SCIENTIFIC ABSTRACT AKHMETOV, K. - BUGAY, Y. E.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000100620001-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 5, 2000
• Sequence Number: 1
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

SOV/119-53-11-5/15
Sone Questions Relating to the Automatization of Production
Pxocesses in
Refining Factories of the Nonferrous Metallurgical Works of
Kazakhstan
million Rubles. The calculated annual surplus amounts to
5,4 million-Rubles. The Leningrad Institute
"Proyektavtomatik"
intends to automatize factory Nr 3 at Leninogorsk. This will
mean an increase of production by 15 - 18 and 60 % of
the personnel will be made available for-other work. The
various devices Z-DMp.&My have hitherto
not found any practical use. The lack of highly-qualified
specialists becomes noticeable especially in connection
with the introdiiation of complex systems of automation.
The Academyof Sciences, Kazak-)jskayaSSR has hitherto not
de-
voted much attention to the problems of the automatization
of the non-ferrous metal industry.
Card 3/3

AKHMMV, X.; B&YAMV, S.Z.; POROMAIMV, V.D.
Complete utilization of mineral raw materials Is the most
important means of increasing the production of
nonferrous metals.
Vest. AN Kazakh. SSR 14 no.11:10-18 N 158. (MIRA, 11:12)
(Mineral industriee)

jo ~ 6, ."-
A A /
, We ) I -_-1 -
AKfflWOV,- K,
,'= ~Kzyl-~Orda
water power unit. Geog. v shkxle 21 no.2:64 Mr-Ap 158.
(MIRA 11-2)
(Kzyl-Orda Province--Irrigation canals and flumes)

SAPARGAIMVt G.S.t kand. yurid.nauk;PALGOV,VJ.t akad.;
BOGATYREV? A.S.;
AFANASIYEV9 A.V., prof.; BYKOVo B.A.; SHAKHKATOV9 V.F.9 kand.
istor.
nauk; FMOVSKIYp S-14-j. akad.; SAVOSIKO, V.K.9 kand. iotor.
naik;
RUSUPBEKOV9 A.N.# kand. istor. nauk; BAISHEV, S.B.t-akad.1
GOROKH-
VODATSKIYt I.S.t kand# istor. nauk; AKMTOV, A.p kapd. istor.
nauk;
RAKHIHOV, A,.p kand. istor. nauk; PIVENI, II.F.; CHULANOV,
G.Ch.9 doktor
ekonom. naukj BOROVSKI79 V*A.j kand. ekonom. nauk,- SYDYKOV)
A.S., kand.
pedagog. naukj ZRANGILIDIN, T., kand. filos. nauk; KARASAYEV,
L.K.;
KAVAPINI A.K.y kand. istor. nauk; BFMOVy M.D.p kand. ekonom.
nauk;
KARMAYEV# S.Rp kand. zed. nauk; AKHRETOV9 K.A.9; SMIRNOVAq
N.S.,
doktor filolog.nauk; SILICFMKO, M-.S-., d-ok-t-o-F-M-1-Mg.
nauk; YERZA,
KOVICH.9 B.G.9 kand. iskusetvovedoheskikh nauk; RYBAKOVA, N.;
MUKHTA-
Rov~ A.I.; BOGATMOVA, L.I.; UNDMAYEV, B.; SIRANOVI K.S.;
SHVYD-
K09 Z.A.v red.; HAMOVA, L.B., red.; ZLOBIN, M.V., tekhn. red.
[The Soviet Kazakh Socialist Republic] Kazakhskaia Sovetskaia
So-
taialistiebebkaia Respublika. Alma-Ata, Kazakhskoe goo. izd-vo
1960. 477 p. (MIRA 14:61
1, Akademiya nauk K&z.SSH (for ~allgov, Pokrovskiy, Baishev)
2. Chlen-korrespondent Akademii nauk KazSSR (for Bykov,
Sminovaq
Sillcbenko)
(Kazakhstan)

r (1)
AUTHOR: -Al&-metov,_K. T., Candidate of SOV/64-59-1-6/24
Economic Scienoes
TITLE: Some Problems in the Development of the Chemical
Industry in Kazakhstan (Nekotoryye problemy razvitiya
khimicheskoy promyshlennosti Kazakhstana)
PERIODICAM Xhimicheskaya promyshlennost', 1959, Nr 1, pp
24-28 (USSR)
ABSTRACT: Kazakhstan has many raw material sources which
permit the
development of a powerful chemical industry, In the
Eastern part of the province, along the left bark of the
Irtysh, in the area of Semipalatinsk and in East.
Kazakhstan, there are coal and oil shale deposits, the
largest being the Kenderlyk Deposit. This area has 38
coal
layers and 2 layers of bituminous slate with a minim-,un
of
1.5 billion tons (including 750 million tons of oil
shale).
The major part of the coal can be valued as gas ccal-
while the output of tar from the slate is 19 - 40 %o. The
Kenderlyk Deposit is larger than any other deposit in the
USSR, Europe or the USA, and in the quality of the slate
it also surpasses those in Colorado (USA) as well as in
Card 1/6 theBaltics (Esthonia) and the Kuybyshe,,, Area
(Caspi-ar

Some Problems in the Development off the Chemical
SOV/64-59-1-6/24
Industry in Kazakhstan
Deposit). The distillation of the Kenderlyk Tar delivers
25 % of gasoline fraction, 36 ~fj of Diesel oil and 10.8
OZ
of ligroine; the content of sulphur in tar is 0.25 %,
and at 600 - 700 0 a gas similar to that from the
pyrolysis
in petroleum production car, te obtained from the slates.
A detailed study on the procesaing of the Kenderlyk
Deposits should be carried out by the Vsesoyuznyy
nauchno-issledovatellskiy institut pererabotki slantsev
(VNIIPS) (All-Union Scientifilc iesearch institute for the
s (VNIIPS) Institut khimicheskikh
Processing c' Shale
nauk AN Kazakhskoy SSR (Institute of Chemical Sciences
of the AS Kazakh SSR), Kazakhskiy i Saratovskiy
uni,iersitety (Kazakh and Saratov Universities) and
Ler.giprogaz. As Kazakhstan is also rich in nineral raw
materials for nonferrous metallurgy, a cooperation should
be organized between the chemical and nonferrous-metal
industriee. The Ust' Kamenogorsl.. svintsove-t.9inkovyy
kombinat (Lead-zinc komoinat) only uses at present
Card 2/6 sulphurous exhaust gases, and the factories of
nonferrous

