SCIENTIFIC ABSTRACT AZIMOV, S. A. - AZIZBEKOV, C. A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000102720018-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 6, 2000
• Sequence Number: 18
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

10-
L 14475..66 F V 7 /T I ip
ACC Wt AI'603LW12 SOURCE CODE: UR/()36'(/(,t:-/CO3/001/011;3/0,115
AIMIOR: A-,imnv, S. 'A#; Rasulkylov, M. S.; Chudahov. V. 14.
ORG: Tnnij:tutts nf Ntiolpar Phyninji, ArademX nf Srignces,
UjjQk.Z.5B__(Institut yadernoyl
fizik, Akademii nauk Uzbekskoy SSR) 1, Z i
TIP-'~E: Azimirthal angular distribution of shower particles and gray tracks
produced
by :c3mic ray rtIclan in emulsion
SC- 43: Yadernaya fiza) V. 3, no. 1, 1966, 112-115
TOPIC TAGS: cosmic shower, cosmic ray particle, angular distribution) cosmic
ray
an.,:otrop~j r'Ro9ek-
Ar..2RACT: This is a continuation of earlier work by the authors group (ZhETF
v. 45p
407, 1963) where a procedure was developed for observing different
correlations in
the azimiithal angulur distribution. The present article is devoted to the
azimuthal
1 angular distribution, of gray tracks of shower particles in stars produced
in emulsion
by singly charged particles, and satisWng the selection miles nh + ng > 15,
ns > 10
(nh + n6 - number of strongly ionized particles, n8 - number of shower
particles)-.
A gray track is defined as one with a grain density larger than 1.4g0 (go -
grain
density of fast-electron track) and a range larger than 2.5 mm, corresponding
to a
proton kinetic energy not lower than 25 Mev. The investigation covered 33
showers
of -50 Gev energy. The procedure involves introduction of specially defined
random
quantities, the mean values of which are determined separately for the
shower,_
L C?r!L_._V2

L 14475..66
-X& -
E N'
R- AP6o1O612
particlen and for the gray tracks. FTom the distribution of the
showers relative to
tbene random quantities, It Is concluded that the shower particles
as well as the
gray tracks exhibit azimuthal asymmetry. Furthermore, there Is a
tendency for these
two groups of particlea to be emitted In oyponite directions. The
observed effects
are qualitatively explained by using the concept of development of
an intranuclear
cascade. The authors thank Is M. Gramenitqhjy_for a discussion of
the work, and.8h.
Abdig-hWil. I L. P, chernovs, and 0,-M. Chernov for measuring the
ahawer-particle
emission angles. Orig. art. hast 3 figures.- 4-fonnulasp and 1 tables
SUB CODE: 20/ MM DATSt 04MLy65/
ORIG MW - 003
Card 2/2 a

L 4470-~66
-A& 4R, jP,5024627 SOUME CIDDF: UR/0048/65/029/009/1664/1666
AUMOR: Itzimov, S,A.. Abdulloyer-t-R.S.; Poly!~!LILY-!-
ORG 'none
T I TLE Investigation of the lnelnsttctty in inte tL
ona
_qj_Mjjj�dAjgm jith carbon
nuclei /Report, All-UnIon Conference on Cosmic Ray physics,
held at Apntity 24-31
August 1964/
SOURCE: AN SSGR. Izvestiya. Seriya fizicheakaya, v. 29, no. 9,
1965, 1664-1666
TOPIC TAGS: Z;!mmZj 29MIC ra ~/secondary corniie my, nucleon
Interriction, hiph riter-
gy particle, inelastic interaction, pnrttale production -
ABSTRACT: The autbors have measured the average inclasticity
of interactions of 1111-
clear active oosmic ray particles with carbon nw.-Iel by
meart~3A'if an ionization calari-,
meter of whinh the main body consiqtcd or 7 slabs of'
Craphitpand associated ioniLa-
tIon charnbers. The total thickncs5 ot graphitc, amomitcd to
about 5 nuclear interac-
tion mean free paths, Cosmic ray partIclen unaccomimniod by
cRectron-photon vho"vvrn
and interacting in the first graphite slalb, wero tselocted by
th:rec approprintely In--
cated counter trays. The data for TO nucloar-aetivi~ particlea
with enorgien nbove WO
GeV were averaged u6nd are presented as a plot of rolative
criergy evolved ver-tus depth
In the Ionization calorimeter. Theoretical curves .,alcelatcd
Jor &Lfferent Ornmed
1/2

L _4470-ibb
ACC NRs -A-P-504".4627
values of the inelatiticity are given on the same plot. Me
experimental points lie
between the theoretical curves for tnelasticittefi O.B.and 0.7.
OrIg. art. hns,. 3 ft-
guma.
A-41
&
1. 1 J; ifiv
Calculated Inelasticit-les
SUB CODE: NT/ SUBM DATE; 00A ORIG FXF: 002/ 0111 D:gr-. 000
Card 2/2

ACC N
AP6023083 SOURCE CODE:'-'I-j-R-/03()7/66/003/004/0657/0662
AUTHOR: Abduzhamilov, Sh. Azimov, S. A. ; Chernova, L. P.;
Chernov, G. M.
I_Pbudakoy, V. M.
ORG: Institute of Nuclear Physics, Academy of Sciences, Uzbek SSR
(In6titut
yadernoy fiziki akademii nauk uzbekskoy SSM
TITLE: Coherent interaction of high-energy protonNith complex
nuclei
SOURCE: Yadernaya fizika, v. 3, no. 4, 1966, 657-662
TOPIC TAGS: proton, high energy protin. photoemolsion, nucleon,
particle
interaction, proton interaction, inelastic interaction
ABSTRACT- The authors use a method proposed in a previous work
(Sh. Abdu-
zhamilov, S. A. Azimov, L. P. Chernova, G. M. Chernov, V. M.
Chudakov
ZhETF, 47, 24, 19641 to find and analyze in detail the
differences between the
angular distributions of secondary particles in showers formed by
high-energy
I protons and satisfying the necessary selection criteria for pp
and pn collisions in
1/2

L 06499-67 EWT(rR)-. JYT(CZ)
ACC NR, XP7000463 SOURCE CODE: _-URT001 -W[ _175
W16 do 6916ill
AZIMOV, S. A.; WIKISHIN, B."K.; RECHITSKIY, L V.;
CH11D)A1K(OVV.L_j. M. -
"Inelastic ;rp- Interactionslith Slow Recoil Protons at 17 GeV"
Moscow, Yadernayn F-Izika; July, 1966; pp 169-177
ABSTRAM n-P-Interactions with free and quasifree ~photoemulsion
protons, In
which 4 and 6 selzondary charged particles are emitted, have been
investigated.
A method of analyzing the angular correlations and the
distribution of resi-
dual effective masses to described uhich can prove useful In
Investigating
multipion resonances. Experimental data Indicate the possiblp
existence of a
resonance with the mass 3,2 GeV. The authors thank
Yj_0j_Lqjj_;Lpr his kl~id assistance
:In the aejuisition of photographic plates irradiated. on the
TaYeWl accelerator;-HA-T-A
Podgoretskiy for cLisoussion of the work and valuable advice-,
and T. V_. Zaraidaylo, -
As G, Imanbayev, id Ye. A. Till, who participated Jji the revi(w
of the ciloulationis
Or,ige art* has- 6 figures, :16 formulas, and 1 tablo, L-B"od, on
authors' Eng. abZj
LJPRS t 37 1 35~ot
ORG t b W e_
q~itute of Nualear PbVsics, AN UzSSSR (InstAtut yaderw)y fikild
AllU
TOPIC TAGS: inalastio interaction, proton
SUB COD31 20 / SUM DATE: 09Aug65 / ORIG REFI 003 / OTH REF: Of,'

mum rl WE=
EWL(h)/WA(c) JD/HW
L 855-66
ACc NR; AP5026482 SOURCE CDDE: -Wit7o-2-og'ffl7o-iIW7o-i-97ffo-Olmo-I
INVENTOR: Zhukevich-Sto;sha. Y"e'.'A.: Solon'ev 0. P.; Ri,.man, R.
I.;; Shaver, A. Emot
Azimov S. K. ; Brovman, 14. Ya. Isie- fr,-C. if.-TLku'-r- 6
atov, it. V. F7:', I
YY
ORG: none
TITLE: Planetary rolling mill. Class 7, No. 175025
SOURCE: Bytilleten' Azobreteniy i tovarnykh znakov, no. 19, 1965, 9
TOPIC TAGS: tube, t-abe rolling 1~rolling mill, MLM AOM-1
ABSTRACT: This Author C rtificate introduces a planetary rolling
mill (based an
:,e
Author Certificate No. 24398). For rolling tubes with variable cross
section,
the mill is equipped with a gear which meshes with the goars of the
planetary rolls.
The gear is turned ty an auxiliary drive and a device wM 'ch movea
the mandrel
during rolling, botis of which are controlled by a copyir.Ig
attachizent. Orig. art.
has: I figure. IA2;)
SUB COM 1.41 SUBM DATE: 29Jan64/ ATD PRESS: 0
Card 1 UDC: 621,771.064

AZWOVp O.M.
Some res"Its of studian or subgiant raars In clove
double Dyntema
condL.CtC'd Ut the Sbamakha -o;trop1:yvira1
ol)nervatory in the Azer-
baije.n. Jzv. AN Azerb.L5F..SF-r.f1:e,.-tokh. I mat.
nauk no./,.109-113
164- (MIRA, 18:3)

