SCIENTIFIC ABSTRACT MUSAYELYAN, SH. A. - MUSAYEV, I. A.

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• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001135710017-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 14, 2001
• Sequence Number: 17
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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MUSAr--LYAN, S.M.
Significance of hydroelectric forecasts for streamflow regulation in
power engineering as exemplified by the Novosibirsk Fydroelectric
Power Station. Izv. AN Arm. SSR. Ser. tekh. nauk 14 no.5:61-66
161. (MIRA 15:1)
(Novosibirsk Hydroelectric Power Station)

MUSAYELYAN, S.@L,, aspirant
Evaluation of aethodology for hydroldgioal forecasts and justification
of its use in estimating the flow of water to hydroelectric power stations,
Trudy MEI no.35:165-178 161. (HIM 15:12)
(Hydroelectric power stations)

MUSAYELYAN, S.M.
Significance of hydrological forecasts in hydraulic
engineering (exemplified by the Kama Hydroelectric Power
Station). Mate.or. i gidrol. no.2.'37-40 F 162* (MIRA 15:2)
(Kama H14roelectric Power Station-HydrometeorologY)

MWAY inzh.
Effect of the errors of hydrologic forecasts on the perfolumee of
a hydrolic power station in a consolidated eleetr4 utility system.
lave vyso uchebe save; energ. 5 nq.9:10@-VY7 S 16Z (MIRA 15-10)
1. MDakovki---u
4 rdena Lezxin&,Vnbrketicheskiy institute Predstavlena
kafe&oy gidroanergetiki.
(Bydftelec*ic power stationa) (Intercomected electric utility systems)

MUSAYELYAN, S.M., inzh.
Principal requirezents from hydrological forecasts with long-
range water power regulation of the hydroelectric power stations.
Elek.sta. 33 no.1203-36 D 162. (MIRA 16:9)
(Hydroelectric power stations) (Water kxwer)

27, 12,2 0
258t',5
S/020/6 11139/004/02';/025
B 103IB220
AUTHORSs Musayelyan, S. S., and Sytinskiy, 1. A.
TITLE: Effect of total X-radiation on the level of im-1nobutyric
acid in the brain
PERIODICALs Akademiya nauk SSSa. Doklady, v. 139, no. 1961, 994 - 99@
TEXT: This paper was read at the session of the sektsiya blokhimii
Leningradskogo obahchestva fiziologov, biokhimikov i farnakologov im.
I. M. Sechenova (Section of Biochemistry of the Leningrad Society of
Physiologists, Biochemists, and Pharmacologists imeni 1. 11. Sechenov) on
November 17, 1960. The authors studied the level of tt-aminobutyric acid
(GABA) in the brain of white rats treated totally wi X-ray doses of 400,
800, and 1000 r. The conversion of GABA is important for estimating the
effect of nervous regulation in radiation disease. An NA-3 (RUM-3)
apparatus was used. The animals irradiated -.-iere frozon totally in li@uid
oxygen 2, 3p 49 6v 8, 9, 10, and 11 days after ?xpcsure, The cereb
tissue was treated according to E. Roberts, S. Frankel (J. Biol. Chem.,
jjZ, 55 (1950)). GABA was determined quantitatively by chromatography
on paper. The system: n-butyl alcohol - acetic acid - water (4 1 1 s
Card 114

Lffect of total ...
25865
S/020/61/1'q/004/025'02::
J
B105IB220
served as flow medium. Extracts from cerebral tissue wt@re p1rtted t.
gether with standard solutions of GABA of different concentrations on the
same chromatogram. Professor E. Roberts, Duarte. California, is thanked
for supplying the GABA preparation. Tht- opti-al density of the solution
of the copper ninhydrine complex of GABA was determined at @512 mf6 with an
CO-4 (SF-4) spectrophotometer. Results show that individual variations
of the GABA content in cerebral hemispheres of non-exposed rats are
ins ignif icant: 16.2 - 20.4 mg-%, average of 12 tests! '8.9 + 1.28 mg-7*O',
Table 1 shows the GABA level in the brain of irrad4ated rats. It 's
presumed that the effect of the dosp of 800 r 13 @ue 'o *,-.,? -.n'-_b1+-d
state of the central nervous system, which atains its maximul--- on the
third or fourth day. Possibly-, this is conneoted with tht-
content of GABA in the cerebral tissue. It proved /Kh, S. Koshtoyants,
T. M, Turpayeva, D. Ye. Ryvkina, Sessiya AN SSSR po mirnomu isP-_-.1'zovan_yu
atomnoy energii (Session of the AS USSR on the peaceful use of atomic
energy) Zased. otdel. biol. nauk, 1955, p@ 289) that glycolysis :S
intensified due to ionizing radiation, i. e,, simultaneously witri the
obstruction of oxygen utilization by the cerebral tissue, and the slar@
of hypoxia. These processes may reduce the pH-value of the cerebral
Card 21",

25865
3/020/61/13j/004/025/.025
Effect of total... B103/B220
tissueo. This, howeverp increases the actrivity of dec&rboxylase of
glutamic acid in the brain, and favors the accumulation of GABA. It'is 10
suggested in this connection that the increhae of the GABA content i* the.
brain caused by total X,radiation.represents a defensive reaction favoring
the development of the inhibition-of the central nervous system. There
are 1 table and 10 references: 5 Soviet-bloc and 5 non-Soviet-bloo.
The two most important references to English-lan&uage publications read
as followas K. F. Killam, Federat. Proc., a, 1018 (1958)f
K. A. C. Elliott, H. H. Jasper, Physiol. Rev., 383 (1959).. A third
one is given in th@p-body of the abstract.
ASSOCIATION: Institut fiziologii im. 1. P. Pavlova Akademii naukASR
(Institute of Physiology imeni I. P. Pdvlov of the Academy
of Sciences USSR)
PRESENTEN March 25, 1961 b@ V. X. Chernigovskiy, Academician
SUBMITTEDj March 17, 1961
Card 3/4

MUSAYELYAN, S.3
Content of J'-aminobutyric arid In brain tiqaues in the state
of convulsions. Nerv. sist, (Leningrad @ 2 no.3;17-20 '62.
NIKA i'7:71;
1. Laboratr,,-@-Ya ne:l.-rvv Tnst,-LluT.,a
AN 3SSR i luborayorlya-k@Jmli bolkii T.orlng,.-aniskogo universiteLa.
Is