Some Problems in the Development of the Chemical
.90V/64-59-1-6/24
Industry in Kazakhstan
metallurgy in the Altay are processing only 15 - 20
of sulphur into sulphuric acid (from ores), while the
sulphurous exhaust gases are discharged into the
atmosphere. The demands of South Kazakhstan and (Soviet)
Central Asia for phosphorus fertilizers can be satisfied
by Kara-Tau phosphorites and Tekeli and Altay pyrites. As
the Irtysh Area and Siberia have the nearest production
of fertilizers in Kara-Tau, plants for obtaining
superphosphate under the extraction method should be
built on the basis of sulphuric acid production in the
Ust'-Kamenogorsk, Leninogorsk and Irtysh Kombinats. With
the increase in production of nonferrous metal ores in East
Kazakhstan, the production of sulphur in 1965 will increase
by 5 as compared with 1958, and the organs of the Gosplan
of the USSR should be concerned with the utilization of
this
sulphur excess. Central Kazakhp'an will lead in the
manufacture of synthetic materials, and will use as basic
raw material the gases and liquid products of the
coke-processing plant of the Karagandinskiy
metallurgichesk-iy
Card 3/6 zavod (Karaganda Metallurgical Works) and waste
products of

Some Problems in the Development of the Chemical
SOV/64-59-1-6/24
Industry in Kazakhstan
the Karagandinskiy zavod sinteticheskogo kauchuka (Karaganda
Works for Synthetic Caoutchouc). The Economic District of
Karaganda can build up a manufacture of different products
with help of tar and gas brown coals from the Maykubinsk
Coal Basin, while in Central Kazakhstfn the waste gases of
the Balkhashskiy medeplavillnyy zavod (Balkhash Copper
Smeltery) can be utilized for tfie production of sulphurin
acid. The ahemical industry in West Ka;akhstan can support
on the waste products of the Gurlyevskly
neftepererabatyvayu&xW
Zw,rod (Gurlyev PetroleA Processing Works). Ores from the
Aktyubinsk Chromite Deposits can be used for the production
of potassium bichromate, while the processing of reed on the
northern Caspian ooast and in the Plains of the Syr-Darlya
and Yuzhniy Pribalkhash can be used for the production of
cellulose, furfurole and particularly of paper-cardboard
products for the fish-processing industry of the Caspian
and Aral' Seas and on Lake Balkhash. The fact is pointed
out that the Aktyubinskiy khimicheskiy kombinat (Aktyubinsk
Chemical Kombinat) unreasonably does not utilize the local
Card 4/6 raw-material sources. The South Kazakhstan can
develop a

Some Problems in the Development of the Chemical
SOV64-59-1-6/24
Industry in Kazakhstan
large-scale industry of mineral fertilizers on the basis
of one of the richest phosphorite deposits in the world in
Kara-Tau. The manufacture of thermophosphates under a
highly efficient method of the Akademiya nauk Kazakhskoy SSR
(Academy of Sciences of the Kazakh SSR) shall also be
realized. In 2 - 3 years the Chimkentskiy i Leninogorskiy
svintsovyy zavod (Chimkent and Leninogorsk Lead Works)
and the Irtyshskiy medeplavillniy zavod (Irtysh Copper
Smeltery) will produce zinc white instead of -the
former.places
of manufacture. The decision of building a lithopone factory
in the town of Belovoin the Kemerovskaya oblast' should be
rejected as the East Kazakhstan is more suitable for this
purpose. The Leningradskiy litoponnyy zavod im. Vorovskogo
(Leningrad Lithopone Works imeni Vorovskiy), the branch
establishment of the GIPI-4, the Vostochno-Kazakhstanskiy
Council of National Economy, VNIItsvetmet are also mentioned
with reference to the lithopone production, and it is
pointed out that the Gosplan SSSR and the Gosplan Kazakhskoy
SSR should give their assistance to clarify the problem of
Card 5/6 the lithopone production. Finally, a number of
explanations

Some Problems in the Development of the Chemical
S011164-59-1-6124
Industry in Kazakhstan
and advice is given on the realization of industrialization
in Kazakhstan, and a corresponding coordination is demanded.
Card 6/6

AMOGTOV, K.; POTISEXIN. I.
Practice of the transition to a shorter workday
and regalation
of wages at the Ust]Aamenogorsk Lead - Zino
combine. Rule
na'aah.inform.trad i sar-Plata 3 no.6:41--44 160.
(MIRA 13:6)
(Ust'-Umenogorsk-Lbad Industry)
(Ust'. .',Xwenogor sk- Zinc Industry)
(Roure of laborY

AKHPIETOY K.T.- KORIIEYEV V.F.; POPGV, N.A.; v.LRIWYP-,V, Sh,I.
Accelerating processes of leaching zinc calcines and an
increase-in
labor productivity. Trudy Alt. GMNII AN K#,zakh, SSR 14.17S-190
163.
(MIRA 16:9)
(Zinc-Heat treatment) (Leachino)

AMWTOV K.T.; I HEVO N.N.; DASHKOVP K.S.
. =~ ~Ts
I
Side recovery of arsenic 6M tailings of the
metallurgical
industry. TSvet.met. 36 Ao.2142-45 F 163. (MIRA
16t2)
(Lead industry-BY-Products) (Arsenic)

DONCHENKOp P6A;; KUBYSHEVp N.N.; VOIXOV, 1.P.; KARAIETYANi
V.K.;
ARMET
YELYAKOV, I.I.; CHIKRIZOV, A.V.; KHOBDABERGENOV, R.Zh.
Modernizing the industrial equipment of lead
producLi,-,--, RTO the
growth of labor productivity. TSvet. met. 36 JI
..163. (AURA 16:8)
(Lead industry-Equipment and supplies)

KUBYSHEV, N. N.; AKHMETOV, 1. T., kand. ekonom. nauk
A book on the conversion of complex metal mattA-,
Vest. AN
Kazakh. SSR. 19 no.8t73-75 Ag 163. k
1. Glavnyy metallurg svintsovogo zavoda
Ustf-Kamenogors*Kogo
svintsovo-tsinkovogo kombinata imeni V. I. Lenina
(for Kubyshev).
I I

AFJI!ETOV,,.A~~..; POTISHKIN, I.V.; MIKPIAYLOV, S.A.;
PENKIN, A.I.
Effect of mechanization and automation of
metallurgical processes
and equipment on the work composition of nonferrous
workers. TSvet.
met. 37 no.6:29-33 Je 164. (ITIRA 17:9)

BRYANTSEVA, Z.M.; ,L ~W TQ~VM.~A
Medhanism of acu~xnciure In the treatment of
diseases of the
peripheral nervous system. Zdrav. Kazakh. 21 no.
3:45-49 161.
(MIRA 14:4)
1. Iz kafedry nervnykh bolezney-(zav. - dotsent
M.Kh. Farizov)
Kazakhskogo meditsinskogo instituta.
(ACUPUNCTURE) (NERVOUS SYSTEM-DISEASES)

