SCIENTIFIC ABSTRACT ANDONOV, G. - ANDONYEV, S.M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000101320012-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 20, 2001
• Sequence Number: 12
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

CHETRAFILOV, D.; OBRHYKOV, Lei TANKOV, Iv.; ANDONOV, G.
A case of a large solitary calcified renal cyst. Ehirurgiia
(Sofiia) IS no.5t599-601 165.
1, Okryzhna bolnitsa, Fazardzhik (gle lekar St. Stancher).

ANDOR Jozsef- HETM Sandor
Construction of concrete strip roads.' Erdo 11 no.10:465-468
0 162,
1. Delsomogyi Allami Erdogazdasag fomernoke (for Andor).
2. ~blyepitesi eloado, Delzalai Allami Erdogazdasag, Nagykanizss.
(for Demeter).

ANW,v M.
Data on the temperature of sandy soil; P. 230
IDOJARAS, Budapest. Vol. 59, no, 4., uly/Aug. 1955.
SOURCE: East European Accessiona List (EFAL), LC, Vol. 5, No. 2, February 1956

SUBOI Lauzlo, dr.p foiskolai tanar; LANG, Sandor, egyetemi docens,
a foldrajztudomanyok kandidatusa (Sze&ed);,ANDO,_nhal dr.
j4
Report on the work of the Szeged Section. Foldr kozl 10
no-3:303-304 162.
1. Magyar Foldra4zi Tarsasag Szegedi Osztalya elnoke (for Lang).
2. Magyar Foldrajzi Tarsasag Szegedi Oo$talya tarselnoke
(fW Szabo). 3. Magyar Foldrajzi Tarsasag Szegedi Osztalya
titkara (for Ando).

OR
ANW, Mibal7, dr.
Hicroclimatical temperature variations of a sand surface under various
weather conditions. Foldrajoi ert 10 no.1;1-22 161.
7

KMASI ~ K.(Hayashi, K.7; ANDO f KDIURA
translator); Z~ ~..A. e.T~;Inulatorj; IEVIN,, L.Z.
[tranalatorj; PASHKOVSKIY, A.A.[tranalatorl; SKIPJ40V, P.I.,
red.; BUKOVSKAYA, N.A., tekhn. red.
[ordnance rockets and Japan; military bases are a war threat)
Raketnoe oruzhie i lAponiia; voenrqe ba2q - ugroza miru. Vatup.
statlia, i kormentarii, B.G.Sapozhnikova. Moskva, Voen. izd-vo
M-va obororW SSSR, 1961. 246 pe Abridged translation from the Japamess.
1. Tokiyskiy universitet (for Ando). (MIRA 15:2)
(Japan-Rockets (Ordnance))

ANDOWSEK, M.
ANMDLJSEK, M. How to reduce construction costs of electric-power plants. p. 8789
Vol. 101 no. 6, 1955
TEHNIKA
BeoCrad, Yugoslavia
So; Eastern European Accession Vol- 5 No- It L956

.APOtl~,_.q~,PASMOVSKIYp 3,1 Prini-11 uohastiye: BARBOS, V... nablyudatell;
MIKUY p M. , nablyudatel $,- POPA., Sh.. C Pops, S. , nablyudatel I
Wintering of water birds and pome other birds in the Danube Delta
in 4~58-1959. Migr. zhiv. no.3:n8-125 162. WRA 16:2)
1. Leanoy nauchrio-isaledovatellskiy institut Rumynskoy Naroduoy
Respubliki.
(Danube Delta-Birds in winter)

m
ANDONE,--I.on
Increase of salaries for oil and gas workers. Petrol, pi gaze 14
no.2:101-104 F 163.
t . -
- -
. *- F
- -r;
- , 11 Z-

ANDONE, Traian
Real support for studying and extending advanced methods and initiattrds
of work in agriculture. Manca sindic 6 no.lOt23-26 0 162.
1. APtivist, Seotia Eoonomica, Consiliul Central si Sindicatelor,

SD4Icmcup T.j ANDONIAN, M.
Nterminant faotors in the synthesis of p 0'-diolrydiphenylpropane.
Rev chimie Min petr 13 no.61340-344 Ja 1u.

ration ~in] :7.cch-!rdual anr! ch,-,:Ilic~ll
Li ~ t of
1'. c I

RMWM/Memical Technology.. Chemical Products and Their
Application. Part 91 - Citenies. Glassi Binders.
Concretes. 4 Binderej Cdiiaretbd WA Other Sili-
cate BUildi4 Materials.
Abe Jour: Rererat. Zhurnal Xhimiya, No 21, 1938o 71595-
Author M. Andonie.. Helmut Voinea.
inot
Title To the Question of Preparing Acid Resisting
Concrete.
Orig Pub: Ind. coastruc~iilor ?i mater, constr., 1957, No 11,
6".654.
Abstract: A review of vork carried out by the building trust
in order to inquire into the possibility of prepar-
ing acid resisting concretes by the method of treat-
ing vith SM in autoclaves. The preliminary Isbora-
Card 1/3

ANDONOV, D.- ARABADZHIEV, S.
Dimitur Blagoev and public health. Suvrem. mad., Sofia
7 no.9:99-102 1956.
(PUBLIC HNALTH
contribution of Dimitur Blagoev in Bulgaria)
(BIOGRAPHIES
Blagoev. Dimitur)

ANDONOV, B.
The public health policy of the Bulgarian Social-Nmocratic
Labor Party in lmmi elective institutions from 1910-1915.
Nauch. tr. vissh. mad. inst. Sofia 41 no.6:69-82 162.
1. Predstavena ot dots. Gr. Vskilov.
(PUBLIC MUTH ALMINISTRATION)

ANDONOV,j G.
"On the condition of industrial safety and illnesses in mining and metallurgic
enterprises."
p.9 (Minno, Delo, Vol. 128 no. 1, Jan./Feb. 1957s Sofiiap Bulgaria)
Monthly Index of East Biropean Accessions (EFAI) LCp Vol. 7s No. 8, August 1958

KURSHEV, Iv.; IVANOV, D.G.; ROKOV, (h.l.; ANDONOV G V
Preparing anuonixim chloride by beating a mixture of hard ammonixun
sulfate and hard potassiun chloride. Klim i industriia 36 no.7:
247-250 164.
1. Chemical and Technological Institute, Sofia (for Hurshev and
Ivanov).

AIWINOV, F.
"The Vasil Lavski Prif.,,ade Fade up of Efficient YounU Yen of the Anthracite
I-Ane at the State Fining Enterprises", F. 28, (I'T'71,10 DFIk, Vol. 9, Yo. 2,
Feb. 1951ft Sofiya, a-.Igarla)
SO: Yonthly Lirt of East Evroye8n Accessions, (17FAL), LC, Vol. 4, '7o.1,
Jan. 1955, Uncl.

