SCIENTIFIC ABSTRACT NAGIRNYAK, F.I. - NAGIYEV, M.F.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001135920017-2
• 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

137-50-6-11321
Conditions for the Efficient (cont.)
hydroxide on the industrial properties of Ca hydroxide, the influence of time
of contact of solutions of Zn sulfate and Ca hydroxide on the chemical reaction
between them, and the conditions for efficient employment of activators in
the zinc flotation cycle. Bibliography: 18 references.
A.Sh.
1. Ores--Processin.a 2. Ores--Flotation 3 Copper
s,.Afates--App1icatI'-,n-
Card 2/2

137-58-6-113ZZ
Translation from Referativnyy zhurnal. Nletallurgiya, l)58, Nr ~,, p 'i (USSR)
AUTHORS: Kakovskiy, I.A., Nagirnyak, F,1, Vershinin, Ye.A.
TITLE: A Comparative Technological Evaluation of the Collecting Prop-
erties of Dithiophosphates and Xanthogenates on Flotation in
Acid Media (Sravnitel'naya tekhnologicheskaya otsenka sobi-
ratel'nykh svoystv ditiofosfatov i ksantogenatov pri flotatsii
kisloy srede)
PERIODICAL. V sb.~ Usloviya raskrytiya i razdelenlya mineralov rud
tsvetn. met. Sverdlovsk, 1957, pp 68-90
ABSTRACT: Theoretical data descriptive of the technological properties
of collectors and the conditions for their useform the basis of a
hypothesis to the effect that on flotation in a weakly acid medium
a definite possibility exists of obtaining greater efficiency by
employing collectors with shorter hydrocarbon chains, and that
consumption thereof would be lower than that in basic mediums
and also lower than that of collectors with longer hydrocarbon
chains. In other words, the weaker the collector, the more ef-
ficient will be its action in a weakly acid mediurn. The object
Card 1/2 of the given study is to seek experimental confirmation for this

137-58-6-11322
A Comparative Technological (cont.)
theoretical proposition and to justify the nt-k-esq%ty of thc pri%k:tit al villploy-
ment of weak and selective collectors in the flotation of ha rd-to -concentrate
complex pyrite ores in weakly acid mediums. The question of the advantage
of flotation of refractory ores in acid mediums is also posed. The following
collectors are investigated: ethyl and butyl frothers, ethyl and btityl xaritho-
genates, the quantities employed being 5-45 g/t ore. Thc Co-Zn orc of thc
Dvgtvar doposit ill, investigated. In all experiments, the quality of the con-
centrates derived was higher when weaker collectors were employed. This
is emphasized by their superior selective properties and higher efficiency,
which is confirmed by the higher percentage of recovery attainable in weakly-
acid medium with small consumptions of the weak collector. Thus, weak col-
lectors with an increased number of radicals in the molecule are recom-
mended. The superiority of dithiophosphates as collectors for flotation in
weakly acid mediums is demonstrated.
A.Sh.
1. Ores--Flotation 2. Dithiophosphates--E-Pfect4lveness 3. Xantho-~nute_--
--Effectiveness
Card 2/2

SOV /137-58- !Z-23936
Translation from: Referativnyy zhurnal Metallurgiya, 1958, Nr 12, p 4 (USSR)
AUTHOR: Nagirnyak, F. I.
TITLE: Improving the Quality of Pyrite Concentrates for Use as Raw Materials
in the Chemical Industry (Povysheniye kachestva piritnykh kontsentra-
tov kak syr'ya dlya khimicheskoy promyshlennosti)
PERIODICAL-. Tr. N.-i. i proyektn. in-ta "Uralmekhanobr", 1957, Nr 1,pp 116-
128
ABSTRACT: A uniform system of bringing pyrite concentrates to the required 50%
S content condition is recommended for all the Urals plants. The
flowsheet includes thickening to 70-75% solids so as to discard ex-
cess Ca(OH)2 as waste tailings, dilution of the thickened product with
fresh water until solids constitute 25-3056, so as to diminish CaO con-
centration to 50- 100 g/m3, a primary pyrite flotation with addition of
collector and frother, a secondary flotation with return of the tailings
thereof to the start of the primary pyrite flotation. A list of the rec-
ommendations for the Krasnoural'sk, Sredneural'sk, Kirovograd, and
Card 1/1 Karabash dressing mills is provided. L. B.

/V/J A2 4/ Y',,/
136-6-2/26
AUTHOR: Nagirnyak, F.I. and Vershinin, Ye.A.
TITIZ: Conditions for Opening and Separating Minerals of Meta-
morphosed Ores of the DeStysift Ibposit. (Usloviya raskrytin
i razdalaniya mineralov metawrtizovannykh rud Degtyarskogo
mostorozhdonlya)
P3RIODICAL: Tsvetnyp Metally, 1957, No.6, pp. 12-1? (USSR)
ABSTRACT: All rocks in the Degtyar deposit were subjected in their
geological history to intensive re-crystallisation with de-
crease in volume. One of the reasons for low extractions ob-
tained in the selective flotation of ores from this deposit is
insufficiently fine sub-division and the presence of very thin
layers of chalcopyrite and sphalerite on the pyrite grams. The
authors point out that neglect of these peculiarities has led
to erroneous statements on the optimal degree of sub-division
by the Uralmekhanobr, Mekhanobr and Gintsvetmet organisations
and the research laboratory of the Oredeural Copper-smelting
Works (Bradneuralskiy Hadepravilxqy 'Zavod). They cite tables
of results obtained by L.I. Soldatenkova under the direction of
G.A. Yarzhemskaya on the distributJon of copper sulphides,
sphalerite and pyrite between free grains and concretions for
various degrees of sub-division. Results obtained by Dolivo-
Uard 1/2Dobrevollsky and Merlina, IRef. 61 on the contents and distri-

F. I.
IT LE: Cc rd i o ri-s f o r De - c e r i r ~L Z - nc C e fl t es
n
lleneficiatio-~-, Plants (U,~loviy,-. ob-CZL--.ez1-iVanL'Ya
1rontsentratov ria Ural'slc,-kh oto:_atitel'iVk~.
PERIODICAL: T,--vetnyye Mletally, Jo.11, pp. 1 (U.21SR).
ABSTRACT: T1,e auUior:, dliscii~3:3 t1w of zll-c -k-~ -j',,
the Chelyabinsk Beneficiatior, Plant (Chelyabinskiy ztvod),
e,ivirE data on t.'-.e actual irA -]esirable levelz- 1~
concluded tLat t!,ese s!,,),.t!d n,,D1, e;-.-ceed Die.,
eLt and-
I S -~.l V 1 eV. -ed o-'
of ensuring: t.,.' exec..
trates are considered. Tl-.P- lator-;t~,ry-scalc work,
Uralmekhanobr orcanisatiji~ is `de~icribed xhic. ai--.-d ~tt
copper froir t1-e li-Ao a v.jrka-,-le
T'.- t-'Lree corcentr-tes -.,t~idie'-! co..t~:iried exces..ive C "IctonttLi-l-l"S.
k3l zinc (over 41~Q ard ccpnf-,r (over 2.50,00 an6 onr- al-,o of" alscnic
0. 15/0) Mineralo;1cal ir--v'e~Aicaticn si.owed t. at t, co:~ er
i nc m ine ral s are ai n1 M,
Y ~z~ the forL jf free
.,.-ethod of treatment adopted inciuded preli,ii=y react--3-
sodium sulphide and viashinL- with %,.-ater, folloz-cd by
and flotation of copper - as developed by Enbineer L.Debrivna
at the 1-11ekhanobr Insl:itute. As a resiilt o'L clo-,~ed-c-!cle cof-tr--l
experiments a simplified schefie vv.,as developed (-Ff -L -
Cardl/ I _ . ~ ) i n -.-. 1 1 ch

