SCIENTIFIC ABSTRACT FINKEL SHTEYN, A.I. - FINKELSHTEYN, E.S.

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• Collection: Scientific Abstracts
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• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

A~I. "PIRIDONWAf
N. V.
Cneir. pr; '-ro~*rtlotj and mrilernalar ntructure of d~&.rlvntives of
sylr-he, lAtzine. Usp.killm. 11, no.7.90L.-911 J1 164~.
(MIR-A 17-10),
Go-iudarstvennyy nau(-hrco-.j",5~:19,Jova~.P-Ilskiy 1. proyek stitut
myy in
alllrtnc~y proaVshlpnno-5ti I- prr~ii,.Altov crganicheqkogo sinteza, Dzer-
ril-lal.

FlNMISHTEYN, A.I.
Relation between the characteristic valence frequency and bording order.
Teoret. i eksper. khim. 1 no.2-.271-273 Mr-Ap 165. (KRA 18:7)
1. Gosudars-tvennyy nauchno-issledavatellskiy i proyektnyy institut
azotnoy promyshlannosti I produktov organicheskogo sinteza, Dzerzhinsk.
I

L 4210-3-65 FPF(C)/~PR/r;P~tr.1-A&WP.C.I)/EV~(C)/F.1~VMV-I----P-c-4/Pr-4/Ps-4-~'Pt-7-- '-Ejo~,
'ACMSIGIF NR- AP5008718 3106061060
5/0366/65/001/0()
;AMMORS: Finkellohteynt A. I.; Spiridonoval N. V. 6-
TITLE i
Divestigation of the products of thermal conversion of sone s32nlteptazinet
by means of M spectra
SOMCE: Zhurnal-orpnicheskoy khimiis vo. 1# noi 3# 1965# 606-609
TOPIC TAGS: IR S'Pectnm, heat, resia-bant' plastic, thermal decomposition, pyrometer/
Kuimakov pyrometer
1ABSTRACT: The derivatives of Bya-he]3tazine G#~F e studied because of their potential,
Ivalue in producing heat-resietant plastics.VThe authors worked on melem, cyamelux-i4
and hydromellonic acids, and the salts of the latter two. A Kurnak-ov py-Tometer was ;'
T
used, calibrated for conversion temperatures of known compounds. Compoir-da were
,d~?nl.iflpd by their IR. spectra. E~ydromellanic acid was precipit-att-d frou a satu-
~;, 11!it; -;n of its potassium afilt by concentratt-d H,-1. Art-, hcur )f
r4- -n --he pre,3ence of ion-exchwige resins it aeparated ~ut as a white powd-r.
~J`LM, ri,;id wa;3 precipitated by doubIj distilled HC1 f r,?.n a qaturc:ck solution
,- " i t-- al t
, plotassium a, - On heating, melem underwent conversion at 1;38, 546, and
742i~'. The fire'. change was very slight, not affecting the structure. The second
i_Card 1/2

L 42103-65
If ACCESS VOIFIRM ------AP5"7 I a
0
jnvolved absorption of heat and' conversion to mellon. The color became yellow. it
742C more heat was absorbed, the mellon structure was preserved, and the yellow
color became more intense. The tripotassium salt of IVdromellonic acid vnderwent
ther-mal ccnversions at 148 and 670C . The first was not accompamied by ary v-isiblo
chp-r,/,-- in the sample. At 630c, howe-rer, the salt melted, decomposing, ard giving
risc to Lhe tripotassium salt of triayanmelamine. This product also formed, at
66c)'-, bar melting the inonopotassiun stilt of bydromellonic acid. B~ydromellonic acid
itself chamged at 130C, with no alteration or molecular structure, and at 740C, with
absorption of heat, due to the irreversible conversion, to mellon. Cyamelaric acid
cnanGed at 120 and 460C. The second change involved decomposition, giving rise to
m-ellon. The tripotassium salt of eyameluric acid exhibited end-othermic effects at
120 Ind 546C. The spectrum did not iAiange eXter the first, but melting occu-=ed at
the second, with decomposition and the formation of potassium and P-monlun cyanates~

MUSHKI'N, Yu.I.; FlNKELSlll.T"4'fN, A,11.
Structure of cyanopany1cartamidna hnl
11;
Mir. arg. klilm. I no.4,7421-724 Ap 165. (M-A 18111)
1. GosudarstvenrWy natichnn.-Issledovatellskjy proyekilney imititut
azotnoy promWahlennostl i prr.Auktov organIcheskago sint6za.

BRONSMM, L.A., dotsent; AVA'gAStYZV, L.L., dotsent. BASH, H.S., dotsent;
VLASKO, Tu.K., inzh.; ZALSKOV. P.7., inzh.; KRAKARMO, G.V.,
dotsent; LF.YDZRW, S.R., dotsent; LIVIYANT, Is.A., ispoln.obyazan-
nooti dotsenta; LYUBINSKIT, N.M., inzh.; KAYDKNOV, B.F., inzh.;
FDWMISMBIN, A.L., inzh.; KHROKOV, A.A., insh.; CHUDINOV, A.A.,
Aizh.; GCBI red.; GALAKTIONOVA, U.N., takhn.red.-,
DON W TA, G.D., tekhn.red.
[Centralized autonotivo freight haulage] TSentralizovannyo pere-
voski gruzov avtomobiltnym transportom. Pod obahchei red. I.M.
Oobarmana. Moskva, Sauchno-takhn.izd-vo K-va avtomobillnogo tranapor-
ta i shossainykh dorog Rsrsa, 196o. 2o6 p. (KIIRA 13:9)
1. Moscow. Avtomobillno-doroshnyy Institut,
(Transportation, Automotive)

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311 discusftd. with practit ulf4 t,( blaq.
t., ing LwAh In Ruviia and dww1wrc 1~ing tvu-
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duced In Russian mW In Anstrica arc cominirt7d.
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NUTHOR,t Finkellshteyn, A.S., Engineer 127-58-7-1/20

