 A
4@560 to 4.450 A'- c decreases from
Card 2/2
B.
POLAITID/Mysical CLemistry - Crystals.
Abs jour Ref Zhur - Khiiniya, No 14, 1958Y 45816
Author 13. Stalinski

POLUID/Physical Chemistry - Crystals.
Abs Jour : Ref Zhur - Khimiya, No 14, 1958, 45816
within the range of the uniform hydride phase LaH2
LaH 3- Compounds close th LaH3 are diwmgnetic,
Two possivle explanantions of the LaH3 diamatnetisir,
tire presented4
B.
Card 2/2

KLAITD/Physical Chemistry. Crystals.
Abs Jour: Ref Zhur-Kbiri., No 13, 1958, 42415.
creased hydroGen content. It was ascertained that
the well defined correlation between electric con-
ductivity and the temperature, which is character-
istic of seni-conductors, is exhibited only by the
hydrides LaHZ.@4- LaH,?.ir - The results obtained
indicate that the hydride ptase of lanthanun con-
stitutes a transition hydride between true metal
hydrides and ionic hydrides.
D-5
Card 2/2

S/058/62/000/010/074/09-q
Structure and magnetic properties of ... A061/A101
in the Ti hydride causes a significant rise of the temperature dependence of
susceptibility and also the appearance, on the curve of this dependence, of a:
maximum being characteristic of antiferromagnetic materials. Significant varia-
tions in susceptibility and its temperature coefficient in the systems under V,-
investigation indicate that the H atoms pass over to the ionic state during the
process of dissolution.
[Abstracter's note: Complete translationi
Card 2/2

STALINSKI, B.
Magnetic properties of cerium and of the cerium-hydrogen system.
Electric conductivity of cerium hydride. Bul Ac Pal chim 7 no-5:
269-274 159. (EEAI 9:9)
1. Department of Inorganic Chemistry, Institute of Technology,
Wroclaw and Institute of Physical Chemistry, Polish Academy of
Sciences. Presented by W.Trzebiatowski.
(Cerium) (Hydrogen) (Cerium bydride)
(Electric conductivity) (Magnetic susceptibility)
(Systems (Chemistry))

STALINSKI, B.; BIEGANSKI, Z.
Heat capacity and thermodynamical functions of titanium hydrida Ti%
within the range of 240 to 3630K. Bul chim PAN 8 no-5:243-248 160.
1. Institute of Pbysical Chemistry, Polish Acad=W of Sciences and
Low Temperature Laboratory,, Department of Inorganic Chemistry, Insti-
tute of Technology, Wroclaw. Presented by W. Trzebiatowski.

BIEGANSKIJ, Z.; STALINSKI, B.
Heat capacities and thermodynamic functions of vanadium and vanadium
hydride within the range 24 to 3400 K. The hydrogen contribution to
the heat capacity of transition metal bydrides. Bul chim PAN 9 no.5:
367-372 161. 1
1. Institute of Physical Chemistry.. Polish Academy of Sciences and
Low Temperature Laboratoryi Department of Inorganic Chemistry, Insti-
tute of Technology-, Wroclaw. Presented by W. Trzabiatowski.
(Heat) (Thermodynamics) (Vanadium) (Hydride)
(Hydrogen)

STALINSKI, Bohdan
"Hydrogen in steeln by Michal Smialowski. Reviewed bf Bohdan
Stalinski. Przem chem 41 no.6:342 A 162.

BIEGANSK-l-, Z.- STALINSKI,, B.
The 1-cw-tempera@-.";.ie heat cf nonstol.-hloi-rie---ic
nobium hyb-.@-9de. Hydrogen frequen-les in metal hydrides.
Rul --him PAN II no.-?0079-1182 163.
1. Latoratory af R-@Bear,:@'h, Po.-1-1132-t Academy of Sciences
and Low Temperat'*L@re Laboratoz-y,, Depar;ment of Inorgan'@^-
Chemistry, Te,@-hnl-cal University, Wroclaw. Presented 1by
W. Trzebiatc;vsk--@.

NS r@ B --P T,
":F-at rnpa@--jtv of ;-@erjLzn dib,7dride; crystal field
effects. Bul tL@h=" PAN 1-2 ni.5:--,-,1-334 IL'. .
Tnstituta o@ "tructural Rrisearch, '.-,Irc,-@Iaw, Pollsh Academy of
,21-enoes. i sented, ..,
S
S I Pr;@ ' hv 1--1. Trzebiatow3ki.

STALINSKI Janusz.. doc., mgr-,. inz.; ZIELONKOJ, Romupqld, mgr-,, inz.
Basic notions on acoustics and their application to ship noise
problems. Bud okretowe Warszawa 6 no.8:251-255 161.
1. Politechnika Gdanska.
(Ships) (Noise)

STALINSKI, J., doc., mgr. , inz.
Publications of the Shipbuilding Faculty at the University
in Rostock. Bud okrmt 7 no-4:133 Ap 162.

STALMKI, Janusz, prof.
"Shipbuilding engineering manual" by W. Henschke and others.
Bud okretowe Warszawa 8 no.10:363-364 0 163.

PIEGHOTA, Andrzej, mgr inz.; STAINSK.1, Janusz, doc, mgr inz.
Trends in automa-lic cortrol of combustion power plants on
ships with particular consideration of distant steering of
the main engines. Ft. 1. Bud okretowe Warszawa 9 no. 7:246-
248 JI 164.
1. Resenrch Center of the Shipbuilding industry, Central
Ship Design Offico No. I., Gdannk (for Pinchota). 2. Technical
University, Gdansk (for Stalinski).

h"p clmb,is',;on engin@s wi ,h
remots steeri-@: 0 1, tile :,-I@n na 5
-ht!

m- u
PIE 'SZ, J-cc. ":gr inz.
ECFOTIA, Andrzej, r,-;crr inz.; STALTINSKI, ja d
Trends in automatic control of ship combustion engines with
particular consideration of remote steering of the main engines.
Pt. 3. DM okretowe W&-3zawa 9 no. 9:316-318 S 164.
resel-'-Ch ce-ter -nf Z@'-e IZ11.2"'LFIr.?, Gentral
or
--ilgn O'Cice No. I.,C-6ansk (11
Tinivers, Unnsk (for Sta-1.1naki).

STALINSKI, Z,.
Z. KAMINSKI & Z. STALINSKI of the Higher School of Agriculture and the Zootechnics
Institute in Krakow wrote an article which. appeared in the PAN periodical Postepy
Sauk Rolniczych, under the title: Wp3jw Heteropmrziczne-zo Unanieniania. sawani teJ
SawJ Rasy na Wage Naworodka u Krolikow (Oryetolazus cuniculus). (The Influence of
Haterespermic Insemination with Semen of -Males of the Same Breeed on the Birth Weight
of Rabbitd).
SO: PostepZ Nauk Rolniczych, #3, May-Jun 56-,Warsaw, PWRiL, Uncl. f5g

KAMINSKI, Z.; KNOTHE, A.;-STALINSKI, Z.
, ___1 ------ .- --- __
Heritability of birth weight and weaning weight in the stock of Polish
merinos in Jedrzejewice. Postepy nauk roln 7 no-1:33-40 Ja/F 160.
(EEAI 9:10)
1. Wyzsza Szkola Ralnicza w Krakowie i Zaklad Hodowli DMSL-Wczalnej
Zvierzat Polskiej Akademii Nauk , ,-
(Poland--Merino sheep)

STALM'SKI, Zbigniew; &UESKI, Erazm; VEZYK, Star-islaw
Degree of inbreeding and cognation of Polish ponies. Po-
stepy nauk roln 10 no.5:119-124 163.
1. Dopartanent, of hiimuLl. Breeding and Department of Horse
Breeding, College of AgrIculture, Krakow,
I

STAI-Iti-SKY,
1 7 4048. Energy cOnsama . In W
Vrubber on a to . -skifiduflop-st
Iftd_,jed ioDl- E- STALINSKY. Fon,pj.
pa. -UUT=5r_APuT&. _
JR54, "6 Phem. @
55, 28. aor,7., C"- thi3 journal, 1054. @
nbii. 301o. An Ellglish translation 0( thig paper
apponm. ..... J63!