Condit ions f or De-cop~)erinE Zii.c C_- nce.-.tr.-- -.e s a. U.-al 'E e nef, ic .-a-- -. 3 ri
Plants
tiae sodium-sulphide treatLent, .,.,ashinC_ and thickenin.E. are com.-
bined, This scheme was sh.)vin to sE.cure the desired results.
For its adoption thickenin,~ installz~tlons bot]-~ for the tr,:-ated
zinc concentrates wid tl'ie re~~ultlnL copper-linc 'roduct -.1-ould
be needed; ex1stiriE -;iart v;o.illl be suitable for t.,,e
~,U~phide treatmEnt and tle t1._'.3L',-1eninL, of zinc concentraue b~:f.31-cl
~_-eparation of tile coc. -,-roduct, bu!. floz
tanks would be re,ulred.
T'here are 3 f iEures and E. tal, I es I
ASSOCIATION: Uralmekhanobr
A v AI I AE LE: Library D' U.5n,-re-z.,
Un r d 1. Copper zinc alloys-Separation 2. Sodium sulfides-Application
3. Sodium sulfides-Reactions

A/// /AA/Y//~'~' t
L7
1 3 7 - 19 5 8 - I - 7 5
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 1, p 13 (USSR)
AUTHORS: Sagradyan, A. L., Nagirnyak, F,_I. Nasedkina, Ye. P.
TITLE: Industrial Experience in Perfecting the Use of Selective Flotation
of the Copper-Zinc Ores of the Novo-Sibayevsk Deposits
(Promyshlennyy opyt 0awyea** selektivnoy flotatsii medno-
tsinkovoy rudy Novo -Sibaye vskogo mestorozhdeniya)
PERIODICAL: Byul. tsvetn. metallurgii, 1957, Nr 11-11, pp 33-38
ABSTRACT: A procedure has been developed and perfected to assure attain-
ment of the planned level of ore crushing prior to copper flotation.
In accordance with the plans for completing the equipment of Nr 3
section, de-sliming has been introduced into the ore-dressing pro-
cedure. The most important special feature of the use of reagents
in the flotation is that the ore is crushed in a weakly alkaline
medium containing not more than 5 to 15 g/m3 of CaO in the
classifier tailings. Depression of ZnS and FeS. is accomplished
by feeding Na 2S, ZnS04 and NaCN into the crushing process, the
bulk of the depressors being delivered at the moment when the
Card I/Z grains are initially unlocked. When the process has attained

137-1958-1-75
Industrial Experience in Perfecting the Use of Selective Flotation (cont. )
stability, lower amounts of NaCN should be charged. The Na2S
has to be metered throughout the process, as its consumption
depends upon the content of water-soluble salts in the ore. The
best collector proved to be butyl aeroflot in a mixture with butyl
xanthogenate. The production indices were greatly influenced by
the sequencing procedure used in turning on the flotation machines,
the rate of output of the various sections, and the composition of
the ore. When the procedure involving use of hydrocyclones
using middlings from bowl-type classifiers was used, the hydro-
cyclone product sizes for feed to the flotation process corres-
ponded to the design specification - 200 mesh,
A.Sh.
1. Copper area--Flotation 2. Zinc ores--Flotation 3. Ores
--Processing
Card 2/2

NAGIRIWTAK, F.I.; BILTAKH, P.F.
Conditions for decoppering zinc concentratoo in UrtLI ore-drassing
plants. Tftet. met. 30 no.11:1-6 N 157. (MLRA 10:11)
1. Uralmakhanobr.
(Copper--Metllurgy) (Zinc--Metallurgy)

N:'GIPdfYj'iK, F. 1. (Uralme~diwiobr)
"The cculDle~~- utilisatio--. cf ic-a-grade cres ..
reWrt presentad at the 4th SelewtUle ad Twhalcal &molon of Uw bbkhawbr
Imt. lAnlnffM,, 15-18 JulY 1958

136-1--/20
AUTHORS: Potashaikov Nagirayak, F. 1., OStro-_ik',_o7,, S.';. an,]
Bagina, L.I.
TITLE: Flotational Properties of Heavy Pyridine Bases (Flotats-
ionrVe svoystva tyazhelykh piridinovykh osnovaniy)
PERIODICAL: TsvetnWe Metally, 1958, No.1, pp. 18 -- 23 (USSR)
ABSTRACT: The authors give the results of their investig;itions
on the influence of the different components of heavy pyridine
bases on their flotational properties. Their claim that nothinE
on this subject has ap.-eared in literature is corai.ented on in
an editorial note, draviinl- ti-eir attention to the renorts of
the Gintsvetmet organisation on its .,iork in 1047-1952. T 1. e
materials studied con-sisted of %,.,orks' sap-.---Les )f .ez-Ivi :,yridine
bases separated froL. the napiit~ialene and absorption Ir_-, C t 411 S
of coal tar and the authors tabulate their properties ~i.,.d tI-_~
fractional comi.-)osition arid conte!its of differ.-ni. coai,,inents;
pronounced differences are evident. They ~~o in to descr-be
laboratory-scale exT-eriments in the foam-pf~oducii.,o,_ -)ropert 4;_ e s
of the bases in various st,~iEes of (TL;,,,r, 2),
using 45 9 of base per ton of the cop-er ore treated at the
Sred-neurak'sk Works (Sredneural'skaya obo; '-'aLitel'iaya
the experiments beinr carried out in the v.orks Iat;,_r .'-,)ry
the direction of A.L. SaEradyan. Ti.ese- sl-.owe~j
Card 1/2

L
Flotational Properties of Heavy Pyridine Bases !3-'1-'--z/2C
promising were the bases of the main naphthalene fraction
purified by distillation and ~he zmoval of their ligh'L compon-
ents (boiling away up to 200 C) and of the main absorption
fractions purified by distillation. Finally, the authors des-
cribe full-scale tests at the Sredneurallsk Works with heavy
pyridine bases from the Nizhne-Tagil'sk By-product Uoking
Works (Nizh-ne-Tagillskiy ko'.'I-sokhimicheskiy Zavod). The
properties of the bases are tabulated (Table 3) and the flotation
results are compared with those obtained using "Belleskhimprom"
pine oil. Copper Staryy abay and copper-zinc Novyy Sibay ores
were used and comparative tests with cresol were also carried
out with the latter. It appears that pine oil and cresol can
be replaced for the flotation of sulphide-copper and copper-
zinc, respectively, by a cheaper foaming agent, distilled nyri-
dine bases from the absorption fraction of coal tar.
There a-re 5 tables, 1 Russian and 1 Polish reference.
ASSOCIATION: VUKhIN and Uraimelchanobr
AVAILABIE: Library Df uon,_ress
uard 2/2