TITLE: Perspectives for the Development of the Iron-Ore Base of the
USSR Ferrous Industry (Perspektivy razvitiya zhelezorudnoy
bazy chdrnoy metallurgii SSSR)
PERTODICAL: Gornyy ~hurnal, 1958, Nr 7, Pp 3-10 (USSR)
ABSTRACT: Over the next 15 years, the USSR ferrous industry must increase
the production of cast iron to 75-85-million tons, steel - to
100-120 million and the extraction of iron ore to 250-300 million
tons a year. This latter amount corresponds to 200 million ' .
tons of prepared iron ore a year. It means that the production
of prepared iron ore will be increased 2.5 times as compared
with 1957 production (84 million tons). From 1959 to 1965,
production of iron ore must reach 154 million tons a year. The
author describes the main iron ore bases for the ferrous in-
dustry. The most important is the Krivoy Rog basin, where the
rich martite-hematite ores are extracted. Deposits of this
region are exploited mainly by underground mining. The ex-
ploitation of huge resources of magnetitic ferrous quartzites
by open cast mining started recently. The Kamysh-Burun deposits
(the Kerchl basin) are the base for the Ukrainian SSR and pro-
Card 1/5 duce 3.7% of the whole Union's production. In the eastern USSR,

127-58-7-1/20
Perspectives for the Development of the Iron-Ore Base of the USSR Ferrous
Industry
the most important bases are the Magnitogorsk deposits, where
primary magnetite and oxidized martite ores are extracted by
open cast mining. There are further the Tagil-Kushva (Sverd-~
lovsk oblast') and Bakal (Chelyabinsk oblast') deposits where
magnetite ores are extracted by open cast and underground
mining. In Siberia, exploitation is concentrated in the Gor-
naya Shoriya (Kemerovo oblast') region, where magnetite ores
are extracted. These six regions together produce 90 of the
ore with an average content of 54.5% of iron. The author
studies the possibilities of increasing the output of iron ore
in the different parts iof the USSR. The possibility to in-
crease production in the Krivoy Rog basin is very limited, It
is impossible to increase the productivity of existing mines.
A general reconstruction of the basin (deepening of mines, etc)
will produce about 50 million tons yearly, but the amount of
rich ore which could be used for the dressing process will de-
crease. Further development of ferrous metallurgy cannot be
based on the Krivoy Rog mines. The deposits of the Kola Pen-
insula se!rve the Cherepovets plant, and their*remoteness does
Card 2/5 not recommend an increase in their production. The possibilities

127-58-7-1/20
Perappctives for the Development of the Iron-Ore Base of the USSR Ferrous
Industry
of the Tula and Lipetsk deposits are very limited by their
peculiar deposits, which involve large expenditure of capital.
It. is preferred not to sink any new mines here but to replace
them gradually by the rich ore deposits of the Kursk Magnetic
Anomaly (XMA). The development of cast iron production could
be based on the utilization of deposits of the ferrous quartzites
of the KMA, the Krivoy Rog basin and the deposits of the Kerch'
basin. The exploitation of the KMA deposits involves large
work to lower the level of underground water and to ensure the
drainage of the deposits. Enormous technical and capital means
and a long period of time must be spent here. The rich deposits
of the Yakovlevo region will produce at least 15 million tons
a year. The high content of iron in these ores will produce
the cheapest cast iron (Table 1) in the USSR. The author
stresses the fact that the exploitation of the rich deposits
of the Yakovlevo and other regions cannot begin before 1965.
The development of the ferrous ihdustry in the southern part
of the country must thus be based on the magnetite quartzites
of the Krivoy Rog region and on the deposits of the Kerch'
Card 3/5 region. The construction of mining combines must thus be stepped

127-5P-7-1/20
Perspectives for the Development of the Iron-Ore Base of the USSR Ferrous
Industry
up. The total capacity of these combines, in 10,59-65, could
reach 35-40 million of concentrated and 75-85 million tons of
primary ores a year. In the eastern part of the USSR, the
largest exploited iron ore deposit is in iYagnitogorsk, but out-
put here will decrease gradually and in 1970, will stop alto-
gether, the deposits being exhausted. The Tagil-Kushva region
will maintain its output and the Bakal region will increase
slightly. The author studies the possible development of
secondary regions with ore deposits which will serve existing
and newly built combines. The Kachkanar group of titanium-
magnetite deposits and the Kopnnsk deposits can deliver ore to
the Chusovo and Kusino combines, and the Orsk-Khalilovo deposits
will service its own combine. In Siberia, the Altay-Sayan de-
posits are partly exploited for the Kuznetsk Metallurgical Com-
bine. There are possibilities to increase their output, but it
will involve huge expenses in railways, living accomodations
and new plants, These deposits cortain mainly magnetite ores
which are cheap for concentration purposes. in the Angara-
Pitsk region and Lower-Angara basin, deposits can be exploited
Card 4/5 by open cast mining and their output can be stepped up to 12

127-58-7-1/20
Perspectives for the Development of the Iron-Ore Base of the USSR Ferrous
Industry
million tons a year. In the Kustanay oblast' of the Kazakh SSR
there are huge reserves of ore. The magnetite ores contain
40-45% iron and can be concentrated by magnetic process to
reach 59-60% iron content. In the Lisskovo and Ayat regions
are rich colite ores of mixed mineral content. The iron-ore
deposits of Central Kazakhstan will only serve as a raw material
base for the Karaganda plant now under construction (Table 2).
The author lists plants and combinesexisting and under con-
struction)in this part of the USSR. Table 3 presents the com-
parative amounts of ore extracted in 1957 and in 1965 in the
western and eastern parts of the USSR. It shows that the pro-
duction of the northwest and central parts will increase from
3.8 to 9.6 % of the total output. The production of the
southern part will decrease from 57.3 to 49.5 '~, Tri the
eastern part, the output of the Ural region will sharply de-
crease from 33.2 to 23.7 %. The output in Siberia will increase
from 4.5 to 9 %, and that of Kazakhstan - from 1.2 to 8.2
The author finds that the explored ore deposits warranz the
,y for the next lq-20 years.
expected development of metallurg I
There are 3 tables.
ASSOCIATION: Leningradskiy filial Gipromeza (The Leningrad Branch of Gipromez)
Card 5/5 1. Industry-USSR 2. Iron ore-Productio.-i