ATI!T)OI,OV .1 K.
661!.~o n Advpncement in DrivInj- of T`renrlrator~ 0:11lerios in Onn. Month.
Mnno Dolo (Mininc), #5:92.- Soot-Oct 55

.%'T-X)'N,0V, K.
Anerican Monopolies Disorganize the Ecnnomy of Canada. Kinno Delo
~'MinlnF), #5:103: Sept-Oct 55

Brief Information, Minno -)elo (Mini-nr), #5:1-~)5: 55
t 'A.Da!L~,E~ U:La'

ANDOMN, K.
I- . . . I . ... ~ ~ I ~- i r4. j ~ '. - , -! I , .
New Rooks: I'Ventilatini of Mines" ind 'Water Drain,3re of Mine-;"
I
Minno Delo (Mini.nFl, #5:10P: Sent-Oct 55

AIMMOV, F.
Articles on ti-e Illninf- Industyn,-, Published in t~,e Soviet Fress.
V4-nno Delo (Yining), #5:109: Sent-Oct 55

A~~,Y,!'PVIS Y.
1-nn4.rp "echnics Exl-ihited at the P7ovdiv F-I.r. Finn(- Delo Tin;nf-),
L
J115:110: Sent-Ort 55

UGFORGI~',V, e~fon; ANDONOV, NIL.". r
E,~b-l&; in
F.r:qults from ',h,3 t3tt(P..- cit :jcrT~--
t~.c n( 0,11'l.'U-1230
163.

ANDONOV, P,--IVANOV, N.; RANGELOVA, St.; NIKOLOVA, Z.; RUSAKYEV, M.;
GROMKOVA) R.
The use of serological investigations in studying the epidemiology of
some virus infections in Bulgaria. J. h3rg. epidem., Praha 5 no.2:
146-152 161.
1. Scientific Research Institute of Epidemiology and Microbiologyp Sofia.
(VIRUS DISNASES i=unology)

ANDONOV _F,; TEOKIIAROVA, M.; BRADVAROVA, I.; RAMCHOLEV, I.; SJIUMKOVP
STOYANOV, N.
Study of the etiology of infectious hepatitis. Vop.med.virus.
no.91l6-23 164. (MIRA 18:4)

UZTJIIIIOV;G.; SHLIBLADZE BOZJOOV~S.- GAIDAMOVIrIf.
Apopos ~,f'
ent, ephai it J~ ti Im Rulrmria,
Grupa po nevr~-l:~C,.`a
nn nau~-'t8 (rukovodite'i G.Uz,.mo,.r),. Ka~~,,ira yc, nevro.iqa. Al pr
ViE.9111 !a medit-3ins-ML 1!1,3* j4 S.) fla
Laboia"Dr:*,-A'a za
insti-tut 'D.1.1~-anovsk*o-`, Mosk--*a
'~ Laborator.Ua za vIr-j~:an-' vn-qfal~i:'. 1)r,' I:IEM. S-,~!-,a (i,u.K,-
voditel P.Ando-,ij;-).

ANDONOV, P.
"Urgent Problems Before the Sqnitary and Antiepidemic Service. r). 3" (ZDRA7NO DEW)
Vol. 6, No. 3, June 1952, Sofiya, Bulgaria
SO: Monthly Ltst of East Eurorean Accessions L. C., Vol. 2, No. 11, Nov. 1953, Uncl.

"Joint Eectin, f Clinicians !tnd Epiderniolo,;i3t.s
FlioNT', '4o. 5k), Dec. 1954, Sofiya,Bulgar,Z*
SO: Monthly List of Fast European jiccessions, (EZd,), LG, Vol. 4
No. 5, Nay 1955, uncl.

RUSAKMV, M. [Rusakievp M.); ICMUSTOVA, T..- AMONOV) P.; PRODRtWd7., A.)
I.; GRYBCHAROV, K. [Gruw ?A'CHEV, S.
PMM
Studleo-of the serum of some migrant birds in the presence of
antibodies 04hatralizing the West Nile virus, Trudy epidemiol
mikrobiol 8:139-3.41 161 [pabl.162]e*

ANDMOVY Pq
Current problems in virology. Suvr. med. 14 no.10t"-58 163,

UZUNGVp G.; SHUBLADZE, A.K.; BOZHINOV, S.; GAYDAMOVICH, S.Ya.;
ANDONOV P.; GEORGIYEV, L; OBUNHOVA, V.R.
Am"
Etiology of progressive byperkinetic encephalitis in Bulgaria.
Zhur. nevr. i psikh. 64 no.3:346-350 164. (MIRA 17:5
1. Nevrologicheskaya i paikhiatricheskaya klinika Vysshego
meditsinskogo inatituta (Sofiya), Laboratoriya sravnitellnoy
virusologii Instituta virusologii im. D.I. Ivanovskogo MIN
SSSR (Moskva) i Iaboratoriya virusnykh entsefalitov Nauchno-
issledovatel'skogo instituta po epidemiologii i mikrobiologii
(Sofiya).

RUDIANIA
576-312-38:576.a.093.35
i n 0 and-DUNDAROVp B., of the Institute of Epidemiology
and ;logy (Institutul de Epidemiologie si Microbiologie),
Sofia.
"Methods for the Prepaxation of Clones of Cellular Lines on
Primary Cultures!of Human Embryonic Fibrobiastq,~'
Buoharest, Studii ei 09rostart do Infromiorobiglog Vol 17,
No 4, 66, pp 269-273.
Abstract: The authors describe a technique for prep ing clones
~f_Yiumaft abd animal cellular lineb by'growing on a substrate con-
rimary culture of human embryonic fibroblasts. Since
sisting of a p
living cells amused as substrate, favorable conditibns are ob-
tained for the 4velopment of clones over a relatively long period.
The method deser bed is simple and can be used iri any;laboratory.
Includes 2'figures, 2 tables and 2 references, bf which one
Russian and one American. -- Manuscrip~ submitted 20 October 1965.

UssR/Virology. Viruses of TranSLIiSSive Infections -
Abs Jour: Ref Zhur-Biol-, No 14, 1958, 6214o.
acid, 2- and 6% fonzlin, 1- and 3r~ chlorar-ine,
0.02rA potassium bichroLnte did not cause a loss
of the viruses in a 5-10 minute exposure. 51P'
Lysol and 21,of sodium hydroxide did not inactivate
then even after 24 hours. With room taTerature
the viruses remained viable for 50 days, with 40
5-12 mos., with 200 - upwards of 1 year, in a dry
condition - more than 7 years. -- G.D. Za8uldiina.
Card 2/2

SHUBLAD7.E.
Stvdies on the adaptation of Us-& strsin of tick-borne encephalitis
virus to unfavornble conditions; Vop;virus 3 no,4S229 JI-Ag 158
(MIRA 11:9)
1. Institut virusologii imeni D.1, Ivanovskogo AMY SSSR, Moskva.'
(ENGMALITTS, EPIMMIC, virus
Russian tick-borne, adaptation of Ias-8 strain
to unfavorable condo (Rue))

ANDOPOV, P.S.
Virulence of the tick-borne encephalitis virus in chicks [vith summary
in Znglish]. Vop.viruse 3 no-5:276-279 5-0 '58 (MIRA 11:10)
1. Institut virusologii imeni D.19 Ivanovskogo AMN SSSR, Moskva.
(MICMALITIS, EPIMMIC, experimental,
tick-borne, in chicks (Rue))

ANDONOV, P.S.; SHUBIADZI, A.K.
Growth of strains of viruses of tick-borne encephalitis in chick embryo
and HeIn cell tissue cultures. Vop. virus 4 no.1:94-100 ja-7 159.
(NM 12:4)
1. Institut virusologii imeni D.I. Ivanovskogo AMN SSSR, Moskva.
(3NICIPHALITIS, EPIONIC. viruses,
culture in chick embryo & Bela cell tissue culture (Ras))
(TISSUB GUIMM,
chick embryo & HeIn cell tissue culture for encephalitis
virus Me))

