SCIENTIFIC ABSTRACT BANZBURG, S. B. - BARA, B.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000103420004-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 9, 2000
• Sequence Number: 4
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

YU D.S., professor
w1pidemic infantile paralysis"' "81"Bausbus Kopelevich,
S.M.
q 0.. 1
Reviewed by D.S.Futer. Pediatrila no-305TW*49 155 (MLRA
8:10)
(POLIOMMITIS) '.'(GAMURG, S:I.) (EDPAMICH, S.M.)

STURMAN, A.V., voter. vrach (Strasherskiy rayon, Moldavskaya
SSR); BUIPWOV)
Yu.N., voter. folldsher (StMshanskiy rayon, Moldavskaya
SSR); KAL).:
NITSKIY, P.I., voter. vrach (Strasherskiy rayon,
Moldavskaya. SSR);
OCHAKOVSKIY, Z.M., voter. 1,rach (Strashenakiy rayon,
Moldavskaya,
SSR); GOTSENOGA, A.D. (Strmhenskiy rayon, Moldavskoy SSR);
ABRAM-
YAN, G.I., voter, vrach; M M TIYEV, M.G., voter. felldsher
(s.Shi-
roz1u, Vedinskogo rayona Armyanskoy SSR); KIRAKOSYAN, A.A.,
voter.
vrach; GEORGIYEV, Yu.P., voter. vrach-, LOMAKIN, A.M.,
nauchnyy so-
trudnik; SHMLEV, L.A., voter. vrach.; TARASOV, I.I.,
assistent;
ROMASHKIN, V.M., voter. takhnik; ANDRIYAN, Ye.k.; BARTENEV,
V.S.;
KOROLI, Ye.I., voter. tekhnik; YEROSHENKO, A.K., aspirant;
BANZEK,
It P- SARAYKIN, I.M., prof.; ZIIEVAGIN, A.N., vetAr. vrach;
BIUTI-
YANOV, D.D.1, voter. vrach (Klimovichskiy rayon, Mogilovs~qy
oblas-
ti BSSR); SHALYGIN, B.V., voter. vrach (Klimovichskiy rayon,
Mogi-
levskoy oblasti, BSSR); RYABOKON, G.T., voter. felldsher;
?.-'OVSUM-
ZADE, KoKo, prnlr.-, DUGIN, G.L., aspirant; TITOV, G.I.,
nauchnyy sotrudnik;
MEDVEDEV~ I.G,, veter. vrach.; AJJMYEV, VA,.; ALLENOV: O.A.8
veter.vrachr:
Prophylaxis and treatment of noninfectious diseases in
calves and
piglets. Vaterinariia 40 no.2:40-47 F 163. (MIRA 17:2)
1. Ullyanovskaya. oblastnaya
veterinarno-bakteriologicheskaya labo-
ratoriya (for Sturman). 2. Kolkhoz Imeni Kirova.
Volnkonovskovo
(Continued on next card)

BACa,Istvan, fofelugyelo (Budapest)
International aspects of the new timetable in
use. Vasut 15
no.2:1-2 F 165.
1. Hungarian State Railways.

BAPAT9 YA* N*j GAHo TECH SCIt OF SEMI-
CONDUCTOR CURRENT SWITCHES USED IN HIGH-SPEED
C:OMPUTER4*
Moscow, 1960. dMIN OFJiIOHER AND SEC SPEC ED
RSFSR, Mos-
COW ORDER OF LE_N_l_W,",-bft~84WvlNST)* JKL9 2-61t
207).

S/105
,/60/000/06/17/023
B0141BOll
AVTHORSz Bapat, Ya. N.0 Kaganov, I. L.
PC/
TITLEt A Quiok-acting Semiconductor Switch and Trigger for
Electronic Computers
PERIODICALs Elektrichestvo, .1960,1ko. 6, PP. 76-81
TEXT: In the introduction the acceleration of the computing
process is
referred to as one of the principal problems facing
electronic computers.
The velocity of such process depends on the duration of the
pulse fronts
of input and output voltages. The duration of the fronts
depends on the
saturation of the triode bases, and a circuit with
acceleration
capacities was suggested (Ref. I)p which does not permit
saturation. With
a view to preventing saturation, a circuit operating on an
unsaturated
basis was suggested. This circuit is shown in Fig. 1. Here,
the triodes,
T1 and T2 are linked with the current source by way of the
emitter
circuit. This circuit was developed by.H. S. Yourke (Ref.
2). The
function of this circuit is discussed and it is stated that
due to the
Card 1/5

A Quick-acting Semiconductor Switch and
S/105/60/000/06/17/023
Trigger for Electronic Computers B0141BOll
absen'as of saturation this trigger is an excellent current
switch. The
circuit offered here cannot be used directly in computers,
in which the
circuits are grouped. Fig- 3 shows such a type of circuit,
that can be
applied to computers, and the function of the circuit is
discussed in
detail. The large number of current sources of this circuit
is con-
sidered to be a drawback; this number can be reduced to 1,
if the circuit
of Fig. 4 is used. M. M. Samokhvalov and N. 3, SpIridanny
Are mentioned
in the following discussion of the operating speed of the
circuit (Ref. 3).
Formulas are given for the calculation of the circuit
elements, and the
circuits with two voltage sources (Fig. 3) and with one
voltage source
(Fig. 4) are dealt with separately. Oreof the main
characteristics is
said to be the load-carrying capacity, i.e. the one
depending on the
number of input and output signals, in which a stable
operation is pos-
sible. The circuit shown in Fig. 7 is investigated.
Experiments made on
the switching speed show that the duration of pulse fronts
rises with
increasing number of triodes connected in parallel. This is
related with
an increase in the output capacitance. The temperature
stability is
shown in the diagram of Fig. 10. By introducing a feedback
between the
keys in these circuits, one obtains a trigger. Such a
trigger is shown /C
Card 2/3

A quiok-acting Semiconductor Switch and
S/105/60/000/06/17/023
Trigger for Electronic Computers B014/BO11
in Fig. 11. Its advantages are briefly discussed. There
are 11 figures
and 4 referencest 2 Soviet and 2 kmerican.
ASSOCIATIONs Moskovskiy energeticheskiy institut (Moscow
Institute of
Power Engineering)
SUBMITTED: March 10, 1960
V/C,
Card 3/3

J
318
S/194761/000/010/029/082
D222 D301
AUTHORS: Bapat, Ya.N. and Kaganov, I.L.
TITLE: Current-switching logical elements
PERIODMAL: Referativnyy zhurnal. Avtomatika i
raclioelektronilca,
no. 109 19619 32, abstract 10 B210 (Tr. Mosk. energ.
in-ta, 1961, no. 34, 5-15)
TEXT: Typical logical units, triggers and half-adders
built with transistors of the alloyed and drift types are
described.
The calculation of these circuits is given. Experimental
investi-
gation of these elements have shoxm that the supply voltages
can
vary within t 1576 individually, without influencing the
duration of
the front or the delay, if the other voltages are kept
constant.
The pai:ameters of elements have been found which can give
high stab-
ility and speed in computers, enabling a switching speed of
5-10
me/s to be reached when n-402 (P-402)-type transistors are
used,
Card 1/2

31827
S/194/61/000/010/029/082
Current-switchiug logical elements D222/D301
and 500 kc/s writh the n-11 (P-11) and n-15 (P-15) transistors.
6 M-Tures. 6 references. Z7Abstracter's note: Complete transla-
I
tion.7
Card 2/2

LAPIN, V9, arkhitektor; BAPISHEV, Ch.,. arkhitektor
Planning residential sections -in Alma-Ata. Zhil.
stroi. no-7:14-16
159. (MIRA 12:10)
(Alma-Ata--Gity planning)

BASENOV, T.; BAPISHEV, Ch.
Development of the cities and towns of Kazakhstan.
Zhil. stroi.
no.8:16-18 162. (MMA 15:9)
1. Zamestitell Predsedatelya Gosstroya Kazakhskoy SSR
(for
Basenov). 2. Rukovoditell sektora Kazakhskogo filiala
Akademii
stroitel'stva i arkbitektury SSSR (for Bapishev).
(Kazakhstan--City planning)

13 Iq P -rI3 t9 /'J' L) V L . N V,
BABIKOV. ie.A.. pidesnor; KOMO
- DOLGINOV. A.I.,
retsenzent,
H.S.; SIRST9Y. A.S.; AKOFTAN, A.A.,
reteensent; BAPTIDANO
V_4"~~tx* , redaktor,
LTextbook on high voltage technology] Tekhnika Tysokikh
napria-
zhenii. Pod. red. M.A.BabikOTa. Roskya, Gos. energ.
izd-vo. 1947.
312 p. MRA 7:4)
(Blectric engineering)

