SCIENTIFIC ABSTRACT KELOV, D. - KELTSEV, V.V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000721510016-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 13, 2000
• Sequence Number: 16
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

KELOV ~ D.~
in desert pastures and its effect on the organism
Solar radiation
of sheep and lambs, Izv. AN Turk. SSR. Ser. biol. naWc no.5:60-67
161. (MM 14:12)
1. Institut zhi'votnovodstva Ministerstva sellskogo khozyaystva Turkmenskoy
SSR. (1EAT-PHYSIOLOGICAL EFr-CT) (KARA KUY,-Sl=- )

ORMMOV, M.D., nauchW sotrudnik-, XEIOV, D.N., nauchnyy .sotrudulk
"
npizootology of AnnPlOcePhslatOnfestationg of goats and sheep,
Voterinariia 35 no.5:65-66 K~ 158. (MIRA 1211)
1. Tutkm9nokiy nanchno-issledovatellskiy inst.itut shivotnovodetva
i voterinarii.
(Tapeworms)

AM.-M, AP7007041 SOURCE CODEt UR/0202/66/000/004/0016/0022
AUTHOR: Korolevq F. A@; 0dintsoY9 As I@; Kelavp Ko
ORG; Physico-Technical Institutep AN TurkSSR Olziko-tekhnicheskoy institut
AN TurkSSR)
TITLE: Influence of resonator misalignment on the output power of a
neon-helium laser
SOURCE: AN TurkSSR. Izvestiya. Seriya firlko-takhnichookikhp khImIcheakIkhv
I goologicheskikh nauk, no. h. 1966, 16-22
TOPIC TAGSs gas laser# laser R and D
SUB CODEt 20
ABSTRACT: An Investigation of the extent to which disruption of ideal
0
alignment of a laser resonator mirror system influenceg the pr pertiesp
primarily the output powerp of the oscillation. A neon-helium laser
generating in the visible light at 6328A was investigated. The experi-
mental setup consisted of a laserp a device for measuring small Inclination
angles of the mixx r, a vacuum system and a power supply. The discharge tube of
the laser was 4 millimeters in diameter and 88 centimeters long. The
generator power as a function of inclination of one of the mirrors was'
Investigated with various lengths of laser resonator. The least Length was
133 centimeters. It was determined that the requirements for alignment of
-mirrors in a laser with spherical mirrors varies considerably. In the case
.of generation of many transverse types of oscillation, considerable (up
to 3 minutes of arc) misalignment of the mirrors can be tolerated. In
other casesq the maximum tolerable misalignment may be less than one minute.
The limiting angle decreases with decreasing generator power and with
Card 1/2 __._____UDC1_6Z1._375.-.91535 -1 - - - __ -11-,

NRi AP7007041
increasing resonator length, Misalignment Is much more critical in a re-
onator with lane parallel mirrors, Origs art* hast 5 figures and 6
a YPHSt 38933
formulas.
CWd

D. KELPAC
"Growing time mensuraticn." p. 37. (SW"Ki LIST, Vol. 77, no. 1, Jan. 1953p
Zagreb, Yugoslavia)
SO: Monthly List of the East biropean Accessions, L. 0.0 Vol. 2. No. 7., July 1953,, Uncl. I

UMPATSM, B-1.3 doteentj ZYABKRIA, N.T.
Changes in the peripheral blood during osteosynthesis with metal
mils. Trudy LSMI 59:84-92 '60. (1-11-RA 14:9)
1. Klinika obahchey khirurgii Leningradskogo sanitarno-gigiyeniche-
skogo meditsinskogo instituta (zav. klinikoy - prof. I.M.Taltman)~
(INTERNAL FIXATION IN FIIACTUIM) (BLOOD)

CEKULINA, A,; LASIS, A., SKARDS, V.; TILAKS, S.; INTAITIS, E.;
KELFIS~ E.; SAWAVIS, A.. REINIKOVS, L: KARKLINS, J.~
A8bthS, J~; KULA. P.-
luuaiai~ *-*; -MAXI-as p -E.
[Overall mechanization or dairy farms] Piena lopu farmu
kompleksa mehanizac-lUa. Riga,, Jatvjjas Valstq izdev-
nieciba, 1964. 309 P. [In L~tvian] (MIRA 18:7)

SODOMA,
Preparation and properties of transparent conduckting layers on
glass. Jemna,meoh opt 8 no.2:43-46 F 163.
1. Vysoka skola strojni a textilni, ~iberec.

`%USSR / Cultivated Plants. Medicinal. Essential
Oils. Toxins.
M-7
Abs Jour: Ref Zhur-Biol., No 6, 1958, 25235
Author : Ke
Inst : Kauno Medical Institute
Title : The Dynamics of Glycoside Accumulation During the
Vegetative Period in the Leaves of Annual, Biennial
and Perennial Digitalis Plants
Orig Pub: Kauno med. inst. Darbai, Tr. Kaunnassk. med. in-ta,
1957, 4, 215-222 (Lithuanian; res. Russ.)
that during cultivation at the Botanical Garden of
the Lithuanian SSR a quantity of glycosides accu-
mulated in the leaves of Digitalis lanata Ehrh.,
having -266, of D. purpurea L. /-.100, In D. ambigua
Murr. and D. lutea L. -66 frog units of activity
Abstract: It was established by two years of experimentation
Card 1/3
143
USSR Cultivated Plants. Medicinal. Essential M-7
Oils. Toxins.
Abs Jour: Ref Zhur-Biol., No 6, 1958, 25235
Abstract: per 1 g. of dry leaves. The amount of glycosides
in the leaves of annual plants grows during the
vegetation period, and reaches a maximum in Septem-
ber. It drops in November. In the leaves of bi-
ennial and perennial plants the quantity of glyco-
sides is greatest at the end of May and beginning
of June, during and after flowering this is reduced.
The glycoside content in the stem leaves of the bi-
ennial and perennial foxglove plants after flowering
do not meet the standards of the State pharmacopoeia
number eight. The biennial and perennial plants of
D. ambigua and D. lutea have a leaf glycoside con-
tent that corresponds to the requirements of the
State pharmacopoeia during the whole course of
vegetation, and the D. lanata exceeds the require-
Card 2/3
USSR-1 Cultivated-Plants.-Medicinal.-Essen-t,ia-I V1-7
Oils. Toxins.