S/233,/62/000/003/009/010
1023,/1223
AUTHOR: Azimov, S.M.
)r
T IT LE., Spectrophotornetric investigation of R. Persel
PERIODICAL: A%ademiya nn,ilk Azarbaydzhansko*,y SSR, Izveattya,
Serlye~
fizilco-mntemnticheskikh I tekhn.1cheakikh nauk, no,3,
1962, 119-131
TEXT: Thn present N-rork deals with the physical properties
(surfnee
tompernt*aro, electron density and pressure, density of Ionized
and
neutrql calcium --to'nw, halghts of the atmospheres of the main
and
secondary stnra etc.) of RY Perstias measured by the
opectrophoto-
netric method, A vorv brSeF summary of the known propertic3 of
the
double star RY Pers-ei The dara prosen'tea ware collected mainly
dur-
ing the autumn of tno yoftrs 1959 and 1960# and partially during
winter of 19GI, using the 70 om reflector of the Abastuman Astro-
physionl ObservRtorys The dispersion was 166 A /mm around H ,
Kodak OaO and Agfa Astro plates were used. A notol-hydroquinone
Card 1/3

S/233/62/000/003/009/010
1023/1223
Spectrophotoms',ric, investigation...
doveloper was used for 8 min at 160C. Details of calibration and
ovalu,qt1or, of the spoct.rograms are given, The energy
distribution
of the continuous spectrum in the region 3790-4600P Is strongly
dependent on 1:hnse of the oclipse. The decrease in the
Intensity
of tho contlrx.ous spectrum, can be explained by a gas stroam
cir-
culating around the system (its source is the star RY ?or B)#
The
spectrophotonotric temperature and the discontinuity at the
limit
of the Balmov SOrIOS WA3 calculated, The number of hydrogen ab-
sorbing atoms was determined. Electron dansitlea and pressures
of
the main and :3econdary stsrs are obtained. The results confirm
tho fact that the atmosphere of the main star of the R-Y Per
system
haa a nornal structure. The results of the satellite are contra-
dictory. '['he vnInes of the spectrophotometric gradient and the
Balmor discontinuit-
,,, indicate that the satellite Is a giant, but
the olectron density nnd the number of hydrogen atoma are very
lnrgo, indicating a ntnr of the spectral class BB of the main
se-
qiience. This contrndiction cAn be eliminated by assuming that
the
Card 2/3

AZINOV$ 3.11.
Satfl.aito stare in systems of eclipsod binary stars.
Izv, AN Azerb.SSR. Ser. fit.-mat. i tekb. nauk
no.4:71-79
162, (miRA 16:2)
(Stars, Double-Spec,za)

.-I AZIMOV, S.M.
Physlxal characteris+6tcs of subgiant sturR in eclipsing
binaries.
Izv.(,*ILO 23 no.2t76-406 163. (WRA 16:12)

L M661- Wr(l) /FCC(w) /BDS/]-&S(v) --A FM/ESD-3--?e-4j -GW
WNESSION NR2. AP30D1513 S/0233/63/0COV001/0089/0094
63
AUrHOR: Allogy,
TITLE: Deteminetion of surface temperature of _djMt of spectral
types B and A
in observable twin systems by the spectrophotometric method
SOURCE: AN Azert,)SSR. Izv. Seriya Miko-matematichiDskikh i
tekhnichaskikh nauk,
no. 1, 1963, 89-94
TOPIC TAGS: spetArophotometric method, surface temporature of stars,
hot star
ABSTRkCT.* Surface temperature of stars; can be dei,
ennined by observing its radi-
ation ewinating rrom different parts of' the stellar photuqphv.,re.
In this relation,
eclipsiT%, stars are significant since during the jpre;wnct of
relatively cold sat--
ellites nuch observations c4n be made. Thus,, obsarvLng a hol.,,
star at the moment
of almost total eclipso the surface tenq)erature can I)e
deter~itined. For this pur--
pose throe eclipsing binary systems RY Per,, U Cep arri U Sge were
selected. In
these syatems the principal components are stars belonging to the
spectral ClaS3
B 8V, w4d the satellites are of the class F 81 V (for RT Per) and 0
5 (for U Cep
and U Sge), RY Per, U Cep and U Sge wore photographed on a '4'00 nm
meniscus tele-
Card 1/2

L 10694..63
ACCESSION NK,. AP,')OO1513
seopt AC-32. he spectrophotometric gradient obtainedby the spectrogram
method
was determined ~n the region of contitmous spectma Lubda Lambfa
46W-3'190 degraos
A. The spectroietric gradient chdracterizes the sarface t(mparature.
"'In con-
clusion, I wish to express nV deep gratitude to V. A. Y~rat for
raluable iraggestions
in the course cf this work. I also wish to express my debi, to '[2.,
_KhMl&e and his
colleagues V. F. Dzhapiaahvili ' 1, F,, Alfini
anu __yLL for the permission to use the ob-
serv^tion eqailmont in the Abastuman astrqp~ ~sical obs2LyAWry.11
Orig. art. has:
2 tables.
AIS=IATION: rione
SUM(ITTED: 00 DATE ACQ: 12Jun63 ENCL:, 00
SUB CODE: 00 NO REP 3OV: 004, OTHER: 001
Card 2/2
EWA 0SWEREW

Jp
1DR-1 A.-F500412 tM,106.50,165 /00o/ool/vo?7/~O
.2
SOMCE.0 Ref. zb. :11zika, Abs. IV192
.3
A%Lnn, S. S.; Abdullayev. A. H.; Dago BkcLy, V. B..;
)jv;L~vvakoyj..K.~IA
TITIS Study of tb) inelasticity of the interaction of parijiclev with
hecvy
nuclei at ene;rgii;B,, "M - 700 BeV
CI72,T SOURM DWI. AN UzSSR, no. h, 1064, 18-21
Dw vics a Inelaostic scatteri-xig p4rtiele i nteractioll ,
intlalpticity coerfi,,~-icntj
TRVIOSIATIONt The nutbors investigated the depemdence of thii
irielar~t:t city coelfi-
cicat (R) on the prImaxy energy in the -primnxy- enevgX intevral'70 -
TOO BeV. Vj-?
mca.-uxes-c,pnts vexe wtde with the aid o;f a calorimeter conuiw~irig
of Corealov mid
sc3.ntil3x-.t-I,.-on cc=lItra) with jayeTr. of iron c4d. lead dbuorbDni
plE%ced betwocn tIAC
caunters. Shwea% ver-e- selected vith energica lara,'Or tban 63 BeV.
~7'h e ebowero
CaM 1/2.

L 43.708,~6_5
ACCMION NE.- -AROOMU
were broken down into a series of energy Intervals, In eaeb of which
tht: exerage
iras -obtained of-lhe'coeffi~ient of inelasticity."for the forauktion
of WO ile sons
axi"O. 7nliing iTtv accomt the experimental correztkorz, the isverage
value of -the
inelastleity of ibe interaction between -the particles md Iron
siuclei, in the
11 -Fe _F~2
0 , was found to be 'A' 0 tonsequentl)r 'K
energy rej;ion E ~: '3 x 1 0.22 t 0.,
.,~ 0 7
fyFe kith
~,O - o.66 t om;. abe.coefficient ol' inelastinity for the interaction
caAon muitlei vail monsured by intv)ducing gLa_Tjlj~ e
~e_~Uters into th calarimeter)
and was f(.und to be HP - 0.40 4. 0.06, 'nie nvexage value of i,,he
inelp-st ,,ity coef-
ficient fi~x the !xteraction between vosnic pPr+.1c1vB and irm
nuclei, depends
litt,le on the enim&1i of the incident particles in tbe intei-ml 73 -
700 DeV. The
datE. obtaAned eg,.,ee vitb the concept of -mccesaive collisiorw cf
the prinary p:~x-
ticles wi-tb the :Lnd_-[v-idLi&1 nucleons of cc7_.D1e:x mulai in the
er,e:rO* region
3 ~: loll ev. Y, k. m.
0
BUB COM i NP =Lj, 00
card-

S,/056/61/04t/oo6/034/054
6~ v 6) B125/B102
AUTHOR: kvilnovI Ya. 1.
TITLE: Pion production in weak interactions
PERIODICAL: Zhurnal okeperimentallnoy i teoreticheskoy fiziki,
V. 41,
no. 6(12), ig6i, 1679-1664
TEXT: The process of interaction of a neutrino or
ant~~neutrino with a
nucleon V + I? + p + n+, 9 + n + n + -,t+, V + ji -t I- + p +
no 0
+ 7 >'I+
and ~5 + n -,/ I F n + n + p --~, 1+ + p + 'o + p - + n + no
(2),
which have already been studied by T. D. Lee and C * N, Yang
(Phys. Rev.
Lett. 49 3071 V~60), lead to pion production, Here I-
indicates the
charged lepton (electron or muon). In addition, these
reactions are
numbered by indicating the target and sign of the meson, such
aE; p+p n+r
n0, etc. From the elements of the T matrix obtained in first
approxima-
tion for weE4k interaction, for process (1) the following
relation is
derived for the differential cross sections
d i _~_" L'~Ul 01 (I)ds:.,, d0d cos 0, (5) with
Card 1/6 1 1- -2 s.-oin W

fj/O 6 61/041/006/034/054
Pion produotion in weak ... Bi 9;YB1 02
do TTL Te-A 'Olds dOdcosO,
Ij$ to
(14)-
With the skid of the hypotheeis of R. lyd F14ynman, and
M.-Gell-Marin (Phys.
Ftev., 109~ 1513,1958)1,,,the prooleses ~1) and (2) with the
electrio
generation rciactions + p 1 1- + P + iot
I;t + n q. n + n0 11 + p -~, 1� + a + n+ + n + p + %-
2h9 rolationo'hip of the veotor amplitudes
HP+ - J/-2 (H+ V-2(H+ + H-), H,, - 2H-11 (8) and
ffp,=-2H-. (9)
of (1) and (2) with the amplitudes of (11) is given by
Card 3/0

