SCIENTIFIC ABSTRACT LOZOVOY, A.V. - LOZOVOY, P.R.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001030710002-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: April 3, 2001
• Sequence Number: 2
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

S/846/62/017/000/001/002
E071/E135
AUTHORS: Lozovoy,,-_~V_,.~-!use levich D. L. , Ravikovich, T. M.
Titova, T.A., and Cherkasova, V.F.
TITLE: A two-stage scheme for the production of chemical
products by hydrogenation of tar from the Chereinkov
coals
SOURCE: Akademiya nauk SSSR. Institut goryuchikh iskopayenykh,
Trudy. v-17, 1962. Khimicheskaya i termicheskaya
pererabotka topliva. 174-181.
TEXT: This is a continuation of the previously published work
in which the possibility of production of 'various compounds and
semiproducts from the tar produced by semicoking of the above coals
was demonstrated; namely, that by liquid phase (at 300-500 atm)
and high temperature vapour phase (at 75 atm) hydrogenation, 3i-37%
of various chemicals, 37-51% of a high quality motor fuel and
18-25*/; of gases (C nH2n+2; Cl - C4) can be obtained. In the
present work a gaseous phnse hydrogenation directed towards the
production of chemical products instead of motor fuel was carried
Card 1/3

S/846/62/017/000/001/002
A two-stage scheme for the producti-:~n... E071/EI35
out in a 3 litre laboratory reactor. Liquid phase hydrogenation
products of the tar boiling up to 3o0 aC, obtained under works,$
conditions, were used as a starting material. Phenols and a major
part of nitrogenous bases were removed before the processing.
The hydroaromatisation was carried out at 75 atm. hydrogen supply
of 5-5 moles per mole of the raw material, and a temperature of
510 OC in the presence of a technical catalyst ~1003 + A12031 -at a
volume velocity of 0.7-0.75 kg/?/hr. operating period; 100 hours
with one stop after 67 hours (without regeneration of the catalyst).
According to composition and yield analyses the activity of the
catalyst remained approximately the same throughout the operating
period; 71-74% of liquid hydrogenated products, 3.5-4S of water and
23-25% of gaseous hydrocarbons (C nH2n+2' C1 - C4 ) were obtained.
A high degree of aromatisation (86-7~9' of aromatics, includi-ag
38.1% of monocyclic and 418.6% bicyclic and condensed and 13.3% of
naphthenic and paraffinic hydrocarbons) was achieved. over 82% of
the liquid products boils below 250 *C; this fraction does not
require a further hydrogenating treatment and represents a
Card 2/3

A two-stage scheme for the production... s/846/62/017/000/001/002
E071/E135
finished raw material for the separation of aromatic hydrocarbonsi
the residue boiling above 250 OC must be returned to hydrogenation.,
By a two stage hydrogenation treatment of the tar combined with a
preliminary separation of phenols (C6 - C8)'and bases and with
other processes, 62-6605r, of valuable chemical.compounds and
semiproducts (aromatic hydrocarl~ons C 6 - C8, Phenols C6* - C8# Y
naphthalene, monomethyinaphthalenes, soi:%;ents, etc), 33-37% of
gases C.nH2n+2 can be obtained with a hydrogen consumption of
5-7-6. 0% on the weight of the tar.
There are I figure and 2 tables.
Card 3/3

-=aVWL7-A---V,; MUSELEVICH, D. L.; RAVIKOVICH, T. M.; SENYAVIN, S. A.;
TITOVA, T. A.; CHERKASOVA, V. F.
Catalyats on the aluminosilicate base for hydrogenation under
high hydrogen pressure. Trudy IGI 17:199-211 162.
(MIRA 15:10)
(Aluminomilicates) (Hydrogenation) (Coal tar)
t

