SCIENTIFIC ABSTRACT G.V. CHUBAROVA - A.I. CHUBINIDZA

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000509020004-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 12, 2000
• Sequence Number: 4
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT


m
-- - -- - - -;-

-ACCESSION NRt AP3oo6755,,-' 3/W5/W9/i 34.!;,
ossylevat, S' IQP*W
,fAUTHORSs Neyman, M. B.; Ifed Duchachakot Ai
Lebodev Yk. S.
'TITLEe A study of thi 'iadi"l "In ed-
9 Irradiat poLyfo Idehyd
~SOURCEt Vy*nokosolohdyarrq*ye'ooyedinaniya, ve-' 5, no. 9 1963 t
1339-1344
-IOPIC TAGBi free radical, Polyforniiidel4dit. il4otron. tic resonancet in i'_I~
paramagne
polner j gamma irradiationg polpmr, 6hiin/ EM2 IW spectrometer
JABSTRACT: Structural and -kinetic -chirac.teristics of free radicals in'irradiated-..,
ipolyformaldehyde (PPA) were investigateC'.'~ Powdered PFk was placed in soldered-.and
O's MIMMMI radiation 60, ource. The'
evacuated ampules and was subjected't from a.CO a
atudy of electron paramagnetic resonanc;-(EPR)~radical.spectra at low:temperatures
6
~wae conducted on x shi
9. PFA irradiated at.77K., w,ith doses of 5 X10 and I I ro. gene@
ispectra, were recorded on,the soectrometer MR-2 IW 'Aspecial ampule:was used for,.
a .-'The -ampule connected Ao mcuum equi
room tenmrature radiation experimint p-
t to allow V&rying , -oono a pro*ided.'-.-;
Imen Sm 9ntratIons*around,ths,,e oinense,-,.. Meanfi,wer
p9
p trie6.`!'Tent results' indioatedt-~A) 400,
.-T for controlling the -ambient. pair Aso
~2
_I:C d
or
'T
_.j/2

; -. -- . .- -,7Z' ~. . 2- - ~- ~ - - I -- -- 'L-' ~l , -: -1 . ,
- -~i --- - - ~ %, - - - --. -
- ~~ , . - -- " --. ~ ~... - -- - -11 -L

TOG,
GORSHKOVA, HKINT, V~j
S1,ADKOV, A.M.; UKH:",, KASA
Infrared'and ultraviolet abeorption spectra of subst4ituted ethynyi-
-benzenes and diethyny,lbentenes. Zhur. fiz. khim. 38 no ",)-7511-91;16
0 164.
Infrared i6d ultrwiolet absorption spectra of. substituted diphenyl-
butadiynes. Ibide-.2516-2520
(MIRA 18:2)
1. Institut goryuchik.hiskopayeuykh Instituta elementoorganicheskikh
soyedi.neniy-AN SSSR.

1. Institut alementoorganichaskikh soyedineniy AN SSSR.

j
S KLYARC, 11 KO ~S.I.; RYSEVp A.P.; SfaRNOV, LV.; CH!
Electrolysis of an aqueous solution of a mixture of potassium
and lithium chlorides with a moving mercury electrode. Zhur.
prikl. khim. 38,no.4:849-855 Ap 165. (MIRA 18:6)

211(l) 7
AUTHOR: Chubaryan, E.V. SOV/22-12-2-6/8
TITLEz -YVA-i =dii B-rT-rr'a0-n=W4ns of First Order
PERIODICALs Izvestiya,Akadenii nau k'Arayanskoy SSR. Seriya fiziko-
matematioheakikh naukt'1959t Vol 12,Nr 2ppp 107-116 (USSR)
ABSTRACT: For the T and A variants of the 8-interaction according to
Peypmann and Gell - Mann the author calculates the angular
correaltion electron - noutrinog the longitudinal-polari-
zation of electrons in the case of 0 - 0 - transitions and
the..longitudinal polarization of electrons for transitions
with . variaItion of th.e nuclear spin (light nuclei).
The author-thanks G.S. Saakyan,.Lecturer, for his assistando..
There are 2~tables, and:3 references, l'of which is Soviet,
and 2 American....
ASSOCIATIONs.Yerevanski? gosudarstyannyy un.iversitet (Yerevan State
University)
SUBMITTED: July 1 O~L 1958
Card 1/1

