SCIENTIFIC ABSTRACT IGNATENKO, B.D. - IGNATENKO, O.KH.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000518330002-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: July 27, 2000
• Sequence Number: 2
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

LISITSYN, Yu.V., kand.tekhn.nauk; irmiVao, B.D.
M-1- -
Manufacturing agloporites from waste products of coal enrichment.
Sbor. trud. NIT po stroi. ASiA [rcost.j nn.6:3-21 062. (MIRA 17:9)

PHASE I BOOK EXPLOITATION 66o
Ignatenko* Dmitriy arigor'Zevich; Starosellskiy., Anatoliy
' IZzarevichj ano Ferchanilco VI-a-dimir Borisovich
Mashinist-operator postov upravleniya prokatnogo stana; uchebnoye
posobiye dlya proizvodstyenno-tekhnicheakogo obucheniya rabochikh
(The Operator of Rolling Mill Control Equipment; a Textbook for
the Technical Instruction of.Workera) Moscow, Metal lurgizdat,
1957. 246 p.*.4,200 copies printed.
Ed.: Bystrov, B.M.; Ed. of Publishing House: Golyatkinal A.G.;
Tech. Rd.: Karasev, A.K.
PURPOSE: This book is intended as a textbook for improving the
qualifications of operators of control equipment in rolling mills
and also as a texbook for technical schools.
COVERAGE* In this book general information on the properties of
steel in given.and the fundwiehtala of the theory of rolling are
discussed. The basic and auxiliary equipment of rolling mills *and
their operation, general information on electrical engineerin9l
Card 1/7
The operator of Rolling Mill Control Equipment (Cont.) 660
organization of worko production economics, and safety teChniques
are also covered. The works of A.I. Tselikov ly I.G. Kullbachnyyp
Yu. X. Chizhikovs M.L. Mirenskiy and N.A. Che ahev were widely
used in the preparation of the book* There are 10 referencess
all Soviet.
TABLE OF CONTENTS:
Foreword
5
Introduction 7
Ch. I. Properties of Steel and Heating of Ingots Before 9
Rolling
1. classification of steel 9
2. Ingot structure 12
3. Ingot heating before rolling 15
Ch. II., pmdamntals of the Theory of Rolling 20
1. Fundamentals of the plastic deformation of metals .20
2. Nature of the rolling Process 26
Card'2/7

85(':, nr 08
S/133/60/000/0()9/005/035
054/029
The Technology for Producing Carbon-Free Ferrochrome of High Nitrogen Content by
the Aluminothermic Process
tent of 20-65 % of the weight of chromium concentrate and grinding and sieving
the materials oontained in the charge to a size of 0.8 mm. The necessary ape-
aific heat of the process (S H - 670 cal/kg of the charge) was maintained by con-
trolling the slog content. Maximum nitrogen content could be obtained by adding
40-45 % saltpeter based on the chrome concentrate. In order to determine the
optimum granular size for obtaining a maximum nitrogen content In the alloy,
tests were made with a constant 45 %-saltpeter content and by changing the granu-
lar size of the charge materials to a mx1mum of 2 mm, which, however, resulted
in G decrease in the nitrogen content by 0.3 % on an average while the metal yield
decreased by more-than 20 %. The amount of deoxidizing agents affects the metal
yield and the melting process. Testa carried out with 45 % saltpeter in the
charge for the purpose of determining the optimum quantity of deoxidizing Agent'l
revealed that the maximum nitrogen content in the alloy is obtainable by apply-
ing deoxidizers in the amowt of up to 97 % of the theoretical quantity of deoxi-
dizers required for the process. In order to e3tablish the optiarwm heat condi-
tions tests were carried out with 670-750 oa,Ag of the charge and it was found
Card 2/3

s/148/62/000/002/003/008
E193/E383
AUTHORS: Ignatlyev, V.S., ;=atenkn, G.F., Suchillnikov, S.I.
.and Pliner, Yu.L.
TITLE: MateriaAl and heat-balance of smelting metallic chromium
in an electric-arc furnace
PERIODICAL: Izvestiya vysshikh uchobnykh zavedeniy, Chernaya
metallurgiya, no. 2, 1962, 65 - 72
TEXT: A n.,w method of chromium smelting, cheaper than the
conventional process, had been proposed by the present authors
and the object of the investigation described in the present
paper was to check the efficiency of this process by compiling
its material and heat-balances. The salient feature of the new
process is the elimination from the charge of that portion6f
sodium nitrate which is normally used to provide heat required
to ensure correct running of the smelting process and separation
of the slag from the metal. In the new method a portion of
oxides and fluxes constituting the total weight of the charge
is fused in a three-phase electric-are furnace and serves as a
physical source of heat required in the reducing stage of the
Card 1/8

5/148/62/000/002/003/008
Material and heat-balance ... E193/E383
process. The smelting experiments were carried out in a
750 kVA furnace equipped with a magnetite-lined cast-iron
melting shaft, provision having been made for insertion of
several thermocouples. The temperature of the charge was
measured from the moment of ignition of the combustible mixture
added to the charge to form a liquid phase. When this had been
formed, the furnace electrodes were lowered, current was switched
on and the chromium oxide/lime mixture was smelted. The
electrodes were then withdrawn and the reducing portion of the
charge (chromium oxide and aluminium in the quantity required
to reduce both the solid and fused oxides) was introduced into
the melt. The composition of the charge, divided into igniting,
ore-bearing and reducing portions (denoted by A,5 and B,
respectively) is given below.(kg):
Card 2/8
7
S/148/62/Ooo/002/003/008
Material and heat-balance EJ93/E383
chromium oxide (98.23% Cr 0
Technical 3
Aluminium grain (97% Al)
Lime (85% CaO)
Saltpetre (98% NaNO 3
A B Total
200 500 1620 2320
842
76 - 766
- 200 - 200
16 - - 16
Total ... 292 700 2536 3378 -
The various elements content (in kg) of the charge was:
IL04
Chromium 2320X0.9823X - = 1558.8;
152
Aluminium 842)(0-97 - 816-7;
56
Iron 2320)(0.0015- - + 842X0-0036=
72 5.73;
Silicon 2320X0.005 28 = 5.42
Card 3/8 70'

s/148/62/000/002/003/008
Material and heat-balance .... E193/E383
The 767.8 1cS Al used up in the process was made up as follows:
763-3 kg for reducing the chromium oxide, 3.48 kS and 0.92 kg
for the reduction of silicon and iron, respectively, and
3.5 kS included in the metal produced. The process yielded
1 456 kg of crude chromiuml(Cr 99.o6%, Si 0.24%, Al o.24%,
Fe 0.4110', c o.olq%, s o.ol6%, P 0-007%G), equivalent to 91.6%
recovery, the degree of utilization of Al b9ing 94.46%.
Regarding the heat-balance, the total duration of the process
was 1 hour 44 min, of which 1 hour 27 min constituted the
smelting stage (with the current switched 6n) and the remainder
represented the duration of the reducing stage. The temperature
of the melt was 1 870 CC, the temperature of the process being
2 100 C. The integrat.'e d heat-balance calculated for these
conditions was as followst
Card 4/8