IV
USUNOFF) 0.1 SHOUBIADZEP A.K., -BWTNM, 5.) GAYDAMOVF1 -,H, B. YA-)
ANDON 1, P. S., GEORGIEV, Iv. et OBOUHOVA, N.P. (Moscou, USSR)
"Recherches serologiques sur lletiologie de l1encephalite
hypercinetique progressive subaigue en Bulgarie"
Report submitted to the 7th Intl. Congress of Neurology,
Rome, Italy, 10-15 Sep 61

AN NOV, P. RUSAMVP M.; PRODRCMOV, A.
A
A study of the etiology of seasonal viral encephalitis in Pomorys.
Suvrem mod., Sofia no.1:13-21 161.
1. Nauchno-izBledovatelaki institut po epideminologiia i mikrobiologiia.
(Direktor: Vl. Kalaidshiev) i Gradaka bolnitaa, gr. Pomoris (Glaven
lelcar V. Nakov.)
(ENCEMUTIS EPIDE24IC virol)

ANDONOV, P.; RUSAKIIEV, M. [Rusakiev, H.)
WOOMORNMWEMOf
Nature and o*gin of the Bulgarian hemorrhagic fever, Trudy
epidemiol mikrobiol 8:135-137 161 [publ,.1621.

LUUCHOUTV I.;- AMNOVI, -P.; MICHKOV, V.'
A study of the opidesiologloal features of diseases caused
by 2-wave meningoenosphalitis. lav. mikrobiol. inst. 14.0
39--44 162.
(INGEPHWTIS, HPIDINIC)
11
I

BULGARIA / Soil Scionco. Soil Genesis and Geography.
Abs Jour: Ref Zhur-Biol., No 2, 1959, 6043.
Author : Andonov, T.
Inst : 9-8-r-given.--,
Title : Mapping the Soil in Bulgaria.
Orig Pub: Priroda (B111g.), 1957t 6, No 4, 62-65.
Abstract: No abstract.
Card 1/1
Givcn N
Bulr, ria
Da
Acxiemi C D--gree:3: not indicated
not indicated
SOU::CC-. Sofiap 1&-i ena, No 2,, JanPiiab 61, PP 59-63
Aj~j_
Dita: "The General Health Condition of Bulr;arian WorIcars in the
Period of Capitalistic Boom (1903-1914).I1

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Stalinskoy premit, kandidat tekhnichookikh nauk;
Ila, redaktor; SHCEXDRrN, T.M., redaktor; XDUUTWVA,
V.V., te~hnicheskiy redaktor
(Water cooling of blast furnaces] Toprogy rodianogo okhlazhdanita
domennykh pechel. Moskva, Go@. naudhno-tekhn.,izd-vo lit-ry po
chernol I tevetnoi metallurgil11952. 60 P. [Kicrofilml '
(Blast furnace@) (cooling) (MLRA 7:10)

Cuohne by
f)j "1 0,

ANDONIYIV, S.M., kandidat takhniaheekikh nauk; FILIPITIT, O.T., Inzhenar;
POTOWS, Toove
A now method for estimating the mixture of two flows in furnace
heat engineering. Stall 15 no,1:74-76 Ja 155. (MLRA 8:5)
1. Giproat&ll.
(Heat engineering) (Metallurgical furnace@)
EUM

SOV/ 137-57-6-9606 D
Translation from: Referativnyy zhurnal, Metallurgiya, 1957, Nr 6, p 42 (USSR)
AUTHOR: AndqRJty, S.M.
TITLE- Evaporative Cooling of Metallurgical Furnaces at Ferrous Metal-
lurgy Plants. Major Considerations (Isparitel'noye okhlazhdeniye
metallurgicheskikh pechey zavodov chernoy metallurgii. Osnovnyye
.-p!?Iozheniya) I qA
"Author's issert
ABSTRACT.- di for the degree of ctor of Technical
~'"'AArgjihces, presented to the In-t metallurgiii~
AN SSSR. Gos. Soyuz,
in-t po proyektir. metallurg. z-dov (Institute of Metallurgy. Acad-
emy of Sciences, USSR. State Union Institute for Planning Metal-
lurgical Factories), Moscow-Khar'kov, 1956. Comparative data on
the engineering economics of water and evaporative cooling (EC) of
metallurgical furnaces (F) are presented. EC has a favorable effect
on the life of the parts being cooled, and the heat is used to advan-
tage. Expressions are derived descriptive of EC: Stability of cool-
in (OC); critical water flow rate (m/sec); water reqAirement
(!Mhr). EC requires chemically purified water. The vapor pres-
sure in the system depends upon the p6sibilities for utilization of
the steam. 40 atmospheres absolute pressure is best; however,
Card 1/3 existing systems maintain 4 atmospheres absolute preissure, and 10

Evaporative Cooling of Metallurgical Furnaces (cont.)
SOV/13*7-57-6-9606D
atmospheres - pressure will be achieved in practical operation in the near-
est future. EG of blast furnaces is examined, and a new cell-type design of .
coolers is suggested. An equation is presented that determines the heat loss by
blast F into the cooling water. Analysis of the cooling elements of open-hearth F
shows that cooling is needed only for the gas tanks, tuyares, front-wall skewback
channels, and the frames of the chargin_g doors. Experimental data on heat loss
by the various cooled elements (kcal/m6-hr) and equations for average heat loss
by the cooled water for gas and heavy oil F are presented. A classification of EG
systems with natural and forced circulation is presented. The use of steam for
power is desirable at large plants only. In heating F, cooling is required for
floor and lateral pipes, crown beams, and fr mes. Data on heat loss by contin-
uous furnaces are available. Two heating f tces using EC are operating at the
Gor'kiy Auto Plant. Experimental data and -an equation for calculating heat loss
by the cooled elements of electrical F are adduced. Analysis of EC for blast,
open-hearth, heating, and ferro-alloy F. and indices of the engineering econom-
ics of their operation are presented. The conversion of 100 open-hearth F to EC
in 1955 saved 40,000,000 rubles. The life of the cooled elements increased 3 to
10 times.
G. G.
Card 2/3

Evaporative Cooling of Metallurgical Furnaces (cont.)
SOV/ 137-57-6-9606 D
ASSOCIATION: In-t metallurgii. AN SSSR. Gos. Soyuz. in-t po proyektir. metal-
lurg. z-dov (Institute of Metallurgy. Academy of Sciences, USSR.
State Union Institute for Planning Metallurgical Factories), Moscow-
Khar'kov
Card 3/3

