SCIENTIFIC ABSTRACT ARUTYUNYAN, F.R. - ARUTYUNYAN, A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000102310014-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 6, 2000
• Sequence Number: 14
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

v S/022/59/012/05/05/0001
AUTHOR: Aru1ZgXgn,,,,,,F,_R.
TITtEt Elastic Dispersion of Protons on Kernels
PERIODICAL: Izvestiya Akademii nauk Armyanskoy SSR. Seriya
fiziko-mate-
maticheskikh nauk,1959,Vol. 12, No. 5, pp. 77-90
TEXT: The paper contains a detailed representation of the results
announced
by the author in (Ref. 1) on the dispersion of protons in lead-
and copper
plates in a cloud chamber.
The author thanks Professor A,I. Alikhanyan and ".';.L.
Ter-:'.Iikayelyan for dis-
cuasion.
There are 7 figures, 2 tables, and 15 references 1 4 Soviot and 11
American,
ASSOCIATIM Fizicheskiy institut AN Armyannkoy SSR (.j~~iical
Institute
AS Armenian SSR)
SUBMITTEDt September 28, 1958
0
Card 1/1

i)!~ UT ~VN ~ I)NII
S/022/59/012/06/06/009
AUTHORz Arutynyan, F. R.
TITLE% Consideration of the Geometry of the Instrument for the
invest'4-
gation of Scattering
PERIODICALs Izvestiya Akademii nauk Armypnskoy SSR. Seriya
fizAko-
matematicheskikh nauk, 1959, vol. 12, No. 6, pp. 109-120
TEXT; For the investigation of scattering in most cases the
projections
of the scattering angles are measured. This restriction to plane
condi-
tions leads to the fact that the probabilities of the measuring
of differ-
ent scattering angles are different, it was referred t:) in
(Ref. 3) for
the first time . Let ID be the scattering angle, f)-p -its
projection in
the plane in wldoh the investigation is carried out,. and 0q, the
projection in a plane which is vertical to the plane o:!'
investigation.
The influence of the geometry of the instrument leads to the
correction
function C( ;4 ) - C1( 0* ) - C2( 'D'P ). Here C1( gives the
probability that the scattering angle rvp is observed, if there
are no
restrictions in the plane which is vertical to the plane of
investigation.
Inversely C the correction function which is necessary, if the
2( 'a
measuring is bounded only in the vertical plane by the 6oometry
of the
Card 1/2 ~/B

3/022/59/012/06/(,16/009
Consideration of the Geometry of the Instrument for the
Investigation
of Scattering
instrument. On the base of a gonQxaJ instrument schemE the
author
separately calculates C1( and C2( For C1( he obtains the
expression
(4) Cj( Olt
F, (D)
where P( is given by a certain integral, For vertically
incident
particles the result from (Ref, 3) is obtained. The
mentioned integral
Js explicitly calculated in some special cases, For C
2(GL'f) the author
obtains a complicated multiple integral which, however, is
approximately
constant, so that the probability of the recording of
different angles
can be considered as constant in thia case,,
There are 5 figures, and 4 references: 2 Soviet, 1 Italian
and 1 English.
ASSOCIATION: Fizicheskiy institut Akademii nauk Armyan3koy
SSR
(Physical Institute AS Armenian SSR) AR
SUBMITTED: November 28, 1958
Card 2/2

ARUTMUAN, P.R.; ASATIANI. T.L.; KRISHCHYAN, V.14.:
SHAMATUNrAN, R.O.
- Scattering of A-mesons in copper. Dokl.AN Arn.SSR
28 no.31
117-119 '59. (MIRA 1217)
1. Irizicheskly Inotitut AN ArmSSR. Prodetavlono
akadamikom AN
ArmSSR A.I.Aliklianyanon.
(Mesons--scattering)

24(5)
AUTHORS: Alikhanyan, A. I., Arutyunyan, F. R. SOV/56-36-1-6/62
I------------------
TITLE: The Scattering of tP -?4esons in Lead (Raeseyaniye 14 -mezonov
V sviAtse)
PEKODICAL: Zhurnal eksperimentallnoy i teoreticheskoy fiziki, 1959,
Vol 36, Nr 1, pp 32-40 (USSR)
ABSTRACT: In the introduction several investigations carried out of
muon scattering in lead in various meson energies are dis-
cussed. For the effective scattering cross section in ener-
gies of 100 to 300 MeV a 4.10-27cm2 /nucleon was found
(Refs 1-3). For the effective scattering cross section of
anomalous soattering.s. value of Cran = (I .5�1.0).10-27cm2/nualoon
was measured in a depth of 60 m equivalent of water at muon
momenta of 100 - 600 MeV/c in photoemulsions. This agrees
with the results obtained by Alikhanov ani Yeliseyev (Ref 7)
at muon-momenta of 200 - 800 MeV/c. Alikhanyan and Kirillov-
Ugr,yvnov (Ref 13) investigated somo muon scatterings
(80 - 140 MeV/lc) in thin copper plates. The present pnper
investigates experimenta' results of muon scattering at
momenta of (1.0 - 1.8).108 eV/c in 7 mn thick lead plates
Card 1/4 in a cloud chamber. Investigations wern carried out with

The Scattering of 14 -Mesons in Lead sov/56-36-1-6/62
cosmic muons in an n1titude of 3,200 m above sea level on
I
Mount Aragats by means of a mnrnetic m~iss spectrometer and
two cloud chambers with many plates, A description of the
experimental device and data may be found in references
8, 12, 13. Particle analysis was carried out in the mass
spectrometer according to momentum and range. The former
was calculated from the radius of curvE,,ture of the particle
orbit in the magnotic field, the range was determined from
the material layer through which the particles penetrated.
For 812 particles the masses were determined at 150 - 360 me
with the following coordination: m K, 240 me-`w P -mesons;
m > 250 me--i*Tit-mesons. Average values: -nuons with 209 me
+
+ pions with 278 me. In the muon group there should be not
more than 2 4, pions and in the pion group not more than 12
muons. Measurement of angles was carried out on the basis of
photographs by means of a special protractor. Momentum
measurement in the scattering point, if particle mass was
known, was possible by two methodst 1) from the remaining
range according to scattering, 2) from the momentum measured
in the magnetic field. The lead plates in which scattering
Card 2/4 was investigated had impurities, the effect of
which upon

The Scattering of U -Mesons in Lead SC)'1/56-36-1-6/62
the scattering angle and on the distribiition fianction van
dotormined. The offoct produced by the geometry of the device
upon the measurements was taken into account to the widest
possible extent, 2337 muon scatterings and 818 pion scatter-
ings were investigated in the lead plaAes with a total
range of muons with p = (1.0 - 1.6).10 eV/c in Pb of 19 m
and for pions at p = (1.2 - 2.0).108 eV/c of 6.7 m- Figure 2
shows the differential distribution of scattering angle
projections for muons, for which purpose the measuring points
and, for reasons of comparison, the curves of multiple
Coulomb (Kixlon) scattering a,~;iordtng to Ter-Mikayelyan
(Ref 11)
are given. Agreement is good. Figure 3 shows the same for
pions. The number of muon scatte-ings in dependence on the
angle is given in a table together with the corresponding
theoretical values. Agreement is good. The authors finally
thank M. L. Ter-Mikayelyan for his discussions and help,
B. A. Dolgoshein and B. I. Dichkov for nasisting in evaluating
Card 3/4

The Scattering of P -Mesonn in Lead SOV/56-36-1-6/62
measuring results, M. I. Dayon and V. G. Kirillov-Ugrytimov
for discussions. There are 3 figures, I tnble, and 18
references, 7 of' which are Soviet.
ASSOCIATION: Fizicheskiy insti.tut Akademii nauk ArmyanEkoy
SSR
(Physics Institute of the Academy of Sciences IArmyanskaya
SSR)
SUBMITTED: July 14, 1958
Card 4/4

21(l), 21(7) SOV/56-36-4-3/70
AUTHOR: Arutyunyanq F. R.
- -------------
TITLE: Determination cf the Mass of Charged Particles
According to
Scattering and !'asidual Range in Multi-Plate Cloud Chambers
(Opredeleniye massy zaryazhennoy chastitsy po rasseyaniyu i
ostatochnomu probegu v mnogoplastinnykh kamerakh Villsona)
PERIODICAL: Zhurnal eksperimentallnoy i tooreticheskor
fiziki, 1959, Vol 36,
Nr 4, pp 985-991 (USSR)
ABSTRACT: In continuation of an earlier paper (Ref 2) the
present paper
gives further measuring results of scattering angles and
ranges
of protons, muons, and pions for the purpose of verifying the
method suggested by Annie et al. (Ref 1). Instead of operating
with the scattering angles 9, the quantity ftj is used, where
q = 0e (R - residual range of the partiole, a - 0-55# a con-
stant for all elements). The theoretical distribution curves
coincide with the angular distribution curves in the case of
corresponding normalization. According to Ter-Mikayelyan (Ref
it holds for the mean and the root-mean-squareq-value that
N2
particle can be detected by way of the resulting photon
emission.
4pM d.,
drn -TF7 -rill- 73-W041, wr)' (t + p:x wi)fIX
X SW -P
RI + a
Card 1