Material and heat-balance
Heat supplied
By exothermic reducing reactions
By electrical energy
Heat consumed
Heat content of the metal
Heat content of the slag
Heat losses
Unaccounted-for losses
Card 5/8
S/148/62/000/002/003/008
Material and heat-balance .... F-193/E383
The heat-balance for the smelting stage was as follows:
Heat supplied by kcal %
Decomposition of aaltpetre by aluminium 5z496 5-35
Exothermic reaction of aluminium
reduction of chromium oxide 155981 15.88
Electric arcs '773245 78-76
Card 6/8
S/148/62/000/002/003/008
E193/E383
kcal %
1861887 70.6
773245 29.4
Total 2635132 100.0
kcal
623750
1269620
7351,16
6346
23.64
48.21
27-91
0.24
Total 2635132 100.0
Total 981722 100.0

S/148/62/000/002/003/008
Material and heat-balance E193/E383
consumption of aluminium by 81 kg/t of the melt, as a result
of which the cost of producing crude chromium was reduced by
4%. It is pointed out in this connection that the furnace
used in the new process should be equipped with a roof to
minidse heat losses. There is I figure.
ASSOCIATION: Urallskiy politekhnicheakiy institut
(Ural''Polytechnical Instituie)
SUBMITTED: June 23, 1961
Card 8/8

390M
S/148/62/000/005/003/009
E071/E135
AUTHORS: Suchillnikov, S.I., Ignatenko, G.F., Pliner, Yu.L.,
Ignatlyev, V.S., and-LWppD-,-3-.T-.
TITLE. The technology of aluminothermic smelting of metallic
chromium in an electric arc furnace
PERIODICAL: IzvestiyA vyashikh uchabnylch zavedeniy. Chernaya
metallurgiya, no,5, 1962, 78-85
TEXT: The following modified technology was investigated:
preliminary melting of a part or the chromium oxide charge with
addition of lime in an electric are furnace, lifting the
electrodes, adding the remaining part ofthe charge and finishing
the process in the usual way. A part of the fliermal energy is
supplied by the electric arc, thus reducing the consumption of
aluminium and eliminating the need for potassium nitrate (except
for a small amount used for the initial ignition). In addition,
the quality of the metal produced can be improved, since a part
of the carbon present in chromium oxide will become oxidized, so
that metal with a lower C and N content can be obtained. The
experiments were carried out in an open semi-industrial arc Y
Card 1/2

39066
The technology of aluminothermic... s/148/62/000/005/003/009
E071/E135
furnace (90 kva, 60 v) with the objective of determining the
Optimum proportion of chromium oxide which should be preliminarily
melted, the optimum addition of lime and particle size distribu-
tion of aluminium. Under experimental conditions the optimum
proportions of pro-melted chromium oxide and lime were,
respectively, 50 and 10% of the total weight of chrormIum ox1de;
the particle size distribution of aluminium has no substantial
influence on the metal yield. In the electroaluminothermal
process of smelting chromium the Al-consumption can be reduced
by 13~6 and the Cr-yield increased to 91.5% (as against 87% in
the usual smelting). There are 3 figures and 3 tables..
ASSOCIATIONi,Urallskiy politekhnichookiy institut
(Ural Polytechnical Institute)
SUBMITTED: February 21, 1961
Card 2/2
X
S/133/63/000/003/002/007
A054/A126
of. Technical
pliner, Yu.L-P Candidate
PaatenkO* G.p.# Enginseri Engineers
AWHORSt 1E S.I., Konev, A.70,- th Partial melting Of
Sillootherudo production of 018"1''o chrOme wi
TTMI a oxides in the charge
th
227
tall, noo 3# 1963,' 226 plant in Ferro-
pMUODICAL, S aVOV (Klyuohevsk tallio
w-carbon
10
At the XlyuchevskiY Z&vod fsrrOBP' prodU08 eing agents, 60 65%
TWI chnology has been eltabli'hd troin the redu of-
joys) a now te ce. Before feeding added, then the b"0
al electric furna as with lime crystals. The rO-
chrome in the ited in the fur=
of chrome oxides is Me .09 together With 'silicon -the
surf current. In the first Case N , ;
oxides is fed'in to the Qh&1rLg,e with or without of allicoohrOM9 containing t ' i
ction Process can take the formation oxides Yi6lded the f0llcw~*
d
u ty added MUst ensure .0n (,ryst&ls:'450
silic6n QuAnti carried out with 30 k9 chrome
consumption of Biji
The tests Xtrsetion% 84%; The Metal
least 50% 81- as chrona-6: ft. ,l,0on_utiji,&tion% 90%.
tag ~arwwter 1 2,600 WV
t,;,. power oonsuaTtion
k1V
Card 1/2

Ir --- -I.
3/133/63/000/003/0W007
Silicothermic production of metallic chrome .... A054/A126
chrome :obtained oonUins: 96.92 - 98.44% Cr, 0.36 - 1.18% si, o. 86 - 1. i6%
Fe, 0.029 - 0.050% C, 0.005 - 0.025% S. The beat results were obtained with-&
slag basicity of 2 and silicon crystals 0.7 - 1.0 mm In size., Although chrome-
extraction in the now process in 3ower than in the aluminothermia process (88
80) and curront consumption. is hisher, the new technology meaAs a a4ving becaun
It requires smaller ar*unts of reducing agents. A calculation of the caloric
roquIrements for the process In given. There are 2 figures.
Cerd 2/2

1

7r!il
ki VUr-":3 Lty I
W-1
vil
p-r r 7

wc-5--
!7~-
~. 1,

FLINLR, Yurly Llvovich; IWJZENU, _PeITadly Fedorovi'!~i U&M,
Stanislav Ivanovich
[Metallurgy of chromium] Metallurglia khrcm.. Moskva, Mital-
lurgiia, 1965. 182 p. (MIRA l8ie)

- . , - ; - ~ - - i . / ~-dri I ~ ) 1

- , ~ - ---- - izx-- - -
OR
3
. - - -- - -- - - . -~ I - -
~ii,E

. . . I .- -I I ~ I I - -- v.- I : ~ ~ --. II -.1 . I 1 11 : i.~ .~ ..". I . I -:
'' I ~ .. . 1 1. 1.-
L-L I . . I- -- --- -L -- Irm-MIC
9~n!
1 ., ., I- -.- 7
-I I I I
- -- - -

