SCIENTIFIC ABSTRACT MELIKADZE, S. YE. - MELIK-ASLANOV, L. S.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001033410005-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 20, 2000
• Sequence Number: 5
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

46
ACC NRi COM''UH/0413/6~/000/6W606
AP609agg- soulles 2 00 2
0
St.; Bezruk, 1. A~; BuInnovp N. A.; Shchukinp S. N.; Klwchkin.
lenA
V. 'X..-Kulikov, A. V.;' Melikad ulas-0 Chinarava, 0. U6; Yemellyanov, A.-_U.;
S. goz U.'; Boltalin, A. P.; Zlatkdvichp.
Y M.;
-Sokolovat--E. D.
ORGs none
TITLE: Geoelactric.proappotinf; dovico. Claso 21p No, 184361 jannounced by All-Union
Scientific Reacarch InatLtuta of GoophyaLcal ProapectlAg Vattiods (VGSs0YuZ1wy nauchno-
issledovatellakiy institut geofizicheakikh metedov razvedki27
SOURCEs Izobret prom obraz tov znq no. 15, 1966, 62
TOPIC TAGSs prospecting, geologic instrument
ABSTMICT: This Author Certificate presents a geoelectric: prospecting device contain-
ing a do generator, a master oscillator, a thyratron'bridge commutator, a reference
phase synchropulse shaper unit j a. radio station, and a measuring laboratory. The
laboratory contains an eXactromagmetic field rocciver, a calibration wito a selective
amplifier, a radio stationg a *j*chropulae Aaper unit# an electronic osoillogmiph, a
recorder, a time setting unit wA a detector voltmeter. for generalized utilization
-aw of measuring
of the device in the VPv nwAs methods, to increase the acan
the phase angles,in the inx-fi'sonto fi4quen4w rawo and to Increase the noise
Cqtd qcA.11717
__L_1
L

L 103o6-67
ACC NRs Ap6029699
protection when measuring pulsed signals, a phase marker in the forn of a diode
regenerative comparator is placed in the measuring laboratorys The comparator is
connected to the output of the selective amplifier., An input sigal divider GOOMoted
to the input of the selective amplifier is used in the calibration uni% A do
amplifier operating in the eleatrasetric mods is connected botwem the reostez% aud
recorder
(see Fig. 1).
"J"
AA.,
Fig* 1. 1 phase marker; 2 AW&
selective amplifier; 3 - call-
bration unit; 4 - regia~qwg 5 -
recorder; 6 - do amplifier
Orig. art* bass I diagraim.
SUB CODE& -06;LOJ SUiUD'Ms Wunk
2/2

PLESIIAKOV, .
MELI~-AqfW v
Training is very necessary. Voen. man. 41 no.8:22-2-4 Ag '65.
(MA i8:7)
I. Zaveduyushchiy otdelom Bakinskago gorodskogo komiteta Kommunisti-
cheskoy partii Azerbaydzhana (for Malik-Abbasov). 2. Rabotnik Azer-
baydzhanskogo respublikanskogo shtaba grazhdanskoy oborony (for
Pleshakov).

GAS-ANOV, Sh.M., prof. zasluzhennyy deyatell nauki; IMAKOV, S.M.;
GUSEYNOVA, L.R.; KYAMIL-, E.M.; YELIK-ABBASOVA&-.I:AZ- RZOYEVI G.
IJa
Effectivene#a of treating hypertension at the Mardakyar
Specialized Neurosomatic Sanatorium, Sbor. trud. Azerb.
nauch-.-tsal. inst. kur. i fiz. metod. lech. no.9:42-48 163.
(MM 18:8)

MELM-ADAIII-a-Us A. A.
14elik-Adanyan, A. A. Me Dzhdrmuk balneoclimatic spa", in the collection:
B,llneo-klimatich. kurort Dzhermuk, Issue,l, Yerevan, 1948, P. 9-LB, - Bibliog:
RL"terature on Dzhermuk"., 12 items.
SO; U,*2888, 12 Feb. 53, (Letopis' Zhurnal Inykh Statey, NO. 2, 1949).

MELIK-ADA14YAN, A. A.
Melik-Adamyan.. A. A. "Mud treatment and its future at the Dzhermuk app", in the
collection: Ballneo-klimatich. kurort Dzhermuk,, Isnue 1,, revan, 19h8, p. 199-210.
ye
SO: U-2888, 12 Feb. 53, (Letopis, Zhurnal Irrjkh Statey, NO. 2, 1949).

MELIK-ARUTYANO A. A.
Melik-AdauTan, A. A. and Darbinyan, G. L. "Investigations to the effectiveness
of treatment at the Dzhermuk spa in the 1940, 1942.. and 190 seasons", in the
collection: BAllneo-klimat-ich. kurort Dzhermuk, Issue 1, Yerevan, 1946, p. 211-2L.
q
SO: U-2888, 12 Feb. 53, (Letopis, Zhurnal Irrjkh Statey, NO. 2, 1949).

MELIK-ADAWMI, A. A.
Melik-Adamyan, A. A.. "The basic principles for selecting Ul persons for
sanitarium and spa treatment and assigning them to treatment at the balneoclimatic
spa in Dzhemuk", in the collection: Ballneo-klimatich. kurort Dzhermuk, Issue 1,
Yerevan, 1948, p. 235-42.
SO: U-2888, 12 Feb- 53, (Letopial Zhurnal Inykh Statey, No. 2, 19h9).

MELIK-AWlYANq A. A.
Melik-Adamyan, A. A. "The balneoclimatic resources of Amenia and their use
in the fourth Five-Year Plan", in the collection: Ballneo-klimatich. kurort
Dzhemuk, Issue 1, Yerevan, 1948, p. 245-52.
SO: U-2888, 12 Feb. 53p (Letopis' Zhurnal frWkh Statey, 110. 2, 1949).

A. A.
MELIK-AWIYAN., A. A.: 'tC]-inical-electrocardiographic diagnosis
of various stages of heart injury in chronic non-speci-
fie lung diseases." Min-Health Armenian SSR. Yerevan
Medical. Inst. Yerevanp 1956, (Dissertations for the
Degree of Candidate in Medical Sciences).
SO: Knizhnays Letopis' No. 22, 1956

SUMOLTSTAII. R.P., lwnd.med.naWc- tMUK-AMJCMI,, A.A., kand.md.rtai*
In vivo diagnosie of aneur7sm of the heart. Yop.kardiol.
no.1:49-67 '56. (KA 12:9)
1. Iz Gospitallnoy terapevtichaskoy kliniki Yerevanskago
meditsinskogo instituta.
(mt.,-'Mybl4s) (PMCTRMAIWlOGHkPHT)

IMIX-AIMAIT, A-A., kand.med.nauk
""t" W. - . - 1 .1
Clinica a electrocardiographic diagnosis of various stages
9.01
of c6r pulmonals. Vap.kardiol. no.1:68-81 '56. (KM 12-9,
1. Iz Gospitallnoy terapevticheakoy kliniki Yerevanskoggo,
medinstituta.
(LUTIGS-DUM&SNS) (ELRCTROCAIWIOGRAPIff)

SIKONTAUO A.?.-. AMISTAN. A.M.; MNLIX-ABAKTAN, A.A.
thqrspoutleal effect of the now Ihsalan propexation oaaTevalo In
branchitto sgthm. Izv. AU Arm SM Biol. I sellkhos. nauidn
no.2-.3l-j6 Y 158. (NMA 110)
1. Wad= Cospitalluoy terapii Torevanskogo moditsinskego Instituta.
(PROMCOTAGY) (ASTHM)

SIMDNYAN; A.T.1 HEM L.A 0
Pu2mwkr7 hoart disessel diagwe" and tr"tmnt* Zhur6 ekip.
i klin*..md, Z~we&45-55 062* (KMA. latip)
1e Kafodra popitallhoy terapil Torevanskogo seditaInskago
instituta.