S/056/'61/041/006/050/054
A way of detecting high-energy... B109/B102
is obtained according to M. L. Ter-Mikayelyan (DAN SSSR, 134,
316, 19601
Izv. AN ArmSSR, 14, 103, 1961) for the numter of photons
emitted in the
frequency interval-Aw per cm of layer thickness. The
frequency is
measured in terms of WImin l1r,o(N1+aN2 re is the classical
electron
radius, c - light velocityt a - I (N1 N )I(NI
2/11' p 2 + aNd'
,r,d me'll In-Ire -(I -a) iWl- + (LN')P"- (1. 6)9 /1 In-Ir,
(I + ct) (Ni + aNO)".. 17).
The photon spectrum is between Wmin and ii maxo where VAI
2 /--~L'2).
1214A - (,:F yr - (E /E) )AL, 0.8)
max 11) IP
and is shown in Fig. I for the case of E - 2.2 EiTT, a - 1.
Fi&. 2 shows
the total number of.quanta (mi 1) as dependent on the
particle energy for
a - 1 and for different w. For cL~ values between 1. 2 and 1
. 6 are shown to be
the most convenient as regards the attainable number of
quanta. The energy
Card 2

A way of detecting high-energy ...
31798
S/05 61/041/006/050/054
B109YB102
of the exciting particles can be inferred from the energy of
emitted
quanta. The particle energy.range of 2-102 !!~ E/mo2e-5-'103 is
covered
by usinE proportional or scintillation counters (determined
lines of a
gaseous absorber are excited. The factors (bremestrahlung
effects)
affecting the noise level, and problems of recording of cosmic
radiation
are discussed. There are 4 figures, 3 tables, and 7 referenoes:
5 Soviet and 2 non-Soviet. The two references to English-language
publications read as follows: J. A. Northrop, R. Nobles.
Nucleonics,
IA, 36, 19561 F. Reines, C. H. Cowan. Phys. Today, 10, 12, 1957.
ASSOCIATION: Institut fiziki Akademii nauk Armyanskoy SSR
(Institute of
Physics of the Academy of Sciences Armyanskaya SSR)
SUBMITTED: July 25, 1961
Card 3/#

S/04 62/026/006/011/020
B125YP,102
;sUTIMIS: Alikhanyan, A. I., Artityunyan, F. R., Ispiryan,
K. A.,
and Ter-Mikayelyan~
TITLE: The possibility of detecting charged particles of high
energies
PERIODICAL; Akademiya nauk SSSH. Izvestiya- Seriya
fizichoskaya,
V. 26, no. 6, 1962, 746-753
NEXT: The question is discussed whether resonance radiation
resulting
fron fast particle pa Isage through periodicall (periQd 1)
alternating
plates of thickness 1 1 and 12(1-11+12, a~ 12 1~ can be used
to detect
fast particles and to measure their ener&y. The main
contribution to the
processes under consideration is that of the harmonics lying
below a
certain threshold. If the particle energy is much higher
than threshold
energy, the emitted frequencies ti.) of all barmonics lie
somewhere betmeen
a maximum and a minimum, i.e. between 1/r and OB 2/E2 ; r is
the order
n
Card 1/3

S/048/62/026/006/011/020
The possibility of detecting ... B125/BI02
Of the harmonica. At energies which are not too high, but
already
relixtivintio, the particle radiatoo only on harmonics of
large r.
iadiations with new harmonics arise when the partiol.-
energy increa8ve
gradually. The.energy los's due to resonance radiation
depends only
slightly on the thickness of the plates and decreases
slowly with
increasing a. The rapid decrease of the number of quanta
beyond the
maximum (for any har-monic-) at ro -;~ 1-5 :A) min makes it
permissible to
neloject the contribution of high frequencies to radiation
intensity. The,
particle energy in the rango E/mc 2 . 2-10 2 _2-103 can be
measured by
the method of energy release. The method of charactq?riatic
radiation,
applicable in the range F11mc 2 .5-10 2 _ 5- 103, depenIs
on the radiation
in the loyered medium being passed throurh an aboorbing gas
which
thereupon emits radiation which is characteristic. Using
the method of
Compton scattering, which is suitable for a wide energy
interval, the
particle produced in the layer medium undergoes simple
Compton scattering.
The y-quanta striking the lateral faces of the layer medium
are
recorded by liquid scintillatorB. The occurrence o.',"
resonance radiation is
Card 2/3

S/048/6',-!/026/006/011/020
The possibility of deteoting ... B125/Bl(")2
accompanied by back8round radiation. Cosmic rauons of -10 11 ev
can be
detected with a coincidence cirouit. Muons of , 5-10 1.1 ev and
above
can be detooted by the method of characteristic ra3iat:'Lon.
Adequate
experiments are in preparation. There are 4 figurou and 2 tables.
ASSOCIATION: Pizicheskiy institut AN ArmSSR (Physics Institute AS
ArSSR)
koo"
Clard 3/3

BtiSjPT(1)/WT(m) A~FXAMIASD
JAMA25. :
&SUCR BE AP30031" B/005i~63/C44/006/2m/2103 1
AUTHCRI MUtUWq, F, R. TU-=Wan, V. A.,
27TIE: co"ton effe-e relativistie electrons and the poBsibilitol, of
obtaining
bews of hard Gw=
somm 2hurnal ekaper. i teor. tizikio v. 46p no.'6.. 1063., L1100*2103
TOPIC TAGM Couzyton effecti zelativiatic electrons.. hard 0amma
quanto~
bremsetrablung
it is ohm that tk by
ABST-RACTE: is energy distribution of hard photons obtained
the Compton effect on relativistic electrons will differ sypreciebly
h-om; the
bremsstrablung spectrum, end that at relatively law energies of the
scattered
photons there vill be produced. monoewrgetic hard O=a quanta to some
desme, i
The fluxes of the Gm= quanta, produced in this manner are comparable
vith the j..
corresponding quantities for tremostrablung. it is ouWated. that the
hard Gems i
ausnts obtained by using sources of pbotons harder then those of
light viU be
useful in -the solution of vmv, Mblets in physics. 'Vbe cuthors m
indebted to
Pn,f. A. 1. Mikharwan for inlarest and attention to the wor)c,, and
to V. M,.
Ar"t-MoMiLfor valuable advice. CrIg. art. bas 3 figuret and 4
formulas.
Card 1/91 4SSOCIATION: Physics.Irsto GKABj Yer'6.van

AC~.ESSIW NR: AP3013324 8/0022/63/016/005/0119/0123
AUTHORS:' ~rutyun R.; Ananova, L. A.; Grigox7~an, N. 0,
TITLE**. Highly directional Coronkov counter for relativistic
particlee
SOURCE: AN Arm;SSSR. I zvestiya. Seriya riz.-matem. nauk# ve 16, noo
5a 1963,t 3.19-1
123
TOPIC TAGS: Corenkov counter,, relativistic Cerenkov counter,
particle detectorp
charged particle detector
ABSTRACT: A highly directional Gerenkov counter has been designed
for relativistic
particles of threshold magnitude
(112 n2) 2
e 1 2
Othr sh
using the principle of total reflectioa from the base of the
radiator (detector) as
well as fromthe side wall surfaces. The trapped radiation in the
detector can
then be used to detect particles with. ap > 0.995, which,, in terms
of the angle
between the normal to the radiator base and the incoming particle
beam direction.,
1/2
C
ard

ACCESSION NR: AP3oi3324
can be represented by
thresh
ed%T Cos YT
where n, - reflective index of the radiatorp and n2.- the
reflective index of the
media surrounding the radiate r, Orig. art* hass 2 equations and 2
figures*
ASSOCIATICNt none
iSUBIXITTEDs, War63 DATE AOQ: 22NOV63 ENCL: 00
SUB CODE; PH NO IW SOV&: 001 OMER: 003
oi
card 2/2

L 101"3 EWT(u)/BDS AF M /ASD AR
AGC=CN NR: AP3DD3285 '3/0056/63/04r)/002/0312/0315
AUTHat:
an Tumany
F. R.; Golt an, V.A.
TITIR: Polarization phenomena ILn Compton effect on a moving
elect.on and
possibility ~ef 9btaining beams -of polarized gamma quanta
__Ziur. 45-, -ao.-2~- 1963, _F___
SOURCEt.
TCPIO TAG3: game quantum polarization,, Compton effect,,
relativistic electron
1wer polarized photon beam
-AWM=: The polarizatioa of _gammtCquanta resulting from Compton
scattering of
soft photons by relativistdo elootrons is analyzed. This problem is
or We at I
becruse the polarization of the primary photons can be chosen in
arbitrary maaner,,
rw Aasers. --It -is -shown -tha:.- the- -degree-Of- polarization
c=
f ~ cam at -a
of h p=113 om - approach- 100% both -in-the __owa - o~_ photons-
scatterad _gi
4 __ V-6 __v~s4
asimth Wle and in the case ahen the -polarization state is average
o' r this
angle. This show Com on relativistic electrons-to be an efficient
pton scattering
means of obtainlin polarized gamma quanta,# vddch can help in the
solution of MMY
eroblems Duch as p~otojproducticn prccesae3, and nualear
photodisintogration.
rip. art. hss
ASSOCIA:UON., PhIhysicO9MYm'_'9't": Main Atomir, Nnorgy Porn.