STISKIN, G.M.1 IONATNNXO. G.S,j IKOL, A.D.
Activities of efficiency promoters of tht Artem's Nishas-Dusprovsk
Paper Making IquIpm*zt Plant. Proisi.-tekh.inform.no.5:23-51 152.
(MLRA 10:3)
Nachine-shop practice)

IGUATLUKOP (".J.
Standardization
no.4:53-54 Ap
Starv-.'art.za!.---!ja
( kf"- 1~A

--SOPCIV, Grigoriy Khristoforovic n Gg-nrgi amofa"ia- Kmfawip
ham== - Y-A 14-
14.Ya.,, red.; IZBOLDTIIA, S.I.0 tokhn. red.
(Analysis of the economic activities of the state farm] Analiz
khoziaietvennoi doiatellnosti sovkhoza. Stalingrad, Stalingrad-
skoe knishnoe izd-vop 1960, 52 p, (MIRA 14:13.)
(State farms)

SMV. Grigoriy lhristuforovich; ~OWXMI q"r y Tinofeyevich';
]INDW, X.Ta.. rod.; IZEXLDIM, S.I., bkhn.red.
(Analysis of the economic operation of a state farm] Analls
khoxiaistyeanol dolatellaosti sovkhosas Stalingrad, Stalin-
gradskoe knisbuos Isd-voe 1960o 52 p.
(6tats farms--Accountins) NuA 1411)

,~qH9AjAQJL-I--
I
They mechanized the unloading of earcorn from railroad cars. Muk.-
elev. prom 29 no.3:24 Mr 163. (HiRA 16:9)
1, StaraUy insais Nikolayovskogo khleboproduktov.

i r - r, j , -- , - ~ - -111---
-~v7 T T
SUBJECT USSR / PHYSICS CARD I / 2 P1 - 1649
AUTHOR IVANOVApN.B.p IGNATINKOII.I.
TITLE The 7ission ofIrranlus Mucloi by Protons of High Energy.
PERIODICAL 19urn.okepsi toor#fie,31, faso,3, 416-423 (1956)
Issued: 12 / 1956
Thick-layered ph3to plates with an emulsion which is saturated with uranium
were irradiated in the synohrooyclotron of the Institute for Nuclear Problems
of the Academy of Science in the USSR by protons of 6601 450, 350 and 140 MeV.
This stopped order of energies was attained by slowing-down the 660 MOV protons
in paraffin and copper filters. The uranium was introduced into the photo-
emulsion by bathing in a 0 NAU02(02H 0 ) solution. "Relativistic" an well as
fine-grained emulsions with the sensitivity limit of 25-30 MOV (for protons)
were used. Tests were carried out with these two emulsions for all energies
of inciding protons ( (except 350 MeV), and for 350 MoV protons only with the
fine-grained emulsion P-9.
The analysis of light charged particles produced on this occasion.
The segregation of particles produced by the nuclear cascade process and the
estimation of the number of evaporation particles was carried out by the analy-
sis of the angular distribution and the energy distribution of the charged par-
tioles emitted on the occasion of fission. The average number of particles
created per act of fission with 9 < 25 MOV is shown in a table. With increasing
energy of the inciding particles the average number of charged particles per
fission increases. The charged particles found in relativistic emulsions have

iurn.okep.i toor-fisg3lt faso-31 416-423 (1956) CARD 2 / 2 PA - 1649
a marked directivity along the inciding proton. Such a directivity exists also
for particles with E /% 25 MeV- With increasing energy of the primary protons
the directivity of the particles (E < 25 M*V) becomes lose. These data prove
the existence of a nuclear oasoade process on the occasion of interaction be-
tween protons with energies of more than 140 MoV and uranium nuclei. The ex-
perimental and the computed average numbers of the knocked-out particles with
E > 20 MoV agree within the limits of experimental orro=s at E - 460 MeV of
inciding protons. At E - 660 MoV the experimental average value is somewhat
higher than that computed by the MONTE CARLO method, which is apparently due
to the production of mesons which was not taken into account in calculation.
The average excitation energy of the uranium nuclei which were fissioned as a
result of interaction with fast protons can be estimated on the basis of the
emission angles of the fragments. A diagram illustrates the distribution of
individual fragments over individual ranges. The excited nuclei may also lose
energy by the evaporation of nucleons (mainly neutrons).
IIISTITUTION: Radium Institute of the Academy of Science in the USSR.

,..,.IGNATXUO. 11-I..-Aleroy Sovetskogo Soma, agronom
Basic cultivation practices for Azov region Chernozene In the lubano
Zemledelle 8 no*12:52-55 D s6o. (MMA 13:11)
1. Uchebno-opytnoye khosMstwo Yeyokoy sel'skokhoz7ay3tvennoy
shkoly.
(luban-Chernovem soils)

KUDIUAVITSKU., Isaak Borisovich; IGNATEM , Illarion Mefodiyevichj
MXHOROVp Viktor Vaoillyovichl IRM no ZU,X,, roil.;
SWINOVICH, A*L, tekbnm red,
(The struggle of vorkere in Gomel' iGoverment for the re-
construction of the national ecopow in 1921-19251 Trudiashchie-
sia Gmellskoi gubernii v borlbe za vonstanovlonio narodnogo kho-
ziaistvap 1921-1925 gg. Pod red.-I.Ignatenko. Minsk# lzd--vo
Belgosuniversiteta im. V.I.Leninap 1961. 77 p. (MIU 15:1)
(Owell Goverment-Reconstruction)

LAZARKNKO, Te.N., karid.tekhn.nauk;.;QNATEWW#-,Z.-I~e, inzh.
Detection of methane in mines shwId be automatic. Bezop.truda
v prom. 5 no.6:1-2 Je l6le (VIRA 14s6)
1. Kharlkovokiy gorrq7 institute
(KU* gases--Safety meaaures)

LAZAIENKO) Ye.N., kand.tekhn-nauk; IC-ra--
,jKO, J.p., gornyy inzhener
Continuous automatic methane control in the roturn air flow of
a section. Ujoll Ukr- 5 no.12;22-21+ D 161. (MIRA 11+:12)
1. Kharikovokiy gornyy institut.
(Donato Basin--Mine gases)
. (Automatic control)