L 23679-66 --- EqT d)O~MT(m). )_1FwP(k)1EWP(h)/EWP(1 )/EWA(b)1FMW,6
ACC NR, AP6009929 (A) SOURCE CODE.; UR/0413/66/000/004/0124/0124
IJP(C) M/EJ4
AUTHOR: Kql1*hMan_, 12j_-A ; Koz19Yx_hjjj, Lgonov. M. MI; Shtender, 1. G.; An akov,
V
ORG: none
~
TITLE: A devica for fasteninitan element inside a shell In a gas stream. Class 479
No. 179143
SOURCE: Izobreteniya, prmyshlennyye abrastsy, tovarnyye znaki, no. 4, 1966, 124
TOPIC TAGS: gas flow, aerodynamic drag
ABSTRACT: This Author's Certificate Introduces a device containing braces for fasten-
ing an element Inside a shell in a gas stream. Hydraulic drag Is reduced and the re-
liability of the fastening Is Improved by installing the braces at an angle to the
axis of the shell and by using ball-and-socket hinges for fastening the braces to the
inside surface of the shell and to the element.
UDC: 621.646.9.002.73
Card 1/2
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card 212VA- . .-

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UZZ9 A.Vo; XELISHTMp D.M.
Results of testing the T&4 turbocomproonor on a stand without an
engine. Trakt. i selikhozmaub.32 no.70-9 Jl 162. (HLRA 1517)
lo KharIkovokiy politekhmicheskl institut imeni lenina.
ll~
(Compressoro-Teating

YAZIKp A.V,, inzh,,;_KELISHTEYN. D.M.,, inzh.
StudYing the TKR,14-2 turbocompressor, Trakt. i sel'khozmash. 33
no.8tl2-.14 Ag 163o (MIRA .16:11)
1. Khartkovskiy politekhnicheskiy institut imeni Lonina.

L4.
Ca nd da 7, z
gg
TZ,
1.71 A ~W

Ru i
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L 24003-66 P~P(t) -2/91-C(m)-6 WW
Xl!r R, AP- - .
C N 6009925 (N) SOURCE CODE: UR/0413/66/000/004/0119/0119
AUTHOR: Grodziyevskiy
1. ;Kelshteyn, Do No; Puchkov# A. I.
.........
ORG: none
TITLE: A guide vane assembly for a radial centripetal turbine. Class 46, No. 179128
SOURCE: Izobreteniya, promyshlennyye obraztsy-, tovarnyye zoaki, no. 4, 1966, 119
TOPIC TAGS: centripetal flow turbine, guide vane, gas turbine
ABSTRACT: This Author's Certificate introduces a guide vaze anaembly for a radial
centripetal turbine with guide vanes which vary in profile. The stream of gases at.
the outlet is equalized by mounting the vanes with variable spacing which gradually
increases along the path of the gas stream.
UDC: 621.438--155-226.31
Card 1/2

L 24003-66
ACC NRI AP600�925
1--guide vane assembly-, 2--guide vanes
SUB CODE: 21/ SUBM DATE: 09Feb65/- ORIG REF: 000/ OTH REF: OW
Card 2/2

"Effect Of -inute Deficiencies And' Dtir-lications On The Individ, al Devello-ment Of Lrrouo~hila
MelanoR~.,ster. Sector Of The Theory Of Evoljtlon Amd Genetics Chief; 1. ':. Foly.,Ikov), Zoo-
Diological Institute (Director: A. V. Nagornii), ',U,.arkov.11 (p. 114r) by 11',elshteyn, L. V.
SO: OF JO*,-MT.,,L Or, GUITEFUL DIOLCGY. (r,.Lolo~-ich.:~skii 6hur-~.,1) Vol. VII 1",38, "os. 5-6

KELISHTEYN, L.V.
I.I.Mephnikov. "Academic collection of works." Vol. 4: Articles
on problems of evolutionary theory. Reviewed by L.V.Kellah:tein.
Vest.AIW jSSR 16 no.7t92-94 '161. (MIRA W7)
(EVOLUTION)
11j-,-4~,---,j, g
5;j"

KELISHTRYN, L.V., dotsent; RAKHWOVAp A.M.t doteent
Difftwion of intestinal Protozoa in kindergarten children in
Semipalatinsk. Zdrav. Kazakh# 21 no.2:32-34 1614 (MIRA 14:3)
1. Iz kafedry 14610gii (zav. -! prot'assor Ye.A.Finkellshtep)
i kafedry propedeftiki vtutr&uiikh bolezney (zav. - doteent A.M.
Rakhmanava) Semipalatinakojo meditsinskogo instituta,
(SEHIPAIATINSK-XIIILDRM-ZISFASF.S)
(PROTOZQLt PATHOGEVIC)

HAKEWOVA.. A.M.; KELISHTEYN, L.V.
DistribAtion of intestinal protozoa among children of nuro"7 school
age in the city of Semipalatinsk. Trudy Semipal. med. inst' 2:29~-
301 159. (MIRA 1514)
1. Is kafedry pr9pedevtiki vnutrennikh bolezney (zav.k&fedroy
dotsent A,M.RakhmancrV) I kafedry biologii (zav.k&fedroy prof.
le.AJinkel'shteyn) Semipalatinskogo gosudarstvennogo meditsin-
skogo inotituta.
(INTESTIIXS--+UCROBIOLOGY) (SgtlPAIATINSK--CIIMREII-DISFASES)

TR L-Th., sanitary vrach
-M~Mu~
Uperfence in sanitary superilsion In designing and operating
a swimming pool. GIC.1 san. 25 noe-2:55-59 7 160. (NIU i3t6)
1. Is Hookovelcoy gorodskoy sanitarno-spidemiologichaskay stanteii.
(SWINKING POM)

KEL - SHTEYN I _ L. Ya. ; ANTONOV, A. G. - SHAM IYAN, G. G.
Hygienic evaluation of results obtained with a ventilation unit
for schools. GigA san. 26 rio-3:39-45 Mr 161. (MIRA 14:7)
1. Iz Mookovskogo gorodskoy sanitarno-opidemiologichaskoy stantdii
i Instituta sanitarnoy tekhniki Akademii stroitel'stva i arkhitektury
SSSR.
(SCHOOLHOUSFS-H WING AND VENTHATION)

Kl;,LISIITEYN, L.Ya., vrach
Air in olass, Zdorovlo 8 no.3:10-11 Mr 162. (HIIRA 15:4)
(SCHOOL HYGIENE) (SCHOOLHOUSES-IMATiNr, AND valTILATION)
C nA

28(3); 18(3) 32V/28-59-4-17/19
AUTHOR: Engineer
TITLE: The Standardization of 13~teel Scrap (Standartizatsiya
st-allnogo loma. The !-,'xpcr 'ieneo of Llie Nlormali-
zation Committee of Poland (Iz opyta raboty Pollskogo
Komiteta normalizatsii)
PERIODICAL: Standartizatsiya, 195c,', Nr 4, pp 3el-41 (USSR)
ABSTRACT: The article contains general considerations on the
various additives and impurities occurring in steel
scrap used in steel production, and the problems and
hazards they cause. Comments are made on the existing
Polish scrap standards, a-nd the draft for a new scrap
standard which has been submitted to the Nor-hializat-
ion Committee. This draft (table 3) subdivides all
steel scrap into 35 groups, and permits three different
accuracy classifications. There are 3 tables.
Card 1/1

KEL I SIITEYN 0 ~. ya 0 , sanit~~ vrpLah; KHROMGHENKO 9 !-!. S. 9 sanitarnYY vyaoh
- -~' :.
4easantt usefulp*hygienic. Zdorov.le 6 no.10:24 0 .160,
(MI4 13: 9)
(SWRVING POTZ)
.I..