BOLDTREV, G.P.; VOGKAN, D.A.; NOVOMTSKIY. I.P.; 11M, D.L,; DYUGATU,
I.V.; KAVUNs V.M.; XVR3NKO. A.A.; UZMMOV, M.R.; ARSEN'TET,
S.Ta.;. YZGORKIN, A.N.;KCBWOV, P.P.; KUZ'MIN, V.F.; STRMTS,
B.A.; PATKOVSKIT, A.B.; BOLESLAVSKATA, B.M.; IUMTBOM, D.B.;
FINKSLISHUM SHAPIRO, I.S.;. LAPIN, L.Tu.. Prinimali
uchastiye: NEVSKAYA, G.I.; PEDOS97W. V.A.; KASPILOVSKIT, Ta-B..
ZWOVA, K.V.. BARDIN, I.P.. akedemik, otv.red.; SATPA7EV, K.I.,
skademik, nauchnyy red.; STRUHILIN, almdemik, nauchnyy red.;
ANTIPOV, K.I., nauchuyy red.; BELTANCHIKOV, K.P., nauchnyy red.;
TJRCFMV, B.N., nauchnyy red.; KALGANOV, K.I., nauchnyy red.;
SAMARIN, A.M., nauchnyy red.; SLgDZYUK, P.Te., nauchnyy red.;
MR NIKOV. T.B., nauchnyy red.; STRETS, N.A.. nauchnyy red.;
BANKVITSER, A.L., red.izd-va; POLTAKOVA, T.V., takhn.red.
[Iron ore deposits in central la2akhatan and ways for their
Utili2Stionl Zhelezorudnye mastorozhderLiia TSentrallnogo Kazakh-
stana i puti ikh ispollzovaniia. Otvatatvannyi red. I.P.Bardin.
Moskva, 1960. 556 p. (MIRA 13:4)
1. Akademlya nauk MR. Neshduvedometvennaye poRtoyannaya
komissiya po zhelezu. 2. Gosudaretvennyy inatitut po proyaktirovaniyu
gornykh predpriyatiy zhelezorudnoy i margantaevoy promyshlennosti i
promyshlennosti nemstallicheskikh iskopayemykh (Giproruda) (for
Boldymv. Vogman, Arsenlyev, Tegorkin, Korsakov, Kuzlnin, Strelets,
(Continued on next card)

BOUTRIV, O.P.--(continued). Card 2.
3. Institut geologicheskikh nauk AN Kazakhokoy SSR (for Movokhatsk-iy).
4. TSentrallno-Kesekhptanskoye geologichaskoye upravleniye Ministerst-
va geologii i okhrany nedr SSBR (for Verk, Dyugayev, Kavun, Kuranko,
Uzbekov). 5. Hauchno-isaledovatelOakiy institut mekhanichaskoy ob-
rabotki poleznykh iakppayemykh (Nikhanobr) (for Patkovskiy). 6. Gosu-
daretvennyy institut proyaktirovaniya metallurg.zovodov (Giproms) (for
BoleBlavskaya. Indenbom, Finkellshteyn. Nevskaya. Fedoseyev. llarpi-
lovskiy). 7. HezhduveAomstvennaya postoyannBys komisoiya po zhelezu
AN SSSR (for Shapiro, Zernova'v Kalganov). 8. Gosplan SSSR (for Lapin).
(Kazakhstan--Iron ores)

FINKELISHTEYNI.A.S.
Factors determining the metallurgical value of iron ;r3n wA -11
concentrates. Obog. rud. 6 no.5:9-15 161. (141PA 1`1-- j
Jp (iron ores)
*j
.0

BARDIN, LP , akademik, otv. red.[deceased]; BELYANCHIKOV, K.P.,
nauchnyy red.; YEROFEYEV, B.N., nauchnyy red.; ZVYAG114, P.Z.,
nauchnyy red.; KOSHELEV, V V., nauchnvv red.: MELESHKIll, S.M.,
nauchnyy red.; MIRLIN,.G.O., nauabnyy red.; MDSIALIKOV, Ye.F.,
rauchnyy red.; POKROVSKIY, M.A., nauchnyy red.; SLEDZYUK., P.Ye*'
nauchnyy red.; FINKELSMYN. A S , nauchnyy red.; KHARCHENKO,
A.K., nauchnyy ~e ~., S`HEVW~~, L.D., akademik, nauchnyy red.;
SHAPIRO, I.S., nauchnyy red.; SHIRY&YEV, P.A., nauchnyy red.;
OKHRIMYUK, Ye.M.,, nauchnyy red.; YANSHIN, A.L., akademik,
nauchnyy red.; MAKOVSKIY, G.M., red.izd-va,* VOLKOVA, V.G..,tekhn.
red.
(Oolitie iron ores of the Lisakovka deposit in Kustanay Province
and means for thair exploitation]Oolitovye zheleznye rudy Lisa-
kovskogo mestorozhdeniia Kustanaiskoi oblasti i puti ikh ispoll-
zovaniia. Moskva, Izd-vo Akad. nauk SSSR, 1962. 234 p. (Zhe-
lezorudnye mestorozhdeniia SSSR [no.1]) (MIRA 15:12)
1. Akadamiya nauk SSSR. Institut gornogo dela.
(Kustanay Province-Iron ores)

FINKELISHTEYN. A
Best plan for dressing Akkermanovkm native alloys. Goro zhur. no.3,4
71-73 162. (MM 15:7)
1. Icningradskiy filial Gosudarstvennogo soymnogo,insitiuta po
proyaktirovani-yu metallurgicheskikh zavodov.
(Akhermanovka region-Lron ores) (ore dressing)

FINKELISHTFYN, A,S,
Metallurgical vaiue of iron ores an d its incluslon in the
establishment of new wholesale prices. Stall 23 no.6:563-566
Je f63, (MIRA 16ilO)
1. Leningradskiy filial Gosudarstvennogo soyuznogo instituta po
proyaktirovaniyu metallurgicheskikh savodov.

FINXELISIVAPEY11 A.S. kand. ekonam. nauk
7-1:,~Mical and economic bas.'s for &,e optimall depth of
dressing iron ores. Gor. zhur. no.5:54-59 ~V 164
(kRA 17:6)
1. Laningradakiy f1lial Gosudaretvennogo soyuznogo Instituta
po proyektirovaniyu metallurgicheskikh zavodov.

