SCIENTIFIC ABSTRACT KSENDZOV, YA. M. - KSENOFONTOV, B. M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000827010003-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 13, 2001
• Sequence Number: 3
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

Influence of Admixtures on the Electric Properties 48-22-3-3/3o
of Rutile
admixtures. It may be assumed that abnormally high values
may occur in absulutely pure T102 preparations due to the
lattice-defects. As experiments show, the abnormal pro=
perties of TO 2 are connected with the excessive valence
of the admixtures and are consequently determined by the
state of their valence-electrons. There are no vacant no-
des in the crystal lattice of such a solid solution. The
energy of formation of the vacant nodes in the oxygen part
of the lattice (,-3,1 eV) is substantially lower than
that in the titanium part of the lattice (-2o e7). A solid
solution of the substitution type is therefore formed as a
result of the reaction. It further follows from the equation
that the number of surplus valence-electrons and consequent-
ly also conductivity depends exponentially on temperature
and inverse proportionally on oxygen pressure. This corree-
ponds to experimentally obtained data. The difference between
the radius of the impurity cations and the amount of Ti46-
leads to the accumulation of a considerable elastic energy
Card 2/4 which.formB the main factor for the reduction of the conceno

Influence of Admixtures on the Electric Properties 48-22-3-3/3()
of Rutile
tration limit of the solid solutions. The method described
in reference 11 was applied for the calculation of the di-
electric permeability. A rapid increase OfE according -,o the
increase of the impurity ooncontration and its dependence
on frequency is moat likely correlated with the intoraction
of the electrons of the impurity centerst 1) Only such
admixtures as have a valence and a greater ion-radius -than
titanium, exercise a marked influence in the valuef,, -tg6
and on the conductivity of TiO 2* These impurities form F-
-centers and the energetic center spectrum of the surplus
valent electrons can be calculated similarly to the hyt.
drogen- and helium atoms. The high value of the index of
the refractor causes the formation of great orbit radii
of the surplus valent electrons and a substantial polari-
zability. This effect alone, however, cannot explain the
rapid increase off and the dependence of diapersiQn of
J_ on the temperature, frequency and concentration of impu-
Card 3/4 rity atoms. 2) The polarization caused by impurity centers

Influence of Admixtures on the Electric 48-22-3-3/30
Properties of Rutile I
has a reeonahce- and not a relaxation-mechanism. The fre.
quency of resonance correaponds to the frequency of the
electron-exchange between impurity contera and depends only
on the concentration of impurity atbns and on the orbit
radiua pf electrons. The coordimtion between the experia
mentally found and the approximately calculated values which
take account of the interaction of the electrons of Impurity
conters, are satisfactory.
There are lo figures, 2 tables and 12 reforences't 9 of
which are Slavic.
AVAILABLE: Library of Congress
1. Ru~ile--Electrical properties 2. Rutile--Impurities
Card 4/4

AUTHORSs Mikhaylov, G. P., Fedoseyev, G. ?.p 48-22-3-17/30
Skanavi, 0. 1., Chmutin, 14. S., Ksendzovj_ Ya. M*9
Mateonashvili, B. N., KolomoytsJ`V__"J. I.,_V_o_dop`ry_&nov, Ke Ae
TITLEs Discussions o:. Reports Submitted by:K. A. Vodoplyanov and
I. G. Vorozhteova; X. A. Vodoplyanov and G. I. Galibina;
B. It. Matoonaahvili (Preniya po dokladams K. A. Vodoplyarova
i I. G. Vorozhtsovo K A Vodoplyanova i G. I. Galibinoy;
B. 11. MateonashvilT
PERIODICALt Izvestiya Akademii Nauk SSSR,Seriya Fizicheskaya, 1958,
Vol. 22, Nr 3, PP- 309-310 (USSR
ABSTRAM G. P. Mikhaylov comments the report submitted by K. A.
Vodoplyanov and I. G. Vorozhi-takaya as follows: The frequency
band is too narrow in the lecture delivered as to draw any
conclusions on the relaxation processes in mica. - 0. P.
Fedooeyev' says with respect to the same lecture% ~ho lectured
conclusions are apparently scarcely convincing. The explanation
:of the ohange-mechaniam of the dielectric constant and of the
angle-tangent in mica, however, is of value. Complementary
works must be carried out, however, in order to give a more
Card 1/4 convincing effect to the judgement on the relaxation character