ARUTYUNYAN, V.14.; ARLrTYUNUN,, F.R.j ISPMAN, K.A.;
TUWiYkN, V.A.
Light scattering on light. Zhur. eksp. i toor. fiz.
45 no.4.'
1270-1272 0 163. (MIRA 16:11)
1. Institut fiziki Gosudarstvennogo komiteta po
ispollsoymniyu
atomnoy energii SSSR, Yerevan.

ARTITYUNYAN, F.R.; TUMANYAN, V.A.
High-energy quasi-monochromatic and polarized gwm
qnants,
11sp. fiz. neuk 83 no. 10-34 Yq 164. OURA 17t6)

ACCESSION NR: AP4038548 6/0053/64/083/001/0003/0034
AUTHORSt Arutyunyant F. R.1 Tumanyan, V. A.
TITLEs Ouasimonocbromatic and polarized Gamma quanta of high energy
SOURCE: Uspekhj fizicheskikh nauk, v. 83, no. 1, 1964, 3-34
TOPIC TAGS: gamma Iquantum, high energy particle, bremostrahlung,
Compton effect, pair*production, relativistic electron, scattered
radiation, polarized radiation
ABSTRACT: The two most promising methods for producing quasi-mono-
chromatic and polarized gamma rays are discussed -- bremsstrahlung
or'~
pair production in crystals, and*scattering of light by relativistic
electrons. Such gamma rays can be useful in research on pion phot;-
production and pi~on-pion interaction, and there is no systematic
ex-
position of their production in the literature. A theoretical
analy-'
sis and a review of the experimental resedrdh are presented for each
Card

,:ACCESS1014 NR: AP4038548
method. The section headings are: I. Introduction. II. Brems-
strahlung and pair production in crystais. 1--Qualitative
treatment*.
pf interference phenomena in crystals. 2. Theory. 3. The polariza-
tion of the radiation. 4. Experimental investigations. III. Tho
Compton effect on a moving. electron. 1. Production of high-energy
.gamma rays by the scattering of light on relativintic electrons.
;2. Polarization effects. 3. Exi)erimental investigations. Orig.
art.,
:has: 24 figures, 68 formulas, and 4 tables.
;ASSOCIATION: None
iSUBMITTEDs 00 DATE ACQ& 09Jun64 ]kNCL: 00
I.SUB CODEs NP NR REP SO.Vt 010, OTHERs 038
Card 2/2.

lot,
o K i-i'~
F1 I 15 "1 t:l'.; '50 -'J !~7- s Y -u

AT500-792Y

~ACCESSION NR: AT5007929
do 1 139 1
C- 11 " ( - , f I . -2
tt'at
,-',n -rife !,e r~ e,!. in tlie case of the -t Y-quanta Qi
z5evci-a, ---v'~,

.!~)N NF: A T 5 0,0
e V a
section wi 11 be T^-6. 10
the scattering angle
~,f the ;-.,at-red photon is expressed in tems
en
7 ~T 5tA 5 a rIF
i t lie
C.,a 3 4

L 46i 48-65
ACCESSION NR: AT5007929
'dseT- w.*- )f t~,irsst ~-~f nf photcms eq,,kilS 2-1021)t
then if -Lae lasei Is Gperated witri a f re, k"
lic-11 of -Y-juanta wiTh enerpy up to w 3 500 Mev will be
equal to approximateiv twu
x :I mp 'J. E sI-,
ea r Z

EWT(m)/FCC/-T IJP(c)
ACC'NRo AP5024657 GOU1KX ODDBt UR/OD48/63/029/009A769/1771
AUTWR:
Owl Phy
Institute, Stat Oammittee
cheekly institut Oosudaretvennogo komitets po, ispollsovaniyu
stomnoy energii 688R)
14
TITLE: florizont-Iflux ol-muoni with energies exceeding 700
BeY /Peport, All-Unlon
confe-renee on WO Ray igslon -held.. at_ARMj&y_
24-31-Aux""O.W.-
SOUR= : AN-SSSR, Irvestlyn. Serlya fiticheakaya, v. 29, no.
9j, 1965, 1769-1771
70PIC TAGS: eecondary cosalo ray', muon, charged particle,
electromagretic radiation,
Inbomogeneous medium
ABSTRACT: The horizontal flux of'high energy cosmic ray muons
was employed to inves-
tigate the radiation, discussed by M.L.Ter-Mikayolyan and
others (2h. eksperim. i toor
f 1z. , 39, 1693 (1960) ; 41, 1,1002 ('1961) ; Nucl. Phys. ,
24, 43 (1961)) , produced by the
uniform notion of a charged particle -through a periodic
laminated medium. The 300 cm,
long laminated medium consisted of 300 equally spaced 0.2
=,thick sheets of paper.
Cosmic ray muons entering from a solid angle of 0.29 sterad at
zenith angles between
73 and 900 were selected with a counter teleacope. Electrors
were discouraged by a
total of 117 radiation units of matter disposed in two
absorbers, and spurious counts
due to cosmic ray showers were eliminated by neveral.
surrowiding counters in anticoin-
cideace. Photons emIttod In the backward direction by muona
traversing the laminated

L 4459-fi'--
ACC NRt AM
,24657
medium passed through a 10 x 10 x 40 0=3 chamber containing X*
(pressure not given)
where they excited the 35 keY characteristic Xe x-radiation$ The
Xe x-radiation was
rcoorded with eight 8 cm diameter 5 an thick Na1:T1 crystals which
could detect pho-
tons with energies between 20 and 100 keV. An event was recorded
when at least two
such x-rays were detected simultaneously with the passage of
anuort. In 3465 bouza
events --recorded, - of- which 9 are ascribed to bAckgrounl. The
background was
p~l- i i-c
determined by recording events with a 11.5 an shle Id- betweenthe-
I aminated
medium and the Xo chamber and to imerlbed to direct excitation of
Xe x-rays by pas-
sago of charged particles through the Xe chamber. This counting
rate Is compared with
muon fluxes measured by others, and it to concluded that nuots
with energies above
700 BeY were recorded end that the hypothesis that muons radiate
when traversing a
laminated medium has been confirmed. The authors find it difficult
to dror any defin-
Ito conclusions from their data concerning the relative numbors of
K- and n-Masoms
produced In prJAary nucleon-mucleom Interaotionx. OrIg. art,. has:
5 figQ"s.
SUB cons I 31P/ GWV DkTX 1 00/- ORIG Ulft 002/ UM 1:2r: 008
2/2

ACC NRt AP6010432 SOURCE CODE: uWO384;166100310051019310197
AUTHOR:, Arutyunyan, F. R.- Petrosyan, Zh. V.;_Oganes R* Al.
ORG; qqpAq~_ ~j~titute in (Fizielieskly institut)
Yerm,
TIM,': Transition radiation of nonrelativistic, electrons in 1,hiii
a3gum:
1pum films
SOURCE: Zhurnal eksperimentallnoy i teoreticheskoy fiziki. :I?istma
v redkk'tsiyu.
Prilozhcniye, v- 3, no. 5, 1966, 193-197
TOPIC ViGS: metal film, aluminum, electron bombardment, tranAtion
radiation,
angu~Lar distribution 0
ABSTRACT: 7he authors Investigated the radiatio roduced whi.-n an
electron-~~~= 2.--
2 pail with energy R up to 60 kev passes perpendicular to the
aurface through aluminum
filmii (3.33--329 A) at wavelengths from 3480 to 5500 A and at
angles 0 from zero to
90* xelotive to the electron motion. The radiation was anal3a;ed
with polarization
and interference filters and detected with a photomultiplier. The
radiation turned
out to lie polarized in the radiation plane and its degree of
polarization reached
The imperimental results showed a good linear dependence of V ie
radiation intensit
on s:Lr?6b (00 -- angle between the trauismiasion plane of the
*i~olarization filter and
the iradiation plane). 1he polarization agrees with the value
expected from the
G:Lnzl)urE-,-FTank theory of' transition radiation. The
differenc,it between the intensities-
in the radiation plane and in the plane perpendicular to it vitre
compared with the
tranis ition- radiation theory and it was found that the absolutitt
intensity of the ob-