IAZLRE14KUO Ye.N.p kand.takhnonauk; MHLSkT-5TSBVyV.I.,q Inab.; -IGNATEW-S-L.F.-I inabe
Use of stationpry automatictmethane gau'g'O'B in mines of the LToy-valynt
Basin. Ugoile prom. no*600-74 N-D 162. (MIRA 16:25
1. Kharikovskiy gorWy ipstitut.
(Lvov-volyn I Basin-Mine gazes-EbasiLrement)

IOXATZUOt I.T.
-
Tkw Botanical Institute of the Aaadwq of Soierwes of the U,,S,SoBo
is 250 yvars old. Foobvoyedenis no,903-95 8 165o ~ (MIRL 18110)

IGVATENKO, I.V., Cand Agr Sci -- (diss) ,"Soils of the first
-117~~,-e ~ 1. 11,
department of the Ie4"tnt*cml exp(~rirrrentil , \-- M of
the Leningrad AgrAcultural Institute arid their fertility."
Lenj 1958, 23 pp (Vin of Agr USSR. Len Agr Ins't) 100 co:,ies
M, 27-58, 1114)
- 165 -

MNATENKOP I.V.
........... --
Soils of the arctic tun&a in the Yupr Peninsula. Fochvovedenis
no.5:26-40 Yq, 163. (MM 16:5)
1. TSentralinyy muzey pochvowdeniya imeni V.V.Dokuchayevao
.(Yugor Peninsuler-Soils)

IGNATENKO, IN.
Characteristics of soil formation In various subzones of the
eastern European tundras. Probl. Sev. no.8:200-212 164.
(MIRA 17:11)
~1*4~?ntrallon,magy4ooravedeniva imeni Dokuchayevap Leningrad.

WhGGC",TAY'Sf~AYAf Ye.v.; lqy~ ~xo I .V.
"'ympr
o
jfjitm on vooded tundrati. lzv. Vaea. geog. cb-va no.5t
"5-U8 S-0 164. (MMA l?tl2)

Gcmfrzmo ",J, rcamm RAO
.:.7
SetaWighing p w rcr ms~td ocuwxWtlm in =par wcvko
MagWwg+-vvltoll nck.3 el-9 D 1165. (HMA 18812) '

IGHATEM, K- -~~ -
. V
- Siberian minor. Kant. ugl. 8 no.5i4-5 Mir '59- (MIRA 12:8)
1 (Coal miners)

r r7 -,-T
IGNATEM, Konstantin Pavlovich. gorainzh.; 1ftTTW, Andrey Vasil yevich,
-h=d-.t8nr.TU2-; -VArTS# Telisayeta Grigorlysina, gorn.iash.;
MUSTIOLI P.I., otyetatyann" red.; GRISHATINKO, X.I., red.isd-va;
AUDOVA, Ye.I., takhn.rid.
[Mine Yantilationo Illumination, fires, and rescue work) IbAnichnaia
ventillateiia. oeveshchents. rudaichuye poxhary I goraospasatellaoe
delo. Moskva, UgletakhIsdat, 1957. 247 P- (MMA 11:3)
(Mine rescue work) (Mine fires)
(Mine ventilation) (Mine lighting)

AMIKIN, Ivan Stepanovich; TAWSHIN, N,P,, kand.tokhn.nauk, rateensent;
PARANOMUX, NoTelp retaeusent; DUGANOT, G.T., kand.tokhn.njmkg
reteensent; TAROVOT, I.X,, rot asuserit g,, IWATXW,-jC-tP. # oty.rail.;
2TORYKIRA, L.N., red.izd-va; IINRISFAYMCATAO L.Sh., tii6md.
[Ventilation in the course of mine building) Provetrivanie gornykh
vyrabotok pri stroitallst-we shakht, Xoskva. Gos.nauchno-t*kbn.izd-,vo,
lit-ry po gornonu dolut 1960. 163 po (MIRA 13:7)
1. lachalinik laboratorii ventilyataii Ukrainskogo Nauchno-issledo-
vatel'skogo institute organizataii i makhanisetaii shakhtnogo stroi-
talletys, (UkrIIIONM) (for TakushIA). 2. Nachallnik saktora takhalki
basopasnosti kombinata StaliuBhakhtostroy (for Paramoshin).
(Nine ventilation) (NAAing engineering)

IGHAIIINKO K insh.
Important potentials ("Potentials for the growth of labor
productivity in coal mining.* Reviewed by K.Ipstenko).
Kest.ugl. 9 no.8t2g Ag 160,, tkKMA 13:8)
(Coal mines and Taining-Iobor productivity)

_VrrO7 inzht; HWTSEV , Andrey
4ffi,Qn&ta:ntin Pka~ylpjcQhi
Vanill'yeevioh, k tokhn. naukj VEfTS, Yelisaveta
ohs
GrIgorlynnap gozWy insh.1 VORONINAj L.D., otv. red.;
GILIMAN# red.izd-va; ILOINSKAYA, G.M.,, tekhn,
red.
[Mine ventilationp lightingp fireep and rescue work) Rud-
nichnsia veutiliatslia,, oaveshchenie, rudnicbrqe poshary
gornospasatellnoe delo. 19d,2. Moskva,, Goagortekhizdatj
1961. 266 P, (MIRA 15:4)
(Mine ventilation) (Mine lighting)
(Coal mines and m4ning-Safety measures)

IGNATENKO. L. S. Cand Chem Sci -- (dies) "New methods of the quantitative
determination of oarbon, hydrogen and nitrogen in organio-~- lij tire means
of vaoumell Ashkhabad, 1957. 8 pp (Acad Soi USSR. Inet of Organic Chemistry
A
im N. D. Zelinakiy), 100 copies (KL, 4-58, 81)
-6-

~, - w~l - ,L - -
FEDOSIM, P.N.: IGNATENIO, L.S.
New vacuum method for quantitative determination of carbon and
hydrogen in organic substances. Izv.AT Turk.S.S.R no.3:24-30 157.
imin 10: 10)
1. Institut khimit Akademil, uauk Turkmenskoy SSR.
(Carbon) (Hydrogen)

FIDOSEM ?.I.; IGNATINID, L.S.
New method for quantitative determination of nitrogen in organic
substances by decomposing them In a vacuum. lzv.AN Turk.SSR,
no.4:13-18 157. (MIRA 10,10)
1. Institut khizil. AN Turkmenskoy SSR.
(Vacuum apparatus) (Organic matter-Analyeis) (Nitrogen)

MOSIM, P.N,; IGAMWO L
Vacuum method for quantitative determination of carbon and hydrogen
in organic substances containing snIfur and halogens. 1xv, AN Turk,
SM no.6r84.89 157. (MM lltl)
1. Inelitut kMoU AN I'drkmenskay SM
(Chomistryg,AnAlytioal--C~=titative) (Tacimm apparatus)
(Carbon) (Hydrogen)