ARUTYUNAYAN~ V.M.; VARTANYAN, Yu.L.; Q9-BAUAX,-BA#4-91MBAZYAN,
V.A.; alATUNI, A.TS.; DURBASBYAN., V.A.; MEIJK-BARKBUDARCV,
T.K.; TEVIUAN, R.V.;,EIERFXETSKIT9 VoB.p prof., red.;
SHTIBENy.R.A., red.-izd-va; KAPLAWAS, M.A., tekhn. red..
[Problems in the theory-of-strong and weak interactions of
elementary particles;Ilectures) Voprovy teorii silInykh i
slabykh vzaimodeistvii elementaxVkh chastits; lektsii. Pod
obshchei red. V,B.Berestetsk6go. Erevan, Izd-vo Akad. nauk

40805
S/022/62/015/004/003/003
1028/1228
AUTHORS: Arutyunyan, V. M., and Chubaryan, E. V.
TITLE: About the reaction ff- + p n + e+ + e-
PERIODICAL: Akademiya -nauk -Armyanskoi SSR. Izvestiya. Seriya fiziko-matcmatichcskikb nauk.
v. 15, no. 4, 1962, 81-83
TEXT: The cross-section of the considered reaction is expressed by the cross-section a.,(iv) of the process
n- + x* - e- + e+ (4)
it is assumed that a a - n resonance exists, which is allowed for plicnomenologically by the introduction of
the vector mesonic field B,(.7)(x). An expression is obtained for and it is established that it has a reso-
nance corresponding to the resonance of the n - n system. There are 4 figures. The most important English-
language reference reads as follows: Chew, G. F.. F E. Low- Unstable particles as Targets in Scattering
Experiments. Phys. Rev. 113, 1640., 1958.
ASSOCIATION: Fizicheskiy institut AN Armyanskoy SSR, Erevanskii gosudarstvennyy universitct (titstitute
of Physics of the Academy of Science of the Armenian SSR, Erevan state university)
SUBMITTED: January 22, 1962
Card 1/1

Ap
1 16899-65 Fe-5/pae-2 DIA SD/&qP/S$R(.b)/
/S
AFWL/SSD(a)/AFETR/ESD(t) GW
ACCFSSION 'NR: AR4045178 91/0269/64/000,,'007/C,02'r'iOO27
SOURCE: Ref. rh. Astrcmuzalya. 0U vy*p., Abs. 7.51.226
AUTHOR: Saakvan, G.S.. Chubaryan, E,V.
TITLE- The theory of white dwarfs and the envelopes of baryon LtarsNQ/
CITED SOURCE: Soobshch. Byurakansk. observ., vy*p. 34, 1963, 99-133
14
TOPIC TAGS: astrophysics, white dwarf, Lary dtar, stEur envelope, nuclear density,
free neutron, baryon gas, free electron
f
P.
TRANSLATION': A' !h* has be4m-maude ottho roperties of the degeneration of matter
densities less than nuclear as applied to the outer layers of haryon stars and white dwrarfs.
Tho authors give an apprwdmate method for the analytical inte~rration of differential
e~,uations for the envelope of a baryon star (phase Ae'. consistLng of free electrons and
atornic nudei and phase 'nAel in which free neutrons are also resent) The authors
P
computed the parameters of envelopes for 8 configurations consisting of an ideal gas of
baryons and for 10 configurations of a real baryon gas. In the case of central densities
/D c ) 15. 1015 g/cm3 the extent of the envelope is 1 tun and its mass is e-1 10-6 M
Card 1/2

shown that light- nuclet--canntC exist'f6i a Ion g time at densities corresponding to the
interiors of white dwarfs. even at absolute zero. The authors computed the parameters of
20 conf 11 gurations for Nvhite dwarfs on the assumption of an equilibrium chemical composition
(for 45 > X(O) > 0. 07). A study wes also made of the dependence of the mass of the con-
figuration on density at the center. It was found that the mass of a white dwarf increases w
with an increase in toted density and attains Ghe maximum value Mma_x = 1. 27 M Pat
2. 109 g/cm3. Thereafter, the mass decreases and there is a smooth transition to the ae~
,-n(lence M(pc) for baryon configurations. In earlier computations, in wMch no all cc
C
Or the influ-?nce of the process of reverse ~)-decav, hat is. A.!Z was assumed
r; -YtnnIra!iV with a rilax-Irnum
Arl th, -n;Az;5; in~ --aF.F-.d maTi<
k (IT- Ltah Y 'w I t -1 17t