BORTS, A. G.; KRICHKO, A. A.; KONYASHINA, R. A.; L,O.ZOVOY A. V.,
LIVOVA, L. N.; Frinimala uchastiye: TSITRON, 1. L. _1~
Production of chemicals from the anthracene fraction of coke-
oven coal tar by the high temperature hydrogenation method.
Trudy IGI 17:250-261 162. (MIRA 3.5tlO)
(Anthracene) (coal-tar producta)
(Hydrogenation)

BLONSKAYA, A. I.; DEMBOVSKAYA, Ye. A.; -LOZP-VQY,-I--V-; Prinimala
uchastiye: MARKINA, Z. G.
Oxidation of naphthalene and monomethylnaphthalene fractions
of semicoke-tar aromatic hydrogenates to phthalic anhydride.
Trudy IGI 17:182-186 162. (MIRA 15:10)
(Coal-tar products) (Naphthalene) (Phthalic anhydride)
R~.
A

BLONSKAYA, A, I.; LOZOVOY, A. V.; Prinimala uchastiye: IUMNA, Z. G.
Composition of aromatic hydrogenates obtained from a aemicoke
tar of Cheremkhovo coals. Trudy IGI 17:187-198 162.
(MIRA 15:10)
(Coal-tar products) (Hydrogenation)

LOZOV071 A. V.; MARKINA, 'r- I-; SMAVIN, S. A.
Coke formation on an alumina-mo3ybd9num oxide catalyrt in the
course of high temperature hydrogenation. Trudy IGI 18:235-245
162., (MIRA 15110)
(Petroleum products) (Hydrogenation)
(Catalysts)

KRICHKO, A.A.;-WMV9X,,_Aj.3 MEMUMOVA, A.I.; PALICHIKOV, G.F.; RAVIKO-
VIGH., T.M.; TITOVA, T.A.; CHERKASOVA, V.F.; Prinimali uchastiye:
MUSELEVICH, D.L.; SOVETOVA, L.S.; TSITRON, I.L.
Obtaining naphthalene from straight-run fractions of the Anastasi-
yevska petroleum. Nefteper. i neftekhim. no.10:3-8 163.
(MIRA 17:2)
1. Institut goryuchikh iskopayemykh AN SSSR, Groznenskiy kreking-
zavod i I~pravleniye refteparerabatyvayushchey i neftakhimichaskoy
promjvsM!:;nr,osti.

ZAKRUENKO, V.A.; LOZOVOY, A.V.
. ." ..... .
Transformations of m-cresol, benzyl alcohol, cyclohexanol, and
2-octanol during high temperature hydrogenation. Zhur. priki.
khim. 36 no.4-.881-885 Ap 163. (14LU 16:7)
1. Institut goryuchikh iskopayamy'A AN SSSR.
(Alcohols) (Hydrogenation)

DRONRI) A.P.; MLMIOV, V.V.; KRICHKO) A.A.-, LOZOVOT, t..V.; MILKARIYE7, S.V.;
MEZIMIOVA, A.I.; PALICHIKOVI G.F.; STEMO, S.I.
Combined arrangement for the use of thermal-cracking kerosine.
Khim. i tekh. topl. i masel 9 no.6:18-2,u" J-061, (MIRA 17 -.7)
1. Giprogrozneft? , Institut goryuchikh iskopayemykh AIT SSSR i.
Grozneftekhimzavody.

k4r,1
AGOESSION lat; AP9)15468
M'rHORz Krichko A.A.* tozovoy,# AeV.'j, Titoval, T.T. Y~,
-jo,-, of naphthaleae from, crude petrolaan
pro
Lne-._Rojs of steam in th3 due.
~.S M ~;
U teperei~~
-,g.pressurd- th
M!,
-_4i
--Conv
1-and-
4~
e- r __S $ i4di"lor tlai~ 4Lth6ut__Cok6 -formation L e-vteana
V
-~z o-ne-.xap -Aliv --The. _fiydiagen -to crude for ateocg-
te oa idl ~-'dokev --rat
y
plishing the process in a prolonged cycle without coke formation Sho compr we
LO-2 cubic
meters ver kilogram. fs't a ratio of 1.35 cubic racters per kilogram
and below, cons'iderAble coke foiostion is observed. The aroastLzed extract
ird
4",
67-. 'S' -
4
M afimffi8~~ - -