GM14AUTAS, A.;.STALIONIS, S.; SHLICMS,, P.; MOZGEVAp T.; BABIANSUS,, M.;
BIZMIAVICHU2-,-W.-
lxperU@m In the contro@ of balminthiasis in lovarsk as Distriatt
TAthumdan S. S,R.
(KOVAIRSM DISTRICT-VMIM9, INTISMUL AND PARMITIC)

LASIENE, J., mod. m. d-re; JANKEVICIUTE, J., mod. m. kand.;_STALIORAITYTE...._E.t
med. m. kand.; LIUTKUS, L.
On the problem of the classification and terminology of tumors of the
hematopoetic organs. Sveik. apsaug. 6 no.9(69):15-19 S 161.
1. Kauno Valet. medicinos instituto patologines anatomijos katedra.
Katedros vedeja - med. m. d-re J. Lasiene..
(HEKATOPOIETIC SYSTIR4 neopl)
r

LASIENE, J., prof.; STALIORAITYTE, E., doc.
Pathogenetic diagnosis of acute diseases of the respiratory
system in infants and its prophylactic significance A.
apsaug. 8 no*213-7 F'163-
-L. hauno VaUtybinis medicinos inetitutaa.

LAS HE NE Ya. J. Las ene KtL I; r- a-,',; YNKDpV I CHTJ"L , Yu. I jankev- ciute,
Ve. [S@al-oraitvte, E'. I(Eaunas' : LlITKUS,
Eaunas):
L. r
, Li-u'kk-,i s , 1- .-aunus,
ol,).,,r of ttijor -)ro(,esS,- t e he'ato-
S of h 'T
Classification @-nd
po-Jetic system P"Irkh. vat. 25 no-3:26-29 163.
1. iz kat'edry patologicheskoy anaLomii (zav. - dr. tited. nauk Ya.I.
s@-ogo med-its-Insko',7c instit7ata.
I 1-1-ene Kaimas

itf@raspecific' -7
Sci (diss , ii
.,ed Q aoi t,5-t -
qand ro
-Ago--'
STALIORIVI y
s ja@t,, Tulberculosisoltdm@
ClIaTin,es in'.Teste
16 p-p 21 Of 3,iejjces Litbllani@an
vil,rlyllsi 1957. 200 cOPies (lag -18-57, 98)
ssa, Ir'st of EXT)erj-;,.iental idedicine
- 61

LASHENE, Ya.I., (Ledl4ft-, J.], prof.; STALIORAYTI-TS-,- Ye.I. (Stalioraityte,E.]
Fourth Republic Scientific Conference of Pathoanatomists of
the Lithuan@an S.S.R. Arkh. pat. 25 no-4991-93 f63 (MIRA 1-724)
1. Predsedatelt Litowkogo Respublikanskago obshchastm patologo-
anatomomr. (for Iashene). 4. Uchen37 sakretarl Litovskogcr Respub-
likanskogo obshchest-ja patologoanatomov (for Stalioraytite).

STALIMIDIM, I.; DROZDOV, V.
More concern for service industries. Sov.profsoiuzY 7 no.20:
47-48 0 '5 9. (14IRA 12:12)
1. Zaveduyushchiy zhilialichno-bytovym otdelom Belsovprofa
(for Stalivonanko). 2. Instruktor zhilishchno-bytovogo
otdela Belsovprofa (for Drozdov).
(White Ruesia-Servico Industries)

STALIVOIIMIKO, I.
Under control of the masseR. Sov.Drofooiuz7 7 no-1:50-52
Ja 160. (MIRA 12:12)
1. Zaveduyushcbiy zhilishchno-bytovym otdalom Bolorusskogo
respublikanskogo soveta profsoyuzcyv.
(White Russia-Retail trade)
(White Rudsia-Restaurants. lunchrooms, etc.)

BTALIVONE@I@a, L.; DROZDOV, V.
4wwA%wwwMn"
Seven million dollars cheaper. Sov.profsoiuzy 16 no.17:36-37
8 160. (MIRA 13:8)
1. Zaveduyushchiy zhilishchno-bytovym otdelom. Belorusskogo
respublikanskogo soveta prof soyuzov (for Stalivonenko).
2. Instruktor zhilishchno-bytovogo otdela Belorusskogo
respublikanskogo sovpt@ profsoyuzov (for Drozdov).
(White Rugsia-Restaurants, lunchrooms, etc.)

STALIVONENKC), " - ---.
Increase public control over the construction of housing and buil-
dIngs serving cultui-al and public needs. Sov. profsoiuz3r 17
no.7:32-34 AP 161. (MIRA 14:3)
1. Zaveduyushchiy zhilishchno-bytovym otdelom Belorusskogo respub-
likanakogo soveta profsoyuzov.
(White Russia--Construction industry,Luditing and inspection)
(Trade unions)

SULIKOV. Grigoriy Alekseyevich; IGNATIYEVA. A.V.. redaktor; DZHATIYX7.
@- -.1--v @-Cve okiy redaktor.
[Mental arithmetic] Uatzqi schet; posobie dlia uchashchikhsia
arednei shkol7. Moskva, Goo.uchabno-pedagog. izd-vo Ministerstva
prosveshchenlia RSFW, 1955. 126 ps' (M1RA 8:5)
(Arithmetic, Mental)
rY

CHICHIGIN, Vasiliy Grigorlyevich; PRINTM , V.V., dotsent, retsenzent;
LAPIN, zasluzhennyy uchitell, retsenzent; ST.AL'Kg, G.A..
retsenzent; ZEMI, S.I., dotsent. retsenzeni-,,-!XW&p P.Aop
dotsent, retsenzent (deceased]; DUBNOT, Ta.S.. prof., retsenzent
[deceased]; PA 'SKIT, S.V., red.; TATMA, G.L., takhn.red.
(Kethod for teaching geometry; plane geometry. Textbook for
high-school teachers] Metodika prepodavaniia geonstrii; planimetriia.
Posobie dlia uchitelei arednei shkoly. Koskva, Goe.uchabno-pedagog.
izd-vo H-va proov.RSM, 1959. 391 P. (KIRA 13:3)
(Geometry@Study and teaching)

@ I P ' @ ( 7'..j E 1 , "- .
@ . . .1, - - @ 1.
STALKGWLKI, 1k. The application of surface oeton sheetinr in hydraulic construction.
P. 537. Vol. 16, no. 12, Dec. 1956. GU@FCNRKti !.-( Warszawa, Foland.
SGURCE: EA3T EURCPEAN ACCESSICM LILT (EEAL) VOL 6 YC 4 APRIL 1957

SULU, Andrzej
Charles Dickens; the 150th anniversary of his birth. Problemy
18 no.6:386-391 162.

STALMACH., Jan, inz.
Segmental hammerhead of the cutter loader KSV 60 E proved efficient
in brown coal cutting. Uh2i 3 no.11:376-380 N 161.
1. Velkobana, Handlova.