!ACCESSION NR: AP4026381 -si/0-252/04/038/001/0017/0021!
AUTHOR:
TITLE: -Some properties'of substances at.less-than-nuclear densities (Presented
corresponding member Is M. Kooharyan of the Academy bf Sciences# Armenian SSR# on
I
September 9, 1963)
!SOURCE: AN ArmSSR. Doklady*t v. 38, no.' it 1964, 17-21
:TOPIC TAGS-, ~degeneraoy temperature.Aegandrate electron gas, tunneling effect,
ftrogan at
1 hyc om, electron threshold,'
~.AB~TRACT: The properties of substances(les's'-than-nuolear densities) at.tempez~&-'
'itures considerably below the degeneracy temperature are studied. It is shown that
;at 2.6 3: io" gm/cm3 th eotron
i P4 e substance consists of nuclei and degenerate el
!gas, and the ratio A/Z.depends on'the density (Z- nuclear charge). Next, the
;tunneling effect, wher by h articles are created from light particles, is
e eav
103
Idiscussed. For P=3 X: . am/ _M (X ~ PAO - 0-145) the hydrogen atoms disappearl.
1He4 disappears at ew7G'2w1O7 (z - 0-783)0 B 11 at 1--3-95* 1010 (x - 26-4)9 and for.],
1 2 5
electron threshold energy Ee';:" 20 11ev (x 40) only nuclei with A 12 can exist. 17

v

-08552-67 -__JK
_ACCkit - -31 SOURCE CODE 02
7AV160 UR/0427/66/610700
AUTHORS Chubaryang -Kb. As
W,
ORGt lerevan Diiiifectiois~Statiosi-(Tat4vanskaya:goradakeyi dens tan-;,~w-'Af
telya):
TITLEt Geographical distribution of carriers of'relapaing
ty0hui-in the Armouldin.88K.
i" SOURCES 21616816beekly sburial Arnsullp ve 29p so@ 99 1966i 93-100
TOPIC TAGSi''lafectlve d1~6484 rickettalal disease# rodentp typbeep 1j,
disioase vector 111100M
ABSTRACTt Natural
foci-of Ornithodbrus alaotagatie, ornithodor
ao#U80 and Ornithodbrus Sartakovskii, (one location only) ticks
Identified In Armenia in' the followInS rayons: Schuladz1asklyp Ashtam
rakekly, Artashateklyp Oktamberyansklyi, Vedinakly, Magrinekly,'and
Yekhegnadxorskiyo These areas have a dry, continental climate &ad are
characterized by semiarid foothills with sparse vegetation Inhabited b
y
rodents. Ticks were found mostly In the 1~urrows of jerboas and sand
b
eels, but a variety-of other hosts were also Identified (badgerse Irds,
foxes, turtlesp toads,,, suakesp lizardeq and bedgehogs)o Ticks were
collected from April-Novemberg-when they are most accessible In the
1'6rd 2

L
ACC NRj AP6032752,
burrows,' Lou 5--torm studies-.-(1933-1966) have shown* that natural tick
.foci-can last as long ss~30~,,yre. Orlg*~-srto base 2. f1gares,and IA&ble,
[W.Ae
SUB. CODSO 061 BUSH ~DATSi~~:*:-l4Nar6G/~..'~%"'-Oalo R31s. 0 3, 0:.
NW
it -
~;413
...... .....
t4J
2/2-

CHUBARYAN, T.G.
Results of, growing vegetable and row crops in the Swan Basin.
Diul.Bot.mads no.7:49m54 149. M" 9: 8)
(Bevan region-Vegetables) (Bevan region-Field crop@) I

1 , .
m

t,---8R / Forestry. 3j.ology and TypologY Of the Fares'
s Jour; Ref Zhur-Biol,, 5`2 5835"
No 13 ~ 19 U
Author :Chubaryan, T. G. Palandzhyan, V..A.
!I] S t : A3 Ax'MSSR
T*U'Le The Hardiness of Certain Conifer &hoots to Direct
Sunlight
Orig Pub; Byul,13otan. sada, AN AraSSR, 1957, Fo 16, 29-43
-A bs The relative resistance of 8ptouts arid young seed-
lings of comif ers, to direct sunlight was studied in
a semi-desert climate, Studies were conducted on
39 sPecles from 12 genera origniating in Forth Ame-
Izz
rica, Asia, Africa, and Europe. A table of data on
the survival of sprouts and young seedlings of vari-