2 il-l-

C~"Ptow. to
WORAngineering - Hodulue-of gioplacement
OWd 1/1 Pub. 22 12/41
Autbom I Rysina, N. S. , and Finkel'shteyn
g Effect.,of alloying admixtures on the temperature dependence*of the
iron displacement modulus
Perlodlea Dok.. ANSSSR 98/2, 215-217, Sep 11, 1954
Abstract Experimental study of the temperature effect of alloying admixtures,
on the hardness of alloyed metals is described.. The experiments were
conducted with iron alloys in.-a vacuum furnace with the help of a
torsional Ibalance and electronic temperature regulator. Three refqr-
ences (190-1954). Table; graph.
Institution Institute.of Metallurgy and of-Physics of Metals of the Central
Scientific Research Inttitute of Ferrous Metallurgy
Presented by Academician G. V. Kurdyumov, May 4, 1954

SOV/137-58-8-1753ZD
T ran slation from: Refe rat ivnyy zhurna I, Metallurgiya, 1958, Nr8, p 1891 USSR)
AUTHOR: Finkel'shteyn, AN.
TITLE: 03n~~~~ectrolytic Polishing of kletals (0
mekhanizme elektroliticheskoy polirovki metallov!
ABSTRACT: Bibliographic entry on the author's dissertation for the de-
gree of Candidate of Chemical Sciences, presented to the
Saratovsk. un-t tSaratov University), Saratov, 1958
ASSOCIATION: Saratovsk. un-t (Saratov Universityi, Saratov
1. Metals-Surfaces 2. Electro1lytic polishing
Card 1/1

5.3400 77889
SOV/79-30-2-4o/78
AUTHORS: Ponomaryev, A. A., -Fink. !-shteyn,_- A-...-V-.,, Kuz Imina, Z. M.
TITLE: Concerning the Study df Furan Compounds. X1. Hydration
of 1, -Unsaturated Ketones in the Presence of
Copper-Aluminum Alloys
PERIODICAL: Zhurnal obshchey .khimii, 1960, Vol 30, Nr 2,
PP 564-568 (USSR)
ABSTRACT: A copper-aluminum alloy was prepared containing 58-6o%
Cu and 42-40% Al. The activity of above alloys was
investigated in the hydrogenation of furfurylidene-
acetone, under pressure, at 20-150 0. At 30-400, a
saturated ketone, 1-( a -fUryl)butan-3-one (1) and
at 100-1200, 1-( CL -furyl)-butan-3-01 (2) were formed.
There are I figure; 1 table; and 15 references, 9 Soviet,
Card 1/6 1 French, 3 Belgian, 1 Polish, 1 German.

Concerning the Study of Furan Compounds. XI 77889
SOV/79-30-2-40/78
ASSOCIATION: Saratov State University (Saratovskiy gosudarstvennyy
universitet)
SUBMITTED: January 22, 1959
Card 2/6

"Concerning the Study of Puran Compounds. XI 77889
SOV/79-30-2-4o/78 I
Fig. 1. Yields of 1 and 2
depending on the temperature.
Card 3,/6
.1,

Concerning the Study of Furan 77889 SOV/79-30-2-40/78
Compounds. XI
Table 1.
A)",

n
--(;I I=(; I ICOC I I., SO -(01102COG113 -8 214 IA I 10 lx)xil)
(==(A I -c I I =c lWoc,11, lio SO 190-91 f2) i.47m;

' (c. I 12)p I I "C' I I (A * I I 7-SO 1119- 110 19" 1.46-11.1 11. 2 1
I -- C I I =- c I I 4 J I c I I (. I
l 11:1). fol 112), c ( Ic I II I ((: I 1 60 wl-I I 'I i 21
l I.-116SO
90 70 -- s~ I 157.5-Eiiiial

I I ~~c I Wilt] 11, I-)o 1 1 12)A;()(; 11:1 !4)

50 75
Card V6 (Caption to Table I on Card 5/6)

Concerning the SLudy of Furan Cornpound,,;. XT '(7889
Ca rd 5/6 SO'V/79-30-2-40/78
Table 1. (b) Hydrogenation of unsaturated ketones;
(c) conditions of hydrogenation; (d) physical properties
of obtained saturated ketones; (e) R; (f) pressure of
hydrogen (in atm); (g) R'; (h) yield in %; (i) bp/mm pr;
(1c) nip.
Preparation and Some Properties of Two New Compounds
'Nr Starting Obtained bp/mm pr n D20 d420 Yield
materials product in %
I Furylacrolein + 1-( GL-f'uryl)- 132-13d/2 1.6292 1.0200
+ methyl isobutyl -octa-l 3-dien-
ketone + 65% alco- -5-one ~I)
hol + 33% NaOH (Cont-d on Card 6/6)

Concerning the Study of' Furan Coinpound.-,. XI
'17889
SO'V/79-30-2-4o/*78
Preparation and Some Properties of Two New Compounds
Nr Starting' Obtained bp/mm pr nD20 dIt 20 Yield
material product in %
2 1 + anhydrOUS 1-( GL-f`urYl)-7- 101-103/2 1.468o 0.9570 6o
alcohol + CuAl -methyloctan-5-
catalyst + H 2 -one
(at 100 atm)
Card 6/6

3/081/61/000/DO3/003/019
A166IA129
AUMIbRf Fortunatov, A. V., Finkellshteyn, A. V.
TMEf The mechanism of the eleatropolishing of metals
PERIODICAL: Refefttivfiyy zhurnal. Xhimiya, no. 3, 1961, 88, abstract 3B670.
(Uch. zap. Saratovsk, un-ta, 1959,,no. 71, 19 - 25)
TEXT3 The anode process in the eleetropolishing of Cu. in H 3P04 (6.1 - 15.4m)
polutions was'examined by.studying the change-in anode potential.At various current
densities (I). The hypothesis Is advanced that the smoothing process is condi-
tioded--not--by local pickling of the rough surface's protruding portions, but by
the specific chemism-of the electrode process consisting not in direct transition
of the miffills ions into the solution (as occurs in electrochemical ptkll%). but
in the formktion of the intermediate compound CuO which dissolves In the electtro--
lyte;-.,'The preeminent oxidation of the protrusions is due to the increased supply
of surface.energy in them, since they consist either of uncompleted or destroyed.-~-
elements of the crystal lattice. The relation of the anode potential and I is
described-by Taffel's (Tafell) equation.
[Abstracter's note: Complete translation] Summary by Z. Solov~yeva
Card 1/1

KLYAYEV, V.I.: STAS,MENKO, F.A.; FINKELISHTEYN, A.V.
Polarographic determination of acetaldehyde in the presence of
acrylonitrile. Zhur.anal.khim. 18 no.8.-999-1002 Ag 163.
(MIRA 16:12)
1. Saratov Pedagogical Institute,
M 5 Ll F 1200 EINN

~"-'GPEBNAYAp V.I,.; J,jJKIyg,,;-YjiTK,
-,-l-,
M
S -" ~. .... Of Same S-abst:~tutaj -,~-~Miiloaz-benzenes anj~ flamcett's
c,Onz-!~art,T. Zb,x-e-.f!.z.U!m, 33 nooS~2CO2 Ag
-. Sbl-skill . in (MIRA
sky ` st!W~.