BAPTIDANOV, L.N.
Blektrooborudovanie elektricheakikh stantaii i podetantsJi
(Electrical equi;=ent of
electric stations and substEtions)- V 3-kh t. Izd. 2-e, perer.
Moskva, Goeerergoizdat.
Vol. '2. Releinaia zashchita i osnovnye evedeniia ob
av6imaticheskom vkliuchenii linii i
transformatorov (Protective relays and basic informntion on
thF, automatic connection of
lines and transformers). 1953- 159 P.
SO: Monthly List of Russian Acceezions, Vol 7, No. 8, Nov. 1954

Ofi PTI -D ti N 0 V
Subject USSR/Electricity AID P 13o4
Card 1/1 Pub. 27 - 28/3o
Author : Baptidanov., L. N... Kand. of Tech. Sci., Dotsent, Moscow
Title : Book Review: Historical outlines of power engineering
in the USSR. Monographic historical studies edited by
the Moscow Power Engineering Institute im. Molotov,
published by the State Power Engineering Publishing
House, 1954.
Periodical : Elektrichestvo, 1., 85-86, Ja 1955
Abstract : The author reviews 9 of the series of 32 monographs
planned and emphasises the importance of this publication.
Institution None
Submitted No date

UGOMS. I.I.;.GLAZUNOT. A.A.; SYRDXYATNINDV, I.A.;
KASHUNIN, I.S.; POSTRIEDV,
N.A.; RljWSIG, V.A.; TJTaIYADDV, S.A.; WMINSKIY, P.G.;
VASILITXV, A.A.;
WVSHINSXIT, M.N.; 3MI ; TARASOV, V.I.; KRIKUNCHIK, A.B.;
SHOW, A.B.; BIBIMV, IVII-V ".DV HIM, L.I.; KLINGOF, I.D.;
KARPOT,
M.M.; USPERSKIT, B.S.; CHALIDZE, I.M.; BWOR, Ta.A.;
SHMOTKIN, I.S.
lesif "'Tlevich ,=in; obituary. Blek.sta.26 no.12:58 D
155.
(Gumin, losif IAkovlevich, 1890-1955) (WRA 9:4)

'::~ -
,, PTPANQV.~ 7, 1 olayevich; TARASOV, Vladimir Ill
ich; MUDZUBMSKAYA,
."'. '.
- - - -* 0 . ~ .--.I - ., tekhn. red.
(Electric stations and substations] Elektricbesk-ie
stantsii i
nodstantsii. Moskva, Gos. anerg. ird-vo. 1958. 464 p.
(Electric power distribution) (HIRA 11:3)

FRm i BooK ExpLoiTATioN sov/4748
Baptidanov. L. N., and V. 1. Tarasov
Elektrooboradovaniye elektricheskikh stantsiy i podstantsiy; v
dvukh tomakh,
Tom 2: Skheny elektricheskikh soyedineniy. Sobstvennyye nuzhdy.
Fasprede-.
liteelIny.ye iistroystva. Kontroll., upri~vleniye i
signalizatsiya. Zazemleniye
(Electric Equipment of Electric Power Plants and Substations; in
two volumes,
Vol. 2: Diagrams of Electric Connections. Auxiliaries.
Distributing Equip-
ment. Checking, Control, and Signaling. Grounding) 3d ed., rev.
Moscow,
Gosenergoizdat, 1959- 320 P- 85.,000 copies printed.
Ed.: Ye. D. Demkov; Tech. Ed.-. 0. Ye. Larionov.
PURPOSE: The book has been approved by the administration of
educational, methods
for secondary specialized schools of the Ministry of Higher and
Secondary
Specialized Education USSR'as a textbook for students in
power-system tekhnik-
ums. It may be tsed as a iextbook for students in schools of
higher technical
education when this course is not a major subject. The book may
also be use-
ful for medium-level technical perscmnel of electric power
stations, substations,
and networks.

Electric Equipment of (Cont.)
SOV/4748
CaVEFAGE: The book discusses electric-connection diagrams,
problems of station
and substation amdliaries., the construction of indoor,
outdooryand factory-
assembled distribiltion systems,, transformer substations, and
determination of
the operating eummit. The authors present basic information on
relay protection
and cn electric automation, discuss the checking and measuring
systems, control,
signalling and block-Ing systems. They present data on the
grouping of basic
egi.,dpment of electric stations and substations and describe the
installation
and computation of groundings. In the second edition of the book
a third vol-
ume was devoted to problems of relay protection and automation.
Recently two
tekhnikum-level textbooks were published dealing with the
following subjects:
"Pvele~ma,ya zashchita" (Relay Protection) by N. V. Chernobrovov;
and 'Isistem-
naya automatika" (System Automation,) by A. B. Barzam. However,
the use of these
textbooks may create difficulties for people who have had no
introductory
coi:rses in this field. For this reason the authors included
basic information
on relay protection and automation in the 2nd volume. Sections 1
to 6 in Ch. VI.)
Section 2 in Ch. XI.p and Ch, XXI. 'were written by L. N.
Baptidanov; the re-
maining text, was written by V. I. Tarasov. No personalities are
mentioned. There
axe 46 references, all Soviet.
Gar#aAI;O'

3MMANOT. Ley ftIWUWevUh;,TARASOT9 Vladimir Illich; IMM,
Te.D.,
red,; AUNOV,
[Electric equipment of electric power plants and
substations in
two volumes] Slaktrooborudovanie alektricheskikh stantaii
i pod-
stanteli v dvakh tomakh. KoskvA, Goo.anarg.isd-vo. Vol.l.
(Basic electric equipment of electric power plants and
substations]
Ounoynoe alektrooborudornale elaktricheakikh otantaii i
podstantoii.
Isd*3*, parer, 1960. 400 v, (MM 13:6)
(Electric power plants) (Electric substations)

~APTIDANOV,. Ja.'y. Pikolayevich,
kand. tekhn. nauk; VASILYEVA,
Antohina Pavlovna) asuiBtent
[Manual on the induatrial training of students of
electric
power engineering departments in a trd ning power
plant) Po-
sobie po proizvodstvemomu obuchenAu studentov
elektroener-
geticheskogo fakul'teta. na uchebnoi elektricheskoi
stantsii.
Moskva) Energet. in-t. No.3. 1961. 74 p. (MIRA 17:2)

SHMITY-T, GJ,.; LAPTIDANOVAY YU.P.
Characteristics of the growth ans devclopment of the
blastocyst
and trophoblastic vesicle in the cow and sheep. Dok2.
AN SSSR
160 no.1:246.-248 Ja 165.
(KMA IS: 2)
Institut morfulogii zhivotnykh im. A.N. Severtsova AN
SSSR.
Submitted May 6, 1964.

BAPTI'T---L,'SYIY, V. I.
42512% BAPTIZKOSKIY. V. 1. - K vopprosu c rez' ~me
ck-hla,--h`~-;- '-suc'..
n
- --n-t-- i=. St-2irn). T!'P. 14'. i94P. s. 4,:z-6-2-
E.41.-Iic.-r:
~-Dneprcpetr. z .
11 nazv.
SO: Letopis' Zhurrr--Vnyk~~ St--~tev, Vol. 47, 1948.

v 189T70'
Jul 51
"Destructioii-of Ingots Under Thermal Stress," V. I.
Baptiimanskiy
"Zhur Tekh Fiz" Vol M , No 7, pp 822-831
Finds by analysis of stressed state appearing in
ingots durLig cooling and heating that thermal des-
truction occurs by tearing. Suggests method allow-
ing computation of limiting range of temps and
speed of cooling and heating of manufd articles.
Submitted 10 Jun 50.
LC

Answer to I.SJulikov's review. Ukr.khim.zhur.
19 no. 4:
457-460 153. (nU 8: 2)
1. Dnepropetrovskir wtallurgicheskiy institut
im. I.Y. Sta-
lina.
(Heat of solution)(Ilectrolytes)(Kulikov,
I.S.)