Determining the umber of borhole mete for level workings
in hard
rock. Isv.AN I&z&kh.S1M.Ser.gor.d9l&,m9tA stroizat.
no.l.-29-.34 152.
OMU 918)
(Boring) (Mining engineering)

BARON, L.I., doktor tekhnicheskikh nauk; KEKIN. A.A.,
kandidat tekhnicheskikh
nauk; TARENTITEV, V.I., kandidat tekhnichaskikh rauk;
ARM-TOV, X.M.,
kandidat tekhnicheskikh nauk; ZHA)IMTYROY. U.S., gornyy
Studying the effectiveness of different systems used for
the
precipitation of dust in boring with pneumatic hammors.
Bro'ba s sil.
2:118-131 '55- (MLEA 9:5)
1. Komissiya pri Akademii nauk SSSR po borlbe 9
silikozom (for Baron)
2. Insitut gornogo dela Akademii nauk Kazakhskoy SSR.
(DUST COLLECTORS) (BORING)

E TO ~ M 1%1 -
TZOTITH. V.1 XAM, F.; YATZRLXMNOV. K.; ULMIN, S.; RADGHWO, L.;
AKMWOV, M.; XMIN, A.Ch., kaudidat tokhnichoalcikh nauk,
otyetstren-
ikCr; OSADCHIT, Y.Ta.; PCPUINA. Z.P.. tekhnichaskiy redaktor
Cuperience in oil well drilling with pneumatic percuBsIoA
rotar,7
equipment) Opyt burealis skyashin pnevnaticheskis
udarno-yrashchatell-
5
nym sposobom. Alma-Ata. Isd-vo Akademii nauk Nazakhskoi SSR,
19509:.7)
79 P. (MLRA
(Oil well drilling)

AX TOY, M.N. N-MM, N.T., KHKTZ, I-Te.
Affect of the size gas between cylinders and pistons
of air boring
machineson their performance. Izv-.AN Kazakh. SSR.
Ser. gor dela
no.lt79-86 160. (MIRA 13:10)
(Boring machinery--fteumatic driving)

m
AMETOV) M.M.
Urgent tacks in solving the problem of rock breaking. Trudy Alt.
GmwII AN Kazakh. SSR 9:161-162 160. (MIRA 14%6)
1; Institut gornogo dela AN KazSSR.
(Boring)

NFMDY R.T.; AKIMTOV, M.H ; L9MYZ, I.Ye.
Performance characteristics of FR-256 and PR-241
high-speed
perforatorso Izv. AN Kazakh'O SSR~ Ser. gor, dela
no.1%70-78
061. (14M 15:2)
(Boring machinery)

AKHMETOV., M.M..-ANOSHKIN;, V.V.; DR07ADOVSKIY, P*V.:
KNYAZEV, V.L.;
KhoKh.
Effect of current strength on the internal time drift
from
wear of electric short-delay detonators. Trudy Inst.gor
dels, AN
Kazakh.SSR 8:102-106 161. RRA .15:4)
(Detonators)

.AM=-Tff,-M.X.r-kand. tekhn. nauk; TSITSELISKlY,
Ye.K., gornyy inzh.;
SHAMSUTDINOV, R.N., gornyy inzh.; MEDVEDEV, S.A.
Practice of mechanizing the charging of upward
boles. Gor.
zhur. no.708-40 JI 163. (MMA 16:8)
1. Leninogorskoye otdoleniye Altayskogo
gornometallurgi-
cheskogo nauchno-issledovatellskogo instituta (for
Akhmetov,
TSitsellskiyo Shamoutdinov). 2. Leninogorskiy
polimetalli-
chaskiy kombinat (for Medvedev).

AKHMET,OV, M.M.; ANOSHKIN, V.V.j DROZDOVSKIY, N.I.;
VALEGZHkNIN, V.V.;
FIIZPDV, ~.I.; KNYAZEV,, V.L.; SMIRNOVA, A.M.
Short-delay blasting in mines of the Leninogorsk
Complex Ore
Combine. Trudy Alt. GMNII AN Kazakh. SSR 15%43-47 163,
(MIRA 17:3)

AK2EZ2Y,_jU., kand. tekhn. nau~,- ANOSHKIN, V.V.,
gornyy inzh.;
DROZDCVSKIY, X.N., gornyy inzh.; SHAMSUTDINOV, R.N.,
gornyy inzb.;
RUDAKOV, N.F., gornyy tekhnik; KRYAZEV, V.L., tekbnik
Results of testing electric detonators with a delay
interval of
15 msec. Gor. zhur. no.508-39 My 165. NIRA 18:5)
1. Vsesoyuznyy nauchno-issladovatellskiy
gornometalliirgicbeskiy
institut tsve~nykh metallov (for all except
Knyazev). 2. Lenino-
gorskiy polimetallicheskiy kombinat (for Knyazov).

MASAGUTOV, R.M.; qWTOV, M.M.; BERG, G.A.
Electric pyrolysis of gasoline and propane-propylene
fractions in
fluidized bad. Nefteper. i neftekhim. no.6t42-44 165.
(MIRA 18:7)
1. Bashkirskiy nauchno-issledovatellskiy po
perarabotke nefti.

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z - I I '.It N- ~ T;301b!~~
1, . --, - .;, , -1 :I- I
. . - . , no-nropy!r,'l(J lr-LUIA.')Il ai,
.1 - . .. - ,,~ ~F +lip
Cord 2/3

ACCFMION NRi 05016199
ff
ENCWSUREI: 01

AKHMETOV. M.M.1 V.V.; DROZDOVSKIY) N.N.; SMIRNOVA, A.M.
-------- -- -ANOSHKIN,
Modeling short,-delay blasting. Trudy Alt, GMNII AN
Kazakh. SSR 15:
38-42 163. (MIRA 17:3)

SOV/137-57-1-1179
Translation from: Referativnyy zhurnal. Metallurgiya, 1957,
Nr 1, p 153 (USSR)
AUTHOR: Akhmetov, N. S -
TITLE: On the Relationship Between the Electron Potentials
of Metals and
Their Crystalline Structure (K voprosu o svyazi elektronnykh
potentsialov metallov s ikh kristallicheskoy strukturoy)
PERIODICAL: Tr- Kazansk. khim,tekhnol. in-ta, 1955, Nr
19-20, pp 255-259
ABSTRACT: The correlation of curves of the dependence of the
electron
I"electrode" in Russian text. Transl- Note. ] potential (EP)
values
and the density of metals on the position of the elements in
the
periodic system shows that: 1) The EP value and the density
are
to a great extent determined by the crystalline structure of
the
metals; Z) any existing deviations from the periodicity can
be
explained by the effect of the crystallographic orientations
(density
of the packing of the faces and electron density) on the EP
value.
L. V.
Card 1/1