NEISYSHj_~,Y-,
Fffeot of ultrasound on the electron spectrum of a crystal-
Fiz. tver. tela 4 no*8%2265-2267 Ag 162. (MIRA 15:11)
1. Fizicheskiy institut imeni P.N. Lebedeva AN SSSR, Moskva*
(Ultrasonic waves) (Electrons--Spectra) (Crystals)

KUTAI, Arpad ......
The RIT Oagolawato-Internasiomlo-Voicoli (International
Sooisty for rreight Cars] ) vill hold its ~ay meeting in
Budapest. Vasut 12 no.4.-24 25 Ap

K~VVO ffrwsid
Conat.runt-lon of 'wiy of thn inignit1cm of bird.,Orsll road
I.Ane, rozlek.-d ~.;zl 20 Fir

~ KELTAI, Arpad
The January session of the Technical Co=iosion of the International
Railway Union vi3-I be held in BudWst, Vasut 12 no,12:5 D 162,

KELTkl , ,.rpel
Strj~lng fietirso, now termn in rallroftl develolmAnt. Vasut 14 no.8:
26-29 Ag 164.

XELTAI, Arpad
UO-~-WAk"
Report on the Budapest conference of the International
Union of Railways. Vasut 14 no.110-8 N 164.

KRLTA19 Arpad
Development of pneumatio-tube transportation. KoxIsked koal 20 no.
313523-525 2 Ag 164.

KELTA1Y Arpad
Eoonomical aspoots of railroad tlmetabl8fj. Kozi.f-ked koze].
20 no.521866-867 27 D 164.
1. Head, Internatlional Division of the Department of Railwaye
in the Ministry of Transportation and Pos'.Fil Affal,-s, aidapesto
!MN' "A"
z 'R

KELTAI, Gem, oklevolea villawamernok
Electric motora. Szabvany kozl 16 no.7;125 JI 164.
1. Hungarian Bureau of Standards, Duddpoit.

KELTAI, Pal, dr.
On surgioal problems in portal bypertension. Magy. sebesz. 15 no.2:
98-99 My 162.
(HYPERTENSION PORTAL surg)
IOMOU-

KF LTA I Pal, dr.
Sign1ficance of anamnestic thromboalu in a surLIcal caae. Magy
sebesz. 17 no.4%227-230 Ag 164.
1. A Budape5ti Orvostudomanyi Fgyetem I sz. Sebeszeti Klinikaja.
(Igasgato: Rubanyl Pal dr. egyetemi tanar).
'Z
~v

KELITATEV, T., student V kurea.
____ 11
- WOMWw"Al-
The origin of the escarpment of the Ust'-Urt Plateau. Sbor.
stud.rab. SAGU no.8:17-20 154. (MLRA 9:5)
(Ust'-Urt Plateau--Physical geography)

KHLITSVV, N.
~ , - -
Molecular sieves. Gas.prom. no.9--38-39 S 157. (MIRA 10:10)
(United States--Adoorbents)

KICLITSEV. N.
Use of liquefied gasee in Denamrk and Belgium@ Gaz.prom, 4
no.10:48-51 0 159. (MIRK 13:2)
1. Po materialam zagranichwy komandirovki v maye 1959 g,
(Denmrk--Liquefied petroleum gas)
(Belgium--Liquefied petroleum gas)

6j.
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IN

KELITSE*,,~, Ill. V.
"Investigation of a Continuous Process of Extraction of a Propane-Putane
Fraction and Gasoline From lean Natural Gases in a Moving Layer of Adsorbent."
Sub 18 Jun 51, Moscow Order of Lenin Chemicotechnological Inst imeni D. I,
1-1endeleyev
Dissertations presented for sci6nee and engineering degrees in
Moscow during 1951.
SO: Sum. No. 4'10, 9 May 55

oil
C" a
-C ~y r cot,
orr

77

2 3 k T1,1
USSR/chemistry - Fuels
1 Jun 52
"Separation of a Propane Butane Mixture With a
Moving Layer of Adsorbent," A. B. Chernyshev, Corr
Mes, Acad of Sci USSR, N. V. Kel'tsev, A. L. Kmlif
"Dok Ak Nauk sssR" vol 84, No 4, PP 757-76o
A chromatographic method for the sepn of a propane -
butane mixt folloved by desorption by means of elec-
tric heating was worked out and formulated mathemat-
ically. The procedure involves use of a moving
layer of adsorbent (activated carbon) in an adrsorp-
tion column. The'deg of sepn is 98-99~-
032T13

V1.1 L 1 rrT,7TT 'T
1,15;ln
1%Xj il) and I'Ulal If A-. -1,
"Investigation of the Specific Sur-face of Adsorbents by Propane Adsorption'
Tr. Vses. MX Nefteptovo N. -I. In-ta, No 5, 1954, 208-212
Proposes using technical grade propane containing up to 4 per cent
admixtures of other homologa to estimate the specific surface of adsorbents. The
specific surface is calculated from mean threshold value which is occupied by
a "conventional molecule" of propane. Comparison of results obtained by using this
method with results obtained by using nitrogen adsorption isotherms at -197.50 show
a discrepancy of less than 10 percent with silica gel. (RZhKhim, No 2, 1955)
H
SO: Sum-No 787, 12 Jan 56

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T_ S 4/
USSR/Chemical Technology. Chemical Products and Their Application -- Treatment of
natural gases and petroleum. Motor fuels. Lubricants,
1-13
Abst Jaarnal: Referat Zhur - Khimiya., No 2., 1957, 5580
Auth,)r: Kelltsev,, N. V.
Institutiom: None
Title: Determination of the Amount of Hydrocarbons and Moisture Adsorbed
by Activated Charccal
Original
Publication: Gazovaya prom-st', 1956, No 6, 34-35
Abstract: Diagram of a laboratory unit and description of a method for the de-
termination of the amount of hydrocarbons and moisture adsorbed by
activated charcoal. Verification of the method by saturating a
weighed sample of charcoal with a known amount of gasoline and pro-
pane,. frcm IWdrccarbon-alr mixtures, and water, followed by their
desorption, has shown that the differences between the amounts of
hydrocarbons or water, expended to saturate the coal and their
Card 1/1 amounts recovered after desorption do not exceed 5%-
M,
~ tr