ANMNIYICV, S.M., kandidat tekhnichookikh nauk.
'mr'r _WWAIK
On the article "Hot cooling of open hearth furnaceeff by A.I.
Turin and others. Stal' 16 no.1:66-67 '56. (MLRA 9:5)
1. Giprostall.
(Open hearth furnaces)

r4oo E-
_77

AIMII'YNV. Sergi &XInvIgh, kandidat tekhnIcheskikh nauk; RATKOVSKIT.
lurly borls6i_ich, inzhener; IPILIP'YEV, Oleg Vladimirovich,
Inzhener; SHINDARITA, Klara Takovlavna, inzhaner; KOROTHTSKIT, D.N,,
otvatetvann.vy redaktor; LIBERW,S.So, redaktor izdatelletya;
SIXTATSKATA, Ye.K., radektor Watelletva; ANMIZV, S.F.,
tokbuicheekly redaktor
[Evaporative cooling of open-hearth furnaces; fundamentals of
cooling and principles of design] Isparitellnoe okhlazhdonis
martenovskikh pechei; oenovnya polozheniia sisteuV okhlazhdontia
printsipy ea proaktirovaniia. Pod obabchei red. S.M.Andoulava.
KharIkov, Goo. nauchno-takhn. izd-vo lit-ry po chernoi i tsvetnoi
metallurgii, 1957. 356 p. NWA 10:6)
(Open-hearth process) (Evaporating appliances)

137-58-5-9095
Translation from: Referati-vnyy zhurnal, Metallurgiya, 1958, Nr 5 p 50 (USSR)
AUTHOR: Andon'yev, S.M.
TITLE: Evaporation Cooling of Open-hearth Furnaces (Isparj*.el'nove
okhlazhdeniye martenovskikh pechey)
PERIODICAL: Tr. Nauchno-tekhn. soveshchaniya po ispol'zovaniyu vtorich-
nykh energ. resursov. Moscow - Leningrad, Gosenergoizda'..
1957, pp 69-88
ABSTRACT: The following elements of evaporalion-cooling J__C) syzlellis
are described: caissons for gas lines, tuyeres for injecTion of
fuel oil, pivot girders, frames and crossbeams of charging
doors, separator tanks, connecting lines, and regalating and
metering apparatus and automation equipmeni. The following
peculiarities of EC systems are examined: engineering and de-
sign factors, peculiarities of the circulation in an EC system,
utilization of steam from EC systems, and cost- and -production
criteria. Engineering criteria for the operation of EC systems
are given; maximum thermal stresses on the surface of Loni-
ponents being cooled; heat lost by individual components to %he
Ca rd I /Z cooling water; total discharge of stearn and the consumption ot

137-58-5-9095
Evaporation Cooling of Open-hearth Furnaces
chemically purified water; specific generation and consumption of steam;
length of service of components being cooled; the efficiency of the open-
hearth furnace; consumption of metal and pipe lines. See also RzhMet. 1957,
Nr 9, abstract 16501.
Ye.N.
1. Open hearth furnac es- -Cooling -2. Evapora'.1--loii--Applicqticr-,-,-.
Card Z/2

ITHORS: Andonlev,-S:.M. (Candidate of technical sciences), Filiplev, O.V.9
gineers). 130-3-20/22
Volkov, V'.F. and Sirenko, V.M. (EA
1LE: New Design of Air-Cooled Charging Door (Novaya konstruktsiya
zaslonkil okhlazhdayemoy.vozdukhom)...
,RIODIQAL: "Metallurg" (Metallurgist), 1957, No-3t .]~#40* (1J*S'#Se1~*)
ISTRACT: Air-cooled charging doors for open hearths are being tested at
the Stalinsk Metallurgical Works-. These consist of a metal
screening part and a lined plate. The 'plate is a steel box with
internal reinforcement; the triple screen is made of sheet iron.
In the event of failure the lined plate can easily be detached
from the screen and replaced. The whole lined part is regularly
replaced every month. Of two materials tested for the refravt-c--jr
lining of the plate the following was selected: 70 Vt % ohromite
ore (grain size less thAn 7 mm , 30% h-1-ghly calcined magz"its.
(grain size less than 0.088 mm~ and 1Q of a 10% sulphuric acid
solution. The external temperature of the screen was found to
vary from 500 at the start to about 800 at the end of the service
Card 1/1 life of lining; the correspondirg heat losses were 600 and 15 000
cal/hr. An editorial note points out that further improvements
in design are necessary'. There is one diagram and one table'.
SSOCIATION: Giprostall.

133-8-2/28
An investigation of the wear of blast furnace hearths and
the choice of design for their air cooling system, (Cont.)
coliples should be placed on the boundary of the heat re-
siptance concrete, no more than 4 m from the top of the
hearth. The dependence of the temperature measured at a
distance of 4.? m from the top of the hearth along its
axis on the wear of lining for various furnaces is shown
in Fig.5. For the determination of the wear of lining on
the basis of temperature at a given point in the hearth
the following empirical formula is proposed:
X = 1400 - T - where x = thickness of the remaining
350 - 0.1 V
lining, M; T = otemperature on the axis of the h9arth at a
depth of 4.9 m, C; V = volume of the furnace, ml. The
copiparison of calculated and determined temperatures for
No.4 ME furnacep illustrating the applicability of the
above formula is given in Table 4. The wear of the above
hearth on blowing out of the furnace is shown in Fig.6. A
Aopogram for calculating the wear of lining in hearth from
indications of thermocouples for the above furnace is shown
Card 3/4 in Fig.7. On the basis of the results obtained it is con-
cl'~ided that air cooling of the hearth will decrease the

130-12-4/24
AUTHORS: 4ulladon' evs, S.M., Candidate of Technical Sciences,
u 'v -~-Knld Liderman, S
O~no S.).Ma M., Engineers.
v.~
TITIE: Plate Coolers in the Blast Furnace Stack (Plitovyyc kholod-
illniki v shakhte domennykh pechey)
PERIODICAL: Metallurg, 1957, vo.12, pp. 8 - 9 (USSR).
ABSTRACT: The authors consider the heat-loss and cooliag problems
involved in using peripheral plate coolers (horizontally-ribbed
vertical plates) in the blast-furnace stack, as at the Dzerzhinsk
Works, This practice was described by G.G. Oreshkin and the
authors examine some of his conclusions. They disagreevith
Oreshkin's views on optimal stack lines and point out that the
ineffectiveness of utilisation of the increased furnace volume
obtained with the plate coolers is shown by the equal performance
of a new furnace with conventional stack coolinC, and with the
same original volume. The authors give graphs relating the
temperature of the cooler ribs to heat flow for the two Dzerzh-
insk furnaces with peripheral plate coolers. There are 2 figures.
ASSOCIATION: Giprostall
AVAILABIE Library of Congress
Card 1/1

'Working Principles and Application (Cont.) 734
installing the equipment. In addition, the author gives
engineering and economic data on open-hearth furnaces operating
with the new system of evaporative cooling, as well as data on
the effectiveness of the system. It is stated that at present
more than 100 Soviet open-hearth furnaces are equipped with the
new system. In this second edition certain sections have been
rewritten on the basis of experience gained in the operation of
the cooling systems. As in the case of the first editlon, most
of the book is based on studies made-at the Evaporative Cooling
Section of "Giprostall" (State Institute for the Planning of
Steel-Industry Establishments). There are 27 references, of
which 22 are Soviet, 3 German, and 2 English. No personalities
are mentioned.
TABIX OF CONTENTS:
Preface
5
Card 2/8

Working Principles and Application (Cont.) 734
Ch. II, Structure of Open-hearth Furnace and its Operation 27
1, General description 27
2. Principal elements of the open-hearth furnace 28
3. Operation of the open-hearth furnace 32
4. Water-cooled parts ~3
5. Heat losses from the cooling water 5
Ch. II I. Water Cooling of Open-hearth Furnaces 57
1. Characteristics and types of water cooling 57
2. Hot-water cooling system 99
3. Cold-water cooling system 1
4. Water-supply systems for the open-hearth shop 63
5. Quality and consumption of water in water cooling 66
6* Trea-,'.*,ment of water 73
Ch. IV. Evaporative Cooling of Open-hearth Furnaces 76
Card 4/8