Discussions on Reporbs Submitted 'j: K. A. Yodoplyanoy and 48-22-3-17/N
I. G. Torozhteoval K. A. Vodoplyanoy and G. I. Galibina;
B. H, Matsonashvili
in mica. - G. 1. Skanavit Two essential contradictions exiot
between the works by K. A. Yodoplyanov and G. I. Galibina
and the work by B. N. Matsonashvili. 1) Matsonashvili dis-
covered relaxation maxima on the tg S-curves of the alkaline-
-halogen crystals, which were not observed by Vodoplyanov
and Galibina. 2) Vodoplyanov and Galibina maintain that with
an increase in lattice-energy of the alkaline-halcgen crystals,
the tg ~ decreases at room-temperature and high-frequency.
Matsonashvili did not find such a correlation. The first
contradiction is based on the fact that Vodoplyanov and
Galibina determined the temperature dependence of tg if on the
basis of measurements at different temperatures with large
temperature intervals and not in vacuum. The second contra-
diction may be explained by the fact that the real losses of
the alkali-halogen crystals are very small at room-temperature.
The losses increase rapidly, however, due to the h,7groscopicity
of many crystals, if no precautions were taken. M. S. Chmutin:
An approximating extra-polation of the tgd-valu'e to high
temperatures, leads - according to data by Vodoplyanov and
Card 2/4 Galibina - to a conformity with our experiments. Though

Discussions oji Reports Submitted 'jy: K. A. 7odoplyanciv and 48-22-3-17/30
1. G. Vorozhteova; K. A. Vodoplyatiov and C. I. Galibina;
B. 11. Matsonashvili
Matoonashvili carries out his tests in vacuum, his results
by extrapolation to high temperatures, are higher than ours. -
Ya. M. Ksendzov: Data with smaller values of tg ~f, viz. the
data obtained by B. 11. Matsonashvili, inspire more trust.-
B. N. Matsonashvili: The work-reaults obtained by Vodoplyanov
and Gelibina suffer from the fact that they were determined
under atmospheric conditions. The hygroscopicity of the
samples was markedly expressed in this case. Chmutin critis-zed
the high tg er-valnes I obtained. I showed in my work that the
dielectric properties depend on the previous history of the
sample. Therefore, only results obtained by the measurement
of one and the same sample may be compared. It would be
absolutely necessary to carry out c."complex" investigation
of the different properties of the alkaline-haloGenmono-
crystals with the same samples and on the same conditions. -
F. I. Kolomoytsevs It may be assumed that no fundamental
contradictions exist between the experimentally obtained
results which were determined in tEe laboratories by G. I.
Card 3/4 Skanavi and K. A. Vodoplyanov sinct- the previous history of

Discussions on Reporto Submitted bys K. A. Vodopv,fanov and 40-22-3-17/30
I. G. VorozhtBova; K. A. Yodoplyanov and 0. 1. Gallbina;
.B. 11. Mateonashvili
the samples may cause different results with the measuring
of the tgcP. - X. A. Vodoplyanov% The methods applied are
the decisive factor in carrying out similar works as that
by Xatsonashvili and ours. The results obtained by Skanavi
with his method cannot deny the preconce of a connection
between tg X and lattice-energy. It must be rer-.iod to G. P.
Pedoseyev that it was not pro7ided vithin the scope of this
work to explain the practical usefulness of the thermal
treatment of mica.
AVAILABLE: Library of Congress
1. Mica--Dielectric properties 2. Single crystals--Dielectric
properties 3. Single crystals--Conduci,livity 4. Alkaline
-halogen crystals--Dielectric propertiea
Card 4/4

