SCIENTIFIC ABSTRACT DZHUVARLY, CH. M. - DZIADOWIEC, STANISLAW

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000411920004-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 13, 2001
• Sequence Number: 4
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

DZHUV,LTILT,, Ch. M.; DZHAFAROVA , M. M.
-Discharge voltages of insulators. Izv. AN Azerb. SSR. Ser.
fiz.-=t.i tekho nauk n0.14125-128 161. (MIM 14:4)
(Baectric insulators and insulation)

DZHLFAROVA, M.M.1 DZHUVARLY, Ch,MI
Corona protection of insulatoro. Izv. AN Azerb. SSR. Ser.
fiz.-mat.i tekh. nauk no.1:129-13~ 161. (MMA 14:4)
(Corona (Electricity,))
(Electric insulators and insulation)

WNUVARLY,.gh.~.; DZHAFAROVA, M.M.
Movement of dust particles in the electric field if an in-vilator.
Izv. At' Azerb.SSR. Sor. fi7.-mAt. i. tekh. nauk 2t65-68 161~
(MIU 14: 7)
(Dust) (Electric fields) (Electric insulators and insulation)

S/081/61/000/023/048/061
B138/B101,
AUTHORS: Dz Xuliyev, R. Sh.,, Mukharskaya, L. A,,
reyzin, M. M., Chikareva, N. 1.
TITLE: Investigation of the possibility of producing transformor oil
by adsorption refining
PERIODICAL: ReferativrVy zhurnal. Khimiya, no. 23, 1961, 450, abstract
23M88 (Azerb. neft. kh-vo, no. 3, 1961, 35 - 38)
TEXT: The oils were refined by means of adsorbants, usinp the method
developed in the VN11 NP. It consiots in the continuous contacting of
the descending layer of the adsorbant (aluminosilicate catalyst of
fractional composition 0.25 - 0.5 mm) with the ascending flow of the
transformer distillate diluted with a solvent (gasoline from Surakhany
selected netroleum containing 5d,- aromatic hydrocarbons). Analysis,
according to ror-T 9132-56 (GOST 982-56), of the adoorption-refined and
also of the aci(', -alkaline refined oils from Baku Buzovny, Neft',.~~nyyr
Kamni, Balakhany oil and Surakhany selected crudes, nhoAell that
refining (adsorbent/crude ratio = 1;1.1)) 1,ivez f-,rvat(~r :,J!~Mlit,_v than
Card 1/2

S/081/61/000/023/048/061
Investigation of the possibility... B138/B101
the acid-alkaline method and makes possible the production of high grade
oils from tarry crudes. Adeorption-refined oils have very good electrical
properties: low tan6 value and high electric strength. The replacement of
the old acid-alkaline by the new adsorption method of refining transformer
oils will mean that a greater supply of crude is available, the oDeratinp,
properties of the oils will be improved and the service Period in the
.,)Jt~te +r
transformers will. be extended. Abstracter's note-, Cor- - insla';-nn,i

AUTHORS: ___Dzluvarly,, Ch. M.
TITLE: An Investigation
Oils
S/065/61/000/004/010/011
E194/E284
and Mukharskaya, L. A.
of the Stability of Transformer
PERIODICAL: Khimiya i tekhnologiya topliv i masel, 1961, No. 4,
pp. 64-67
TEXT: Previously the oxidation stability of transformer
oil was determined by prolonged oxidation in beakers at a temper-
ature of 105*0. This method is sensitive but lasts up to ten
days and a quicker method was required for production purposes.
An accelerated method which can give a result in one day uses as
catalyst a steel ball of 12-14 mm diameter and a copper plate of
50 x 30 X 0.3 mm wrapped up into a cylinder- 500 ml of oil is
oxidized at a. temperature of 105*C in a beaker 74 mm diameter.
After oxidation the oil is cooled to room temperature in a closed
thermostat and determinations are made of acid number, dielect-
ric loss angle and water soluble acid content. Results obtained
by this test on transformer oil prepared in different ways from
various crudes are quoted and it is concluded that the accelerated
Card 1/3