FINTULISHTEYN A V . WKIYANCHUK, S.V.; NAUKINA M.A.; KU71MINA, ".14.
-- . 2 - 4~
Solvatochrcmism of some substituted nitroben2enes and Ha=ettls
constants. Zhur, fiz. khim. 36 no.12t~964-2965 D 164.
(KIRA 16-.2)
1. Sibirskiy tekhnologicheskiy institut.

'I.- - I
FILIPCHUK7 YU.S'.; FF11) R.71.; FllliELISHTEYN,
Identification of the absorption frequencies of C-H hcnd--l in the
infrared spectra of lignin. Zhur.fizAhim. 39 no.7:1768-1770 Jl
165. (MTRA 18:8)
1. SibLrrkiy tekhnologicheskly institut.

--- - - -- --- - - -- ---- - - ---- -- - - - --- ----
MOROZOV, V.A.j FIINKBL'SH=ANj AeV*
Reactivity of secondar7 cellulose hydroxyla in esterification
in an acid medium. Zhur.fiz.khim. 39 no.11.,2821-2823
N 165.
(MIRA 18s3.2)
1, Sibirskiy tekhnologicheskiy institut.

FINKEL I SUEZ, A.V. j KUZIMINA, Z.M.
Effect of the structure of sme derivatives of nitrobenzene
on the catalytic reduction of the nitro group. Dokl. AN
SSSR 158 nooltl76-178 S-0 164 (MIRA 17:8)
1. Sibirskiy tekhnologicheskiy institut, Krasnoyarsk.
1'redstavleno skademikom A.A. Balandinym.

FTNrIC IS=.YN,,-B-,; GARASH, B.
-NWAWNWW~
Our experience in organizing and operating a mobile radio shop.
Radio no.1:18-19 Ja 156. (MIRA 9:4)
1.1achallnik radiomasterskoy Noldavskoy IRTS (for Finkel'shteyn)
2.9achallnik IRIS Noldavskey SSR (for Garash)
(Radio-Repairing)

,, M.; KALMKARYAN., K.; FIMMISHTEYII B.- VARDANYAN, I.;
MAN=AfI tt~~~ .0
MAIMUSYANp S.
Production of glass fibers based on complex silicate rocks.
Prom. Arm. 6 no.3-1:54-57 N 163. (MIRA 17:3.)
1. Armyanskiy nauchno-issladovatellskiy institut khimii
Gosmetanurgkomitata pri GooplaAe SSSR. (AXIIKhIK).

POLONSKIY, D.Ye., inzh.; FINKINSHTEYN,_B.A., inzh., red"
[A story in two days; practices in the assembling of large-
panel apartment houses by Construction Administration no.7
of Trust no.89 in the city of Sverdlovsk] Etazh v dvoe sutok;
opyt montazha krupnopanellnykh zhilykh domov stroitellnym
upravleniem no.7 tresta no.89 v gor. Sverdlovske. Moskva,
Stroiizdat, 1964. 24 p. (MIRA 18:4)
1. Moscow. Nauchno-iseledovatellskiy institut organizataiip
mekhanizatsii i tekhnicheskoy pomoshchi. stroi'~Ilstvu. -
2. Glavnyy inzhener Stroitellnogo upravleniya no.7 tresta no.89
v gorode Sverdlovske (for Polonskly).

. inzh., nauchn. red.; KODABASHEVA, R.S..
FINKTYSHTEYN, B~,~. . inzh. p
na;7cG,- red.; PERFILOV, I.F., lnzh., nauchn. red.
(Concrete and reinforced concrete work; reports of ef-
ficiency experts' suggestions] Betonnye i zhelezobetonnye
raboty. Moskvao Stroiizdats 1964. 75 P. (MIRA 18:12)
1. Moscow. Nauchno-isaledovateltakiy institut organizatsii,
mekhanizatsii i tekhnicheskoy pomoshchi stroitellstvu.
TSentrallnoye byuro tekhnicheskoy informatsil.

MANVELYANp M G KAIAMKARYAN, K.G., inzh.; MALKHASYAN, S.G., inzh.;
VA;~~hN, I.A., inzh ILNKE HTEIN, B.I., inzh.
obtaining alkaline glass fiber on a tuff and pumice sand base.
Stek. i ker. 20 no.9tl8-20 S 163. (MIRA 17:6)
1. Nauchno-isaledovatellskiy institut khiaii soveta narodnogo
khozyaystya Arn7anskoy SSR. 2. Chlen-korrespondent Arnyanskoy
SSR tfor Manvelyan)e

MANVELYAN, M.G.; KALAMKARYAN, K.G.; VARDANYAN, I.A.; FI~IKEL'SHTFYN
B. 1. 2
Preparing alkaii-free glass fiber at the base of local raw
materials in Armenia. Stek. i ker. 21 no.9:39-41 S 164.
(MIRA 18:4)
l.Nauchno-issledovatellskiy institut khimii ArmSSR.

MANVELYAN, M.r,,i KALAWARYAN; K.G.; VARDANYAN, I.A.; FINKEVSHTFYN,
B.I.
Preparing alkali-free glass fiber at the base of local raw
materials in Armenia. Stek. i ker. 21 no.9:39-41 S 164.
(MIRA 18:4)
Nauchno-issledovatellskiy institut khimii ArrqSR

--,-2~ M
%RlriZI!MWAll~ft4T-9"l-n Awl 3t%l
Ten=
Boris Niko]Ayevloh IMCFAM
1963- .19631
tau
f p--mg - V 4~i
VP -u~, z,~! l'i-
ag
0084 OR