Work!ng Principles and Application (Cont.) 734
15. Corrosion in the system and means of preventing it 153
Ch. V. Installation of Evaporative Cooling Equipment 156
Ch. VI. Evaporative Cooling in Operation 16o
1. General considerations 16o
2. Technical specifications for operation 16o
3. Servicing of evaporative cooling equipment 161
4. Technical records 174
5. Starting the system 175
6. Converting the system. for cooling with industrial
water 177
7. Faulty operation 178
8. Safety precautions 183
9. Work organization and working-place layout 185
Ch. VII. Utilization of the Steam of Evaporative Cooling 189
1. The problem of utilizing the'steam 189
Card 6/6

Working Principles and Application (Cont.) 734
1. Consolidated capital-construction data 2o6
2. Consolidated operational data 206
3. The economic advantages of evaporative cooling in
open-hearth furnaces 210
Bibliography 210
Appendices 217
AVAILABLE: Library of Congress
GO/ksv
11-25-58
Card 8/8

133-58-3-2-//29
AUTHOR: Andonlyev, S.M., Candidate of Technical Sciences
TITLE: _-Xii -Experience esignin~,, and Operating Evaporation
Cooling of Metallurgical Furnaces (Opyt proyektirovaniya
i ekspluatatsii isparitellnogo o1thlazhdeniya metallurgi-
cheskikh pechey)
PERIODICAL: Stal', 1958, vr 3, pp 271 - 280 (USSR)
ABSTRACT: A brief review of the design features of evaporation
cooling as applied to open-hearth and reheatinE furnaces as
well as of the proposed design of evaporation cooling of blast
furnaces is given. At present, 120 open-hearth furnaces are
operating with evaporation cooling and by 1960 the majority
of open-hearth furnaces will be transferred to this method
of cooling. 14ain technico-economical indices of the systems
of water and evaporation coolinE, of metallurgical furnaces
are given in Table 1; multiples of circulation for various
parts of metallurgical furnaces (checked by experiments on
an industrial scale) - Table 2; thermal intensities of cooled
elements in various zones of a blast furnace - Table 3;
thermal intensities on the surface of cooled parts of open-
hearth furnaces - Table 4. There are 5 tables and
Cardl/1 7 figures.
ASSOCIATION: Giprostall
AVAILABLE: Library of Congress

ANDOWYEV, S.M., kand.tekhn.nauk
--- ~ -
Evaporation cooling of blast furnaces. Biul. TSHIICHM no-7:1-7
'58* (MIRA 11:6)
. (Blast furnaces-Cooling

Sov/133/58-9--2/29
AUTHORS:Andon' x9yo 1q_ IL.(Cand.Tech.Science~l Kudinov, G. A.
CTE-gineer), Filiplyev, 0. V. (Engineer)
TITLE: Some New Designs of Cooling Systems for Blast Furnaces
(Novyye konstruktsii dlya okhlazhdeniya domennoy pechi)
PERIODICAL: Stall, 1958, Nr 9t PP 776-780 (USSR)
ABSTRACT: On the'basis of a large experimental and design work
(not specified) carried out by Giprostall, some new designs
of cooling systems for blast furnaces are outlined. Pe
6esigns were prepared for a typical furnace of 1033 m work-
ing volume. Characteristic features: Cooling of the blast
furnace stack is proposed in two modificationa: 1) cooling
with continuous vertical plate coolers with ring supports
in each row (for supporting lining). A thin stack lining
with a proportional widening of the bottom part of the fur-
nace and the throat is recommended. This can increase the
working volume of the furnace by 25-30%. Coolers are joined
into vertical sections (four tubes are cast in each plate
cooler - Fig.2A); 2) cooling with vertical plate coolers
(Fig.2B) with supporting rinGs in order to give a firm oupp-
ort to the lining (Fig-3). The coolers are placed in a check
pattern, 24 in a row, and together with supporting rings
Card 1/3

sov/133/58-9-2/29
Some New Designs of Cooling Systems for Blast Furnaces
divide the lining into independent sectors. Supporting a-.ngs
are placed at an angle of 5-100 to the horizontal plane so
that the descending burden will prevent falling out of the
individual bricks and partially fill up burned out sections
of brickwork (self-linin~ furnace). The bosh is cooled with
plate coolers wil F
Uh ribs ig.4) forming cells which on
erosion of the lining can be filled with the slagged burden
materials. A specia-1,."L-shaped cooler * is .' for
.,; proposed
the protection of the lintel Coolers are joined
in vertical sections. Tuyere cooling: the cooling space is
divided by a plate into two longitudinal sections, communi-
cating at the tuyere nozzle. Screw-like ribs-are welded to
the dividing plate (Fig.6). In this way the apeed of water
current can be increased to 1.5-2.0 m/see as against
0.05-0-10 m/sec, in the tuyeres used at present.
Hearth: Some modifications in the construction of the
hearth bottom are outlined (Pigs 7 8). Air cooling of the
bottom of the hearth is recommenaeA. The overall cooling
Card 2/3

M
SOVI 133/58-9-2/29
Some New Designs of Cooling Systems for Blast Furnaces
of the furnace is shown in Fig.l: A - with a thick stack
lining, B - with a thin stack lining. There are 8 figures
and no references.
ASSOCIATION: Giprostall.
Card 3/3

............
18(5) SOV/128-59-4-8/27
AUTHORo: Andonlyev, 06119, Doctor of Technical ociencety,
_717T=Py_e_v_,__U._T_., and Radionova,Ye.A., Engineers
TlTLE: Vapor-Cooling Syctem for Cupolas
PERIODICAL: Liteynoye Proizvodptvo, 1959, TIr 4, pp 14-15 (US-TR)
ABwTRACT: In the cource of an inten-ification of the cupola
melting process of cast iron, it is very important
to improve the cooling of the hou-,ing, in order to
raipe the durability of the inner fireproof caping
and to enlarge the diameter of the melting belt.
Water cooling of the cupola melting belt is already
introduced in the Moscow Likhachev Auto Plant, in the
Roptov agricultural machine works , and in a nititiber of
other big plantp. With a decrea-c in thicl-ie!-P of
the inner caping, the conpui:iption of fireproof mater-
ial is reduced, although more heat is lost in the
cooling water, which meann a raise in coke conpump-
tion. The specific loFPe!- of heat through water
cooling amount to 14,800 kcal/t, if the inner casing
Card 1/3 is mipping. They only total 1,200 kcal/t, if there

Vapor-Cooling SycteM for Cupolas SOV/128-57-1-9/270
Card 2/3
ic an inner casing. 71ith a cupola efficiency of 30it
the additional coke consumption repulting from the
cooling amounts to 7.5 kg/tj I-Inter cooling makes it
poF?Pible to increase the dimenpion,,! of the cupolaf-
and to raise their output. This cooling !--y-tem,
however, is deficient in Peveral re-pectp: the water
consumption is very conpiderable, which ip unprofit-
able in the engine building plants; minerals are
precipitated from the cooling water arid form Pediments
and deposits with the result, that the houFing warpn
and burns through. At the pre,-ent time the metallurgic
industry mainly uses evaporative cooling. The general
idea of this method in, that the heat abstracted
through the cooling water is used for its evaporation.
Since the vaporization heat ai.iounto to about 540 kcal/
kg, the water conpumption for the cooling is reduced
to a large extent, and it ip pospible to use chemical-
ly purified water which doen not caume an incru-tra-
tion of boiler qcale. A project for evaporative