t Forestry. Djology and Typology ~,f the Forest.
USSr
Ii-ris Jour; Ref Zhur-.'3iol.) 170 13) 19~'i 58356
ous conifers U.-Idex diIxect sunlight is given* The
presence Oc important specie and genexic vartatio-
ris in conifers with-regard to their resistance to
the sunlight is shown, It particulaxly refers to
polymorphic, geographically widespread geaera like
pine and fir. 14asophytic conifer species fxom humid
oblasts suffer from direct isolatil6n, ]Kerophytic
species from dry warm oblasts are sunlight-resis-
tant. They study of the anatomical stxuature of
leaves of various species showed that conifers resi-
stant to direct sunlight are characterized by the
luminous structure of their leaves. Conifers which
a2e not resistant to dixect sunlight are distingui-
shed by the shaded structure of their leaves.
V. Protopopov
Car(~ 92/2

KAZARYAR, Vagan Osipovich; CHUBARYAN, T.G., otv.red.; snIBER, R.A.,
red.isd-va;
Tpbysiologioal foundations of plant ontO99nY1 Fiziologichaskis
ognovy ontogenexa rasteldi. Bravan, Izd-vo M Armianskol MR.
X9590' 425 Pe. (MIRA 13:4)
(Olatoge1w (Botany))

0

USSR / Famstry. Forest.CrOpm.
A1.9 Jour Pat Zhur - BioloGiya, No 22., 1958,, No. 1001c,4
Auil-nor Chubatly, 0. V.
Inat N 0 F _j; 5; -~
Title Using the Creeping Mountain Pine to Afforest PbcIq
Areas
Orig rub Imene kh-vo, 1958, No 4, 76
Abstract No abstract given
Card 1/1
j1U6
K

MISHCHENKOp N.M.,, insh.; BERDICHEVSKIY, YeJe-, inzh.; TERMIKOSYAH, N.S.,
inah.; KURILOV, A.I.0 lnzh.; FOLYAKOV, N.M., inah.; IEHIDOVICHl,
Ye.A.t inzh.; FINDYURIN, N.I., inzh.; Prininall uchastiye:
MALINOVSKIY, V.G.; NDLCHANOV, I.V.; MASHISHINA,,M.P.; YFXHENKO,,
Ye.X.; CHEREDNICHENKO, A.A.; STEPANOV, V.A.; SKACHKOV, L.N.
Iteceased]; XOSIIMAN, A.I.; SHCHEKLIN, V.V.; CHUBATYUK, Ye.G.;
KHITOVA, Ye.Ye.; KOROBMA, G.Z.;.ROTMITrR0v7Ix, MR.; wErSIMV, A.D.
A
Increasimg the efficiency of section tandem miUs by the use of
repeatero. Stall 23 no.3:236-241 Mr, 163. (KM 16:5)
1. Yenakiyevakiy metallurgicheskLy savod.
(RoLUng miUs-Equipment and supplies)

1, -I~ . - ~ . . .. I %, -:.. .-- :z ~ i., --- "P-M-M.-R. P , -- -
:.
-- - . I- -- --- - - ----

ACC NRs ATIO01792 SOURCE CODE: UR/3119/66/000/004/012
AUTEOR: Sbakhnavicho M..I.; Chubenkop A.. I.
ORG: All-Union Scientific-Researeb Institute for Single Crystals (vaes0yurwy
nauclino-issledovatellskiy institut monckristallov)
TITLE: optical properties of LIF crystals with 02 impurity
SOURCE:, AN LatSSR. Institut fiziki. Hadiatsionnaya fizikaj no. 4p 1966. iordo7e
kristally (Ionic crystals)p 125-132
TOPIC TAGS: lithium fluoride., optic property,, crystal impurity,, oxygenp absorption
line, line width, luminescence
ABSTRACT. In view of the fact that~oxygen is frequent3y contained in alkali-halide
crystals grown in air, the authors carried out tests.on crystals initially grown in
vacuum, to which controlled amounts of oxygen-containing compounds were added. The,
optical measurements consisted.of determining the.transparence in the ultraviolet,
visible, and infrared regions. The measurements showed that in the near ultraviolet
and the visible rpgionsno, crystals,,either pure or those with impurity, had absorp-
tion bands. All crystals had a band at,320 nmp which increased with increasing LigO
concentration in the charge, and could be associated with the oxygen. An analysis
of the absorption curvesp corrected for various instrumental errors and obtained for.
samples of different thl6knessp reveals discrepancies between experiment and theory
with respect to the half-Vidth of the absorption line and can be related with the
rp
Card V2