YEFRWIOV, I.S., doktor tekhn. naak; REKITAR, R.A.,, inzh.;
ROZENIERG, S.V.p kand. ekon. niuk; BLATNOV, M.D., kand.
tekhn. nauk; VILIKONETSKIY, M.S., in*.;T%IILIN, A.Iop inzhe;
POPELYASHO V.N.j inzh.; ZAMNOV, N.A., kand, tekbn, nauk;
FIN
C-jp!!LE~~~ h.,- MARINOV,I.A.,, inzh.; ISTRATOVO V.P.2
inzh.; MJkRGOLINj I.S., inzh.; ENGELIS, G.G.,. inzh.; ANTONOV,
V.A... insh.; SOKOLOV, V.D.,, inzh.; KLESHCHINSKIY, B.K.., inzh.;
ILIINSKIY, A.I., retsenzent; PAPKOV, N.G.9 retsenzent; WIIRNOV,
G.M., retsenzent.; SHPOIZANSKIY, MoN.,, otv. red, toma; VOLOCHNEV,
V.N., red.; TROF124OV, A.N.,, red.; RACHEVSKAYA, M.I., red. izd-va;
LEIZUKIIIN, A.A., tekhn. red.
(Technical manual on city electric transportation in three
volumes) Tekhnicheskii spravochnik po gorodskomu elektro-
transportu v trekh tomakh. Redkollegiia: V.N.Volochnev., A.N.
Trofimov; M.NoShpolianskii. Moskva., Izd-vo M-va kommin. khoz.
RSFSR. Vol.lo [City electric transportation (general part))
Gorodskoi elektrichefkii transpOrt (obahchaia chast'). Otv"
red, toma MoN.Sbpolianskii. 1961. 726 po (MIRA 15:4)
(Streetcars) (Trolley buses)

F ISMMN, B.S., insh.; WERUSIN, L.A... inzh.
r-- ~
Start network of a remote control and audio signaling a tem.
rest.elektroprom. 33 no.12:65-67 D 162. rx 15tl2)
(Electric relays) (Automatic control)

FINKELISHTEYN, B. S#, inzhe
Automating mercury,-are rectifier aggregates with soldered recti-
fierB at traction oubstationb in urban electric transportation6
Nov. tekh,zhile-kom,khoz,:Goredors-most.khoz. J transp. no. 2:
78-92 163, (MIRA 17:5)

FINKETISFITEYII, B.S., inzh.; DOBRUSTN, L.A., Inzh.
Automatic repeated switching of line switches at traction sub-
stations. Nov.tekh.zhiI.-kom.khoz.z Gor.dor.-most.khoz.i transp,
no.3:96-103 163. (MIRA 17:10)

P F~el!iteln, B. V. 'On the limiting distributio-s of the -2-
extreme terms of a variational series of a two-31-mensiolial
random quantity.. Doklad~ Akad. Natlk- SSSR (N.S.) 0
91, 209-211 (1953). .(Russian) - ':' 0
Let - (xi. yj)j - - T, (i., y.) be independent 2-vertors xvith -
a common distribuion.'Let tl(n),~t2W-5~ and
771(" =5172"" 9 ... ;9,7.(") b;,re-orderings; of the x,and y re.sp.
MIthenatical Reviews . Several theorems'ar,~ stated without proof about tile limit
~V 1954 distribution of the m .i.nimal pair QI(n), 7t(")), ending with
Temarks on same for more general, They are
long,and must await details. K. L. Chuni

A,nke' 'tefn. R V Lvititmg diorihution of the ter"-,, 1~f -,I
.Ationa!
The auti-mr appirently baszn~ lwi %%urk un tkt: ~t-~;c, rJ
if ri, r,, are random ~ariablvs Torminf! a
Y tr~-, % then xj.
NNW=
71
20 MA NO 0.11
"E'

POMISHTSYN, B.V.
Limit distribution of terms of variation series values associated
with a Karlrov chain. Test. Len.un. 10 no-11, 50 N 155. (KMA 9:3)
(Prdba~iltties)

Kf~, L T cy-V) IS-, U

FINKKLISHTEYN, B. V.
laktaii Po Lineynomu Programirovaniyu. Moak-vat 1960-
ve (Mauchnaya Informataiya Po Ekonomike i Statistike., vyp. 5)
At head of title., Akademiya Nauk SSSR. Sibirskoys Otdeleniye.
Laboratoriya Pa Primeneniyu StatisticheskUch i Matematicheskikh Metodov
v Ekonomike.
Contents: v1. Vvedemous v Linsynuyu Algebru;

YINMISHTEW B V ; NIMCHINCY, V.S., akademik. otv.red.; MINTS, L.Te..
N,I., tekhn.red.
[Lectures pertaining to linear progra=ning] Lektail po lineinoza
programmirovanilu. Koskva, Aked.nauk SSSR. Sibirskoe otd-nie.
(Nauchnsia informateiia po ekonomike i statiatike, no.5). Pt.l.
(Introduction to linear algebra] Vvedenie v linein-diu algebra.
1960. 123 p. (KIRA 13:8)
(Algebra, Linear)

B ZIN, N.V., in2hener-, FINKELISHTSIN. B.Ya., inzhener; A3RAMOVICH, I.I.,
prof etsor, lauri*R"i~M ~ns "prelffs' reteenzent; STOLTAROT., LT. s
inxhouer, redaktor; SOKOLOVA, T.Y., tekhnicheskiy redaktor
[Hoisting and conveying machinery; construction and tachnolc,47 of
Production] PodOesno-transportnye mashiny-, konstruktoila i tekhno-
log*ta proizvodetva. Moolma, Goo. nauchno-tekhn. izd-vo mashina-
strlolt- lit-17v 1951, 460 p. (MLRA 9tlO)
(Hoisting maohtnez7) (Gonveying machiner7)

nt BURKISTROV, P.I., kandidat takhnichs-
TARIdgma
Y.N.,'Inzhoner, retsenzent;
;:SSATSIM. M.S., inshener, redaktor (deceased]; TIIHONOT, A.Tas,
tekhnichookly redaktor
(Technology of hoisting and transporting imachins building] Tekhno-
logiia podlemno-tFansportnogo mashinastroanila. Koo)CToq Goo@ nauchno-
tekhn. isd-vo mehinostroit. lit-ry. 1956- 379 P- (MLRA 10:2)
(Hoisting mchinery) (Machinery industry)

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alkau nartab. I the of a Large exetmst of Cr (a Goo
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go ist stan
e
or
tro.
o
est ga
n.
or I
is do". Conta
ns
N%CL)#. 'rim inas. COW Intensity loobtalard by lossiting
for 10 m1n. at 741-145", The pH at wbkb the color in.
0-10
ttiWt
ismaiii
is 7
2
celar l
ver
b1
nd
Tb
st
.
.
.
.
a
e
a
e a
Y
y