SOV/i36-58-0_-i0/2L
AUTHORS: Nagirixyak, F.I. and Vershinin, Ye-A.
-----------------------
.TITLE: Large-scale Laboratory Tests on the Collective-selective
Flotation of DegtyarEkcVe-deposit Ores (Ukrupnenno
laboratorn,vye 'spytaniya kollektivno-selektivnoy flotatsil
rud Degtyarskogo mestorozhdeniya)
PERIODICAL: Tsvetnvye Metally, 1958, zir 6, PP 57 - 61 (USSR)
ABSTRACT: Laboratory work on the development of a new process for
the collective-selective flotation of metamorphised pyrite
ores from the Degtyarskoye deposit was completed in 1956
at the "Uralmekhanobr" institute kRef 1). It has been
shown (Ref 3) that the extraction of minerals from these
ores is hindered by the presence of very thin chalcopyrite
films on the pyrite grains and that (Refs 1, 4) the
process can be facilitated by the presence of a grind-,rig
medium. On the continuous large flotation unit (40 kg1h)
(Figure 1) at the Institute, the ore was used as its
grinding medium. A high metal recovery was secured by
using a weakly acid medium in the main and a weakly
alkaline in the control flotation: a pH of over '~.O was
corrected with Va2 SiF6 added to the primry grinding mill.
Cardl/3 In the zinc cycle of flotation activation of spLalerite

SOVZ136-58-6-10/2~
Large-scale Laboratory Tests on the Collective-selective Flotat_oL
of Degtyarsk6ye-deposit Ores
was effected with the complex ion Cu(NH 3)4 2+ and
suppression of pyrite with a high-alkali lime liquid,
cyanide and the activated charcoal required to remove
excess foaming agent from the solution. The results
obtained (Tables 2, 3) with the sizing of the flotation
feed used (Tdie 1) using the flowsheet (Figure 2) showed
that: 4-copper concentrate (13-03% CU, 7.36% Zn) with a
recovery in it of 84-50% of the copper contained in the
ore could be obtained; the zinc concentrate obtained
(1.25% Cu, 46.609/6 Zn) represented a recovery of 40.20% of
the zinc in the ore, while for the pyrite concentrate
(46.901/6 S) the S recovery figure was 78.700/o'. An editoriai
note suggests that in view of the high reagent consumption
and other disadvantages involved in the proposed method,
its further evaluation is desirable.
Card 2/3

SOV/136-58-6-10/2i
Large-scale Laboratory Tests on the Collective-selettive Flotation
of DegtyarsWqye~-depo sit Ores
There are 2 figures, 3 tables and 5 Soviet references.
ASSOCIATION: Uralmekhanobr
Card 3/3

- RAGIRNTAK. V.I.-;,POPOVA. V.H.
Over-all utilization of ores of the Gaiskoye deposits. Biul.TSIIN
tayst.wt. no.10:10-13 158. (KIRA 11:9)
(Ural Mountain region-Copper mines and mining)

ABRASHKEVICHV Vsevolod Markovich; NAGIMAK, F.I., red.;
SKOROBOGACHEVA, A.P., red.izd-va; MATLYUK, R.M.J. takhr.red.
[Practice in increasing the efficiency of ore dressing]
Praktika povysheniia effektivnosti obogashcheniia rud.
Sverdlovsk, Metallurgizdat, 1959. 21 p. (MIRA 17:2)

NAGIRNYAK, F.I.; POPOVA, V.N.
Increasing the recovery and the quality of
in the flotation of Blagodalmoye deposit a
Uralmekhanobra no.5:31-52 159.
(Blagodatnoye (Bashkiria)-Gold
(Flotation)
concentrates
es. Trudy
(~aRA 15:1)
ores)

SOV/1M -59- 7 -,i/;-C-
AUTHORS: Nikitin, Yu.I.
TITLE: Results of a Study of Density-Pulsations in Mechanical-
Classifier Overflow
--IERIODICAL: Tsvetnyye metally, 1959, Nr 7, pp 20-22 (USSR)
ABSTRACT- The authors noticed that in mechanical classifiers the
constancy of the process is periodically interrupted by
the discharge o.f accumulations of limiting-size grains.
They now present the results of their investigations on
a two-spiral classifier (spiral diameter 2m) and a Dan
classifier at the Sredneurallskiy obogatitellnyy zavod
(Sredenurallsk Beneficiation Works) with Deg tyarskoye dej:Lsit's
copper pyritic ores. Samples were taken at 1-minute intervals
across the whole discharge stream, the duration of an
experiment being 30 min. The percentage content of
-0.074 mm Dartic-les and of solid in the spiral-classifiers
overflow are shown as functions of time of sampling, min,
(curves 1 and 2, respectively) in Fig 1; the corresponding
curves for the pan classifiers are shown in Fig 2. A more
Card 1/2 detailed picture of the pan classifiers results (percentages

SOV/136-59-7-4/20
Results of a Study of Density-Pulsations in Mechanical-Cassifier
Overflow
of -0.13 + 0.074 and -0.208 + 0.13 mm, percentage solid)
is given in Fig 3: this shows that the coarser-particle
contents are especially subject to periodic fluctuations.
The periodic rise and fall in the solid content occurs
within the ranges 5-7%. It has been shown experimentally
that hydrocyclones are not subject to these deleterious
effects. The authors attribute this to the considerable
excess of centrifugal over gravitational forces on
particles. They recommend the use of hydrocyclones.
There are 3 figures.
ASSOCIATION: Uralmekhanobr
Card 2/2

BARADZHAN, A.A., kand.takim.nBuk; VL'PBJMO, Te.A.. kand.tekhn.nauk;
a F.I.. )mnd.tekhn.nauk; ZBERGARDr, H.S., red.izd-va;
,v
IZKO 0 A, L.A., takhn. red.; S- R DIA, N.Y., tekbLn.red.
[Complete utilization of copper-zinc ores and concentrateal
Komplekanoe ispolIzovenie medno-tsinkovykh rud i kontsentratov.
Sverdlovsk, Akad.nauk SSSR, Uraltakii filial. 1960. 16q p.
(14:1)
1. Nauchno-takhnichefikoye obshchestvo tsvetnoy mtallurgil.
Ural'skoye otdeleniye. 2. Inatitut "Unipromed'" (for BabadzhBn).
3. Urallskiy filial AN S= (for Vetrenko). 4. Institut Tral-
mekhanobr" (for Nagirnyak).
(Copper ores) (zinc ores)

AVILOVA, T.P., kand.khim.nauki NAGIMAK, F.I., kand.tekhn.nauk
Effect of a mixture of alcohols and xanthates '.he floucculation
of galena. Izv. ys. ucheb. zav.; gar. zhur. no- 4:152-156 '61.
(MIRA 14:6)
1. Rekomendovana kafedroy khimii Severdlovskogo gornogo instituta
ineni V.V.Vakhrusheva. 2. Sverdlovskiy gernyy institut imen~
V.V. Vakhrusheva (for Avilova)- 3. Institut Uralmekhanabr
(f or Nagirnyak).
(Flotation) (Galena)