ZIKCRIYAN, A.T.; AVAKYAK, Sh.L.; _MELIjjrAM -ZAKHU", Z-A-
._-_ 7EV
Therapeutic action of fabromegan in.peptic ulcer. ZIm,1 & eke
., 'T&
i klin. mod. 3 no./+-.7-Ilt63 . (HIM 16: )
1. Kafedra gospitaltnoy terapii Yerevanskogo maditsinskogo
instituta.

SOV/70-4-4-11/34
AUTHORS: Sam onov, G.V., Zhuravlev, N.N., Paderno, Tu.B. and
Melik-Adamyan,
TITLE: The Synthesis and Properties of Samarium Hexabor-Ide
PERIODICAL: Kristallografiya, 1959, Vol 4, Nr 4, PP 538-541 (USSR)
ABSTRACT: SmB 6was prepared by Sm 203 +t-3B4C = 2SmB6 4- 3C0, the
SM 20 3 + 354C being previously heated as powders to
350 0 C and pressed into pellet-s which were heated
in vacuo for 1 hour at 1 000 9 and then 10-15 min at
1 600 OC. An alternative method, Sm 20 3 + 15B
2SmB 6 +; 3B0 , was also successful.
Heating for 1 hour at 1 650 OC gave SmB6 in a finer-
grained form than did the B4C method. SmB6 Is dark
blue. It was examined in an RKU-114 powder camera and
proved to be cubic, with the CaB6 structure and cell
size a = 4.128 +~O.003 X .
Observed and calcaated intensities were compared.
Cardl/3

SOVY70-4-4-11/34
e
The Synthesis and Properties of Samarlum exaboride
dcalc :-- 4-85 g/Icm3. Th.e coefficient of emissivity e
was measured at temperatures between 900 and 1 600 OC and
took the form:
log C C/h U/T - I/T
where c is the emissivity of an absolutely black
body, and
X = 6 0 mIL , decreasingollnearly from 0.75 at
903?to o.68 at 1 6oo c. The maximum observed
density of powder specimens sintered at 2 000 OC was
4.79 s/cm3. The microhardness was 2 500 *-300 kg/Mm 2
The electrical resistance was -,.-388 tL-CLcg.- The thermo
ee.m.f. wasomeasu-red.between 20 and 700 C. Between
20 and 60 C it was found to be 3.4 ILV/OC. The melting
point under argon was 2 !54o OC. The coefficient of
thermal expansion from 20 to 8oo0C was
6
6.5 x 10- The work function was 4.4 eV. These physical
Card2/3

SOV/70-4-4-11/34
The Synthesis and Properties of Samarium Hexaboride
properties are compared with those of the rare earth
bexaborides.
There are 3 figures, I table and 7 references, of wlijell
5 are Soviet, I German and I English.
ASSOCIATIONS: Otdel tugoplavkikh soyedinenLy Inst1tuta metallo-
keramikl i spetsialInykh splavov AN UkrSSR (Section of
Refractory Comp!unds, Institute o:C'Metallo-coramics and
Special Alloys of the Ac.Sc., Ukrainian SSR
Kafedra fiziki tverdogo tela MGU im. M.V. Lomonosova
(Department of Solid-state Physics of Moscow State
University imeni M.V. Lomoncsov)
SUBMITTED: January 7, 1959
Card 3/3

20027
S/07o/61/oo6/001/005/01-1
54, 0 d 7 11- 6 10 /3 9 -T) B032/E3ltk
AUTHORS*. Zhuravlev, N.N. and Mellk-Adamyanj V.R.
TITLE.* A Study of the Crystalline Structure of Super-
conducting Compounds SrBi 3 and BaBi3
PERIODICAL% Kristallografiya, 1961, Vol. 6, No. 1,
pp. 121 - 124
TEXT: According to Matthias and Hulm (Ref. 1) SrB! 3 and
BaBi.3are superconductors having transition temperatures of
5.62 and 5.69 0K. A search of the literature revealed that
the structure of these compounds had not been investigated.
The present authors have determined the structure of the above
compounds from X-ray diffraction photographs (powder method)
obtained at room.temperature, using Cu and Co radiation. The
results for SrBi3 are interpreted on the basis of a cubic
lattice with a period of a = 5.042 + 0.002 AL This
interpretation,taken together with a compartson of X-ray
patterns for CaPb3 with those for SrBi 39 indicates the
Card 1/4

20027
S/07o/6jL/oo6/ooi/oo5/ou
E032/E314
A Study of the Crystalline Structure ....
isomorphism of these compounds (structural type Cu3Au,
sp.gr. Pm3m - 01 The Sr and Bi atoms occupy the following
positions n
Sr I ; (a) 000
Bi 3 : (c) 1/2 1/2 0; 1/2 0 1/2; 0 1/2 1/2
The BaB13 patterns were interpreted on the basis of a
tetragonal cell with the following periods:
0 The results
a =.5.188 + 0.003 and c = 5.157 4, 0.003 A -
obtainedlor H&Bi 3 on the basis of this interpretationtaken
toze~ther with the comparison with X-ray patterns for SrPb,9
indicate the isomorphism of these compounds. The appropriate
space group is P4/mmm - D4h In the case of the BaBI3
compound the Ba and Bi atoms have the following positions
Card 2/4

20027
S/070/61/006/001/005/011
E032/E314
A Study of the Crystalline Structure
Ba I (a) 000
Bi I I (c) 1/2 1/2 0
Bi 11 2 (e) V2 0 1/2; 0 1/2 1/2
It is concluded that SrBL 3 and BaBI 3belong to the Cu 3AU
and SrPb 3structural types, respectively. The,minimum
interatoniic.distances in SrBi 3 and BaBi3 are given in the
following table 0
Interatomic Distance, A
Compound
Bi - Bi Bi - He Me - Me
SrBi3 3.56 3.36 5.04
BaBi3 3.66 3.66 5.19
Card 3/4

20027
S/07o/6l/oo6/oojL/oo5/ou
E032/E314
A Study of the Crystalline Structure .....
The structure of BABi 3 in s-milair to that.of SrBi.3and differs
from the latter by a small compression along the four-fold
axis. The minimum interatomic distances agree with the
correlation obtained by Zhuravlev (Ref. 3) between the
transition temperature of superconductors and the minimum
interatomic distances. There are 2 figures, I table and
6 referencess 4 Soviet and 2 non-Soviet.
ASSOCIATIONs Moskovskiy gosudarstvennyy universitet im.
M.V. Lomonosova, (Moscow State University
im. M.V. Lomonosov)
SUBMITTED: February 81 1960 (initially)
October 109 1960 (after revision)
Card 4/4

BORISOMP V.V.~ UAPUK, SIIU-,SKEVFR, DI.Ye.;
AJl'DRT-'~YFllA)
X-ray diffraction study of pepsin. Dokl. AN SSMR 156 no. 2i
363-364 My 164. (IIIIIIA 17%7)
1. Institat blolcgicheikoy fizikl All Fredstavleno akademikom
14.14.93herrVakinym.