715~ 7--,.~

BAPTIZKA W IT, V.I.
Solubility of electrolytes. Ukr.khlm.zhur. 20
no.5:487-495 154.
(MIRA 8:1)
1. Dnepropetrovskiy motallurgicheakI7 institut.
(3lectrolytes) (Solubility)

0b
fiazii6 :~A -1 ~ I
my

- I A
KUZ14ETBOV, M.P.:; FJIMIS, G.N.; POIMStEX0, I.G.;
I-RWIK, T.A.; YMGIK, B.I.;
BAWIM"Sny, V.I.; SWOCHAN, N.G.; PMRAYW, B.L.
.Research-carried on at
Ag 156o
(Dneprodzerzhinsk--Metallurgy)
the Dzerzhinskit Plant. Stall 16 no-B'.749-750
(mm 9: 10)

V'S P, . T V1 V1 -s
AUTHOR: Prosviri-n, K.S. and Baptlzmanskiy, V,I., Dnepropetrovs J35
Metallurgical InstifuMe-~,a ~zi~Ljso;T, M.P. and Umxlov, V.D.,
Dzerzhinskii Works.
TIM,: Use of magnesium in converter-steel production.(Primenenie
magniya pri proizvodstve konverternoy stali.)
PERIODICAL: Vetallurg't (Metallurgist)
177,-No. 1, pp. 16 - 17, tU.S.S.R.)
ABSTRACT: Works trials at the Dzerzhinskii bessemer shop aimed at
improving the plastic properties of converter rail steel by
treatment with maTesium are described. The magnesium alloy
(64% Sip 11.8% MS partially or fully replaced the 45% ferro-
silicon, used for deoxidation in the ladle, to give the reqaire~
silicon content. 20 or 60 kg of silicomagnesium were added to
various heats, weighing 22.5 tons each. The introduction of
magnesium to the liquid steel was found to give.a finer grain
size, reduce the size and quantity of non-metallic inclusions
and the sulphur content, appreciably improve elongation and
reduction in area, and give steel with a toughness approxim-
ating to that of O.H. steel.
3 tables, 1 graph.
t
'Y~

BAPTISI-IM43 U - , OGRUM, -Gob.
"Experience of the Oxygen Congerter Refining of Phosphor
Cast-Iron,"
lecture given at the Fourtb Confernce on Steelmaking,
A.A. Baikov Institute of
Metallurgy, Moscow, July 1-6, 1957

BAPTI~MANSgY,-V.L- --- ~ --
14echanism and Kinetics of the Converter Bath Processes,"
lecture given at the Fourth Conference on Steelmaking, A.A.
Baikov Institute of
Metallurgy, Moscow, July 1-6, 1957

137-1958-1-357
T;anslation from. Referativnyy zhurnal, Metallurgiya, 1958,
Nr 1, p' 55 (USSR)
AUTHOR: Baptizmanskiy, V. I.
TITLE: Mechanism and Kinetics of the Processes in a Converter
Bath
(Mekhanizm i kinetika protsessov v konverternoy v~4pne)
PERIODICAL- V sb. -. Fiz. -khim. osnovy proiz-va stali.
Moscow, AN SSSR,
1957, pp 28-41. Diskus. pp 160-187
ABSTRACT: Simulation of a converter blow using water, Hg, and
aqueous
salt solutions as the liquid shows that when the blast
exceeds one
atmosphere gage pressure the air enters the liquid as a stream
that takes up the liquid to form an emulsion. Under the
conditions
obtaining in a converter, the emulsified drops of metal
oxidize to
form drops of FeO and, intermixing with the mass of metal,
scatter [0]. Simultaneously, the stream is broken up with
bubble
formation, and these promote circulation of the liquid. It was
found under industrial conditions that the slag is taken up
and
emulsified in the stream along with the metal. An
investigation of
nonmetallic impurities in the metal conducted during the blow
re-
vealed that at the beginning these consist of silicates with
elevated
Card 1/2 Fe oxide contents, testifying to the primary
oxidation of Fe. Then

137-1958-1-357
Mechanism and Kinetics of the Processes in a Converter Bath
the quantity of these nonmetallic impurities -declines and
the amount
of dispersed silicates increases continually until the end
of the
blow. This is explained by the entry of additional
nonmetallic im-
purities into the metal due to the breakdown of the slag. A
relation-
ship has also been established between the Sioz/FeO ratio
in the
nonmetallic impurities and the Si/Mn ratio in the pig iron.
Sim-
ulation of the process with oil in place of the slag showed
the de-
pendence of the amdxint:of emuli'ified'oil-,dr! its
viscosity. An
investigation of the~klnetics of CIoxidation under
laboratory con-
ditions showed that at bath temperatures of appx. 12500 the
chemi-
cal reaction does not limit the process of C oxidation.
Measures
to diminish the gas saturation and contamination of
Bessemer steel
with nonmetallic impurities are examined. E.T.
I. Stael--14anufaetwe 2. I'anseinor
Card 2/2

TARX&VSKIT, I.H.; MIKHikYlIKOV$ S*V., bind. tekhn.
nauk, darshiy nauchrqy
sotrudnik; BAMMURSKIr, V.I. kvad.takhn. imuk, d6ts.;
laffiff,
- :ZZU .
3,L,, prof,j do WAU.; OUSg GJ6. prof,,, doktor teldm.
sauk;' GMIR, Me.; BIGBYW, A.M., kand.- t .akh. nauk.
do+.s.;' LIPSHITS,
J, I., kand. takhn. POLTMOV, A.Tu., kaA4. tgldm.' nauk,
atarshiy
nauchWy sotrudnik; 701PANOr, 4.A., kDad. takhn. nank,
starshiy nmh-
W sotimidal ~ OGRTZKIN, To X~; GONCHUMO9 N.I., kand,
tekhn. nauk;
ABRAMOV. 13.A-.-: nauchMy sot;7d;ik; )ULlNbVWIT,
V.G.~;. LAPOTYSEEKIff,
N.M., 1-d. likhn. muk; APANAS'Ylff, S.G., kand. tekhn.
nauk;
SMMOVO M.N., starshiy nauebW sotrudnik; IYANOV, Ye,*V.;
SPSWWN.
Z.D., starehiy nauchrVy soty-adni
Discussions. Blul. TMIG11K uo*IB/19-.107-119 157. (KM~
11:44
1. lbcbal In-ik born tnogo teekha Orsko-Khalllovekogo
kombinata (for
rarnavokiy, 2. listitut metallurgii Urallskogo filiaU
AN SSSEL
(f or Mikbaylikov,.Abismorl- 3. r4rektor Ukrainakcgo
inatituta
metallor (for Goicharank0ek Daepropetrovikly
metallwgicheakir
institut (for Baptizmask-iy', Ievin). 5. ZavediWmLhehi7
3mfedroy
metallurgii stali Hoakovskogo inatituta stali (f Oyie).
6. Za-
veduyushohiy laboystori7ey Tendkiy"skogo wtan7#gUheskogo
tokbnikvma (for Gerber). 7. Wedra metallurgii4itimli
Magnit-ogor-
skogo gorno-metallurgicheekogo instituta,(for Bigeyev),
8. Rmko-
boditell konverternoy gruppy TSBUtTeLln0y 2avodskoy
laboratoril
savoaaim, Petrovskogo (for Xfshits). 9. ~lnetitut
metallurgii
lm.Baftoya AN SSSR (for Pblyakov).
(n..

TAMOSKIT, IoN.--(oontinued) Card 2'.
10. UrallsklY institut matallor (for 76fanov). u.
institut chernoy
metallurgii AN USSR (for Ogryzkin). 12. Nachal
lnik'Mentrea ImW
zavodskoy laboratorii Tenakiyevalcogo
metallurochesko&o savoda
(for Malinovskly). 13. Mentralinyy
nacubno-issiedovateltakiv
inotitut chernoy mtallurgii (for Iapotyshkiz~ Shumov,
3pahtsyli).
14. Nachal Inik konverternoy laboratorii TSsutrallnogo
nanohno-
iseledovatellskogo institute, ahernoy metallurgii (for
Afamelyev).
15, ladhallnik laboratorii Tvasoyumogo
nauohno-iseledovatellskogo,
instituta ogneuporov (for Ivanor).'
(Bessemer process)

1;8 7
AUTHOR: Baptizmanskiy, V. I. SOV1163-1 .11-3/49
TITLE: Investigating the Influence of Some Parameters on the
Steel Melting Process in the Converter (Analiz vliyaniya
neko.-
torykh parametrov na protsess vyplavki stali v konvertere)
PERIODICAL: Nauchnyye doklady vysshey shkoly. Metallurgiya,
1958,
Nr 3, PP 15 - 21 (USSR)
ABSTRACT: The influence of some parameters, the interaction
of the
gas flow with the liquid, the mixing of the slag with
metal etc. were investigated under laboratory semi-technical
conditions. When blasting -through the metal melt the
influence of various factors on the penetration depth
of the gas current is of importance. The investigations
showed that the penetration depth of the gas current (X max
depends on the blasting pressure, the height of the melting
layer(x1 ), the diameter of the melt (d), and the density
of the melt. The factors having effect on the penetration
depth of the non-adsorbed gas current at a blasting pressure
Card 1/4 of > I atmospheres excess pressure and a cylindrical

InvestiL,ating the Influence of Some Parameters on the Steel
SOV/163-58-3-3/49
Melting Process in the Converter
shape of the converter are represented by the followimg,
equati on:
P1/2d1/2 2/3
max + . X1 Y1/2 (2)
dB 2 iqii.
The mixing of the slag with metals was investigated at
different blasting conditions. It turned out that in the
converter. when blasted from belor, small inclucions
of the metal melt may be observed. In figure 2 the change
of the carbon-, oxygen- and silicon content in the metals
during the blowing process is given. From this test series
-may be seen that the concentration of the oxygen in the
metal constantly increases with the increase of the blasting,
and that it takes a jump-like course. In the beginning
of the blasting an intense oxidation of manganese and
Card 2/4 silicon occurs at the phase boundary. Also a
considerable