8/056J61/041/006/034/054
Pion production in weak B125/B102
Hpi.v - fln-v = (H" + j/_2 (Hp,, H"I-),
PO
H.+v = fi,--v = (-Hp'o ++ (Hp"+ - H,' -),
Hov = f7pov (HP'+ - h"n-WE
The cross seations are interrelated by
(da.0 + d~,O) >(00/2,ra)2 (dae+ + dcr,'.-), (18),
T
+cg > (Gk2'2na)' (19),
7'j'(dap+ + don~+(g
> (GO/Ina)'(da" +dj.,)- (20),
(d p+,+ da,+ +4q, - + c%-) (do~. + d~.) PO
which are alai) valid for reactions with Y-particle
production. For the
reactions
V + n - e- + A + K+, V + p -e+ +A+ KI; (23)
et + p - e:t +A+ K+, e' + n - e' +A + KI (24)
Card 4/0

J 1, 7 6 e )
S/05 61/041/006/034/054
Pion production in weak ... B125YB102
one finds (dcr,. + Cao) > -L (Gk'/2na)2 (dot' + do,'), (25)
+
where the subscripts indicate the charge of the produced K
meson. For
Ik 21 S~02', the cross sections of electric generation on the
right sidoa
n
of (113)-(20) are related to the photoproduction cross
sections through
lillij M3' a
0_0 j72j-p 10 -Cos 0)
__'_ -1 '21 , the ratio
where aP fs the photoproduction cross section. For great k
of the cros,!)sections d6 and d'd to the electroproduction
cross sections
grows as (k, 2. V. M. Shekhter (ZhETF, ~Li , 6, p. 1953) is
mentioned. He
and I. M. Shmushkevich are thanked for discussions. There are
6 refer-
ences: 1 Soviet and 5 non-Soviet. The four most recent
references to
English-languago publications read as follows: T. D. Lee, C.
N. Yang. Phy&
Rev. Lett., A, 307, 196o. R. P. Feynman, It. Gell-Mann. Phys.
Rev., 109t
193, 1956; G. 0. Ohlsen. Phys. Rev., 120, 584, ig6c; s. Pubini
et al. Phys.
Rev. lill 329, 19513-
Card 5/6

Pion production in weak
1/0.56/61/041/006/034/054
B125/B102
ASSOCIATION: lieningradskiy fiziko-tekhnicheskiy institut Akadeinii nauk
SSSR (Leningrad Physicotechnical Institute of the Academy
of Sciences USSR)
SUBMITTED: June 30, 1961
Card 6/6

S/056/62/043/006/067/067
B120102
AUTHOR: AzimoK
2-' _~' ~-.
TITLE; Spin influence on the position of the Regge poles
PERIODICAL: Zhurnal eksperimentallnoy i tooraticheakoy fiziki, v. 43,
no. 6(12), 1962, 2321-2324
TEXT: The influence of the particle spin on-the position of the pole
accumulations arising in the n-particle production threshold at
I - -(3n-,5)/2, and in the field theory with arbitrary energy in the
negative
integral points, is discussed. In the present paper this influence is
investigated for the scattering of two neutral pions. This
accumulation of,
poles with respect to the orbital angular momentum j of the pions in
the
point J-1/2 + 26 if p -+ 0 becomes noticeabie in the scattering
amplitude
;f spinless particles and in all-other amplitudes connected with it
by a
unitary condition. p, 1 and.6 designate the momentum, orbital angular
momentum and spin of the particles produced; 1 min ' j - 25. In the
same way
the production threshold of n particles of equal spin leads to a pole
accumulation in the point j - -(3n-5)/2 + n6. Even with finite
nuclear
Card 1/2

-Spin influence on the position...
S/056/62/043/006/067/067
B125/B1O2
spin the accumulation can be'displaced any distance to the right. Pole
accumulations connected with the threshold of systems of identical particles
canno t, how ever, be di spl aced i nf ini tely to the right i f n -* co ,
according
to a private information by I. Ya. Pomeranchuk. No such prohibition applies
to bosons. For these reasons the scattering amplitude has it substantial
singularity if t - o), s - co and the Mandelstam representation is incorrect.
However, the most- essential results following from it remain valid.
Subsequently,
pole accumulation with arbitrary energy is investigated by the example of
the nn -->Ng reaction. The pole in the discontinuity on the left section of
the partial amplitude conditions a pole accumulation of the partial amplitude
,+n 14 +
in the 1-plane. An accumulation of poles occurs also for r - R, if
j - 0. Experimental data are not yet sufficient for deciding uniquely
between the presence and-absence of pole accumulations in the zero point.
Considering the nuclear structure the additional conditions, whose number
increases rapidly with increasing spin, might become superfluous. There
is 1 fi6ure.
ASSOCIATION: r-iziko-tekhnicheakiy inatitut im, A. F. loffe Akademii nauk
SSSR (Physicotechi'Acal Institute imeni A. F. Ioffe of the
Academy of Sciencos USSR)
SUBMITT,-ED: October 24, 1962
Card 2/2

S10561631044100110601067
B102/B186
AUTHORSi Azimovp Ya. I., Ansellm, A. A., Shekhter, V. M.
TITLEt ;Veak-ooupling motion of Regge poles
PERIODICALs Zhurnal okeperimentallnoy i teoreticheskoy fiziki, V. 44',
no. 1, 1963, 361 - 370
TEXTs The Regge pole trajectories are determined for the case of
scatter-
ing from a Yukawa potential or a superposition of such, potentials.
This is
done on the basis of perturbation theory applied to the exact radial
wave
function
% (r) =/I (kr) + [/I (kr) 1-1-1 (kr) -i-1-1 (kr) /I (kr')] U(r') 11
(r)dr'.'
k Cos ni
0
J, (X) = Y~X_/2 Jl+-,,(x), Y-(r) = 2mV (r) 2qta&'e-I,
Within the framework of this theory (1) can be integretted so that in
lowest-order approximation the pole trajectory equation is obtained as
Card 11/5

S/05 63/044/001/060/067
Weak-coupling motion of Regge poles B102%la6
(4M Q1 (I + �,_ Ls
T iel-I (I + 1-) + ic", Cos zd; (4)
k 24-2
co
Q1 2 J,' (kr) dr,
20
0
Rt (I + 2 11 (kr) i-j-, (kr dr.
-213
0
V,
(11(2~) is a s,?cond-orde:r Legendre function. ln the complex plane 1,
the
function (I has poles at integral negative points so that R1 are
integral
functions. Rear such negative points 1 - -n-1 where the aecond-order
Legendre funotion has ijimple poles with residua equal to the Legendre
poly-
nomialaP assumes the form
n
aM P, (I + tL' / 20)
k I+n+t (6)
and the trajoctories are given by
In = -n - I + = Pn(j + k = ix, x > C'. __(7).
Card 2/5 1k 20

S
,/056/63/044/001/060/()67
Weak-ooupling motion of Rogge poles Bloi/B186
(7) is valid if 1 *--n-1, and of course also ir the distances
between the
n 2
poles are sme,111 it loses validity if k is very small. Far from
the Q1
poles (4) assumes the form
3Tn-:7t --T-(--T)-
which is not applicable near halfintegral negative points. For Ik
21A
and the pole being far enough away from the real axis, ix(1+1/2)
- (1+1/2)'[ 4- 1n 2 -2nip, where p is a positive i3toger and
2/n? 2 2 < 0
't - 1 n k )L
MM
In this case the pole trajectory is almost oirculart
(R,! I + P + I/J' + (Im I (2.n)-1 In 2EI)l pl + (2n)-l h? 2L. (I
Card 3/5

3/056f 65/044/001/066/00
Weak-coupling motion of Regge poles Bl()2/Bl86
which holds for the OaGe of attraction. In the case of repulsion
P'--V+1/2,
and 61 0 5.1. Dn the approximate assumption ~,wcionst the
trajectories aril
2
straight lines if k > Ot 29p(Re 1 + 1/2) In -Im 1 (attraction). ln
2 2
the case of k
>>
In ant JfRIL) + IA In (plk) In (14. 1/0 plk 2nip. (15))
so that for the pole trajectories
Im I - 2:tp-L Re I --L]n (16)
TT
to asymptotically valid. 05)(16) hold for attriaction# for
repulsion
P-I.P+1/2 and a-f-cx. Thus the pole motion in characterized by an
oscilla-
tion of the polea about integral negative points at energies
corresponding
to the left cul. of the partial amplitude (of. Fill. 1), by
collision and
exit of the po:ies into the complex plane even at negative
onergiesp and by
condensation of the poles near 1 - -1/2 at threahold eneri;iee,and
oVen
trajectories, Thore are 2 figures.
Card 4/5

8/05V63/0441/0,DI/060/067
Weak-ooupling motion of Beggs pol*v B102/M6
ASSOCIATIONt Fizik6-tekhnioh88kiy institut im. A. F. roff'o
Akad"11: wilik
SSSR (physicotoohnioul Institute imeni A. F. IWO of tbal
koadethy of Scienoes USSR)
BUBMITTE~s Augual 24t 1962
2
Fig. 1. Pole trajeotories for k < 0 and attraotion.
2
FJi. 2. Pole traj, >00 A from k~.O
wtoriea for k rrowl motion to to. N-0114L
linest attraotion, dashed linest repulsion,,'
Fig. I Fig. 2
Card 5/5

5/05 63/044/002/043/065
BIOBYB106
AUTHORS: Azimov, Ya. I Ansellm, A. A.
TITLE: Regge poles and asymptotic behavior of amplitudes in
perturbation theory
PERIODICAL: Zhurnal ekeperimentallnoy i teoreticheskoy
fiziki, v- 44,
no. 21 19639 686-694
TEXT: For the scattering of particles on a Yukawa
potential, a relation-
ship is estriblished between the asymptotic behavior of
the amplitude and
the pooitior. of the Regge poles. In the lovier
approximaticno of
perturbatior theory the asymptotic behavior ia found to
lie asnociated with
the motion cf the polea. HiGher approximationa (beginning
%ith th.e third)
can prove the consistency of perturbation theory with the
existence of
only simple moving poles. The motion of the poles in
relativistic field
theory is studied by considering pion-pion interaction.. A
simple scheme
of Ragge poles, similar to the potential scattering, floes
not agree i~dth
perturbation theory. It is, however, possible that po:.es
accumulate near
negative integral points (V.N. Gribov, I. Ya.
Fomeranchul'-.. Repor. presented
Vard 1/2