DMITRIYEV, Yu.O.; IZMODENCV, A.I.; IZMODENOV, Yu.A.: KVASKOV, A.P.
NAGIRNYAK, F.I.
Kagr4tizing roasting of Lisakovskoye dep,3sit ores without a redu-
cinifigent. Gor zhur. no. 6157-60 Je 061. (MIRA 14-6)
(Yustanay region--Iron ores)
(Ore dressing)

AVSARAGOV, B.G.; IUGIRNYAK, F.I.; STEPANOV, B.A.
Ways to increase the complete utilization of copper and copper-zinc
pyrites of the Southern Urals. TSvet. met. 34 no. 4:1-3 Ap 161.
(MIRA 14:4)
(Ural Mountains-Pyrites)

GOLIKOV, A.A.; NAGIRMK,_-F.I.,
Catalytic oxidation of xanthates in aquaeous solutions in presence
of sulfide minerals. TSvet. met. 34 no. 4:9-11 AP 161.
(MIRA 14:4)
1. Uralmekhanobr.
(Flotation-Equipment and supplies)

GOLOMZIK, A.I.; GOLIKOV, A.A.; NAGIRNIAK, F.I.
Potentialities for improving the qualitf of concentrates and
increasing metal recovery in dressing Ural Mountain py-ite ores.
TSvet. met. 35 no.4:4-7 Ap 162. (MIRA 15:4)
(Ural Mountains--Pyrites) (Ore dressing)

IVANOV, V.I.; NAGIRMAK, F.I.
Accelerating the leaching of copper wilfide minerals by sulfur
bacteria. Mvet.met. 35 no.8:30-36 Ag 162. (MIR& 15:8)
(Copper sulfide) (IAaching) (Bacteria, Sulfur)

AVDYUKOV, V.I.; KVASKOV, A.P.i NAGIRNYAK, F.I.
Use of silicon fluorides in the flo"ation. of hematite and magnetite.
Gor. zhur. no.6:76 Je '63. (KRA 16:7)
1. Urallskiy nauchno-issledovatellskiy institut mekhanicheskoy
obrabotki poleznykh iskopayemykh, Sverdlovsk.
(Flotation) (Hematite) (Hagnetite)

GOLIKOV, A.A.;-PAGIRNYAK, F.I. -
Conditions for an effective depression by cyanide during the
selective flotation of sulfide minerals. TSvet. met. 36 no.l:
5-10 ja 163. (MIRA 16:5)
(Flotation-Squipment and supplie&)

OKUNEV, A.I.; SHUGOLI, L.S.; NAGIRNYAK, F.I.; FIIIDMAN, S.E.; GAGARIN, E.S.
Oollective and selective magnetic separation of cinder from the
zinc industry., TSvet. met. 36 no.1130-35 Ja 163. (MIRA 160)
(Magnetic separation of ores) (Zinc industry--By-products)

LEBEDEV, A.V,; FOLETAYEV, V.A.; -'OLiHOV, A.A.; NAGIRNYAK, F.I.
UMK-500 flotation machine. TSvet. met. 36 no.9:11-14 S 163.
(KRA 16:10)

ADAYOV , E.V . ; K I L. L,. ; ll,ik-li,NY A. KF. 1. ; Thol'I'SKlY , A. V.
otv. rc,,d.
[Ore dressing cticec for nonferrous, rare. ~nc nrble
r'etals) ooorasi.chenAia rud tsve,,nykil rodkikh J
biagorodnvkh :~.etallo,; wA fabvikakh :ZSR. .(,.--kva, 1--d-v-
19~ 238 P. 17; P,)
inst.itut
cheakoy cl-ra"ic'ki 1--olezrvkh isk.. ~

ADAMOV, E.V.; KISLYAKOV, L.D.; NAGIRNYAK F.I.; TROITSKIY, A.V.,
otv. red.
(Practice of dressing ores of nonferrous, rare and noble
metals in the factories of the U.S.S.R.] Praktika oboga-
shcheniia rud tsvetnykh, redkikh i blagorodrjykh metallov
na fabrikakh SSSR. Moskva, Nedra, 1964. 238 p.
(MIRA 18:7)
1. Sverdlovsk. Nauchno.-issledovatellskiy i proyektnyy
institut obogashcheniya i mekhanicheskoy obrabotki poiez-
nykh iskopayemykh.

YHUSF.YFV, N.I., NAGIRNYAK, F,I.
Cb,idation kinetIcs of sodium sulfide in a suspension of
galenite. TSvet, mrst. 38 no.lx4-',' Ja 165 (MTRA l8a2)

STEPANOV, B.A.; IVANOV, V.I.; GOiCMZIK,, A.I.; NAGIRNYAK, F.I.
Microbiological leaching of sulfide ores. Fiz.-t--klh. prob'*
razrab. pol. iskoP. no-4:118-121 165. (MIRA !'I:-'
1. Politekhnicheakiy institut, Tashkent. Submitted March Z, 196q.

YF Pl. 1 NA 11 NY! F.
probl. razrab. poll. iskor. n(-).5: 3r--,- 1,
gc-nogr, deln im-n-4

TF-RESIICMIKO, I.P.; MOSKVIN, 0.1.; DARAGAN IA.V.[Darahan, N.V.];
ANISINOV, V F YARMOLINSKIY, M.I.tI.Armolyns'lWi, M.R.];
BULGAKOV, P:S:kiLlhakov, F.S.3; 'K'UTS, V.K.; KASHFU 'I'A.V.;
VASILENKO, G.K.[Vasylenko, H.K.]; KUKOLEV, V.D.[Kukoliev,
V.D.J; SIGOV, S.G.[Sihov, S.H.,deceased]; NAGIRNYAK P.A.
[Nahirniak, P.A.]; VETCHINOV, I.A.[Vietchinov,
ZADOROZHNYYI V.K.; DR03OVSKAYA, L.I.[Drosovstka, L.I.];
SHKITINAI YI.I.; PROSHCHAKOV 0 M - MOKIYENKO, B.F.
[Mokiienko, B.F 1; GOLOVACH: A*V:[Holovach, A.V.1;
IVANITSKIY, I.V:[Ivanytslkyi, I.V.]; KOZAK, V.Ye';
BORYAKIIII V.V'., red.izd-va; IIESTMiMKO, 0.0., gl..". red.;
DkKM40, Yu.B.' tekhn. red.
[National incor.-.e of the Ukrainian S.S.R. during the period
of the large-scale building of commmism] NatsionalInyi
dokhod Ukrainslkoi RSR v period rozhornutoho budivnytstva
kommni7wl. Red.kol.: O.C.Nesterenko ta inshi. Kyiv, Vyd-
vo Ad,] URSR, 1963. 333 p. (~aRA 16-12)
1. Akademiya nauk URSR, Kiev. Instytut ekonomiky.
(Ukraine--Incom )

IVA
/0, P) Y /5
USSR ' Gonoril -nd S-pocitl Zoology. Insoctus. H,rnful P
Insocts and "raohnids. Pjsts of -rr- in Crops.
Abs Jour: I-Rof Zhur-Biol., No 14, 1958, 64017.
Author : Nagimynk, Ye.; Smirnovn, V.
Inst, : 90-r 9 1 v 13 -n.
Title : Tho Eff,~otiveness of Chomic,l 14,thods In Con-
trolling The Grain Beotlo.
urig Pub: Zaaladoliyo i zhivotnovodstvo '.oldavii, lc.57,
No 5, ?4-75.
i,bstrc.ct: Effi-.;ctiv_, m-othods of
I provQntion and control of
the bootlos ir. 1, -0 ld~%via: prohibiting t-,u pLint-
ing of wintor Whoat 2-3 v_;,irg consocutivoly
on ono fiold; quick and ~--ireful cl,3arinE, of the
fiQlds of straw and chaff remaants aftor roap-
ing with coobina harvjstc;rs; in tho 3v.:.nt of a
Card 1/2
37

