SCIENTIFIC ABSTRACT MUSAYEV, M. R. - MUSAYEVA, E. B.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001135710020-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 14, 2001
• Sequence Number: 20
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

MUSAYEVI M.R.; GUKASOVA, G.A.
Study of the conversion of mono- and ditertiary wylbenzer4a
under conditions of catalytic cracking taking the hydrogen
redistribution into account. Azerb.khim.zhur. no.2:55-58 162.
(MRA 16:3)
(Benzene) (Cracking process) (Hydrogen)

MAMDALITEV, Tu.G. Ide4eased]: MUSAYEV, W.
Oxidation of isoamylones by atmospheric C(Qrgen. Azerb.kJdz.zhw.
no.5:29-40 162. (KRA 16-5)
(Butene) (Ovgen)

MAMEDOV, F.A.; MUSAYEV, M.R.; ISMAILZADEp I.G.
Raman spectra of monoamylcyolohexane isomers. Azerb.
khim. zhur. no.2:71-74 163. (MIRA 16:8)

WSATV, M.R.; VELIYEV, Sh.V.; KOSYKHIN, A.S.; MEKHTIYEV, S.D.
---- -.-
Composition of pentenes obtain6d in the dehydration of ax$l
alcohols an aluminum oxide. Aserb.khIA.zhur. no.6:29-36 163.
(MM 17:3)

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over A: 20 1. A zerb. zY.1- , no. @ -,(?@ @., IN.- P7pl -25.m

MUSAYEV, R.M.; CHERNIKIN, V.I.
Formation of hydrates in liquefied hydrocarbon gases. Gaz.prom. 1.0
no.5:36-40 165. (KIRA l8t6)

MUSAYEV, M.R.; MEKHTIYEV, S.D.
Isomerization of cyclohexene to methyleyclopentenes during *.?@e
dehydration of cyclohexanol on aluminum oxide. Dokl. An Awrb.
SSR 20 no.5:11-14 164. (MIRA 17:8)
1. Institut neftekhiinicheskikh protsessov AN AzSSR imeni
Yu.G.Ma.medaliyeva.

MUSAYEV, M.R.; KLYCHKOVA, S.N.; WKHTIYEV, S.D.
Dehydration of saturated aldohols on aluminum oxide. Dokl.
AN Azerb. SSR 20 no.8:27-29 164. (KRA 17:12)
1. Institut neftekhimicheskikh protsessov A14 AzerSSR im.
Yu.G. Mamedaliyeva.

MUSAYEV, N.B.
Treatment of er,-,.f.- , @z,-L I I -A 71-n , ' @ @-Irj ]'-7 TI-samA an I
-@ "J-5
a fur-,@ilin solc.2;n. Tned. .-
I M' P.A -1 ' , ' )

ACC.','SSION `M: AP3000225
S/0166/63/000/002/0075/0085
AUTHOR: It'lusayev, P. Kh.
TITLE: On the theory of atomic semiconductor properties in strong electric fields
SOIRCE: AN UzSSR. Izv. Seriya fiziko-matem. nauko no. 2, 1963, 75-85
TOPIC TAGS: mobility, carrier current, semiconductor, strong electric field, atomic
semiconductor, temperature gradient, carrier concentration, optical lattice vibra-
tion
ABSTRACT: Calculations have been made of distribution functions from which the
average enerGy and mobility of carrier currents in semiconductors are found lulder
nonequilibrium conditions, and, in particular, under stronS electric fields.
Analysis is limited to atomic semiconductors with overlapping energy zones. The
kinetic equations are written for the spherically symmetric and asymmetric part's of
the i-th zone distribution function. Simplifying assumptions are made of a con-
stant, homogeneous electric field with no temperature gradients or carrier concen-
tration. The solution is given for a carrier interaction with optical lattice
vibrations, first in a weak electric field and then in a strong electric field.
Card 1/2