S/056/63,'0,14/002/043/065
ReGge poles and asymptotic behavior ... B108/BI86
at the Interzintional Conference on Ilieh-energy Physics,
CERN, Geneva,
July 1962; METF, 4.3, 1556, 1962) or oleo near zero ov~ing
to the existence
of many channels in field theory.
ASSOCIATION: Fiziko-tekhnicheskiy inatitut im. A.F. Ioffe
Akademii nauk
SSSR (Physicotechnical Institute imeni A.F. Ioffe of the
Academy of Sciences U3SR)
SUBMITTED: Auguat 24, 1962
Card 2/2

VJM)V, Ya.l.
Effeot of spin on the position of Pegge poles.
Zhur.ekop.i teor.
fiz, 43 no.6sR321-2324 D 162. (HIRA 16A)
1. FLziko-tekkmicheskiy Inatitut bieni A.F.Ioffe AN
c='R,
(Nuclear ispin)

AZIMOV, Ya.I.; ANSELIM, A.A.; SHM-TER, V.M.
&tion of Rogge poles in the case of weal: coupling. Zhur. oks
i teor. fiz. 44 no.1:361-31,0 Ja 163. 04M 16r5y*
1. Fiziko-tekhnicheskiy institut imeni A.F.Ioffe Ali SSSR.
(Wave mechanics)
RMT-1
L-A L-~J'

.AZ.D4OV,, Ya,,I.; ANSELIM, A.A.
HeIgge poles and, the asymptotic behavior of'
amplitudes in
perturbation theor7. Zhur. ekep. i teor. fiz, 1,4
no.2:
686-694 F 163. (MIRA .16:7)
1. Fiziko-technicheski7 institut Imeni A.F. Ioffe AN
SSSR.

L 176,'el.-63
8,WT(1)/FCC(w)/BDS AFFrC/ASD/1JP(0 -56
s/656/63/N-4/003/041/053
AUTHORs Az~mo,r Ya- I.,
_AnsOkfO.LA- A-l and Shqldj~~ V. I.J.,
TITLSs Anslytir properties of Rogge polo trg.joctories
PLRIODICALt Zhurnal eksporimontallnoy i toklinicheakolr fizlk-i, v .
44, no
1963, 1078-1092
T-1ATs In a nrovious paper (Ref. 11 ZhETF, (in print)!. Pre!-.irint
ITFF No. 102)
the authars invastigatt~d the Rogge pole behavior durint: scattering on
a Yukawn.
Potentiol V(r) -(t9 8-111/r for smaii ol and studied the trajectory of
poles
li(1~1) for changtoo in energies k2 along the real axis f;,^om - f.*?
to *'Co. The
present papor studiev the Rogge pole motions for complex enorgios. It
is found
that tho traJoctoriev have complex (and real) branch points duo to
collisions of
pole psirs. A particular choice of leaves allows one to wr:Lte a
dispersion
relation for an arbitrary trajectory with a certain finite number of
auxiliary
cuts which do not appear as cuts of the-ammlitude. For the case of weak
coupling
the po ,sitions of these points have been determined axpl'icitly while
for stronger
coupling the arrargement of the branch points is described
qualitatively. With
Card 1/2

L 17621-63 3/056/65/044/003/0-41/053
Analytit. properties of Rogge pole.trajoctories
t~ae increase of the aoupling constant they leave the phlrsical sheet,
and,
consequontly, the triijactory can lead to tho appoaranoo of bound
states.
ASSOCIATION11 Fitiko-teldinichaskiy institut im. A. F. loffo Akadomii
nauk SSSR
(PI ysico-rachnical Institute ic. A. P. loffe Df the Aj_y~~
ix__
SUBMITUDs Oetoier 24, 1962
'lard 2/2

a v

AZIMDV, Ya.I.; ATUSMIC111, V.V.; ANSELIM, A.A.;
DANILOV, G.S.; PYATLOV, I.T.
On certain mass formulae in a quartet modoI. IAd. fiz.
2
no.,3:583-584 S 165. (MA 18:9)
1. Flzlko-tekhnicheskiy J.nstitut im. A.F. loffe AN
SSSR.

L.5 3 ~J- _-6 IEWT ( m),1,r/EWA (m) -2
:ACCE:;SION NR: A3?50211W
taVoo56/6!j/o49/OO2/O54q/o5Tl
AUTHOR: Azima
u,Ya I Ansel' A, A. A# GrIboy, V. 11. D~Imqv S. 61 DA V, I
040
T.
TITM* Three-partiole partial amplitudes and the un!'11taxity conditions
for complex
valuos of the angubir momentum
SOURCE: Zhurnal eknperimental*noy i teoreticheakoy ftziki, -if. 49, no.
2, :L965,
549-571
TOPIC TAGS: ka
tticl. attering amplitx1de, inaving pole method,
interaction,_!p
analyticity
ABSTRACT: This iv a, continuation o an earlier paper (ZhRTF Y. 480 1 6,
965)
77 1
dealli),g with the me6hanism of the occurrence of Mandelstan branch
points on the
"uasis; of mW-particle unitarity conditions for complex angular momentum
(J). The
present arricle considera the possibility of continuing the partial
amplitudes for
the transfomitiort of two particles into the domaLn of complex jp and
investigates
their properties for the i3implest types of Feynrnw-i diagrams. A
general method f "c
described firat for unaly-tic continvation of the iu*litudez in j when
the belie'
it
(m) asGumes iliteger %raluen. It it; shown that the concrete: character
of the asymp-
Card 1/2
070/
'jA

L 534o~_6S
ACC93SION NR: AP5021M
0
totic behavior of the amplitudes depends on the valucs of the
pair energieo of -the
produced partic1dis. Mie unitarity conditions for I.-be
aq)litudes are then investil
gated with respeall, to the pair energies. Me exact form of the
three-particle conri
tribution to the imitarity conditions is finally obtadned for
ccimplex j ana for 1~
several simple Fqrmian diagrams, and it is sho-vm -that, the
construction of the wai-
tarity conditions iv equivaent to the calculation of' the
Mndelstam spectral
functions of the COITOsponUng diagrams, Orig. &rt. haoi 19
figures and 48 fo:~-
mulau
ASSOCIATION: nonc
sumaTTED: o4ntb65 ML: 00 SUB CODE: GP,. P
RR REP SOV: 005 OMR: 003

L ~6474F-6!~ J* Li T ~%Ji
7- -;'ACCESSION NFt-.:,
rMin
AUTH~RS: Ya,; 1 Ana 01 v), A.A
jq_
.N A
at ovo
TUL13: Viree-paxticle unitarity condition* for conpl.ex angular
momenta and the Vandelstam boranCh pointl;
SOURCE: Muirnal. eks
perimenta-1 nav, i teark t J skc-%, fj;.- 1~i, -V
no. 6, 1965, 17'76-1706
TOPIC TAGS: modrig pol.omethod, qiuntuim cie(,trodwrar..6cS. i-
Atei
A13STEACT: P, a tiid,~ i.s- magd-co--ox-tilia _c,~iitributicm o-f A 0
X C, I u . V,
to t1m unitarity conditio~n fox tbc_~ Partial vlastic amplitudes
-Y -)Iucs~ of
Th e, unitarity Condittion is ccntinued to jlc.,~.Ude corple, V, -
c momon!-_U111 j_ in such a way that no sinciularities of the
&eu for-Jarge Ite S vcial attc!ntion is paid to
-P
Corti

.1 -64748-65,
ACCES'DSION NR.-- AP50.16572
determining the" u rdt arity condition for the tbreia-pArticle
amplitude
'n 6hrms of. th
I orgy of the paii: o f the pr6duced particles when
is C()MpjeX..L 'Et t- 4rns out that t1m, three-
Particle c-cintribution shotild,
I cont ii in, *a s um not, on 1y over- integer;-valuca, of-t Jon M of
ect
angular micnientum, bu t- alSo o-ver complex valucis This leads to the
appearance of 111mlelstam branch pcints ill the j plane. The connec-
-%U-cm beLloeen tM j[Oj.-j-q -apps-ed in. tli(---
OfL the unitarAty conditi6n pi
:-PrO!3(,-jlt 'artj,Cje,~ with t'he Z-6im-used-in-an eax,,Ii(?r-.r
paper by - V. NT-i;
is ~, or
The pos si-
Gribov e-t- al. (P-epri,jt- L ITEF 1 5; Un '. '31scu.sj;ed,
bility of writing tlown the thrcc-palticle ullitarity, canelition in
tne
fam, of a contoiir intognil with rtn.-,pect. to m is I
considexed. It is
artic'! (ZhETF v. 49, no. 8, 1965) that
proposed to show -~~n a future , -,.0 1.
the three-partiole, amplitudes introdmccd in the present article can.
also be ontirmocl to-complex-j-'.'and the required I- ert-3 es
-aUth0i'S tb*tnl, X.-Y'.' P--'--
The omerancliuk `,~hd K. Tcr-114artirowaifl:
A.
useful discussionti'" L Orig. art. has: 28 formulas and 10 figures.
Card