NAGIRNYAK, YE. A.
42507. PchelovodBtvo V Voldevakoy SSR. I Ferspektlv7 Epo R=vlti7a. Neuch.
Zapiski Moldev. Nauch-Iseled. Bazy Aked. Rauk SSSR, T. I., Vyp. 1, 1W
S. 151-70, Pibllogr: S 179

- i~. J..
- : , ~ C
Sadovcdst~,o V Dnyestrcv6~ieh 6,~d -7' L6u;(-U) ,r-. ~!,
I
~)*L : T 1. -(_-. ~~' 1, 1 1
- I 1~; ..~. -;-

S/735/61/000/000/005/014
AUTHORS: Maksimovich, G.G., Yanchishin, F. P., Popovich, V. V., Nagirnyy, S. V.,
Karpenko, G. V.
TIT LE: Machines for micromechanical endurance testing under variable tension
in various media.
SOURCE: Akademiya nauk UkrainskoySSR. Institut mashinovedeniya i av-tomatiki.
Mashiny i pribory dlya ispytaniy metallov. Kiyev, 1961, 41-46.
TEXT: A machine is described in which inertial loading is used in the endurance
testing of I- to 3-mm dia microspecimens in various fluid media. Variable-tension
testing methods are described, and test data reported on 1-mm dia steel-45 micro-
specimens in air, MC (MS) oil activated with 2jo oleic acid, and a 376 watery solution
of NaCl. Testing of microspecimens is attractive for the determination of the effect
of environmental media on the static and cyclic fatigue strength of a material; in
smaller specimens the ratio of the surface area to the cross-sectional area is
greater than in large specimens. Testing machines for static microspecimen tests
have been described elsewhere (cf. Roytman, I. M., Fridman, Ya.B. Mikromekhani-
cheskiy metod ispytaniya metallov - The micromechanical method of metals testing.
Moscow. Oborongiz, 1950. Konoplenko, V. P., et al., Zavodskaya laboratoriya, v. Z 5.
no. 1, 1959. Regel', V. R., et al., ibid.). Variable-load testing is well known for large
specimens, but little has been done for the testing of 1- to 3-mm dia microspecimens
because of the difficulties inherent in the over-all precision and especially the exact
Card 1/3

Machines for micromechanical endurance testing ... 5/735/61/'000/000/005/014
centering required. In the authors' machine the specimen (surrounded by a beaker
for tests in various fluid media) is suspended from an annular dynamometric holder
equipped with surface wire strain gages. A prescribed weight, spring-suspended
from the lower end of the specimen, constitutes the static tension load. Also sus-
pended from the lower end of the specimen is a floating frame containing an eccent-
ric weight which is flexible -s haft~dr iven by a 30-w d. c. motor at 3, 000 to 10, 000
rpm. A spring parallelogram attached to the vertical machine support absorbs any
horizontal component of the vibration, and only the vertical component of the cyclic
inertial load is borne by the specimen. A variable resistance in the feed circuit
permits programmed variations in the inertial load. The strain-gage readings are
taken on an M110-2 (MPO-2) oscillograph. The annular dynamometer is precalibra-
ted statically. The strain-gage signals are preamplified on a tensometric TY -6M
(TU-6M) amplifier. Ali tests were made in tension only, the mean load (equal to
the static load) was held constant or varied, and the inertial-load amplitude was
held constant or varied. Test data on carbon steel "45" are reported. The static
2
(or mean) tension was a-m= 29.3 kg/mm , the inertial load, with a frequency of 50
and 142 cps, was varied. Fatigue curves are shown. The fatigue limit at high
stresses is found to be greater in fluid media than in air. At the 142-cps frequency
the fatigue limit in air and in activated oil is attained at 2. 5 - 107 cycles. Thege
is no noticeabl effect of the activated oil on the fatigue limit on the basis of 10
Card 2/3

Machine for micromechanical endurance testing ... 5/735/61/000/000/005/014
cycles. The NaCl solution produced a continuous impairment of the fatigue limit.
At 50 cps an analogous behavior a observed. The endurance limit in air and in
activated oil is attained at 8.5 - 10 cycles. NaCl reduces the fatigue limit continu-
ously. There are 3 figures and 6 Rua sian- language Soviet references.
ASSOCIATION: None given.
Card 3 /3

U05L
3/676/62/009/000/008/010
Ao62/AlOl
AUTHORS: Maksimovich, 0. G., Nagirnyy, S. V.
TITLE: Endurance of degassed brass subjected to varying tensions
SOURCE: Akademiya nauk Ukrayins'koyi RSR. Insiytut mashynoznavstva i avto-
matyky, L'viv. Nauchnyy.e zapiski. Seriya mashinovedc.-niya. v. 9,
1962, Voprosy mashinovedeniya i prochnosti v mashinos-Lroyenii,
no. 8, 72 - 76
TEXT- A series of tests was carried out to determine the influence of
external media and of the degree of zinc evaporation on the fatigue resistance
of brass samples, divided into 3 grou s. The zinc evaporation from the brass
was effected by heating in vacuo (10- mm Hg)An the following conditions for
the 3 groups, respectively: I - T = 3000C, t = 2 hours; II - T = 7000C, t =
4 hours; III - T = 8000C, t = 3 hours. The tests were carried out on micro-
machines. The samples were submitted to a varying tensile load. The statical
load was determined by the weight of a load attached to the vertically arranged
sample, while a sinusoidally varying dynamic load was provided by the rotating
Card 1/2

s/676/62/009/000/OCk,/O 10
Endurance of degassed brass... Ac62/A101
mass of a vibrator. '.*he tests were effected in the following media: 1) the air
of the laboratory premises; 2) oil (mark MS) activated by 2% of olein acid;
3) a 3% solution of NaCl; 4) mercury. The results, represented by curves and
graphs, give eviderwe of the following facts; In the first group the endurance
of the brass strongly decreases under the influence of mercury, while it is
little affected in oil, activated by 2% of olein acid, and in the 3% water solu-
tion of NaCl. In the groups II and III, the mechanical characteristics (static
strength and fatigue resistance) considerably decrease in comparison with those
of group I. In mercury, the resistance to fatigue and the statical strength
decrease by 461% and 31%, respectively, and the plastic characteristics decrease
by as much as 61% (relative lengthening by 81%). The various results are brief-
ly interpreted. There are 3 figures.
SUBMITTED: June 15, 1961
Card 2/2

MAY.-SIMOTICH, CL3. ; YrJJ'-'HIS'MN, F. P. ; TKACIIENKC-, N.N. P~ ~JAIGJIFMY, S.V. ;
BLRANT~-,--KIY,
Fffe(-l of round hole type tit:-u~s on trie mechanJ--a3
charact,erJ,3t.!~s of brass. VIIIqn. rab. fire-i nm .3vc.As. mat. n,-).2-.
51-- .60 1 '- 3. (MIRA -17-10)

M,A
"lc
v r: 4
no

MAKSIMOVICH, G.G.;_NAGIRllTfY, S-.V.; DR,'-ZD, N.P.
Effect of cir-cular hole-type stress raisers on the strength uf lr-ias
in active media. ITItian. rab. Bred na avois. mat. r1o.-.1,58-62 I W.
(MIRA 17!20)

NAGIRNTY, V.M.; ZNAHENSKrY, G.N.
Some features of the deposition of zinc and cadmium on various
cathodes. Ukr. khim. zhur. 31 no.9:962-965 165.
(MIRA 18111)
1. Dnepropetrovskiy khimiko-tekhnologicheakiy Institut imeni
F.E. Dzerzhinskogo.