AUTHOWS t Skanavil G. I.j.4a*adAov, Ya. M., 48-22-3-1/3o
Trigubonko, V. M., Prokhv-aTrrC*-, V. G.
TITLEt Non-Piezoelectric Dielectrics 1,7ith High Dielectric
Constant (Ilesegnetoelektricli,skiye dielektriki a vysokoy
dielektricheakoy pronitsayemostlyu).
Abridged Contents of the Paport. . - The Complete Article
is Published in ZhEFT, 1951, Fr 33, P. 32o (Kratkoye
soderzhaniye doklada, podrobnaya statlya opublikovana
v ZhETF, 33, 32o (1957)).
PERIODICAL: Izvestiya Akademii Nauk SSSR,Seriya Fizicheakaya, 1958,
Vol. 22, Nr 3, pp. 325-235 (USS-2)
A13STRACTs As is known, the fundamental properties of piezoelectrics
are correlated with the spontanaous pclarization within
the temperature-range below CurLe point. It follows from
the conditions of thermodynamic equilibrium that the die-
lectric constant in the Curie point corresponding to the
phase transition attains very high (theoretically infinite).
There is, however, a possibilit;r of increasing the dielec-
Card 1/4 trio constant of the solid dieli~ctrics at the expense of

Non-Piezoolectric Dielectrics, With High Dielectric Constant. 48-22-3-1/30
Abridged Contents of the Lecture. - The Complete Article is Published in
ZhETF, 1957, Nr 33, p. 32o
relaxation ionization which is -.aused by the relatively
marked displacement of the ions and which is not corroila-
ted with the phase transition at Curie point. The combina-
tion of the considerable ion dinplacements with a local
field favorable to polarization in the lattice of the type
"perovskite" may result in an exceasively high dielectric
constant without piezoelectric properties. The experimentally
found values show that the loosening of the lattice of the
type "perovskite" (strontium titanate, solid solutions of
strontium titanate and lead-titeinate, barium titanate) by
means of a part-substitution of the bivalent cations by cam
tions of high valence (bismuth, cerium) without structural
change and with low condutivity results really in an im.
portant increase of the dielectric constant (up to several
thousands). The dependence of thef, and of tg6 on the tems
perature apparently indicates the relaxation charact#~-r of
polarization. The elaboration of the expeiimental values by
Card 2/4 applying the hypothesis on relaxation ionic pciarization

Non-Piezoelectric Dielectrics Viith High Dielectric
Constant. Abridged Contents cf the Paport. . The
Complete Article is Published in A"JhE72F, 1957, Nr 33,
P. 32o
48-22-3-1/30
makes it possible to estimate a series of values charac.
terizing the process of polarization. Results show that
the fundamental hypothesis agrees with the experimentally
obtai.%-', data and that it is not contrary to the phenome.
nological theory. The substitution of the bivalent cations
in the lattice of the type of "perovskite" by cations of
high valence leads to the formation of solid solutions of
the deduction type. In this case it follows from the con=
dition of the electric neutrality of the lattice that empty
nodes must be formed in the cation part of the lattice. The
intensity of the lines on Debye samples decreases -equally
according to the rules governing the process. It may be
assumed that the empty nodes are formed at the expense of
the bivalent cation (atrontium or barium). The presence
of empty nodes and trivalent cations in the lattice of the
"perovekite" type must lead to a distortion of the oxygen
octahedron surrounding the titanium-ion and consequently to
Card 3/4 a greater liberty of its tranalocation. Conzequently, a re-