[(IL
a V.4
USSR/Cherrical Technology. Che.-Acal Products and Thoir 1-14.
Appl lent I on--Troa tmant of nattiral gases and
petroleum. Motor fuels. Lubricanto.
Abs Jour,. Rof Zhur-JQiimJ.ya,.No 3, 1957: 9286
Author to Kol' tsev, N. V.,
Inst Not p-1-v-en
Title The eparation of Hydrocarbona at Varying Dogroos
of Saturation
Orig Pub: Khimlsya I tokhnolo topliva, 1956, No 6. 38-43
Abstract: The chromatogpaphic mothod using a moving adsor-
bent bed has found wide opplication in the
separation of ensowis hydrooarbons (G11) having
equal numbers of C atoms but differing in dogrue
of saturation. The s*oparation of mixtures of
U 'MAturatdd and unsatitrated G11 on a moving bed of
activatod finely porous ACM 91licn rel. producod
at the Voskrasonsk plwit has boon lnV03tigatod In
laboratory apparatus. The mixturo was fed into
Card 1/3
----------------------------------- - -------------------------------- -------------

7
USSR/Processes and Equipment for Chemical Industries -
Processes and Apparatus for Chemical TechnoloUj
Abs Jour Referat Zhur - Khimiya, No 9, 1957, 33271
Author Kelltsev, N.V.
Inst
Title Drying of a Gas in a MovinC, Layer of Adsorbent.
Orig Pub Gaz. prom-st', 1956, No 11, 32-36
K-1
Abstract Investigation of the method of drying air (A) in a moving
layer of silica-Eel (S) of different brands. The A satu-
rated with moisture was passed through the layer of S,
which was maintained in suspended state and flowed conti-
nuously from the adsorber to the desorber, where it was
regenerated by heating at 200-2400 with a concurrent blo-
wing with A. It was found that even at a rate of V =- 1/4
liter/cm2 minute a drying of the gas to a moisture con-
tent corresponding to a dew point of - 500 can be achieved
for prolonged periods. S of particle size of 0.2-0-5 mm
Card 1/3
USSR/Processes and Equipment for Chemical Industries. K-1
Processes and Apparatus for Chemical Technology
Abs Jour Ref Zhur - Khimiya, No 9, 1957, 33271
begins to reach a fluidized state at V =-0.75 liter/cm2
minute) but even at a rate twice as high and with a free
space, above the layer, of not less than 40 cm in height,
the entrainment of the S can be completely avoided.
Suitable for drying are the finely porous varieties of
S of brand ASM and MSM. The best results (to a dew point
of - 800) are obtained with Sokolovskiy batuLites, but
their moisture holding capacity, at equilibrium, is 10
times less than of S, which results in a 6-10 fold heat
expenditure for heating of the adsorbent during its rege-
neration. It was found that at low operational load, ac-
tivated charcoal can also be used in a moving layer for
the drying (to a dew point of - 600). Charcoal of AR-3
brand, with a particle size of 0-5-1 mm, begins to reach
a fluidized state at V- 1.3 liter/cm2 minute. Analogous
results were obtained on drying of natural Gas (99% CH4)_
Card 2/3
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/~EI_177!~,EVI A/~ Vj
USSR/Chemical Technology - Chemical. Products and Their
Application. Treatment of Natural Gases and Petroleum.
Motor and Jet Fuels. Lubricants.
Abe Jour : Ref Zhur - Khimiya, No 1, 1956, 2547
Author : KeltqSx,_X.V., Khalif, A.L.
Inst : All-Union Scientific Research Institute of Natural Gases.
Title : Investigation of the Process of Carbonizing of the Silicate
Catalyst During the P~ocess of Catalytic Cracking of Hydro-
carbons.
Orig Pub : Tr. Vses. n.-t. in-t prirodn. gazov, 1957, No l(q), 27-34
Abstract : A study vas made of the process of carbonizing of industri-
al silica gel, containing an addition of alumina, during
catalytic cracking of light gasoline of direct distillatica
The study procedure was based on investigation of carbon
deposition on the surface of.the catalyst, and of the
Card 1/2
Card 2/2
04
9P R ~M"-
11~ -no
!R1 t ",Z- ~ li _' il

-I..,
Hydraulic resistance of activated carbon to the passage of gas*
Gaz.prom. no.12:31-35 D 157. (MIRA 11:1)
(Carbon, Activated) (Gas flow)

KELITSEV, N.V.;IKHALI?, A.L.
Intermittently operating carbon adsorption apparatuses with
horizontal adsorbers. Get. prom. no. 7:44-47 -J1 158. (NIRA 11:7)
O'solins)
(Gas industry--Zuipment and supolies)

-MuKovi" Z.A.; KICLITSEV9 N.V.
Adsorption of methane, carbon monoxide, nitrogen, hydrogen#
and their nixtures an activated carbon.. Truo VXIIGAZ no.6:
154-168 / / q-S71 NIRA 12 -. 10)
(Gases) (Adsorption) (Carbon, Activated)

----a
KELI-TSE-V M--V-.
a of activated carbone
Pressure droP In a gas flowing throue a be
Trudy V11IIGAZ no.6:169-iM 159- (MIR& 12:10)
(Gau flow) (Carbon, Acttvatnd)

KELITSEV, N.V.
plants with hori-
Anal7sle of tho operation of gpncline recovery
zontal carbon a4aarbent coluwm. Trudy VNIIGAZ no.6:187 '59.
(MIRA 1z;10)
(Gas, Ifatural) (Adsorption) (Gasoline)

GUSHCHIN, V.P.; KHL'TSEVJ,.Y.,..L KHALIF. A.L.
Sound indicator for a flow of adsorbent, catalyst, or other
solid packing in columns. Zav.lab. 25 no-9:1110 '59-
(MIRA 13:1)
1. Vnenoyussr47 nauchno-isaledovatellskiy institut prirodnogo
gaza.
(Level Indicators)
(Chemical ongineoring-Rquipment and supplies)

13LITSIV, N.Y.
Adsorption properties of artificial zoolites as related to
hydrocarbons and the isolation of ethylene. Gak.prom. 5
no.9:49-53 8 160. (MIRA 13:9)
(Itbylei3s) (Gases) (Zeolites)

3/06""UcO/005/006/014/014
A051~Aor-6
AUTHORS: Torocheshnikov, N.S., Kelltsev N Dzharylkanova, M.A.
TITLEt A New Adsorbent for Acytelene
PERIDDICAItZhurnal Vaesoyuznogo Khimicheskogo Obshchestva im. D.I,
Mendeloyeva,.1960, No. 6, Vel. 5, PP-710-712
TEXT: The authors conducted an-investigation of acetylene separation from
the gaseous mixture formed In the production of acetylene by the partial oxi-
dation of methane from natural gas (Ref.1-Laslo), They used the following
solid sorbents'for the purpose in question: activated carbon, silica gel and
synthetic zoolit6a (molecular"filters). A special study was made of the ad-
sorption ability, with respect to acetylene, of the 4A and 5A type zeolitesp
having a pore size of 4 and 5 19 by comparing them to the action of activated
carbon, The A type synthetic zeolites are given as being alkaline alumino-
silicate MBOvA1203 -2S'O2txH2Ot where M is the cation, b- the valency of the
cation, x- the nuhiber Of H20 molecules. The alumino-silicates, produced by
precipitation in an aqueous solution, crystallize, and separate off from the
mother liquor, are dried and calcined to remove the water, These granulated
zeolites have pore sizes corresponding to the size of molecules of the
Card 1/7