Investi.-ating the Influence of Some Parameters on the
SOV/163-58-3-3/49
Steel Melting Process in the Converter
impoverishing in silicon occurs, and the oxygen content
amounts to 0,002%. In the case of a further increase of
the oxygen content a decarburization oc,-ars. Five
reactions
take place at the same time:
Isil + 2(FeO) =(SiO 2) + 2[Pej
(PeO) = [Fe] + 101
ls~ + 2 E01. (Sio 2)
i- CID]
L-~j = tC Olas
(Sio 2) + 2 [C] = 2 LCO~gas + IS]
During the oxidation period of carbon simultaneously the
degassing of the metal melt from CO occurs. During the
blasting the solubility of the nitroGen in the moisture
of the metallic phase may be found. The amount of dissolved
nitrogen in metal is calculated by means of the following
Card 3A formula:

Investigating t1he Influence of Some Parametora on the
Steel Melting Process in the Converter
ASSOCIATION
SUBMIMD:
(pilast PFI%WI' _11A
K M Kjj
[N)Blast~ N N2 f 100
SOV/161-58-3-3/4"
(13)
The deDendence of the nitrogen content in the steel on the
composition of the blast air . and the type of addition
-to the metal melt was investigated. In figure 4 the
dependence is shown. The experimental and theoretical
data agree well, as by the equation (14) the Eas com-
position in the steel and the gas composition in the
blast air were given. From equation (14a) may be seen
that the concentration of hydrogen in steel does not only
depend on the moisture in the blast air but also on its
oxygen content. There are 4 figures and 1 reference,
,;hich is Soviet.
Dnepropetrovz,'4metallurgiclieskiy.iiistitut
(Dnepropetrovsk
Metallurgical Institute)
October 4, 195',?
Card 4/4

AUTHOR:
Baptizmanakiy, V. I. SOV/163-56-3-:15/49
TITLE:
Metal
Ejection From the Converter and the Means of

Fighting It
(Vybrosy iz konvertera i bor'ba s nimi)
PERIODICAL:
Nauchnvye
doklady vysshey shkoly. Metallurgiya, 1958,

Nr 3, pp 81 - 86
(USSR)
ABSTRACT:
The spaxting out of the metal and the slag
from the

converter considerably affects the economy and the

yield of liquid steel. The cause for this phenomenon is

discussed. The experiments were carried out partly on

industrial and partly on a laboratory scale. It was

found
that in blasting through the lower part of the

converter the
spurting out is caused by the formation

of waves which are
formed when a certain blowing pressure

is exceeded. These
waves propagate diametrically and

end in the metal melt. The
impact of these waves against

the converter wall leads to an
ejection. Besides, the

dependence of the ejection on the
level of the metal melt

and the construction of the
converter bottom was investigated.
Card 1/3
The forces of
internal friction play an important part

Metal Ejection From the Converter and the Ueans of
SOV/163-58-3-15/49
Fighting It
in the formation of the ejection phenomena. The most
effective means to fight the ejection of metal from
the converter is blasting in a converter with a bottom
in which the blast holes are equally distributed. The
boiling state of the metal melt is also of importance for
the ejection of metal. This influence is explained by
the fact that with an increase of the oxidation rate
an accelerated CO-separation takes place. The elimination
or decrease of the boiling processes of the slag in
the converter also prevents an ejection. In the systems
FeO-SiO 25 MnO.-SiO 2 and CaO-SiO2the alumina increases the
surface tension and at the same time decreases the tension
at the boundary slag-gas. An increase of the SiO2 con-
centration in basic slairs accelerates the boiling in
the metal melt and promotes an ejection. From the results
obtained may be seen that by decreasing the SiO2 content
of the melt an ejection of metal from the converter may
be avoided. There are 4 figures and 16 references, 12
of which are Soviet.
Card 2/3

Metal Ejection From the Converter and the Yeans of
SOV/163-58-3-15/49
Figilting It
ASSOCIATION: Dnepropetrovskiy metallurgicheskiy institut
(Dnepropetrovsk
Metallurgical Institute)
SUBMITTED: October 4, 1957
Card 3/3

BARIZMANSKIY, V.I., kand. tekhn. nauk, dote.:
OGRYZKIN, Ye.M., inth.
Investigating the process of injecting oxygen into
phosphorus pig
iron. Isv, vys, ucheb, say,; chern. met. no,4:11-22 Ap
158,
(NIRA 13.2 6).
1, Daepropetrovskly metallurgichaskLy institut i
Inatitut chernoy
m9tallurgii AN USE.
(Bessemer Process) Oxygen- Industrial applioationeY

7-1Z In
6.
KOHaEPTEPHOC (WOMBOLICTOO CrAllif

A.Phr-u-

Pt.nx.s...
It.,-
NaLikpo.

.. . . .
ZrI.X-7

yrr-

LA.2-6.
.4.7roue.-u- us

l
~

w~.s
.Zr z S" rum auu-

Mr..

-"u-

C.r."&-o
"u-p-
MJAJIV-
-
.-F-. MR u-

MR. Wr-
TOPOS rulwdtt~A for the 5th
Cbndcal
'

DM
MWO on 8t"1 prodattlao. 30 ,_ 1939.

/3 fil9TI ZM, 4 IV 5y,
flEMITAMHUCKHR AMISMIMS CTA/Ilf

C.H
n
-
a.... ..-.* ~o. .
ro K ~.
:
:
..k
C.E.0-

AJAX-".

nXbr-
a.-

"PY"YP-
C.T.pw~
ot~# ~~U.

&.A.yp~

--T

St,-

IOT.Ar-

V.Sjb.-

nj4.a.-

4 nn A~

ZT

919.

. . . . . ............... .

160)
AUTHORS: Baptizma 9-1-6/co
Dubrovskiy, Yu, A., SOV/163-..,
Lapitskiy, V. I., Poyarkov, A. 11., Rostovtsev, 3, T.t
Sesyuk, G. S., Ogryzkin, Ye. M.
TITLE: Conversion of High-phosphorus PiC Iron in Oxygen-blast
Con-
verters (Peredel vysokofosforistogo chuguna v konvertere s
kislorodnym dutlyem). Communication I~ ConveTsion of High-
phosphorus Pig Iron in a Converter With Combined Lateral Blast
(Soobahcheniye I. Peredel vysokofosforistogo chuguna v konver-
tere s bokovym kombinirovannym dutlyem)
PERIODICAL: Nauchnyye doklady vysshey shkoly. Metallurgiya,
1959, Nr 1,
pp 25-27 (USSR)
ABSTRACT: The results obtained by the investigations carried
out in the
steel melting laboratory of the DMI from 1956-1957 are presen-
ted. The collaborators of the IChM AS UkrSSR assisted in the
recording of the case histories of the heats, and in the
selection and analysis of metal and slag samples. In the IChM
AS UkrSSR in collaboration with the DMI the converting of
Kerch pig iron in the laboratory furnace was investigated. For
this purpose the 0.9-1.0 t laboratory converter was adapted to
Card 1/4 combined lateral blasting. The converter had a
capacity of

Conversion of High-phosphorus Pig Iron in Oxygen-
SOV/163-59-1-6/50
blast Converters. Communication I. Conversion of
High-phosphorus Pig Iron in
a Converter With Combined Lateral Blast
0-85 m3, the depth of the metal bath was 355 mm. Pi,-, iron of
the following composition was converted: 3.4 % C-35.8 % C,
f
1.3-1-8 % F, 1-0-1.3 % Mn, 1.10-0.5 0/0 Si, 0.08-0.20 % S.
0.10-0.25 % V. The pig iron had been melted in a cupola fur-
nace. Previous to converting it had a temperature of
1,140-1,2000. Limestone was added to a percentage of 13-15
of the charge weight. A special device permitted to add the
fluxing agents at any moment without interruption of the con-
verting process. In the experiments with combined blasting
the air was supplied to the converter through 4 tuy'eres with
a diameter of 40 mm at a pressure of 0-15-M5 atmospheres
excess pressure by a centrifugal blower with a capacity of
50-60 m3/min. The oxygen was supplied through two special
copper tubes mounted within the tuyeres under 6-10 atmospheres
excess pressure. The flow rate of oxygen varied between
1.7-4.2 m3/min the oxygen consumption per ton being 15-25 m3.
In this investigation special interest was given to problems
Card 2/4 of slag formation and of early dephosphorization.
Several

Conversion-of HiGh-phosphorus Pig Iron in Oxygen-
SOV/163-59-1-6/50
blast Converters. Communication I. Conversion of
High-phosphorus Pig Iron in
a Converter With Combined Lateral Blast
methods of blast arrangement were studied. The best results
were obtained with the second test series where the
inclination
of the tuyeires was reduced to 0-50 (from the horizontal) and
the flow rate was reduced by closing two tuy6res. These
measures lead to quite respectable results. A comparison with
information from publications (Refs 8-10) showed that the
formation of slag with a high solution value and the oxidation
of the phosphorus proceeds much faster in a converter with a
combined air-oxygen blast than in a converter with only
bottom or lateral air blast. In converters with combined
blast it is possible to produce a slag with a P 205 content
meeting the specifications and an ingot steel with a low
nitrogen and phosphorus content (-C 0. 04 %) without any
consider-
able overconverting. The experiments showed that the following
measures must be taken in order to accelerate slag formation
and dephosphorization: 1) During the initial stage of the
process (25-30 % of the total time) the blast must be directed
Card 3/4 onto the metal surface or into the uppar layer of
the bath.