5(3) SOV/153-58-5-6/28
AUTHORS: Fedoseyev, P. N., Ignatenko, L. S., Chernysheva, T. Ye.
TITLE: On the Combustion Methods of Highly Volatile Substances in
quantitative Elementary Analysis (0 sposobakh sozhzheniya
legkoletuchikh veshchestv v kolichostvennom organicheskom
elementarnom analize)
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy. Khimiya i khimicheakaya
tekh-nologiya, 1.958, Nr 5, PP 42-45 (USSR)
ABSTRACT: The combustion of highly volatile and rapidly decomposable
substances forms a complex problem. The authors criticize
the individual methods suggested by various scientists (Refs 1- 12~
The two authors mentioned first devised methods of
quantitatively determining carbon, hydrogen, and nitrogen using
a vacuum (Refs 13-16) in organic substances* It does not need
any expensive apparatual the methods are aimple, accessible,
reliable and sufficiently accurate. Highly volatile substances
can be burnt without noticeable losses. The weighed portion
of a highly volatile liquid in a sealed glass ampoule is first
put into a special copper shell (Fig 1). The two halves of the
shell can easily be telescoped and have openings* The shell
Card 1/3 containing the ampoule is introduced into the combustion t-jbc

On the Combustion Methods of,Highly'Volatile Substances in Quantitative
Elementary Analysis
and the ampoule is crushed by shoving together the two halves.
Figure 2 shows the device used. After the analysis had been
finished the shell together with the splinters of the ampoule
is removed from the combustion tube. Table (P 44) shows the
results of the analyses of benzene, isooctane, n-heptane, hexane,
cyclohexanev and cyclohexanone according to the method recom-
~mended. A. P. Terentlyev suggested new devices (steel springs
etei) for crushing the ampoule (Fig 3). This method was tested
at the laboratory of the authors, who found it to work well.
There are 3 figures, I table, and 16 references, 8 of which
are Soviet.
ASSOCIATION: Institut khimii AN Turkme SSR i Nikolayevskiy korablestroitell-
nyy institutp Kafedra khimii (Institute of Chemistry,AS
Turkmenskaya SSR 7and Nikolayev Ship-Building Institute# Chair
of Chemistry
Card 2/3

y=8311y, P.No; IORATJM,.L,S,.-
Microanaiisis methods for the determination of carbon, hydrogen,
and nitrogen in organic compounds with the aid of a vacuum* Isve
AN Turk. SSR. no,lt45-52 159, (MIRA l2t3)
l.Institut khimil AN Turkmenskoy SSR.
(Carbon-Analysis) (Hydrogen-Analysis)
(Nitrogen-Analysis)

FEDOGBYEV; P.N.; IGnTEMPJ-s-
On *41yele, rapid and slow decomposition of i Substance,
and on the role bf cata3xsts in elementary ortanit uantitative
analysis. Trudy Nom.anal.khim, 13-33-35 163, MIRA 16;5)
I* Hikolayevskiy korablestroitel'W institut lawd admirala
B.O.Makarova i Odeaskly inzhonero-atroitel'M InWAtut,
(Organic compounds) (Chemistry,, Anallfteal-Quantitative)
11 o~

FEDOSEM# P.R.; IGIATENKOO L*S,
MaLhod of burni:ng highly volatile organic liquids In the mioro-
determination of carbon and hydrogen in open capillaries by
means of chromium oxide. Izv. vyso uabeb, say,; khim. i khim.
tekh. 7 no.5i797400 t64 (14IPA l8zT.)
lo KJyevskiy -Lekbnologichaskiv Institut legkoy promyshlennosti
i Nikolayevsk-ty kerablestoitellnyy institut*

KRYACHKO, Z.; IGNATENKO,, M., Ligronom-inspektor; MARKIN, A., kand. sell-
O~IZATETSI V., entomolog-tokolkolog; VAGANOV, V.
skol n
Pay attention to the hemp leaf roller Grapholitha delineana!
Zashch. rast. ot vred. i bol. 10 no.501-54 165.
(MIRA 18%6)
1. Nachallnik Ukrainskoy karantinnoy inspektsli (for Kryachko).
2. Sumskaya karantinnaya inspektsiya (for Ignatenko). 3. Tgentrall-
naya )rarantinnaya laboratorlya Minitsterstva sellskogo kbozyayst,,,&
SSSR (for Markin. Zayets). 4. Starshiy agronom-entociAog Upravbiniya
khleboproduktov (for Vnganov).

sov/65-59-4-14/14
AUTHORSt Golove G*S#, Ignat*nko, M.A, and Titovat A#A*

TITLE: 0"~_
The Lay-Out of Gas Fractionating Plants in Petroleum
Refineries (0 xkhemakh gazofraktateniruyushchikh
ustanovok na neftopererabotyvayushchikh zavodakh)
PERIODICAL: Xhimiya-i tokhnologiya topliv i masel, 1959, Nr 4,
pp, 69-72 (USSR)
ABST11ACT: The authors refer to two articles by P.A.Smirnov which
were published in Khimiya i tekhnologiya topliv i
maxel, 1958, Nr 2, p,7 and 1959, Nr 1, p 9. They
suggest further modifications (Fig I tnd 2) and
recommend that a fractionating absorber-de-othanixer
unit should be included in the design of gas fractionating
plants which are used for the procossing of gas and
unstable gasoline obtained by catalytic cracking. Power
consumption in considerably reduced. The degree of
separation of the propane-propylene fraction can be
.increased when unstable gasoline and a calculated
quantity of stable gasoline aro used as absorbing
agents. Two tables give comparative data on the yield
Card 1/2

M
sov/65-59-4-14/14
The Lay-Out of Gas Fractionating Plants in Petroleum Refineries
of industrial products (in per cent mol). There are
2 figures and 2 tables.
Card 2/2 VSGOMM.DC-61,022

POTEMKIN, S.V.., glav. red.; MATSUYEV, L.P., zam. glav. red.;
BZREZIN~ V.P., red.; VESEWV,, V.V., red.; GOLANDSKIT,
D.B., red.; GOLIDTHAN, V.G., red.; IGNA~TENK ~.,, red.;
SHASHURA, M.V.,, red.; RIVKIN, G.M.0-M.; FIRSOV, L.V.,
red.; SHAKMAROVICH, L.A., red.; SHEPELEV, I.T., red.;
SHAROVA, L.A., red.
(Reports for 1961) Sbornik referatov xa 1961 od Magadan,
1962. 135 p. (Ites Trvdy VNII-J) f&A 160)
1. Magadan. Vaesoyusnyy nauchno-isoledovateliskiy institut
zolota i redkikh metallov.
(Frozen ground) (Mining engineering) (Metallurgy)
(Building materials)