AUTHOR SHEVCHIK, V.N., STALIMAKHOV, V.S. PA - 2579
TITLE Regarding the Jfect-Wr -special charge upon interaction bet-
ween the electronic flow and the travelling magnetic wave.
(0 vliyanii prostranstvannogo zaryada na vzaimodeystviye elek-
tronnogo potoka s begusbehey elektromagnitnoy volnoy-.Russian)
PERIODICAL Radiotekhnika i Elektronika, 1957, vol 2, Nr 2, pp 23o-236
(U.S.S.R.)
Received 4/1957 Reviewed 6/1957
ABSTRACT Here a further development of the kinematic analysis of energy
exchange between the electronic flow and the propagated wave
is concerned which had been carried out by V.N.Shavehik in his
earlier works(reports 1956, 1955).The influence! of the space char-
ge field on the magnitude of electron efficiency is determined.
First, the differential equation for the variable velocity com-
ponent of the electrons is derived. Next, the relation for the
first approximation of the relative angle of flight of the elec-
trons in the field of the propagated wave is found. In the next
chapter computation of the current grouped in the field of the
propagated wave and the efficiency of electron interaction is
carried out. From the equations obtained for the active and re-
active components of efficiency of electronics the following im-
portant conclusion may be drawnt the interaction of the elec-
tronic flux and the propagated wave is determined by-the elec-
Card 1/2 tronic angle of flight@, with respect to the waise. This angle is

ZAMOROZKOV, B.M.; STAL'MAKHOV, V.S.
Theory of the electron beam diode with pre-modulation. Uch.zap. Sar.
un. VYP.fiz. 56:3-21 '57. (MIRA 12:11)
(Diodes)

ZAMOROZKOV, B.M.;.@TA@! ,.S
,4@
t L A,4
P@roblem of calculating the efficiency of the electronic components
of a klystron. Uch.zap. Sar.un. VvP.fiz. 56:22-29 157. (MIRA 12:11)
Mystrons)

SOV/100/-3-10-2/12
AUTEORS: Stal'makhov V.S. and Golubentsev, A.F.
TITLE -T-n 'the Analysis of Alw.ulti-frequency BunchinS in a Ref-leX.
Klystron-multiplier (K analizu innogochastotnoy gruppirovki
v otrazhatellnoc klistrone-umnozhitele)
PERIODICAL: Radiotekhnika i Elektronika, 1958, Vol 3, Nr 10,
pp 1247 - 1253 (USSR)
A-ESJTR2iCT: The system considered is shown diagraffiratically in
Figure 1. It is assumed Lhat, in feneral, the various,
generated frequencies are La a ratio w /w , such that
m
the ratio can be any nuiaber, rational or irrational; in
oarticular, it can be an integer. It is assuc-ed that the
resonator conjaected with the grids of the 7@zlystron
(Figure 1) resonates atu frequencies
that the instantaneous voltage across
expressed by:
n
U =Y umsin(wmt + 4m
M=l
,I-11 W21 - ")n/ So
the Srids can be
v,.,here f. is the initial phase. By substituting this

SOV/10Q-3-10-2/12
Cn thc Analysis of Llulti-frcquency Bunclin,:'; in a Reflex Klystron-
multiplier
expression into the equation of motion of the electrons,
the expression for the transit angle at the output of
the grids is in the forn, of Bq.(2), x-.,here the various
coefficients are ex- In the above equat-
.-.@ressed by Ea. (3).
ions, the follotrinC notation is adopted: v 0 is the
initial velocity, tp+ is t'Le instant, free-transit
0
alaGle in the intergrid. s.,ace, I-P is the full, free-
0
transit angle, 00 is the full, free-transit angle in
the braking region/ w m/C.) = 14 In AT1is the ratio of the
m-th frequency and the fundamental, IL, is a small
parameter, 101 Ell is the coefficient of electron coupling
at the m-th frequency/and X rn is the bunching parameter.
The bunched current can be expressed as a Fourier series
and is given by Eq. (L@)- The coefficients Ak of the
series can be ex-rressed by Eq..(5) and if 0
Card2/4

SOV/109-3-10-2/12
Cn the Analysis of h-ulti-frequen-cy Bur-chin-, in a Refle:.: Klystro-r-
u@ultiplier
2 = 01 lk @ 1 ... in = 0 , the bunched current i(t 3 can
be expressed by The induced current is -:-iver- by
-_ -e the coefficients ", and
Ea (8) , 7LC2 1k Lk are e3coressed
by Eq.(9). The electron admaittance of the grid system is
expressed by Eq.(10), where g ek is the electron admittance
at the k-th frequency/ .-hen the system is simultaneously
excited at n frequericies. In the simplest case of two
excitation frequencies, the corresponding electron admitu-
tances are expressed by Eqs.(11). These two equations vere
used to plot a number of graphs showing the electron
admittances for various values of k The resultin- curves
are given in Figures 2, 3 and 4. The transient process
_Ln the klystron can be described by Eqs.(12). On the basis
of these equations, by employing the Lyapunov criterion, the
stability conditions in the case of two-frequency
excitation are expressed by the first two equations on
p 1251; the equalities have to be satisfied sinultuaneously.
The results of the analysis for the case of two-frequenic
Card3141 oiDeration are sum-marised by Eqs.(14), (16), (17) and (195.

SOV/109-3-10-2/12
On tLe Analysis of Yulti-frequency BunchinC in, a Reflex Klystron-
_rrult-J-p lier
Eqs.@14) give the values of the electron admittances at
the fundariental and the k-th frequencies. Eqs.(16) express
the steady state a-m-plitudes of the oscillations. Eqz.(17)
define the startinn currents, while Eqs.(18) give the
overall efficiency of the system.
There are 5 fi@@ures and 7 references, 5 of which are
Soviet, 1 EnClish and 1 French.
SUBLITTED: February 4, 1957
Card 4/4 1. Klystrons-PerformFmct,

06501
SOV/141-58-4-17/26
AUTHORS.- St_&_.l!makhov._.V.S..#.. Shevchik, V.N. and Zharkov, Yu.D.
TITLE: Analysis of the Operation of the Backward-Wave
Oscillator by Employing a Cosinumoidal Approximation of
the Field (Analiz raboty LOY v kosinueoidallnom
priblizhenii polya)
PERIODICLI.:Izvestiya vysshikh uchebnykh zavedeniy, Radiofizika.
1958, Nr 4, PP 131-136 (USSR)
ABSTRACT: The exact linear theory of backward-wave oscillators
(Ref 6), which is based on the simultaneous solution of
the field and electron equations, shown that the
distribution of the field amplitude during the start
regime of the tube can be approximately described by,the
cosinusoidal law (Ref 11). The longitudinal component
of the high frequency electric field in the Interaction
space can, therefore, be written an:
E =-E cosliz- e* j(ot-oz)
1 0 2L (1)
where Eo is the amplitude of the field at z = 0,
Card 1/4 P = w1v and vf is the propagation constant.

06501
SOV/141-58-4-17/26
Analysis of the Operation of the Backward-Wave Oscillator by
Employing a Cosinusoidal Approximation of the Field
Eq (1) can also be written as Eq (2). The electron
beam has an average velocity vo in the direction of the
axis z and its average space charge density is 190.
The basic equations describing the electron beam can be
written as
Pv + 1 ?jEl +
V-RI at @@t j
C)E2 (3)
21Z
!@_v a1v & E 2)
,3t az m
where E2 is-the field of the space charge. By
Card 2/4 employing the notation defined by Eq (4), the

06501
sov/141-58-4-17/26
Analysis of the Operation of the Backward-Wave Oscillator by
Employing a Cosinusoldal Approximation of the Field
alternating velocity component of the electrons can be
found from Eq (5) where we is the plasma frequency,
wt, is the input phase and V is the absolute transit
angle in the interaction space. By carrying out the
double integration of Eq (5), it is shown that V is
given by Eq (6). By employing the space charge
conservation law, the density of the bunched electron
current is given by Eq (7). The real interaction
power is, therefore, given by Eq (8) where
@Vo = Vo(l-vo/v(p) is the so-called relative transit angle
for the interaction space* j = E,L/V, and Qo=-weL/vo.
The variations of the real power Pea are plotted in
Fig I as a function of J).. The function 0. is plotted
in Fig 2 against 004 The above analysis permits the
evaluation of the starting current for the oscillator tube.
This current is expressed by%
Ist = - 8vo F(Go) (9)
Card 3/4 ZO(21N)3

06501
sov/i4l-58-4-17/26
Analysis of the Operation of the Backward-Wave Oscillator by
Employing a Cosinusoidal Approximation of the Field
where F(G.) is a function reciprocal to Eq The
start-current characteristic of the system can also be
written as Eq (10). where C3 - Zo/4Vo and N - L/k.
Eq (10) is plotted in Fig 3 (the solid curve); the
dashed curve in Fig 3 was evaluated by using the
formula from Ref 3. It is seen that the results
obtained by either formula do not diverge appreciably.
The results obtained from Eq (10) are also'compared
with values obtained by Johnson (see Fig 4) and by
Walker (see Fig 5); the works of Johnson and Walker
are mentioned in Ref 7 and 9 respectively. There are
5 figures and 13 references, 9 of which are Soviet and
4 English.
ASSOCIATION:Saratovskiy gosudarstvennyy universitet
(Saratov State University)
SUBMITTEDs 8th January 1958
Card 4/4