S/065/61/000/004/010/011
E194/E284
An Investigation of the Stability of Transformer Oils
method gives results comparable with those obtained by the long
term method and is also in agreement with theiSTV (VTI) method
(Standard POCT q61-55(GOST 981-55))- Of course the method
assesses the degree of ageing of the oils only in the initial
stages of oxidation and does not characterize the later stages of
ageing including sludge formation. The composition of the various
oils studied was examined by then - d - A method which is based
on determining the refractive index, the density and the aniline
point. This method was used to determine the aromatic ring
content of various oils and it is concluded that one cause of the
low stability of oils derived from Buzovny crude may be the high
content of aromatic hydrocarbons. To determine their fractional
composition the oils were subjected to vacuum distillation. The
oils were split up into narrow fractions and the narrow fractions
and mixtures of them were oxidized for eight days in open vessels
at a temperature of 105*C. The oils were assessed according to
the acid number, the content of water soluble acids and the
reaction of aqueous extract after oxidation. Once again oils from
Card 2/3

S/065/61/000/004/010/011
E194/E284
An Investigation of the Stability of Transformer Oils
Buzovny crude are of less oxidation stability than those of
Balakhany. They also differ in oxidation stability of the narrow
fractions, all.fractions of the Balakhany oil have aqueous
extract of neutral reaction after oxidation, whilst the corresp-
onding fractions of Buzovny oil have a high content of low
molecular weight acid and for the higher fractions also have
aqueous extract of acid reaction. Oxidation test results on
different fractions of given feed stocks show that the stability
is less in the fractions with higher boiling point. This is bec-
ause of the high content of asphalt-resinous substances and of
heavy aromatic hydrocarbons in the higher boiling fractions. The
results demonstrate the possibility of improving the stability
of the oils by reducing the top temperature of fractionation. In
the case of Buzovny oils high stability is achieved by selecting
fractions within the boiling range of 350-420*C. In order to
obtain stable transformer oils the boiling range selected should
depend on the crude. There are 3 figures, 3 tables and 5
references: 4 Soviet and 1 non.-Soviet.
ASSOCIATION: Energeticheskiy In-t Azerb. SSR
Card 3/3 (Power Engineering Institute Azerb. SSR)

S/081/62/000/013/040/054
B156/Bioi
AUTHORS: Dzhuvarli, Ch. M., Mukharskaj L. At
TITLE: Research on transformer oils
PERIODICAL: Referativnyy zhurnal. Khimiya, no. 13, 1962, 532, abstract.
13M188 (Elektroenergiyal v. 12t no. 8, 1961, 3-7)
TEXT: The results of research into the electrical properties and stability
of transformer oils (TO) produced from Baku petroleum are given in an
article by members of the Energetich. in-t AN AzerbSSR (Power Engineering
Institute AS AzSSR). This shows that the dielectric loss and electrical
conduottvities of freshly prepared TO, which have been iefined by the action
of acid and alkalis are Coverned by the sodium naphthenates remaining in
the TO as a result of insufficient refining. The addition of bituminous
substances and naphthenio acids reduce the coefficients of dielectric loss
and electrical conductivities of Na-aoap/TO systems through adsorption of
colloidal particles in the soaps. The oxidability of TO is Coverned by
the proberties of the raw material and by particular features of the
production technology.adopted. When,using bituminous oils, the present
Card 1/2

S/08 62/000/013/040/054
Research on transformer oile B156YB101
method of alkali-acid.refining ensures that the TO are stable only If the
consumption of H2SO is high. The.adsorption met6d of refining opens up
prospects for improhng the quality of the TO pro*duoed from bituminous
petroleums$ (Abstracter's note; Complete transiation.1
Card 2/2

DZIIUVARLYS Ch.M.j_ KTJLIYEVp R.Sh.; MUKHARSKAYA, L.A.; DREYZIN, M.M.;
CHIKAMVA-, N.i.
Studying the possibility of producing insulating oils by adsorption
refining. Azerb. nefti. khoz. 40 no. 3:35-38 Mr 161. (MIRA 14:5)
(Insulating oils)

BAGIRCVp M.A.1 VECHKHAYZERp G.V.; DZHWARLY ' Ch.M.- RASHEVSKAYA, T.A.,
red.; BAGIROVA, S., tekS. -rad. -
(Electrothermal means of increasing oil reservoir recovery]
Blektrotemichaskie sposoby uvelichaniia nefteotdachi pla-
stov. Bakup Azerneshr, 1962. 174 p. (MIRA 15:11)
1. Chlen-korrespondent Akademii nauk Azerbaydzhanskoy SM
(for Dzhuvarly).
(Oil reservoir engineering)