ACCESSION M: AP3000225
The results show that in a semiconductor with overlapping energy zones the average
energy and carrier mobility in each zone are given as functions of the mass of both
type carriers and of the mean free path inside both zones and at interzonal tran3i-
tions. Orig. art. has: 35 equations.
ASSOCIATION: Fiziko tekhnicheskiy institut AN UzSSR (Physical and Technical
Institute AN UzSSR)
SUBMITUD: 25Jan63 DATE ACQ- 12Jun63 UNCL: 00
SUB CODE: PH NO REF SOV: 009 OMR: 000
Card 2/2

4L ACCESSICK NR: AP4013027 s/O166/63/0o0/oo6/0O8O/00d5
AUTHOR:__N@@ Kh.
TITTZ: On electrical conductivity theory and the HaU effect In valence semi-
conductors in electric and magnetic fields
SOURCE-: AN UzSSR. Serlya fitiko-4natematicheskikh nauk, no. 6, 1963, 8o-85
.TOPIC TAGS: nondegenx,-ate electrons, semicondlictor, electric field, kinetic
equation, lattice qacilAntioa, distribution function, HaLU coefficient
ABSTRACT: The distribution function for nondegenerite electrons in semiconductors
of type Ge has been calculated, considering the effect of external magnetic and
electric fields (constant in time and homogeneous)v and of scattering of conduction
electrons by optical phoams. The governing kinetic equation is vritten
e + P. fiD V_ f Of
C.,d 1/5

ACCESSION NRs AP40XI027
where the tera on the right of the equality sign is the change in distribution
function during electron scattering on lattice v1bratlons. The distribution
function is assumd to have the forn
f (A - fe (P) + f I (P) (:0S + A (P) Cos
and the scattering term is the sow as that given by V. A. QnWenkov (ZhTF, t. 28,
470,, 1958)., This leads to a solution of the form
A (e) - C. - exp + 101(A + FsP
ME113m- + Da + U'
I @ A-T 7.7 (A + FaP
The average electron energy, current denAty, and H&U ooettlatent are subsoquent1v
computed on the basis of a simplifyine assumption that scattering probability on
optical phonons is much greater than on acoustic phonons, Orige art, has3 26
equations,
Card 2/3

ACCESSION NRi AP4033027
ASSOCIATIONs Fiziko-tekhnicheakiy institut AN UzSSR (Ptwsieotecbnical
Institute, AN UzSSR)
SUBMTrEDt 16MaY63 DATE, AcQ, o3mar64 E.NCL: 00
SUB COM PH NO REF SOVe 005 OMRi 001
-c-c" 313

MUSAYEV, P.Kh. @,. '
-5@,
On the theory of the properties of atomic semiconductors
in strong electric and magnetic fields. Izv. AN Uz. SSR.
Ser. fiz.-mat. nauk 7 no.3:56-65 163. (MIRA 16;8)
1. Fiziko-tekhnicheskiy institut AN UzSSR i Tashkentskiy
gosudarstvennyy universitet imeni Lenina.

sov/lj6-'5'0, -1-9/12
AUTHOM Borodzyuk G.G., and Musa-yev R-A,
TITLE: The Calculation of he Reliability of a Long Distance
0
Cable Communication System (0 ras&iete nadezhnosti
sistemy dallney svyaz@ po kab,@'Inym Iiniyam)
PERIODICAL: Elektrosvyazl, 1959, Nr 11 pp 70-75) (USSR)
ABSTRACT: Generally speaking the reliability of very long lirle3 @,,an
be increased in two ways, either by increasing t@ie
reliability of the separate components which make it up or
by the technique knovrn -':_n the Soviet Union as
fires erva tion ". This is simply t1ae introduc tion o-f planned
.V
redundancy. It is possibie to show t1hat ir, p-.a::!ti,--e both
these methods are required. T'-ie basi,:
material for the calculations is given. in Refs 1 and, 21.
Failure of the cable installa'.--Jc-@ns t@emsel,'n,-S is qxt-.-af@lely
rare and therefore troutle is be c)----"/ fri:m the
intermediate sections vr@,i,21i -, -'ai-in He--i of
course the trouble arises ra;--i-ruly fror. of
valves. "Reservation" is usually out in of
two ways: (1) by connecting valves in parai-le.1 in e:.--@i
Card 1/4 stage of an amplifier; (2) by t"ne dupli@,ar.ion cf entire
amplifiers, The second im-2,-hod has two pcssible -ia.-L"ants.