0
S/194/e2/000/004/086/105
6f, D271/-D308
AUTHORS: Shevchik, V. N. and Stallmakhov, V. S.
TITLE: On the theory of magnetrons
2ERIODICAL: Referativ-yy zharnal,
no. 4, 19062, absiract 4zh122 (-jch. zap. Saratovsk.
un-t, 1960, 69, 91-94)
TEXT: Two methods used for the analysis of split-anode Lragnetron.
operation are compaiqed: "method of travelling wave" and "method
o_f@ cascade bunching". it is noted that the first me-chod dc_6crfbes
adequately the hypercritical operat-ion of the m:agnetro-r, (H_
2 4 3 Hcrit), whereas the second method gives a good approxima-
Uion of the near-critical operation. By means o-- the first method,
the authors consider the operational mechanism of the magnetron in
near-critical conditions, from the point of view of the theory of
-uravelling waves. A characteristic equat-.`on is obtained --for the
oscillations (dependence of the wavelength on the parameters, mode
of operation and the geometry of the mag-nfi .tron); this equation
Card 1/2

On the theory of magnetrons
S1.194/62/000/004/08r-1/105
D271/D308
coincides with the corresponding formula o-f -Postumus and the re-
lation of Slater and Hartree, with an accuracy extending to i-hie
coefficient. Experimental values of this coeffic-lent approxi'matuely
7 .
agree with those obtained analytically. iz is pointed out -uhat- t'-,-e
discussed method yields, in a simpler manner, the principal con-
clusions of the split-anode magnetron theory based on the concept
of cascade bunching of electrons. / kbstrac-Uer's note: Com-olete
translation.-7
101-11,
161;p-
Card 2/2

STALIMAK@@.@S;; KOSTENKO, A.I., muchnyy red.; ALEKSANDInVA, A.A.,
red.; BELYAYEVA, V.V., tekhn. red.
(Fundamentals of the electronics of superhigh frequency cros-
sed-field devices] Osnovy elektroniki sverkhvysoko-chastotnykh
priborov so skreshchennymi poliami. Yoskva, Sovetskoe radio,
1963. 365 p. (MIRA 16 @ ""
(Microwaves) (Microwave tubes)

L 45829-66, EWT(l) im
ACC NRt
AR6ol5968 SOURCE CODE: UR/0275/65/000/01.1/AO25/AO25
!AUTHOR: Gurzo, V. V.; Stal'makhov, V. S
TITLE: Amplifiers of the magnetron type with premodulation of the electron flow
;SOURCE: Ref. zh. Elektronika i yeye primeneniye, Abs. LIA155
"o
REF SOURCE: Sb. Vopr. elektron. sverkhvysok. chastot. Vyp. I. Saratov, Saratovsk.
i 1964, 68-80
[TOP--ti'C@. TAGS: magnetron, backward wave amplifier, traveling wave tube, beam modulation
ABSTRACT: The authors consider an amplifier in which the electron flow is.premodu-
lated by interaction with an auxiliary decelerating system. The input signal is split
into two signals, one of which is fed to the input of the modulator decelerating
system while the other goes to the input of the amplifier decelerating system. Since
interaction may take place on both the forward and reverse harmonics, there are four
possible cases: BWA-BWA, TWT-TWT, TWT-BWA and BWA-TWT (where BWA is the backward-wave
amplifier). Analysis of the simplest case-@-linear operating conditions, low space
charge and no losses--shows that it is feasible to use premodulation for backward-
wave amplifiers (TWT-BWA and BWA-BWA). M. R..[Translation of abstract]
SUB CODE: 09
TMr- 401 'AAR-A-40

PHASE I BOOK EXPLOITATION sov/6463
Stallmakhov, V. S.
Osnovy elektroniki sverkhvysokochastotnykh priborov so-skreshchennymi
polyami (Fundamentals of Electronics of Crossed-Field Microwave
Devices) Moscow, "Sovetskoye radio", 1963. 365 p. Errata slip
inserted. 16,000 copies printed.
Scientific Ed.: A. 1. Kostiyenko; Ed.,: A. A. Aleksandrova;
Tech. Ed.: V. V. Belyayeva.
PURPOSE: This book is intended for technical personnal working
in the field of SHF electronics and for students In advanced
courses of schools of higher education.
COVERAGE: The book is based on a series of lectures delivered
by the author at the Department of Radlephysice of the-Saratov
State University from 1957 to 1962. It discusses the physical
fundamentals of electronics and the elements of the theory of
crossed-field SHF devices with emphasis on the physical
Card 1/1,,i,

Fundamentals of Electronics (Coat.)
SOV/6463
aspects of-the described phenomena. The author thanks V. S.
Lukoahkov for his advice. References are given at the end
of each chapter.
TABLE OF CONTENTS:
Foreword
List of Symbols
Introduction
PART ONE. PERIODIC DELAY SYSTEMS USED
IN CROSSED-FIELD SHF DEVICES'
3
5
10
Ch. 1. General InformatIon on Periodle Delay Systems
Used In Cross-Field SHF Devl.cea, 15
1. Comb structure In a waveguide 19
Card 2/3*

L 25129-65 EPA(w)-2/E'vlT(1)/EtC(t)/BWA(m)-2 Pi@ib-10
TMESSION NR: AP5002335 S/0141/64/007/005/1002/1001
AUTHORS: Kulikov, M. N.; Stal'makhov
V.
TITLE: Calculation of the interaction between an electron beam and
a traveling-wave field in crossed fields and in an interaction space
of finite dimensions
SOURCE: IVUZ. Radiofizika, v. 7, no. 5, 1964, 1002-1004
TOPIC TAGS: traveling wave field, electron field interaction, slow ?
wave system, space charge:density, field theory, perturbation @heory:,
ABSTRACT: A-field-theoret.ic method.in the linear approximation was
used to determine the interaction between straight-line electron
beams of finite thickness and.of low space-charge density and the
field of a slow-wave system, with account taken of the finite di-
mensions of the interaction space and of the position of the elec-
tron beam in the space. The derived formulas are claimed to be more
Card 1/2

L 25129-65
ACCESSION NR: AP5002335
general than the perturbation-theory formulas published in the lit--,
erature, since they take into account both the thickness of.tbe
beam and its position in the interaction space. They also makeit
possible to determine the initial amplitudes of the partial waves,
which -are needed for the calculation of the characteristics of real
traveling wave or backward wave tubes. Furthermore, the results
can be used-for an analysis of devices consisting of more than one
stage. Orig. art. has: 4 figures and 10 formialas,
,.ASSOCIATION: Saratovskiy gosudarstvennyy universitet (Saratov
State-Universitv)
SUBMITTED: 15Feb64 ENCL: 00 SUB CODE: EC, NP
NR REF SOV: 002 OTHER: 006
Card 2/2

S/0109/64/0091002/OZSZ/0261
ACCESSION NR: AP401759S
AUTHOR: KulikOv. M. N.; Stalln-takhov, V. S.
TITLE: Calculating an electron-wave M-type anVllfier with a thin beam
SOURCE: Radiotekhnika i clektronikat v. 9. no. 2. 1964, ZSZ-261
M type tube. M type amplifier. electron wave amplifier.
TOPIC TAGS:
diocotron amplifier, thin beam M type amplifier
ABSTRACT: Based on R. W. Gould's theory of a thin beam (J. Appl. Phys..
19S7, 28, S. S99),. formulas are developed for a few particular cases of
calculating the overall gain of a crossed-field M-type (diocotron) amplifier. The
design procedure developed involves not only parameters of the electron beam and
the drift space but also parameters of matching devices employed with the
M-tube. The problem of gain determination is solved in these three steps:
(1) Determining wave -propagation constants in the matching and drift regions;
Card 1/2