BAGIROV.0 M.A.j VECHKHAYZER, G.V.j ~MARLY., Ch.Mj SPSHTOYN, S.M.
Temperature distribution and conditions for the stabi-Uty of
combustion in the heating of an oil-bearing stratum. Izv.AN
Azsr6.SSR.Ser.fiz,-mtJ tekh.nauk no.lt77-87 162. (MW 15:4)
(Petroleum engineering)

SYROMATNIKOV, I.A.; HAMIKONYANTS, L.G.; MAMEDOVI A.H.; KULI-ZADE, N.V.;
ABDURASHITOV, S.A.; DZMIVART.T- ChXt RIISTAH-ZADE, P.B.; CRJSMIOV,
.F.0.; GAZARIYAK, S.I.; EGENDI-ZADEp A.A.; ALI-ZADE, A.S.
B.P- Allbitakii; obituary. Elektricheotvo no.12s88 D 162.
(HIRA 15:12)
(Allbitakii., DDris Petrovich., 1887-1962)

BAGIROVs M. A.; BMMUWZERp G. V.; M,:.HUARL.YCh. M. j
SUTEMMUYBERP V. Ya.
Blectrothermal action on oil-bearing layers. Trudy WIN AN
Aserb. SSR 1503-67 162. (MIRA 15: 10)
(Oil wall logging, Electric)

SIOBI16-31000100410351051
B194/B180
AUTHORSI AliYev, Z. E., Dzhuvarly, Ch. It Klirnova, N. Y., Loginovat
S . N. , Melikova-~~,
T IT U; i Effect of electric parameters on the refining of oil in a high
voltage field.
PERIODICALt Referativnyy zhurnal. Khimiya, no. 4, 1963, 521-522, abatri;ct
4P162 (Tr. Energ. in-ta. All AzerbSSSR, 151 1962', 46-52 Cauxm,~ry
in Azerb.])
TEXT: As a result of work on the determination of the parasiete~a of a co;~-
tinuous plant for the sulfuric, acid refiningofoildistillates in an elect;jo
fractionater it was found that the distillate oil-avtol 10, treated with
sulfuric acid, can be successfully refined in the el,ictric fields of
different forms of voltage (industriul frequency, rectified and pulsed by
mono- and dipole waves) at appropriate field gradients. Ea,,.h type of voltage
and field configuration has its own optimum gradient at which. the color of
the refined oil conforms with fc-CT (GOST) standards. The tine required 'oT
refining is not constant, but depends on the electrical and technolo~;ical
parameters of the plant. A circuit diagram is given for the experimental
Card 1/2

310811631000100410351051
Effect of electric parameters on... Big"/Blao
plant. [Abstracter's notes Complete translation.]
Card 2/2

BAGIROV, M.A,,- VECHKIMYZER, O.V.; DWNARLY, Ch.Mo; EPSHlET11, E.M.
Effect of breaks in air supply on the process of thermal
treatment of an oil-bearing bed. Izv. AN Azerb. SSR.Ser.
fiz.--mats i teRhe nauk no-3tlO9-115 163. (MIRA 16:11)

KADYMDV, Ya.B.; _M41TAW, ~h.M.; kBDURRAKHMNOV, M.I.; KULIYEV, Z.Ya.
Numerical method of calculating transients In electric circuits
with distributed parameters without allowance for losses. Izv.
AN Azerb. SSR. Ser. fiz.-mat. I tekh. nauk no.045-51 163.
(MIRA 16:12)

I H ARLY Chinglz Mekhtiyevich IVANOV, Konstantin Ivanovich; KURLIN,
Mikhail Vladimirovieb; LIPSHTEYN, Rafail Aleksandrovich,
MUKHARSKATA, Leyli Idaiiovna; LEVINA, Ye.S., ved. red.;
YAKOVLEVA, Z.I.,, tekhn. red.
(Insulating oils) Elektroizoliatsionnye maela. (By) ChA
Dzhuvarly i dr. Moskvap Gostoptekhizdat, 1963. 274 p.
(MIRA 16:4)
(Insulating oils)

DZHUVARLYI Ch.M., akademik; 14UKX4RSKP.Yk, L.A., kand.tekhn.nauk
,,II.mprovement of the quality of tranqformer oil from Baku crudes.
Elektrotekhnika 35 no*2133-36 F 64* (KMA 17:3)
1. AN Azerbaydzhanskoy SSR (for Dzhuvarly).