E
--hP51)14203
ACCES,810H 14R, -38616-JDOl/tDO2/0M0/0054_
URIO
AO gq A-J_*;_Anisovich,__V-._Vaj jitinatmi: Ai A.; Dali1jes r. 4Z
MiOlt; lizir
Dyatlav, 7~'T.
'';'TITLE: ElectroriagTietic meson decilys in the quark mo&i
ISOURCE: Zhurnal. 0:91~erimentallnqy i teon-Aic'heokoy flzikl.
PIs'v,-av redaktsiy~i.
lPrilozheniye, v. 1, no. 2, 1965, 50-54"
~TOPIC TAGS., meson, ;~trangz particle, quark model
ABSTPJ,CT: The hypcithe*ls of-,$U(G)
sy=etry.iii.-strong'interac,tioi,is Leads toa
11arge nu-mber of elationshipB between the varous mat)~ix
elemi~ntil;. In this pRper
r
it is pointed out that the use-.of -SU(6) sy=Oxy and .he quiirk
mi:~del. in studying
clectro-magnetic n; evoil decay5 leads to predictions which may bi~.
experimentally veri-
Hea in the near fitture. It is suggested that- the magnetic moment of
a quark may
be ineiepe "ilent of 1.ho type of intoraction ~Rhich binds quarkt~ In
part icles, a~. should
be tho case in -the non-relativistic model, iqth weakly bound
qlaar);:s. "The authors
are grateful to V. M,. Shekhter for useful consultation." Orig. art.
has: 1
table, 2 formulais.
Co,d 1/2

ACCLSSION NR, AP5011*03
ASSOCIATIO,li: Fiziko.-tekhnicbeskiy institut in. A. F.
loffe (Phyrico echnical
lll~st ~ tilp
rf-)
Card 2/2
t

AZIMOV, Ya.I.; A141SOVICH, V.V.; ANSELIM, A.A.;
DANILOV, G.S.; DYATLOV, I.T.
Possible classification of elementax7 particlets in
the quartet
model. Pis'. v red. Zhur. eksper. i teoret.fiz. 2
no.3:109-113
Ag 165. (MIRA 18:12)
1. Fiziko-tekhnia!7,)8kiy inotitut imeni IOffe M SSSR.
SLIbritted
June 3, 1965.

NRi AP6014827 SOURCE 030DE: UR/-):3'07/65/(01/(Y)6/1.1,217*Fl~~I
AU'.IIOR-. gy Ya. 1.--Azlmov~ Js I.; CrIbovi V, No; Danilo, S. *
Dy,~~Lcy,. 1. T
ORG: Leningrad Physicotechnical Institute Lm. A aM-0)!?ningradskiy
fiziko-
-u
tekhnich tut)
TITU,': Model oJ' the t)lree- 4rLicle unitarystsle :ror complex
moments
SOURCE, Yadernaya fizikap v. lj no. 6, 1965p 1121-11.26
TOPIC TAGSt partiole phyeioe, nuolear model
ABSTRACT: An extension of thr6e-partiole amplitudeis to complex
moments Is oonstruoted on the basis of the non-relativistle
~Skornyalcov - Ter-Martl~eosyan equation desoribing the oontaiet 5r.,
Irrteraetion of three I...entleal partioles (ZhETF) 31 s 775t 19
!The exaot threch-partiole, unitary state Is Written for suoh a
model. Por arbltrary.~ this state oontains additional terms In
whloh the Integration in 0 ,o ipoo-pbysloal
_pprform.-A with,reopeqt t
values of the pa'irin'g eneriiis. The .authors thmk A.
'X.'-Ai.el,,!Mo foruseful
discussionsa~ Orig, arte harst 6 figures and 12 formulas. B!i.sed on
authors'
Eng. abet.] Wfr~51
SUB CODEt 20' / SUBM DATE-1 .20Jan65 / 0PJG REF 1 004

ne. s V
Ny 16,50

A,0/02
PC -2 1-,
A VT olli k. A.
lAnA of ',Iuc zAru~A,Arc of cutaljtic
1. 11 t ~l L :1 -4 3
of pol.;-n-butyl
0" Af-.00rc,lular Ltructurk.
6, 1962,
noycuineniya, v. ', no.
'15 -03~)
X .3te,.!coiso.ioric poli-n-butyl Liethacrylatoo synit:ictized.
n-butyl -'-rified b~ alk"li, rin5cl -,-,tter, d:7i-ad v:ith
-.~O4 ;nrl dilAiliLd ;iud )o1y:.,ierized in toluune, huxano,
dieth.;1 et"aurt
liqui.." 01- tctru~i.,;-.rofuran by :~.eans of' 'jutyl
111LIiii~i,:. Invess tiEazed
~,.-re: (1) o-.)Li(;.).l unisotropy of the ool;.tion- anc. the
phctoola~3t;J.c effect,
(2) dielectric losse:;, dipole :io:;,,ents and nucleitr
,.,,u~rnetic
and t';',U 1.", . 0,),~,ctra. in tolucne 516 -15C)OC -,.i-th
bv.t,~-!A lithium (concentration; and 0-0~)4-0-005
;,iole/iiter) prouwced
a molecular -.-Ei,"::It of 6*1iD at 9~;,,) diepth of The
ri,uleculur
Card 1/3

0
26
tn E~ . . .
~`i of Sincu thc., r-tio of the rate
c o n s t_n t s i -_ t en t _;::,.e for butyl .-.L-th"c., ...
L..tle t',,Ln for :-c-zhYl
;:1 t ha,7 r., 1 a i or !.)0 1 t! c u 1 ur ::c:ii~hts ivere
obtained. Th, ,,ol,.;iier formt!d
s -:a--i ly sepurz.Acd as i I inc t,.tu. The pclyme.,s obtained
in tol c;nc, ;wxanc i.~,nd dic-th,!! cth~_-r have ;trucbure and
differ
fron t"Ie obtaine.- by moano of LJI Lnd (-zod.J.ul m;Phthalene,
ana' liquid und tctrnhydrofuran. The nulet~r iza,-;nctic
rei;omance
Spect'ru iz-ot--ctic structure for the first pol,;zLers, und
syndiotuctic
for tll.e Yor the firc t j.-oup, ',)c- twcn 1 900-60C CI-1- 1 ,
fewer
a
0 ption baids in the lit spectra. The
sor, -.ritrification tc~iiperAue of
the fir-t wns -15 to -1,100, th-t of the siDcond one 30-330C
r For the
first ,croup, the opticL~I anisotropy u = -2, for the second -
- -1-11.
Densiticz dif-F'orcd, only :,li,~htly (1.06-1-07).
7 The ::-.c:ch..nis;:i of isotactic
and syndiotaclkic .13,'':., fo_,:r,~.tion api)ears to be
s,:Lmilar to of polymcthyl
m(th-crylatc. There is I t.,ble.
Z)OCIATION: institut vyp)ko;-,o1ukulyarnyIh
(I-,.:,titi,te (if Iii-Ii :,:olecuiar Cot_,,)o,.ind~3 A6 U~i6R)
Curd 2/3

,,/ ', ,-~ - 12 16, " 1%d-,,,-61 307/C 26
VP) I
jyllthe3i.' i.Vt'~~ti,,,Aian of the . . . B I lullB I -i a
SU'.3 I-L'TI-D : April 6, 1~,-61
C-Eird 517

KOROTKCV, A,,A.;_.IZI!-LOV, Z.A.; MITSEIZENDUM, S.P.
I h
Butyllithium-catalyzed pol3merization of -:) enyl
methacrylate.
Vysokom. soed. 7 no.8:1326-1331 Ag 165. (Ml*.RA 18:9)
1. ~:nstitut vrysokomolakulytirnykli soy-edinoniy AN SSSR.

AZIMOV, Z.A.; KOROTKOV, A.A.; WTSENGENDUM, 3.P.
v
avinetics and mechanism of n-butyl methacrylate
polymerization
under conditions of siotactic polymer formation.
Vysokom.soed.
5 rio-8ill44-1151 Ag 163. (MIRA 160)
1. Institut vysokomolekulyarnvkh soyedinenijv AN SSSR.
(~bthacrylic acid) (Polymerization)

AZIMOV, Z.A.; KOROTKOV, A.A.; MSENGENDLER, S).P.
Kinetics and the mechanism of polymerization of
tert-butyl
methaerylate with n-butyllithium. Izv.AN S'ISSR.
Ser.khim. no.1-
55-61 Ja 164. (MIRA MO
1. Institut vysokomolekulyarnykh soyedinemly AN SSSR.

X
L 630:L5-L-5,~ A~z
/wm
AGO= 14 SRI AP!bl;'058 tU[jlolgo/65/0(;r//OD5/08,&3/1)346
(>(.i4-095.264+6r"'860li53+678,,47";
'W
AUTHCOS; -kzizov,, Z. As;, Kitnergtardlarj S. P. 1-gr
A~ p
TlTll~. rmta3ytic polynaritation of -tort. butyL.mathata7late-and
-the structure of
tho r0aultant poly4mers
1 SOURCE. Vy:sokozoliekitly-ariiv7o-'zioy-aaineniya
vo 7;p no* !;t 1065p 843
1--l-TOPI-0 TAGMit po3~rrwar!Lzation,- resin, moth-acrylatep
polymierio struotum
ABSTFACT: The ptwpoue of tho investigation was to det.Eirmine the
eff,Dct of 0,11a-in-
i brancihirug, of the ~l rpdionlllof the estor group bi iaio
alky1mel4ac:71ates durl
jL11g,
cat-slytic polvmerJ4,znlAon;-nthd structure (~f the rmOiing pAymor.
PolyzerJza- 1~
tion of tort. butylmitha-crylate (A) was cw7ried out wider tim
conditLons leadim 1
actic and ziyndiotaotic polymami rospacti,irely.
to the formation of isott Th:~ expari I
nent-~~l procedwe vas that of Z, A. A-zimov, A. A. Horo,~kov, and 8,,
P. Mitsengendlor
(Izv, :U SSSR, norlypt khimich.; 1964, '55). Tha I-c-I)mm-B obtainod
wiw.:-e charautex-
imod In torms oli opt-loal aninotropy of z3olutlom, P11vtoolastic
erflDot in fj-wf
dialiiclbr-ic los8. dip-,lo momments, and dox-mi-ty. of A a-b -5C4,'
bi
ttocl-uorz-q A-n tho pril~"no'o of b&,yllltMtLn y,jojuhi stri
4-nev:&-otit, ru~-lyww, uharans
Cnd
ME

7, 630,56-65
M.XISSION IM: -050]1.3058
io :naplthulbiate' o-r'
F4
liqwid a=--onln iii the prose"noo of 9tallio lithium y4'Ailds a syndiotaotic
polyzer.
X-rE~v analysis ahowiid that the polymors were arnornhou--. it is concluded
thnt the
atructura of %hri alkyl radical;3 of tho ~z3tor ~;roul-,S -11 W-g5 ",a3
no uffeer, on i~he dixaction of poly-morIzEition, The oiq)erL-..Dntal rosadts
for tho
fo=.at-on of tho isotactic pol~nar confirm the hypotiieDia of 0,3.H. Bawn
B.nd A*
Ledlilt:lp (Qum7t, Rous, 16., 361~ 1962), It is 'suggoa*,pd that tho
~A,-nothyl poup
isotactie-- Do.'Lymoro. Oril;.-axt.-bus.-
table, 1 graph, jind 1 Mu!rL-ation.
soyad4nEatty AN SM lbuttitute lar-
-IMIltlinj v
Riah Molacular Goncoundn JAN SSSR)
SUMITTED 2 1101,.~.64 ENCL, 00 SUB CODE: OC) C-Co
110 JEF SM 031.0 OTIOR C04
I-C rd 2
. ..........