ACC NRt
A16010432
served radiation exceeded,the theoretical value by a factor 1.155.
This (liscrepancy
is connected with the uncortairrties of some of the quantities
involved in the deter-
mination of the efficiener of the system. The spectral distribution
agrees with the
theory for wavelengths 3WO-- 1,00 A,, but there is a greater spectral
dependence in
the region from 3480 to "5000 Z The experimental angular distribution
in also in
fair agreement with the theory. The :intensity depended on the time of
electron bom-
bardment and on the thicluiess of the prepared film, and could
increaseup- ic). 30% in
the case of long exposureis, Orig. arto has: 3 figures.
SUB CODE: 020/ SUBM DAIM: 23.Dec6!;/ ORIG REF: 0031 C M REFs 001
Card 2/2

L 05034-67 EWTM/ K(m)/EWP(t)/13TI U P (a) JD
JJGIGG
~~C NH,
AP6032471 SOURCV CODE: UR/0056/66/0.51/003/0760/0772,
AUTHGR: Arutyunyan, 2L_.L.; Petrosyan, Zh. V.; Ogaaesys:n, R. A.
ORG: Joint Radiation Laboratory, Academy of Sciences Armenian SSR
(Ob"yedin-
ennaya radiatsionnayW111boratoriya Akademii nauk Armyanak,Dy SSR);
Joint Ra,dia-
tion LaboratoM Yerevikn State Unimersity (Ob"yedinennaya
radiatsionnaya
laboratortya Yerevanskolgo gosudarstevnnogo universiteta); Yerevan
Institute of
PhyFitca (Ye evanskiy fizicheskly institut)
TITLE: Study of.nonrelativistiLl"electrons in thin m'etal films
<
SOURCE: Zhurnal eksperimentallnoy i teoreticheskoy fiziki, v. 51,
no. 3, 1966,
760-772
TOPIC TAGS: metal film, silver film, gold film, nonrelativistic
electron electro
radi;ltion, electron energy, polarized photon, optic radiation,
bremsetrahiung,
i
radiation polarization, transition radiatioii/Ginzburg-Frank theory
ABSTRACT: Optic radiation ( *X, =3480 - 5500 .A- ) produced by 60
kev electrons
traversing thin (d = 200 - 1340 ~X. ) silver and Z21d fL
~rns was investigated experi
mentall- The spectral and angular radiatlo gutions, and the radiation
Y
Card 1. / 2

L Q5034-67
ACC NRI AP6032471
intensity dependence on electron energy and film thickness were
investigated for the
case of photons, polarized In planes containing the normals to the
film surfaces
and the directions of observation (emission planes), as well as in
perpendicular
planes. The properties of light'polarized in the emission plaine
were In complete
concordance with the Ginzburg-Frank theory of transition radiation.
Light polariz-
ed in the perpendicular plane w&9 Identified as bremsstrahlung.
Polarization of
radiation was also analyzed. Orig. art. has: 12 figures. (Based on
authors'
abstract]
SUB CODE: 11, 20/ SUBM DATE: 08Apr66/ ORIG REF: 014/ OTH REF.- 0101
c.,d 212 pW

- 1wr-P )ITIFW.P IJP(o,~--WGJRTM1T1RX
160- SOURCE CODE: urv6Wj66/004/OO8/O2t/02821
AUTHOR:-Amt~~R.; Ispiryan., K. A.; Oganesyan, A. G.; Frangyan, A.
A.
ORG: Joint Radiation lAboratory, AN ArmSSR and YeGU Ob"Yedinennaya
radiatsionnaya,
laboratoriya AN ArmSSR YeGU)-. Physics institute, Yerman
(Fixicheskiy institut)
TITLE: Resonance. radittio of &7ctrons of energy up to 600 Mev in
a layered medium
SOURCE: Zhurnal it perimentallnoy i teoreticheskay fiziki. Pis"ma
v redaktsiyu.
-,Prilozheniyep ve 144"not 8, 1966.. 277-,,>82
TOPIC TAGS: resonance scattering, brcmestrahlungp electron
radiation, radiation speo-
~rump layered medium
ABSTRACT: The authors present experimental results on the
characteristics or the
ra,diation produced in different layered media by passag& of
high-energy electrons. The
eXperiment was performed with the electron synchrotron Ur Fm sssR
(maximum energy
666 Mev). Different layered med re used. Each consisted of n
sheets of a paper
of definite thi0mess 11.9 placed in air at an equal distance W,
from one another. The
a ctrons veKj~registered with a scintillation telescope consisting
of two plastie
arintillatordnocated on the two aides of the layered medium. The
radiation spectrum
up to 100 kev vas observed with a pulse-height analyzer. The
measurements were made
also for a solid mediumj, comprising the saw layers compressed to
% - 0. 7he quaiftity
measured in this case was that part of the radiation in the
3jWered medivap Vhia Wit;
due to the electron bremestrahlmnig in the layered medimim iteelf
and In the raminIM
Card 2/3

L 04404-67
Xb~--W CI-AM-3-44-1-8
matter on the path of the electronp and allo due to secondary effects.
The experimn-
tal data show that for relative3y. low -y-quantum energies the
radiation intensity in a
layered medium depends to a considerable degree on the energy of the
electron and ex-
ceeds by marW times the radiation intensity in the solid medium. With
increasing 7-
quantum energy the spectrum of the radiation in the layered medium
gradually goes aver
into the spectrum of the solid mediump which does not depend on m. Jjj
or I when the
amount of matter remains conctant. The difference in the radiation
intensities in the
layered and in the solid medium was compared with the results of the
theory of reso-
nance radiation with allowance for the 7-quantum absorption on their
entire path. The
experimental date. exceeded by many times the corresponding
theoretical ones even witb-
out allowance for the y-quantum absorption. The experimental values
exceeded the the-
oretical ones also for all the investigated layered media with
different mp 11j and n.
The observed difference is attributed to the appreciable scattering of
electrons in
the layered medium itself. It is assumed that multiple
scattatring.jeads to the ap-
pearance of photons of relatively high energy, normally not appearing
vben scattering
is not taken into account. It is concluded that the experimentally
observed radiation
of electrons in a layered medium., with an intensity that exceeds by
MWW times in the
x-ray region the intensity of the bremostrahlungp and which depends
strongly on the
particle energy (like En., where n ;*. 2),, can be used to determine
the particle energy.
The authors thank Professor Y, Ae Retukhov and the staff of the
Hisch-eneggy EUctron
lAbomtor7 of MN OBOR for the opportunity to perform the present
experimentj, and

L o4404-62
-k6e NRI APW34418
also Professor M. L. Ter-Kikayelywi for a dlacusoion. Orige art.
has: 3 f1gures &W
~'l fOrMUIA,
MM CME: 20/ SUBM DATE: 14JU166/ ORIG RU: 007

ACC NRt AM005541 SOURCE COPE:'---WO252/66/o4.3/oo2/oo87/oogo
AU711(,R-. Ananovap L. A.; ArutyVMAn, n, R. A.; Petronyan, Zh. V.
AM a 73YIP
ORG: Physics Inatitute)(Fizicheakiy instituV Joint Radiation
Laboratory of the
Academy of Sciences of ile Armenian SSR and of the Yerevan State
University (Ob"ye-
dinennaya radiatsionnaya laboratoriya Akademii nauk Armyonakoy SSR
I Yerevanskogo
gosudarstvennogo universitets)
TITLE: Transition radiation in oblique passage of electrons
through aluminum films
SOURCE: AN ArmSSR. Doklady, v. 43, no. 2, 1966,, 87-90
TOPIC TAGS: metal film aluminum, electron bombardment, transition
radiation, elec--
tric polarization, angular distribution
ABSTRACT: This is a continuAtion of earlier work (ZhETF Pis1ma v
redaktsiyu v. 3,
193, 1966), dealing with normal incidence of electrons on films of
different metals.
In the earlier investigation no radiation component polarized in
the perpenducular
plane was observed in the case of aluminum. The present article
contains the resultal
of an investigation of the transitian radiation produced when
electrons with energy I
60 kev pass obliquely through films of aluminum of thickness 124 -
329 A. It is shown
that in the case of oblique incidence, a perpenditular radiation
component appears,
the magnitude of which increases with the angle as the altter
rises from O'to 45%
7he polarization of the radiation Is then no longer linear and
-the plane in which the
maximum intensity is obsemed does not coincide with the pl:.ae
containing the normal
Lcald- 1/2 .- - - _

ACC NRo -AF70055ki
to the surface of the film and the observation direction. 7be
component polarized in.
the direction of observation also exhibits an anomalous behavior.
The absolute value
of the perpendicular component is on the average one order of
magnitude higher than
predicted by theory, and the component in the observation
direction is about half the
value predicted by the thoery. However, the angular'dependence
agrees with the theo-
retical distribution. It Is proposed that the discr6pancy is due
to the special
structure of the aluminum films but -the lack of a theory of
transition radiation In
the case of inclined incidence of the particle in the crystal
makes it impossible to
draw any final conclusions. This report was oubmitt4d by
Corresponding member AN
Arm,SSR M. L. Ter-Mikayelyan 20 April 1966. Orig. ari. has: 3
figures.
SUB CODE: 20,11 /GUBM DATM 00/ ORTG PXF: 0051 OTH REF; 002

Produetton of nitrosyl chloride by .hl- reaction
of' hy.-ij,-,j-er,
chloride with nifrosylsulfuric Ann.1,1AR. Khir.,
nallk-i 38 110.4t408-414 165. (NIPA )"Sr.)
1. Yerevranskiy nati~-,hiio-issiodovtitellrkly
Institut khimli.
S!ilsnttt,ed July li'l 1964.