DMOIARLY, Ch.M'P akademik; KJKHARSKAYA, L.A., kand.t-ekhn.nauk;
. .. . GOLIDSHTEYN, D.L.j kand.tekhn.nauk; OSIFOV, L.N., kand.khIm.nauk
r
[Transformer oils from sulfur-bearing petroleum. Elekf~ro!'-ekhnika
36 no.12s29-31 D 165. (MrftA 19:1)
1. AN AzerIZSR (for Dzhuvarly).

ACC NRt Ap6005029 SOME CODE:
AUTHOR: Alizade, A. A.; Aslanov, R. X.; Guseynov, F. G.;
M.
Dzhuvgly Yellyashevichp Z. B.; Kadymov, Ya. B.; Ku3Azade,, K. N.;
'Wa-z-Ezado, Zo I.I.Mamikonyantes L. G.1 Petrov, I. I.1 Rusta=ade, P. B.1
Spirin, A. At; Syromyatnikov, 1. A.; Esibyan, M. A.; Efendizade, A. A.
ORG: none
TITIE: Frofessorl-Boris Makeimovich ff4-~ushch
SOURCEi Elektrichestvot no. 1, 1965, 91-92
TOPIC TAGS: electric engineering, electric engineering personnel, petroleum
engineering personnel, petroleum engineering
ABSTRACT: Brief biography of subject,.a doctor of technical sciences and head of
Department of Electric Power and Automation in Industry at the Azineftekhim
tro
(Azer~bazhan Petrochem~Lical Institute), on the occasion of his 60th birthday in
,~ Pe
r lq~
Kiober 19 4 r=aduating &m, r;~.~azhan Polytechnical Institute im.,ni
Azizbekov, subject worked in Caspian shipping industry and later headed the designing
division at the Azerbaydzhan department of Elektroprom. With Azineftekhim since
1927* starting as laboratory assistant; department head since its formation in
1938, deputy dean of power engineering division in 1943-45- One of top Soviet
P
experts on the electric power supply and electrical equipment of the petroleum
industryp he has trained many engineers and scientists for this field and is the
author of over 60 published works and inventions. Widely known are his works an
C,rd 1/2 uDr,: 621-3-13-1/0
7;;w

L 11547-66
ACC NRt AP6005029
determining power losses in drilling. He was the first to investigate the problem
of selecting the most suitable power characteristics with due consideration for
wave-like torque distribution along the drilling string# fie did research on the
automatic regulation of drill feed, critical roUer-bit, speeds, self-starting
electrical pumps, etc.. A party member since 194% subject has been awaried the
Order of the Red Banner of Labor. Orig. art, hast 1 figure. CJPRS-7
SUB CODE: 09, 13 / SUBM DAM none
ht'~

ABDULLAYEV, G.B.; IBRAGIMOV, N.I.; MAMEDOV, Sh.V.; DVIVARLY, T.Ch.
State of an Mn impurity in Se. Dokl, AN Azerb. SSR 21 no.403-16
165. (MIRA 18:7)
1. Institut flziki AN AzerSSR.

USSR/
Microbiolcgy, General Microbiology
Abj Jour: Ref Zhar - Biol., No 6, 1958, 240311
F-I
Author :-,-Dzhuzta M. S.
Inst : Not given
Title :On the Phoinomenon of Browning of Beef-Peptone
Agar Caused by Flexner Dysentery Bacteria.
Orig Pub: Zdravookhr. Tadzhikistana, 1957, No 1, 44
Abstract: After Flexner's . dysentery bacteria were trans-
ferred 2-3 times on BPA, there appeared a diffused
light or dark brown coloration in 106 of 300
investigated cultures along the formed streaks.
Of these 43.4% comprised type V, 20% type W, and
39% a type not agglutinated by YWZ sera.
Card 1/1