-ACCESSION VR:- AT3013137 S/3018/63/000/000/0175;/0180
AUTHOR: Musayelyan# S. S.
TITLE: sfrect or hypoxia on gamma-amino butyric acid content in the
brain
SOURCE: Tretlya Vseso7uznaya konferentslys, po b1olftimiI, nervnoy
sistem7*9 Sbornik dokladove Yerevan# 1963P 175-180.
TOPIC TAGS: gamma, amInobutyric acid,, hypoxiap anoxia# chromatograph-
ie method, brain tissue# gamma aminobutyric acid levels, convulsive
state
:ABSTRACT: In the first or two experimental series anoxia was
induced In rats by keeping the heads or decapitated animals at room
temperature for periods of 0*5p lp 5p 6# 10# and 50 m1n. In the
second series hypoxia was Induced In rats by subcutaneous injection
or sodium nitrate (15 mg/ 100 g). Then the animals were frozen in
liquid oxygen, Brain tissue extracts were prepared according to
Robert's method, Gamma aminobut7ric acid levels were determined by
chromotographyo For the animals with Induced anoxiap 5 min arter
Card 11/2

ACCESSION NR: AT3013137
decapitation gansa aminobutyric acid level Increases by an average of
50% in the brain tissue and remains at this level. In the brain
tissue of animals with induced hypox1a ga=ma sminobutyrio acid
iincroaass by an averase of 30%, Though various explanations have
been offered In the literature# the imschanisas of these Increases are
not clear, With a definite relation established between gama
..aminobut7ric acid levels and h7poxia& It Is possible that the high
gamm aminobutyric acid level found In the brain tissues of convul-
,sive patients may.be the result of hypoxia, Orig, arts has: 2 tables,
ASSOCIATION: InstLtut fiziologil imeni Is Pe Pavlova AN SSSR,
Leningrad (Physiology Institute AN SSSR)
SUBMITTED: 00 DATE ACQ: 280ct63 ENCL: 00
SUB CODE: AN NO REF SOV: 012 OTHER: 016
Card .2/2

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POPOW, S.A.: KANINIKIT. Me.; PMSRSKIY, M.L.; HAURNAM, K.S.;
SK13INOWA* 1*5*r-J2MM@MYAI Te.K.; SILIT3WROT, T.D. (deceased];
KtMIK(W. A.T.; 99MM", [e-mail], red.; MMOTA,
N.A., red.izd-va; GODIMA. L.P.. tekhn.red.
[Dressing grinding whoele with diamond and diamond-substitute
tools) Pravks shlifovalInykh kragov almaznymi instrumentaml i
samaniteliaml almazov. Pod red. A.F.Heamelova. Koskvs. Goa.
nauchno-takhn.isd-vo msehinostroit.lit-ry, 1960. 101 p.
(min l4a)
1. Gosudarstvennyy nauclino-tesledovatellakly Inetitut almaznogo
instruments i protsessov almznoy obrabotki. 2. Goaudarstvennyy
nouchno-iseladovotelIddy institut olmasnogo instruments i
protsessov almznoy obrabotki (for all except Nesmelov, Ivanove,
Gordayeva).
(Grinding whaels) (Diamonds, Industrial)

KOVALEITKO, FX.;
Combined electrochemical method fcr det--rmirLna cOFperp
arsenic, cadmium, and indium in a zinc electrolyte. Ijkr.
khim. zhur. 30 no.7t753-757 '64 Ip.1)
1. Rostovskiy-na-Donu gosudarstvennyy univers.1tot.

KUSAYELYAIvI'S,,,!t.H.. inzh.
Safety nets. Bezap.trladn v prom. 2 no.5:28 My '59. (14DU 11:4)
(Oil well drilling, Submnrine-Safety mensilres)

AUTHOR: Musayelyants, R.N., Engineer 92-58-3-4/32
TITLE: Manufacturing and use of Wire Ropes (Proizvodstvo i
ekspluatatsiya talevykh kanatov)
PERIODICAL: Neftyanik, 1958, Nr 3, pp 4-6 (USSR)
ABSTRACT: Wire ropes is an important link of drilling rig tools.
Most wire ropes used in oil well drilling are 3/4-1 1/4 in.
in diameter and are either of the compound structure
type (Fig. 1) specified in GOST IV-2462-50, or of the
conventional type specified in GOST 3070-46, 3070-55.
The selection of the right wire rope, its diameter,
structure and proper lubrication are very important for
its performance and service life. The proper handling of
wire rope before and during its installation is also of
great importance. The Baku Wire Rope Manufacturing Plant
considerably improved the stru,:,ure of rope by twisting
Card 1/2

Manufacturing and Use of Wire Ropes 92-58-3-4/32
separately the strands with the aid of a rope-twisting
machine (Fig. 2). This makes the rope moze flexible and
extends its service life. Recent studies and practive have
indicated that the twisting pitch of the wire rope should be
increased. At present the pitch is usually 7.5 times greater
than the rope diameter. Proper twisting procedure reduces
chances of a rupture and increases the durability of the rope.
With the Increasing depth of oil wells the question of the
strength of the rope becomes extremely important. The rope
strength can be ensured by improving the quality of the strands
of which the rope is made and by the increase of their number.
The rope is tested for rupture, bending and torsion by
defect-detecting instruments in accordance with the established
procedure which should be strictly followed. In most cases the
rupture of the rope during lowering or hoisting operation is
due to improper handling. Therefore it would be desirable to
work out and issue instructions indicating how to choose the
rope suitable for any specific operation.
ASSOCIATION:VNIITB
AVAILABLE: Library of Congress
rAVA 2/7

MUSAYELYANTS
Calculating casing lines used in major repairs of wells. Izv.v7s.
ucheb.zav.; neft' i gaz. no-7:111-117 '58. (MMA 11: 11)
1. Azerbaydzhanskiy industriallnyy institut im. M. Azizbekova.
(Oil wells--Repairing)

KUSLULTANTS. R.N.
, , . @ , - - - - - I @ - - I @ _ @.7 _ .. @ @ @ - T- -- -
Value of the dynamic coefficient qf the pulley system when
freeing stuck pipes. Aserb.neft.khos. 37 no.10:40-42 0 '58.
(MIRL 1,2:2)
(Hoisting machinery)

L'USAT-LYANTS, I.I.N., Gand Toch Sci - (di@7s) of ICU-
n
lation of dyn,-mic mf!f@s 'permi t d f 6 DEI:r.,L 0-1-.. 7@c e luring
tho releaso of clzj,-iped purli)-CO *e:,-,or *"boo pilpess." 3-1-11, 1'11@
1.1@ pp (I'in of ',i,-her -,;ducation USSR. Azerb--.ydzhan Cr,,Gr o:' tlbor --It!d
B. mior Inst of P@., trolown :nd @ht@@A.,-try h-, ". Azi?be!-,ov' . 1'.0 cc.-
pias ( X-! , 4 0-59, 10 " )

MUSAYELYAWS, R.P.; KABANOV, V.I.
Mechanization of work in changing casing lines. Trudy VNIITB
no.13:30-35 160. (MIRA 14:12)
(Oil well casing)