Conversion of High-phosphorus Pig Iron in Oxygen-
SOV/163-59-1-6/50
blast Converters. Communication I. Conversion of
High-phosphorus Pig Iron in
a Converter With Combined Lateral Blast
2) A well calcined limestone must be used and it must be given
in portions at certain intervals, There are 10 references,
5 of which are Soviet.
ASSOCIATION: Dnepropetrovskiy metallurgicheskiy institut
(Dnepropetrovsk
Institute of Metallurgy)
SUBMITTED: June 5, 1958
Card 4/4

AUTHORS: 'Baptizmanskiyj__V, Dubrovskiy, Yu.A~, SOV/163-59-1-7/50
Lapitskiy, V. I., Poyarkov, A. M., Rostovtsev, S. T,,
Sesyuk, G. S., Ogryzkin, Ye. M.
TITLE:
Conversion of High-phosphorus Pig Iron in an Oxygen-blast
Con-

verter (Peredel vysokofosforistogo chuguna v konvertere s

kislorodnym dutlyem). Communication II. Conversion of High-

phosphorus Pig Iron by Top Blasting (Soobshcheniye II. Peredel

vysokofoeforistogo chuguna v konvertere a verkhnim kislorodaym

dutlyem)
PERIODICAL:
Nauchnyye doklady vysshey ehkoly.
Metallurgiya, 1959, Nr 1,

pp 2B-33 (USSR)
ABSTRACT:
This
investigation was carried out with water cooled blast

tuyeres with
a diameter of B-10 mm, blasting oxygen with a

purity of 94-98 %
under 5-8 atmospheres excess pressure into

the converter. The rate
of oxygen supply v4ried between

3.3-6.1 m3lmin, the average oxygen
consumption for the last

heats was 70 m3/ton. Limestone and for
some heats pig iron

with a bauxite content of 1-5-2.0 % were used
as a fluxing
Card 1/3
agent. For the last heats limestone-ore
briquettes with an

Conversion of High-phosphorus Pig Iron in an Oxygen-
SOV/163-59-1-7/55,C)
blast Converter. Communication II. Conversion of High-phosphorus
Pig Iron by
Top Blasting
ore content of about 50 % were used. The fluxing agents were
added in portions, 3 to 4 times, in intervals of 1.5-4.0 minu-
tes. All in all 12 experimental heats were prepared. It
appeared from the results that the course of slag formation
and of dephosphorization in converting high-phosphorus pig
iron in a converter with a top oxygen blast are essentially
dependent upon the following factors: 1) Upon the iron oxide
constituent in the primary slag. 2) Upon the oxygen supply and
the rate of oxygen consumption by the heat. Both factors are
determined by the circulation in the heat. 3) Upon the state
and the composition of the slag constituents. 4) Upon the
thickness of the solid phase layer in the converter during
the initial stage of c-onverting- 5) Upon the temperature con-
ditions during blasting. The experiments showed that 1) if
high-phosphorus pig iron is converted in oxygen top-blast con-
verters the formation of a basic slag with a high solution
value, which can be brought up to the specified P205 content
Card 2/3 can be guaranteed at the beginning of blasting (by
adding up

Conversion-of High-phosphorus Pig Iron in an Oxygen-
SOV/163-59-1-7/50
blast Converter. Communication II. Convergion of
High-phosphorus Pig Iron by
Top Blasting
to 15 % of limestone). By the same way an early dephosphoriza-
tion may be ensured and thus a metal with a phosphorus con-
tent of less than 0.1 % at a hi&h carbonconcentration (1-1.5 %)
can be produced. This may be aohived without using fluor-spar
or rabbling the slag. 2) In converters of such a type carbon
steel can be produced from basic Bessemer pig iron with a low
phosphorus content (< 0.05 %) and a low nitrogen content. This
may'be achieved by stopping the process at the specified'earbon
content- 3) The formation of a slag with a high solution value
and the oxidation of phosphorus in a converter with combined
lateral blasting (with a separate air and oxygen supply) pro..
ceed much faster than in converters with a bottom and lateral
air blast. There are 5 figures and 2 Soviet references,
ASSOCIATION: Dnepropetrovskiy metallurgicheakiy institut
(Dnepropetrovsk
Institute of Metallurgy)
SUBVITTEDt June 5, 1958
Card 3/3

TURKENIGH, D.I., inzh.; ROSTOVTSLFV, S.T., prof**-;
BAPTIMANSKIT, V.I., dotsent;
PROSVIRIN, K.S., inzh.
Effect of reduction and modification on the purity and
resilience
of converter rail steel. Izv. vys. ucheb. zave; cherne
met& 2 MOO;
21-25 Mr '59. (MIRA 12:7)
1,Dnepropetrovskiy metallurgichesk# institut.
Rekomendovano
kafedroy teorii metallurgicheekikh proteeBsov
Dnepropetrovskogo
metallurgichookogo instituta..
(Stee 1--Ke tallography)
(Railroads-Raile-Testing)
(Bessemer process)

R&MZMAA rTV_jT,_X_Imnd. takhn. nauk, doteent
lz_~~
Slag awasification under the affect of the blow and
impurities
in converter steel. lzv. vys. ucheb. zav.; chern. met. 2
no.4:31-43
Ap '59. MRL 12:8)
leftepropetrovskI7 metallurgicheakiy institut.
Rekomendovano
kafedro7 teorii metallurgicheskikh protoassov
Dnepropetrovskogo,
metallurgicheekogo instituta.
(Bessemer process) (Steel--Defects)

KUZNMSOV, M.P., inz*n,; BAPTIUMISKIT, V.I., doteent,
kand.toldm.nauk;
PROBVIAIN, X* . , 1 3 - 1 1 V - "WENNOWNP
Hature of spotty segration in steel.
Izv.v3rv*uchab*zav*; charn.
met. 2 no*5:35-39 MY '59. (JAIRA 12:9)
1. Zavod in, Dzerabinskogo, DnepropAtrovskiv
metallurgicheakiy
institut. Rokonendovano kafedroy toorii
Tintallurgichaskikb pro-
tagesoy Dnepropetravokogo notallurgicbeskogn
inatituta.
(steel Tlefects)

-AMISla -.jppolitoxicb,-XKMNIKOT, I.Te., prof doktor
takhn.
~~m
nauk, retoenzent; K01MMOT, T.T., prof., retsenzent;
PTITSTRA,
V.I., red.izd-va; KAJUSHT, A.I., tekhn.red.
[Mechanism and kinetics of processes in the converter
betbd
Makhanizm i kinetiks protsessov v konverternoi vanne.
Koskva,
Gos.nauchno-tekhn.izd-vo lit-ry po chernoi i tBvetnoi
metallurgii.
1960. 283 p. WRA 14:1)
(Converters)

BAPTIZMANSKIY, V. 1.p Doe TECH SCIt "MECHANISM AND
Kj-
A-
NETICS OF PROCESSES IN TfK CONVERTER BATH."
Moscow,1961.
(MIN OF HIGHER AND SEC SPEC ED RSFSRq MOSCOW INST OF
STEEL
IM I., V, STALIN). (KLI 3-61, 212).
160

BAnj2jMdKIY, V.I.; BLUM, B.A.; YERSHOV,, G.S.
Effect of the composition of a fluidized bed on the content of
hydrogen in steel. Stall 22 mo*12t1084-1086 D 162.
(MIRA 15:22)
1. Dnepropetroveki7 metallurgicheoldy institut (for
Baptizmanskiy).
2. Ural'skiy politekbnicheskiy institut (for Bk=, Yershov).
(Fluidization) (Steel-Hydrogen content)

Tj 7 N) f~ N
PHASE I BOOK EXPLOITATION SOV/5411
Konferentslya po fWko-khtmicheskim osnovam proizvodstva stall. 5th.
Mescow, 1959.
Fiziko-khimicheskiye osnovy proizvodstva stall; trudy konferentali
(Physic och emical Bases of Steel Making; Transactions of the
Fiftli Conference on the Fhysicochemical Bases of Steelmaldhg)
Moscow, Metallurgizdat, 1961. 512 p. Errata slip inserted.
3. 700 copies printed.
Sponsoring Agency: Akademlya nauk SSSR. Institut metallurgil Imeni
A. A. Baykova.
Responsible Ed.: A. M. Samarin, Corresponding Member, Academy
of Sciences USSR; Ed. of Publishing House: Y a. D. Rozentsveyg.
Tech, Ed.: V. V. Mikhaylova.
Card 1/16
7 7*r---
40poo