A New Adsorbent for Acetylene 3/063/60/005/006/014/014
A051/AO26
gubstances being adsorbed, and arethereforesuitable as molecular filters
(Ref.2-Barrer). The adsorption ability with respect to acetylene of other
molecular filters and adsorbents was investigated in a vacuum containing
quartzite scales, of the MacBain type (Ref 3-Brunauer). The test was conducted
at pressures of 700 mm M.0- and -78, -17,20,50 and 800C, and tests on activated
carbon and MCM silica gel - at the same pressures and temperatures, excepting
the -7800. The experimental data are shown in Figs. I (5A) and 2 OA), Point-
ing to the greater advantage of the synthetic zeolites with respect to
acetylene adsorption. The table lists the relative activity of the molecular
filters in g1lOO g of adsorbent, in % to the activity of the SKT carbon,
(Table 1). The test results led the authors to recommend the molecular filters
for separating acetylene out from not only gases of the oxygen oxidation of
methaney but also from gases of air conversion. The experimental data were
also processed with equations of tkr potential theory, changed by M.M. Dubinin,
in order to describe the process of gas absorption and thpt of vapors (Ref.4-
Nikolayev). For gas it is given ast E - 2,3 RT 1g c2 k
31g -+ dal/mol (1)
W - aeb cm (2). where f is the adsorption potential, t corresponding
Card 2/'
la"M Vp,
-W,

A New Adsorbent for Acetylene S/063/60/005/006/014/014
A051/AO26
temperature p (T: - -T- )I W- the volume of the space adsorbed, cm3/9, a-
TKp
the amount of acetylene adsorbedj,g/lOOg of the adsorbent, b- the volume of
the m-mol of compressed vapor, cm-~/m-mol.' For vapor it is given as:
E - 2.3 RT lg -P-z- Cal/mol (3), 71 - aov*cm3/g' (4), where v*, is the volume
P
of the m-mol of liquid in the adsorbed state, in cm3/m-mol, ps - the Dressure
of the saturated vapor at the experiment temperature. Fig. 3 shalys t6 results
of the processing performed. The curve enables one to'determine the extent of
absorption of the acetylene under the given conditions. There are 3 graphs
and 1 table, 4 references: 2 are Soviet, 2 English.
ASSOCIATION: Moskovskiy khiako-technologicheskiy institut im. D.I.'
ladndeleyeva (The*moscow Institute of Chemical Technology im.
D.I. Mendeleyev).
Card V7
ANew Adsorbent for Acetylene
S/063/60/005/006/014/014
A051/AO26
20TIrT
Figure 1
20
Card 4/7
0 100 100 J90 4100 500 WOM.1puct.
2 M =1
M,

A New Adsorbent for Acetylene
Figure 2
12
10
6
17
400

-17*-

Cp
500 PA
loo 200 Mo,
S/063/60/005/oo6/014/014
A051/AO26
Card 5/7
"gig 1
-"HMO

A New Adsorbent for Acetylene
Figure 3
5000
4000
'3000
1000
-
Z-

W-10-2
Card 6/7
to z0 j0
S/063/60/005/006/014/014
A0511A026

A Hew Adsorbent for Acetylene S/063/60/005/006/014/014
A051/A026
Legend to Table 1t
Relative Adsorption Ability of Molecular Filters and Silica Gek with respect
to acetylene, in 'Ifo to 'the activity of SKT activated carbon
Adsorbability in partial Adsorbability in partip-1
Adsorbent pressure of the acetylene pressure of the acetylene
60 mm m-.r.. 25-mm m-c.
-7801 -1701 00 12001 5001 600 -780 1 -1701 00 1 20FT 500-1 800
Activated carbon
SKT 100 100 100 100 100
Molecular filters
4A -- 131 126 181 342
Molecular filters
5A 128 148
180 370
Silica gel mchl 25 - 20 19 23
1

100
68 100 100
1
3 100
0
1 100
260 100
480 100
1200
5 -- 7 7
600 188 200 310 645 900
431 -- 20 17 15 33 66
0 ard 7/7

"'i'l no. 3

S/06-i/62/000//005/059/112
_57 11kd' 0 B156/B108
AUTHORS: Kelltsev, It'. V., Zhukova, Z. A.
TITLE- Investigation of the purification of hydrogen in a moving
layer of activated coal
PERIODICAL: Referativnyy zhurnal. Khimiya, no. 5, 1962, 407, abstract
5K99 (Tr. Vses. n.-i. in-t prirodn. gazov, no. 12, 1961,
143 _ 149)
TEXT: The process of adsorptional removal of Impurities of CH 41 CO, and
2 from H 2 has been investigated; the initial gas passes up a vertical
column in the opposite direction to a continuous layer of A"-2(AG-2) and
i(SKT) activated coal. The height of the adsorption section was 70 cm.
The coal was regenerated in the lower part of the column by heating in an
electric tube furnace, with purified H 2 simultaneously blown through it.
:1xperiments were made with H 2-CH4 mixtures (up to 2W6 CH 4 ), and also with
ternary (821,~ H2' 1 5% CO, and 3% CH 4) and quaternary (52.5% H 2' 36.1% N2'
Card 1/2

S/08 62/000/005/059/112
Investigation of the purification... B156XB108
8.71,,! CO, and 2.7~. CH4) mixtures. It was found possible to obtain hydrogen
of a purity of >99.9~e. The best adsorbent in the highly active SKT coal,
the snecific surface area of which is -1500 m 21g. The ideal conditions for
the purification process are: pressure 25 atm, temperature during desorp-
tion 2000C, during adsorption the lowest possiblelgas flow rate in the
2
amount ef pure H used for blowing out
,-dsorption section 1 nl/CM 2
impurities in the desorption section up to 10% of the total amount of
purified gas produced. [Abstracter's note: Complete translation-I
Card 2/2

al-et.-!).cric; :~d,-,c)z-ption on ~,.colitoo and 1)roble"r,
in ito sn--n -,161
:ball rn. 7eudy no.35 -15C
(YU-1 14-10)

KELITSEVI N.V.; STAROVOYTOVA, A.F.
Production of pure ioopentane by fractionation on synthetic zeoliteo.
Gaz.prom. 6 no.8:34-37 161. 04M 14: 10)
(Butane) (Zeolites)