ACC NR: AT7001792
formation of anion vacancies by Or Ions. A correlation was found to exits between
the absorption-coefficient at the -maximum of the f bands and the absorption coeffi-
cient at 120 nm.. This indicates that most vacancies in the crystals are due to the
introduction of the oxygen.: In addition to investigating the absorption spectra,
the luminescence of crystals with oxygen impurity was also measured. Excitation at'
light close to 210 nm,, vhere there are no absorption bands gave rise to luminescence
with a maximum near 420 nm. The luminescence intensity increased greatly vith in-
creasing oxygen contento whereas none was observed in pure crystals. Although the
results indicate that the oxygen is responsible -for the luminescence, further study
is necessary to determine the actual nature of the centers responsible for the
luminescence. The authors thank Is,V, Smushkav andlL. M. Soyfer Xor continuous
interest in the work and a discussion of the results. Orig. art. has: 3 figures,, 'I
4 formulas., and I table.
*!M: .00/ _~On MW:_ 03.4
SUB CODE: 20/ SUM
:ard 2/2

rlSl~
.IfArC A4A.; MnIK-GAYKAZYAN, V.I.-. LITSHITS, G.L.: CMMMO,
Strengthenb* the, flat.ation process by the food of an emulsified
no-11-07-38 N '56. (MLRL 10:2)
(Flotation)

BRATSLAVSKIY, M.A., lJmh., laureat Gosuclarstvannoy promil SSSR; CHUBElIKOp

'(it'! 7 T ~ ) /7 PF k j - 2F' T 7, ~ 7'
VI (n I r (c ) 'EFF " n'
ACCF-SSION UR: AF50W542 s/ol,68/65/oo2,/.~i-,i/cy-~--/oo3I
AUTFOR: 'Sojfer, L. M.; Shakhnavich, M. I.; Chubenk-o, A. T.; Blank, A. B.
11 -71: Absorption in the vacuum ultravlolet of lithivm 'I uorid -Y-ystals obteined
by ~orje melting
SWRCE: Zhurnal prilaadnoy spektroskopii, v. 2, no. 1, 1965, 26-31
-fluaridejr~.Ione-melti-2- -.ab-,q-o-Wnn .-spectrum -ultrarlolet
absorption, impurity, effect-
ABSTRACT: The purp .ose of the investigation is to facilitate purification of li-
thiun, fluoride by zone melting by comparing thn- absorpt-ion spectra end the con-
ter~ts of certain irimurities (the awount of wih4 -ch ~!~ui le deterrmlned by chemical a-
to obtain- informat ion on the intlegrp-l imruri'ty contenta to whicb the ab-!
ion s7Dectrum, is sensitive, and to datermine ihe Jistribution coefficients of j
a -ities. To this end, a ca;iparison was ir-,"e of optiva' properties of
i n Lwn
c r,
yetals obtained by zone melting, from salts of different materials and of dif4'1
fprent Purity. The absorption was measured with an SP-68 vacuum. monc-chronator in
the wavelergth range 1-100-2500 The method of determiiAng the bea-vy-metal

L 0~51-65
ACCWSIOIT HR: AP5007542
tent ,as similar to that used by one of the authors elsewhere (Blank, ZhAXh Nr. 16,1
14, T as determined phottometrically b, the iodine-staxe
1). 1he iodide content w, b
metric meth4
and the chloride content was determined by q mo,4
s'',v
- er nitrate. The distribution of t'~- 7.F-?C- Was
--nef 'cal and absorption-spectrum analysis. of the
-1 by chem
4-i-s--a-rency at definite points of the ingot with IncrPm3ing niiiiner o' zone pas- 1
sa4-
e s was also studied. It is concluded that zone neiting reslu_L~._', in s i -,rlc I t.7
crystal lithium fluoride which is transparent to the vacuum regi~r_-Ori
npectrum, with vol-ume of sLrTeral times lo cm3. This method -s vez-j effective 1
or ridd-ing lithium fluoride of impurities responsible for absorption in the wave-
_._v-,~-hz3 reElon smaller than ^000 ~ (chlorine, oVi
gen, hydroxide). Thc effective
1 t um
--ribution coefficient for the impurities of the metal- fr r., i hi
L U
v_rL(IP is estimated to be m