MUSAYE12YANTS, R.N.-; SYSOYEV, Yu.D.; SnTANOV, D.K., red.; ZEYNALOVAJ.,
@_ - red. iza-va; RASIROV, N., tekhn. red.
[Safety measures in operating drilling punps] Tekhnika bez-
opasnosti pri ekspluatatsii burovykh m@osov. Baku, Azernesh,
1961. 68 p. (MIRA 15:7)
(Oil well pumps-Safety measures)

MUSAYMAIM, R.N., kand. tekhn. nauk
Specification or two articles in safety regulations, Bezop.
truda v prom. 7 no.4%24-26 Ap 263. (MIRA 16,-4)
1. Vaeooyuznyy neftyanoy nauchno-issledovateliskiy institut
po tekhnike bezopasnosti.
(Oil fields--Safety regulations)

GF11@1"'A -;-A c'A 1 . Y'.
e r n
tu"@-

KUSATIT, A.A.
@ @,- i - I I @-
Concept of too vadergrommoi water cycle C In Aserbaljanl with
suiragry In Russian]. Dekl. AN Aserb. SSR 13 ne.1:49@-52 157. (NUU 10:4)
(]bra lowland-Vater. Undorground)

-t :. - @
--ftj Ao.@, ".,
L gAA.- w - "g,
K%AUX*rA
Regularities of ground water level fluctuRtion in the Shirvan
Steppe [in Azerbaijani with summary in Russian]. Dokl. AN
Azerb.SSR 13 no-3:297-303 157. (MI-RA 10:7)
(SbIrvan Steppe--Water. Underground)

MUSAYEV, A.A. -'@___.,
AaAv--@.Z;@.@'- - . _,
_@._ -
Hydrogeological regions of the Shirv n Steppe [in AzerbaiJani with
eummar7 in RuBsian]. Dokl. AN Azerb. SSR 14 no.5:385-389 158.
(MIRA 11:5)
l.Institut geologii AN AzerSSR.
(Kura Lowland--Water, Underground)

SULEYKAKOV* D.K.; MUSAWO A.A.
Achtevements In the field of hydrogeoloCr and engineering geology
In the Aserbaijan SO'SAL 4uring the Soviet regime. 1sw. AN. Aserb.
SSR. $or. pole-geoge nauk no.2t6g-81 160. (MIRA 13:10)
(Aserbaijur-Water, UndergrowA)
(Aserbaijan-Inginsering geoloa)

-MMYEV, A.A.
Formation of underground water conditions in the Shirvan Steppe.
Trudy Inst.geol. AN Azerb. SSR 21:90-110 161. (MIRA 14:11)
(Kura Lowland-Water, Underground)

KHAMR"AYEV, I.Kh.; MUSAYEV A. LIKHOYWV, G.G.
Chromium mineralization in ultrabasites of Lhe Tamdy massif.
Uzb.geol.zhur. 6 no.4t87-90 162. (KRA 15:9)
1. Institut geologii AN UzSSR.
(Tien Shan--Chromiiun)
(Tian Shan-Ultrabasites)

TT:, Vfv V " I,
Actual Ve!:)C-'-'Y c" '-,nn undirgroand' fl()w @-' i'e..-qtaLk@ I @- @:,- F. ,
lzl,r,'.'l Spr@i@,Poj,geor. njqjj@, C-7
, I neftl r, -@ 4 - . _C_ C I; @
I @ I - ., ,

ITSAflf, A.A.; PANIAMOV, A.M.
Zoning of underground wdters in the Akstafachay-Indzhachay inta-rflu---.
Trudy Inst. geol. All Azerb. S.SR 23:67-77 164. (MIRA 18:7)

MUSAYEV., A.I.
Combined treatment of lwnbosacral radiculitis at the TasImizjvody
Health Renort. Trudy Uz. gas. nauch.-isel. inst. kur. i fizioter.
no.15:219-228 159. (Mil'a 14:9)
(NERMS, SPIDIAL-DISFASiS) (MINERAL WATERS)

MUSAYN, A.I.
Studying the formation of strawberry runners under conditions
prevailing in Apsheron. TruAy Inst. gen. i eel. AN Azerb. SSR
1:95-99 '59. (MIRA 13:3)
(Apsheron Peninsula--Strawberries)

C,nd 3iol
m Lis
501 AZ.1,A.
,ijmw,.jOw of strayrberrieS in Apsl@.--ron. Ba'.@.I,
13:5)
,3ei,,etics i,nd Selection. St"e
-lZ4-

ABDULLAYEV, I.K.; MUSAYEV, A-.I,
A new variety of large fruit strawberry of the Apsheron Pen'n3lula.
Dokl. AN Azerb. SIM 20 no,5:53-56 64. (MIRA 17.',@
1. Institut genet1ki i selektsli AN AzSSR.

KHAMRABAYEV, I.Kh., doktor geol.-miner. nauk; HADZIIABOV, F.Sh.;
GOR'KOVGY, O.P.; SALOV, P.I.; KOZYHEV, V.V.; PETROV, V.X.;
USMA11OV, F.A.; ISAMUKHAMEDOV, I.M., doktor geol.-min. nauk;
KUSTARNIKOVA, A.A.; BORISOV, O.M.; RAKHKATULLAYEV, Kh.R.;
MUSAYEV, A.M.; SVIRIDENKO. A.F.; SULTAII-UIZ-DAG; GOLOVIN,
YeX., kand. geol.-miner. nauk; V13INEVSKIY, Ya.S., kand.
geol.-mlTrer. nauk, red.; NURATDINOVA, M.fl., red.; ASTAKHOV,
A.N., red.
[Petrography of Uzbekistan] Petrografiia Uzbekistana.
Tashkent, lzd-vo "Nauka" UzSSR. Book 1. 1964. 445 p.
(MIRA 18-1)
1. Akademiya nauk Uzbekskoy SSI(, Tashkent. Institut geologii
i geofiziki.

PAY-ENJ A.'@.. gorniy
f"ornyy Inza.
a@ne air .j4 tni a
ziiLu-. no.7: 6,-617
,fWI,D 'IS -iy S'.r L I I I. 90%-Yy k DT,,1-; I !,11,.
1. Zy-r

MUSAYEV,
A.M., gorW inah.
Efficient design for the mouth of ore chutes. Gor. zhur. no.5:
68 NY '639 (MIRA 16:5)
1. Rudnik im. XXII s"yesda Kommunisticheskoy partii Sovetskogo
Soyusa, g. Zyryanovsk.
(Ore handling-49quipment and supplies)

MAX
@kffs-,,A_t@o_
r,tt-=ture of the Vashnalinokoys ore sonso IsysAll Aserb*55Hs Baro
gool.-pog.nauk no.lt57-66 165. (MIRA l8s8)