Vapor-Cooling Syetem for Cupolas SOV/128-59-4-8/27
cooling of a group of four cupoltia i- jupt being
put into practice. Current can be F-aved with eva-
porative cooling because the pumping of the cooling
water becomes unneceppary. There are 3 tLblep and
2 diagrmp.
Card 3/3

It SOV/133-59-6-12/41
AUTHORS: Doctor of Technical Sciences,
-Pilip~yev. O.V., Engineer and Popova, Ye.V., Engineer
TITLEs An Inyestigation of Ports of open Hearth Furnaces
Fired with Gas with a Supply of Compressed Air and
Oxygen (Issladovaniye golovok gazovykh martenovskikh
pechey a podachey kompressornogo vozdukha i kisloroda)
PERIODICALtStall, 1959, Nr 6, pp 509-512 (USSR)
ABSTRACT: In view of the increasing importance of choosing the
most suitable designs of ports for large open hearth
furnaces, Giprostall carried out laboratory
investigations of a number of ports on models of
typical 220 and 500 ton open hearth furnaces (scale 1:20)
during which the following factors were determined:
a) the direction of streams in the working space and
hydraulic resistance in the port of the furnace during
the passage of gas and fumes; b) zone of mixing fuel
with air. The experimental procedure is outlined.
The designs of ports tested for 220 ton and 500 ton
furnaces are shown in Fig 1 and 2 respectively and the
Card 1/4 results obtained in tables 1 and 2 respectively. It was

SOV/133,-59-6-12/41
An Investigation of Forts of Open Hearth Furnaces Fired with Gas
with a Supply of Compressed Air and Oxygen
found that: 1) Using water models and hydrochemical
oscillographic methods of investigation it is possible
to establish the hydrodynamic characteristics of the
flame and the quality of mixing of fuel and air as
well as to determine the influence of: the coefficient
of excess air; additions of compressed airi oxygen;
changes in -the shape of the part and working space.
This facilitates the choice of rational designs for
industrial testing. 2) The laboratory investigations
indicated that the designs of ports used in open hearth
furnaces can be improved by enlarging the outlet
(up to 50%) and supplying,in the top part, compressed
air and oxygen In the bottom part; whereupon the
resistance of the port decreases by a factor of 5.
This permits: an improvement in the heating of gas
cheekers; an increase in the intensity of the flame
volume up to 50%. It will be advantageous to
Card 2/4 decrease the length of the port by 30% which will allow

SOV/133--59-6-12/41
An Investigation of Ports of Open Hearth Purnaces Fired with Gas
with a Supply of Compressed Air and Oxygen
increasing the surface area of the bath.
3) It is advantageous to make the port lining of
a thickness of 150 mm with a thermal insulation of
20 - 30 mm and metallic shell of the port of a size
not exceeding 150 mm. In this way at the beginning
of operation the lining will protrude 20 - 30 mm.
When using metallic shell 230 - 260 mm ut a high
thickness of the lining the heat efficiency decreases
by a factor of two after 80 - 100 heats (Fig 3)-
The following is recommended for industrial testing:
a) port of a normal length with increased by 50% cross-
section area of the outlet and with a supply of
additional compressed air through nozzles situated
in the metallic shell of the outlet. it would be
advantageous to supply oxygen also (compressed air
through top nozzles, oxygen through bottom nozzles)i
b) a shortened port with the length of the bottom of
2000 mm with a corresponding increase in the length
Card 3/4 of the bath and a decrease in its depth (by 80 - 100 mm).

5OV/133-59-6-12/iii,
An lnvestigation of Ports of Open Hearth Furnaces Fired with Gas
with a Supply of Compressed Air and Oxygen
Using designed parameters of the port of a typical
500 ton furnace one cannot expect complete
combustion of fuel in the working space, therefore,
the designed thermal performance cannot be achieved
without using niea~s of flame turbulisation (compressed
air or oxygen). There are 3 figures, 2 tables and
10 Soviet references.
Card 4/4

,ANMNIYBV S.M.- ZHLOBINSKIY, Ye.I.; YURIYEV, M.A.; STRUGATSKIT, L.P.;
V, B.V.; TSELUYKO; Yu.I.; SUVOROV, A.I.; FILIPOYEV, O.V.;
KALASHNIKOV9 ?.A.; LIVOV, V.N.; SULDYIV, V.A.
Evaporation cooling of rollinp-mill heating furnaces in open-hearth-
furnace plants and complex utilization of secondary power resourcose
Prom. energ. 14 no-1:37-39 Ja 159. (MIRA 12:1)
(Purnaces, Heating) (Boilers)

77
18-3200 /3
S' OV/ 'I J5 3 -6
AUTHORS: \Andonlyev, S. M. (Doctor of Technical sciences').,
7u-dlm-7~,. iliplyev, 0. V. (Engineers)
TITLE: Study of Performance of' Blas'.-, F,,-,rnaces With Stack
Coolers of Various Designs
PERIODICAL: Stall, 1960, Nr 1, pp 23-28 (USSR)
ABSTRACT: A report concerning the 1958 inves~:igation by the Sl.-.ate
Institute for the Design and Planning of' Steel Industry
(GIPROSTALI), with participation of plant ersonnel of'
(not iden-fie P,:
three metallurgical plants' 11-L P I (furnaces
IA-TD), II (furnaces IJA and 1IB), and M (furnace ITTA)
.~1:43; 1-3-1386;
of following volume (!P. ): furnace IA-c.
IV-1386; 10-1386; ID-1386; IIA-103"; 11P-'033; IIIA-1-186.
The methods of cooling I-he staolks of ",ese rul,naces iz
shown in Fig. 1. The design rew-ures -if the furnaces;
measuring the heat losses by s~ac;-, ivater cc)o!1nE.:;
the effect of coolers on thle ~_-empera-,zre of gas flC,.,;;
the analysis of furnace perfori:-.ance coolers of' var.'_
Card 1/8 ous designs; the selection of cooler's design and t..he

Study of Performance of' Blast Furnaces 141~11- 7"
Stack Coolers of Various Designs SOV/133-60-1-6/30
thickness of stack lining are discussed. A recom-
mended optimum design of a typical blast furnace is
given in Fig. 4. The authors arrived a",-. !"-.he followin..-,
conclu3ions: (1) The vertical peripheral coolers of
stack, installed as continuous belts tight- against
blast furnace shell, are recognllzed t-- lbe the bost-
Though the stack ~Teat. losses i,;ith tllie,~,e coc.-Iors 0.."111-11
maximum burning out of' the lining) in the average are
20% higher than that in the case of .,iorizontal or
"bracket type" coolers, the analysis of furnace per-
formance showed no negative effect of plate type
coolers on coke consumption and furnace output.
(2) The peripheral plate type coolers are reliable
and protect the blast furnace shell from, heating,
which eliminates the necessity of external spraying
(~n "he case of continuous belts, set -.-4gh-- against
*fe is 4 to
the furnace shell, without gaps). Their 1.L
5 times higher than ',-hat of' horizcrtal cr "t-Iraciret
type" coolers. (3) The thicl--.~,ess of s-lac*.-, lininc,
plate type coolers are installed, s~~cuid ',--,e reduced to
Card 2/8 575 mm. (4) In the even', the coolers are equipped