L ~6515-66 NP(
F-ACC NRt -AF60=14
C)
-. SOURCE CODE:
UP/0382/66/000/001/0065/0073
AUTHOR., GolitsYn, 0. S.; Dzhuztu*ulov, T.; 8 oviehP X P
ORG: none
TITLE: General solution of the equations of,magnetobydrodynamicsfor one dimensional
non-stationary and plane stationk7 motions
SOURCE: Magnitnaya gidrodinamika, no, 12 1966, 65-73
magnetohydrodynamicaj, mhd flow, -
YFATRIACT: 4~e ~ahors consider the solution of the equations of magnetobydrodynamice
for the case of a gas having ideal conductivity,. for one dimensional non-stationary
and plane stationaz7 motion in a magnetic field perpendicular to the direction of
motion. While the fundamental results were previously obtained by one of the authors
(with S. A. Kaplanp DAN SSSR 1954j, v. 95j. 4) 769)p the present article presents a
solution which is more general and is applicable to one dimensional non-stationary
motions., The method used to derive the equation is similar to that used first in
ordinary gas dynamics by one of the authors (Stanyukovich, Inzh. zhurnal v. 4p 3181
1964) to investigate plane stationary motions. The resultant partial differential
equations are solved approximately~'W-11~e]Chaplygin method. The degree of approxima-
tion of the results Is briefly dis6ii-diii, Orig, art. has: 48 formulu.
SUB CODE: P-O/ SUBM DATE: 20oct65/ ORIG REF: OOV OTH REF: 002
Ir-A Ih Ifi,/ mvi. atwx em v.-xA k

DQUAIIISHVILI, Aleksandr Nikolaevich
DVIVAMISPVILI, Aleksandr IlikolaeVich. Geornorfologicheskie rai,)ny Gruzinskoi SSR;
tipy rellefa i raiony ikh rasprostraneniia. Moskva, 1947- 178 'p. (Institut
geografii M SSSR i Institut geografii im. Vakhushti All Gruzinskoi SSR.).
I'Literaturall: P. IIt4-f1-7?7 DLC: QB276.d4D9
SO: LC, Soviet Ueographyj Part II, 1951/Unclassified

DZHVARISHEYSHVILI. G.G,
Study of the effect of vitamin D2 on the excitability of tissue
ohemoreceptors in healthy animals. K izuch.roli nerv.sist v pat.p
immun.i lech.tub. no.2:365-368 161. (MIRA 1;tiol
1. Iz laboratorii eksperimentallnoy patologii i terapli (zav. -
G.S.Kan) Leningradskogo nauchno-issledovatel'skogo institute
tuberkuleza.
(ERGOCALCIFEROL) (TUBERCULOSIS) (TISSUES-INNERVATION)

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convergaceA( aD

Mathemucal ROVjWx Fourier series. S66bUceniya Akad. Nauk GruxbrSSR
11, 403-tO77MO). (Russian) No. 7
Vol. 14 Not 7 Suppose f(x) is an integrable function over the interval
July ' August 1953 (-r. v) vanishing on a dosed subset F- It is shwn that
Analysis the Fourier series of f(s) converges tq zero at vvery point
lof density of the set R provided

i.y. 0.) < +
where the B& are the intervals contiguous to E In (-r. W)
and w(f, 6) is the oscillation o(f(r) over the interval 8. This
Ptisfies
result is used to prove that if f(x) is bounded cm 'E. a
And has finite derivates at the r)6;nt3 of dcosity of E.
and if g(x) is integrable on (-Y, ir) and is bounded on the
complement of E. then the Fouricr scrici of tlm functions
c(x)f(x) and g(41(xi) are equ;convrrgcnt at every lx)jnt xf
of density of L. C. Klein (South Hadley, M-195.).

W-
v
MathemUcal.Revimm
Vol* 24 Now 7 .
July -,iqpmt 2955
Analyvi4
DivatIeUttli A. 0. On -sinp-lar
5 fanctions f0tegrable In the Bense of Dealoy-
MR;- - ' kad. NauV Gruzin. SSR 11, 473-
S~w n1tyPA
4!8 (tJ50); (Ruislan) NO- It
All n;tion #*(I, x) (a;Sx;Sb, a