ATITItOR: Ahelyan, V. G. (Yerevan) Bazmadzhyan, R. A. (Yerevan) 1, Gabrivel ana
V
Yorovan) ~Tll ~Yereyan)
P. a r ~au,3 t a: ~ar
Tpr-PtkaekE,92. T
-Ffav -emanian.-wRusa. tan, Medna- tr4II
A- 11 _(ReAlizk4ion o
the in:ograt)
SOMICZ: ftoblemy kibernetiki, no. 14, 1965, 245-266
--Top
an- ti n
41g6'rit e-,tranalAt 6a~~ ~-seu
SIA 6
ABSTRAM This 'is 'thd 6ecoiadpdrt o-f a paper'deisicrfbidg an al g`6 kithin- for
Ajrman.;an-Russian machine translAtion developed at the Vychislitel'nyy Taeatr
YerGU. it describea the realization of the pro-!
gram of the algorithm on an autoTZa_trc__TTIgitaI computer having a 2048-cell ope ra-
tive and 4096-coll outer memory. The basic principles of all the concepts uti-
lize~ are due to 0. S. Wagina (Problemy kibernetiki, no. 2, 1959, 289-302).
An Diitline of the algorithm's structure and the wthod of sentence coding is
follawed by a dencription-of the scheme of $the 4,lgorithm and of all the auxiliary
Infor-mAtIon. A brief isu=ary of the master ard interpretation programs i& also

v -j~

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ACCEESSIOR.-RR-'.'::-- 05017614.

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-
o fthe first two sections of this article." ha s: 12 formulas,
0-rig. art

N a ,a nd I table.
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KELIK-AG&VAUff , 1. 1.
Mbimwjw.
Photooderagmphy without umi" x"cial phatonacrogmphla equipmeat.
Izv.All Arm.-SO.Bet.nauld zto.8:99-101 147. (an 9:8)
(Photoularograpby)

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11::~LIK~AGAIIWLWLII A. R. Cand Tech O'ci
Dissertation. VNew Tec'mology for Obtaining
N
Fused Shaped Products fror the Duasalt-s Cf
22/3/50
All-Union Sic I~as Inst of 11ineral Rjw 1-~Lturials
VecheryayamoAva
Slim 71

r - ri P- /'-I -, F-, (,--(I,/.-~ I-!- " I-
1-7 1 Lm~~
MWr~AMMY"Vq Kh.Tu.; K3I=TIYBVA, Yo.N.
Azerbaijan SO-S.R. Wauks I pored. op. v xellkhox. 7 no.1l.-20-21 N 957,
(KM loril)
1. Direktor pavillons- "Acerbaydshanskays, SSRO* Irsesoyusuoy sel'ska-
khoz 0y vystavki (for Nalik-Akhnazarov). 2. GlavW wtodist
. yaystvann
pavillona "Aserbaydihanslaya SSELO Ttesoyuznoy sallskoi&ozyaystvannoy
vystavki.
(Azerbaijan-Agriculture)

/$I& Z. /A- Z/911ez) J/* 77
65-12-1/9
AUTHORS: Orochko, D.I., Melik-Aklmzarov, T.Kh. and Poluboyarinov,G.N.
TITIE: On a Step-wise Counter-current Method of Contacting Fine-
grain Solid Materials with Gases and Vapours in Heterogeneous
Chemical Processes (0 stupenclaato-pro'Llivotz)chnom metode
kontaktirovaniya melkozernistykh tverdykh materialov s
gazami i parami v geterogennykh khimicheskikh protsessakh)
PERIODICAL: Khimiya i Tekhnologiya Topliva i Masel, 1957 No.12
pp. 1 - 12 ZUSSR)
ABSTRACT: Some negative features of fluidised bed reactors charact-
eristic to reactors with the circulation of reagents in the
reaction zone are discussed. A classification of methods of
sectioning of fluidised bed reactors is proposed, based on
technological sequence of treatment of solid material and the
character of the flow-of vapour-gas and solid reagents in
relation to each other (Figs.1-2). Possible schemes of designing
reactors in sections are indicated (Fig-3). Theoretical con-
clusions on the possibility of a considerable intensification
of bi-molecular heterogeneous reactions in sectioned counter-
current reactors in comparison with simple fluidised bed
reactors were confirmed on an example of four typical processes:
1) oxidation-regeneration (de-coking) of powdered alumino-
(;ardl/3 silicate catalysts (apparatus and results are given in Figs.4-6);

65-12-1/9
On a Step-wise Counter-current Method of Contacting Fine-grain Solid
_Materia1s-~ with Gazes and Vappurs in Heterogeneous Chemical Processes*
_methylation of'pe''ntenes with-methyl chloride over fine-
grain6d- maknesium oxide; 3) two-st4gd generation of water gas
Petroleum coke. and 4) catalytic cracking of
petroleum distillates. Experimental results indicated that
under step-wise counter-current conditions, a considerable
intensification of the process takes place, in comparison with
the-intensification obtained with ordinary sectioning of the
reaction zone or a single counter-current of reagents. Studies
of oxidation-regeneration of active alumino-silicates were
carried out by the authors together with B.A. Chernov;
expriments in step-wise counter-current regenerators with
I.I.- Mukhin and V.A. Basov; analytical treatment of expwimental
data with A.P. Zinov'yeva. In the work on gasification of
petroleum coke, the following engineers participated: A.L. Sere-
brennikova, Y.S. Kazina, A.F. Revzin and R.S. Ayzenson, and in
the investigation of catalytic cracking of petroleum distillates
S.V. Andellson and N.V. Chepurov. The paper was presented at
the All-Union Conference on Processes in a Fluidised Bed,
May 29, 1957. There are 6 figures and-27 references, 19 of
uard2/3 which are Slavic.
ASSOCIATION: VNII NP

119 /9 1-2 0 T, k_h
AUTHORS: Orobhkop D.I; lAelik-Akhnazarov, T.Kh; and(65-2-4/12
Poluboyarinov,
TITLZ*. Stage-Wise Counter-Current Contact Apparatus with
Fluldised Bed of Fine-Grained Materiais.(Stupenchato-
protivotochnne kontaktrWye apparaty s kipyashchimi
sloyami" melkozernistykh materialov).-
PERIODICAL: Khimiya'i Tekhnolo iya Topliv i Masel, 1958. Nr-2.
5
- .
pp. 22 - 28. (USSR
ABSTRACT: Ap~lications and designs of stage-wise counter-current
fluidised bed contact apparatus, described in Soviet
and foreign literaturep are reviewed. It is pointed
out that multi-plate contacting apparatus with fluidised
layers should satisfy the following conditions: they
should provide an uninterrupted flow of granular
material and of the gas which can be controlled within
wide limits; a constant height of the fluidised layer
should be maintained on eaoh plate; and the overflow
of the fluidised material should be carried out through
a seoure hydraulic seal, i.e. the gas current should
not leak through the overflow of the granular material.
The design of the overflow, proposed by one of the
authors to VNII V?p which maintains automatically a
Card 1/2 oonstant height of the fluidised layer, is described