ALMV, V.S.; AZIMOVA, D.A.; KAS1310VA, N.P.,
KYAZIMOV, Sh.K.
Obtaining lou--mole~-ilar organic acids by direct
oxidation of
propy.*Len..L, in the f luidizc-d bed of
vanadluD-mol.,bdenum eatAlyst.
Azert. neft. khoz. 41 no.~2-,~33-35 D r62. WRA 16:7)
(A-.Ids, Organi~.-) (Propentk) (Oxidation)

% AZWVA, G.-.;--YLBLOKOV, S. (g.lyanovo); MAGIDOV, Ya.
Letters to the editors Obahcheotv, pit. no#9:49 S 161,
(MIRA 14:3-1)
1. Nachallnik otdala obahchestvennogo pitaniya Upravleniya
torgov3.i Naluzhokogo OWAapolkoma (for Azimova).
(Restauis,049*mchrooms, eto.) ii
I

LARINA, V.A.; STROGOV, A.3.; GAIAGANOVA, A.S.;
KkSNTANOVA, A.Z.;
AZINOVA, G.A.
Coals of the Kempendyay deposit., th(bir composition
and properties.
Izv. Fiz.-khim. nauch.-issl. inst. :Irk. im. 5
no.1:6-12 161.
(MIRA 16 18)
(Vilyuy Basin-Coal-Analyids)

8(0) S OV I 112 - 5 8 - 3 - 3 5- 9 1
Translation from: Referativnyy zhurnal. Elektrotekhnika, 1958,
Nr 3, p 7 (USSR)
AUTHOR: Azixnova, K.. F.
TITLE. Computation of the Magnetic-Field Strength Produced by
an Air-Gal)
Electromagnet (Raschet napryazhennosti magnitnogo. polya,
sozdavayernogo
elektromagnitom s razomknutyrn serdechnikorn)
PERIODICAL! Tr. Leningr. voyen.-mekhan. in-ta, 1956, Nr 5, pp
59-67
ABSTRACT: A well-known method is described for mapping a
magnetic-field
pattern, afisuming the core surface equipotential (a weak
saturation Of the
core). Malinovskiy's approximate formula is used for computing
tubes of
reluctance Formulae are derived for the components of the
magnetic intensity
of a magnetic dipole that is referred to as a "tichematic
magnet. "
V.A.G.
Card 111

BLAZHKIN, A.T., doktor tekhn. nauk. prof.;
BMPEIRSKIY, V.A.,
doktor tekhn. nauk~ prof.2-_AZIMQVA,, K,F., kand.
tekhn.
nauk, dots.; LANSKOV, V.D.v i~,nd.teklin --hauk,
dots.;
FILBRIKANT, Ye.A.., kand. tekhn. nauk, dote.;
GULIDIN,
Yu.V., inzh.. MEYERSON, I.G., dots.. Icand. tekhn.
nauk, dots.,
rctsenzent.. FAOLOV, B.K.,,.red. . z I'll I I
[General electrical engineering] Obshchaia
olektrotekhnika.
Mciskval Energiia, 1964. 655 P. (MIRA 17t12)
1. Prepodavatell Leningradskogo moklumichaskogo
instituta
(for Blazlikin, Besekerskiy, Azimova, Lanskov,
Fabrikant,
GiJIdin).

USSR/Culti'vated Plants - Oraino6 M-2
Abs Jour Ref Zhur - Biol., No 7, 1956, 29718
Author Petrov, A.P., Azimova, N.G.
Inst Kazan Pedagogical Institute&
Title The Effect of Soil Te*erature an Seed Germine4tion and
the Appearance of Shoots in Corn,
Orig Pub Tr. Kazansk. fil AN SSSR, Ser. biol. no) 1956 (1957),
VYPO 4, 103-107-
Abstract The experiments were mde under laboratory conditions at
the Biological Station of Kazan Pedagogical Institute.
Corn seeds of the Kazanskaya 108 variety Kere germinated
with a twenty-four teMerature variation ranginG from 10
to 140 for 7 days, from 8 to 3-1.50 for 11 days and from
7 to 100 for 14 days around the clock. Full germination
of the seeds of this variety required a sum of mean daily
Card 1/2

AZIN, L. A.
"Storage of Seei Grain and Improvement in Its (ziality in Sverd-
lovskaya Oblast." Cand Tech Sci) Moscow Technological Inst of
the Food Industry, Moscow) 1953- (RZhBiol, No h, Oct 5h)
Sw-vey on Scientific and Technical Dissertations Defended at USSR
Higher 'Educational Institutions (10)
Sost Sum. No. h81., 5 May 55

min
--USSR-- /-Cult iva t ed-P1 ant_s~__Gria in -3. - M-2
Abs Jour:: Ref Zhur-Biol.o No 6, 1958, 24946
Author -z_AKLnL_L. A.
Inst Not g1v"r-
Title The Drying Method of Improving Seed Grain in
Sverdlovskaya Oblast'
Orig Pub:: V sb.: Biokhimiya zerna. 3. M., AN SSSR, 1956, 97-
107
Abstract: Tests were made in 1949-1951 at the "Istok" kolkboz
in Aramillskly Rayon of S,ierdlovskaya Oblast' with
variety grain of summer wheat, winter rye, oats
and barley in the presence of natural original mois-
ture. The variation having two-stage drying with
the temperature of the heat conducting body at 60-
65 and 65-700 proved best. When summer wheat seedis
were dried which had an initial moisture of 28.7%,
Card 1/2
16
k L8

AZIN, L.Ao, Imad. tokhn. muk; KOPYTIKO, DOBRYNIN, L.Te.
grain by separate stages in Snrdlovok Frovinos. Zemelfl-
delie 6 no.6t5-10 Je 158. (MIRA 11W
(S7erdlovsk Provinoo-Gmin-Harve sting)

AZIN, L.A... kand. tekhn. nauk
Mechanical ventilation of seeds. Zemledelie 25 no.8:70-73 Ag
163.
(MIRA 16:10)
1. Urallskiy nauchno-issledovatellakly institut sel'skogo
khozyaystva.
(Sverdlovsk Province-Grain Storage)

AZIN It,4, kand.tekhn.nauk
MecYAnical ventilation of seed before sowing.
Zemledelie 27
no.4.*43-45 Ap "'~5. (MTRA '48-34)
1. Urallakly nauchno-i,,i.,,,It~dclvatellskiy ImitiWt
sellakogro klio:.Iyay-
stva.

L 429'W-66 EWT(1 VE C
ACC NRt AP6030175 S0VRCF CODE: IIR/0237/66/000/008/0001/0004
AunIOR: Azin V. A.; Vanyukov, M. P.; Isayenko, V. I.;
Serebryakov, V. A.;
Shol:okh
ov,
ORG: none
TITLE: An Nd-Slasn laser with a smooth displacement of the
spectral emission band
SOURCE: Optiko-makhanicheskaya promyshlennost', no. 8, 1966, 1-4
TOPIC TAGS: solid state laser, neadymium laser,,glass laser,
laser output, laser
efficiency
ABSTRACT: Piecewlse continuous narrowing of the enission spectrum
of a Q-switched
Nd-glass laser at 0.2-0.3 nm was achieved experimentally without
appreciable loss of
efficiency by inserting the Fabry-Perot etalon in ide the
resonant cavity. The ex,
perimental setup Ls shown in Fig. 1. Ilie KQSS 7
godymium-glass1'rod used was 240 mm
long and 15 mm, in diameter. A rotating prism (30 x 104 rpm)
Q-switch and a 1-m
resonator produced a 3-j single pulse with a duration of '~,40
nanosec. The spectral
separation was achieved by means of an F-P etalon whose mirrors
were 95% reflective.
Another F-P etalon with 40% reflectivity and inclined at an angle
* to the resonator
axis was used as a spectral selector. The output mirror was
either an V-P etalon with
non-coated quartz plates (13% reflective) or a dielectric mirror.
The variation of
the spectral emission band and energy of a single-pulse laser as
a function of 0 were
.1/3 UDC; 621.378.325

L 42940-66
ACC t4k, AP6030175
Fig. 1. Experimental setup
1 Neodymium glass rod; 2 - prism;
3 F-P etalon with reflection coefficient
R 40Z; 4 - F-P etalon without reflective
coating (in some experiment.-I a dielectric
!mirror (R - IM was substituted); 5 -
spectral separator F-P etalon with P. - 95%;
-6 - objective; 7 - camera; 8 - dull plate
to oscillograpi and neutral filters; 9, 10 - light separati
platei3; 11 - calorimeter; 12 - photocell.
shown graphically. Emission spectra of a single laser pulse for
various ~ (120',
240', and 300') and the smooth displacement of the emission
band in the free genera-
tion.mode are shown. The experimental.data indicate the
following: 1) spectral
narrowing to 0.2-0.3 nm occurred without a loss in the single
pulse laser efficiency
when anF-P etalon with uncoated plates was used as an output
mirror; 2) simultaneous
use of two etalons makes it possible to narrow the emission
spectrum of a single -
pulse laser down to 0.01 nm; 3) use ofan F-P etalon with coated
plates inside the
resonant cavity ensures smooth displacement of the spectral
band within the 5-7 nm
Card
2 1 U, a L a1 L L- L ~ -r--3 tL 1 L t