0
870
It
C ard 5/8
Fig. 1 (COlit',I)

.((44 5
SOVII -.- -60-1-6/--.o
,.A I
1~ 41
-41
F "
~~o
,, El
I
Card 4/8
Fig. I (cont'd)

-OV/1
TO
"Od
;;,00- 3200- MOOP
8700
7 5.9'',
Mv.
Ak-
Fig. 1. The cooling uystems used In stacks of investigated
blast Furnaces.
Card 5/8

Card c0i (,()114 SOV/133-uO-I-b

Study of Performance of' Blabt Furnaces Wlth 771145
Stack Coolers of Various Designs SOV/133-6o-1-6/36
Caption to Fig. 4.
Fig. 4. Recommended design for the increase of workiniz
volume of a typical blast furnace from 1719 to 1960 m3-.
(1) an alternate design showinj an installation of plate
type coolers (continuous belts '; (II) an alternate design
showing an installation of coolers with gaps along the
height; (a) axis of pipe for taking gas amples; (b) axis
of air tu ere; (c) axis of slag notch; (d) axis of*iron
notch; (e~ metal stock; (f) ventilating blast.
Card 7/8

Study of Performance of Blast Furnaces With 7714
47
Stack Coolers of Various Designs SOV 133-6o-1-6/3o
supporting shelves, the life of lining should increase.
(5) Due to the fact that plate type coolers work under
difficult conditions of slag hardened on the walls of
blast furnace, it is recommended to cast them from the
alloyedj growth resistant cast iron of ZhChKh -2,5 type.
Following dimensions of plate type coolers are recom-
mended: thickness of ribbed.portion of cooler--115 to
150 mmi thicknevs of the main metal part of cooler--
120 mm. The poured-in fire clay should not occupy more
than 55% of cooler's surface. For cooling of the bosh
the ribbed coolers without poured fire clay are recom~
mended. The height of the rib should be about 75 nim.
The ribs of the plate type coolers should have the
longitudinal and transverse Blots for the relief of
thermal stresses. There are 4 figures; and 5 tables.*
Card 8/8

" ANWNIYZV, S.M.: FILIIIPIYRV, O,V.; ZHITOMIRSKIY, I.S.
. ;
Now method for simulating the mixing of fuel, air, and osygen
in open-hearth furnaces. Inzh.-fis.zhur. no.1:25-29 Ja 160.
(MIRA 13:4)
1. Goeudarstvenny7 nauchno--inaledovatellskiy i proyektny7 institut
metallur ichaskoy proWshlennouti, "Giprostal,"Kharlkov.
?;;n-hearth furnaces)
0.

8/.117/61/000/010/003/056
A006/A101
AMAORSt Andoqlyav~_& MA Somohanko, M. S.
T:1W I EXre.-40MOOS Of Use and ec6nomio efficienoy of evaporation cooling of
metallurgical furnaces at USSR plants
M.70DICALI Rsfar~ativnyy z1hurral, Metallurglya) no, 10, 1961, 9 v 10j abstract
10B55. ("Sb. nw-john. tr. Goo. n.-i. proyektn. in-t matallurg.
prom-sti 10igraotal1% 1960, no. 2, 152 - 160)
TM. I ~1.hs e~zthors analyzed the opere-ion of evaporation-oooling devices on
mettI171--siloal furnaces at UBSR plants. It was established that the use of vapor
saved alone > 870,000 toone Warenoe fuel during 1959. The financial savings in
19~9 for opjrei*z-,-Q. expenses arA from using vapor at the plants amounted to about
110 Mllli:~n rublea. Nevertheless, the assimilation of evaporation oooling pro--
oeeds etill very slowly. The existing evaporation oooling devioes at the pliAts
are used very little. At some plants udeful parts are excha:4pd? an their bur4ing
durIng t0k,.e next agmpalga is feared. It is necessary to intensify the technical
oc;ixtr.A by 01proRtalt amd 1~ne control for the observation of ope'ratiorial rules and
teo,*rr_io&1 epeaifloat~ions in m&'Aufacturing th~ parts to be oool&d. -OD evaporation
Card 1/2.'

S/137/61/PW/010/PO3/056
Experdenoes.of use &ad eaenomio.officienoy of... A006/AI01
coolin.g units with up to 3 atm.,vrapor preavir*, the separator drums must be ale-
vated to 12 - 15 m heightj the parts to be cooled bs 6o=oqteA to thelo to
improv-9 their stability.. To eliminate the possibility of scale formation and
slag aocunrilation the water conditions of the %y3ttm must be daily checked. The
ohamioal oomposition of the boiler water is: hardness not over 1 mgeqaiv/lj al-
kallnit-y not over 30 Masquiv/1) salt content 15,000 - 20,000 mgj1. Vapor pres-
sure s:riould not be below 6 - 8..atm to.assure the .0a11 utilization of the steam.
B. MsLatryukov
[Abstraoterls notat Complete translation]
Card 2/2

A.VD0118YEV, S.M., doktor tekhn.nauk
Braporative cooling of metallurgical furnaces. Trudy RM cherv.
met. 20:236-252 160. (MIU 13: 10)
1. Girpostall.
(Metallurgical furnaces-Cooling)

-ANPQN!Xgi__~~~~dch# doktor takhn. nauk,, Frinimli uchastlyet
BELAN, F.L., insh.; KAU40, Te.A.j TSELUKO, Yu.j.~ in2h.; Em-
ZH=9 S.M.2 inzh.; SMWO, B.M., inzh.; FILIPIyEV, O.V., inzb.,.
NOMD, V.S., doktor tokhjl'v Vkukv profs.0 retsenzent; VITSKEVICH, Te.A..,
redo; YEZDOKGVA, M.L., reds ind-va; DOBUZHINSMA, L9V#j tekhno redo
[Evaporation cooling of metallurgical furnaces) Isparitellnoe okh-
lazhdanie metallurgicheskikh peehei; oanovwje P0102heniia. Moskva,,
.Gos. nau6hno-takhn. izd-vo lit-ry po chernoi i tsvetnoi metallurgiip
1961. "7 p, (MIRA 3.4:10)
(Metallurgjcal furnaces-Cooling)

AJIDONIYEV, S.M.; FILIPIYEVp O.V.; KUDINOVp G.A.
Increasing the durability of blast furnace hearth bottoms.
Metallurg 8 no.7:9-11 J3. 163- (MMA 16t8)
1. Gosudarstvennyy institut po provektiravaniyu predpriyatiy po
proizvodetvu stali.
(Blast furnaces-Design and construction)

ARDONIIEV, S.M., doktor tekbn.nauk; TSZLYUKO, lu.M., inzh.;
KATSENELENBOGER, L.B.0 irtzh.; MOSTITSKITO A.V., inzh.;
RUDNITSKIY, Ya.N.., inzh.; FMO, A.P., inzh.; TRUSH, V.I., insh.
Investigating thermal processes in converter "caissons" and
chimneys. Stall 22 no.2:173-176 F 162. (MIRA 15:2)
1. Gosudarstvennyy institut po, proyektirovaniyu metallurgiches-
kikh zavodov i predpriyatiy
iBessemer process)
(Heat-Tranomission)