8/064/62/000/002/004/006
B101/'B144
AUTHORS: Zhukova, Z. A., Kellteev, N. V., Ogloblina, 1. P.,
Torocheshnikov, 9. -$.
TITLE: Use of new absorbents for intensive gat; drying
PERIODICAL:. Khimicheakaya promyshlennosto, no. 2, 1962, 24-29
TEXT: Experiments with granulated 4A (4A) and 5A (5A) zeolites for air-
and gas drying were conducted. At 200C and 10 mm Hg, the absorptive power
of these zeolite types amounted to 20.8 and 20.6 g1100 g respectively.
Investigation of the adsorption isotherms of water vapor at 0-3500C showed:
(1) Superiority of the zeolites compared with silica gel and aluminum
oxide, (a) owing to greater moisture capacity; (b) owing to lower tempera-
ture dependence. Cases may therefore be dried by zeolites without cooling
010 Adoorbor. Experiments with an Adeorber tube of 1.3 mm diameter,
granulation of the toolitas 1-2 mm# dopth of layor 62 om# were conducted
with air of known dew point. Results: (1) A dew point of -60 to -650C
was reached for a rate of gas flow of 1 .15 I/CM2.min and 0-4 l/cm2.min in
the adsorption layer. (2) Temperature increase from 30 to 800C reduces
Card 1/2
1Y
pv -q-

3/064/62/000/002/004/008
Use of new absorbents for B101/B144
the dynamic activity of the zeolites from 21 g/loo g to 16 g/loo g. A
rate of 3 1/CM2.min is assumed to be permissible for industrial adsorbers.
Experiments with natural gas from the Stavropol' deposit were also
conducted at 500C and 0.5 1/min. A dew point of -600C was reached.
Because of the selective H20 vapor adsorption by zeolites the other gas
components did not affect the adsorption. Even the heavy hydrocarbons do
not penetrate the fine structure of the 4A zeolite pores, so that no coke
formation sets in during regeneration. 200-3500C is the best regeneration
temperature. For regeneration with cold gas, heating in direct flow is
preferred: dew 0point for direct flow down to -800C, for counter flow
only -60 to -65 C. A mixture of 74.2~o N21 5-7~ COj 6-574' H21 6.01A H20, and
7.6~o C02 was also simultaneously dried and purified. H 20 was adsorbed
most of all in the first zeolite layer and gradually displaced the C02
adsorbed in the followinf; layers, which left the adsorber at a dew
point below -450c- At 12-8 9/cm3 moisture, the dynamic activity of the
zeolite amounted to 10 g1100 g related to C02, and 11-3 g1100 g related to
moisture. There are 8 figureep 2 tables, and 9 references! 7 Soviet and
2 non-Soviet. The reference to the English
-language publication reads as
follon: A. L. Kohl, F. C. Riesenfeld, Gas Purification, N. Y.p 1960.
Card 2/2

s/o65/62/000/004/003/oo4
E1911/E184
AUTHORS: Kelltsevo N.V., Nazarov, B.G., and Torocheshnikov, N.S.
TITLE: Thorough drying of transformer oil by adsorption
PER10DICAL: Rhimiya i telchnologiya topliv i masel,
no.4, 1962, 21-24
TLXT: Transformer oil requires drying to obtain high
electric strength, but existing methods of drying have various
disadvantages. Accordingly, laboratory bench tests were made in
which transformer oil was dried by passing over a column 200 mm
long and 10 mm in diameter of NaA type artificial zeolites at
rates of 0.002 and 0.005 m/see which reduced the water content
(measured by the Karl Fischer method) from about 600 to
24 - 30 parts per thousand ~Abstractor-s note: parts per
million is surely intended] and raised the electric strength
from 22 to 70 - 100-kV/cm. on the basis of these data the method
is recommended for general use.
There are 5 figures and 2 tables.
ASSOCIATION: MKhTI imeni D.I. Mendeleyeva
(MKhT1 imeni D.I. Mlendeleyev)
Card 1/1

Z.k,LK_gLIZIV_,_g.Vvt-IDGI,OBLINAp I.P.; TOROCHESHRIKOV) 119SO
ZHUKo'VA , -stage dehydMtjon of gases*
sortents in the advanced Wim 15:2)
,Using new 162.
Y'llim.1mm; n..2.100-105 F(Gaaes-DrYing)
(Adsorbents)

KELITSEV, N.V.; WAZAROV, B.G.; TCPMHESHNIKOVp N.S.
Advanced stage of drying of transformer oils by the adsorption
method, Khim.i takh,topl.i masel 7 no.4:21-24 Ap 162.
(MIU 15:40
le Moskovskiy Ordena Lienina khimiko-takhnologichaskiy institut im.
D.I.Mendeloyeva.
(Insulating oils) (Adsorption)

VORONCHIKHINA, M.G.; KELITSEV, N.V.; STAROVOYTOVA, A.F.; KHALIF, A.L.
Obtaining solvents from.casing-head gasolines. Trudy VNIIGAZ no.12:
159-163 61. (MIRA 15:1)
. (Gasoline) (Solvents)

PHASE I BOOK EXPLOITATION Sov/6246
Soveshchaniye po tseolitam. 1st, Leningrad, 1961.
Sinteticheskiye tseolity; polucheniye, issledovaniye i primeneniye
(Synthetic Zeolites: Production Investigation,and Use). Mos-
cow, Izd-vo AN SSSR, 1962. 286 ;. (series: Its: Doklady-)
Errata slip inserted. 2500 copies printed.
Sponsoring Agency: Akademiya nauk SSSR. Otdelenlye khimicheakikh
nau1c. Komisiya po tseolitam.
Resp. Eds.: M. M. Dubinin, Academician and V. V. SerpinBkiy, Doctor
of Chemical--Sciences; Ed.: Ye. 0. Zhukovskaya; Tech. Ed.: S. P.
Golub'.
PURPOSE: This book is intended for scientists and engineers engaged
in the production of synthetic zeolites (molecular sieves), and
for chemists in general.
Card *W;1~4

Synthetic Zeolites: (cont.)
sov/6246
COVERAGE: The book is a collection of reports presented at the First
Conference on Zeolites, held in.Leningrad 16 through 19 March 1961
at the'Leningrad Technological Institute imeni Lensovet, and is
purportedly the first monograph on this subject. The reports are
grouped into 3 subject areas: 1) theoretical problems of adsorp-
tion on various types of zeolites and methods for their investi-
gation, 2) the production of zeolites, and 3) application of
zeolites* No personalities are mentioned. References follow in-
dividual articles.
TABLE OF CONTENTS:
Foreword 3
Dubininj M. M. Introduction, 5
Card -2pb;W-