Physicochemlcal Bases of (Cant.) BOV/5411
PURPOSE: This collection of articles Is intended for engineers and
technicians of metallurgical and machine-building plants, senior
studenta of schools of higher education, staff members of design
bureaus and planning institutes. and scientific research workers.
COVERAGE: The collection contains reports presented at the fifth
annual convention devoted to the review of the physicochemical bases
of the steelmaking process. These reports deal with problems of the
mechanism and kinetics of reactions taking place in the molten metal
in steelmaking furnaces. The following are also discussed., problems
involved in the prodktion of alloyed steel, the structure of the
Ingot,
the mechanism of solidification. and the converter steelmaking
process. The articles contain conclusions drawn from the results
of experimental studies, and are accompanied by references of which
most are Soviet.
Card 2116

Physicochemical Bases of (Cont.) SOV/5411
f
Shumov, M. M. Producing Steel and Semifinished Products in a
Converter by Using Naturally, Alloyed Chromium Pig Iron 268
Gurevich, B. Ye. , V. D. Epshteyn, and T. V. Andreyev.
Determining the Optimum Conditions of Slag Formation,
Dephosphorization, and Decarburization of High-Phospho-
rus Pig Iron in a Semicommercial Converter With Oxygen
Top Blowing 281
Baptizmanskiy, B. 1. , and Yu. A. Dubrovskiy. Investigating
TFe-C-onverter-Sfe-el Contamination in Oxygen Top Blowing
292
Mazun, A. 1. , and A. S. Ovchinnikov. Gas Content in Steel
Made in a Converter With Various Types of Blasts and
Blowing 299
Afanas 1yev, S. G. , M. M. Shumov, and M.P. Kvitko. Some
Kinetic and Process Regularities in the Oxygen Top Blowing
of Pig Iron 308
Card 11/16

Phyalcochemlcal Bases of (Cont.) SOV/5411

Zaykov, S. T. Using -
Lime-Iron-Ore Briquettes for Processing Pig

Iron in a Converter With Oxygen [Blast)
319
PART III. NONMETALLIC
INCLUSIONS AND

THE PAOPERTIES OF STEEL

Popell, S. I., and G. F.
Konovalov. Removing High -Temperature

Melting Inclusions From Rimmed
Steel
325

Volkov, S. Ye., and A. M. Samarin. Effect of Deoxidation on
the

j Desulfurization of Stiel
331
f Butakov, D.,K. -Effect of
Hydrogen on the Separation of Sulfur in

the Structure of the Cast
Steel
337
Rostovtsev, S. T. D. 1. Turkenich, V. L Bjpq!%n!My. and K.
S.
-
7
ons in Rail Steel Made in a
Prosvirnin. Nonmetallic Oxide InclO

Converter
344
Card 12 h6

. BAPTIZMWKI-Y-, V,11,.
investigating on models the top blowing of metals.
Izv. vys. ucheb. zav.; ohern. met. 5 no..10:31-41
162.
(MM 15:11)
1. Dnepropetroveldy metallurgicheskiy institut.
(C6nvertera-Models)

BAPTIZMANSKIrp V.I.
-, ~ -- t -,
Wayi3 of expanding and improving the oxygen-blown
converter
process* Izv, vya* ucheb. zav.; chern. met. 7
no.2:49-55
164. (MM .17:3)
1. Dnepropetrovskiy metanurgicheakiy institut.

LWUNIN, A.M.; MVIRIN, X.S.; EESEDIN, P.T.; ORGIYAN,
V.S.;
BAPTIZMANSKIY, V.I.; SHCHERBINA, P.A.; REKHLIS, G.N.
Rails made of low-all acid, Bessemer steel. Stall 24
no.5:448-451-"It 164. (NIRA 171l2)
1. Dneprovskiy metallurgicheskiy zavod im.
Dzerzhinskogo,
Dnepropetrovskiy metallurgicheskiy institut i Ukrainskiy
institut metallov,
3

YANOVSKIYq I.L.; RUBINSKIY, P.S.; BAPTIZMANSKIY, V.L,
doktor tekhn. nauk
Effect of leaving the final slag in a converter or
the indioes
of.the oxygen-blown converter process. Met. i
gornorud. prom.
no.1:17-20 Ja_F 165. . (NIU. 18:3)

YANOVSKIX, I.L.; ZHIGULIN, V.I.; RUBINSKIY, P.S.;
BAPTIZ14ANSKIY V.I.
Studying the causes of ejection from converters. Izv.
vys. ucheb.
zav.; chern. met. 8 no.5:31-39 165. (MIRA 18:5)
1. Dnepropetrovskiy metallurgicheskiy institut i
Metallurgicheskiy
zavod imeni Petrovskogo.

SAIAGEAN ~ Tr..-, HRELESCU, M.; S T OJANOVICI j P, j_
EXRIF .
Action of aliminum oxies on ceramic flu3ms. Studii.
tehn Timisoara 9
no.1/2:19448 162.

TOPCIUP V.I.; BARCARU., Elena) 1A , . FERENCZY, St.;
MARTONY., A.
I a -!~"
Methodo of preparing the phagoreoistant stems of
Clostridium aceto-
butylicum Weitzmannij, and remats obtained from the
laboratory and
factory tests. Studii chim Timiooara 9 noel/2:141-160
Ja-,Te 162.
1. Fabrica de butanol-acetona "Solventull* si
Institutul de Igiena.,
Timisoara.

HRELE9CU, Mircea; POPOVICI, David; BAI, Frideric
Alloying mild stael with chromitun and
manganese in automatic
build-up valding with band ele.-trodes. Constr
mas 16 no. 2:
77-80 F 164.

WIT (1).jW/W(k) 'EJEW -11i ,10-Ap
IM31547 SOURCE CODE: RU/0027/65/010/OD2/0347/0337
AUTHCRt Hrelescu, Mircea; Vasp Alexandru.- Lipovanp
Leonardt_pqrp Friedrich 119
ORG: Timis6ara Technical Research Center, AcadgM of the
Socialist Republic of
Rumania, Timisoara (Academia Republicii Socialiste Romaniap
Centrulde cercetarl t
TITIE: Contributions to the study of the destruction by
cavitation sow steels
obtained by electric are aUloying if
SOURCE: Studii si cercetari de metalurgie, v. 10, no. 2, 1965,
347-357
TOPIC TAGS: chromium steel, manganese steel, cavitation,
welding technology
'The istanc o destruction
authors studied the res
ABSTRACT:
,by cavitation of metals deposited by welding~~ntd obtained
through the alloying of soft stools i-n-e-fe-otric arcs with the
.aid of ceramic fluxes* As compared to a cast steelf the
.metals deposited by welding were found to have a better resiB-
..tance to cavitation# especially in the case of Cr-Mn steels*
Thi use of suitable ceramic fluxes was found to-le-a-a-f-o
~deppsited metals with good anti-cavitation properties,
Ori26.art. hass' 4'figures and ~'iabless (JPRS: 34pl661
f
SUB-6DE: 11, 20 SU13M DATE: non*e ORIG MT: 002 / SOV MF: 010
OTHAW: 005
af

BAR, I., prof., inzh.
Practice of mechanizing work and equipment repair
in strip
ininOB. Sbor. trud. HISI no.39t4O9-410 161. (MIRA
16:4)
1. Fraybergskaya gornaya Omdemiye., Germanskaya
Demokrati-
cheskaya Respublika.
(Germany, East-Strip mining-Equipment and supplies)

AUTHOR: Bar, I.G. and-Engel G.A., Engineers. 104-4-20/40
TITLE: The firs-tyear of operation of mechanised repair
stations.
(Pervyy god dkspluatatsii remontnykh mekhanizirovannykh
stantsiy.)
PERIODICAL: "Elektricheskie Stantsii" (Power Stations), 1957,
Vol. 28, No.4, pp. 67-70 (U.S.S.R.)
ABSTRACT: Recent increases in the volume of repair and
operational
work on transmission lines that has resulted from extension
of the lines has obliged the operating staff to reorganise
their work and to improve its technical basis. With this end
in view in 1955-56 the povier systems created 150 mechanised
repair stations and in 1957 a further 14. Mechanised repair
stations represent a new type operational organisation which
replace line sections, Repair and operational work on the
lines is carried out by centralised complex methods. With
these methods the work can be carried out in two or three
patrols with great economy of time as compared with piecemeal
repair in which the repair squads repaired individual defect-
ive elements and wasted much time on going from one place to
another and in climbing up and down poles. With complex
1/2 organisation of repair work the brigade carries out the
great-
est possible amount of work every time that it goes out on