A.NDONI~qY,_A.tj.-, doktor tekhn. nauk; TSELUYKO, Yu.I... inzh.; RUDNITSKIY,
Y&Jo. lnzh,; KOTEN, M.G., inzh.
Lead-off of converter gases without burning them in the combustion
chamber. Prom. enarg. 18 no,6:17-21 Je 163. (MMA 16:7)
(Steel-Metallurgy)

AI,DCHI)5&V) S.M., doktcr TSELIYUKO, Yu.I., inzh.; RUDNIISKIY, U.N.,
KATSENELENBOGEN, L.B., inzh.; *,,',M-,,R3".'-AI6YI1, A.D., inzli.;
MY,6RUNY-~S, 1.3... inza.
Investigating experimental contours with natural circulation of water
in tho chinney of an oxygen-blown converter. Stall 23 no.7:664-.667
J1 163. C-aiu 16:9)
1. Gosudarstvennyy institut po proyektirovaniyu prodpriyatiy po
proizvodstvu stah i Krivorozliskiy netallurgichesIdy zavod.
(Convertera-Cooling)

D V,
EVI )/EWR(b)/E'WP(l)
1-?~,9-,_65 El-rr(d)/EViT(m)AWP(c)/EIYA(d)/E-','P(V)/r-2/EWP(t)/ P(k
ACCESSION NR AF,4046730 BOOK EXPLOITATION Pf-4 MJW/JD/
Samarin, A. M., ed. (Correoponding member, Academy of Scioncest
Steel production; handbook (Staloplavilluoye proizvodatvo; epravocbAik),
t. Z., Mo3cowj Izd.vo "Motallurgiyall, 1964, 1039 P. illur... biblio.,
tabloa. Errata &lip inserted. 5,850 copies printed.
TOPIC TAGS: stool, opon-hoartb furnace, quality control, refractory
TABLE OF CONTENTS (abiidgodlil(
?Lrt 3. Thermal engineering
Ch. XV. Fuel and its combustion in an open-hearth furnace (N. 1.
1 --,nov) -- 535
Ca. Mechanics of furnace gaaea in open-hearth furnaces (G. M.
554
Ch. XVII. Heat transfer in an open-hearth furnac a (S.S. Mniridno 575
Ch. XVIII. Thermal operation of an open-hearth fur6a-ce (Ye. A. Kapuati;)
603
Ch. XIX. Auxiliary thermal equipment in steel production (B. 0. Turov6kiy)
C.':j/gl7

.L 1-7595-65
ACCESSION NR AM4046730
Part 9. Thermal processes
Ch. XX. Automatic control and regulation of thermal processes in steel
production (A. P. Kopolovich I ,A. P. Sinchuk, and M. A. j,Yov) -- 6)0
Ch. XXI. Evaporative cooling of open-hearth furnaces (S. F,_.Andee~gv)
720
Ch. XXII. 11ot cooling of open-hearth furnaces (A. I. Tyurin) 745
Ch. XXIII. Boilers of open-hearth furnaces (A.-1. "crothinakiy) -- 754
Ch. XXXV. Cooling and cleaning converter gases kA. 1. Barozhi okiy) -- 778
Ch. XXV. Supplying steelmaking shops with compressed air (G. A. Timoahko)
793
Ch. XXVI. Supplying steelmaking shops with oil (G. A. Timoahko) 807
Part 10. Methods of quality control and testing
Ch. XXVII. ChGL%iC&1 analysis (P. Ya. Takovlov) 818
Ch. XXVIII. Spectral analyaii;'(H. H. Sorok mna 84o
Ch. XXIX. Holtiitg and delivered7u-&U-tycontrol of stool (YI. 1. Vinograd)
851
Ch. XXX. Mechanical tooting of metals (P. G. Timo8huk) -- 868
Ch. XXXI. Analysis of gases in metals and alloys (L.L.Xunin, T. Ya.
lzmanova, and Yo. M. Chistyakova) -- 887
Ch. XXXII. Determining nonmetallic intlusione and carbides (M. M. Shapiro)
card 2/3 097

L 17595-65
.AcassioN NR AY,4046730
Ch. XXXIII. Defectols ?'AV. S. Tokmekov) -- 910
Ch. XXXIV. Uoe of radioactive isotopes to study the processes of steel
production -- 924
Part 11. Design
Ch. XXXV. Dosien of steelmaking shops (0. A. Garbuz and D. T. Martainkovskir)
- 932
Par~ 12. Economics
Ch. XXXVI. Technical-economic indicators of stool production (G. V. Vitin
and A. ,G. Lifshits) -- 956
Part 13. Transportation, refraotoriois, oxygen, classification and
characteristics of steels
Ch. X)LXVII. Tranaportation (S. S. Borlyand) -- 980
Ch. XXXVIII. Refr ctories (M_.__A_.=ur4y*) -- 993
Ch. X 'IX. Oxygow(D. L. Glizmananko) -_ 1009 1
Ch. XL. ClansificatTon and charWo-toristics of Steel (K. V. Mrtyuskna)
1020
SUB CODEt MM SUB~ITTEDs 30mayA KF REF SM 279
OTHER% 0"
Cofd 3/3

ANDONIYEV, S.M., doktor tekhn.nauk; FILIPIYEV, O.V., kand.takhn.nauk;
IMMOVICH, D.B.; GOLIDIN, Sh.L., inzh.
Evaporative cooling of cupola furnaces. Prom. energ. 19
no.3:21-26 Mr 164. (MIRA 17:4)
Y,

ANDONIY,'-V,,, Sj!,~ CLAZKOVY I,-eceased]; HCHIN, KONDRAT-IYEV, Ye.H.;
Ye.M.i MAKOOV, PAMOATOV.. PEATIT17, 11~1.,
L , I~-- t ry., 9
POKRAS, L.M.; !UCIIT.MAN, A~M., P.A.; SFFIAIJ~-AYN, F.I.,-
SHKLYPE, T.I.~ Fririrml.". uchastlye~ B17RMAN, M.N., VARFALOIET-Ev,
F,T.~; Rb.KNJI 14.k., WY'-~IYEXIGH, G.I.-, ISAPIRC, V,',; ALEKSEYEV,
R.S.
floating Martin furnac-es wIth natural gas using roformerB.
IA7. pron. 9 na.1b14-1-7 164. (MA IM12)

ANDOIII-)TY.--", doktor tekhn.nauk; TSELUY-KO, Yu.I., Inzh.; RIJDNITSKTY, Ya.N.,
inzh.; KATSENELENBOGEN, L.B., inzb.
Selection of an efficient grouping of complex installations for
evaporatior, cooling and waste heat boilers for heating furnaceB.
Stall 24 no.7!664-667 .11 164. (MIRA 18~1)

ANV,('-NIYF,Vp S.M., daktor takhn.nauk; TSELUYKO, Yu,,.T.
inzh.
Evaporative cooling of lArge holding furnnees. Prca. Pnerg. 20
no.709-43 JI 165, (KIRA 18.]2)