ACCESSION NR: AP4017595
(2) Determining boundary conditions in the input and output matching devices and
in the drift region. (3) Determining initial amplitudes of partial waves in the
matching devices and in the drift region. It is claimed that a numerical case
computed by the new formulas was in good agreement with wMerimental results
obtained by P. Guenard, et &L (Ann. radioe'lectr. 1952, 7, 30. 252). Orig. art.
has: 4 figures and 30 formulas.
ASSOCIATION: none
SUBMITTED: 19jan63 DATE ACQ: l8M&r64 ENCL: 00
SUB CODE: GE NO REF SOV: 00 1 OTHER: 005
'Card 2/2

ANDRUSHKENICH., V.S.; BUDIIIKOVA, N.P.; GRIGORIYEEV, IN.A.; ZYJARKOV,
Yu.D.; STITSYTI, N.I.; :jT4IMAKHQV.,,.,@T.S.; TRUBETSKOV, D.I.;
SHVEDOV, G.N.; SHEVCHIK, V.N.; UOSKOVA, H.F., red.
[Electronic superhigh-frequency devices] Elektromye pribory
sverkhvysokikh chastot. Saratov, lzd-vo Saratovskogo univ.,
1964. 187 P. (MIRA 18:4)

L 02239-67 EWT(l)
ACC NR: AR6013692 SOURCE CODE: uR/oo58/65/000/010/HO33/HO33
AUTHOR: Gurzo, V. V.; Stallmakhov, V. S.,
TITLE: Amplifiers of the magnetron typ with preliminary modulation of the electron
beam
SOURCE: Ref. zh. Fizika, Abs. lOZh225
REF SOURCE: Sb. Vopr. elektron. sverkhvysok. chastot. Vyp. 1. Saratov, Sarato-vsk.
un-t, 196h, 68-Bo
TOPIC TAGS: magnetron, traveling wave amplifier, backward wave amplifier, electron
beam-, beam modulation, space charge
ABSTRACT: T@Le autho--s investigate linear operating modes of traveling -wave and bark-
ward-wave amplifiers (T-WT and BWA) with preii:-u-nary modulation of the electron bear.
as a result of iziterai@tio-, with an additional slow-wave system. The input signal
is split into two parts, on-e of whic-h 4-s fed to the input of the slow-wave system
of the modulator, and the other to 'he input. of the slow-wave system. of the amplifier.,
They can interan either wit'lli the direct or wiLL the backward harmonic ', so that four
a are possible;
cases of two-stage type---Y. amplifier 1:0@; with prelilTdnary modu-Latia-
1/2

L 02239-67
ACC NR: AR6013692
BWA-BWA., TWTI_TW7, TWT-BWA, a-nd BWA-TWT. On the basis of ar an-alysis of the simplest
case (linear mode,, small soace charge, and absence of losses), it is concluded that
it is advantageous to use prelimina.@7 mod-_,'ation for backward-wave amplifiers (the
case TWT-B'dk and BWA-BWA,',. M. R. (Translation of Abstract)
SUB CODE: 09
0
2/2 bdh

L-33573-66 EWT(1) IJP(c) AT
ACC NRs AR6016251 SOURCE CODE: uR/oo,98/65/OO0/Ol1/ND26/HD26
AUTHOR: Kulikov, M. N.; Stallmakhov, V. S.
TITLE: On the calcuiatior@of lie interactim between an SIMtron of finite
thickness and a traveling-wave field In beam'devices with crossed fields
SOME: Ref. zh.,Fizika, Abs. llZh180
REP SOURCE: Sb. Voyr. elektron. sverkhvysok. chastot. Vyp. I. S&Mt0VV ov
_AUzt4 1904, 81-94
TOPIC TAGS: electron beam, traveling wave Interaction,, *1*etromagnetic field, wave
propagation, adiabatic approximation, electron motion, space charge
ABSTRACT: Results are presented of a calculation of the propagation constants (PC)
for an electron beam of finite thickness in devices with crossed fields, with allowanci
for the distance from the cold cathode to the slow-vave system. Certain results are
aslo given of an analysis of the influence of the beam position in the interaction
space on PC of the waves in the system. The problem is solved in the adiabatic approx"
imation. It is assumed that the electron trajectories are straight lines, and that
the space-charge density is small and is homogeneous aver the section of the beam. An
equation is obtained for the PC; the results of its numerical solution are given for
the case of small signals, together with the corresponding plots. An analysis of cer-
tain particular cases shows that allowance for the geometry of the interaction a W e
and for the position'.of-, the electron bow in It can greatly change the PC of the waves
Card

L 33573-66
FACC NRI AR6016251 6
in the system. 7he character of variation of the PC In closely connected with the
variation of the PC of space-charge waves. If the modulation waves at the upper and
lower limits turn out to be uncoupled to each other for a given thickness of the elec-
tron beam and for a given beam position In interaction space,-then the modulation wave
at the lower limit turns out to be practicalU uncoupled with the slow-Vave system,
too, so that only two waves are excited in the system In lieu of three. Certain wWa
of simplifying this general solution are indicated. A. Rosball. -(Wanslation of
abstract]
SUBCODN: 20p

V- T
'-a Icu I ai c- P-,n electron strearri rid
t-av,@Iln,@ wav- croOs fli'l-da wlth! finilte dimensions
vs. ucheb. za7.; 'ioflz. 7
of -,".e Interaction -:Z,;,. V, rad
Sarato,@iskfy go s u Ja rs n i un@versitet.
L@ 1, Yy

,,URZO, V.V.; f-*AJ,11',L@KHOV V.S.; TRIZETS?,OV, D.I.
J - . )
Contribution to the theory of parametric amplification of
cyclotron waves in beam devices with crossed fields.
Radiotekh. i elektron. 10 no.12:2251-2254 D 165o
(MIRA 19:1)
1. Submitted July 13, 1-964.

L 6ri !@7iLjk(U
/\CC NR: -AP6007638 SOURCE CODE. UR/0141/66009/001/01460154
q
Gurzo, V. V.; Kulikov, M. N.; Stalfrnakhov, V. S.
6-
;ORG: Saratov State Universit,L@Saratovskiy gosudarstvenn)-@ universitet)
!TITLF.'.. Invt-,6tigation of the instability (of diocotron amplification) of thin electron
:bearns rnoving in crossed fields
SOURCE: IVUZ. Radiofizika, v. 9.. no. 1, 1966, 146-154
"X
TOPIC TAGS: electron tube, 1'6ross field tub 14-typ,&-4ttbe
ABSTRACT: The resuIIts are reported of an experimental investigation of the
@2-Lthin electron beanis moving in crossed fields in a region free from
external r-l' ficids. Unlike other works (L, A. Harris, Proc. IRE, B-105, Suppl. ,
645, 1958) where gain per unit current or
beam length was reported, this article gives
7
the total gain in the drift region. An M-type
clectron-wa-ve arnplifier (see figure) was used
for experiments, The diocotron gain (over
6 db) was determined as.the difference
betwepn the total gain and that of the rriatchirig Expe.-Iment--A amplifier for diocotron
Ca
gain measurements

L 2Q63)-66
ACC NRi AP6007638
@deviccs. The experimental amplifier comprised: I - electron gun, 2 clactron
team, 3 - first coupling element, 4 - second coupling element, 5 - third coupling
element, 6 - base.(negative electrode), 7 - collector, 8 - absorber, 9 - drift. A gaini
of 15-18 db was obtained when an r-f signal was applied to the first and taken fromthe@
third coupling element. It was found that. (1) broadband operation of the diocotron
amplifier is possible, even with dispersing coupling elements, if the latter are short
enough; an amplification band of 8% was achieved in the experiments; (2) practical
application of such an amplifier is limited by its low efficiency and high internal noise
level. Orig, art. has: 9 figures and 6 formulas. [031
SUB CODE: 09 / SUBM DATE: 08Jul65. ORIG REF: 002 OTH REF: 005
MD PRESS:q-x-z q
L_qard

STj'jLIv,-AKH()VA, I.P.; FiNKFLI, A.G.; SVERDLOV, L.tvi.
EAperimental and theoretical study of thle absolute CS
infrared spectra of hydrocarbons in the gaseous phEse. Part 5.
Propane. Opt. i -spektr. 18 no.6:1083-1086 Je 165. (IMIRAA 18:12)