LIM Lim=ldu~' m ctf-la
ACC NR- AP6030175
range for both free and Q-switched generation; 4) when the spectral band is
dis-
placed, the energy of a single pulse laser goes through several naxima which
are
spaced by a distance AX equal to the resonator constant. orig. art. hast 5
figures.
(YK)
SUB CODE: 20/ SUBM DATE: 08Jan66/ olzic REr: 001/ OTH REF: 0041 ATD pRySs.
5069
Cord 3/3 MLP

AZDYA I Ito A,
Azina 14. A.T "5240 cases of perforating ulcers of tho fitomach and
nwa, rudy ospit. khirurg, klinilcL (Swrcn. gov. med.
Un_t) ) VOL IV, 19h3s P. 3-17-38
SO: U-3850., 16 June 53, (Letopis 'Zhumal Inykh Statey,, No* 5) 1949)

r I TITO ifA
~,.Uv_j P, J1.
Azina 14. A. "5316 casea of acute apondicitis,"
Trudy Oospit,
1, iniki (Sverdl. gos. med. un-4)j Vol. IV) 1948P
p. 139-6.1
L
Sol U-3850., 16 June 53 (Letopis zhurnal 'nY1h
Staten, No. 5, 1949)

I-EiA
IV, , ii. k.
Azina, M. A.0 111299 cases of aaute ilitestirml
impassabi-Ilty," Trudy Gospit.
khl.rurg. kliniki (5verdl. gos. med. =-t),, VOL. Ws 1948,
P- 170-861
SOL U-3850i 15 June 53, (I-etopis 'ZhuTal Inykh Statey, No.
5, 3.9hg)

I ~ IN
A~, V1, 1:. 41.
A-,imi, 1-1. ". "K.Atcrial on the ev-jlii;AA,)n of
resection of the
stomach in ulcerous dise..,ise.ll Sverdlovsk St-Ae
Medic;il
1!-L-,t. Sverdlovsk, 1956. (Dissert"tio-n for the
Degrae of
Doctor in 116dical Sclence)
SO: KnizYma-va letopisl, No. 27, 1956, I-loscow.
Pages 94-10.-,?; M.

AMI, M.Ae, dots.
Protein metabolism at remote periods after gastrectozy for
peptic
ulcere' Sove'med. 22 no,7:58-61 J1 158 (MIRA LIM)
Is Iz knfedry fakul'tatekoy khirurgii (zav. prof. V*F.
Nolosovskaya)
Svardlovskogo meditsinakogo instituta (dire prof, A.T.
Zverev).
(GASTBUTORY, in various dis.
peptic ulcer, remote poatop-. protein meteb. determ. (Rua))
(PRMBINS, metab.
eff. of gastrectomy in papetic uIcer, remote postop.
determ. (Rus))

(Iota.
Problem of work CADACitY in remote periods after
gastrector'7 in
peptic ulcer; Sove-med*' 22 no.11:15-20 3158 (VIRA 11M)
1. In kafedry fakulltatakoy khirurgii (zov. - prof. V.F,'
Kolosovskaya
SvRrdlovakogo rieditsinskogo institute (diro' - prof.
A.F. Zverev).
(GASTRECTOMY. in various dis.
peptic ulcer, remote postep. work eapscity (Run))
(WORK
capacity after gnstrectotW in peptic ulcer (Rus))

AZIRL,, 14.L.,-.-dot sent
Raim.m9nee of ulcer following resection of the stamch.
IhIrmr-
g1la J$ no.12t58-60 D 159.. OGRA 13t6)
1. Iz kafedry fakulitetakoy khirurgil (zajr. - prof. V.P.
Kolo-
soirakaya) Srardlovokogo maditainskogo instituta.
(GASTIMOTONT compTications)

AZINA, Mariya Alskeemdroynaf or DDC%V Of MOdi*01
SCielftess- on the basis
of ~W dissertation def ended 26. Sepit's, l9t8 In Av
Council of Sverdlovok
rL.
State Medizal- InstlAi6e, entitleds "Derta IJAa
Eveaustion of Vv# Re-veotion
uLo-,w ,
of,-ftv=Wkemek in -an (YJlViSSO IlSsRt 2-61-t 19)
7,q
IW

I It M.- I
AZINAj M.A., doktor med.nauk
late lamdto of surgery for peptic uloer in childhood and
adolescence. Xhirurgiia no.1006-100 161. (MIRA 3.4810)
L Iz kafedry fakulltetskoy khirurgii. (zav. - prof. V.P. Kolo-
aovskaya) S'verdlc-skogo meditsinsko o instituta,
(PEPTIC ULCER5

AZINA, M.A., dotsent
Hypoglycemia in a complex of symptoms of peptic
ulcer
following gastrectomy. Sov. Had. 26 no.9135-1.0 S
162.
(MIRA 17:4)
1. Iz kafedry fakulltetskoy khirurgii (zav. -
prof. V.F.
Kolosovaskaya) Sverdlovskogo meditsinskogo
institnta (dir.
prof. A.F. Zverev).

r
lop
11066t* of Obt WIN Is in OW Ispift 0011*4 ftchisiled
Armsov M04.Al 1'.h.
Labs. Aced. &I. vkr. A.S.R., Kkv). z4f1r. Fs
:11 _31 195o).-Givel niapke conts. 0.1 0 OK 0 042 and
fl,109t C eve kept ist 1M. arA tbra ~ti;;~ ;)a~ ;"Iy
to fat" temp. or ruplolly by bussersim in a 10% N&Oll
.Am, The beat -treat "I Inniples wvm thm dissol"A onodl-
"lly ellbC1 in ft N KCI well. with 0.8% dific acid or (it
01 N
114-1 ad".. at a VA. Cie 1"t as A 0.03 amp-tqq~ cuu. Ioc MA
.," j; b".. at about 0*. and the andissoved carbide was
~T.ped Ce the sairfate and" walff. allowed to settle.
dfiti.andesansdAniii-ravdiffraction. T1bramt,OtCAfMdt
capectird dermiles, Willi the amt. of C in the aterl.
Ptapidly
reowl .MPICI give k"M cublde then ANCIF M"L NO
rMtMq wall cillected Itt"11 steel with fl-Q.,% C. Rapkily
0 C steel, heated up 694111111 to 7W* aad kept a I
91 .01
tbd temp. i2 2 bn.. sad them a ~ I I slowly. P
'I c""hk as slowly co* G,OQ% C
X-ft!f of slowtP a 0.114 C.
OM my,
typical sharp I to of Ffte: tbnjr Wits W, e sonisthat ",
difrulied in the caftilde mlvctell fMmea&jy ivokd steel
of the is -app. Marp Wits of Fec vieti obtsbad
W, wAntw6lds hvcu slowly vooled O.on wild ili~oa% C
VIM* the" lines WM faint Witt! dillow to rapildly took
~,0-1-042% C steel. Tba FftC Wilis an accompaslild by lines
of PrA &nil PtA. The raAjkM phaft of slowly cookil
61M With 0.1-0.(42% C tvagwis of relatively fille ceystals
with a small amt. o(coarser gralas. Tbepv (T of highly
disperiled CrIlstsb in carbide fnim fkpidly cooled sled
indi-
cates that thty we Foi-med durfalt the cooling. Tbeabacom
of mi-, "a on the U."s of mvildly cooled O.OU% C steel
s:uI In slowly CoJed samples ittillimles that
a 41, o '"":f 'It or VJUMA an C is In "A".
, stallites, kirtis at Nisbet ttesps.. b&" tisat to
i~ ane In
'U'r
slow coolins. On ullpid coaling. not all the C
I= to ep . Bad part of It remalas In superiald. wk.
From the Out iii~t so carbide M, collactd fm. . 0.02% C
st"I. it b lwwml that. Mighly, 0.02% C can rm4m In
IMA11. M. TIM

SW~ of 11to eatbMis twm#d lis levilkim"
docittalogdo
or imiswitisilit. H. M. P. kburov (meal
PhYS. !Ab.. AMAMY KkV
11. Zky". DO.
Fit. I %Cw"vkept
20 milm. *11 111111" and u"v them trufW"virld
Rw 3 hm. No
balM kept M W, (010. 801), 04), 410. .170.
34it. $10, mid
2'-0*' Ohio ctlow In air, clebed. Val attaArked
antillkally in
A N K11 the coirwe tbus calwied (Cf. pw"ltq
absti.1
Was Irsamd. by Ot4ay slitractim. All urn*s,
itr.pqwv flit
't ibir temp, of the dwmpn, of the musteritte.
showed tfir
h
" Urm of the enhwhomble- lattkit. cif ementhe.
IMir
Imme
fre.C cliliketed from analcultit ticcon pd. at
W)* and higher
musivis of cMialtites not snimiller than 10-6
cm. Judge
by the broadming cl the Interfumv Ones of FrvC
rotio
at he knit at WD* and below. the crystallites
are unalkm
t= 10-- ,, aad th, d*.,gty Inmissm with
deavasing
temp. of the decoo pa. The dhommims of the rftC
crystab
Ar* sona0w In the IMI) than I" the othet
directions. Itcam,
111101140M bit 4~1111614 that at IOWT?
SICCUNIP111. 11MI14.
the reC crystals tep. in the tam at fitates
pamIM to tble.
10011 faft. Fftc CM18111tra firom dec"m at 340*
have.
an riltd. Q" of a few at. 119- In the
10CF115"Illin. cod 41
trwhunderdsclat,laym. tle(0101a (IMIditm-tions.
Pr,C Inwn dlevi, pd. austalle have appez. The
matut tire sli
PP.C front steel qurviched Irm mi W-40' MOW lem
l
N. ~h.