The first year of operation of mechnni sed repair stations.
(Cont.) lo4-4-2o/4o
the line. Numerous examples of the work of these mechnnised
stations are quoted; some power systems still do not recog-
nise the mechanised repair stations as a new organisational
unit and so do not use them to full advantage. During the
first period of operation the stations did not receive all
the
necessary machines but even so the work was much improved. As
a result of the introduction of complex maintenance repair
work
the output of labour was doubled and the duration of work on
the lines reduced. Simultaneous major overhaul of the lines
by several brigades provided with automobile transport was
equally effective. Further practical examples of this are
quoted. There has been conside3nble reduction in the work
required to clear the course of the lines. In several systems
the'cutting of undergrowth by hand has been replaced by
chemi-
cal spraying. In many cases individual machines and the
stations as a whole have had a high load fadtor but part of
the
2/2 equipment has not been fully used particularly
electrical tools
and equipment for live line working.
AVAILABLE:

IJFCC)
ILVE(t.j, ETI JD
M-AP6623476 SOURCE CODE: CZ/0038/65/000/004/0126/0129
AUTHOR: Pelciks jiri-P_elchik T.; cm -B Ya.
ORG: AcZapot22& Military Acadws Brno (Vojenska akademic A.
Zapotockeho)
TITIE: Adsorption of ruthenium on solid sorbentelin acid aqueous
solutions
SOURCE: Jaderna energiet no. 4s 1966,, 126-129
TOPIC TAGS: ruthenium, aqueous solutionp adsorption, solution
kinetics
ABSTRACT: The adsorption kinetics of ruthenium were investigated.
The adsorptive
factors of ruthenium were established for solutions of 0.1 M
hydrochloric acid and
n acetate buffered solutions at pH 5-5 of ruthenium nitrosonitrate
on the surface
i
of teflon, glass, polyvinyl chloride, polyethylenes paper, rubbers
activated
pharcoal,-and wool for ruthenium concentrations of 0.084 and
0.0084-g-at/l. This
paper was presented by M. Bezdek. Orig. art. has: 2 figures and 1
table. [JFRS]
none ORIG IW: 004 / SOV REW * 005

BO, Iudvik (Varsmava)
Teabnical functions in build1mg; building
licenses.
P~rzegl budowl i bad miesok 33
no.68331-332 J9161

BAR, Ludidk,--dr (Warszawa)
......
OLikbility q the architect" by [Dr] Walter Bindhardto
Reviewed-
by tudwik Bar. Przegl budowl i bud mieozk 35
no.4:237-238 Ap 163.

BAR,, Iudvik (Warszawa)
.
Few building legislation. Przegl budowl i bud
mieszk 33
n0.4%207-209; 213--U4 Ap'61.

AUTHOR: Bhr, Oldrich, Department.,Manager Cz/4_60-5_6/~5
TITLE: Fifteen Years Development of the ZPS Works at Gottwaidov
PERIODICAL. Novfi Technika, 1960, No. 5, pp. 202 - 206
TEXT: The author deals with the history of the Nhrodn! podnik,
Zhvody
pi~esnbho stroJ!renstvi (Precision Mechanics Plants, People's
Enterprise) at Gottwal-
dov. Since 1951, the following types of turret lathes have been
produced. R 52 RN
_36, RN 6o, R 12, RT Bo, RT 26/34, the multispindle automatic
lathes AN and ANK, the
AD type automatics; the SK 25 type vertical lathes were
delivered to the USSR. In
addition, seven cranes of 20 ton load capacity have been
exported to the USSR. Until
1965, the Plant will produce .33 types of turret lathes. The ZPS
Works production
program includes the following machinery; bootmaking machines,
mills, precise V/
dividing wheels, component parts for industrial sewing machines,
small transformers,
motors for computers, recorders etc; hoists, cranes, power
tools, single-function
machines etc. Among others, 12 designs of machine tools will be
displayed at the
Second Brno Sample Fair, e.g. the turret lathes RP and RB 63,
the FK 500 profiler,
the AD 6A type precise automatic lathe, and the six-spindle AN
6/40 type automatic
lathe with double-indexing attachment. Then the author deals
with the expansion
Card 1/2

Fifteen Years Development of the ZPS Works at Oottwaldov -
cz/4-60-5-6/35
of the Plant at Malenoviae; in 1959, the construction of
machine shops was completed
and during the Third Five-Year Plan the new cast-steel foundry
will be put in opera-
tion. The nEunes of merited workers are listed; the Ahd prhce
(Order of labor)
was awarded to Josef Hrdli6ka, to the Laureht Stbtni cena
(State Prize Winner) Doctor
Engineer Josef Do6khi~ for his inventions in the field of
metallurgy, to Stanislav
Ferdus, Fr. Havllk- Tdolf grbinek; the AM Republiky (Order of
the Republic) was
awarded to LudvIk ~odhrek and to Jos. gvr6ek. Data are given
on the competitive I/
obligations in honour of the 15th anniversary of liberation,
followed by percent
figure's on the production increase and on the increased
average wages (1,296 K6s in
1953, 1,469 K6s in 1959.).- Figure 1 shows the increase of
production from 1946 to
1960; Figure 2 shows the productivity increase, and Figure 3
the increase of,Average
wages for the same period of time. Finally the author deals
with housing construction,
social welfare and recreation facilities for workers. There
are 3 d4agrams and 5
photographs.
ASSOCIATIONt TRV ZPS n.p., Gottwaldov (ZPS, People's
Enterprise, Gottwaldov)
Card 2/2

BAR, Oldrich
15 years of production successes in the Precision Machine
Plants
of Gottwaldov. Nova techn3.%a no.5:202-206 160.
1. Vedouci oddeleni TRV, Zavody presneho strojirenstvi,
Gottwaldov.
(Machinery)

BAR, T. _
TECMOLOGY
PERIODICAL-. PREZGLAD GSOLOGICZNY. Vol. 6, no.
3, Mar. 1953.
BARt T. Brown caol in Trzydnik Maly. p. 123.
Irlonthly List of East European Accessions
(SEAT) LC Vol. 8, no. 4
April 1959, Unclass.

5 (2)p 21 (5)
AUTHOR: Barlaromir SOV/,1'12-25-8-8/44
TITLE: Separation Methods in the Analysis of Mixtures of the
Most
Important Fission Elements. Review
PERIODICAL: Zavodakaya laboratoriya, 1959, Vol 259 Nr 81, PP
917 - 926
(USSR)
ABSTRACT: The analysis of ultramicro-quantities of radioactive
elements
formed at the-fission of U 233, U 235 ., and Pu 239 is
effected by
separation of.these fission products (FE) achieved by simul-
tan6ous precipitation, extraction with organic solvents, dis-
tillation, eleotro-prooipitation, or chromatography. The ar-
tiole:contain6 a detailed review of the different separation
and determination methods for (FE) based on reference litera-
ture. The individual methods are separately explained and the
following paragraphs are mentioned-, method of simultaneous-
precipitation, extraction methods with organic solvents, dis-
tillation methods, methods of electro-precipitation, chromato-
graphic methods, and several methods which apply the scintilla-
tion-gamma spectroscopy. There is a brief description of the
Card 1/2

Separation Methods in the Analysis of Mixtures of the
SOV/32-25-8-8/44
Most Important Fission Elements. Review
different determination possibilities of the following ele-
ments: Sr, Ba, Y, the elements of the rare earthal Ce, Zrj
Prq Nd, La, Nbj Cs, Tep promethium, J, Ru, Pb, Cd. There
are
3 figures and 141 references, 30 of which are Soviet.
Card 2/2

D
ALMAORS:
TIME -
Bhr, Jaromir, and Polans*, Pavel
26275
Z/038/61/000/003/003/003
A201/A126 X
The use of vibrations in the investigation of isotope adsorption
PERIODICAL-. Jadernh energie, no. 3, 1961, 90 - 92
TEOU One of the principal methods of studying the isotopic state
in liquid
ph"e is the adsorption method of isotopes on solid sorbents. The
article descrRes
experiments designed to test the suitability of vibrations for
stirring the radio-
active solution during adsorption on solid sorbents. The working
solution con-
tained the Pr-143 isotope in the form of chloride in a
concentration of -10-12
gram atoms per liter. For pH regulation,the solution'contained
0.01 mol/lit so-
dium acetate, 0.002 mol/lit podium chloride, and hydrochloric acid
in a quantity
necessary to bring the pH number to 6.3. Analytic-grade reagents
and redestilled
water were used for the'preparation of the -solutions. The
following solid-sorbent
samples were*used: Circular rubber foils from surgical.gloves, 16
mm in diameter,
0,2 mm thick.% polyamide (Silon) foil, 0.1 mm thick;
"blue-ribbon!'-grade filter
paper, and square (16 x 16 mm) samples of cleaned, undyed,
degreased wool fabric
(47.8 mg/cm2). The Silon samples were soaked in the working
solution (without the
Card 1/4