SOV/106-5'-,-'--)/12
The Calculation of the Reliability c'L a Long Dis, I -
,-,nce a@ie
Communication System
either the amplifiers are entirely self- 2ontained 'Doth
the main and reserve amplifiers share a rrum .ber of
components such as, for example, the r-ega'L;ive
network. It can be noted in passing t@iat in a
system is considered to be satisfactorilly reliable, -'f it
is out of operation for one houi per year of ope--ati-..
The probability of failure is give!, by (1), wl-iei-a ;j is
the reliability of action of a valve over a time t.
The number of amplifiers in the t--,urd@ line is r- anC,
the number of stages in tlie amplif"Ler is ir.; t1-ien -J-1 a
complete transmission line t"Ie p:-obability ef fai-L----& is
given by (2). If in addition, val-ves are paireU in
parallel then the over-all p-.c15a'U'ij_4@.Y Q@ faj"Ure 13 t:!-P-in
by (4). This expression ignores the possibility of a
short circuit in a valve. The survival --ur-ie for valves
is assumed to be exponential, Uion the equation for PI
(in -the middie of page 72) determines t!-ie probability
to be substituted in (4). In practice m varies betvaen
Card 2/1+ 3 and 4 and n can be as large as 1+20. Eq (if) is
expanded as a series in (5). Hence lu-,ie ap.-I,rcxima-le

SOV/106-59-1--,4/12
The Calculation of the Reliability of a Long Distance '@'abie
Communication System
expression for system loss is giver, by (6) in the @ase of
valve redundancy. The corresponding expression for
complete "reservation" of amplifiers is given by the
equation immediately following (8). By comparing (5) and
(8) it will be seen that, neglecting the ca-se of short
circuits within valves, the probability of failure of 'the
system "reserved" with the aid of parallel valves in
comparison with one U3ing parallel amplifiers is 7,
times less. In order to talce into ao3cunt the
possibility of valve failu.--e du(--, tc sl-@)r% `4@e
original probability p pr-:,.vious is rl(@W -,qa,te
up of two components,one of w:-,ioh i@; -,.f
failure due to short @@irzuit, and t'ie -is t'ie,
probability due to all other 2,iuseL,. A a
is introduced showing wh -J,@:`@ part of all failures 1 -3 -lue
to short circuits and (12) is new a
probability which should be s-alu-3@;-itlitpd -in (4) to take
account of the possibility gr4d (@:-i@-.-,ode .;horts in valves.
Card .3/4 In practice the value of a is usually less tlian 0.1.
The merits of the two systems of "reser-;ationll are ncw

V -1
The Calculation of the Reliability of a Long Distance
Communication System
compared when the possibLil-ity c-T' short all-.-.1pd.
The ratio of the losses in t@ie valv,:@ and amplifi-@r
methods is given by (16). This ratio is plottel, in 1
f or in = 3 and in = 4. Fim-illy a cal,-nilaticr, is
for a system 2500 km long with amplifiers havijig
two valves per stage. The total number of amplif4le:,s ---s
420, the probability of failure is p = 1.6 x 10-4 and
this is considered unsatisfactory. By using valves wit'i
the life of 10000 hr the system performan,,-e is again
acceptable (p = 8 x 10-5)
Card I,^ There are 1 figure and 2 r;feren,@es, one -f is
Soviet and 1 English.
SUBMITTED: September 10, 11)58

MUSATEV, R.A., BABALYAN, Cif.A.-, KRAVC-,",ENKO, 1-1.
Effect of hydrccarbon solub-'Fi gurfaetanta on 3urface, tansion.
Izv. AN Azerb. S5R. Ser. geol.-geog. nauk no.50?-102 164.
(MIRA l8s6)

MUSAYEV, R.M.
Investigation of the formation of hydrates in gases of the
thermally processed oil in liquid state. Gaz.delo no.1-1:
17-18 965.
(MIRA l9gl)
1. Vsesoyuznyy nauchno-issledovatellskly insLitut prirodnogo
gaza.