T,.-(.,J-Lnic:,d 1-1-ints. 01.1 -Irv@
DuG@-tr 13.;,urlnj,
Abs J(,ur : R(,,f 7Amr-Ric,1.7 !'(-) 17-, 195.'@, 6,33258
Author ---l"Usa-voy.
Inst Uiiiv@jrsity of CJntral 1--.sia.
T it 1,,) Tho I'robljni ;,,f Ovurc,@.minf- tl. - Diffimilti,--s
c,f' IlYbridizinp G(@n(Aically R(-,muti@ Furr,i- ancl
Sc)vi.-,t Fink-@-Fib,-@r Gotton Strriifis.
'7
Orig Pub : Tr. Sr, drj-az. 'Irl-ta, 7 1 -
Abstrict : Exp,@riments vjt-,r,-@ cr=iud out vith tla-; wild
spoclkjls, Gussipium Thurbx'- Tod, --s well :,Ls
with ti'-,-, fcll,-;w!n[@ G. barbad(--nsi@ L. variants:
asp. I-ubarbad,@nskj aii(' as-, vitif(-liui-.1.
minar.y v,,i,,ut%tiv,-
tLybr.j(jizjnt,-
Card - lk",
104

I r
USS',VCultivated Plants. Tjchnical Plants. Oil and
Sugar Boarin- Plants.
Abs Jour Rof Zhur-Biol., No 15, 1958, 63258
ted pollinations also incrc-aso thoir fcr-
tility, especially i.-1' the pollination is
j@orformcd with a pollen mixtur,- from inter-
modia-rios. Fertility of hybrids incroascs
undez- the following conditions; 1. ringing
of thL! branchos or of th- main stalk; 2.
deep -,inch-m ldinfj- of th,.@ plants, subsequently
preserving tham for a secoiid yoar; 3. substi-
tution of a mentor (aspecially when corabinod
with rr.,peatod pollination) in thu case of com-
parativ@@ biomor-1hological. analysis of F1hybrids
of genetically r,3moto crossbroodings r@s compa-
rod vith the parental forms. Analysis of F 2 and
F3 hybrids has domonstratQd an incroase in tho
Card 3/4
105

ill-USAYEIV) :,@. Yu.
@%USAYEV, E. YU.-- "The Sffect of Darydag Arsenic 4ater and :Irsenic So-
lutiins -)n tl-e Internal ')rgans -)f Animals." MIn Ptrher Ld=Iti@r.
U66R. Azarbaydzlian :,tate U imerd S. Ii. Ydr-iv. Chair -)f 3eno:!tLics
and Dt3xwinism. Ba@m, 1?55. (L)4scFtrtati-)n f-)r the Deurec- -@f
Candidate in Biningical 3cimnces)
30. Knizhnaya Lot-)pis', N-) 1, 1956., pp 102-12:, 124

M w-) 1@ ",I E V9 t, @ u -
IOIXSNIXOT, W-036"WO
Argyrophille substance of the spleen in different farm and
laboratory animals. Uch. sap. MU no.9:65-67 156. (KERA 10: 4)
(spleen)

COUNTHY USSR
%'J'ATEGORY Farm Aninials. Poultry
ABIE5 . JOUR. RZBiol., 3o. 13, 1958, No. 59627
AUTHOR Alchundov, M. E.; Musayev, E. yu.
Azerbaydzhan --@
IN413T. Unive
T ITU On the Histology of the 3kin of the Neck In
Barenecked Hans
ORIG. PUB. : Elmi eserler. Azarb. univ.F Vc1h. zap. azorb.
un-t, 1957, NO 6, 73-77
A33TRACT ! The skin of th5 inertal and occipital rtgions
wa3 atudied histologically in the Leghorns,
Barenecked hons and their crojaes. In the
Barenecked lions, numerous fatt7 cells are
found, which apparently play a role In ther-
moregrulation, and A-Uch are absent In the
Leghorns. In the crossbrods, a certain anioun
of fatty cells Is also found and, according
to some authors, glands are met with which
C ARD 1/2
Q - 7L

--MUSAIEV 0 E. YU. - -
Effect of the Darydag arsenic water and arsenic solution on the
internal organs of animals. Uch. zap. AGU. Biol. ser. no.4:1.1-18
159. (MIR A 15: 5)
(ARSENIC-PHYSIOLOGICAL EFFZCT)

MUSAYEEV, E.Yu.; AKHUND-ZADE, A.I.
Effeet of a growth promoting substance of petroleum origin on the
growth and developmnt:of chicks from 30-60 days old. Dokl. AN Azerb.
SSR 20 no.1:69-73 164. (MIRA 17%4)
1. AzerbaydzhRnakiy gosudarstvennyy universitet im. S.K.Kirova. Pred-
stavleno ake-demikom AN AzerSSR F.A.Malikovym.

AUTHORt MUSLEV,F. PA - 2272
TITLE& In the Atomic Energy Pavilion of the All Soviet Industrial
Fair (Department for Nuclear Raw Materials), Russian.
PERIODICALs Atomnaia Energiia, 1957, Vol 2, Nr 2, pp 192 195 (U-S-S-R-)
received: 3 / 1957 Reviewedo 4 1957
ABSTRACTs A rioh collection of uranium minerals and uranium ores is ex-
hibited in this department. Furthermore apparatus for the search
for and the production of uranium ores as well as for their
analysis in the laboratory and in the open air are on show.
The methods used for the production of radioactive ores can
be subdivided intoe -recording and emanation-recording.di-re-
cording is carried out with a special radiometric apparatus
according to different methods. Some of the apparatus now in-
dustrially produced are on show.on the fair. A difference is
made between aerogram-recording, @-recording from a car, and
dk -recording on foot. For aerogram recording the geophysical
station ASGM-25 of the factory "Geologorazvedka" (geological
prospecting) is used. This station serves for the simultaneous
and quick search for ores and their deposits by making use of the
radioactive and chemical characteristics of these deposits. The
station is fitted to planes of the AN-2 type or to helicopters
Card 1/3 of the MI-4 type.
,r-reoording by car is carried out by means of the -radiometer

Pk - 2272
In the Atomic 6nergy Pavilion of the All Soviet Industrial Fair.
SG-14 which is also produced by the "Geologor&zvedka" factory,
For this apparatus GkZ-67 and GAZ-69 care are beat suited as
they are adapted for cross-country driving and have good steering
qualities.
Besides, a great number of different radiometers for6i-recording
on foot are shown, e.g. the explosion-proof radiometer UR-49
which can also be used in mines underground. This radiometer uses
gas discharge counters of the STS-8 or the STS-1 type. The
measuring range of this radiometer is from 0,015 to 10 milli-
roentgen hour and can be used for temperatures of from - 200 C
to + 50 0/ C. The probing casing is of the telescope system,
which renders extension of the handle from 1,14 to 1,74 a
possible. The RP-1 radiometers have a hermetically tight casing
which can be immerged into water during operation. With these
instruments the radiation is shown both by a sound indicator
and also visually at the same time. The portable acoustic radio-
meters PRS and the radiometer SG-42 with scintillation counter
are also to be mentioned. The different variations of these
radiometers differ by the form of the probe and the measuring
range. In the SG-42 radiometer scintillation counters are used
which are more sensitive to @-radiation than gas discharge
Card 2/3 counters. Besides, they have a relativelji short resolving time.