SOV/137-57-1-1180
Translation from: Referativnyy zhurnal. Metallurgiya, 1957,
Nr 1. p 153 (USSR)
AUTHOR: Akhmetov, N - S
TITLE: Electrode [sic! ] Potentials and Crystallographic
Orientation (Elekt-
rodnyye potentsialy i kristallograficheskoye napravleniye)
PERIODICAL: Tr- Kazans.k. khim,tckhnol. in-ta, 1955, Nr
19-20, pp 261-281
ABSTRACT: A survey. Bibliography: 35 references.
L. V.
Card 1/1

AEHMETOY.t N IZHNNSKIY, G.S.
- 4&;-~v
Electrode potentials of zinc single crystals in aqueous
solutions.
Trudy MUNI no.21:65-77 156. (MIRA 12:11)
(Electrodes, Zinc) (Zinc crystals)

basx-piant waspos. to tnt
pozenrial or iiv

IVANOVA, G.A.; AKHMETOV, N.S., dots.,, otv.
red.
_'i'
[Complex formation and complex compounds; an
outline
lecture] Kompleksoobrazovanie i kompleksrqe
soedine-
niia; obzornaia lektsiia. Kazan', Kazanskii
khimiko-
tekhnolog. in-t im. S.M.Kirova, 1963. 17 p.
(MIRA 17;3)

B!-MPZtl-JA,, N.I.; kKP-.Z]TOV V.I-A otv. red.
[Laboratory work in inorgui!ic cht-i~istry] Laboratornyi
praktikum po kur a neorganichaskoi khimil- Kazan', Ka-
zanskii khirrdko-takhnologicleskii in-t. No.l. 1963. 29
P. *:!
(MIRA 17.10)

AXIBIWOV, ~N.:-, Vr)MINIAIENSRIY~ G.S.p pr,~f., otv.
red.
~_,; 01-1-!j. -
(,'J;uidInal bond. Formation anj stnicture of
moaucules]
Khimicheskaia miazt. Obrazovanle i struktura mlekul.
Kazant, Kazanskli khimiko-takhnologicheskil in-t, 1964,
60 p. (MIRA 18:6)

KLIKOV V.R., kand. tekhn. nauk; CHULAKOVp F.Ch., kand. tekhn.
nauk;
AKMWOV,, O.A.., Inzb.
Study of the ventilation of a horizon of secondqry crushing.
Izv, vys. ucheb. say.; gor. zhur. no.6:57-60 161.
(MIRA 16:7)
1. Kazakhokiy gornometallurgicheskiy institut. Rekomendovana
kafedroy rudnichnoy ventilyataii.
(Mine ventilation)

AM V
Relation between RVA and proteiris cS cellular structums. AN
~SSSH 146 w),,5.1220-122.2 0 ',U-. (Mliuk- 15:10)
10
.1. Bashkirskiy filial Ali '263A. Predstavleno akade:,dkom
N.M.Sisakyajlomo
(IMMIC AGIDS) (PROTLIES) (CEIJS)

KONAREVP V.G.; W RfR.
Relation between RNA and protoplasmic lipoids. Dokl.
AN SSSR 150
no.6:1375-13T/ je 163. (MIRA 16:8)
1. Bashkirskiy filial AN SSSR. Predstavleno akademikom
N.M.
Sisakyanom.
(NUCLEIC, ACIDS) (LIPIDES)

IOYIJNYAYr-.V, AMIETOV, S,A.; GIMAYFV, R.N.
tjt~, tekh.tcp".. i masel 10
.1,~;~,jvjlty of petrol6um cokes. Khimol
-TI 165o (MIR4 18119)
1. UfAmsk:*--y nefty-cLnoy-
nauchno-issledovatellskiy LftatitUt.

V.D.; AKHMETOV, S.F.;
KAZOV, M.N.; FATEYEVA, Z.T.; PONOMAREVi
hURMAGAMBETOV, ]M.N.
Opt.ical cryotaqography and theymography for the
analysis of
residues obtained in the treatment of nephelines by
improved
hydrochemieal methods. Izve vyse uchebe zav.; tavet.
met. 6
no-4:88-93 163. (MIRA 16:8)
1. Kazakhskiy politekhnicheskiy institut, kafedra
metallurgii
legkikh i redkikh metallov.
(Nephelite) (Leaching)

RAKHIMOV, A.R..; AKHWIOVp S.F.; PONOMAREV, V.D.
Hydrochemic'al'Or6cessing of blast furnace slag into aluminum
oxide. Izv. Ka-Sakh. SSR. Ser.tdkh. i khim.nauk no.3t43-48
64.- (NIRA 17:2)

OTTO, D.D.; AIMMOV, S.F.; PONOMAMN, V.D.
Studying the phase constitution of precipitates
obtained during
the desiliconizing of high modulus aluminate
solutions. Trudy Inst.
met. i obog. AN Kazakh. SSR 9:63-68 164. (14IPA 17:9)

m
PONOMAREV, V.D., ak,idemik-. MA~r".PSEV, V.S., kand.tekhn.nauk;
AKHIE:TOV
. P
-S.F.; RAKII-IMOV, A.R.
Solid products resulting from hydrochemical processing of blast-
furnace slagn. Ve:,t. AN K_q-,0h. SSR 20 no.4:47-53 Ap 164.
(141 RA 17: 9)

jETOV F.- OTTO, D.D.j PONOMAREV, V.D.
-A~10
Studying the phase composition of precipitates
obtained during
desillconization through hydrogarnets of low-module
aluminate
solutions. Trudy Inst.met.i obog. M' Kazakh.SSR
11:25-30 164.
(MIRA 18:,],)

PONOMAREV,V.D.; SHCHERBAN,S.A.; AKf[VETO,V,S..F.,-
NUM4AGAMBETOV, Kh.N.
Decompositlon of various alumina containing minerals
in autoclaves.
Trudy Inst.met.i obog. AN Kazakh.SSR 11:31s-37 164-
(MIRA 18:4)

---. I ~ - - - I -- - - --- , ~ - ---- -.-- I- - - - ~ I- - - - - --
~-o --m
.--AHMET(X,,j,.F,j; PPREUREST, G.L.; KHALYAPINAp O.B.
New artificial mineral monichit. Vest. AN Kazkah. S.13R, 21 no.6:84-85
Je 165. (MIRA 18:7)

& mn- NI!TrN., 1.1-
m(MYSHEV) Asia; W-DABAYEV, A-Yllo; , .Tv, ,
t~~
V41fe,-.t Cf, 111+-1-ason-io. c.-.! the ion excha:!.Id
',eCOVe-7 rf Vr~--1-2-ium
,~I. I Trildy TISt. Mete 1 obog. jAN Kp-z&kh
and tlis Stub!-'Jt'y Cf (~Mk 18 110)
SSR 32:95 104' '65-

RAKHIMV, A.R.; AKHMETOII, S.F~; PONOXAREV, V.P.
Simultaneous hydrochemical treatment of
gehlenite-dialuminate
slags with nepheline. Izv. vys. ucheb. zav.; tavet.
met. 8
no.5t7l-76 165. (MIRA 18%10)
1. Kazakhakiy politekhnicheskiy institut, kafedra
metallurgii
legkikh i redkikh metallov.