65-2-4/12
Stage-Wise Counter-Current Contact Apparatus with Fluidised Bed
of Fine-Grained Materials.
(Fig.4). Advantages in the use of step-wise counter-
current fluidised layer reactors and the necessity
for further improvement of their design and materials
of construction are discussed. In order to speed up
the development of this type of plant, VNII NP secured
the co-operation of two other Institutes, with the
following subdivision of research a) GIPRONEFTEMASH -
design of parts of the plant and choice of construction
materials, vrith the aim of develop.in g complete plants
suitable for various technological processes studied
by VNII NP; b) MIKhM - studies of the methods and
theories of the dynamics and heat transfer in plants
constructed by GIPRONEFTEIMASH; c) VNII NP - techno-
logical and macrokinetic investigations of various
chemical processes in this type of plant and in par-
ticular for catalytic cracking, gas generation,
generation of hydrogen, etc. VNII NP is co-ordinating
the above investlintions. There are 5 Figures and
12 References: B h~ssian and 4 English.
ASSOCIATION: VNII NP.
AVAILABLE: Library of Congress.

sj~'!VT,.----
AUTI-ORS: Orochko, D.I., Professor, Nelik-Akhnazarov, T.7 ., Cr~n~id~t~ C.-'
~h
Technical Science3t Zinovlyeva, AoP~
TITLE: Reactor Installations for Chemical Processes in the Boilin-
0
Layer (Reaktorriyye ustroystva dlya khimicheskikh protsessov V
kipyashchem sloye)
PERIODICAL: Khimicheskaya nauka i promyshlennost', 1958, Vol III, Nr 6,
pp 694-703 (USSR)
ABSTPACT: The method of pseudo-liquifaction of finely ground reagents,
catalysts, etc by means of a boiling layer has aroused con-
siderable interest. A diagram of a usual regenerating reactor
in catalytic cracking is shown in Figure 1. In many cases the
new technological processes caused no changes in the existing
equipment (Figures 3-7). In reactors with continuous regenera-
tion of the catalysts the system may be even simplifiod (Figure-
nthesis
.-7). It is used in the highly exothermic catalytic sy
of hydrocarbons from CO and H2. The unwanted circulation -uith-
in the reactor is eliminated by dividing it into sections.
This sectionalization complicates the reactor constructions,
Card 1/3 but facilitates the realization of many chemical processes in

SOV63-3-
Reactor Installations for Chemical Processes in the Boiling Layer
industry. The introduction of thL higlf.,y reactive component
into the r-action zone by small portions has the same effect
as sectionalization. Another method is the use of a counter-
flow of tho solid material and the steam-gas components. It
has been shown that the oxidation regeneration of catalysts
under the conditions of a step-wise counterflow is accelerated
10 - 11 times~ The catalytic cracking of oil distillates
under the same conditions is accelerated 2 - 4 times. The
heat transmission from the boiling layer of the powder-like
matcrials to the cooling boiling water reaches 250 - 300
kcal/m2 per hour and OC. Reactors with parallel sectional-
ization (Figure 12) have been tested in the reduction pro-
cesues of ores with low sulfur content. In these reactors the
ecual removal of the material wi.th low sulfur content from the
various sections is most important. Diagrams of the interior
in3tallations of one-section reactors with boiling layer used
in catalytic cracking are shown in Figures 13 and 14. The de-
C-ard 2/3 vice for the removal of excess heat of reaction is very important

SOV/6 5 -3-6 -21"T 1-1
Reactor Installations for Chemical Processes in the Boiling Layer
for satisfying operation. The described methods and instal-
lations find a large application in atomic and nuclear trans-
formations (Figure 17)-
There are 17 diagrams, I table, and 26 references, 17 of which
are Soviet and 9 English.
Card 3/3

sov/63-59-4-9/14
AUTHORS: Orochko, D.I.9 Adellson, S.Y.9 Meltk-Akhnazarov, T.11h.7
Mukhing I.I. and Chepurov, N.A!~--
T'&rmJLLEt Characteristics of the Multi-Stage Counter-Current
Catalytic Cracking of Heavy Distillate Crudes (Ob
osobennostyakh stupenchato-protivotochnogo
katalitichaskogo krekinga tyazhelogo distillyatnogo
syroya)
PERIODICAL: Xhimiya i tekhnologiya topliv i ma9el, 1959, Nr 4,
Pp, 48-53 (USSR)
ABSTRACT: Investigations of the VNII NP on the speeding up of
chemical reactions made It possible to recommend a
scheme for multl-stage counter-current processes
which use the principle of contacting fine-grained
materials with gases and vapours (REF.8). Prelimina y
experiments. carried out under laboratory conditions,
showed that it was possible to intensify the oxidation
regeneration of catalysts 9 to 12 times (Ref 8) and
cracking processes 2 to 5 times (Ref 5). The lay-out
of the pilot plant, used for catalytic cracking, Is
Card 1/4 shown in Fig 1; this pilot plant can process 0.14 to

sov/65-59-4-9/14
Characteristics of the Multi-Stage Counter-Current Catalytic
Cracking of Heavy Distillate Crudes
0,6 tons of crudes per day. Diesel fuel and vacuum
Sam-oil, prepared at MNPZ from Romashkinakaya betrbleum
mixtures and a synthetic alustinius silicate catalyst
as well as a microspherical natural clay catalyst were
used during these experiments. The activity index of
the synthetic tatalyst was 50 to 32, that of the clay
catalyst 20 and the sizes of the grains 0.20 to 0.50 mm.
Results obtained during these experiments were compared
with data from catalytic cracking processes of the same
crudes on a pilot plant with a monosectional reactor,
when the identical catalyst with much finer granulation
wax used (smaller than 0.2 mm) (Ref 10). The multi-
stage counter-current process gave much more satisfactory
results (Fig 2 and table 1). When using this method
coke formation was reduced. This proved that the multi-
stage counter-current catalytic cracking process Is
highly selective. When using this process in
conjunction with a clay-catalyst (activity equals 20),
for heavy crudes (table 2), the rate of the reaction in
Card 2/4 intensified 3 to 4 times. Gasoline obtained from heavy

sov/65_59-4-9/A
Characteristics of the Multi-Stage Counter-Curreat Catalytic
Cracking of Heavy Distillate Crude*
crudes, when using a synthetic catalyst, contains a
larger amount of unsaturated compounds than the product
from fluidized bed cracking processes. The octane
number of the gasolines equals 80 and can even reach 100.
The-light gas-oils from the multi-stage counter-current
catalytic cracking process have cetane numbers between
30 and 31, whereas the gas-oils prepared by monosectLonal
cracking have cetane numbers of 18 to 26. The quality
of the gasoline can be improved by catalytic purification
over an alumintum silicate catalyst (Ref 10). The yield
of light products in the one-stage catalytic cracking
process of heavy distillates does not exceed 60 to 62%.
This yield can be improved by using a selective 2-stage
cracking process (UP to 70%). The basic characteristics
of the multi-stage counter-current process of the VNII NP
were compared with those of a plant by GrozNII
GLprogrozneft and those of the GrozNII regenerator system
Card 3/4 Oef 4 and 6). Advantages of the multi-stage counter-

sov/65-59-4-9/i4
Characteristics of the Multi-Stage counter-Current Catalytic
Cracking of Heavy Distillate Crudes
current process are discussed and it to stressed that
high octane gasoline and gaseous olefins can be prepared
simultaneously. The experimental work was carried out
by G.S.Shnayder, V.A.Basov, L.A.Rudnltskly,
N.P.Yepifanova, Ye.V.Leontlyeva and several
investigators of the VNII NP. There are 3 figures,
2 tables and 13 Soviet references.
PRESENTEDt Ist December 1958, by
S.V Adellson at the Conference of the GNTK USSR,
G
'i RSFSR, Scientific Technical Department NGP.
NT
Card 4/4