PA - 2272
In the Atomic Energy Pavilion of The All Soviet Indurtrial Fair.
One stand shows thedh-carrotage of drill holes.
ASSOCIATIONt Not given
PRESENTED BY:
SUBMITTEDs
AVAILLBLEs Library of Congress.
Card 3/3

rl?
AUTHOR: *maM,, F 89-lo-24/36
TITLE: The A3.1-Vidon Industrial Fair (Na vsesoyuznoi prcm iblemoy
vyatavke)
PERIODICAL Atom"Ya Snergiss, 1957, Tol. 3, Nr lo, pp. 358-362 (USSR)
ABSTRACT l. Departments The atomic nucleus and its measurement.
The following devices were shownt
a) a 24 channel analyser which can be connected to an electron
switch as well as to a P-spootrometer.
Stepping-down devices B-2-DK-3,ps_jo4, PS-106.
b
a Stepping-down device with a decimal indicator which operates
@
with an annular troohotron. Resolving time 0,2e4s.
d) Neutron counting device C -3, with the help of which slow n*ut-
rons can be counted.
e) The device "rablonya* which permits measuring of coincidences
and anti-ooinoidences. The resolving time for coincidences is bet-
woon 2.1o-6 end io-7 second&.
f) Bi-radiation Ippulso osoillograph DJO-56. The time of rotation
can be changed from 5/4,11 up to 2As.
6) Electronic micro stop watch.
2. Departments Reactor materials.
a) Details produced from uranium in form of rods, tube*, bands,
foils, wires, are displaced. 0 aracteristics of the uranium usodo
@
Card 1/2 , melting temperature at 113oO 0,
Specific w4ight 18,9-19,1 9/oa

The All-Union Industrial Fair. 896-10-24/36
maximum stress 35-14o k9/mm2.
b) Details produced frol beryllium are also displayed. The speci-
fic w:ight is 1,85 9/cm , melting temperature 12850C, strength
6o-13 kg/ mm2.
a) Tubes of various diameters, wires and casting made from zirco-
nium are shown. The speific weight amounts to 6,4 9/cm3 and mel-
ting temperature is about 186oOC.
d) A large number of details produced from non-metallic material
are shown. There are 7 figures.
AVAILABLE Library of Congress.
Card 2/2

A7THOR: Musayev, F. 89-12-161/29
TITLE: News in the Pavilicn "Peaceful Application of Atomic
Znergy" of theAU-Union Industrial Exhibition (Novoye v
pavillone "Ispollzovaniye atomnoy energii v mirnykh
teelyakh" Ysesoyumoy promyshlennoy vystavki)
I
K;RIODICAL; Atomnaya Energiya, 1957, Vol. 3, fir 12, Pp. 556-56o (ussR)
ABSTRACT: In 1956 the exhibits were presented to the visitor partly
renovated or in an improved construction respectively.
In the department "atomic raw materials" a whole aero-
geophysical station (ASG-38) is shown. It consists of
an aero-gammaradiometer, which indicates the pre8ence of
uranium and thorium. A scintillation analyzer makes it
possible to indicate the relative as well as t@.e absolute
content of uranium and thorium on the spot.
In the department "reactor materials" new and very detailed
tables on the properties of these materials can be seen
In the field of radiation protection the electrical filter
EF-2 has to be mentioned: the a- and P-active aerosols are
collected in it with an effectivity of 85 to 95 %, By th'13
instrument concentrations Up to jo-15 c/1 can be demonstratee.
CARD 112

News in the Pavilion "Peaceful Application of Atomir, Enirvy" ;1, 9 - 1,'- 1
--f the All-Union Industrial Exhibition
I
Moreover the universal scintillation dosimoter hiq to bI
mentioned, and the radiometer RN-3: By this meter neutron
fluxes of fast and thermal neutrons in the t-nergy qr-,,a @f
0-5 to 14 MeV can be meaSUred.
Portable neutron dosimeter RN-4.
Portable a-radiometer RAP-1, which registers 50 to 10000C
decays/min.cm2.
In the pavilion of atoms this year 2 new departmentu
"Science and Technology" and "Isotope Production" hLve been
inaugurated.
Here the instrument I.TP-64 has to be mentioned by which
the humidity of the soil can be determined immediately on the
spot. Also the gas-consumption meter RGR-1 (Rulc6) Is new.
From the department "Application of the Radioactive
Isotopes" the P-theraptutics Instrument GUT-Co-400 and the
model of a 25 2eV betatron for medical purposes is worth-
while mentioning. There are 5 figures.
AVAILA-BLE: Library of Congress,
CARD 2/2

KULIYEV, R.Sh.; SAFEDOVA, F.I.; MUSAYEV, G.T.; CHIKAREEVA, N.I.; 6RYLOV, L.P.
Effect of some factors of adsorpticn refining on the quality of
transformer oil from petroleum of the fleftianye Kamni Field.
Azerb.khim.zhur. no.6:61-66 161. (KRA 15:5)
(Insulating oils) (Petroleum--Refining)

KULIYF.V, R.Sh.; SAMSDOVA, G.I.; 14JSAEV, G.T.; CRIKAREVA, N.I.;
KRnWq L.P.
Obtaining transformer oils from the Siazan' petroleum by
adsorption refining. Azarb.neft.khos. 40 no.12:44-45 D 161.
(14IRA 15:8)
(Siazan' region-Insulating oils) (Adsorption)

L3759
S10811621000102310821120
B144/BI86
AUTHORSt KuliyOv, R. Sh., Musayev, G. T., Airapetovs, E. K*
TITLEs A comparison of the properties and stability of oils obtained
from Eastern sour crude and Baku crude
PERIODICALs Referativnyy zhurnal. Xhimiya, no. 23, 1962, 594,'abstract
23M207 (Azerb. khim. xh., no.-29 1962, 31 - 39 [Summary in
Azerb.1)
TEXTs For the comparative study two similar diesel oilsA -11 (D-11) were
taken, one (I) from Baku petroleum@ and the other (11) from Eastern
petroleums, with the following characteri4ties, respectivelys
20
d 0.9092 and 0.6904, viscosity 12.4 and 10.8 Get/100*C, viscosity index
59 and 891 cokability 0.51 and 0.551 sulfur content 0.24 and 1.14%, pour
point -18 and -20oC. Both petroleum* were separated into the following
groups (fractions) of hydrocarbons (for the groups sontioned from I and
from II, respectively, the following are enumerateds the yield in %,
n20 , d20 , molecular weight, viscosity in Got/10()*C, viscosity index, the
D
(;.rd 1@3