PEREKHREST G.L.; KHALYAPINAY O.B.; AKHMETOV, S.F.; NI,
L,P,; PONOMAREV, V.Ds
.9
Solid-phase transitions taking place over a period of
time
in the system H20 - Na2O - A32C~ - SiO2 - FQC. at 900C.
Iz.v. All
Kazakh.SSR.Ser.khim.nauk 15 no.305-61 JI-Ag Ib5-
(MIRA 18:13)
1. Submitted January 28, 1965.

ALIYEV~ D.A.; all-'t - IWEDOVA, V.D.
11 1 - -11-1- 1 -
Metastatic jrs-,.'.3d fo-j- the quantdLa,~,jv~j
d,.tsrrd,,jatioj, of diphenyl
-, A
bearing pro-ii,c'3. 'Nt~Cte -er. i neftekhtm.
no-5.2E-ICI 164.
-1
1. Bakinskly (FRA 3,7: 8)

DUKHANKINA, L.S.; PONONAREVy V.Do;-AKHMETOVt S.V. __.-
Microscopic and thermographic investigation of iron-zinc
electro-
lytic deposits. Trudy Inst. met. i obog. AN Kazakh. SSR
14t69-75 165.
(MMA 18:10)

AKIR~WOV, Zairbek; SHARAPOV, E., red.
I . - ~ I - ~
[DAetyeslaj, a highly productive farm] Ettisoining rul
khosill.i khuzha:Ligi; Sirdare oblast', Kirov ishlab
chikarish boshkarmasidagi "III international" kolkhozi-
ning ish tazhribasi. Toshkentp Uzdavnashr, 1964. 44 p.
[In Uzbek] (MIRA 17.-11)

Ef
'TITIX: Vow method of investigating the properties,of single crystals
Pis, 1r, redaktsiyu.
SOURCE: Zhurnal eksperimentallnoy i teoreticheskay fiziki. m
Prilozhiefijvep v. 2) no..,l, 196% 48-5op and bottom half of insert A
at rear of
journal
WPIC TAGS:, ~proton scattering# nuclearreaction, crystallattice
structure
IABSTRAdT: The method makes use of an effecti observed by one of the
authors-e-ar-
v era), wherein the angular
lier (Tulinov, Dokl. Ali dSSR . 162j, no 3,. 1965 and ot
distribution,of the ebarged-nucle-aw reaction productr'w6m, single
crystals b ome
;
distorted by additi6nal scattering. of the product particles by the
nuclei Uned
in chains corresponding todefinite crystallographic axes in the
crystalp and can
accordingly be observed near these directions. Since earlier
experiments on thia
,effect were restricted to a single crystallographic axis, the
authors,recorded the
ieffPct produced simultaneously by a vhole set of axes, to produce a
proton plot of
Ithe crystal and to obtain information concerning its properties. The
experiment
Iwas carried out 'with a beam of 500-tev protons from the cascade
generator of VIIYoF
M (Nuclear Physics Institut rsity). Th'
e of the Moscow State Unive e protons were

L IhA-66.
ACCESSION NR: AP5021151
incident on.the surface of a thick molybdenum single crystal. The
crystal (1003
axis made an angle of 150* with the direction of the incident beam.
The beam dial
meter did not exceed - 0.3 ma. The elastically scattered protons were
registered,
with a photographic plate mounted perpendicular to the (100] axis.
The image ob- 1~
nner disp3*ed the lines where the crystallographic planes inter-
tained in this mEu
sected the emulsion surface. These-agreed well with the theoretical
scheme of such'
lines for a body-centered lattice in the case when the (100] axis is
directed per-.i
pendicular to the plane of the figure, Analogous measurementsj, made
with differenC
crystals at varying incident-particle energies and at varying
thicknesses of the
absorbers in front of the emulsion show that there are great
possibilities for vary-,'
ing the "degree of density"'of the proton patternp i.e. of including
or excluding
tracks connected with the planes of relatively high indices. Since
the proton wav
length is small, 'so that the wave properties of the beam exert
little influence on I
the structure of the lines,, their study can yield in many cases more
useful informa.~
tion on the character of motion of the nuclei in the crystal lattice
than methods
ivhicb essentially use the vave properties of the radiation. Orig.
art has: 2
.figures.
(021
~ASSOCLITIOK: Hauchno-isoledavatellskiyLinatitUt yadernoy fiziki
Moskovskogo goSU'.
darstvennogo universiteta On Institute, Moscow StateLUniver-
it 5"

I -IJ434-66;.

AP7003205 SOURCE CODE:
JIUMIOR: Aldviie-1-ova, B. G.; Plets, Yu. M.; Tulinov, A. F.
ORG: Institute of Nuclear Physics, Moscow State University
(Institut yadernoy fizikil
ersiteta)
Moskovskogo go-,udarstvcnnogo univ
TITLE: Scattering of 5 - 40 kev protons by molybdenum single
crystals
SOURCE: Zh ekrper i teor fiz, v. 51, no. 6, 1966, 1643-1645
TOPIC TAGS: molybdenum, proton scattering,
Coulomb.interaction, surface property,
temperature dependence
A.BSTRACT: The authors report an investigation of the shadows
observed on photographs
obtained in tests of scattering of charged particles by
single-crystal targets; these
shadows are due to the Coulomb interaction of the scattered
particles with the or-
dered nuclei of the lattice. The scattered protons had an
energy 5, - 40 kev and the
scattering crystal was molybdenum. The measurements were made
with the electromag-
netic separator of the Nuclear Physics Research Institute of
the Moscow State Univer-
sity. The results showed that the contrast of the shadow
patterns decreased inthe
energy region 5 - 15 kev, probably owing to surface
cont~xAnation. Me sharpest-pat-
terns were obtained for t-he highest energies. In addition,
measurements were made at
300, 500, and 900K to determine the temperature dependence of
the effect. An increas(
in the"Vemperature led to a decrease in the depth of the
shadow, as was observed in
earlier investigations (Phys. Lett. v. 18, 3o4, 1965). The
authors thank Yu. D.
1/2