~+A-A*4007-VA is

liAGI'JT'l-'i, 11.75.; 7,.T.
Pr-lictinn k-'nr!L.'r~9 of fr,-"Ilc Ficirl dPhydrrgenal.~-z. ~~- T ' -xg~l
-,talystB. 1,r. i yrit. 6 no. 6iIM-0-1017 N-D 1~15
1921)
i . :r- '_1 I-, rga:~i.--beskry khlrr i ~ amen ' -elingkopo ~.N
-'It, Im.1 tted Ju ly 5, i'k 3*

GULYAYBV. S.?., kandidat tokhnicheolkh nauk; LAVROV, A.A., sanitarnyy
vrach; MAGIVINA, T.Ye.. saaitarnyy vrach; MIKOLAYEVA. T.A..
kandi&;r-w&UstiMAkh nauk; VOKIN. D.T.. saaitarnyy 7rach
Imaginary errors in the sanitary
Gig. i san. 22 no.3:68-73 Kr '57.
(WATER SUPPLT
sanitary protection of
(SANITATICH
same)
protection of natural waters.
(KiRA lo:6)
water reservoirs in Russia)

NAGIYEV, A.
Life preservers for workers in offshore oil operationB. Nov.neft.
tekh.: Nel'teprom.delo no.6:"-1+5 154. (IMA 14,-.10)
(IJXe preservers) (Oil. well &Ming.. Suhma ine)

A A
Mtn
4695
and =4=,JMA qcsoptrz. t)EiLrh.
~tffnl tr-~-
tuillnulat . I art. pnman?
Ir-St. TWill. B=P&%, Mal5r.- I
In R Zh. Khlru. (ROG Js
"tunui. oil, mwccw). 19W. (8), 4253; abstr,
1q;6- 1151. MOW. Stmceuful tom are recomcd of a

N t~ ( ::,- I Y L- V, A NI -
FONGAUZ.H.
Book containing serious errors ("Safety measures for individuals
in the petroleum industry .4 A.M.Nagiev. Reviewed by M.Fongauz).
~Neft.khoz.33 no-7:92-93 J1155. (14LRA 8:10)
(Petroleum industry--Safety measures) (Nngiev.A.M.)

NAGIYEV, A.M.; ARUSTAMCVA, F.A.
Controlling harmful gas escapes during the stopping cf irc~n
pyrite roasting furnaces at the Frunze sulfuric acid plant.
Trudy VNIITB no.10:91-95 '58. (MIRA 15-5)
(Baku-Sulfuric acid industry--SELfety measures) 'Py-rite)

,.~AGIYEV,, -A.11,; ARUSTAMOVA, F.A.
Decontamination of the atmosphere during the contact process.
Trudy VNIITB no-10:96-113 '58. (MIRA 15:5)
(Petroleum i-efineries--Safety measures) (Sulfur dioxide)
fAir-Purification)

YAG IMff , A.M.
Afto'Prification. during o il-air contact. Axerb. neft. khoz. 37
no.301-34 Nr 158, (KIRA 11:8)
(Air-Purification)

MAGITKV, A-H-,!-and.tekhn.nauk
The SVG spray burner for burning up used gpLaes. Bezop.triji'a
v prom. 3 no.2:36-37 F '59. (14M 12:2)
1. Vae9o.,,niznyy nanchno-iseledovatellskiy inatitut po tekhnike
bezopasnosti v neftyanoy promyshlennosti.
(Burners)

NAGIYEV, A.M.. insh.; ISTRIN, R-Ta., inzh., ARZUK&NOT. A-A- (Baka)
- t
Safety engineering in coating pipelines with bituminous mastics.
Stroi. truboprov. 5 no.12:24 D 16o. (KIRA 13:12)
(Pipelines) (Protective coatings)

NAGIIEV, A.M.
Controlling gas escape in thx production of azolyat. Trudy
WIIITB no.13:75-82 160. (1KRA 14.12)
(Azolyat)

Cv ) (-:~
Illayl ains
t I vable
Ref :,~hur BLc,!.., No 3, 1958,
Nagiyevl, C2, '-iyev, 14.
Hov '.,Ie ."A.-Ancd High Yields of Hybrid orn 'deed-
Sots. s. 'I. ~'Izerbayd-&,-mi, 1)56, 11- 4, 18'
N ") ab ~ t t

COMY USSR
CATB'GORY i Cultivated FlantB. Forage Crops.
I
ABS. JOM. W-M61.0 ff*.2'3 195A,Nm. 104-743
Y6ri tayan i G.
AUTHOR ARg ",
1 irsT. Ai-arbaydzhaMiciantific Research Institute of Animal
i TITLE Fodder.CabDaga -A New Forage Crop in Azarbaydzhan.
OP,TG, PUB.
ABS!MCT
Card: 1/ 2
,zerbaychan sosyalist aric t a rrufaty, 191.8. No. 2, 38-41;
Sots. s.-kh. Azerbaydzhara, 1958, No. 2, '3741
The best varieties, dates and methods of the sowing have
been daterminoo at Azarbaydzhan Scientific Research ln8ti-
tute of Animal Husbandry and Yeteriunry Science since 1954.
The highest yieldiAg variety is Listov"a mozgoveya, sinyaya
(8c,.5 e~n%ue.rs/ha for 2 years). _The best period of a
into the ground is the last 10 days of February to the
firat 10 days of March. The method of sowiAg - &quare-hilif
45. X. 45 cautimaters Vi th One Plant to 'a hill -, CUtivatl 6n 11
by direct sowing into the grouad is better than with
Husbandry and Veterinary Science
81

RAGITEV. G.H.
Zcolog7 and at, er and fall phenolog7 of the common mlaria =oqultrj
Anopheles maculipennis Mg. Var. subalpinus H.L. In the southeastern
maritime part of Azerbaijan (vith summar7 in English]. Int. oboz. 38
no.2:408-423 '59. (MIRA 12:7)
l.Institut zoologii AN USSR, Baku.
(leukoran Lovlaud--Mosquitoes)

NAqIYLV,, G.M.
Distribution of bloodsucking mosquitoes (Diptera, Culicidae,,
Culicinae) in various landscape zones of the southeastern part
of the Azerbaijan S.S.R. Ent.oboz. 40 no.3:541-553 161.
(MIRA 15:3)
1. Institut zoologii AN Az&9R, Baku.
(Lenkoran Lowland-Mosquitoes)

NAG I TEII)