sov/65-59-4-io/A
AUTHORS: Or0c1*0, D-I., Banove V.A. and Mellk-Akhnazarov, T.Kh.
Calculatlo_n
of Multi-stage
TITLE: Method of Hydro-Dynamic
Counter-Current Contact Plants of the VNII NP
(K metodike g1drodinamicheskogo rascheta stupenchato-
protivotochnykh kontaktnykh apparatov VNII NP)
PERIODICAL:Khimiya i tekhnologiya topliv i masel, 1959, Nr I*,
PP 54-59 (USSR)
ABSTRACT: Investigations of VNII NP have shown the suitability of
the multi-stage counter-current methodof omitacting gases
or vapours with fine-grained solids which makes it
possible to speed up the rate of warty fluidised-bed
processes (Ref 1). The design of the plant and working
method were described in an earlier publication (Ref 4).
The authors now give calculations for defining the basic
mechanism of the process. The experiments were carried
out in a glass apparatus which comprised two fluid1sed-
beds of fine-grained material (Fig 1). A granulated
aluminium silicate catalyst was used which contained up
to 80% of 0.2 to 0,5 mm fractions and 18% of < 0.2 mm
Card 1/2 fraction (viz table). Variations in the coefficient of

sov/65-59-4-10/14
Method of Hydro-DynamIc Calculation of flultL-Stage Counter-Current
Contact Plants of the VNII NP
resistance of the grid at various ratios of the diameter
of the aperture and of its thickness is shown in the form
of a graph (Fig 2). The length of the tube affects the
efficiency of the process and, therefore, experiments
were carried out with 100, 1501 175, 200 and 250 ma
length tubes which had a diameter of 1.5 dp* Results of
these experiments are given in Fig 4. This nomogram
cd rrelates the basic variable factors which affect the
operation of the multi-stage counter-current apparatus;
the linear velocity of the air current in the free
sector of the apparatus; the resistance ot the gas
separating grids at various degrees of perforation etc.
Experimental work was carried out by Yu.X.Vayl I P.A.Golosov ezA
other members of the VNII NP. There are 4 figures,
i table and 5 references, 4 of which are Soviet and
1 English.
Card 2/2

BASOVP V.A.; GUGOLEVA, O.F.; LIVSHITS. R.S.-, J1ELM"WWABD.V _J'aj
- -0 . %4~
OROCHKOY D.I.
Chemical and technological macrokinetics rf the cracking of
petroleum distillates over powdered cata2ysts. Azerb. k~lm.
zhur. no*5255-64 164. (MIRA 180)

0- _jyoV ',~,4y
FEYGINP S.A.; BASOV, MI.; KO-7,-T S r'. , S . B. ; :Er
KLENMEYEEV, M.A.; KOGAI,', Yu.S.
Economic evaLuatlon of the efficirncy of alternatives for remodeling
existing catalytic ~:racking unita. Nefteper. -1 nefte?J-1m. nc.10:
1
21-14 164. 04M% 17:12)
1. Vsesoyuznyy riauc-,~,r~c.)-issledovatril.'sk',y institul. po perarabotke
neftl i gaza I pollicholliyu I!jkasoviannogo zh-ldkogr) tol)ILIVa.

BA.iOV, V.A.; MP:fJK-AKHMAZAII()V, T~Kb.; 010011KO, T).T.
1-1-10n3ification of the oxidizing regeneration of aliminosilicate
catalysts in a fluldized bed. Khim. prom, no. 4t282-289 Ap 164.
(MRA 170)
v

0 niumpix-Am addi-4.
f 11149--~o WWTOAIT(1410~1-40f' pL'154-mn*ljP-:% IUIIVD~~;
LIT
Eli
S AZ-

-7t-

-Dis 77
f
j
di
5
an
i
_Uz
m
cal
n
~ I
pra
the zujh~~ immz1f iv! heatiug
by cluutsiz of
.01mat-ar-I n2mP.-CAII N, nguat. e
thc-ct~,~S ctitialt t~ JiffL-eut pjut~?t ~Iflhi~ fun. am ApIlat-
p4m famace built !a tbe diem. hist. en th Anvemian
Acad. 64~4. i;I nrtica" Ww. V4, ckvuctlcs~ And produavi
13.4 mtijday of white guvsrs for clu. lamp hulba, ThcCA.15
0.6-1.0 ampAq. c" 'temp. nc2r the eicftmde3 is about
13401; In t.", Wia~,5. 14CW. Ai rx;uit, tecip, tb~ rr,-istance
L-cm=i 0_2 vlcLtj;srdr_s j_~.m~.mn with

built.-
-
_tbin require fiffly 23
~Wvrc ooinpa~t
much Ruing tetmejorle--, mr,-- casy to ~ntl~jf~,ct to auto
TYL
'Lion, .4m cheaper lit construction am] mainwifucc, an-
efficit-ttry, t:gainst 210%; (A amibuetioa furnat=s. Thzy
am jq-,aitabLe, howevu, ottly widi hydroeleci werly,

HUNI S.O.; KOSTANW. K.A.; M3LIK-AKMWARTAN, A..F.
- . I F
MeasuriM the specific resistaxce of malted glass In electric
furnace. Stak. I ker. 13 no.3:7-9 Kr 056. (MZaA 9:6)
(Glass manufacture-Chealstry)

A A
H Alf) 7,11i'~y~411v
US.SR/Chemical Technology. Cherdcal Products and Their 1-9
Application Silicates. Glass. Caranics. Binders.
Abs Jour : Referat Zhur IChiniya, fro 4, 1957, 12530
Author : Manvelyan M.G. p Melik-Aldauizaryan A.F. , Kostanyan K.A.
Halchad7liyan
Title : Use of Graphite Electrodes in Electric Glass-Idelting
Furnaces
Orig Pub : Stekao i kerardlm, 1956)1-10 7) 1-7
Abstract : Description of the history of utilization, in USSR, of
steel, vall-adjoiuing electrodes in glass-melting fur-
naces' and the testing of graphite electrodes in a se-
rd-production scale furnace. Presented are the theore-
tical preildses of the beliavior of graphite electrodes
in the body of glass, and on the basis of the results
of their tests under different loads and glass-neltiug
temperatures the conclusion is reached that the domes-
tically mnuffactured graphite electrodes are entirely
suitable for this purpose.
Card 1/1 72
4E q~em S5

MILMAKMAZARTAN. A.?.
Designing electric glass tank furnaces. Izv.Aff Arm.55R. Ser.toirb.
nauk 10 no.4:21-32 157. (KIRA 10:10)
1. Milmicheekty institut Aff lroyanakt* SSR.
(Glass furnaces)

I - I)III\I.1,41V-I-je-~'IIA-"11-)Iil-) A'. j"
KAVMYAN, K.G.; KSLIK-AKHMAZARYAIT, A.F.; KOSTANYAN, K.A.; IIAWHADZHTAN, S.O.
Glass layers next to the electrodes In electric glass furnaces.
lzv.AJF Arm.SSR. Ser.tekh.nauk 10 no.4;51-60 157. (KIRA 10:10)
1. 1(himicheskiy institut AN Armyanskoy SSR. .
(Glass furnaces) (Electrodes)