26275
Z/038/61/000/003/w3/003
The use of vibrations in the Investigation of... A201/A126
radioisotope) for 16 hours prior to the experiment. A
vibrating table was used for
the agitation of the solution during the adsorption on the
samples. The vibreions
of -the table were produced by an electromagnet fed from a.c.
line. Or, the table
were placed crystallization dishes with 50 milliliters (ml) of
the working solu-
tion with Pr-143, and a series of 7 samples. The
solu'tjon_,with the samples was
agit-ated eitber by vibrations (100 oscillationp/sec) with an
amplitude of -0.1 mm,
or by a magnetic agitator (150_rpm); at times, it Was left
undisturbed. A eon-
trcl solution with samples_was agitated in Erlenmayer flasks
by a flutter mixer
(2.5 o5cillations/sec, 12 mm amplitude). After the
Preselecited adsorption time the
filter-Daper and wool-fabric samples wore quickly rinsed three
times in 1 ml of
96% ethanol, using a suction cup to remove the superfluous
radioactive sclution.
h~ rubber and Silon samples were rinsed by successive
submerging in ke dishes
with 96% ethanol for 3 - 5 seconds. Previous checks had shown
that 96% ethanol
does not cause desorption of Pr-143 from the sorbenlv-s during
such a short. time.
Af 4~er drying the samples, beta activity on either side of
each sample was mea.5-areed
by a beta counter with a window mass of 1.54 mg/cm2. The
percentage of the isotope
adsorption was calculated from the activity ratio on l,cm2 of
the sample geomet-ric
urface to the ac`ivity of I ml of the wo&' solufion. The pli
number of ttie so
I. -n9
Card 2A

26275
Z/()38/61/000/003/003/003
The use of vibrations in the investigation of... A201/A126
lution was checked before and after the experiment and the
weight loss during the
agitation in the solutions was determined. The results of
the experiments can be
summarized as follows: The kinetic curves of the Fr-143
adsorption on the rubber
foil are similar for agitation by both vibrations and
flutter mixing; the same is
true for the adsorption on the Silon foil. This indicates
that vibrations with
an amplitude of -0.1 mm have an influence on,_the isotope
diffusion on the sorbent
surface similar to that of agitition in a flutter mixer. It
can be assumed that
flutter mixing causes an enlargement of the pores of the
filter paper and thus en-
ables adsorption also on those fibers of the paper which
were not accesible to ad-
sorption prior to the disruption of the texture. Adsorption
on wool fabric with
flutter mixing could not be established due to the complete
mechanical destruction
of the fabric. Isotope adsorption without agitati;n on
sorbents which were pre-
viously subjected to vibrations in a nonradioactive solution
was the same as on
samples which were not sublected to this operation. This
indicates that vibrations
in the aqueous phase do not change the adsorption capacity
of the sorbents under
investigation. The vibration method has the advantage that
it does not affect the
adsorption capacity of the sorbents nor does it mechanically
disrupt samples such
as filter paper or wool fabric, Appreciation is extended to
Engineer A. Hynlit and
F. Koza for designing the vibration table.' (Technical
editor: V. Wena). There
Card 3/4

26275
Z/038/61/()00/003/003/003
The use of vibrations in the investigation of ... A201/A126
are 2 figures, 1 table and 2 Soviet-bloc references.
ASSOCIATION- Vojenskh akademie Antonina Zhp6tockeho, Brno
(Antonin Zhpotock~
Military Academy, Brno)
Ca-rd 4/4

Ba#V.; YRANK, L.
Effect of climatic therapy on certain pulmonary diseases
In children
observed in a pediatric hospital In Velke Losiny.
Ceak.pediat.15
no.8:737-740 Ag 160.
l.Detska lecelana ve Valkyeb Loainach. reditel dr V.Bar
Krajoka
hygienteko-epidemiologickA ttanice, Olomouc.
(LUNG DVWA 6 in inf & child)
(CLIMATE ther)

UR. V. -, NOVAKOVA, U.; KLGXK, Me
Changes in physical condition and ventilatory function of
asthmatic
children and long term results of climatotherapy.
Cesk,pediat, 15
no.9:766-7?i s 16o.
1. Detska lecebna. ve Velkych Loeinach, reditel MUDr.
V.Bar.
(ASTMA in infancy & childhood)
(CLIMATE ther.)

jivu
7"(77TT A '-'D!~A ~'Pc 6 'fol 13/10 Internal 1-Pd Oct 50
5779. THE ACTIVATION OF FIBRINOLYSIS IN SEVERE ABRUPTIO
PLA-
CENTAE - Aktywizacja fibrynolizy w przypadku
przedwczesnego odklejenia
siq lo*yska - Bar-Pr-&tkowska J. and Niewiarowska M. T1.
Kiln.
Polotnictwa I-Mor. -Kobiec. A.M.. Warszawa - POL. TYG.
LEK. 1958,
13/48 (1908-1910) Tables I
In the patient's plasma the plasminogen increased, the
antiplasmin diminished and
the thrombin Inhibitor appeared. This inhibitor was not
identical with heparin. It
is suggested that it may be a product of the lysis of
fibrinogen and fibrin by plas-
min described by Niewiaroski.and Kowalski as antithrombin
V. (X. 6)

BARA, Anna
New methodical possibilities in cholesterol determination.
Kiserletes
orvostud. 10 no.1,96-99 Feb 58.
1. Szombathelyi Magyei Korhaz Kozpanti Inboratoriuma.
(CHOLISTICROL, in blood
determ., comparison of various methods (Hun))

PAPOLCZY, Antal, dr.; BARA, Anna, dr.
Investigations on lipold metabolism of patients with
cancer and
pulmonary tubeTculosis. Orv.hetil. 101
no.38:1346-1347 18 S 160.
1. Vas wegyat Tanaes "Markusovszky" Korhaz,
Tudosebeezati Oastaly
as Kozponti Laboratorium
(NIOPLLMS metab.)
(TUBERCULOSIS, PULMONARY metab.)
(LIPrDS metab.)

GIBIYXI, Kornal; PROBA, Bronislaw; BARA, Boleglaw
Analysis of time connectiosn In
ballistocardiograpby. Polskie
arch. med.wown. 25 no.2:271-282 155.
1. Z III Kliniki Chor.We%fnetzzqch Sl.A.M. w
Bytomiu. Kierownik:
prof. dr. K. Gibinski, .. III Klinika,
Wewn.Slasklej A.M. Bytom.
Batorego 15.
(13AT,LISTOCARDIOGWM,
time connections)

BARA, Boleslaw
Statistics of diabetes mellitus in Bytom. Polskie
arch.
mod. wown. 26 no-7:1139-1144 1956.
1. Z III Kliniki Ch. Wewnetrzrych Sl. Akad. Modycznej
w Bytomiu
Klerownik: prof. dr. med. K. Gibinski. Bytom. u1.
Batorego 15,
III Klinika Chorob Wewn.
(DIABICTIM RELLITUS, statistics,
in Poland (Pol))

SMRM, ZoVia. MAKOVIR, Henryk; GIBINSKI, Kornel
$tudies on Coxsackie viruses. II. Coxsackie viruses in Bornholm
disease. Arch. 1-mn. ter. doew. 5tl97-218 1957.
(PIMODYNTA, IMEMIG, etiol. & pathogen.
Coxsackie viruses, isolation & typing (Pol))
(GOXSACKU VIRUM, infect.
epidemia pleurodynia, isolation & typing of viruses (Pol))

or'YMIRPTA ~-.EDICA.'Sec,. 17 Vol- 3/11 Public
Lealth.Nov. 57
3331. BARA B. III Klin. Chor. Wewn. ~1.A.M., Bytom.
---Choroba Bornholmska na
7e-re_nieB~tomia. Bornholm disease i; the territory of
By-
to m POL. TYG. LEK. 1957, 12/ 4 (126 -128) Graphs 1
During the period 28/811954 to 31/3/56, 64 cases were
registered. Of 37 in which
virological tests were carried out, the result was
positive in 16. Most cases were
observed in the end of the summer. One patient was from
Warsaw. (XX, 17)
tv I k I C k 0 Y a 6 W& w ov e_4-r.2,,v Y c.. 1~
A. AA. %v 13y+ o mi u
X L.
10 Y 4 o m - u.) G 4- -o -Y -e- '0~ ~j Y'
J.

BW, Boleslaw; HARTLEB, Marian; WIECZWK, Irena
Biochemical research on venous blood of extremities in
obliterative
vascular lesions. I. Oxidation of venous blood*' Polskie arch.
med.
vewn. 28 no-5:651-662 1956'
1. Z' III Xliniki Chorob Wewn SI.A.M. w :Bvtomiu.
Kierownik:prof dr med.
K. Gibinski. Adres: Bytom, Batorego 15.
(VASCULAR DISRASDS, PERIPHZRAL, blood in
oxygen in obliterative die (Pol))
(OXYGEN# in blood
vanous, in obliterative peripheral vase. die. (Poi))