3/081/62/000/023/082/120
A comparison of the ... B144/Bla6
mean number of rings in the molecule, the number of C atoms in the side
chains)s naphthene-methane'h@drocarbons (NU) with a specific dispersion
up to 105:66 and 56.7; 1.4839 and 1.47371 0.8860 ind 0.85891 412 and 455;
9.72 and 8.07; 80 and 1081 2.48 and 1.661 19 and 25; aromatic tops with a
apecific dispersion of 104 - 124: 11.5 and 12-51 1.4950 and 1.49901 0.9037
and 0.8995; 408 and 491; 12.15 and 14-40, 57 and 821 2.48 and 1.60; 19
and 511 aromatic medium HC with a specific dispersion of 124 - 160: 9.5
and 15.5; 1.5198 and 1.5181; 0.9385 and 0.92931 400 and 4601 14-50 and
14-19; 10 and 471 1.96 and 2.071 21 and 261 aromatic HC with a specific
dispersion of-'>160s 10.0 and 12.61 1-5578 and 1-54121 0.9906 and 0.96831
390 and 4471 40-10 and 28.90; -140 and -31 2-75 and 2.61 17 and 211 tarry
substancest 2.5 and 2.01 -, -1 0.9962 and 0.97701 540 and 6121 - -1 - -1
- -; - -. I, II, the hydrocarbon groups separa 'ted from them and mixtures
of NM with individual groups of HC were oxidized by the method of the VTI
at 1300C in the Butkov bomb. The oxidation of NM from I yielded less acids
and more residue than that of NM from II, but tho aromatic HC groups from
I yielded more acids and less residue than the similar groups from II.
Addition of individual groups of aromatic HCto, NM (the mixtures corres-
ponded to the content of the HC groups in the oil) imarkedly increased the
Card 2/3

43760
310811621000102310821120
A comparison of the ... B144/8186
stability of NU (to oxidation), the heavier HC producing a greater in-
crease in stability. Men aromatic HC from II were added to NU from 1, the
mixtures obtained were more stable than on addition of aromatic HC from I.
In oxydation by the VTI method, addition of heavy aromatic HC from II to
NM from I thus reduced the acid number of the oxidized oil from 29.7 to
0.19 and the residue percentage from 17.5 to 0.05, while addition of heavy
aromatic HC from I resulted in a reduction*to 1.15 and 0.32, respectively.
When the quantity of heavy aromatic HC added to mixtures of NU with other
aromatic HC was increased, the stability of the mixtures improved. Addi-
tion of tarry substances to mixtures of NU with aromatic HC reduced the VY
antioxidant effect of the latter. On the baste of their studies, the
authors recommend the production of stable diesel oils by selective puri-
fication, leaving in the selectively purified oil a considerable part of
heavy aromatic HC and tarry substances and subsequently separating the
latter by acid after purification of the oil. [Abstracter's notes
Complete translation"
Card 5/3

s/o65/62/G0U/U(A/GO2/G04
E075/E136
AUTHORS: Kulivev, R.Sh. , Dreyzin, M.M. , @Msayev_.4,1_.,
Chikareva, N.I., and Krylov, L.P.
TITLE: Production of electrical oils from Baku crudes by
the method of adsorptional refining
17,ERIODICAL: Khimiya i tekhnologiya topliv i masel, no.4, 1962,
15-21
TL,KT: The authors describe a method for the production of
transformer oils by the method of adsorptionai refining. The
experiments with a continuous adsorptionai refining were carried
out in a laboratory apparatus designed by V14II NP. Granulated
aiurr,ino-silicate catalyst was used as the adsorbent and a
benzine fraction (b.pt. IOC-15c) OC)containing 4.6@. aromatic
hydrocarbons, used as a solvent. Transformer oil distillates
were diluted with 1.2 parts by weight of the solvent. L s ing
this method it was shown that the yield of the refined product
was 90-92@u in place of 80-820" for an acid-alkaline refining
process. The transformer oils after the adsorptional refining
are more stable than the acid refined oils. The distillates
Card 1/2

Production of electrical oils ... 6/065/62/uoo/oo,i/uoL,/,-oi
LOVE130
from the highly asphaltic Neftyanyye hamni crude yieldeu lii6il
quality transformer oils after the adsorpt.Lozial refin.Ln&. 'I'Llus
the method permits the utilization of a wider range of crudes
for the production of electrical oils. It was found that the
refining capacity of the alumino silicates can be 1,;odilieci by
the temperature of the process and the addition of benzene (i5l ,@-,)
to the solvent. It was shown that transformer oils with low
pour points 6an be obtained by adding a pour point depressant
(0.03-0.11/u) (depressant AzNIl) to the distillate prior to its
adsorptional refining treatment.
There are 6 tables.
ASSUCIATION: 1NKhP AN Azerb. SSR
(I,NKhP AS Azerb. SSR)
Card 2/2

KULIYEV, R.Sh.; KEVERKOVA, I.S.; MUSAYEV, G.T.; AYRAPETOVA, E.K.
Production of transformer oil from a mixture of Baku paraffinic
pe*oleuu. Azerb.khim.zhur. no.4:63-65 163. (MIRA 17:2)

IMIZZY
. .. ....... . ..
-, --a
'a 6 4 04 dt-- AJ N W, -W A'--- bl*.A a 466it
Pass
0
I baiiiu6i Al I@Iioest: ut
two
bit b" d4d lubricitih@@Alkkriaidialt to give high -qiml
ity
vc and Aissol awbe, oils rlc@'
7."
sort =6@
FT
... . .... ..

KULIYEV, R.Sh.; SHAMOTICHO M.Io; SAMEDOVA, F.I.;-MISAYEV. G.T.;
CHIX4REVA# N*Io; Prinimall uchastiye: ALIYEVA, A,; PUMA,, V,;
KATKOVA, 0.; BESSONOVA, To.; KURILINA, A.
Taproving the quality of transformer oil from Buzovna crude
oil, Xhim. i tekh. topl. i masel. 8 no.10:16-22 0 163.
(MIRA 16-11)
1. Institut neftekhimicheakikh protsessov AN AserSSR.