0411 4vosomeal in "I. Wfolists, solitaire, thlook*6 joiff.
1
lot" not thloryanalter "I the alkali" asat N1,14 4
41 not
M4
H
l
t P
At
O
C
I
C
N
l
n&
m ti
is
9.
a
u
n
l atu
to
f
s.
,
uIL
unwe
ientai
v
b
t"
o
m
.
x
o
a
es

' visto the NaoC(h Content is low. they lower the KIII helow
0 Ilse $Mmimftlvlw Until. AM Ilse colossal king of I is Afroup
go Itivist tw alsoral; the cattionatra cd ohs" $"*late Itints tut.
loiday. Amons the inivirtering subdarom we also More
which rallse ibe pit irrymad The upper limit. CIloO. per.
00 A -utface. wad f1^ detomy tire color. Stsfildes. xanthattes.
o.1 to a fewer extent sulfites odor Alto blank. To catry
:-Ut the detn make the pit at a vaimple 8-11, add 1-2
ZZ
Irops 04 a IINI
, soho. -if Pb(OAc), at If lite PuMe &nil out-
11
t)A
I4
1l
hi
l
f
h 4 d
I
)
100 nip rurilval
V
"r
v
er.
l. is P
ry
j(
,.
1
a
V-4-1111
d1k
u"t its
PO-oll
.16to
flask
l
analvir
rh
.

*4" .
.
.
o
a
a
i
.
4
4 which cairrim a WWII[. sifinipinif lutiftel fill"I
as III
wan
of 11
to tan
=.; aric sci4;
11(h or a 3% Sol"
.
.
.
,
keep the stem of the funnel full below the At k, Run
Wont. of $he aciol into the 11"k. bring toall IwithJU2,3
I I A
i its
IION, ilvs.lv.
U Wa &V -3 At
v 0 u w Allies
mill.. 1.4- [it.. dWill"Ir 1111-tels A colltvi
itfo if ~Ihiritnrfrr ttilw ""log. I fill. CA 0.5.v N.,C4.16 -6,
K-11 I fir Aff.tplrf nrAr thV "ttlot tit
Ifir tjjI- C44Wt A low itil tit litlicist. rrmove the tulw.
fill.111K Or IT tif Owt.1
add j fill - 11.1 W2 4 1- 1 1 J."t w "..W -tla . A-1.1
11,J) fit #jIL4k1_ 1111411 .Ill%, MPI 111141 '"14 "1'# 1~411 I"t I"
olifl. At ^Pt W. 0-11, 0-111111 Or ""1. 9-1 1110 1"111%. 1-1-1
jet.thetid,it.
'ryankle tit Cit.Zll ptill. M. 11-h
Is 0
0
oil 0
-00
.00
-40
41
Lis 0
re 0
40 0
I
-ee
to 0
11141tOOtAl 111184TURF LAWFIC too
I.W.j .4, .8". .1 "4 tit
art- I- S a -W 0 --a- ioi ---
It a 09 -t a or to Ila At it 3 6 1
of 0 off 41041101111 0 0 9 111111-im, -0

so
I if I I it is tj )p X is It 1) it J# 14 1.,a 1. -1 a it #1 0 a 1~410
-I ~ ILI j9 A
4, N Is 1 1.1. -k.j 1-1-A 00 Q up I A I I YJ I it a a- I- L-,Abo
,is 141 V41.04C,4111 -4
air.
41 tab " 14' 1,9181MOV"?.-Ma Oukle val"I"
Mt cesslilly iiawAlved hy 4 vok. 4 X I loSA)v I v,,I- 3"; 110 Is
MiAt. by 2 AbwxVtimi tfibt* In wries which hAve 1w, it
filltil with abourbeat Cuttim alatitened by the mlowye Inixt.
Aorimetrv -mith Kit'. WhKII is -00
Ile citta. is wimade by cc
1011.1actuty un&t OA tno . Idn Per Its nit., it the -.1m.
so S-Outains suit Ito tun 11.2 nil, cuwd. IItSU. Iwi 141 int. and
Ihis mills. I% Iiiiated 10 inin. of innev In ligl% I(%'(N k ,
iial nrovi-eavY. 11,11h usust Ise temmed I-Y livalins w
lunive with II.S04. as*
04
ALM ms. Mis Sinv the
so %vic, w1wow beat range is 0.01 --so
muts. of fe pri-Smit am Rulnute. thil eltinvalt 11tvs "%)I
go a intcw(ert; the tauce is true of Cc and N*i. C1. Al. K. coo
00 coo
040 see
.20 zi
Iff
coo
-00
so*
is
116-
ofi Joe
-00
too
.&0 am* off WO
0., its
fv It it v r4
K 40 v a A 4 3
0 0 s 0 e
6

-
7

liw'Btudy of smoks protluced to

slid
V, N. ~ gink;l' ~t
wig
pil"i.5, M/1
'
uic
n
l
l Ur
l
I
"
g
ng(
e
y al
1w,
I
i
'
R
A W, Nawk.V.S.S.,N, Sborm A 19
Nll~ 11. M4t.-
711t Ob3MMIUM th4f Ali) Mldt: fumes nre more toxic thnn
Ote meds dust lead to'06 st-dy. Mt& strels and ulloys
"
wi-re heaie~ to lan-low- in
a small high-4requency fur-
O'ce nod the futnes were efAlected by placing a water-
r-,I~t Cu tube close to the surface p( the molten metal
ditectly after skimming. *The fumes deposited on the tube
contained Mn 54-11% and Fe 12.2-12.7%,-and were a high-
tenip~ aerosol fortned by condensation just above the bath
wht!re the vapor prcssure of Mn and Fe Is high but the
Ot conen. is low. The quadrivulent, bin forming NIUS04
has a higher oxidizing wer tImn the same coinpil. inade
fl
v
tit the solid pha-e. Co
e
ted. fumes preeptibly hy,..
--ovilic. _J D t
T

stuc intb 04 out*
,,.*ad It Vu A. lictle-
ef(IJOYS
voko.kals (V' V' ~~91)712 1;9)).-Tlhwt tr
lAb 16 d 1,Y f'c'ly
StAndA
Ft(C.%)j dot$ 1101 pr?c!t Must bt Fi It
.*. . b ..... all condittwil vi I It)
,,.t.ncy .1 by
d '01, "OtAmtl 1.1
I
tt. CA the t -
vafi.bk- tltcf I,, of varybill 61
m kn-n SlIny d wbrn the PPt-
obtAbw TcvnP- C4
'Adt' "It plated. ts,
fbipidly "'al bor"Ce (j cu I N1
ji.st 11-75 K). a I..) givf I
C,J. And Pit at-t