PiAGIYEVJI I.M.
Some characteristics of the course of the nutaneous form. of antF' ,
Zhur. mikrobiol., apid. i immun. 32 no.9:138 3 '61. (MLLA 15. T
1. Iz ballnitsy Dzhambeytinskogo rayona Zapadno-Kazakhstanskoy
oblasti.
(Affffit")

BUKOVY A.S., kand.seltskokhosymystumaykh nauk; MMGIMA, R.re.;
!AMMIKGV, B.V.;
Planting oak in clusters-ow-Irrigated lands in Azerbaijan.
Agrobiologiia no.6t899-904-N-D 162. (KIRA 16sl)
1. Azerbaydahansidy nauebao-Istledovatel'skiy institut lesnogo
khozyaystva I agrolesomelloratall, g. Barda.
(AserbeLijan-Oak) (Azerbaijan-4fforestation)

107-57-2-46./56
ALITHOR. Nagiyev, M. (Baku)
TITLE: Rewinding an Electric Soldering Iron. Experience Exchange
. (Peremotka payallnika. Obmen opytom
PERIODICAL: Radio, 1957, Nr 2, p 52 (USSR)
ABSTRACT: A method of using small cuttings of rica, instead of sheet mica,
when rewinding . burnt-out electric soldering iron 1.9 suggested in the
There is 1 figure in the article. article.
AVATLABLE: Library of Congress
Card 1/1

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USSR/Chemistry - Petroleum Mar/Apr 51
Conversion
"Bibliography. New Books. M. F. 14agiyev's
'rhe=orlynamic Calculations of Petroleum Conver-
sion Processes and Data on the Properties of
r4 Chemical Compounds,"'
-N "Uopekh Khim" Vol XX, No 2, pp 263, 264
Chap 1 sets forth elements of chem thermodynam-
ice; Chap 2 treats dependence between equill
conot and const pressure potential for actual
systems involving any aggregate state; Chap 3 it;
12ET-45
USSR/Chemistry - Petroleum Mar/Apr 5-1
Conversion (Contd)
devoted to detn of favorable conditions for
course of chem reactions; Chap 4 contains de-
eiription of thermodynamic properties and phys
consts of chem. compda. Manual cites many calan
emmples from chemistry of petroleum conversion
and includes about 50 tables contg a variety of
reference material essential for thermodynamiq
calens of equil of chem reactions. Published by
Gostoptekhizdat, Baku/Leningrad, price R 23-70.
19_0V_

NIA GT TEV F
UM/Chadstry - Catalytic Cracking Jan 51
"Kinetics of Catalytic Cracking," M. F. Nagiyev,
P~troleum Inst, Baku
*ibur Piz Khim" Vol XXV, No 1. pp 29-40
.Developed theory of kinetics of heterogeneous cata-
Xytic crack-'tg which permits calcn of kinetics of
'*1soltaneous conversion of complex mixt of hydro-
carb.ons in either,presence or absence of unreacting
subatances. Also developed new method for deta of
adsorption coeff for heterogeneous catalysis of
wAticomponent syst.
LC MM13

NAGIM, M. F.
WSR/Chenistry - Kinetics 21 SeP 51
Me Theoretical Basis of Kinetics of Gas Reac-
tiou in a Stream," M. F. Wagiyev
"Dok Ak Nauk-SSSR" Vol UM No 3, PP 397-400
Discuoses the rate of a continuous gas reaction
at W given cross section of the reaction tube.
Derives a formula relating the time of reaction
with the vol rate and vol of the app.
210f34

AP653641 TREASURE ISLAND BOOK REVIEW AID 774 - M
NAGIYFV.9 M. F.
TOF11VA 5LYA DVIGATELEY SOVREMENNOY TEEHNIKI (Fuels for Modern
Engines). Baku, Aznefteizdat, 1954. 130 P., tables, diagrs.
28 refs. (23 Russian, 1934-1953)
The book is intended for engineers and technicians of the petro-
leum industry, and workers in scientific research institutes
investigating oil processing and treatment. The book is
interesting because it is based mainly on Soviet literature and
experience, and is an attempt at the systematization of the
available materials on the subject. Various types of fuels and
their behavior In modern gas, gasoline, diesel and jet-propulsion
engines are discussed. The behavior of individual hydrocarbon and
petroleum fractions is examined, and the possibilities for the
development of motor-fuel production and the improvement of fuel
quality are discussed. This is in conformity with the recommen-
dations of the 19th Party Congress for the increased and improved
processing of oil products especially motor fuels for the next
Five-Year-Plan. The principles of the engine performance with
various fuel types are first examined. An analysis of engine
performance follows, with an equation for efficiency, and the
1/6

NAGIYEV, M. F., Topliva dlya dvigateley . . . AID 774 - M
conditions which Increase efficiency are determined. Then the
most efficient fuels and their properties are discussed. The
book is provided with many tables and diagrams.
Chapter I. Fuels for Gas and Gasoline Engines (p. 6-55)
General information on engine performance, Otto cycle, thermal
efficiency, fuel properties and requirements. Knock rating and
use of antidetonators. Effect of compression rate on automobile
carburetor en~lne efficiency (table). critical compression rate
of: alkanes ~octanes, heptanes, isooctanes, etc.); alkenes;
cyclanes (cyclopropanes, cyclobutan-'s, cyclopentanes, cyclo-
hexanes); aromatic hydrocarbons; alkadienes and ethines, and
bicyclic hydrocarbons. Effect of the cycle on the antiknock
properties of cyclic hydrocarbons. (11 diagrs.) Standard
methods of evaluating knock quality. Testing according to the
motor method (GOST 511-46) for automobile fuels, temperature
method (GOST 3337-48) and indicator method (GOST 3338-46) for
modern aircraft fuels, table (P. 33), diagrs. Antiknock
characteristics of fuels In conformity with accepted standards.
Octane numbers of various kinds of hydrocarbons (tables Table
of octane ratings of Soviet gasolines and alcohols (p. ~O--41).
2/6

NAGIYEV, M. F., Topliva dlya dvigateley . . . AID 774 - m
Antiknock compounds (Table p. 4-~). Composition of ethyl liquid
(OST 4oo-33). Table p. 45,Effect of tetraethyl lead on the
antiknock properties of hydrocarbons. Carburetted vroper~le_i- of
fuels. Results of N. V. Brusyant3ev's tests. Corrosive effect,
deposit and scale formation, stability and freezing point of
fuels. Negative effect of water on fuels.
Chapter II. Fuels for Diesel Engines (57-89). Advantages and
defects of diesel engines. Types of diesel engines. Ideal and
actual cycles. Flow diagram of a four-stroke diesel engine.
Diagrams of the Diesel Otto and Sabath6 cycles. Thermal efficiency.
Properties required of diesel fuels. Min qualitative indices of
diesel fuels and their effect on engine performance. Effects of
the cetane number on: srific fuel consumption (table), and on
fuel performance f gr. Evaluation of the ignitability of fuels.
,dia
Dependency of the diesel fuel constants on the boiling point of
hydrocarbons. Cetane numbers of individual hydrocarbons and their
dependence on the number of carbon atoms in the molecule (3 diagrs.).
Cetane numbers of diesel fuels processed from petroleum (~ tables).
Properties of diesel fuels affecting the normal performance of
fuel-feeding devices and filters, as well as the quality of the
3/6