~W,, JI"r-
ARUTYUNYAN, G. G. Cand Teoh Bai -- (dies) "Emergenoy oontrol
of ii;A;aul4o
turbines as a means for inoreasing the dynamio stability of
water-power systems,"
Len, 1957. 13 pp 22 am. (Inst of Electrical Mechanics, Aced
Sai USSR)i 100
copies M, 24-57, 117)
-34-

ARUTYUNYAW, G.G.
Fomergency control of hydraulic turbines ased as a
measure for
increasing the dynamic stability of hydroelectric power
systems.
Izv.AN Arm.SSR. Ser.tekh.nauk 10 no.1:49-63 '57. (MIRA
10:10)
1. Vodno-energatichaskiy institut AN Armynnskoy SSR.
(Hydroelectric power stations) (Hydraulic turbines)
(Automatic control)

AUTH07S: Aru ty)juvan,- Candidate of 30005-58-10-22/28
Technical Sciences, Aslamazyan, A.A.,
Engineer, Buniatyan, B.L., Candidate of' Technical Sciences,
Ovsepyan, K.Kh., Engineer
TITLE: On Dynamic Models of Power Systems (0 dinaraicheskikh
modelyakh
energosistem)
PERIODICAL: Elektrichestvo, 1958, Nr 10, pp 91-91 (U'35R)
ABSTRACTs This is an approach to several problems which are
connected with
the investigation of transient processes in hydroelectric
power
supply systems. The test runs were made at the dynamic model
of
the Vodno-energeticheakogo instituts, AN Armyanskoy SSR
(Institute
of Water PowerAS"Armyanskaya SSR). This complete model of a
water-
wheel power station, built under the direction of
I.V.Yegiazarov,
distinguishes itself from other models such as those of the
Moakovskiy energeticheskiy institut (Moscow Institute of Power
Enginnering), the Institut elektromekhaniki AN SSSR
(Institute of
Electromechanics,AS USSR) and the 1natitut postoyannogD toks.
(in-
stitute of Direct Current), by the use of a model waterwheel
with
a penstock as a primary driver. Papers voming from the
Institute
card 1/2 of Water Power (Refs 1-6) demonotrate that it is
possible to model

On _DYnamic Models of Power Systems SOY/105-58-10-22/28
the hydraulic inrush and the torque characteristics of a
number
of actual water power stationo with different design factors
and
characteristics without keeping to the rule of geometric
similarity.
The test runs showed that instead of specially designed
machines
for the compensation of the apparent resistance in the rotor
cir-
cuit conventional off-the-assembly-line electrodynamical.
amplifiers
(Ref 7) can be used. This paper concludes with the statement
that
a number of newly come up problems cannot be solved by a
computer
without a corresponding investigation on a dynamic model.
There
are 7 references, - which are Soviet.
ASSOCIATION: Vodno-energeticieskiy institut Akademii nauk
Armyanskoy SSR
(Institute of Water Power,AS Arnyanakaya SSR)
Card 2/2

report) :!;alrl-avka:,,slc. s"y,~-,da ktdrui%-ov, Yerk!van, (on
p. 62-(,,.1
SO: U-1;20, 17 Dnc. 53, (Lf-,topis 1:7,hurnal Inly-111-h SW,cv,
No. 2:~,

3-'1l 5. 0, "c' (my!t n, '7r o ni r.7
C 0
T~-o'c,-ii (Akai. NntJ- Arir. :-,:-r), No. 2, 1 4
~ -L , I r
yaz. Rezyme na rus. yfir.
ya, Letopisl Vol. 7, 1955
DO: Kn i z Inva

.I,-
- - ~ -I.- - (' " -
I -
- - ~ I -. .IT ~T,
'WIP2. Travovoye Pocozheniye Zhenshchiny I ix~torl V
drevney J. Srelneve-
kovoy nmerii v !-,vyzi 3 Pazvitiyem Akushorskikn Zaniy.
Trudy
Sektora Istorii Arm. Meditsiny i Diologli ( Akad. Nank
AI*M.S3R)
No. 2, 1949, c. 97-113.- Na Arm. yaz- Rezyme Na rus. 7uz.
SO: Knizimaya Letonis' No 6, 1955

L~arly Ti c:-- to thc 11c;-,innin- vi tl:~ ith 2-
11~1-' fcT A.dvincvd for
llvc-rce of Doctorn

MITHAR, 12th cost.; ARWYMAN, G.G. (translator];
OGA)EXSYAN, L.A.,
redaktor; t~ i
[Consolation in faverp,. Translated from the
Armeniax] Uteshouis
pri likheradkakh. Pereved a armianskege, vveds'xie
i kommostaril
Arutiuaian G.G.Ei &r.1 pod red. L.A.0goassialt.
Arevan, Isd-vo
AN Armiauskey SSR. 1955. 264 p. (KM 9:4)
DIMS)

ARUTYUNYAN., G.K.
Veterinary specialists of the Arzagnian S.S.R. in the
campaign for
a further rise in liveVtock produ.-tion. Veterinariia 37
no.lt5-7
A 160, (NIRk 16:6)
1. Nachallnik Veterinarnogo upravleniya Ministerstva
sellskogo
khpzyaystva Arnyanskoy SSR (for Arutyunyan).
(Armenia-Vaterinary hygiene)

ARUTTUNYJUI. (I. M.
, " ~,: I ~
Developing mineral resourceo in tho Armenian S.S.R
Trudy Arm.
geoleuPre no-10-10 157. i MIM 12: 1)
(Armenia-Ore deposits)

-,, , -1 ~~ ~ / - -I . I,,-
ADOVY~N, t.B., P12,YUNYAN, G.M.
-- - ".
Magneoite formations from ultrAbqsic rocks In
Armenia and their
origin. Ijor.AN Arm.SSR.Ser.geol.1 geog.nauk 10
)2o.1:37-42 157.
(MIRA 10:10)
1. Institut geologichonkikh nauk AN Armyanskoy SSR.
(Armenia-Magnesite)
4 . 'k.

24543
2, S/179/61/000/00:1/009/017
.' 6, E191/Ei8i
AUTHOR: Arutvunvan, G.M. (Noscow)
TITLE: Classification of flows in air shock tubes
PER10DICAL: Izvestiya Akademii nauk SSSR, Otdeleniye
tekhnicheskikh
nauk, Mekhanika i mashinostroyeniye, 1961, No.2,
pp. 106-111
TEXT: The possible types of flow at constant pressure behind
the front of a shock wave are considered with arbitrary initial
pressures in both sections of a shock tube and arbitrary
geometric dimensions. It is assumed that the low-pressure
section
of the shock tube has an open end. Initially, the ekir in both
sections is in equilibrium with the surrounding atmosphere.
After
a sudden breakdown of the diaphragm between the two sections, a
shock wave propagates into the low-pressure section and a
central
rarefication wave into the high-pressure section. A contact
discontinuity moving into the low pressure section has sudden
changes of all parameters except the pressure and the particle
velocity. when the rarefication wave reaches the closed end of
the
tube, it is reflected and the new wave front propagates with the
Card l/ 3

245.43
S/179/61/000/002/009/017
Classification of flows in air shock.... E191/E181
velocity of small disturbances being the sum of the local sound
velocity and of the particle velocity. When the shock wave
reaches
the open end of the shock tube, a rarefication wave forms whose
front propagates with a velocity which is the difference
between
the particle velocity and the local sound velocity. Thus, two
disturbances propagate towards each other starting from the
closed
and open ends, respectively. For a point at any given distance
from -the diaphragm, there is a certain duration of constant
pressure between the instant of arrival of the shock wave
front and
the instant of arrival of the disturbance from either the
closed or
the open end of the tube. The magnitude of this duration is
required in practical work with shock tubes. It is a function
of
five parameters, namely the initial high and low pressures, the
total tube length, the high-pressure section length and the
distance of the pi-int under investigation from the diaphragm.
Some general relationships applicable to shock tubes are
formulated.
Three classes of conditions are distinguished. in the first
class,
the particle velocity to the left (closed tube end) side of the
contact discontinuity is smaller than, or equal to, the local
sound
Card 2/ 3