Synthetic Zeolites: (Cont.)
SOV/6246
THEORETICAL PROBLEMS OF ADSORPTION ON ZEOLITES.
METHODS OF INVESTIGATION
Dubinin, M. Mol Zo A. Zhukovao and
r~;7V. Kel'tsev. Appli-
0~
cability of the Potential Theory to rption of
Gases and Vapors by Synthetic Zeolites 7
Bering, B. P., V. V. Serpinskiy. Adsorption Isoateres for
Synthetic Zeolites Within the Framework of the Potential
Theory 18
Timofeyev, D. P., 0. N. Kabanova, 1. T. Yerashko, and A. S.
Ponomarev. The Role of the Secondary Porosity of Zeolites
in the Kinetics of Water-Vapor Sorption 24
Misin, M. S., B. V. Adrianova, and M. N. Adrianov. Investi-
gation of the Adsorption and Kinetic Properties of Granu-
lar Zeolites With the Aid of Thoron 31
Card *W

-- - - - - - - - - -
Synthetic Zeolitee: (Cont.) SOV/6246
Kelltsev N. , I. Po Ogloblina, and N. S. Torocheshnikov.
egeneration of ZeOlites in a Gas Stream 203
Vaynshteyn, S. K.p G. V. Astaflyev, Ye., Ya. Giyenko, N. 1.
Lulovaj and A. T. Slepneva. Methods of Plant and Quality
Control of Finished Products During Manufacture of ZeoXite
A'Typt Adsorbents 212
APPLICATION OY ZEOLIT33S
Kiselev, A. V., Yu. A. El'tekov, and V. N. Semenova, Ad-
sorption of a Mixtur6 of Thiophene and Heptane on
Zeolite NaA 218
Pavlova, L. F. Adsorption From n-Hexane-Benzene Solutions
With Synthetic Zeolite CaA 225
Card WN

Synthetic Zeolites: (Cont.)
Tonkonog, L.,G., K. V. Chmutov. Separation of Mixtures
of Ethyl and Methyl Alcohols on Synthetic Zeolites
Vollf, M. B.j and R. V. Alekseyeva. Application of Syn-
thetic CaA Zeolites. in Separating Hydrocarbon Mixtures
Mitrofanov, M. 0., and Ya. V. Mirskiy. Separation of
Petroleum Fractions on Synthetic Zeolites
N. V.
Itsev, N. Vo A. F. Starovoytova, and N. S. Torochesh-
CK4 ts~ev' doorption Method of Purifying Iaopentane
n= . e Ai
From Admixtures of n-Pentane
Vinogradovaj V. S., and L. S. Kofman. Application of Syn-
thetic Zeolites In Sepaj~ating and Purifying Synthetic
Rubber Monomers
Card
SOV/6246
230
233
236
239
245
Synthetic Zeolites: (Cont.) SOV/6246
heshnikov.
tsev., I. P. Ogloblina, and N. S. Toroc
-,4(elltsevi N
R&Zen-~-ration of Zeolites in a Gas Stream 203
Vaynshteyn, S. M., G. V. Astaflyev, Ye. Ya. Giyenkop N. I.
Lulovaj and A. T. Slepneva. Methods of Plant and Quality
Control of Finished Products DUring Manufacture of Zeol.ite 212
A,TypL- Adsorbents
APPLICATION OF ZBOLITES
Kiselev, A. V., Yu. A. Elltekovp and V. N. Semenova. Ad-
sorption of a Mixtur6 of Thiophene and Heptane on 218
Zeolite NaA
Pavlova, L. F. Adsorption From n-Hexane-Benzene Solutions 225
With Synthetic Zeolite CaA
Card

Synthetic Zeolitess (coot.) SOT/06246
Tonkonog, L. 0., K. V. Chmutov. Sepamtion of Mixtures
of Ethyl and Methyl AloohoYs on Synthetic Zeolitea 230
an4(jR.:V;.
Vol'f, M. B., so fiej ;AjjIjekje~ayeva., AppAcation of Syn-
thetio CsA Zaol a 9 Hydrogarbon Mixtures 233
Mitrofanov, M. 0., and Ya. V. Mirskiy. Separation of
236
Petroleum Fractions on Synthetic Zoolites
A. F. Starovoytova, and N. S. Tdrqphesh-
nikov. The Adsorption Method of Purifying IsopenWe
From Admixturwof n-Pentano 239
-----L I
Vinogradova, V. S.i~ and L. S. Kofmao. Application of Syn-
thetia Zoolitesiln Sevat4ating and Purifying Synthetia
Rubber Xonomers; :245
Card low&
T-,

Synthetic Zeolites; (Cont.) SOV/6246
Bark, So Ye.y(~R~ ~lltsev~ 1. P. Ogloblina, No M.
SergeyeVa, M. I. Skvort-sova, and No So Torocheshnikov.
The Application of Synthetic Zeolites as Molecular
Sieves for Preparing Proteative Atmospheres 276
AVAILABLE: Library of Congress
SUBJECT: Chemical Engineering
BN/hT/jk
Card IfOR 713/63
4-1
-~11719

TOROCHESHNIKOV, N.S.; KELI SB~V.V~.- MWINENKOV) V.I.
Adsorption of monovinylacetylene on zeoiites. Zhur.
MO 7 no.6-.694-695 162. (MIRA 15:12)
1. Moskovskiy khimiko-tekhnichaskiy institut imeni
D.I. Mendeleyeva.
(Butenyne) (Zeolites)

SARKISIYANTS, Gayk Arkadlyevich; BENIYAMINOVICK, Osip Aleksandrovichj
KELITSEV, Vladimir Vladimirovichl KELITSEV. NiKkolay
)qadjmLr,9Ac1U POWZKOV, Vladimir Tikhonovich; KHALLIF,~-,
Allbert Llvovich; KHODANOVICH, Ivan Yefimovich; RAAEEN, V.N.,
kand, tekhn. nauk, retsenzent; PLETNEV, K.N.,inzb.,red.;1EVIffA,
Y4KS., ved. red.; POLOSINA, A.S., takhm red.
(Proce sing and utilization of ]Pi
11 08 rergbotka t 1&vi~*Aae
gas&. (By]G.A.Sarkieliante i dr4 Moskva, Gostbpt4kh1lo'sto, ).962.
216 p. Oa 4 1613)
1. Kafedra gaza Azerbaydzhanskogo ordena Trudovogo Krasnogo Zna-
meni instituta nefti i khimii im. M.Azisbakova (for Raabeno Pletnev).
2. Zamestitell direktor Vaesoyuznor nau~chno-iasladovatellqkogo
instituts. ga20VOY promyshlennosti for Raaben).
(Gas, Natural)
(Gas industry-Equipment and.suppl-ies)