119 -1P V4-)
KAMOUTAIF. M.G.; -K3LI A.R.; YAHZNXYAN. Ye.A~.;
3.0.
Uidvg Ararat quartzites as basic materials In the manimfacturs, of
glass for electric bulbs. Isv. AN Arm. SSR. tar. tekh. nauk 10
no.5:89-92 157. (KERA 11:1)
1. Shimicheakly Institut AN ArmSSR.
(Armazda-quartzite) (Glass manufacture)

MAMILTAN, M.G.; NBLIK-AKMWARYAY.. A.r.; MDSTAUTAM. K.A.; MILMAXIMN,
S.O.; I , AN, S.T.
Passage of grog materials Inot glass batch during electric fowding
of bulb glass. Isv. AN Arm.SSR. Ser.tekbu.nauk 11 no.4:51-69 158.
(Glass mamfacture)

KMMTAN. N.G.; mujX,.AIMW.MlrAN, A.J**; KOSTANTAN9 K.A.; NALCHAMMY-AMN, S.O.;
we *,A, I
Deterloration of electrodes in electric glass furnafts. Inv. AM
Aru,SJIL t*r*tekhnmuk 11 no*5:69-70 158o (MIRA 11:11)
1. KhImlobaskly Institut AN ArmSM
(Glass fnrnaces) Onectrodes)

bS=-AMMAZARYAN, A. F., Candidate Tech get (diss) -- "Investloation of the
electrowelding of glass in experimental furraces". Leningrads 1959, 16 pp
(Min Higher Edue USM., Leningrad Order of Labor iRed Banner Tech Inst im Leningrad
Soviet)o 150 copies (XL, Do 22, 1959, 116)

MARVMAN* NGi,.t j!PX-AK!MZWAV..*.r.i KOSTAWAN, K*Ao; VATZHAMMUN9
S. 0.; TzuJKuw,- To- . OSTAN. K, M. I
No2ting borosilicate glAss ir vartic&2 electric fhrnaces.
StekA ker. 17 no.2:5-9 F 460. (91M 1316)
(Glass mwaufacture)

MELIK-AELVAZARYAN, A. RUSTAMBEICWI, S.; TATEVOSYAN., K,
Operation of molyWanum aid graphite electrodes in an
electric glass furmae. Prom.Arm. 4.no,6:57-60 Ja 161.
(MIRA Il+:8)
1. Nauchuo-issledovatellakiy institut khimii. Sovwrkhosa
Armyanskoy SSR,
(Glass furvices) (Electrodos)

5-. Zboo
E76M
5/131/61/000/010/003/004
B130/3101
AUTHORSs Manvelyan, If. G., Melik-Akhnazarov, A. F.,
Rustambekyan, S. F_.-,-3Wd-a-ry-=n,
TITLE: High-temperature solar furnace
~Lo
PERIODICAL: Ogneuporyrno. 10, 1961, 465 - 469
TEXT: A solar furnace producing temperatures of up to 20000C by means of
solar radiation is described. The device serves for the thermal treatment
of silicates and other high-melting substances, without the disturbing
effect of a reducing zone or impurities. The installation consists of a
stationary paraboloid reflector and a heliostat. The diameter of the
reflecting mirror is 2-015 M, the focal distance 600 mm, the angular
aperture of the mirror 610501. The heliostat consists of 16 flat mirrors
750 by 620 mm, the position of which is controlled by micrometer screws.
The frame on which the mirrors are mounted is moved automatically by a
special mechanism in zenith and azimuth direction according to the posi-
tion of the sun. The furnace consists of a cylindrical steel cup (inner
diameter 80 mm, length 60 mm), which rotates by means of a 100 w a-c
Card 1/2

S/131/61/000/010/003/004
High-temperature solar furnace B130/B101
motor around its axis, coinciding with the reflector axis. Moreover, the
furnace may be koved manually to and fro along this axis. This installa-
tion was built jointly with the ENIN AN SSSR (designer R. R. Aparisi).
Briquet specime j of silicates with 60 mm diameter and 25 - 30 mm height
2
we.re molded at 300 - 500 kg/CM . The specimens were molten in the solar
furnace on their entire surface to a depth of 6 - 12 mm. At the present
state of the method, it is possible within 40 - 50 min to obtain 45 - 70 9
of 'melt for the,purpose of investigating the physicochemical properties.
The melt specimens of highly aluminous refractory materials (of a mullite
type) are of light gray color and clearly visible crystalline structure.
The volume weight of the mullite obtained in this way is 2.95 - 3.1 9/CM3
and is slightly higher than that of industrial mullite (2-5 - 2.9 g/cm3).
There are 7 figures, 1 tabley and 3 Soviet references.
ASSOCIATION: Nauchno-issledovatelfskiy institut khimii SNKh Arm. SSR
(Scientific Research Institute of Chemistry of the SNKh
Armyanskaya SSR)
Card 2/2

MANVELYAN,- Manvel. Gareginovloh; W-1,16611mCAUM, Ashot-Fedoroviche
KOSTAND1,110 Kostan Artwazdovich; NALCHMMY,, Suron- Opmeovich;
j,EftZXKYAffp Yo1e=.,A=yaiwvna; ARUTTWAq, S.B., rodAzA-va;
GAIZTM, V. tekbno red.
"ric
eez, glass founding)Zlektrovarka.staVla. Brovan,
W
Arnion.skoe gas. isd'-vot 1962. 221 p. (MIRA 16%4)
(Glass manufacture)

IVJ; F_ 1~ - P*'/yAh42)9 /< YP All t9 C J,
ATIM
PHASE Z BOOK EML017 307/S295
Kauchnays, konCerantalya Instltutov khImIl Akademly nauk Azerbayd-
ahanskoy, ArmWanskoy I aruzinskoy SSR. Yerevan, 1195T.
Nater:L&3,v nsuohnoy konferentall Institutov khimli Akadamly nauk
Azerbaydzhanskoy, Army&nakoy I Gruzinskoy SSR (materials- of the
Scientific Conference of the Chemical Institutes of the Academies
or Solenceallof the Azerbaydzhan, Armenlanand Georgian 33R) Yerevan,
lzd-vo AN ArtWanskoy SSR, 1962. 396 P. noo copies printed.
Sponsoring Agencys Akademlys, nauk Arwyanskoy SSR. Institut organi.
cheskoy khimll.
Reap. Ed. r L.1 To. Ter-Nlnasyan; Ed. of Publishing House: A. 0.
Slkunl; Tech. 3d.t G.'S. Sarklayan.
PMIPOSgt This book Is Intended for chemists and chemical engineers,
and mar be 4seful to griduat* students engaged In chemical re-.
search.'
Card 2/21

'Materials of the Scientifl. Conference (cant.) S07/S195
COVERAGE: The book contaJLqs the results of research In physical,
Inorganic, organic, andlanalytical chemistry, and In.chesical
-engineering, presented it the Scientific Conference hold In
Yerevan, 20 through 23 November 1957. Three reports of parti-
cuiar Interest are reviewed below. No personalities are mentioned.
Re erences accompany Individual articles.
TABLE, OF CWTENTS s
)NMICAL CBEMWTRY-
Teltaishvill, 0. V,, and Ye. D. RosebashvIll. Use of the Mige-
n6tic Method In Studying Some Complex Cobalt Compounds 5
Nano~ashvlll, Ye. N., and L. V. Ivanitakeya. -The Effect of
Y~Radlatlcn an Colloidal Solutlons*of Gallium, Indium, and
Thalliu- Sulfide
ZU11fuga"ve Z. GO, V-- To- Simi oxi-md S. G-. Pbradova.
Zffeat-of th*,.Con&1t1onx:of` Synthesis and Formation oi
C" g/21