245LIJ
Classification of flows in air .... S/179/61/000/002/009/017
E191/E181
velocity to the right of the discontinuity. In the second class,
the above particle velocity lies between the local sound
velocities to the right and to the left of the contact
discontinuity and in the third class the same particle velocity
is greater than, or equal to, the local a-ound velocity to the
left
of the discontinuity. It is found that the first class includes
12 flow conditions, the second class 11, and the third class 7.
None but these 30 flow conditions can exist without violating
some
of the relationships derived. Non-dimensional quantities are
defined whoue values characterise each condition. Each quantity
depends on the ratio of the initial high and low pressures in
the
shock tube. Ya.R.Zelldovich, A.S.Kompaneirts and
Kh.A.Rakhmatulin are
thanked for advice. There are 12 figures and.2 Soviet
references.
SUBMITTED: December 12. 1960
Card 3/3

,~~Tlp G - ~~LY
- _ _WL_ bskva)
Propagation of vea I
,~ ahodk vaveso IlvoAN S3SR.Ok,tekh,nauk.Mskhji
mwhinostr. no-5d%~-T?2 SO 16~, (MM 15.'10)
M4 waves)

TER-KARAMYAN. N.A.; AVAKYAN. Sh.A.: ARUrYtWAIF. G.0,
Wmwwft.~
Wfeat of enviromental conditions on the budding of
Torulopols
R=enlacae Pokle-AN Avue SSR 10 -ao,5:-223-228 149.
(IWA 9: 10)
I* Chlea-korreepondont Akadomil nauk Arewanakor 30 (for
Ter-rara-
petm) 2e institut thivotnovodetva Akadenti wLuk
Aripnskay SSR.
Yerevan. (Yeast)

ARU`1y0NYf)N, ('r-S
TIR-KARAnTTAN. X.A.; AURTAN. I.Kh.; AVAKW, ;Sh.A..; ARUTYUNW,
G.S.
Technological systems for manufacturing yeast in small
installations
from agricultural wastes. Izv.AN Arm.SSa.Biol.i
sellkhoz.nauki 8
no.1:45-56 J& 155. (K12A 9;8)
1. Institut zhivotnovodstva Hinisterstva sel'skogo khozmstva
krm. 6M.
(Yeast) (Feeding and feeding stuffs)
-I-

fiAti-lyVIVY191V~ Q.S.
USSR/Pharmacology. Toxicology. Analgesics U-3
Abs Jo~r :Ref Zhur-Biol., No 7, 19589 32878
Author :Kashkovskiy M. D.,.Arutyunyan G. S.
Inst :Not given
Title :Ahtorphin (N-AllylnormorVW1-neT as an Antagonist
of Promedol and Isopromedol.
Orig Pub :Farmakol. i toksilologiya, 195?, 20, No 1, 17-22
Abstract :Muscular relaxation, slowed respiration (from
180-130 to 20-12 per minute), and loss of pain
sensitivity set in 10 to 15 minutes after prome-
dol (1) and isopromedol (II) in doses of 10 mg/kg
were administered to rabbits. The intravenous ad-
ministration of antorphin (N-allylnonnorDhine;
III) in a dose of 2 mg/kS removed the depressing
effect of 1 and II on respiration, restored motor
activity and pain sensitivity. Upon the simulta-
Card 1/3

USSR/Pharmacology. Toxicolo&T. Analgesics U-3
Abs Jour Ref 7,hur-Biol., No 7, 1958, 32878
6
Ab.,v',-tact dose of 250 mg/kL:;) did not reduce the
number of
fatal results caused by morphine. The subcutane-
ous administration of III in doses of 10 to 50
mg/kg produced no change in pain sensitivity in
the animals, but reduced the pain relieving acti-
vity of 1, 11, and morphine. The intravenous ad-
ministration of III to mice in a dose of 200 mg/kg
caused no changes in the general condition of the
animals. A dose of 300 mg/kg of III killed all the
experimental animals. A drop in blood pressure and
6ither stimulated respiration or no change in the
latter were observed in cats anesthesized with
urethan following the administration of III in a
dose of 1 to 50 mg/kg.
Card 3/3

USSR/Pam-meology ana Toxicology. Analgua:Lco V-3
Abs Jour : Ref Zhur - Biol., No io, 1958, No 47135
Author : V-utyunyan G. S.
List
Title Anadol, a Now Analgesic Preparation
OriG Pub Mcd. prom-ot' SWR, 1957, No 4, 53-54
Abstract In experiments conducted on rata, rabbits
and dogs, Anadol
(0~ -form of chloral hydrate
l,3-dimcthy1-4--phonyl-4-pro-
pionoxypiparidino; nisentil; alphaprodinc) (A)
introduced
subcutaneously in a doso of 2-3 mg/kg., produced an
analgesic
effect which was oqually as strong, but more
lasting,than
that of promudol in a dose of 3-5 mg/ke.
Simultaneously,
general sedation, relaxation of sk-alctal
musculature, drows-
iness and slecp were produc~~d. After the
introduction of
an insignificant decrease of tho blood pressure and
a de-
crease in the frequency of respiration were dbscmd.
In
higher doses a depression of reopiration occurred.
The
Card 1/2
9

TIR-KARAPETYAN, M.A.; AZARYAN, EX4, ARUTYWYAN, G.S.
Inailing ear corn with hydrochloric acid and avlfur
dioxide.
Izv. AN Arm. SSR. Biol. i sellkhoi. nauki 11
nc..7:55-61 Jl 158.
(MIRA 11:9)
1.Inetitut zhivotnovodetva I veto-rinarii Ministerstva
sellskogo
khozy7astva ArmSSR.
(Ensilage) (Corn (Maize)) Oulfur dioxide) O~vdrcchloric
acid)

KASHKOVSKIY, H.D. U=u".912AP,
1'.
Antorphine and other morphing nntagonistse Hed.prom# 12
no*6:3 -40
Je 158 (MIRA 11:7~
1. Ysnaoyuznyy usuchno-insledovatellskiy
khimiko-fnrmntsevtiohe9K.V
institut Imeni B. Ordzhonikidze,
(NORMORPHINE)

A.RUTYUNYAN G.S.
r
I*owran., an analegesic. Med.pr=. 15 no.5:38--/+O My(161.
nM 14:6)
I.,Vsesoyuznyy naucbno-isoledoritellskiy
khimiko-farmatsevticheskiy
institut imeni S.Ordzbonikidze.
(MORPHINAN) (AKU=ICS)

41JTln=Al Go3e
Properties of viadrilp an intravenous narootio of
sjte did
structiwee Mode.prcma 15 no.6:55-56 jo 61. 150)
1. Vsesoyumny-.~ nauchno-issledovatellskiy
khimiko-farmatBov-
tichaskiy institut ImVd Ordzhonikidze.
(PREGNANEDIONE)

ARUTYUNYAN, G.S.; ASHKOVSKIY) M.D.
Pharmacological studies on N-oxidee of niootine. Farm. i
tolus. 24
no.5t534-540 3-0 161. (MIRA 14:10)
1. Laboratoriya farmalkq~jogii (zav. - prof.
M.D.Mashkovskiy) Vaesoyuznogo
nauchno-issledovatellskogo khimiko-farmatsovticheskogo
instituts,
imeni S.Ordzhonikidze.
(NICOTINE)'

MASHKOVSKIY, M.D.; ARUTYUNYAN, G.S.
Pharmacology of 5-methaxyL-~,rptvnina hydrochloride.
Fam. i
toks. 26 no.ItIO-17 Ja-F 163. WIRA 17t7) "&:
2, laL-cratoriya farmakcIogii (zav. - chlen-komispondent
AMN SSSR prof. YI.D. Mashkovskiy) Vsesoyuznogo
ruLuchno-issledo-
vatoel'skogo khimiko-f&rmatssvtioheskogo instituiA imeni
S. Ordzhonikidze.