P
'Z) T 1) @,N 14--i 1
USSR/ Physical Chemistry - Kinetics. Combustion. Explosives. Topochemistry. B-9
Catalysis
Abs Jour : Referat Zhur - Khimiya, No 4, 1957, 11216
Author : III.-A.D. Stepukhovich and G.I. Kate
IV. A.D. Stepukhovich and G.P. Voroblyeva
V. A.D. Stepokhovich and L.V. Deievenskikh
VI. Stepukhovich A.D., StallmeMova L.S., Yeremin VS.
VII. Stepukhovich A.D., DerevenskEl-T.T.
Title Kinetics and Mechanism of Decomposition of Hydrocarbons.
III. Kinetics and Mechanism of Thermal!Decomposition of Divinyl at Low
Temperatures.
IV. Kinetics and Mechanism of Decomposition of Isobutane in the Pre-
sence of Isobutylene and Propylene as Inhibitors
V. Kinetics of Thermal Decomposition of Gaseous Paraffins in the Pre-
sence of Added Divinyl
.VI. Kinetics of Therml Decomposition of Gaseous Paraffins in the Pre-
sence of Acetylene
VII. Kinetics and Mechanism of Decomposition of Gaseous Alkanes in the
Presence of Allene
Orig Pub Zhurnal fiz. khimii, 1954, 28, No 7, 1.174-1185; No 8, 1361-1370; No 10,
1720-1724; No 11, 1878-1881; 1955, 29, No 12, 2129-2132
1/4 /@" // /--.

USSR/ Physical Chemistry Kinetics. Combustion. Explosives. Topochemistry. B-9
Catalysis
Abs Jour : Referat Zhur Xhimiya, No 4, 1957, 11216
Abstract : III. The velocity constant of divinyl decomposition, calculated in accor-
dance with the equation of the reactions of second order, varies linearly,
at 570-620P and 2-30 mm, Hg pressure-, depending on 1/po (po-- initial pkes-
sure). Calculatgd were mean duration of life of divinyl. molecule in activw-
ted state, 5.10 seconds, the number of kinetically active degrees of free-
dom 20, and dissociaton energy of divinyl E = 79.4 �'1.9 kcal/mole. Decom-
position of divinyl conforms to the Dints-ess-Frost equation and is interpre-
ted as a chain reaction undergoing-spontaneous iiihibition'by decomposition
products. Additions of diviftyl accelerate decomposition of C2H6 at 62&.
Accelerative action of divihLyl reaches a limit at 12%.
IV. By the method of inhibiting additives (MMAxi, 1953' 8215) a@ study
was made of thermal decompositi8n of isobutane at presiuib 6f 10 mz6 Hg
and temperatures of 548 and 573 . Addition of 0-5% eldvs'dawn,:@the_,de,_'
composition sharply, on increase of the addition from 1 to 7% effective-
ness of its action decreases, and with 7-10% saturation is reached (fitst
order velocity constant acquires constant value). Under the same condi-
tions inhibition by isobutylene is more effective than by propylene.
2/4

USSR/ Physical Chemistry Kinetics. Combustion. Explosives. Topochemistry. B-9
Catalysis
Abs Jour : Referat Zhur Khimiya, No 4, 1957, li216
Experimental data on inhibiting action of additives fit the equation:
11W - Woe A + BC (1), wherein W -- reaction velocity, Vo-- residual
velocity, A and B z- constants, C(add) -- -- concentration of additive,
which proves the chain nature of the decomposition. The primary effect
is decomposition of isobutane molecule at C-C bond. Inhibiting action
of olefins is explained by r val' of H atom by active radical from foo-
lecule of additive with formation'of inactive unsaturated radicals. By
means of equation (1) were calculated velocity constants of the reaction
of chain termination at the wall and at molecules of additive. Activa-
tion energy of inhibiting reactions brought about by isobutylene and pro-
pylene is, respectively, 5.6 and-8.5 kcal/mole, that of the reaction of
termination at wall, 14.7 kcal/mole.
V. Study of kinetics of thermal decomposition of propane, butane and
isobutane, in the presence of divitkyl, with initial pressure of decom-
posing hydrocarbons - 10 mm Hg, and at temperatures of 510-5930. Ad-
ditions of divinyl, -which is a product of cracking of hydrocarbons, do
not inhibit decomposition of these hydrocarbons. Absence of inhibiting
3/4

USSR/ Physical Chemistry Kinetics. Combustion. Explosives. Topochemistry. B-9
Catalysis
Abs Jour : Referat Zhur Khimiya, No 4, 1957, 11216
action of divinyl Is correlated with greater durability of C-H bond, in
CH2 groups, at the double bond carbon, in comparison with durability of
C-H bond in methyl groups of propylene of isobutylene.
VI. Study of kinetics of thermal decomposition of propane and butanes
in the presence of 1-20% C2H at pressure of decomposing hydrooarbons--lL,
mm and temperatures of 50OZ6600. Additions of C H do not inhibit rate
of decomposition. Tnereased values of decomposiMon velocity constant
of propane at pressures below 10 mm, in the presence of C2H2, are due to
the fact that that C2H2 Impedes diffusion of active centers to the malls.
Thermal calculations have shown the possibility of a reaction between
atomic hydrogen and C2H2, with formation of highly reactive vinyl radical
which is stable under cracking conditions.
VII. Additions of allene inhibit cracking of CPS and 180-C41T10, but do
not affect decomposition of C4H 00 mechanism o Inhibition resides in ad-
ddition of H atoms to allene molecule with formation of little active allyl
radicals. Absence of inhibition in the case of C4H10 Is due to the fact
that increase of latter occurs essentially with formation of CH3 radical.
Communication 11, see RZhKhim, 1957, 393.
4/4

S/051/62/013/oob/005/027
E039/9120
AUTHURS; Sidorov, N.K., Stallmakhova, L.S., and Bratanova, L.I.
TITLE: Contours and in'@,nsities of the Raman lines of
Xylenes
PLRIUDICAL: Optika i spektroskopiya, v-13,-no.6, 1962, 783-790
TEXT: Contour measurements of the Raman lines of o-, m-
and n-xylene are made using a Ai)C-q (DFS-4) diffraction . grating
spectrometer. The lines are excited by the 4356 @ mercury line.
Data are presented graphically and also tabulated, full comparison
being made with the work of other authors. Methods of calculating
the intensity standard S are discussed.. This is characterised
by an invariant tensor CK derived.from the polarisation of the
molecules. As valiies of 5 for the xylenes have not been so far
calculated, a comparison of experimental and theoretical vaiues of
S for toluene is given. It is shown that the formula for 6
derived by H.J. Bernstein and G. Allen (J. Opt. Soc. Amer., 45,
1955, 237)
Card 1/2

S/0j1/62/0l3/o06/0L)5/027
Contours and intensities of the E039/El2O
(5b'2+7g' 2 Q n 2 0 R(n) MI Al N-80" 4
(5b'2+7812) (1802 n 2 '802 RC H d C6H.12 602 I-Av X
602 C6H12 6 12
X + @602 1 - exp(- 1.!k4j&-J/T)
1 + 1 - exp(- I.lk4-802/T)
Y
(where b' and g' ar-e components of the tensor a'; INI is the
molecular weight; d the density), gives values in good agreement
with the data of N.1, Rezayev (Kand, Diss, NGU, N1.1 1956),
The experimental data obtained forms a basis for the further
development of theoretical work on the intensities of the Raman
spectra of the xylenes.
There are 2 figures and 2 tables.
SUBI',11TTED: October 10, 1961
Card 2/2

lz,.-O %ryns
tc)vskiy gcsudar:!L amnTy uarillrt2rs' -t

L 9'@iT (1)'!ENT(m)/EFF (J)/T IJP(c,) FM
ACCES DSION NR: AP5019753 UWO05V65/o19/oo2/o2o6/o2l2-
I Ll -0 1 q - 535-375-096
"I, Ilq
-v, N. K., Bratanova,-,T. I.; Stallmakhov
AUTHOR; Sidoro
-77-771
TITLE: Moin pa-rwiieters of Haman lineg'ot monobalides of benzenes and their deDend-i
ence on the temperature anCor@ the solvent
SOURCE: Optika i spektroskopiya, Y. 19, no. 2, 1965, 2o6-212
TOPIC TAGS: Raman scattering, benzene, halide, line width,, line intensity, de-
polarization, thermal effect, solvent action
ABSTRACT: The measurements, claimed to be the first performed on the substances in
question) -were made by a procedure described in detail earlier (Op-+,. i speld;r. v.
13, 783, 1962). The quantities measured were the abBolute intensities and the true
values of degree of depolarization and width -of Raman line of chlorobenzenei.bromo-
- -iodob n ene. The e its e
benzene *' and e z r su ar presented in the form of a table, which
1 sts also the trace and the anisotropy of the derivative polarizability tensor.
Studies were also made of the effect of the temperature on the abso te/tIntensities
of the lines belongaing to different vibrations of the chlorob rant;bromoben-
zene molecules, and the effect of various solvents (carbon tetrachloride, hexane,
ethyl alcobol, acetone) on the absolute intensity and width of Raman lines of ben-
Card 1/2
- -- -------