CIFLISHIN, L.V.; NAZAjw,,j, B.G.; !.,' V -
) . .1 A ;i-j la-M
I D.A.; b I. j, I.L.
Determiaing the oil contont in ldi;h-j)rO:Isurfj ga:,. r:az. prom. 9 no.9:
49-50 64. OMIRA 17:10)

- . 1,
i
SOKOLOV, Vasiliy Andreyevich; TGROCRES11NIKOV, Nikolay Semenovich;
KELITSEV, Nikolay Vlaaimirovich; LEVINA, Ye.S., ved. red.
(Molecular screene and their applicaLlon] Molokuliarnye
sita I. ikh primenenie. Moskyri, Izd-vo "Dimila," 1964.
155 P. (MIRA 17:7)

, KEL I TSqO N. V.
Foreign technology. Gaz. prom. 8 no.,9:52-55 S 163.
(KrRA 17: 8)

KELITSEV
.1 1.---,.-.-- j -Wk.
Kinetics of the desorption of water vapors and carbon dioxide
from zoolites in a vacuum. Gaz. prom. 9 no.4:51-54 '64.
(MIRA 17t8)

KELITSEV,--N. - MY&PIEMOV, V.I.; TOFdCf=HNrKOV, N.S.
Use of fine-porous adsorbents for separating the acetylenic
hydrocarbons. Khim. prom. 40 no.llt8l3-817 N 164
(HIRA 18:2)

wl~M)JT
L 1596-66
AM4048142 BOOK MWITATIM Lra/
661.183: 66.o7i .7
SokolovA Vasiliy-Andr ch; Tbrocheshnikoyt Nikolear Seagnovich; Kelltaev'
Vikolav Vladimirovich
1-Moleculer sieveiland their use (Holekulyarnyie, sita, I Ikh primeneniye) Hbucow#
lzd7-vo "Khimiy , 1964. O15Sp. illus., biblio. 2,300 copies printed.
TOPIC TAGS: petrochemistry,, chemical separation, hydrocarbon, analytic chemistry,
molecular sieve.. zeolite, crystal
PURPOSE AND CCVERAaE: The book Is a presentation both on the properties and
application of molecular sieves In purification and separation of gaseous and
liquid mixtures. The structured of natural and artifical. zeolites used as
molecular sieves are described. Included are also mathods for their practical
use in various branches of technology for drying, purification and separation ef
hydrocarbons. Research results on membranes and films made from some material-9
and used in capacity of molecular sieves are presented. The book is inteneded for
,engineers and technicians in oil, gas and petrochemical Industry.
Card 1/2

1596-66
';AM404814~
TAKE OF CCR17ENTS (abridged):
f Ch. I. Porous crystals and their properties as molecular sieves 5
Ch. II. Use of molecular sieves for drying and purification of gases and.--
liquids 36
Ch. III. Use.of molecular sieves for separation of gases end liquids 76
Ch. IV. Use of zealites in chemical synthesis - - 126
Ch. V. Use of molecular sieves in analytical chemistry-:. 133
Ch. V1. molecular sieves of membrane and film sh9pe
SUB CODE: NP,, CC
SMUTIED: lukL-64
ITR REF SOV: 063 omm o69
__C
caml ~/2

-- -- I
KELITSINY N.V-..;_.TORCG!IESIfNIKGV,, N.S.; SHU14YATSKII, Yu.1.
Using synthetic zeoliten for separating lower olefinic hydrocarbons
from lightly concentrated gases. Gaz. delo no.9zP-5-28 165. (MIRA 18:9)
1, 14oakovokiy ordena Lenim khimiko-ttAhnologicheakiy institut im.
D.I.Mendeleyr~7u.

KEb'TSEV, N.V.; TITGVA, Yu.K.; TOROCIIESH"I"IKOV, N.S.
Une of synthetic zeolitea in the deop purifientlon of liquefied
gases. Trudy MKIITI no.!,7.-61-68 164. (10'a% 18:9)

TOROCIrES-111,11KOV, N.S.; KELITSEV, N.V.; ")IDOFICV, A.I.
Use of synthetic zeolites in the combined drying of and carbon
dioxide removal from air under high pressure. Tnidy '11PH no.47:
68-74 '64. O"'TRA 18:9)

-w
-M
KILITSIV, V.
Conference on the Problems of Complete
Resources of the the Ukhta industrial
Mr 157.
(Ukhta--Oao, Natural)
Utilization of Natural
complex& Gat, prom, no*3:38
(MIRA 12:3)

KKLITSEV, V.
~pw, wm wwWA-*"~*" ' " *
Apparatus for determining the odorant content of natural gas
(from "Am6r. Gas J.," no.8 1957). Gas. prom. no-3:56-57 Mr '58.
(MIRA 11:3)
(Gas, liatural--Anal7sis)

OiO 0 0 to 0 SM4 i il 0 00-,
C00000 00000 40*00 OUR-M 0 0
I A 0 A 7 of 11 U is k it #4 11, 0 R 31 AV 46 At 40 U Ad
A A.. C_A-L P JULMI 4- 4 R -4--
_e
. ..... J.P
PUMS14% AND PotrowfIts W"S
:0 .4
980. GAS LDSSES IN TRANSPWATION OUR ASMSTOS CIMNT PIPE LIMM.
V. and Teener, P. A. (Neftyanoe Khox., 1946, 24, (8),
69-721 Chem. Abstr., 1947, la, 3600).
:0
In piping natural gas for a distance of 21.1 ka. over a pipe line
00-1. 7mads of standard asbestos-onent pipo of 300 mm. inside diameter,
to -C
of a
000
* 'j
0
-the average loss of gas use equal to 129 ou.m. For 24 hra. per km.
It seems that, with increase in service life, the piping becomes
loan rorous owing to progroosive carbonization, i.e., gradual aboorp-
t'on of C02 frm the air. Absorption of H2S from the gaB may have
a similar offset on the pipe material.
A 10. 1 L A 49 ISLLURGKAL LIT(RATURE CLAUIVICATION
7- 7.:-~7
(tat
AV 00 LS It 0 At R a it IS 1~
i it U 19 ft
W* 0 0 0 0 a 0 * 0 0 0 0 * 0 0 0 0
-00
*00
jog
-69
fee
Ice:
ro
goo
Aft L % f1d 0 0 9 1 W M 9 A 0
W
0 0 0 0 0 0 0 0 a 6 0 0
roe
to
:
00
k*
t;0:
tie*

KI[LITSNV,. V.V.;. TISM, P.A.; LITOVA. L.A.. vedushchiy redaktor; POLOSINA,
I A.S., tekhaicheskiy redaktor
[Carbon-black; its properties, production and use) Sazha - evoistva,
proizvodetvo i primenenie. Hookya, Goo. nauchno-tekhn. izd-vo
neftianoi i gorno-toplivnoi lit-ry, 1952. 170 P- (HLRA 9:10)
(Carbon-black)