MUSAYEVI R.T,; NIZAMETDItIOVA, MA.
Mathematical modeling of the chetaical process of adsorptioi, using
an electronic computers Vop, vycho mat. i tokh,, no.3:119-123 Ib4s
(MIRA 18:9)

MUSAYEV, S.; ZURABOV, A.
Uzbek fumigation team. Zashch. rast. ot vred. i bo@-. 10
46 165. (IM---,F,,A
1. Nachallnik fumigatsionnogo otryada pri llzL"3ksk(-,y go:iodarst-
vennoy karantinnoy inspektaii, Tashkent (for Musaye-ji. . '@Iavny-y
agronom fumigatsionnogo otryada pri Uzbekskoy gosudarstvennoy karan-
tinnoy inspektsii, Tashkent (for Zurabov).

SHVVWV, V.P.; MUSAYEV, Sh.A.
140 147
Coprecipitation of L& ,PM , and Y91 with iodates of
quadrivalent cerium. Radlokhimiia 1 no.4:465-474 '59.
(MIRA 13:1)
(Cerium iodate) (lanthanum) (Promethium) (Yttrium)

. ' 1 !1
- . I ..I - . . - - - .1 . -
-.1 .,"1 Leningrad, 1960, 22 pp, 150 cOP- (Leningrad Technological
Institute im Lensovet) (KL, 45-60s 123)

42-
/,4,0200
24o92
S/186/60/002/006/017/026
A051/A129
AUTHORS: Shvedov, V. @.; Musayev, Sh. A.
TITLE: A study of the separation of La 14o-Y,91, La14o-PM 147 and
Sr 90 -Y 190 mixtures on a tri-valent cerium iodate precipitate.
PERIODICAL: Radiokhlmiya, v. 2, no. 6, 196o, 723 - 727
TEXT: A study was made of the ooprecipitation of JA140, pM147, y9l and
Sr9O + Y90 on a cerium iodate precipitate in the absence of trilon B, based on
the theories of the three types of "homogeneous precipitation". The three differ-
ent oases are given as: 1) "homogeneous precipitation" with gradual reduction of
the solution acidity in the presence of an excess of the precipitating agent; 2)
"hoknogeneous precipitation" with the appearance of precipitating ions in the so-
lution; 3) "homogeneous precipitationff,@ith grtdual de@ompoaition of the complex
compounds. The complete capture of La 0, Pml 7 and Y 1 in a saturated solution
of KI03 led to the assumItion that not only La3+, and Pm3+, but also Y3+ do not
form soluble anion cor"plexes with KIO A study of the solubility of lanthanum
and yttrium iodates at various conceX,ations of KI03 UP to saturation showed that
Card 1A

24092
S/186/60/()02/006/017/(r,6
A study of the separation of ..... A051/AJ29
3+ 3+
no noticeable soluble complex compounds of La , Y with KIO 3 are formed under
the given conditionsi The following equilibrlum is derived:
3+ 4-
La mrA] La + [ EurA]
where [EDrA] 4- is the anion par' of trilon B. The experime-t was carried out und0r
the following conditions: 0.40 ;@ of a 'Duffer solution (8 ml of 98 % acetic acid
Plus 7.2 ml of 2.25 n NaOH plus 0.8 ml water) was added to 2.2 ml of trilon B
(20 mg of trilon B, PH = 8.0) containing the corresponding radioactive isotope,
the obtained solution was mixed and left to stand for 10 minutes. Then 17.4 ml
of a saturated solution of KI03 was added while mixing and the solution was left
to stand again for about 10 minutes, after which 150 mg of crystallized KIO was
added. After mixing for 30 minutes, a fresh precipitate of cerium iodatePii)
was introduced, containing 5 mg of Ce3+; there is complete capture of Lal, , PMA71
Y90 and Sr9O by iodate precipitate of trivalent cerium in the saturated solution
of KIO 3. Thus, it was shown experimentally that with the gradual decomposition
of the cerium comDlex compound witin trilon B in the prese ce of KIO 3 conditions
are created for the "homogeneous precipitation" of iodate and for the se-
Card 2/3