ANDRIANOV, Aleksandr Alekseyevich; POTZMKIN, S.V., glavnyy red.;
MATBUYZVO L.P.,, zamestitell glavnogo red.; SHAKHNAROVICH, L.A.,
red.; BMEZIN,, V.P.,, red.; VESEM,, Y.V.., red.; GOLANDSKIY, D.B.,
red.; GOLIDTMAN, V.G.,'r~d.; I All red.; SHASHURA-, M.V.,
red, I RIVKIN$ G.M. , red. SHISFELEV, I.T.
Ow'%hods of analytic decomposition of cassiterite and tin ores]
Metody analitioheekogo railoaheniia kassiterits i rud clove.
Magadan, 1962. 14 p. (Magadan. Vaesoiuznyi nauchno-isoledo-
vatel'skii Lactitut zolota, L redkikh metallov. Trudy Obogashchenie
i metallurgiia.-no.53). (MIRA 160)
(C""siterite-4nalysio) (Tin ores-Analysis)

REDIK09 VA.; POTDMIN, S.Y.,, glavnyy red.; MATSMV, L.P., zamesti-
tell glavnogo red.; SHAMMAROVICH,, L.A., red.; S=IN, V.P.p
red.; VESELOV, V.V. red I GOLANDSKIr, D.B., red.; GOL'DnWj
V.G., red.; XGNAiiiko, N:A., red.; SHASHRA, M.V.,, red.;
RIVKIN, G.M,., red.; FIWV, L.V., red.; SHEPEM, I.T., red,
Wounding and proteative cutting-9ff ia underground workings
of permafrost placer depaBiteJ Zasemleniia i zaBbehitnyo
otkliucheniia pri podsomoi rasrabotke mogoletnemeraly)ch
roasypei. Magadan, Use. naucbno-isel, in-t zolota i redkikh
metanov, 1962. 26 p. (%pdan,, Voesoiunnyl nauchno-inaledo-
vatel'skii inatitut solota i redkikh metallov. Trudyj Gornoe
delo, no.40) (MIRA 16:6)
Kolym Valle~-Nleotrio protection)
~
Kolyma-Vsllsy-Placer deposits)

I- --
IGNATENKO M, .1 POPOVv M.
LIL~~
Decreased diameter boring bits for drilling holes vith the use
of exhaust dust removal# Gor.zhure nool:71 Ja 165o (MIRA 180)
1. Vassoyuznyy nauchno-ionledovateltakiy inatitut - 1, g. Magadano

IGNATINKO, N.; DUDNIK, V.
Tables for calculatiog the ash content of the absolutely dry
substances of grain products. Muk.-elev.prom. 26 no.7:16-17
ii 160, (MIRA 13:8)
1. Nachallnik TKhX Vasillkovskay mallnitey No 10 (for Ignatenko)
2. Nuhallnik Kiyevskogo oblastnogo upravlaniya GookhlebinopLektaii
(for Dudnik).
(Grain--Analysis)

KRECHETOTI, 1. (Kurgan); (Belgored); LISGOTIN, T.;
zzvimx,, A.p inzb. pa tokbnike basopasnosti
Editor's mail. Mchr. truda, i note. strakh. 6 no.3222 Mr 163.
(KIRA l6t4)
.1. Derey"brabityvayushchLy sayod tresta *Stroydetall-702
(for Zovakkin).
(Industrial bniens)

I IGNLMKO. L
Wb7 local raw materials are not used. BID 2 no-7:57
JI 160, (XU 13:7)
1. Predeadatell oblastnogo praylenlys, Nauchno-takhnichaskogo
obahohestva pishchevoy promrshlennosti, BeIgorode
*(Belgotod Province-Chalk) (
(Delgorod Province-Sugar munfacture)

O.p inzh.j PRAVOJI E.
Lettero to the editor# NTO 3 no.4151 Ap 161. (MIR& 34:3)
I* Predsedatell Belgorodakogo oblastnogo prevleniya Nauohno-tekhni-
chaskogo obahchootva pishobevoy ;ronrjhlemosti (for IpateWw)&
2~ Chlen soveta Nauohno-tskhniahookogo obahcheotva sholkotkatakoy,
fabrikig go Kalinin (for Karpova). 3* Predsedatell pervichnoy
organisataii Nsuohno-tekbniohookogo obahchestva kombinata molocbnykh
.'-produktovp G, Pyarnup Estonskoy SSP, (for Mvou).
(Toohnological i=ovations)

IGNATMIKO, N.
-r- ~-
Hachinery for sugav-beet growers. NTO 3 no.9:36 S 161.
(MIRA 14:8)
19 Predsedatell Belgorodakogo oblaotnogo pravleniya
Naudno-taknichoskogo otahchestva puehchevoy promyahlennostim,
g. Be'.gorod.
(Sugar beets) (Agricultural machinery)

VINOGRADOV, A.; GAPONOV, V.; VOLOSHIN, A., inzh.; FUSHKIN, D., instruktor;
IGNATENKO, N.; IVANOV, A.; MALANCHENKO, I.; BUBLEY, Ye.; SHABAD, M.
Readers' letters. NTO 3 no.8:54-55 Ag 161. '(MIRA 14:9)
1. Chlen byuro avtodorozhnoy sektsii Leningradskogo oblastnogo
pravleniya Nauchno-tekhnicheskogo obshchestva gorodskogo khozyaystva
i avtotransporta (for Gaponov). 2. TSentrallnoye pravleniye
Nauchno-tekhnicheskogo.obshchestva mukomollnoy i krupyanoy promyshlen-
no3ti i elevatornogo, khozyaystva (for Pushkin). 3. Predsedatell
Belgorodskogo oblastnogo, pravleniya Nauchno-tekhnicheskogo obshchestva
pishchevoy prowj3hlennosti (for Ignatenko). 4. Predsedatell soveta
pervichnoy organizateli Nauchno-tekhnicheskogo obshchestva "Len-
energoll (for Shabad).
(Technological innovations)

IGNATENKOS N,
ReorganUation of an enterprios.
162.
Hias.ind.MR 33 no.2s26
(Mru 15SO
(Chernyanka-Poultry p3Anto)