NAGIYEV, M. F., Top"Liva dlya dvigateley . . . AID 774 - m
fuel-air mixture formation. Dependency of fuel viscosity on
temperature, according to data of P. L Sanin and N. V. Melent'yeva
(dtagr.) Melting point of hydrocarbons of a mostly normal struc-
ture (diagr.) Fuel properties ensuring long and reliable perform-
ance of engines. Basic ty es of modern diesel fuels and their
standard properties (table5 Five kinds of Soviet distillate fuels
or high-speed diesei engines. 1) solar oil (GOST 1666-42); 2)
Arctic DA diesel fuel for operation at air temperatures below
-30C)C, 3) DZ winter diesel fuel for air temperatures over 300C,
4) DL summer diesel fuel air temperatures over OOC and 5) DS
special diesel fuel (GOST 4749-49). (table, p . 84~ Three kinds
of Soviet residual fuels (motor fuels) for low-speed diesel
engines: M3, M4, M5 (table, p. 85). Soviet methods for Improving
the quality of diesel fuels. Evaluation of the efficiency of
chemical additives for Increasing the cetane number (table).
Effect of additives on various fuel types (table). Effect of
ethyl ether concentration on the starting properties of diesel
fuels (N. A. Rogozin's data); effect of ethyl ether addltlves on
the solidification temperature of diesel fuels. Tables (p. 88).
4/6

NAGIYEV, M. F., Topliva dlya dvigateley . . . AID 774 - M
Chapter III. Fuels for Jet Propulsion Aviation (p. 90-127).
General concepts and classification of jet propulsion engines,
(ZhRD) . Flow diagram, p. 93. Importance of the heating capac-
ity of fuels. Jet engines (VRD). Turbo-jet engines (TRD).
Flow diagrams, p. 96. General characteristics of individual
types of jet propulsion engines and their special features.
Comparative study of the efficiency of ZhRD, VRD and TRD. Heat
balance of a Jet engine (diagr., p. 100). Fuels and oxidizing
agents for liquid-propellant jet engines. Eight general fuel
requirements. Basic types of liquid fuels and their properties
(table). Oxidizers and their pro ertles; basic data on oxidizers
in mixture with toluene (2 tables~. Methods for increasing the
heating value of liquid fuels. Effect of the addition of beryl-
lium on the heating efficiency of kerosene and nitric acid mixture
(table). Fuels for Jet engines. Solidification point. Fourteen
fuel requirements for gas turbo-jet engines. Number of possible
isomers of alkanes in gas-turbine fuels, 65-3000C boiling point
(table, p. 107). Properties of hydrocarbon fuels. Various
phases of fuel performance in gas turbines (table, p. 108).
Density, solidification point, viscosity, specific thermal ca-
pacity, latent heat of evaporation, heating value, and carbon
5/6

NAGIYEV, M. F., Topliva dlya dvigateley . . . AID 774 - m
content of hydrocarbons as dependent on their boiling point.
Surface tension of various hydrocarbons as dependent on their
specific gravity. Ignition, self-ignition. Range of the air-
fuel ratio.Comb-uBtion speed. Permissible range of the properties
of hydrocarbon fuels for aircraft gas turbines. (Tables, diagrs.)
Use of oil fuel in the combustion chamber of aircraft jet engines.
Economy of fuel and efficient combustion. Dependence of the
combustion efficiency on the air-fuel ratio. Relation between
the amount of heat liberated per unit volume and unit weight by
various fuel types to the flight altitude. Combustion stability.
Deposits in the combustion chamber. (Table, diagrs.) Possibilities
of producing special types of oil fuels for aircraft gas turbines
by synthesis os other transformation processes. Fuels boiling
away at the 65 - 3000C temperature range. Possibility of using
alkene hydrocarbons as components of fuels for aircraft gas
turbines, which should be suited for any type of fuel.
6/6

IUGITEV19 F - TOPCHIYVV. A.Y., akademik, redaktor; RY-OMI. N.M., dok-
tor micheskikh nauk. redaktor; ZSL-,,NKOVA, Ye.Y.. tekhnicheskiy
redaktor
[Chemistry. technology and conputation of the processes of syn-
thesis in motor fuels] Xhimita, tekhnologiia i raschet protsessov
sinteza motornykh topliv. Moskva, Izd-vo Akademit nauk SSSR. 1955.
542 p. (MM 8:7)
(Motor fuels)

F
,zeqnal -heavy iaph~_-re-sWe-4711w.
nd-T.-rl kolikhtak-Iltin-Aff. Tzrc5l. Mad 'Miuk
N3 ev a
~w . Wia". Russian),--
com, :umive enapking expts. were carried out mi threr fevc
st I S for 20-FA) min. at 420-S', all([ 3 aim pressure - Tb,~
fpcd u"'Cd were 11c;IVY Lild t)jl me
, tile prapallempropyk
denSphaltized r(-~ijluv frmm Iow-tf;mp. cracking of heavy fuel
oil, and i~e ~Iune afte, dp~iBphwltiting Nvith the
liquelled butmt-.-ompaive fraotkni of natural gns. M

RAGITEV, M.F.
Training scientific personnel in the field of applied sciences.
Izv.AN Azerb.SSR no.1:123-128 Ja 156. (KLHA 9:7)
(Technology) (Science)

USSR/Kinetics - Combustion. Exrlosicnc. Tcocchemistry. (a"alysis. B-9
Abs Jour Referat Zhur - Kh1miya, No 6, 1957, 1856L
Author M.F. NaElyev _Z..~. Fetrcva, A.I. Sultancva.
Inst of Scie:-.-es of Azeritaijan SqR; Academy of Scien-
ces of USSR.
Title Study of Kinet 3 -f Homogeneous :.,--,:ompcsLtion ReaccLon
of Alkylnitrite..-. (Fropyinitrites and Butyinitrites).
Orig Pub Izv. AN azerbSSR, 1956, No 21 11-30; Pckl. AN SSSR,
1956, 109, No 3, 573-575
Abstract The kinetics cf .-he thermai homogeneous iecompo3_'tion of
prepylnitrite and but~,Initrite at 200 to 2400 was stidied
by pressure changes measured with a metallic membrane with
resistance vire tensometers switched into an oscillcgraph
c i. rc!;ii t. It was found that the decpmposition of both the
the ccmpcunds occurs according to the Ist order. The
speed constants of the reaction (sec-1) are k = 1.6 x ic13
exp -347CO/RT 7 for propyLnitr'.te and k = 4.53 x 1_'13
e*_36200/R~Trfor buty! nitrite.
Card 1/1 - 232 -

NACrIYZV_,.,,R.F.; KARAHZIN, P.T.
Developing a nothot for the IntegTation of experimental data on
heat transmission in devices with complex extratubular space
and its practical apFlication. Izv. AN Azerb.SSR no.4:33-46
Ap '56. (KLRA 9:10)
(Heat--Transmission)

ITAGIM. K.F.; URAHZIN, P.7.
-a-
New classification of heat-exchanging apparatus.and',a'skatematic
arrangement of experimental factors of heat transfer. Izv.AS Azarb.
SSR no.8:61-71 Ag '56. (KT,RA 9:11)
(Heat exchangers)