KIIllYYV R -771
de Y-cl'l and
-ax@-ne r
zh--r.
arfatfon ofl. @ ie@-b. khIm

K i Y V,
SAY
N--

L 06465-67 EWT(m) DJ
AP6029339 (A)
SOURCE CODS1
UB/0316/66/000/002/0077/0080
AUTHORs SulLywl, Re Sh*j Numayews 0. T.; Ayr as, E, 9,1 Antonoway Ke L
0RGj IND? AN AzorbSSR /S
TITLEs Meet of various bydrocarbon groups of D-8 diesel Oil on its lw-temperature
properties
SOURCES Aterbaydabanakiy khimichookiy zhurnal, no. 2, 1966, 77-80
TOPIC TAGS& lubricant viscomityp lubricating oil
ABSTRACTI The offset of various groups of hydrocarbons on the viscosity of D-8 diesel
oil (SU machine oil) was studied at low temperatures. The gromps were separated from
the SU distillate chromatographically on ASK silica gel. The viscosity and solidifica
tion points of the aromatic hydrocarbons increase with their cyclic character. It was
found that the removal of all tars and approximately 30-W$ of heavy aromatic hydro-
carbons from the distillate of SU machine oil gives the required content of the vari-
ous hydrocarbon groups in the oil, so that the desired viscosity in obtained at -200C.
In order to obtain this bydrocarbon composition in the oil, the distillate of SU ma-
chine oil must be subjected to a more thorough purification. The viscosity of M die
sel oil at low temperatures can also be improved by decreasing its viscosity at 1008CS
when the viscosity Is decreased from 8.4 to 7.5 cS at 1006r, the corresponding viscos-

L 06465-67
ACC NRi AF60ZD39 0
ity at -210C drope from 44.8 to 21 thousand cS. Orig. art. has$ 4 tab] a.
SUB COIXI Il/ SUHK W38 3OJul65/ ORIG REFS 001
Card 2/2i@i/F_

ACC NR. AP6035577 r4N) SOURCE CODE: UR/0065/661000/011/0022/0024
AUTHOR: Kuliyev, R. Sh. ; Samedova, F. I.; Musax "V Bagirzade,
Ayrapetova, E. K. ; Ashrafov, A. A.
ORG: INKhP AN AzerbSSR
TITLE: Expanding the raw materials stock for aircraft lubricants
SOURCE: Khirniya i tekhnologiya topliv i masel, no. 11, 1966, 22-24
T. M.;
TOPIC TAGS: lubricant, oil, oil refining, aircraft lubricant, av-iation oil,
lubricating oil
CT.: The possibility of adding oil found on the Peschannyy Is land, in
Azerbaydzhan to the raw material stock (the Surankhanskaya and Karachukhurskaya
crude oils) to obtain aviation oils is discussed. A concentrate of a mixture of
these three crude oils deasphaltized with propane; the lubricating oil is then obtain-
ed by the acid-contact, selective, or adsorption refining methods. The adsorption
method was found to be the most effective. The oil produced by this method of
refining possesses high antioxidation and anticorrosion properties due to the lower
tar content. The yield is 10. 916 of the total of crued oil. The deparaffinization of
Cord 1/ 2 UDC: 665.521.5

ACC NR: AP6035577
Lhe raffinate obtained from a concentrate of the above-mentioned crude r--@Is is
made with a solution of acetone, benzene, and toluene.
SUB CODE: II/SUBM DATE: none/
[Sp"
Card - 2 _(@_ - ____ - - I - . - -.- - - @ I __ - __ __ __ __

KIJLTYEV, R.Sh.; SPEDIIIA, F.I.; IMSAYI_r@, G.T.; ANT-240YA, K.T.; CHIYJMVA, N.r.
Obtaining transformer oil from dis"Illates of Sumkhani se-
lected crude oiL and KararhtUchur and Sisman petroleum. Nef-
teper. i neftekhim. no.40-U$63 (MIRA 17:7)
1. Institut neftekhimichesk4kh protsessov, Baku.

6
@-z

T

14V
Ali KY.
-0 A.
U T13.
b @.h t EUY 'a,
Wowpd by tpettrui@capli- examn.,
v,h i..@
wv@--r Pt-0- kind dtaymnatlastion, ivere the
,tv@h,,A@ unpitlyed for Idenuifiviticu. of indIvIiJual hydro-
Tb-,@fr)IIuwing,-o;npds. In the awfi.(Vo) id-wen w-ro
!'mlld I
lmthirL 0.19. ethalle 0.12, prqlana 1.06, butane
5, 1,40, p-utanc 2.&J, 2-meihY1butwl,--
'@ , '2 ") It. '11, 1 d
-Extt helwit 3- -)rk1-thY1t'wtRn
1,24 2@2-dbntthylbqaae GA, 9,3-
m-'@-171, Iteptav- 2,26, 2-methy1hexane 1.93. 3-
i.-11, 3-e-hylpent;k e 0.11, 2@2-11niethylkn-
It
0.13, 3,Mmpthylpt@ntaue
iiiaaue 0.42, 2.2,3-'-rLvnetily(Ikuwue 0. 14.
J, i @Dy!heptaue 1.04, 3-muzhytheptanp 0,46. 4.
1.0, 2,2,dialethYlhepne 0.17, 2,3-mmtr
2,8-isorer 0. 19, 3,9-i3orner tracce, 2-
1,4-d1wcthyJhexxne 0.5, 2,2,3
-',-12, 2,2,-@triwethylpentuke 0.1, 2,1,3,
aunarke.
2- and -I-ethylheptarkEs,
I-,,l5-, 2.5., 2,6-d1mtf%yIhcpta
u
3-methyl-3-athythexane, -Imabyl-
3,3,4-, and 2,3,5-trinjuth-the%anes,
2,4-dimthyl-3-ethylpeutane,
1 1)
2,2,6-trimethyllieptane.
2,%3,r-tctrarnethy1hm, e and 2,-
wert
-10 ptygopentant Z.15, 0,7114 Nol'irr I p 7
0,39,
1 7.3, ,1
Wtatic I-me4yl-l-tthyleYcl~P,,tit.,inLi 0.117,
m1hyl-2--uhyleyejopentane 1.14, a.? Lxlruex 11I,
me hyl-3-ethy1cyc1cpAtitant 0.17, L@ptnpyiey,
OX, trx M- of; A-
propytcyclopmtmie, ,--j
1L4
mil the Cil i5oniu, ci@
41
tatithTlee-Op"t4sitt, and t@--
63 Lwjuif- 1-0bull'Icyclop'll tare: eyilkkhtut!c J.9-, !m! "I
CYCIOhCXAn2
Cyclohmane 1.16. Ir
the cis L--omex OM, liars-1,3-dj "'Okyley"iWzz:@
ifie cis isoxner 2.22, Ira PY-1,4-dimmethyleych-ht X,; v 1 j;':
the ci5 il'ilmer 1.13,
0241 and. the tis ltrrir"
cyclottexane 2.41,
xn-tv 0.17 a-1 sni
Lsomer b, 146'. 0,74, the 1,2.4-tAru j7I !@"mvr i;. fb
JAM p2id --u isomer b. 1401.
another iaciner b. 143" Fin
t bexane, h. 139--40 J.
eyew. 0.27; a trace of
b. JAB*,
All-aut 155%,- mcn-11C ppp;:C'm to
G. M. 9'
Vj
71

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till's "I'liv '-waly'l t.A.'IIvq1 vroh S 1.
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DiL sertation: "itrinlyals oi Petrolouni Products for Cyclic (;oplpounds."
1nst of Mineral Fuels, Acad z.,ci US-'R, 27 'Jar 47.
SO: Vechernjaya Moskva, Mar, 1,@447 kProject #17836)