- I ACC NRI AP7003205
Chistyakov and A. 1. Pekarev for preparing the molybdenum
crystalsp and L. N. Isayev
for assistance in the experiment. Orig. art. has: 4 figures.
SUB CODE: 2o/ Sum DATF,: o5,Tui66/ ORIG REF: 005/ OTH MW: 003
Card 2/2

A , B-Kh,,,assistent
Use of an infusion of hazelwort leaves in chronic
circulatory in-
sufficiency. Kaz.med.zhur. no.4:15-18 Jl-Ag 162. (NIRA
15:8)
1. Kafedra gospitallnoy terapii (zav. - doktor
med.nauk Z.Sh.
Zagidullin) diagnostiki i chastnoy patologii s
terapiyey (zav. -
prof. G.N.Teregulov) i farmakologii (zav. - dotsent
D.N.Lazareva)
Bashkirskogo meditsinskogo instituta.
(BLOOD-CIRCULATION, DISORDERS OF) (HAZELWORT)

AKHW,TOVA, B.Kh.; TEREGULOV, G.M.
Treatment with nitranol stanocardia. Khim. i ned,
no.16:67-70
161. (HIR4 1738)

AKHMETOVA# N.; RAKHINBAYEV, 1.
"Tary" should be prepared by industrial methods.
Mak.-elev.
prom. 28 n0-5:26-27 * 162. (KLRA 1515)
1. KazakhsRiy zhenskiy pedagogicheskiy institut, Alma-Ata
(for
Akhmetova). 2. Institut botaniki AN Xazakhskoy SSR (for
Rakhimbayev).
(Kazakhstan-Cookery (Millet))

Tt~V II I V.1 ti
c, of in Kazak,"Otan.
tationz -,(,r
e biochemical cl*'ar-c'Or
]I. t of
1c.,45. Aead Sci Yazakh 3,79 InS
ALI'a-Ata, " f Biological
devra,3 of GandidaLo 0
r 110SCO1,10
So- Knizhn-ya letOOls 11o 48. 26 NOV01*0

USSR/Chemical Technology - Chemical Products and Their
1-13
Application. Food Industry.
Abs Jour : Ref Zhur - Mimiya, No 1, 1958, 2923
Author : Akhmetova, N.
Inst
Title : A High-Grade Nutrition Product
Orig Pub : Mukomol.-elevat. prom-st', 1957, No 7, 92
Abstract : In Kazakhstan millet grain (mostly of the
thin-coat,
readily crushed varieties) is used to make a product
cal-
led "tarV The millet is boiled with water until indivi-
dual grains with ruptuted skin can be detected, after
which it is roated and crushed vhile hot. "Tara" has a
sweetish taste
, a specific odor and keeps well. In che-
mical composition !`tark' differs from millet by a
higher
content of dextrins (12-16% and M-o.q%., respectively).
Card 1/1

CULTIVATED FLANTS. Grainn. Logumtous G-rainn.
Tropichl Cereals
A 1Z J OT~ P. -f-%[F !hUR - SIOLOGIIA, NO. 4, 1959, 11c).
15642
AUTHOR Darkanbayev, T.B,: ,'~khrqetova. N,Ya.
11;[,T. . Acad. SiAences Xa~z"h 99jr
TITLE
Moebemical Chnracteristice of ~jjllet of
Xazallhatar., I
ORIG. PUB, Vestn. AN KazS,9R, 1957, No-10, 58-71
ABSTRACT Experiments of 1949-1951. Climatic conditions
influence the protein content In millet
grain. Reduction of the millet
grain's protein content follows the direction
from the northwest oblaats of Kazakhstan to
the southeast, situated in the zone of irriga-
tc-d agriculture. The protein content is height
ened In millet grain In unirrigatedsiections
A dependence was established between' the.pro:
ceases of protein blosynthesis in the grain
CARD: 1/2

DAEMBAYKV, T.B.; XAPTYUSHINA, G.A.; SHISHKINA.,
I.S.; MRTQYA, N-,,,,Yal.
Biochemical and some technological indices of the
grain of ther
winter wheats of Kazakhstan. Trudy Inst. bot. AN
Ka2akh.SM 161
3-37 "63 (MIRA 17t8)

DARKAMOEV, T.D.; RkWIMIAM, 1.R.; AMIETOVA, N.1a.
N*,t~rmlrlrag he fr-ric7Uorial p-ctein coritent in
rLillei. Trudy
bct.AN Eaza'Fji.SSR 20:3.8-2'2 164o (W.Rk 2.8.ea)

GKILDUKHO
KRILSYUKOV, A.F.; AR VA, A. P.
Novi method for the continuous oxidation of oil tar. Trudy
BashNII NP noaam-186 '5 (MIRA 12:6)
(Tar oils) (Oxidation~* (Bitumen)

AKHHETOVA, R.S.; TORBEYEVA, D.R.; NEDOGREY, P.M.;
LEKHTER, V.I.; FROLOV, A.P.
Improving the quality of highway asphalts obtained from
deasphaltization products. Khim.i tekh.topl.i masel 8
no.2:20-23
F 163. (MIRA 16:10)
1. Bashkirskiy nauchno-'Lssledovateliskiy institut, po
pererabotke
nefti, Ufimskiy neftepererabatyvayushchiy zavod im.
XXII s*yezda
Kommunisticheskoy partii Sovetskogo Soyuza.

AIGIMF.'rOVAP R.S,; G1411-OMOVAV A.P.
Studying the possibility of obtaining rubrax from eastern
sour
crudes. Trudy BashNII IJP no.6t43-.49 163.
Means for improving the qualities of road asphalts.
lbid.i133-139
(M-ILRA 1795)'
Ti

KOSTRIN. N.V.; AKHMETOVA. R.S.
4arega oil as a crade for obtaining hlgh-quality bitumena,
Trudy BashNII NP no.6tl39-150 163. (NIRA 170)

AMIET(YVA) R.S.; TORBETEVA, L.R.; MULLOV, T.S.
Obtaining structural bitumens from the waste products of
Fetroleum
production on a continuous-oxidation unit. Trudy Bash
NIINP no.It14G-
150 162. (MI RA 1-1 1 10)

I
AKHMETOVA, R.S.; GNILOUKHOVA, A.P.
Investigating heavy oil residues as raw stocks for the
prcduction ef
bitumens. Trudy Bush NIINF no.5:281-289 162. (MIRA
17110)

AKMTOVA, R.S.1 FRYAZINOV, V.V., TORBErL,,VA, L.R.
Preparation of road bitumen from Arlan oil. Xhim. i tekh,
topl. i
masel 10 no.8:15-19 Ag 165. (MIRA 18:9)
1. Bashkirskiy nauchno-issledovatallskiy institut po
pererabotke nefti.