L 63380-65
@@ACCESSION NR: AP5019753
45
:zene halides. All solvents decrease the scattering a:oility of the molecule, but no
correlation is found between the propeities of the so* Lvent and the deviation of the
scattering ability from its value in the pure liquid. An attempt is made to recon_@
cile the experimental data on the Raman line 'width with the existing theories, and
it Is concluded that none of the the0ries are satisfactory. '.Undergraduate students
N. A. Petrushkina'and L P. na@. @&rticipated in the work. Uie authors thank I'l.
T
A-.Kovp@@-,@fjr a discussion of the work, and also M. L. Kats-dnd A. G. Finkelll@-Vfa@
interest in the work." Orig. a2rt. bas: I figure, I formula, and 2 tisb-le--s.
ASSOCLITION: none
SUBMITTED: 04@64 EICL- 00 SUB CODE: OP
ITO REF GOV: 017 OTHER- 008 ATD PRESS.. 7
Card 2/2

L 31134-66
ACC NRi AP601 SOME CODE: UR/0368/66/oo4/03@i-/6-5-
3
AUTHOR: Berezin, V. I j Z!!bov V. A.; Kate N. L. ; Kovaer M. A.. Bidoroy N K.
___L_ I
In Yu. P J. K.
Stal'makhova, L. S.; Sumhchinnkiy, M. M.; Turb Shubalov
ORG: none
12
TITLE: Intensities and line thresholds of stimulated Raman scattering
SOURCE: Zhurnal prikladnoy spektrookopli, Y. 4, no. 4, 1966, 351-353
TOPIC TAGS: laser, stimulated emiestoii, Rman scatteril1g, stimulated Raman sc
ABSTRACT: The relative values for the threshold I for the Intensity of the exciting
light necessary to 'attain stimulated Raman scattering In t6luene, chlorobenzene,
and pyridene have been measured. Using a theory of BPS developed by P. A. ApanaoevJ&
and B. I. Stepanov (Zhurnal-prikladnoy spektrookopli, v. 1, 1964, P. 202.), the*
authors derived the foUoving formula
IB/I wJI./sy(WOB V3oB/v 3 n3 /M? - (1)
0. B. 0
vhere T, is the Integral Intensity of the S543 line, 6 to the line vidth, vo Is the
frequency of.the scattered light. n in tihe,index of refraction, and the -- "
subscript B L identifies those quantities for benzene. The experimental values of
Cwd 1/2

Table 1. Main parameters and oscillation thresholds for SRS
I I I
benzene "2 13411 1.8 1 1 1150 1 1
LT 7- - ' '
@,L,3-pentddiene@ 1655 12748 15 1,6 0.2 1.43 0.& 0.25
3-methyl-f b adie e 15M 12765 7 1.3 0.3 1.42 0.5 0.40
f @Obe
I dea@
V:!arbon disulfide W 13747 1 1.6 3 1.63 1.6 2.24
styrene 996 13405 2 7 0.6 1,65 O's 0.55
09 0,6 1.55 - 0,59
styrene 1W2 12MI 3 0:
stvrene 1634 17MO 3 1.6 0.9 1.55 0.9 0.90
toluene IM3 134M 14 0.37 0.4 1.50 0.6 0.42
chlorobenzene-.----- 100 134011 F 0,45 0,8 1,52 1 0,78
br_Qmobenzjene log, 1302 1 0.50 0.9 1 66 11.1 O'll.-
1.2 0,46 0,8 151 1 0.02
nvridine M 13411
l/I for substances investigated in the present paper and in.,an earlier paper by
three of the authors (Zhurnal ekererimentallnoy I teoreticheskoy fiziki, T.-4T, 196
P. T84) are compared with the theoretical values derived by using formula (1) (see
Table 1). The value of I/I for the line AV a 922.cm-j In benzene was taken to
be tinity. Since the values of n(V ) for a rubyRsser source were unavailable, the
values of n for the D-Iine of sodIC; (nD) Wr-eumed In the calculations. OrIg. art.
has: 1T foradan and I table. ICS)
SUB CODE.,,_ 20/ SUBM DATZ: l7Nar65/ ORIO FW1 0011/ RD r d12 0
ACC NRj Ap6ol2859
a

2. (600)
Millzalov Fruvinc@e
L
7. .;tud.,.,r of uhp nhygico-cherrLical
of '.he 'benthuni@;
Jhkalov Province.
- Fresh Water Yauna
rarime and quantitative development
fauna in sorw of the artificial water ponds oC the
Trudy Zool. inst. no. 11.
9. Monthl List of Russian Accessions, Library of Congress, April 1953, Uncl.

STALIMAKOVA,G.A.
Hydrobiological characteristics of the central course of the Ural
River and of the adjoining bottom-land ponds. Trudy Zool. inst.
16:499-516 '54. (MMA 8:6)
(Ural Valley--Freah-vater fauna)

STALIKAKOVA, G.A.
.
Silt macrofalin-
depending on the
198-269 157.
of glacial lakes of the northwestern
degree of their silting. Tray lab.
(Presh-water fauna) (lakes)
ozeroved. 51
(Km 10:9)

KAL SNIK, S.V.; ARICHANGIZISKIY, A.M., prof.; MALIKINA. T.I., kand.nauk;
RASPOPOV, I.M.. kand.geograf.mauk, master sporta SSSR po turizma:
SSM3NQVICH,.N.I.i-kand.nauk; SKIANOT, L.-Te.i kand.nauk; -SKIENOVA,
N.P., kand.nauk; STALIKAKQVA, G.A.. kana.,nauk; T-BYGINOV, D.N., kand.
nank; KATYUSHIN, V.P.; PASKikV.-O'.M.; SLOBOZHAN, I.I., red.; TI-
KHONOVA, I.M., takhn.red.
[For you, hikers!] Vam, turisty; kak provodit' nabliudeniia nad
prirodoi v turistakom pokhods. Leningrad, Lenizdat, 1960. 246 p.
(MIIIA 13:6)
1. Chlen-korrespondent AN SSSR (for Kaleanik).
(Tourism) (Nature study)

, ,L,,I!;I-.
.i _, .@Iv
- a. i u @ r; @ no r, - :- - _- @, @ @ r r @ - @ e c -, 4 o rl o 1,
,I @,, - -, , - r - L".1 " i r n 7 o 1 @. - -, , i ... ... - i
Trudy lab. Dzer:,v@ci. 12.26'7-2__@,-
L@kf:@ lar-Iccra. "ni--,
I . 8, -. t_, _@?.
(Ladoge, Lake --Ben thos)

,L 49Z8i-65 EPF(c)/E'HT(m)/E1WP(J)/EMA(c) Pc
!ACCESSION WR: AR5012233 iW4/63)OO0/003/D0l5/D_O1.5
SOURCE: r 2-
,ef zh. Fizika, Abe. 3D98
1AUTHORS: Kon2n M. A.; Berezin, V. I.; Bratanova, L. I.; Stallmakhoval L. S.;
Sidorav,, N. K.
TITLE: Vibrational spectra of certain hetercyclic
compounds and halide-substituted aromatic
i
j CITED SOURCE: Tr. Komi . po spektr AN SSSR, vyp. 1, 1964, io6-1 3
TOPIC TAGS: vibrational spectrum, deuterosubstitute, force constant, influence co-
;'efficient,, Raman scattering, aromatic compound
TRARSIATION: A calculation is e and an interpretation Is presented for the
vibrational spectra of diazilles 'o-triazinep s-tetrazine, and some of their deutero-
substitutes, and also N-oxide of Ypridine.1 Systems of force constants and influ-
ence coefficients are obfi1He-d,-5iid-:_iE76 roie of the position and number of hetero-
atoms is "certained. A mesouremeW. .-in made of the true integral Intensities and
Card 1/2