2hO92
,q/i86/6o/oo2/oo6/o17/o26
A study of the separation of .... A051/A129
paration of Lal4o_ygl and Sr9O-Y90 mixtures on this precipitate. There are 6
figures, 1 table ani 21 references: 5 Soviet-bloc,and 16 non-Soviet-bloc. The
references to the four most recent English language publications read as follows:
A. M. Feibusch, K. Rowley a. L. Gordon, Anal. Chem., 30, 10, 103, 1958; J. A.
Hermann, Ch. A., 52, 10, 7921, 1958; L. Gordon a. L. Ginsburg, Anal. Chem., 29,
1, 38, 1957; L. Gordon, K. Rowley, Anal. Chem., 29, 1, 34, 1957.
SUBMITTED: December 18, 1959.
Card 3/3

SHVEDOV, V.P.; IZJSAYEV, Sh.A.
Separation of cerium (IV) iodate and the determination of ceri=
(IV) in it. Izv.vys.ucheb.zav; khim.i khim.tekh. 4 no-5:727-733
161. (MIRA 14:11)
1. Leningradskiy teklmologicheskiy institut imeni Len8oveta,
kafedra tekhnologii iskusstvannykh radioelementov.
(Cerium iodate) (Cerium-Analysis)
0

a e v
0 C I j.. 0: v" i -L
0. C,- 2 (Y-l
:'O@U C) 1,
'Ir at s 0
ro c t o:. D 0..
a'. tne en-@ of *ne i3n
112

KRAKOVSK171, N. I., professor (Moskva, pl. Vosstaniya, d. 1, kv. 194);
MUSAYEV, S.-M,
Congenital multiple arteriovenous anastomoses of the right
lower extremity. Vest. khir. no.4:91-94 162. (MIRA 15:4)
1. Iz Instituta khirurgii im. A. V. Vishnevskogo (dir. - prof.
A. A. Vishnevskiy) AMN SSSR.
(FISTULA, ARTERIOVENOUS)
(EXTREMITIES, LOWER--BLOOD SUPPLY)

MUSAYEV, S.M. (14oskva)
Intravasculax ele --r,'. @@ --m it
veins of the @Iovmr r @ li' ",-.I I@r. E:-" @'. i. p I..'
3@.-37 TI-Av. '0. ", y , - @ ", . - @ - I.,

hi

o 0 1,6 S/044/60/01@VOIO/008/021
C111/C333
AUTHORs Musayev, 3.R.
TITLEs -f-h-efirat boundary value problem for strongly elliptic
systems in the class of generalized functions
PERIODICALs Referativnyy zhurnal, Matematika, no. 10, 1960, go,
abstract 11647. (Uch.zap.Azerb.un-t Fiz.-matem. i khim.
ser., 1959, No 2, 4(-)1)
TEXTs Let G be a finite domain of the n-dimensional Euclidean
space En, and F its sufficiently smooth boundary. Let Fm(En) be the
fundaaental space of the finite functions of order m which are defined
on En' Let the set of the generalized functions which are defined in
En over the functions Fm(M and which vanish outside of U be denoted
by Ym(-a). Problem (A)s Vx E Tm(T) is given, determine u(x)EETk(-d)
which satief ies the equation -,- -