GRbDNIKOV, I.B.; FRYAZINGV, V.V.; AEMICTaTA, R.S.
Viscosity of bitumens at production temperatures.
Nefteper. 1
neftekhim. no.5:18-21 165. (MIRA 18:7)
1. Bashkirskiy nauchno-issledovateltakiy institut po
pererabotke
nefti.

AKHVOM. V.A.; GRRNMG, Ye.I.; GINIS. M.Ya.: nYGINA. R.M.
ZAKHAROVA, V.S.; I.OVALIVA, R.A.; ZAL11VSKAYA, T.N. SHASHKIN,
M.A.; KOVAIJ9NKO. P.N.; ZAK. A.G.; AIEMETOVA. S. . MOSTRYUKOV,
P.M.; VICYSETSKAYA.. N.D. e-
Brief reports. Za-;r.lab. 23 no.7*801-802 '57. (MIRA 10:8)
l.Institut geolof-ii rudnykh mostorozhdonty, petr*grafii, mineralegii
i gookhimii AN WISR (for Akhvonen) 2.Dnepropetrovskiy TruboprokstW
savod imeni V.I. Lenine, (ftr-Grenberg, Genie) 3, AW~kiy rementuo-
mekhanicheskiy uvod (for Shashkin) 4*Rsistovskly gosudaretvennyy
univernitet (for Kovalanko) 5. Karagandinakiv zavod sintetichaskogo
kauchuka (for Zak,,Akhmetova, Mostryukov, Veyseyekaya).
(Chemistry, Analytic)

SHARIFKANOV.. A.Sh.; YUSUPCJV, S.A.; AKHKETOVA, Sh.S.
Heterocyclic compounds. Synt
hesiv of / -phenylmercaptopropionic
eaters of the -0--form of I-allyl- and
1-crotyl-2,5-dimethyl-4-piperidinols. Zhur.ob.khim. 32
no.1043175-3176 0 162. (MIRA 15:11)
1. Kazakhskiy gosudarstvannyy universitet.
(Piperidinol) (Propionic acid)

ZAKHAROV9 V*Io; MCHERGINSKIT9 A.Ze; SONDNOVA, VoF.;
BATSAK, A.I.;
ARDOCOU,-"
Biological methods of treating treating trichomonal
colpitis.
Mravookhranente ) no,109-32 is-F 160, (KIM 13-.6)
1. 1z kafedr obabobey biologil 1 parazitologil (zav.
- prof.
Me Zakharov) I akusheretya i ginekologii (zav. -
prof. A.Z.
Kboherginskiy) Xishinevskogo meditainskogo inatituta.
(TRroomoNiAsis) Mom As 7oaD oR micin)

FUKS, I.M.;.YALEYEVA, F.N.; FOPKOVA, F.V.; VOLKOVA, L.P.F
BELOGOLOVSKAYA, T.A.;
ROMASHKEVICH, I.K.; Prinimali uchastiye: MCROZOVA, L.M.;
DASHEVSKAYA,
S.I.; VAKHMINA, L., S_; KARAVAYEVA, G.V.,-'IVANCVSX1Y,
A.K.; ZffyJKHINA,
G.Ye.; SOLOVIYEVAI G.M.; ANDRIYANOVA', 14.V.; AMEMA,Y,~o
NEMIROVSKAYA, M.Ye,.; MUSORINA, L.S.-,.KALASHNIKOVA,
Ye.I.; PESHKO,
A.P.; IVANOVA, N.V.; ALKESEYEVA, N.I.; SADOVNIKOVA, q.,N.
Study on the possibility of reducing the diphtheria
vaccine dose in
revaccination of 9 to 12 year-old schoolchildren. Zhur.
mikrobiol.,
epid. i immun. 41 no.11-T103-107 165. (MIRA 18:5)
1. Ufimskiy institut vaktsin i syvorotok imeni Mechnikova.

AEOWSHIN, FM,
- -mmmaw
Upraise mining with the help of a suspended cage,
Gor.zhur&n**8:
32-34 Ag 156. (laaA 9: U)
I.Glavrqy inshener rudnika Irurusay.
(Mining engineering)

AKMTSIIIN, I. , tekhnik-makhanik.
a~,
Graduation of mechanics for automotive enterpriass.
Avt.transp.34
no.llt26 N '56. (MLRA 9:12)
(Technical education)
I

AHMETSHINt KH. M. I-E
Okhran& gosudarstvennoy tayny - dolg govetskikh grazhdan
(guarding state secrets -
the duty of the soviet. citizens) Moskva, Gosyurizdat, 1954)
61 P.
SO: N15
135.7
A3

- A , .- /
) 0. ~ .
/
GlaYANOV, V.K., kand. eel 'nkokhozyay9tvennykh nauki AKHMSHIN, Kh.S.,
agronom,
-
Reaction of spring wheat variation to cultivation conditions.
Zonledelie 6 no,2:28-30.'58. (MMA 1113)
(Bashkiria--Wheat)

AKHMETSHIN, KH. S., Cand Agri Sci. - (diss) "The effect of
cultivating
conditions and the develoPment and harvdst of spring wheat
varities in
the forest steppes of Bashkir ASSR," Ufas 1960, 18 pp., 150
cop, (Bashkir
Agricultural Institute) (KL, 45-60.% 127)

1. GIRFANOVI, V.K.;'Um ~SHINO-xb-s'
Effect of cultivation practices, soil; and ecological
conditions
on the yibld of various opring wheqt varieties. Mat.
po izuCh.
pocbv Bash. AM no.1:109-137 160. (MIU 14:3)
(Mabkiria-r-Wboat)

SOLOMATIN, G.G.; AKHMETSHIN, M.A.
Effect of "NP-1 sulfonol" on sand-jet perforation.
Neft. khcz.
43 no.1:38-42 Ja 165. (MIRA 18:3)

SOLOMATIN, G.G.1 AKIMTSIIIN. H.A~j XUIMANOV, R.T.
Reoults of the use of fine sand in hydraulic fracturing.
fiefteprom.
delo no*6:21-23 165. (MIRA 18110)
1. Turkmenskiy filial Vsesoyuznoga neftegazovogo
nauchno-issiedo-
vatel'skogo instituta.