Reorganized Novy 0' 1 Heat Combine. Miu.W. 33SR 33 Ci.e.3,4j no.2s57
163. 6~0 (MIRA 16:4
1, Belgorodakoys oblastnoy pravleniye nauchno-tokhnichaskogo obahchostva
piahahovoy-'promyshlennosti.b
(Novy Ookol-M64 industry)

ct
No
M
,l o
44
0. lit, i
CAI giplvah-84;
W122
44 RP gy ; 1,
-ad'.914 a- a#. ~,t it
ol E of o 3. v I
egn oo
84 .
inr
o
Man -94 A 94,41
U Mingig

TOK'MAR107) A.I. I- 1',';AfENKOl
N.U.; BONDAir-OKO, Yri.l.; DArrAYE?A, T.K.; fd'BIN, N.N.;
Ya. L"TKU,'S2i(lY, V.A.
lzv, 'Isas.
~j -f of Bc-i~ III kolfov L~h
gtivg. -)b-va 97 no.'",y)O-391 JI.-A!,, lr~. (MIRA 18:8)

IGNAUM, L I.
Conference on the sechanizatIon and.automtisation of
production* 64kbeVrome 34 noOtO * 40. 1 q(.o -
(ML l3s6)
(Balgorod Province-Sugar Indastry-Squipment and eupplies)
(Automatic control)

.1 IGNATMO, N.I.
Yor the complete mechanisation of the cultivation of sugar-bivet
seedse Sekh pros 34 noo7t6o-6i ii 16o. (KIU 130)
Belgorod:koys
oblastuoye otdeleniye lauchno-tokhnichookogo
11
obishebestea plebahavoy proWshlonnosti.
(Balgorod ProvInce-Sugar beats)

IGNATEMOD, II.I.
It is better to use local rav materials. Bakh.pron.. 34 no,'9:
34 8 o6o. (KIRA 13:9)
(Belgorod Province-Sugar industry-Zquipment and awlies)

--- - - ---- - -- --- -- -------- - ------ -- --- ----
I- ICIRATARmt R.I.
Organization of now industries at the alcobol plant of the Belgorod
Provinces Spirtiprom. 27 nools39-40 161,, (MM 24s21
Belgorod Pravince-Distilling Industries)

Ft-,U , t.1.11-~f.Uon
no. 2.0-1 1~1.
1. 3..-, oroc.;Io- j C. I -,'- ~ ) . , . Vionim ,! !-,--O-~ oEali .!. I.:1--0:0
..-r,;iy.Mennosti.
(3 " "kirc-CU

IGNATENKO, N.I.. inzh.
Output of a now product. Masl.-zhir. prom. 27 n0-9:37 ' 161.
(MM 14:11)
1. Belgorodskoye oblastnoye pravlenlye Nauchno-teklinicheskogo
obshchestva pishchevoy pronyishlennosti.
(Shebekino--Cleaning compounds)

IGUTENKOV N.1,
Modern equipment for sugar factories, Sakh, prom.
1. ielgorodskoye oblastnoye naueb-go-teknichaskoye
pimbehevoy p.L%M hlemosti.
(*agar macbinery)
33 no.2s4l 7 161,
(MIRA 14:3)
o ShcheatTo

1. IGNATEKNO, N.I.
Incorporation of enterprises. Sakh.prom.35 ne.3s$ Mr 161.
(Sugar industry) (MIRA 14:3)

IGNATENKOg N.I.
Now factory. Ions, i ov.prom. 17 no.4:38 Ap '62. (KIM 15:3)
I* Tekbaicbeskiy in"ktor Belgorodskogo obl3ovprofa.
I (Movyy'oskol--Canning industry)

IGNATENKO, N.I.
Conference at the Shobskino Combine of S~rnthatic fatty Aoida and
Aliphatic Aloohols. Mael.-shir.prom. 28 no.7:47-0 Jl 162.
(Gila and fate-4ongrosaes)
4,

V - -
IGNATFMO# N*I*
-
A.t-- the-Volokonovka gram3lated sugar refinery. Sakh.prom. 36
wo5s56-57 Yq 162- (MM 150)
1* Pravloniye Nauchno-tokhnichookogo obohohestva pishchavoy
primpblenmeti Belgorodokoy oblasti.
(Volokowvka (Belgorod Distriot)--Sugar industry)

IGNATENKO,, N.I.
Introduoing now equipment, Kona, i ov.prome 18 no.3sl5 Mr 163.
(MIRA 160)
1, Belgorodskoye oblastnoye upravleqye Nauchno-tekhnicheakogo
obahchestva pishchavoy promyshlenndoti.
(BelgaElod-Canning industry-Equipment and supplies)

IGNk 1991-L-1,6
Manufacture of baker's yeasts "d edible carbon dioxide in the
Veselaya Lopan' Distillery. Spirt. Vrvu. 29 no.3:47 163.
(MIRA 16:4)
1. Belgorodskoye oblastnoys pmvleniya Nauchno-tekbnichookogo
obshchestva pishabovoy prowyahlennooti.
(Vaselaya Lopan'-Distilling industries-,By-products)

.10NAMOP N,Lp insh,
In the Shebakino Combine of Synthetic Fatty Acids and Fatty Alcohols.
Kasl.-zhir.prom.28 no.M47 - Ar 162. (MIRA 17t2)

IGNAMXOj NeL
...... ~v
Informtion. Sakh. prom. 36 no.7:65-66
1. Belgorodakoys oblastnays upravlaniya
obahchostva pishchevoy prmWahlennoati.
Jl 162.
(MIRA 17sl)
Nauchno-tekhnicheakogo

IrJAI-OX09 NO I* P Insh.
. - - I Xf-the Shebekiu~ Combine of Synthetic Fatty Acids and Fat' ty,
Alcohols. Maslo-zhir. prom. 29 no.5:44 Kr l')3.
(KIRA 1637,
(Shebskino-Zhealcal induotriso)

DDEHINSWO N.A.; IGNATZRIO N Is
AlskmeovIca Sugar laotory., Sakh., pron. 37 noo4t24-17 Ap 163o
(KMA 1617)
(AUkossyka-Sugar fhat-orles)

BTIAMROV, G.I.; IG jQSjj6j6,- IPILIPPOVSXIT, P.M.
Padiant heat chambers for drying pointed products. Trakt. I
sellkhosmash. 8:41-42 Ag 158. (MIRA 11:8)
1,Yaldivirskiy traktormyy sayod im. A.A. Zhdanova.
(Clutches (Machinery))

ITAXOT, T.A.; SOLODAWO, 0,P,; aISSIN. I.M.; I(RUTMO N X.; TWERJERIOT,
'JO, red.; MAR11YUX, N.V., --*-,
[Over-all smobanization and automation at the Rostov Agricultural
Machinery Plant] Komplekannis askhenizatella i avtometizatelia
" sayods Rostsellmash. Rostov-na-Donn. Rostovskos knizbnos Izd-Yo,
1959. 185 P. (KIRA 13:10)
(Rostov-on-Don-Agricultural machinery industry)
(Automation)