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11SO/Chemintry Refractometry Apr 49
Ghquistry Analysis of Hydrocarbon Mixtures
OGOOaral, Bases of Refractometric Elementary (Ring)
Ansl,ysis of Saturated Hydrocarbona,w 0, D. 17ellpern,
1. A. Musayev, Petroleum Inst, Acad Sol USSR, 10 pp
w1z Ak Nauk SSSR, Otdel Tekh Nauk" N,- 4
Percent of hydrogen In m1xtures of saturated hydro-
C4 carbons may be calculated accurately by specific
retraction. Whether or not a saturated hydrocarbon
(or mixtures of them) belongs to "middle" homologous
group may be determined accurately by specific re-
fraction and average molecular veight. Membership
AM 45/49TIlt
USO/Chemistry - Refractometry (Contd) Apr 49
of a hydrocarbon in a homologous series or Its
mixture In the "middle" homologous series Is beat
determined by number of rings In molecule.
Disallove Vlugter's a priori solution of the prob-
lem on adaptability of one or another "standards
polymeric homologous series to analysis of petroleum
fractions. Submitted by Acad S. S. Nametkin.
29 Jan 48.

--C OA w I t-6
4 A", if-V VW91
'00
K@ I-V 0-11-1

'00
Ic i!
00 7,0. MW, MMIS ff POMMM PRODUCTS. Massav, 1. A. and
.-a*

;'00
1949, r4`@ 7
60 Gallpern, G. D. (Sell. Aced. Sol. U.S.S.R.,
.
,a*
00 .
'00
A crit. discussion of the determination of hydrocarbon groups in
UP
t
H
k
C
I
en
lines of
s
and
a
bigh-mol. wt products. Op. disperson
2)
00 43
as an indication of the oomplete hydrogenation of the material.
0* Values
@>50.10-4 b4loste that aromatic hydrocarbons my still be 0
-
00 present. A nomogrami Is given relating sp. ref. to mol. wt (50-700)
0 00
_)roe
0
for ton hydrocarbon types, ourves also relate an. pt of parefflu- I
a* nerhthene wAxtwoo to mol. wt op. ref., and 82 content. Estimatlan
of the avermige no. of naphthens ri tic rings, and paraffin A
chains can be imade rrom a know1od4;M d It or, Sol. wt, and an. Pt

of the hydrogenated oil and or the an. pt prloor to hydrogenation. 0
Tho usual value of 0.85 Is tAken for multiplying the difference In
an. r%t before # md after hydrogenation in order to calculate I Iwo
aromatic rifts, although evidence has bum obtained that in certain :@00
too
.1 0 ILA "TALLU GK.L LITWO&VU42 CLAWFKAT100

16444a Olt 41mv all
U a if a It d a 91 2 N ON it lot a
0 0 41 0 0 0 0 9 0 0

C"l
-I

0
oo
0 A
lWole
it it It I& it 14 14 1 is it ow It v it to is at v bi be C it a
jol!A I S t- If- L-JL A-4. AA. 0 UP 16 It I
-,-,too
ky
firueAw sm Lk mkvv@
Call, (11). I-CY4.1411sel'sisr 411). I-s-wtuni, fivi. 1.11 IV.
1-11 111, 1 -411 1-11 111
.1 1 Ito. of '.Nk, :1111, 44 1'. Mt P41) M 11-
-1 It Uft 'to tit %,I%t .1 6 .-MAt -4 k% hill
'4 Ili, ull'tut hvdf@wmtllm' -- Ili,
'lletor spit hydnMenAted At W (K the A nirthiti, 4 fell,
:4 A"lomilic hydorwartit."s lomtte,f. port-foomictry, reforActsw
I,-jwr-4mi. Itr r"P., lotilifir jv,noif, :41 the I.-
dt,j,ermm, tm-fluM jr..- Ow '14-( ft'4111'
oia@
des
Zee
Koo
al. 1. a
4 a- Iro 0
u 0 ill, to &A 440- J --Rw al 1. to ff It a it w *11 1 fill0 1 w a 0 0
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0 0 0 0 0 0 0 0 9 s's 0 0 0
01 0 0 0 lil 0 0 IS 0 * 000000 * 0-0 OLIVO-01-0- * 0 0 * * * 0

Mindcal Abet.
Vol. 0 110. 6
Mar. 25* 1954
Petro2suag Lubricautat and Aspbalt
Wirwhil's Ni + AIA catalyst (C.A. 18, 280 at 100-120
am. and 2OG-M* converts the (*flowing aromade hydro-
Carbons into the correspondint hidnxuvumdc comvds.
4 riefflm'fiamedution iiw closing nor rupiire
. -6. vW 6-ambered finp In any of the compds. w" .I-
M
dicated by physlcochem. meanuvmentq, and In pwdeu-
lar by the xgreement between end. and theoretical t IS
.f.ftfons of the products. A "cuprated asbintos" cata-
lyst (C.A. 33. 85031) was found to hydrogenate seUctively
at 100--120 atm. and 1IM-W all allphatic and
bout at t of: of
at '. rd
255453.-Tbe application of the to a pefts-
leum hwom, mol. Wt. 19&403, a
plug the no. ot-rinp-to
V. r3 Pf act"T61!i -no with
1)
wM after b tion, an the men aocmte,
RAd No =tric analysis Is preferable tothe
Mn. of C ww ff. W.
b

16
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41419!'01) Cr-kolig .( cy,tull-amd ,If a limpiry ly1w
.Imnsw@dwAr (-AaIV,Ia1 Ifill'. 11 7 1 1 lit . Im .01
,.till gal'. Iftedr-arl-i, 1, iml I
6c fill. '4114 I-W, Omqm J Ill. 1,
12 . V ".. 1. 1., - f. .. . .....
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cyclohenctit, A. the umiAl At :1440. 1 :,' I I -at
At". tjtf . MI umt_ the vivid 4 hydn@,Afl.m, s-, is V ;,.
fr.ctit 1, < 75', 57 1%. N - 7.',*, it, i Ill I ... s. r
locidnig frActkut (04 75* -. u-nul J's it' liv-1mils-otatit-
@J thl, tmllhwt frotil cycli.hcx I .... PI -1 1, 0 1 !1 - li . , ,
pill, .1i'l I Itv Vivid . it It 1. '1.. 1 1 v, W,
lw% '11.0 1, plprm Vo, ". md ,fill r"J., 1 1'. . @, ]..It, " .., .
I'l'ar" mlod, I O.k , 11, .1. 1
A .... I...... If p.,
liv.1fogelialtiml M C.H. 11.1-lut

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I)atd Off I-AtAlytlk 1-41111CO/StIlOn and degradaticsti tof
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