L 1653-66 EWT(*)/EWP(t)/WP(k)/BWP(b)/EWA(c) JD,4U

20
-UR/6266/65/600013/60Vdid
Acmsion NR: Ap5m6

62i-979.9a.oo2.5h

AvrHOR: 0 16. V& Go LAP
!An-0
'. A.
A
I
'k~

Kryuchkov H.11 F11r; Da!rdovs U "WA, A&IMMt
9"bm
I
-
5
. W
-
~w ~~. I
=1 5 - - I

~-
-
HoRozinslay, A. Ag -- In, 1. Tegorov
1. V. 9 Roytbarg. L. Kh. I TermaAak. M. Z

L

,
r
Rodionov.
A

h

TITISt Mth~; for_&Ubq,,*j&XMjWVClsss 169, No. 172601

SMCR:
B)~ulleten' lso'brwteniy i.tovaraykh snakov, no. 13, 1965,
101

TOPIC TAGS: metal, metal tube, metal extrusion, tube
extrusion

ABSTPAM This Author Carttricate, introduces a
method for tube extrusion ft

solid ingots. In thin method tbo
metal is rirst divided into senral strips vhich

are
subsequently velded in the next die. In order to ieduce the
extrusion Was-

sure, the diameter at the legat gb"Id be
smaller tba that of the extruded tube.

(AZI

SUNUTM: 3WMQ
=CXfi; 00 Ma COIN: 11L .4

PO Ow W13 " w0 DIM: 000 ATD
PMB%4/0#3.1
Cwd I

AP5021621~ UR/0266165/000/0100102/01
621.979.984.002.5h
AVnIOR- Shofman L. G.dyin. Y.. Y.. R hk v VM' Starikov. V. 8.1;
Davyd
Kuuchkov M. d ov. I ~'&.Aitskiy, A. N. I s7 i
I V 1. - 1. V RMt- It. ". ; Tertmox, ".
Rodionov, A.'s. - W, ~' YY' S F7 Ts- _V Y. 77
TITLE: Tool for extruding of tubes. Class hq, No. 172602
SOURCE: Byulleten' Izobretenty I tovarnykh znskov, no. 13,
1965, 102
L 1655~66
FWT(d)/IWT(M)/EWP(v)/EWP(t)/IWP(k)/D?P(h)/WP(b)/WP(I)/&A(c)
iACCESSION MR$
TOPIC TAGS: tube, metal tube, jube extrualo , extrusion tool,
extrusion press
*,;r . .
ABSTRACT., This Author Certificate introduces a tool for the
extrusion of tubes from
solid ingots, i.e.p container, mandrel, velding chamber, and
die. In order to in- '
crease the rigidity of individual tools and ensure their
precise position In relation
to one another, thereby improving the accuracy of the extruded
tubes, the mandrel i6
rigidly mounted In relation to the containeri it carries an
internal die and Is pro;.
vided vith a central compartment for the Ingot. Radial canals
connect this coa-
partment, vith the welding chamber, which to formed between
container wall and the
mandrel surface. [AZI
IC-M

,1655-66
cassiow u. Ap5o216a
SGOCIATIONt none
UBM7TEDi 3lJan62 EXCLi 00 BUD CODE i HN
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Card 2/~

14ALITSEYt L.A.LAK=T5HIjV,_N.P.,-- ZHIVICHKINA, A.A.;
SHCHEDROVITSKIY, U.S.;
BARASHKINY I.I.; PEKARSKIY, L.F.; SEMEN(Ar, V.Ye.
Secondary current supply in closed-top
ferroalloy-smelting furnaces.
Stall 25 no.12:1099-1100 D 165. (MIRA 18.-12)
1. Chelyabinskiy nauchno-issledovatellskiy institut
metallurgii
i Almazrqanskiy zavod ferrosplavoy.

AKHMETSHINA, L.
WOR/Chaxistry - Catalytic Animation 1 Ju.1152
"Catalytic Amination of. Cyclohexanol, N. Kozlov,
L. Akhmetshina
Vok ;Op 9
So 1~ .1 93
Catalytic amination of cyclobexanQl can proceed in
2 directions, depending on the pressure. If the
pressure of a=onia is 1 atm, the reaction is largely
dehydrogenation of the cyclohexanol into cyclohexane;
if the pressure is from 5 to 10 atm, the reaction of
amination predominates. The optimum temp range for
the reaction is 260-3000. At this temp and a pres-
sure of 8-10 atm, the yield of cyclohexylamine was
70-74%. Presented by Acad N. D. Zelinskiy 16 Apr 52.
224TIl

jl - i.

IOZLOV, N.S.; A
...
Catalytic amination of phenol asters and others.
Zhur.o'b.1+4-. 26
no.3.709-711 Mr '56. Mu 9:8)
(Amination) (Phenols)

ACC NR: AP6018619
WE
(A) SOURCE CODE: UR/0065/66/000/006/0007/0010
AM etshin, M.
AUTHOR: Bugay,, Ye'... A.; 4e~~(yanov, T. 1. m I.; D'y4~c enko
I(e-;
Mironov, A. A.; Nikulik, V. I.
--- ------ -
ORG: Novo-Ufimsk Petroleum Refinery (Novo-Ufimakiy
neftepererabatyvayushchiy zavod)
TITLE: Experiences in the production-of gqsojine.'and diesel fuel
from highly sour
crudes
SOURCE: Khimiya i Lekhnologiya topliv i masel, no. 6, 1966, 7-10
TOPIC TAGS: gasoline, diesel fuel, petroleum refining, petroleum
refinery equipment
ABSTRACT: A destructive-adsorptive desulfurization process for
sour feedstocks was
developed in laboratory and full-scale runs at the Ufa Order of
Lenin Petroleum -Re-
fineryj(Ufimskiy neftepererabatyvayushchiy zavod) to reduce
production costs and
particularly the consumption of hydrogen, the insufficient supply
of which is limiting
the output of hydrodesulfurized fuels. An aluminum silicate
catalyst and the catalytic
cracker type 43-102 were used at 390-420C and 1.2-1.8hr-I space
velocity to produce
75.7-82.2% and 7.9-11.1% yields of diesel fuel and naphtha,
respectively, decreasing
the sulfur content to approximately 50% of the input value and to
not more than 1%
after blending with light straight-run fractions. The cost of
diesel fuel was ap-
proximately 2OZ lower as compared with hydrorefined fuels. Use of
the cracking unit
for the process is recommended when heavy feedstocks for catalytic
cracking are in
short supply. The unit was also employed for desulfurization of
thermal cracking