L 2719-66 EVIT(I)IT- IJ7P(4 -
ACCESSION 11R: AP5017188 UP/0139/65/000/003/0162/M63:
65'_
AUTHOR: Sidorayr, N. K.: Stallmakhova, L. Sw
Y,
TITM: Concerning the choice of an absolute-intensity scale for Ramn-lim-
SOURCE: IVUZ. Fizikay no- 3.- 19651 162-163
TOPIC TAGS: Raman scattering, Raman spectroscopy, line intensity
1 ABSTRACT: The authors state that if the vessel containing the scattering substance
i is uniformly illuminated in a plane perpendicular to its axis (as in the case when;;
a standard elliptical illimtinator is used), then a better scale for the determina-
tion of the absolute intensities of Raman lines is not the one proposed by Bernstei:n
and Allen (J. Opt. Soc. Amer. v. 45, 237, 1953), but a scale R - (5b,2 + 13g,2)
(5b,2 + 1,3g,2)8,D2
which can be readily obtained without measuring the degree oli4v
depolarization (bg and g' are respectively the trace and the anisotropy of the ten.'!
sor of the derivative of the polarizabil-ity with respect to the normal coordinate).1,
A brief justification for this statement is presented. Knowing the experimental
value of Ry it is possible to determine the absolute intensity of the Raman line
by means of the formula (5W2 + 13g12) R. 26 x lo-8 g. Orig. art. hast
Av
1 formula.
Card .1/2

L 27194-66--
ACCESSION RR: AP50171W
ASSOCIATION: Saratavskly gousuniversitet imeni No Go CherrWshevskogo (Saratav
iState University)
SLT04ITTED: 15Ap2,64 EVCM. 00 BUB CODEt OP
IMT REF SOVi 003 OTHER: 002

SII)OROVy N.K..; fif(ATANOVA, L.I.; STALIMAKHOVA, L.S.
Main parameters of the Raman scattering lines of mono-benzene
halides and their dependence on the solvent and temperature,
Opt. i spektr, 19 -no.2:206-212 Ag 165. (MIRA 18:8)

LAVRUSHIN, A.Ya.; OLtSRLIISKIY, I.I.; ABRAMOV, N.D.;
FiLATM, I.G.; BXLOGOLOVAYA, N.G.; STAPANOV. A.S., spetered.;
VASI11YEVA, G.N., red.; CHOYSHWA, Te.A., tekhn. red.
Neat industry;'collection of articleal Hiasnaia promyshlennost';
sbornik. Moskva.. Pishchapromizdat. (Obmen peredovym takhnicheakim
opytom). N6.14. [Practices of efficiency promoters of the Noscow
Meat Combine] Op@+. ratsionalizatorov Hoskovskogo miasokombinata.
1956. 25 P. (MIRA 11:10)
1, Russia (1923- U.S.S.R.) Hinisterstvo promyshlonnosti
mymnykh i molochnykh produldov. Otdal tekhniches@vf informataii.
(Moscow-Wat industry)

V. A.
Shrews - Kara Kum, @,eski
Ecology of the desert shrew in the Kara Kum. Izv. Turk. fil. AN SSSR no. 2, 1949.
Monthl List af Russian Accessions, Library of Congress, November 1952. UNCLASSIFIED.

STAL MAKOVA, V. A.--
"Katerials on the ecology of some rodents in the irrigated zone
of southwestern Tajikistanw by G.S.Davydov. -Reviewed by V.A.
Stallmakova. Izv. Otd. est. nauk AN Tadsh. SSR, no. 24:143-144 157.
(MIRA 11:10)
1. Institut zoologii i parasitologii imeni akademiks Ye. N.
Pavlovskogo AN Tadzhikskoy SSR.
(Tajikistan--Rodentia)
(Davydov. G.S.)

STAWMAKOVA, V.A.
Occurrence of the Turkmenian
Bondar) in northe= -Kara Kum
logical characteristics [with
no.2:275-279 F '57.
jerboa (Jaculus turemenicus Tinogr. A
and some of its ecological and morpho-
summary in English]. Zool. zhur. 36
(KIRA 10:6)
I.Xarakumskaya nauchno-i"jedQT&te.l.'_sIpaya stantsiya Sredneasiatakago
nauchno-iseledovatel'skogo instituta lesnogo khozyaystva.
Mara Kum--Jerboas)

CHFJWSHEV. Vladimir Ivanovicb; aTAL.IMAKOVA. V.A., otv.red.; BATkWVA,
- I...-
M.A., red.; BATALOVA, M.A., red. iz&.1hai, @ FROWY. P.M., tekbn.red.
[Fauna and scolog7 of mmmals in the bottom-land forests of
Tajikistan] Fauna i okologlia mlekepitaiushchikh tugaev
Tadzhikistana. Stalinabad, Izd-ve Akad.nauk Tudzh.SSR, 1958,
166 P. (Akademiia nauk Tadzhikskoi. SSR. Stalinabad. Trud7,
-- vol.85) (MM 1.2: 11)
(Tajikist@n--Mammals)

STALIMKOVA, V.A.
Recent data on the distribution and ecology of certain species
of reotiles in Tajikistan. Dokl. AN Tadzh. SSR 1 no.3:47-48
158 (MIRA 13:3)
1. Institnt zoologii i parazitologil AN Tadzhikskoy SSR. Pred-
stavleno chlerom-korrespondentom AN Taclzhikskoy SSR M. N. Narzikalovym.
(Tajikistau--Reptiles)

POPOV, Arkadiy Yesillyevich; WA44COVA,-V.A.-. kand.biolog.nauk, red.;
PYATAYEVA, M.P., red.izd-va; FROLOT, P.M., takhn.red.
[Birds in the Gisser4larategin area; an ecologico-geographical
survey] Ptitay Gisearo-Karayegina; skologo-geografichaskii
ochork. Pod red. V.A.Stallmkovoi. Stalinabad, Izd-vo Aked.nauk
Tadzhikokoi SM, 1959. 179 p. (MIRA 13:4)
(Kukhistan--Birds)

CHEVIOV, Sergey Alekaandrovioh, dok-tor biol.rauk;_
BATAIOVA, M.A., red.izd-v-a; IROIDV. P.M., tol-hn.rad.
EFalana ef bbe TA.Ulk S.S.R.; Fauna Tadzhikskoi
SSR; pre@tmykp-inshchia;.iia. St-linabad, 1959. 201 p. (Akademiia
nauk Ta-,@hflrskoi SSR. Stalinabad. Trady, no.98).
(MIM 13:6)
(T--A--;-'.kts@ayz--Reptile9)
a,

STALIMAKOVA, V.A.-, SINEL'NIKOV, A-H-
Some features of water metabolism in desert rodents. Dokl.An
Tadzh. SSR 2 no. 5:43-48 '59. (MMA 13:12)
1. Institut zoologit J parazitologti AN Tadzhikokoy SSR.
Predst-avleno chlenom-korrespondentom AN Tadzhikskoy SSR M.N.
Narzikalovym.
(Rodentia) (Desert fAuna) (Water in the body)

STALMAKOVAY VIKTORIA A. (USSR)
"On the water regime of desert rodents in Russia."
report presented at the intl. Sympcsium on Methods of Thericlogical
investigation. Brno, Czech.,
d6 4j, - ?,-Sept. lo,6o

STALIIIIAXOVj@, V.A.
Special characteristics of the geographical distribution of desert
rodents in Tajikistan. Sbor. trud. Tadzh. fil. Geog. ob-va SSSR
no.2:?9-96 161. (YURA 14:11)
(Tajikistan--Rodentia)