_A_PT.yUNYAN, G.S.; MASHKOVSKlY, M.D.; ROSHCHIVA,
L.F.
Pharmacological properties of melatonin. Farm. i
toks. 26
no.6z650-655 N-V 163 (MIRA 1892)
1. Laboratoriya farmakologii ( znv. -
chlen-korrespondent *T
S&qR prof. M.D. Mashkovskiy) Vsesoyuznogo
nauctmo-isaledova-
tellskogo khimiko-farmatsevt1cheskogo institut&
imani
S. Ordzhonikidze,

ACC NRi -CA-A
AP6023942
SOURCE CODE-
AUITOR:_~~~~.-S..; Roshchina, L. F.
ORG: Pharmacology Laboratory blend -- Gorresponoing mombor AAN
S55R
Professor M. D. Mashkovskiy] All-Union Scientific Research
Chemical-
Pharmaceutical Institute (Laboratoriya farmakologii vscsoyuznogo
nauchno-ionle-
dcvatel'skogo khimiko-farmatsevticheskogo, institute. im. S.
Ordzhonikidze, Moscow)
TITLE: Action of mexamine on conditioned-reflex activity in
rabbits and rats
SOURCE: Farmakologiya i toksikologiya, v. 29, no. 3, 1966, 267-270
TOPIC TAGS- drug, drug effect, conditioned reflex, cortical
activity, inhibitory
effect
ABSTRACT:
'.The effects of mexamine (5-ueffio)ytr~Ttainine) and serotonin
(5-hydroxytrypt-
;,amine) on food procurement reflexes in rabbits and rate were
studied.
.kexamine in small dosee interrupts the conditioned reflex and in
large donee
inhibits cortical activity, whereas serotonin hen little or no
effect.
"[W.A.-50;-CBE No. 101
suB com o6/ suBm nATE: i2mar65/ ORIG REF: 005/ 0711 REF: 008/

POSTNIEGV, I.S.; AHUTYUHYAN, K.G.; TUCAEREVA, N.J.
Laboratory Investigation of the p7ocess of wante water
purifIcation
with the nerArate regenoration of active sludge.
Naucti. trudy
AKKII no.20,.40-54 163. (KIRA 18:12)

tdtLT-IYL7-NYAN . k G . , inzhener.
..........................................................
.........
Mechnaized tie re-oair. Put' i put. Idloz.no o8: 24-2.5
Ag 1~7, (1!1111 10:9)
(Railroads-Tieo)

ARUTYUNYAN, K..G., inzh,
Mechanized laying of rail lengths. Put' i put. khoz. 5
no,1:4,-5
ja l6i. (MIRA 14: 5)
(Railroads-Tracklaying machinery)

0 1
. 1'. , ,
i, , W.,A, 4~, ~rj., ~/ .,i , . j-'/ I
ARUTYUNYAN, X. 0. Cand Teoh Soi -- (diss) "Purifioation of
sewage in oesepeol ~ ~t, vy
airtankes" Most 1969o 14 pp (Acad of Hoonony im K. D.
PwrLfilov), 160 oopies (111
(KL, 62-59, 120)
-54-

ARUTYUITYAN . K. G.
Purification of waste waters in a CDIabinod aeration
and settling
tank, Sbor* naucho rab. asp. AKO no.l-.5-20 159.
(MIRA .14:7)
(Sewage-Purification)

ARUTYUNYAN, X.G.
Patterns of the process of sewag,) purification in air
tanks
with uniform spes-. )f oxidation. Sbor. nauch, rab. AXKH
no.60-14 161, (MIRA 15:3)
(Sewage-Purification)

POSTNIKOV, I.S.; ARUTYUNYAN, K.G.; TUGUSHEVA, N.Yu.;
ELI, M.A.; KARYUKHINAp
T.A. -
Semi-industrial studies of air tanks or clarifiers
developed
by the Academy of Municipal Economy at the
Kurlianovskii aeration
stetion. Sbor. nauch. rab. AKKH no.6sl5-35 161. (MIRA
150)
(Sewage-Purification)

ARUTY01 "If Karlen Gaykovich, inzh.; PROKOFIYEV,
P.F., inzh.,
retsenzent; MLEPAYEVA, Z.A., inzh., red.; USENKO,
L.A.,
tekhn. red.
[Mechanized laying of rail lengths; work
experience of track
machinery stations] Makhanizirovannaia ukladka
rellsovykh
pletei; opyt raboty putevykh mashinnykh stahtaii.
Moskva
Transaheldorizdat, 1963. 76 p. (MIFA 16:51
(Railroads-Tracklaying machinery)

USSR / General and Specialized Zoology - Ins,-4~cts.
Abs Jour Ref Zhur - Biologlya, No 5, 1959, No. 20880
Author Arutyunyan, Kh. M.
Inst i-Arm-eWM Sclentific Research Institute of
Agriculture
Title :Some Data on the Biology of the Mallow Moth
Orig Pub :Byul. nauchno-tekhn. inform. Arm. n.-i.
in-t zemledellya, 1957, No 3, 30-32
Abstract :From the entivo number of butterflies caught
on a meroury lamp P.,IY-4, there turned out
in the hibernating generation, in 1955, 45,1
females, and in the summer generation - 44;~;
in 1956, respectively - 44.5 and 41%, and when
cauSht on a kerosene lantern - 49 and 77%.
In the beginning and at the end of the flijSht
males predominate in both generations of
Card 1/2

POSTNIKOV, I.S.; ARUTYUNYANj K.G.j TUGUSHEVA, N.I.;
ELI, H.Ao;
KARYUKHig-,-t~*'A 9
Investigating the operation of an air sedimentation
tank at the
Kurlyanovo aeration station. Nauch. trudy AKKH
no.20:8o-96 163,
(MIM 18:12)

ARUTYUNYAN, L.p inzh.
Intensifying the electrolysis of aluminum.
Prom.Arm. 4
no.D23-25 Ja 161. (MIRA 14t6)
1. Yerevanskly alyuminlyeW zavod.
(Brivan--Aluminum-Electrometallxirgy)

ARUTYUNYAN., L.
Some problemis in the increase of alumin= prochictione
Prom.Arm. 5 no*5:
27-29 My 162. (MIRA 15t7)
1. Yerevanskiy alywdaiyavvy zavod.
(:&rivan--Aa=imm industry)

FV=n%Mvw RM
v 1w 0 a 00 0
1 6 F I I to 11 1) 11 14 If 16 If a it 17 a is -b _J11, Is 4 a
It it 13 ids apmosil 490w do'.
it JI , ; '. T - a
A~111 L 11 P 0 1 1 _P ~ IF A. P__jL_ Y.. 1. AA I* IL III U4 1_4
-1~ -A- C-4-A P 1. j4._AL_
4 r , - . I I it. v4plaq -00
I ta.
vqfj,._~_ - :i .. . , _ - --, - --". - - 00
The hentolyfic properties of fat acids and fats, 1-~ !i, 'so
00 :,
00 .00
110.1-241 JR15). Ckem. le.1r. 1936,11. 44W. - luix-stivii-
fitm Of the N-FoOltliv st-luni Of Lit avid, howird that Ov
Ull"Id. wid-, as a miult ,f Ow Irt, -I,Kil,le 1-tjd~. rmtk d
.1 highly litillotlylic Atli ... 1, iihile, tile 'at4l. 064"
like fix
K91Y mid.L. did n.3t %ts,,w %tits lit"In-fly. TI'vilvilsoll
G action (it the ultald. amts d, jWtidtaltiml ent Iy (41 ttmr,
w ahutll tLe 0 frOut tile t1)1hOW)tvq.
It, molviie no ion i- 1,,,t % JO-fi I lie im-4id ~ a, ukmv.
xithio I
1,v stiff. 01. The fats and oili, whither of vtvlaljlc tir see
0 a AlliIII.11 ofigill, all lth'-w a Int're of ICU. sitting
11,118olyti..
o* Afte.:
00 lIvd1,%.VImtwfk 411 Oll, th~ hell'Olviie ill.), % 'llop,
harp)y. 00
.title I, filostig has nvivltt~t.
0 0 littlicr sho%tA mly %vry %12KIst favitudylic ptisinmes fit
ass
00 addii. III a low &Hdiiv And a it, it. reacti-m Oil IlAc.
SlKal. goo
OlK Or thr Imller (Imi,,Ylitins rAtivid) pit 'Imi d t h4HAT%
Ill
tit 1114t1wrilit, arvolullarlird lly R niff. alilill)l1c
Itiollokil too
00 :111.1 later, if% a ft-ult Of the ("Ittlatioll 14 furthut
(kmilln.
a itiliteiion i~i the It, moli tic ir,lv% %lilt otm-aw zoo
M tilt' A,-illitV 411111 A 1-. 0111111%,11 IV44-11t4t. I he
'AgI1111- '90
'4411V Of 1111-4- lI1Oj?Cttit- Of (At (101ti, tilt! WUN11.41tt
of (At
is tfointed ow. W. A. Motme 00
*a
use
Of too
A I A SITALLIACKAL L111RAILWE CLASINFICA110M
Ila. 1111.11". so
so ;";;;.e ! -1 o%, J., ~*L 3,
All, , . 1. j - .--. -1---T- -j-V--j -- 6- 1 V 17.1 An i a
0 " vono wat Kit W91 Kct" UMML311 I dm~ 1~
70'$e us "a 0 0 0 0 0 0 0 0 0 0 0 0 0 a : : : 0 : 9~1111 0 0 0
0 0 4 16 6 0 0 0 0 0 00 4
0 0 0 0 0 0 0 0 0 9 0 0 0 0 0 0 6 0 0 0 O's a a 0 0 * 0 it Ill
a a a 0 0 * 0 0

*1* 0 - - , - a v ~! Q, cpv w a , - ,
0 0 o 0 0 1000 o
00 ***'1
A 0 c
X,
010 4
A-,
A 0604 fw W DOWAInUft of I"& is ftsW "i 5"f KM&12-
I, A...Arutyunyoun mid A. TaribelklYan (Vt1trani Jlihioii)n
(ProNfmA of
writura). 71-7 .5 1 C. Abs, 19W. 30
tinflip is diw4vr-~41 ~ IINO,. the I'll JiML114tate(i by tim
1wMilitstv,
Mitlifupd, RMI the jvrMn%w of 114 dolortnilwd frolu the
volutur (it 1,100,
0 fumed undeT known centHfuginst caMitimm.-N. It. V.
-- --------
L INATURE CLASUFKAIPON
7
U AV 10 Is
a it U a I PA I I
0 0 0 0 o 0 0 0 0
a 90 a 0 0 St 9 9 SO 0 0 0 0 010 0 * 0
A -L-L-A
...60
1,09
goo
coo
Me
too
00
lee
NO 0 SO 8 1 w 14 9 a a 3 1 1
q 0 0 0 0 0 0 6 0 0 * a 0 0
0 0 0 0 0 0 0 0 * a 0 o 0 G~

'111 V$411I )OVAR k" 1; it Hit 41-fthA
r
s

0 ill
A
t L
is cx w t
ig

6,
00
4
1 1
I

potema" mUhs"S Is the Kotak-bb Caviare.