KAYN-LYAN.. H.; MELIK-AKHUMARYAN A. - RUSTAMBEKXAN, S.; KCSTANTAN, K.;
TiLTEvbsffN-, K. 7:L-z
Studying the processes of bottle glass melting in electric glass
furnaces with Lusavan perliteslas base. PromeArm. 5 no,3:39-42
mr t62. (MBA 15:4)
NIIKbimli Sovaarkhoza, Armyanskay SSR.
(Armenia,-Perlite Oftneral)) (Glass manufacture)

TATEVCSYAN; K*14.,q inzh.; MANVELYAN, M.G., akademik; MELIK-AKHNAZZARYAN.
kand,, tekhn. nauk ......
Investigating the volatilization of fluorine during the manufacture
of opal glaas. Stek. I ker. 22 no.8:10-12 Ag t65. (MIRA 18.9)
1. Yers-imiskily nauchno-issledovatel'skiy institut khim:Li Gosudarstven-
nogo komiteta khimicheskoy prom-pI,',3nrosti pri Gosplane SSSR*
2. Akademiya nauk Armyanskoy SSF,for Manvel7an).

; NICLIZALLAIR - *j ...daktor
-W -
" N;.., I' I I -%,!~
Fedor Parfirlavleh Poltakov; an obituar7o Aserbo-zed.thar. no-7
w -223 il 158 (MIRA 11:8)
(POLDICY, FMOR PORPIRILTICH,1890-1957)

HELIK-ALATEMYANO 11.0.
Estrual, cycle an the structure of ovaries in white rats in
chronic chloroprene intoxIcation. Biul. eksp. biol. i med.
60 no.7:107-110 JI 165. (MIRA 18:8)
1. Laboratoriya rosta i razvitiya (zav.- prof. L.D. Liozner)
Instituts, eksperimentallnoy b4ologii (direktor - prof. I.N.
Fayskiy) A14N SSSR, Moskva, I Hauchno-issledovateliskiy institut
qkusherstvi i ginekologii (direktor- prof. P.A. Markaryan)
Arrqanskoy SSR, Yerevan.

MELIK--~ N. G,
B*43,;rous cycle An wh-tu-i rats in cl-rmic
Zhur,oksp.l Kin. md. 4 nr.. ~,6, 164
Gone7ative function of the clva~Jes in rats in
11_id.
chloroprene intoxica-Uon.
1. Tnstltut eksporimentalInc;.- Wniog,~i 'MI SF36R
akusharstva i ginakologli

HELI&4RAKELYAN, T.A., insh.
- . A
Air corAitioning- in the Irmlin Palate of Congresses. Kho1*
takh. 40 no.4t4-11 JJIL-46 t63- (KM 16:8)
(Moacav-4(remlln-Air conditioning)

GAM, A.A.0 professor, Ndskwa. B-64.,B01haritoalyivskly par.,A.12,
kim.
kww3Qj Aq~. -414-t neditainskikh amLnr Cdcammod]
AlAphraqgmtta hernia Eutth summary
Itlaam arthlav~4speats: of
k4iisfie 16o) Yost kitir. 77 '4476-86 Ap 156. (nn M)
Pe 0 n0;$
A, In terapeytichaskoy klttLiki (dir.-prof. L.Aaerke) t rentganov-
ikogg otdalealys Instituta skoroy pamos4chi In, N.T.Sklifosovshgo,
.(HRRNLL DUPEIRAGNATIC
GRO'le & d1lue aspects)

,tow rrov, "'. i.
T
IN ~ '.' YZ.I.~
Esophagus - Ulcers
Differential diagnosis of esophagal ulcer. Sov. ned. 16 no. h, 19152.
MonthIZ List of Russian Accessionsi Library of Congress, September 1952. UNCLASSIFMD.

PETROV, B,A., professor, prodsedatell; BAWMOVSK&TA, E.G.' sekretarl; BUK-
TSIT. N.L. kaudidat qeditsinskikh nauk'. TMIOTSKIT, S.D., profosEan.
OV, A.A. kandidat meditainakikh nauk; PATSIORA. M.D., kaa-
didat meditsinskikh nauk; YJURSKIY, U.N., professor; DAK173. M.G.; TA-
VONIUS, K.N.; GULYAYZV. &.V., professor; KAZANSKIT, V.Iot professor;
ORCHOV, D.Te., professor; POROYMM, V.I.; LIHADW. V.I.; MAKHOT. NoL,
dateent.
Minutes of the session of the Surgical Society of Moscow and Moscow Pro-
vince of September 12. 1952. Xhirurgiia no.3:88-92 Mr '53. (MT.RA 6:06)
1. Khtrargicheakoye obshchestvo Moskvy i Moskovskoy oblasti.
(Spleen-Surgery)

NBLIK,ARUTMOT, A..1.
Dilated veins of the stomach and asophaga as the source of gastro-
Intestinal hemorrbages, KlIn. mad. 9 Noskya 31 no.4:63-66 4pr 1953.
(CLKL 24:4)
1,'..Candidate Medical Sciences. 2. Of the Roerften Division of Moscow
Municipal Scientific-Research lustitute of first Aid Imeni N. T.
Sklifogavokly.

MMK-ARUTMOT, As I., kandidat meditsinskikh a&&*
Dilatated veins of the stomach and esophagus an the source of gastroin-
testinal hemorrbages. Illn.sede .34 no.4: 63-M Ap 153. MRA 62-7)
1. Relitganovskoys otdolenlye Moskovskogo gorodskogo nauchno-issledovatell-
skogo Instititta skoroy pozoshchi Imeni NoV.Sklifosovskago.
(Stomach) (Zoophagus) (Henorrage)

.HELIK-ASLANOV, A.S.; SIDOROV, S.A.; MIRIADMANZADEy A*) red. ,
-
[Sard-jet method for perforating up-a-I's and drilling-in)
Gidropeskostruir.gi metod perforauii skvazhin i vskry-tie
plasta. Baku, Azerneshr, 1964. 115 p. NIRA 18:2)

AKGG0310 SOURCE CODE: uR/013/66/m/022/0010 0010
AUTHOR: _~ Melik-Aslanov, Kh. S.; Shabanbekov, Z. M.; ogly Muradklanav, G. A. S.;
cg'ly Sam_eTo_v7_A._K_.T,---
ORG: None
TITLE: A base for drilling wells at sea. Class 5, No. 1884,14
SOURCE: Izobreteniya, promyshlennyye obraztsy, tovarnyye znaki, no. 22, 1966, 10
TOPIC TAGS: well.drilling, machinery, marine equipment
ABSTRACT: This Author's Certificate introduces- I.-A base for drilling wells at
sea. The installation is a working platform with a 1 erstr'ucture resting on a pon-
SUP
toon submerged at a level where it is not affected by waves and fastened to the sea
bottom by flexible supports with anchors. Stability is improved by making the flex-
ible supports in the form of a system of cables 'Lastened to the working platform and
pontoon. The cabl~;s which pass over the pontoon and those which go from the working
platform to the anchors form triangles in the vertical-plane, while those going from
the pontoon to the anchors form triangles in the projection on the horizontal plane.
2. A modification -of this base in which a ball catch is used for fixing the cables
at the pbint where they intersect. F
1/2 imc: 621.242-3.002,54:624.15