1 IGHORIKO, N.N.
I--------------
Mechanization and automtion of painting operations.
%thinostrottell no.2:14-17 1 160. (MIRL 136)
L Nachal'alk otdols makhanizatell, aytomatizateli I
stankostrayonlys savoda "Rostsellmsh."
(Painting, Industrial-Technological Innovations)

PHASK I BOOK ZOWITATION OM/4552
I"wovp V. A. y G. P. Bolodenk0j, 1. X. Gissin,, end X. N. Igmatenko
Komplakanays mekhanizatetys, I sytomatizateiya na sayods Rostsellmash (run
Machani%ation and Automation at the DDetsellmash [Rostov-na-Donu Agricultural
Mhchiner7l Flant)e jRDStov-A&,-Donu) Rostovskoye knizhnoye lzd-yo,, 1959. 185 p.
Irrata, ellp Inserted. 2pooo copies printide
Ed-t 1. V. Zberebkov; Tech. Ida M. V. Harinyuk.
qJR?Mt This book is intended for technical personnel In plants and'design
ins+.Itutes,, innovators in production and students of engineering schools of
bigher education.
COMM The authors present the results of experienoe gained from the mechaniz-
ation and automation of the Hostsellmash Planto Problems of line production
am discussed and ways for solving those problems are considered. The authors
describe lines and insWlations adopted in assembly and press-forging shops.
Special attention is pald to the mechanization of orgLuic costing. The final
secticn of the book deals vith the full mechanization of foundry processes and
Card 1/2

FU.U Hachani Ion ADd Automation (Coat.) WV/4552
to based an the enerissee ot-the mams'plant. %a authors thank Enitf rs
L. L. Aztonov, A, L Sn7agino V, Ae Sadabinevj, 0, V. Mashenskiy wA V. &
M&Iokbovskiy vho usisted In selecting material for the book. Tbere are 7
mferences', all Soviet.
TA= OF COMILM
ru.11 Mechanization and Automation of Mmufacture
Meehan' ton avid Automation In Assembly "s
Line production - the basis of sachanisttim and &utowation
Types and construction of omveyvrs
MechantrAtIon of assembling
Mechanization of velding
Mechanization of orsmaic coatftg
Coating installations
Drying of coated products
Mechanization and Automation in Press-rorging 9hops and Manufacture
of Metallic Products
Mechialzation and Automation In Faw&Ids
AVAnAMEt Libzu7 of Coupesi VICIVvelfal
Card 2/2 ii-28-6o
5
12
12
16
30
45
5T
63,
92
1a7
128

__1 I
1PqArEA[KO N - N
INOATUKO, W. N.'
Yt65
Yourosurg. Min., Mod. Inst., Rostoff-Donn. The Rookin - lastjukova biological test in
cancer metastases and 1wimary tumours of the central nervous system Vop. Nejrokbir.
1951, 13/2 (4")
This test Is based on the susceptibility of paramecia to the cytotoxic constituents oc-
curring In the blood serum of patients with cancer, whan the serum is Muted in a pro-
portion of l12q, the Crowth of the paramecia to arrost,id or they die. When this test was
carried out In 85 patients with cerebral disease and 3 normal subjects both witkMs blood
oerum and the 087, no differonceswere encountered. In cases of Immature gliom, g1loblas-
tots. modulloblastom and meningtoms, the toot was negative, while it was positive in core-
braA malignant t=our metastasse an4 sarcomas (it was only negative in I case of hyperne-
phroxAL). In other cerebral diseases the results were also negative (only 1 case of hyda-
tid disease showed a positive response). From these results It is concluded that It is
possible to differentiate between malignant tumour metastases and primary cerebral tumours
by means of the Roskin - lastjukova test. Brandt - Berlin (Y. 8)
Sot Xxcerpta Xedica, Section VIII, Vol. 3, No. 9. September 1952

IGNATM?
.1 H. N.
I I
Roakin-11astiukova's biological reaction in cancerous metastases
and primary neoplasms of the central nervous systems Vopr.netrokhire
15 no.208-" Mar-Apr 1951, (CIML 20:9)
1, Departmental Physician, 2, Of the Clinic for Nervous Diseases
&:A Neurosurgery (Director-Honored Worker in Science Prof. P.O.
Udin), Rostov Medical Institute.

WANOVp V.A.; IQpgpjXO,
_ _ _pj.j DOBRYAKOVp V.I,p inzh.p retsenzentj
KOLIDERTSOVj M.S., inzh., red,; SALYANSM p A.A., red.
Izd-vaj ELIKIND, V.D., tekhn, red.
(Introduction and economic efficiency of now equipment;
practice of industrial plants] Vnedrenie navoi tekbniki i
94 Okonomicheskaia effektivnost'; iz opyta zavodov. Mo-
skva# M&Bhgizj 1963. 177 p. (MIRA 17:2)

INI
Ph Hi
1.

IGNAEMO, H.S.
Removal of sugar-best pulp by a belt conveyers Sekh.,prom-
34 n0-3147-48 * "W-lq(,O- MR& 136)
Is Onidavskly eakhar3Wy savodo
(anidava-Sucar induetry-ftuipment and supplies)

Improving the mechanization of unloadiv4ge Oaldhoprom,
34 n0,8137 A6 160- (XM 1318)
Gnidavoldy saidwrWy sayods
(Onidlava-Sagar beets) (Loading &a unloadins)

KOVALEV, D.F., inzh.; IGNATENKO, O.G.0 inzh.
Roof control in inclined seams complete caving with the use of
"OKU" supports. Ugoll Ukr. 7 no.11t42-43 N 163. (MIRA 17W
1. Treat Laninugoll.

BARMASHM0, I.B.p kand.takhn.nauk,- IGNAIENK [Ilumtenkoo O.U.)., kand.
- 001L -0-Kh1t,-
tokhn.naukj VRZHOUX., G.G. [VrisFo~sej T.M.J.--kand-.Uld~m.nauk;
YA7E JJJXP V.V.
Oxidation of aluxinum spray coating on porcelain and its Imitation
gold finishing. Lahproz, n0,3-.34-40 Js - Ag 162. (MIRA 16%2)
1. Kiyevskiy po3.itekbA4)*sk1.y institut (for Barmashenko, Ignatenko,,
Vrzhoook). 2.' Ukrainskiy nauchno-iseledovateltakiy institut stakolluoy
i farforo-fayansavoy pro-mPblennonti, (for Lasebnik).
(Aluminum) (Oxidation) (China painting)