-Aluty=mn moul A. D.
Kaim *I'. I'll Is! ~ 1,42911p
h
4 No
M. he mak fish ma

V *

00
.
,
y

-00

tuilmillus even when the mrst it lit-Ife,41Y -atr. Bal.
)~I

go a
CIU09kAl SlUdk'g 111(litAIC 11101 the lkii0thli(IIIII
%ill-.

1 -0 0

stance is not (A t*CtCt#Al Witill, that it is Wal"t
tm%l)-
j within the spawn cTl!s. The fatal cl,"e 4 ppamu fix

-0e
00
i1figolvili-10S.Veir I III. I II It .lea pis. 3 1r.
"rdir.", di.
.
In noid I dtai
w
e
100 t
s the

-00

.
r
w
r
p,
p
aftet 41tV P. It. R.

COO

00

so

--0o

t
It Is I-,

-1 #t a it a It Ill It M

- -

-
a

goo
it w

0 0 0 0
.

6 q

0 6 4 a 0 see 0 0 0 of 0 0 0 IN

t & P i I to it u is It is lit ;t 4 it III v a Is JS* M a P
6 r-I It f-&- , IL L 1 1. v V. LE-1-L. M N CC VVIII
A V-0185
#$a
00 .4
1111'resdilsdon of the IOW grova regotabits a
Armenian S. S. Itepublic. L. A.,Am
~rhocysn and S. Petroffm.
4-6(103).-An investigation of vege sblk~. I
ther produrts of k" orWo. IW. 77-M).- -
turr. dry wt.. protein, fat. carbohydrate. MI
salt,'Awitents art given for about N)*dR* plaht
"Knivi Armenia.
RI

x V u u ad a is 11 x to a
it Q 6) a are

I
a. i I_z 4 J
'A A -1 _j

..

0000~2
t~ to

A in the

ALM.
,

N.. rs.
I.

mns and

he nmi--

roll. and

svown it,

If*
%U14111.

AI.-SLA StIAMIC6KAL LITINAILdt CLOSIFKA110% Ij
0* . ..... ire*
-1 ' -,- 41,40; 4-
w- I - T-IL -a . _i so.) too
I 1 1 04 it a 9 -
It tv 44 w 41 It i1 wt it to 4w Mto A I we
0 00 go* 0 0 0 0 0 00 0 0 0 0 0 & 0 0 0 0 0 06
0 0 o v 0 0 0 0 0 0 * 0 0 0 0 0:0 0 0 0 0 0 0 0 0 0 0 0 6 41 0
0 0 *;A

03 If JI

14 A A 1 0 L It 14 V 1. V a 0 1

I AA 00 UP (1 4
4

A VJ T J fl M,

00

00

00

00

-00

A study of the chemical COMPOSItt" Of
fruits of "Sclultt

1.00

00 -Caucavlan date").
N...
S

.
all Oklml S. Pvt (Avvan.
fmits 11,1411 Kilurelt, ~1111'10

N. 11111. -
A7.7 (.11MMI ;j :1 1
u.
l
i

.
Jo
Il
ll"g.
2113,
"
x
j
,,;l`

00
thvr rrki,.Il%
on fruits from 4)
;a
t
P "n""t
11
11

cf
-
Ijjxxj agrertlirlit mithough lite" il a 91"10
114%c MOM Mltlo.. .11,1 k-
iO
f
i

,
rl
rll
to 16%). th
144111I.I.-I'll

9111a1.

1

.4

00

i 's 0

A 0

00

.
'-T
SasZ-
*
f
?

__
-
,
_ -
-
-,
too

o
I
4
j
c
M U a AV io A
0 . A it K tt It 1
f o 09 60 0" o 0, 9
0

I I AA I t a w 11 0
v I of
4
1
0
if
di
of 41 0 0
0 0 0 0
V

O
0 a 0
9 go 0

0
0 0

0 0 go 0 0 0
u w U. it v 0 It j"i a all )0 ;a 11 12 H III a Is 91 boa ciao
*act
I I AA Alf 1w_ 1.4-9-
A. A-t- iL
LA4 M. t A. A
00
00
: &no detachou of coal W dyes in loo4 proiticts
L. A. Atistyployan siM ',%t. Kh. Brallic"ova. 1"tp,y
o( C J,&%jjj I%
.)~& S,- No. 0. 115-' %., I ICJ(;). A 1 ul4v i6 9 TitA
00 a largr no. of d)-M Which 111AV W- I-It%llt III 1,%R1
11141RILki- -46 0
00 ILIXI (of 1111-it 11014-liklill *1114 %A11041- Illoftl
1141,1114 And
4
go a -09
(6 9si -0 *
00 't
09 is
go ')
tao 0
1:,
ItO 0
coo
I A0 0
:00:
WRIAMANGICAl. Lit
hoe
Zi, d. 1$100
1'2&#A1 %I. two --lirsitt a a
) a
u u AT 00 0 AT I of Ka A 1 .4 log
o 0 0 0 0 0 ; 0 0 0 0 0 0 0 0 p 0 0 0 6 o o 0 0 0 o
0 0 0 oif, 0 00 000 9 0 0 Of 0 0 0 0 0 0 Ott 4 0 4 1 0 9 R 0 0
4 0 0 0 0 0 0 0

A to 4 ts * ci's A."IJ l. r, ^ P. h. v v 11 .0 Q

P.0

*
*
F it It I I v v 11-A t -A UL w 91 1 . 4

0
0
j r j tj ii

Activity Ware

An ml
AIX, In$
(lint

Not 11114% A

fro

zoo

0

0

;.60

.00

It
u III AD is"i 4
I
t
1 ON
In
a

w I T AA 1 4 6 tu :1 84 Al- I
0 1

,
o to
:0
4 a a
t
K U R 4
0 1110 0 0 0

6-0

0 0,00 00 0 01 0 0

so nio ***foe***
I v an 31 11 32 a M a %t at a a n
0 10 6 4 X L At 0 9 PQ I
J~ A-
it
21
gar
0 Oil
*12
11- Puv ~Lls,o-g,m at-11 11-11- 1 00
til? q-11VIV S'(j
a*. I go
*a, allit'!w1l p SJU31wv -utul puv Fvl%l
U'l j"lu3,j4d aiv W1941 0.\,
-11,1 410401 'Ul-(Un-();Uy -4X P~41 UTAdtUl-fijV*,lV'-' 'I
ION"Od Q~Gauuv 10 con"W= 1"Imor wn )a 101S
a*-
*a-, go
so- L *0
it 0 4", 1 t V I
a :t IT If p 'I of a m a it if it s4waffam 11, a It It it a it
a 4 1 A 0 4 t lie
0 a a 0 4 a 00 0 0 00 0 0 0 a 00

Wtv
Cbemical Abstre
VoL 48 No. 5
Her. 109 1954
Biological Obudetry
q
some We 1~014,6j
*ducts conditio"- a chfactle zpatupst. L. A
rutyun=Med. Ing. and Zootetb.-Veet. Ind.,. wasnY
o osy Pd4niys 12. No. 5, W-9:19W-T~i oddn. of
common spices (in the form of the plants added to the
4t) to the diets of exgd. dogs laids to inefeased molof
-tivity of the am end Increitsed gastric secretion;
Re
:r with animals provided with vadow
fun
'1 pouch. Mu*ton aiums less active gwtrk
'cretion In dop than does beef; Hie diet of meet as such
Met k" prolific g$3tfk secietion than does a diet of in-
"all orpne of the animals. Thwi the Petrie activity Is
delicate physiol. function which Is affected readily by the
tttm of the Surnalul. 0. M. K PO-S-

--l-7 ..
T
4.19
1:'nl,-ba ynrevan'. AyPetrat, 30s. s ill. 2r, gn.
ziravoo'khraneniya AT% 'SRI). 5.r'(101 elc.,-.
'45k.-*Ta a,,Y,-..
6L~.31:064.6.
SO: Knizli-mayn, Intopis, Vol. 1, 1955