AZIYA. i..P. (Odessa).
AtlementE. of practical application in lessons of mathematics.
Mat.v shkols, no.1:54-57 Ja-F 154. (MLRA 7:1)
(4thematice-Study and teaching)
,:_i '2

AZIXA, A.P.
------ ...-
Discussion of I.L. Kerzner and V.A. Pakhomova's
article
"Deterrd.ning the percentage of filling content of
candy."
Meb,i kondsprom, 6 no.6:46 is 162. (MIRA 15:7)
(Confectionery)
(Keramr, I,L.) (Pakhomova., V.A.)
I

takhn. nauk
Fat determination in "Irls" candy and other milk-cont inil
Miareprom. no.2:60-61 AP-Je 162. M, I
PPDducts. RA 1 29)
(Confectionery-Testing)

, , I ~
v , .
I,iK i )N A I, ) - . ; .
17,81'al ;i I. i orl (T vol.-~.,. i k,.,. - -.-, ,,I i I
racliort -~c I-,! orli tri I c
niblx~r In ritV,-,-r oj-- r, . -I rw- .~3 . n!,. '
ol (-". (1, 1.~ -i A I ".. ", )
q
.1. Circrimirg,.My Zavoil lvdc~ll-ye

V01,11,-KOVIcif, ,3.1., akadormik; AZIYEV, R.G.
Thermal dissociation of calcium phosphate in a mixture with
silica.
Dokl. All SSSR 162 no.6.-1310-1313 Je 165. (HaRA 18:7)
1. Moskovskiy gosuda-.stvennyy universitat.

C11FRUSSHY, KCITUNETKO, V.F.; BIJEARINA, T.D.; ~'ririirAli uchasliy-2:
MEIVA, N.K.; LOBROCHINSKAYA, I.B.; AZIYAS!jVILlAIL..A-..,
Improved methodology of chromatographic dotermination of (t"-hnxa--
chlorocyclohexane in activated creolin and oil, Biul. Glav. bot.
sada no.54:94-101 164. (MIRA 17:11)
1. Glavnyy botanicheskiy sad AN SSSR.

TSITSINS N.V.p akadomik; CHEMASSKIYO YO-S-; DUSHCHIKs
ToR,; SHHLLIKOp V,F.;
LYUDOVA, G.L,; KILIIWX,, Ye.Ye.; MINA VA, A.B.;
PrInImall
uchastiyes AMASHVILI L.N.- AVIONOVA, I.I.- VOLKOVAS
A.A.2-
DCBROCHIMIYUS~~- ~-MHICHENKOR
O.N.j, i&RUIOVA, N.P.
Now data on the control of cabbv4,,e flion
(GhortDp?,dla brassicae
Boucbi and Chortophila floralis Fall.). Dokl.AV S.Wm U4
no*2:,'+F,,1-1+60 Vv 162. (MIM 15:5)
1, Glavnyy botanicheskiy sad AN SSSR,
Opytno-polmzatellnyy
sovkhoz im. Mossoveta i Sovkhoz im. A.M.Gorikogo,
(Gabbage-Diseasas and pesta)

ACCESSION NR: AP4042342 13/0138/64/000/0(n'/0051/0052
AUTHOR: Rakhman. M. Z.,,Azlyev, A. S.
TITLE: Preparation of NBR-based compounds in rubber mixers
SOURCE: Kauchuk I rezina, no. 7, 1964, 51-52
-it, I'AGS: Synthetic rubber, acryloattrile butadiene rubber,
rubber compounding,
mixing roll proceso, rubber mixer process, rubber mixer RS-45,
rubber mixer RS-140,
compounding process efficiency
A13STRACT: The authors analyze the inefficiencies of the process
presently used to
compound NBR-based mixtures (Defo harciness 1600-3000 g) on 60"
mixing rolls (hard
mixture 28-39 kg, inedium and soft mixture 50-60 kg, blending
period 35-40 min.), and
report experiments with various mixturos. They recommend tho use
of rubber mixtures,
RS-45 (100 kw, 32.5-28.7 rpm) and RS-140 (250 k-%v, 20.0-17.3
rpm) in tandem with 6011
(715kw) and 84" (1581cw) rolls, respectively, for blending rigid
(RS-45) and medium or soft
(RS-140) batches. 'rho recommended process increases efficiency
by 260 - 300%. Orig.
1/2
r C04

ME I
ACCESSION NR: AP4042342
art. has: 2tablus.
ASSOCIATION: Orenburgaldy zavod rezino-tekhnicheskikh lzdeliy (Cir.enburg
Plant for
Technical Rubber Parts)
SUBMITTED: 00 ENCL.- 06
SUB CODE: MT NO REP SOV: 002. OTHER: 000
212
cw'~

PROKUDINA, F.V., kand.se1',skokhosyaystyennykh nauk;
AZIEV, K.G., kandt-
ael'skokhoz.vaystvann.vkh nauk
Controlling wireworma in corn fields. Zashch. ramt. ot
vred. i
bol. 7 no.3s28-29 Mr '62, (MIRA 1511l)
1. Sibirskiy nauchno-issladovatellakiy Institut
sal'skogo
kbozy4stva. (Omsk Province-Corn (Idaize)-Diseases and
rests)
(Omsk Province-Wireworms)

t
II! I'DJO, I'll i*s I,? w 4,
00 OW 1 4 1? j ;ip- P
W-r-0--k-A
0 MINI -00
-00

The pr6d* petrological features of the north-"Marn
uirbaldgms). P A
w1sot causiax"

t
ra= Abu. ". Sri. M S., Ser. Ila. I

l

walwC19WAnif
jou
W=Wmvd= Chem. data 04 dk# &V.

ge

po. of jurs~ic and L*wcr Turou4n
-Bu%ive suaterials
~

T, of granitokis and their deiivs. rbe specific charac-
hi
i
I
h

Y.
c
m
II t
tersoftbeintrusimandeffits
epetrultap
f KaO
h
b
l

ui
uance o
Inct under consideration am T
e pre
d
t th
t
M
I
i
i
O
.09

coo.
nte
ou
a
over
t
s po
over K&O and CA
O.
benomew Multed in the formation of bounfe][4
t
t
logo

,
ac
p
imn-ore dejvWts and skarns. Illytituthernsal prorews

connected
wM post-cnin"isIng In-truskma cauml the
1l
l
C
i

w
tt, pe4yineta
u
te.
forTnatko of secondary quak
v, pyr
l
b
it
h
lil
l
l

03

e atu
ar
un
It,
coWt and hematite om, a
te. pyri-p
y
coo

calcite veins. J.S JAC

11, 1 L A "TAULOGICAL LITURATURE CLASUFACATION
,V0",
0 AV 143 11
b ti i or it it Ot or
'19 0 0 ~-;O
*0 : :-, : ",
a 04, 00 0 S.L"
Oslo
boll
tz~.O. Well
-ilw-
I. %taw
17.!-AAL 19 FWO 0 11lit NO
I ONO
Is 4-0 a 0 0 0 & 6 0 0 0 0 0 0 0 0 W
: 0-61-0 0- 0 0 0000 0 0 0 0 0 0 0 CA
-

AZ
5 t cf -'Ike fc:n'Ll t n gr A t
BYo',l the, Meirl-Ordubad AN
Azor-b. SSR, g(!
al.--geog. ns--,k
.39 164.
OGRA !8g6)

AZIZBEKOV) R.Sha
Petrochemical characgeristics of dike fox=tions of the
adamlLits
intrusive vf the liegri-Ordubid batolith, Izv. AN
Azerb.SSR.Sar.
geol.-g-sog4nauke i rAfti no.3:33-40 163o (YXIA 16:11)
. - I.. ~,L~ .~!: ~. -- I . I

del
The fma&sommuld sology mad patrwapby
6f %0 Ot&bad* C= 11.10dilth
A. Atisbekov and R. N. Abdul
S
b. 'It. A 44.
Grol. 1047. No. 6. W67.-A dr.
K-Filition of the Intrusive anti the etwictsiag rock of the
(Ndubs4k Intrusive, la*d um tl&tA obtained In 114.5
11046 as a result of grologic-littrographic vtork dotic in the
southwest patt of the Kcnijuro-ALingruk range. The
hatusive cocks &Kfibed thOw 3 dificrent p1wes of tic.
tivity: the earlier-tortalitic. inlemmliate -mmsonitic.
and Thrtv lablm give chvin.
anAlma of three difirmit PILtum of rock. Cp S. M.6cy

ol' the Korv-ur-Allr,n~7(--n intrusivc:,", e r", ri..
12
h -15, (hosu: e in A zzerbn ijani)
So: U-71261, 10 Am-il (Letonis 'ZhurnnI Iny'kh ll-o.

See: 'PILSHALY, N. V.
Azizbt~kuv, Sh. A. and Pashaly, 14. V. -
tlf,kamis of 'zlie routh-
western portion of th.- Rongur-Alangcz
intrusion", Dolklady
(Akad. naul- Azerl)Qydz':i. SSH), 19149, No. 3,
P. 108-11, ~Hes-
ume in Az?.rb;;ij1.aniI'I.
SO: IJI-V30, 16 Sept. 53, (Letopis tZhurnal
Inykji Statey, No.
23, 19LO).

-n,-.,uk .-,xrlzydzh. SSR,)',
oz
,yurr, rn
o ry "o I n

2~ '70 A'.Ilfl,,:!'~,'~-,'.,:Q'.,', A. I)OtroUrafiya
3~---7)Dnt.!nJ.tov
~~331 Do'-:La-"v (X~a-. naul: A-~!rbak-izi-.. 3j:~)
na -,-a.7. I-Ilibli 0
SO: DACTs, "o- 32, 1916,-