Nv -

KRICHKO, A.A.;,.LOZOVOY A.V.; TITOVA, T.T.; Prinimali uchastiye:
RAVIKOVICH, T.k'.-'-,-'--NMVASOVA, V.F.
Role of water vaFor In the produ-,tion of naphthalene from
petroleum raw stock. Nefteper. i neftakhim. no.11:18-21 164
(MIRA 18:2)

IMICKOY A LOZOVOY A.V.; 1/,FZHLUMOVA, A.I.; MUSELEVICH, D.L.;
PALA, D.V.
Hydrogenation of petroleum products in the fluidized bed of
a catalyst. Nefteper. i neftekhim. no.12tlcl-20 164. (MIRA 18j2)
1. Institut goryuchiRh iskopayeqrkh AN SSSR, Upravleniye nefte-
pererabaty'vayushchey i khimicheskoy promyshlennosti, g. Groznyy,
i Groznenskiy kreking-zavod.

AVEMIT Whi A-
ATC _NR- -KftO3h67 SOURCE CODE: UR 1~8/64/
~p 012/00155
AUTHOR., Krinhka,,_ ~.A. I ova. A. IA 1~1%qelevich, D. L.;
_y. Av..V.; )fezhlwn
. !>
Pallchikov G. F.* Skvorti-cii. D.
'-' "_T
ORG.-7ZG1/__ 1A
OAdminift trole 53
~J'~A;~~ ration of Pe 11M Conversion and Chemical Induo~SyLGroznyy Or
-(Upravleniye-n/perer ayushchey i khimicheskoy promyshlennosti);-Groznyy
q -
Cracking Plant,LGroz Groznenskly imeking-zavod)
rozarf
TITLE: Hydrogenatioril of ;~ petroleum products in a fluidized solids catalyst layer
SOURCE: Neftepererabotka i neftekhimiyas no. 12, 1964,, 15-20
TOPIC TAGS:- hydrogenation, catalysis. naDhthalene, r)etroleum refining,#/
ABSTRACT: Ar~omatizbd fractions with 83-91~ aromatics ana an aver9ge
molecular weight of 165.5-169.0 (boiling range ROO-3000) were extracted
'with aqueous pyridine Crom a catalytic cracking/gas oil and subjected to
hydrogenation on an Al-Co-Mo oxides catalyst in a fluidized bed. The
,optimum conditions for the production of naphthalene by this process com-
prised 20 atm pressure, ^01550 0 temperature, hourly space velocity of 0.8-
0.9 kg/!..hr,,and a supply of hydrogenating gas (80% H and 20% CH
3/kg raw material. 2 4)
;amounting% to 1-1.5 m Under these codditionat a 60% con-
fversion of the raw material to products boiling below 2300 was obtained
and'the yield of naphthalene was 12-14% by weight in a single hydro- Y
genation stage. Tne-authoreCare'grateful to V. :3. AlItsbula and G. F. Se-c--henov
for their help in this work. Orig. art. has: 3 figure s/f"o=ula-s,--a-nd--T-f-aSfes.
SUB COM none ORIG REF: 005 OTH REF: 006
07 SUEM DATE:
Card lh(~av UDC 665.581

FANASYUKP V.V.; LOZOVOY, B.L. (Lozovyi, B.L.]
Determining the magnitude of disrupting stresses for a plate with
two cracks of equal length. Dop*AN URSR no.7:876-880 161.
: (14IRA 14: 8)
I* Institut mashinovedeniya i avtomatiki AN USSR i Ukrainskiy
po2igraficheskiy Institut. Predstavleno akademikom AN USSR
G.N.Savinym (Savin H.M.].
4lectric plates and shells)

KRICHKO, A.A.; IMOVOI, A.V.; IMEUTIRMOVA) A.I.; PALICHIKOV, G.F.;
STEPURO, S.I.; TITOVA, T.A.; Prinimala uchastiye FAVIKOVICII, T.M.
Production of phenenthrene from the low-sulfur gas O-JIS from
catalytic cracking. Khim. i tekh. topl. i masel 10 no.12:
10-14 D (MffRA 19: 1)
1. Institut goryuchikh iskopayemykh, Moskva i Ob"yedineniye
"Grozneftekhimzavody".