FIASLISHMN, D.N.; YZLINXVIGH, A.F. DYNGMMO, V. N.
Chsuic&l composition of smoke in dispersion phase found in man inese
steel foundries, Gig. sanit.. Hookm no. 1:25. Jan 1953- (CIML 24:2)
10 Of Sverdlo4rok Oblast Institute of Labor Hygiene and Occupati,3nal
Diseases*

Fn=t SHTEYN D. N.
USOk,hemistry'- Colorimetric analysis
Card t
Authors I Finkellahteyn, Do Nvs and Dryuchkovaj G, Ne
Title Photocolorimetric dot .ormination of antimony in ores by the iodidethiourea
method
Periodical Zhur. Anal. KUM., 9, FA. 3v 150 - 154, May-June 1954
Abstract I The use of thiourea as reducing and complex formation agent in colori-
metriedetermination of antimony In ores is discussed. This method
makes it possible to determine antimony in the presence of other elements
(Cuj Fe, Sn, As, Hg, etc.). The effect of reagent concentrations,
impurities and other factors on the optical density of the solutionag
as well as the optimum cordition for colorimetering of antimony, were
determined. A method for.rapid and mass determination of antimony in
various ores is also described. Six references; 4-USSR since 1891 and
2-Perman. Table;.graphs.
Institution Central laboratory of the Tral Geological Institute
Submitted Nov. 16, 1953

ki
Use R
~C=hl
em
167-71(19r,
ov-A. j.,jonj. Chet',.
~EIWI-tlloi,Elatioti).-S-c C.A 43 Mi. 11. L. It.

-Aot I. uum& 1&,It# - COUR method of
A" minerals.
a VO
"We P Td T I , VskWa
Ufal Lical. DOW- U SE 'C
1935. IV (j).-I80-193-With
ores containing small amounts (0-02 to 0-46 Ivr
cent.) of AWO, n L-Ataly3t contninin; 0-5 per cent. uf
CoWt.711,0 and,2,per cent. Of (:US04-51130 C"n
ly replace AgNO, in the prrsulphate-
emethod of determining Un. The sample,
=
to 1-0 g) Is heated with 16 ml of Aqua regis,
and then )rated to funm with 10 ml of dil.
"Psod P OVT The ides of the venal are washed
+ I - I
do" Mth water and the contents am again
%apgated to'fumes. The Nuid is cooled and
1 0 120 rol d water and 20 mi of mixed add
(750 ml.of watei. 123 ml of cone. HISO, and J25 m1i
of H,1?0,~ sp. gr. 1-7) arp added. rho solo. is
heated toldissolve thesalts And Wed with 10ml of
catalyst 4olp, and 20 ml of 26 par icant, ammonium
pursulphate solo. After decomp. of the excess of
tha, soln. Is cooled and Mrated with
persulphate.
srwnlte~ With ores containing large amounts of
Mo. a small amount of AgNOi is essentUt in the
Catalyst SOUL - 'Me mangamese "a' (0-1 to 0-2 g) is
then heated with 20 ral of phosphoric add (sp. gr.
1-7) at 300, to MW C. "td dark rttictes diuppeat.
The Wutfo4 to mixed with "0 (k 300rul of watfr,
20 U11 Of the C.01141t - COPPOi CAtAl t bolm aud I Int
of 0,11 pot crat. A4240, solo., &MN Ml kit 23
cent. strumnium persulphate ooln. are adtW Mowly
to the hot solo. :The solo. hi boiled for 4 or a min.,
kept hot (or 10 to 12 min. to deittoy the excess of
rulphate, thim cooled and titrated with 0-3.41
eg
errous ammonium sulphate containing 180 ml of
cone H SO per fitre, with 5 drops of 0-1 nt.
dlph~PyMiqnftulphonlc ocid soln. as nriccattul
towardstheendaftbatitration.
gn
W5,
j,
SIN
RV
,a, MM INQ ME
-1 RVE
"WW
HV

drul hy'l-,
Wll:- t .11-a
'ff--

S 7
USSR/Analytical Chemistry - Analysis of 1vor'ganic Substances, G-2
Abst Journal: Referat Zhur - Khimiya, No 1, 1957) 1241
Author: Finkeletayn, D. N.
Institution 31"r=e
Title: On the Photocolorimetric Detvrmination of Cobalt with Nitroso-F-Salt
Original
Periodical: Zavod. laboratoriya, 1956, vol 22, No 6, 648-650
Abstractt The method for the photocolorimetric determination of Co with nitroso-
P-salt (D. P. Shcherbod, Zavod..Iaboratoriya, 1949, Vol 15, 1399; S. Yu.
Faynberg, Analiz rud tovetnykh metallov CAnalysis of Nonferrous MetalsT)
Metallurgizdat, 1953, 346) has beeh moWled as follov4s (1) the stand-
ard Co solution is prepared by dOsolvin$ the salt in 0.01-0.05 N HC1
or %SO4 (the pH of the solution is leis than 2)j (2) in the determina-
tion of 0.002-0.006 mg Co in 50 mi splution' vith the type FEK-M appara-
tus, 50 = cells are usedj f9r 0.02-0.1 zig Co, 20 ml cells axe usedi
and for 0.06-0-25 09 Co, 10 Rm cells aa~e' used; (3) in the presence of
-10% Cu. and 7-10% Wi, a double a*ount of pitroso-P-salt is used (10 ml
-Card 1/2

USSR/Analytical Chemistry - Analysis of Inorganic Substances., G-2
Abst Journal: Referat Zhur - Xhimiya, No 1, 1957, 1241
Abstract: of 0.2% solution); (4) during the separation of Cu and Ni (D. P.
Malyuga, Zh. analit. khimii, 1947, Vol 2, 323) boiling with CH3COQNa
is continued 45 minutes; (5) when more than 10% Cu is present, a
large part of it is separated by cementation on Fe; (6) when large
amounts of Ni are present, a smaller aliquot portion of solution is
used ~