ACC NRs AP706031.0
1~cables,- 2-working platform; 3-pontoon; 4-anchor; 5-catch
SUB CODE: 13, OB/ SUM bATE: 28may63
Card 212

165-57-10-15050D
Translation from: Referativnyy zhurnal, Geologiya, 1957, Nr 10,
P 288 (USSR)
AUTHOR: Melik-Aslanov, L. S._
TITLE: Investigation of the Part Played by the Intermediate
Zone in the Process of Oil Accumulation (Issledovaniye
roli promezhutochnoy zony v makhanizme nefteotdachi
kollektorov)'
ABSTRACT: Bibliographic entry of the author's dissertation for
the degree of Candidate of Technical Scie-dc6s,
presented to Azerb. industr. in-t (Azerbaydshan
Industrial Institute), Baku, 1956.
ASSOCIATION: Azerb. industr. in-t (AxerbOdshan Industrial Institute)
Card 1/1

SOV/124-57-8-9207
Translation from: Referativnyy zhurnal. Mekhanika, 1957, Nr 8, p 90 (USSR)
AUTHORS: _Melik-_Aslanov,_L,_5_ Avanesov, V. T.
TITLE: On the Role of the Intermediate Zone in the Ejection of Petroleum by
Water Flooding From a Porous Medium (0 roli promezhutochnoy zony
pri vytesnenii vodoy nefti iz poristoy sredy)
PERIODICAL: Tr. Azerb. n.-i. in-ta po dobyche nefti, 1956, Nr 3, pp 61-87
ABSTRACT: In order to clarify the size of the intermediate zone, i. e.,..:that zone
containing petroleum and water either in motion or devoid of motion,
three experiments. were undertaken relative to the ejectior of petroleum
and oil by means of water flooding of specimens -of an artificial porous
medium (length 3 m, pexmeability 1.1 darcy) containing some residual
water. The variation iri the degree of water saturation along the speci-
men was deteri~flned from the variations of electric conductivity. The
experimental data obtained characterize the petroleum yield during the
water-free period-and the over-all size of the intermediate zone; the
electrocanductivity data, in addition, define the lengthwise distribution
of -the water saturation along the specimen at the beginning and the end
Card 1/1 of the experiment. L. V. Lyutin

MEr,1EK-ASLAR0V#- 4A.; ARAKELYAN, A.A.; OVIUTAHOV, S.T.
'a-
_,.e. .
Zdge water encroachment of the Sub-XtrmO-4 series In the southeastern
area, of the Surakhan -field. Trudy AsUll US no.3:210-231 '56.
(MMA 11:6)
(Apsheron Peninsula-Oil well floodivg)

ATANBSOV. V.T.; RUEZEDV, Z.F.; UTRALLY, K.I.; MEILIK-ASrANOT, L.S.
Determining the effectiveness of secondary methods of oil recovery.
Trudy AsHIII BY no.3s241-259 156. (NM 12:6)
(Secondary recoverf of oil)

. 011MOMMITCOVe MaZo
L;~
Prqarlng data on weU Investigatim by studylvC the curve of
botten-hole repress during unsteady flowe Aserb. neft. khos,
37 nool:21*,23 Ja 158. (Petroleum engineering) (KERA 110;)

IMLIZ4SLAKOV. IaSo; LIS2ZWAMW,_,B*Ko-, AXRWSUKUN. A,Po
ConcoMMIng &me of wVloltatlou and wldonlvg flIters used In
flolds of the Urneft serlow. Acer% mofts khos. 37 no-5t24-26 wr
1.00 (;& U:B)
(Apdwrou Foal=2mp--ftltors and f:iltratloa)* "
1.

_q _ MIK-ASLANOV, L. S. ; AVANESOV, V. T.
RUBXKOV. Z. ~.~ -
Studying mthade of flooding oil from porous media. Trudy
VIIII n0-24:22-36 159. (MM 13:5)
(Oil field flooding)

RZABEKOV, Z-F-; MINJASLAROV. L.S.: ATAIMOV. T.?.
Uperimental studY of oil flooding from the top downward and from
the bottom upward. Aserb.nsft-khoz. 38 no.11:21-25 H 159.
(Azerbaijan--Oil field flooding) (MM 13:5)

MEIIIIC4~IAFOV *S.t SHAKMZAROV9 A.A.; KADMOVAP KOSS
___j L, , .
Studying the deposition of sand In a borehole. Trady IzNII DN
ao.912%4"-$60. (Sand) WRA us 5)

t:~~-AS~LAIIQV ~L-~ SHURIAZAROVl A.A.
Limits of permissible life of sand producers witb sand fallout.
Azerb. neft.*khoz. 39 no.3(405):32-34 Yr '60. (MM 14:9)
(Oil wells)

MI. X-AnTAIJOVP L.S.; IBRAG1140G., E.I.
-. Study of the effect of pressures and impurities on the physical
properties of fluids used in hydraulic fracturing. Aserb.neft.
khoz. 40 no.8.-34,-36 Ag 161. (MM 15:2)
(Oil wells-4draulic fracturing)

MMVAnZffANZADrv A.Kh.; WIXC-ASLANOV, L.S.; HAWJUMN.. N.Kh.; FARZM9
TA.09
3tudqiM Us ctUpluement of condensates by natural gas
Aserb-'neft.khoz. 41 no.3t22-24 It 162. iWA 15:8)
(Condensate oil wells)

ABBASOV9 Ch.l..; HELIX-ASIANOVp L.S.
Pe asible duration of the oil-well production period with
sand ejection. Azerb.neft.khos. 41 no.5s25-26 My '02.
(MIRA 16s2)
(Oil fields.-Production methods)

)MLI97DAWYM#. L.S.
T
Some data on water-soluble baits and the absorbing complex of 4088.
Zap. 01' " no.W69-173 162. .(MM160)
(Loess--Analysis)

TAMBOV,, A.Y.; 1ZLIK-ASIANOV. A&-,j TSIMOMN.. G.A.
&conomic effectiveness of bydraulie fracturing amd acidization,
of injection wells, Aserb, neft, Khoz, 41 no.1:47-48 Ja 162.
(KWA 16 -.7)
(Secondary recovery of oil)

7.1-f
14LILIK-ASIANOV., L.S.; ABBASOV, Ch.l.
Deformation in oil strings. Nefteprom. delo no. 3:12-15 164.
(MM 17:5)
1, Azdrbaydzhanskiy nauchno-issledovatellskiy institut po dobyche
nefti.

MUK-ASLANOV, L.S.; SIDOROV# O.A.; PUTYATINA, L.I.; MUSAYar, M.A.
Analyzing and generalizing the resulto of the- Introduction of
sand-jet perforation in the fields of Azerb-aili&n. Nefteprc;m.
delo no,11:16-21 164. 180)

ME=-A$LAMOVP.L*S*
Gas-condensate flooding of oil from a porous medium. Saft.
khoz. 42 no.7o.38-42 Jl 164- (MRA 17:8)

VEZIROV, S.A.;,MELIK-ASLANOV, L.S.
increa-sing the efficiency of the hydraulic fracture of a bed.
Neft. khoz. 43 no.1:36-38 -Ta 165. (MIRA 1813)