ZARECMrfU, O.S.; IOZOVOY, B.L.
Calculation of thevalue of Wetting of solid surfaces hy- liquids. '
Izv.vyo.ucheb.zav.;khimgi khim.tekh. 3 no.4:759-760 160.
(MIRA 13:9)
1. UkrainsIdy poligraficheskiy institut imeni Iv.Fedorova, kafedra
khimii.
(Wetting)

PANASYUK, V.V. (LIvov); LOZOVOY. B.L. (Lozovyi,._B.L.] (Livev)
Bending of a strip with a rectilinear slit. Prykl.mekh. 7
no.6:627-634 161. (KMA 14:11)
1. Institut mashinovedeniya i avtomatiki AN USSR i Lliovskiy
poligraficheskiy institut.
(Beams and girders)

42177
Vb13/62/000/001/003/006
E081/E183
AUTHORS: Pariasyuk, V. V. , and Lozovoy, B. L.
TITLE; Determination cf the limiting stresses in extension
of an elastic 11ane with two unequal cracks
SOURCE: Akademiya nauk Ukrayinslkoyi RSR. In8tytut rija5hynoz-
navstva i avtoniatyky, Llviv. Voprosy inekhaniki
reallnogo tverdogo tela. no.1, Kiev, 1962, 37-56.
TEXf: The paper is a continuaLion of previous work (DAN URSRV
110-7, 1961) of' the present authors. The system analysed is shown
in the figure, and consists of two unequal cracks with their ends
at the points -d, -c. a, b, with the stress applied perpendicular
to the line abed. The problem is to detdrmine the value jy;
of the tensile stress o, at which the eWailibriuin of k
the cracks becomes unsta le, that is, the stress at which the
cracks increase their length and begin to propagate. Conside 'ring
the energy of the system, the critical stress will be deteruiined
by the condition 3
Card 1/3 G Y

Dbtermination of the limiting ... S/813/62/000/001/003/UO8
E081/EI83
where --,./ is the decrease in the elastic energy; U is the surface
energy of the crack; y is any of the a, b. c, or d abscis~iae.
The elastic energy W is derived in-a form containing elliptic
integrals, and equations are obtained for the limiting stress at
the points a, b, c, d. The simplified equations applicable to
the special case of two equal cracks are also derived. The
elliptic integrals required for the solution of the problem are
discussed in detail and a number of theorems and relations
applicable to elliptic integrals of the first, second and third
kinds are proved.
There is 1 figure.
SUBM'ITTED: June 1, 1961
Card 2/3

S/179/62/000/001/018/027
E06IA535
AUTI-10115: Lozovoy, D.L. and Panasyuk, V.V. (LIvov)
TITLR: Some problems of the bending of a strip with a
rectilinenr crack
PERIODICAL: Akademiya nau!Z SS.SII. Izvestiya. Otdcleniye
teklinicheskikh nauk. Mekhanilka i mashinostroyeniye,
no.1, 1962, 138-143
T 1:'%,r The paper deals i-,ith the deformation under stress
of a beam or strip containinIg a linear crack at right angles to
the axis of the strip; the strip is subjected to external load:
a bending moment, a force acting at a point, or a uniformly
distributed load. Using the complex variable method of
Muskholishvili (Ref.l: Some basic problems of the mathematical
theory of elasticity, Izd-vo AIN SS.1311, 1954), the problem is
first solved for a strip or beam without a crack in uniform
bending, for a cantilever bearn subjected to an end load, and
for a uniformly distributed load. These solutions are modified
for a strip or beam with a crack by introducing the appropriate
boundary conditions. Previous results of Darenblatt (Ilef.2i
Card 1/2

Some problems of the bending S/179/62/000/001/018/027
E081/E535
Prikladnaya matematika i mckhanika, 1959, v.23, nos.'7),4,5;
Ref.3: The basic representation of the theory of equilibrium
cracks.formed dtiring brittle rupture. Collection of problems of
the mechanics of continuous inedia. lzd-vo AN SSSR, 1961) are
then used in conjunction with the final solutions to derive
formulae for the critical internal stresses and external loadsat
which the crack propagates across the section of the strip, i.e. 44
at which the strip ruptures. There are 3 figures.
SUBMITTED: September 2, 1961
Card 2/2

44208
B/021 62/000/011/006/013
D251YD308
AUTHORS: Panasyuk, V. V. and Lozovyy, B. L.
~.TITLE: On the development of two cracks of unequal length
PERIODICAL: Akademiya,nauk Ukrayins1koyi RSR. Dopovidi, no. 11,
1962', 1444-1447
TEXT: The authors consider ~n infinitle' 'elastic plate with two un-
equal cracks lying un the x-axis in.the intervals (-d, -c) and
'~(a, b). An intensive monotonically increasing stress (f p is ap-
y
:pli6d at y = +o0. The limiting valu6s of .the external stresses for
:which the craFka begin to increase (develop) are sought, p~A)
r
a, b, c,d) being the critical stress for development at the
--point p. The solution &'-a based on certain proposals.in the work of.!
G. I-.-Bardnblatt .(PMM, V. 23,4349 7060 893 1959; Izv. AN SSSR.-
-,--OTN. mekh. i mashinoetroyeniye, 3, 79, 1
960 Hence the critical
stress is obtained from the relationship
Pcr
Card '112

S1021 62/000/011/006/013
On the development ... D251 D308
YD
K
Y (X, 0) = -
lim -V7A k y Tr (4)
where Yy(x, 0) is the stre as perpendicular.to the.line of the cracks
and K is the modulus Of Cohesion. Hence applying the results Of N.
Mushkelishvili formulas for the critical stresses are evaluated
~in termd of elliptic integrals. The case of equal cracks andAhe-
case when the length of one is small ir. comparison with the length
-:"of the other are considered as special cases.
ASSOCIATIONS: Instytut mashinoznavztva ta, avtomatyky AN URSR.(In-
stitute of Machine Scien6e and Automation o~ the AS
UkrSSR); Ukiayinslkyy polihrafichnyy instytut (Ukrai-
nian PQ1y r4phip jMtUtoe
,PRESENTED: by H. M. Savin, Academician
_~__;~_SUBMITTED: February 51 1962
[,Card 2/2 4

PANASYUK, V.V.; LOZOVOY, B.L.
Determination of the limit tensile stresses for an elastic plane
'Ath two unequal cracks. Vop. mekh. real'. tver. tela. po.ls;'-'7-56
162.. 1 * (MIRA 16:1)
(Strains and stresses) (BlAsticity)

u8og.-63 __9wP(r)/9WT(n)./BD5 AFFTC SM
ACCESSION NR:;_A~3000880 -S/0178/63/000/002/n,043/0030
~B Ktr(Lfvov).
AUTHOR V, (L f vov)
Uxovoyl
JITLE: Determih ing the limit loadingin flexure of a beaneith a. crack beyond
its-neutrp-l axis
SOUR H__
-na k. Mekh4nikii i-mashinostroyeniyep no.*2,-
AWWR zv. -.Otd.. ~tekh. u
',1963p:-43-50
:"TOPIC TAGS- lim-it load, critical loid-, crack in a solid, crack advance, crack
propagation, macroscopic crack
The stress~and:strain distribution around a crack in an isotropic
ABSTRACT,
elasti