I
Non-Piezoelectric Dielectrico With High Dielectric 48-22-3-1/30
Constant. Abridged Contents of th, Paporto. - The
Complete Article Is Published in ZhETP, 1957, Nr 33, -P- 32o
laxation polarization which increases the dielectric con.
stant, can be superimposed over the ordinary elastic (elec-
tron and icn) polarization.
LSSOCIATIONt Fizicheskiy institut im.P. H. LebodevaAkademii nauk SSSR
(Institute of Physics imeni P. It. LebedevAS USSR)
AVAILABLE% Library of Congress
1. Dielectrics--Properties
Card 4/4

XSBbMOV, Ya.M.; ROTEMZRG, B.A.
Effect of pressure on the electric properties of barium titanats,
in weak fields. 7it. tver. tela 1 no.4;637-642 '59.
(MIRA 12:6)
(Barium titanate-Zlectric properties)

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k, 04
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A - A.!%

S/181/60/002/011/018,/042
B006/BO56
AUTHOR:
TITLE: Mechanism of the Electrical Conductivity of Ferro- 4nd
Antiferromagnetio Semiconductors
PERIODICAL: Fizika tverdogo, tela, 1960, Vol. 2, No. 11, pp. 2776-2783
TEXT: Ferro- and antiferromagnotio semiconductorn are compounds of the
transition elements of the 3d group with oxygen, selenium, sulfur, and
other elements, and are characterized by a particularly low carrier mobili-
ty. They have been studied in many experiments. It has also boen found that
in them impurities of tenths of % and less often do not lead to metallic
conductivity, whereas this Is the case with ordinary semiconductors. Also
various theories of these semiconductors have been developed, especially
the theory by S. V. Vonsovskiy, which demands that 9-d Interaction be taken
into account. The author has studied the properties of compounds of the
transition elements of the 3d group, in which the Ion character of the
chemical bond is sufficiently well marked. In these compound.;, the p-band
of the anions in completely filled up and is lower than the occupied
d-lovels of the transition elements. The authcr hao now endeavored to
Card 113

Mechanism of the Electrical Conductivity of S/181/60/002/011/018/042
Ferro- and Antiferromagnetic Semiconductors B006/BO56
explain some of the most important experimental data concerning the temper-
ature dependence of the electrical conductivity of ferro- and antiferro-
magnetic compounds, with the effect cf magnet1c ordering being taken into
a,3count. It is shown that with ferromagnetic ordering, a d-band is formed
In any compound. The metallic or semiconductive character of conductivity,
however, depends on the completion of the d-shell of the transition element
and on the symmetry of the crystal field. The wave functions of the d-elec.-
trone in antiferromagnetics may be considered to be localized on ions
(atoms) Jn spite of the possibility of overlapping in the planes of order-
Ing. The conductivity has a semiconductive character and is actually relat..
ed to thermal fluctuations of the magnetic ordering. In the paramagnetic
region cf ferro- and antiferromagnetl~: compounds, the d-bands are formed
at low values of the total moment of momentum (J) whose limit depends on
the structure of the crystal lattice. When the ion of the transition ele-
ment has high values of J, the d-band Is formed in small regions as a
consequence of fluctuations of the magnetic ordering. The activation
energy of the electrical conductivity Is related to the formation of the
conduction band. Professor G. A. Smolenskiy is thanked for his valuable
advice and discussions. There are 1 figure and 23 r6ferences- 4 Soviet,
10 US, I British, I Canadian, 3 Dut,:h, and 1 Swiss.
Card 2/3

Mechanism of the Electrical Conductivity of
Ferro- and Antiferromagnetic Semiconductors B006 B056
ASSOCIATION. Instltut poluprovodnlkov AN SSSR Leningrad
(Institute of Semiconductors of the LS USSR, Leningrad)
SUBMITTED: June 17, 1960
Card 3/3

Semiconducting properties of nicklous oxide.
S.4eiykh.
V. P. Zhuze, A. 1.
Mobility of current carriers In ferro-and antiferro-magnatic material
Yj. X-_KseakOX.
Electrical properties of chalcogenides of rare earth elements.
A. V. Golubkov, Vs. V. Goncharova,, V. P.-Zhuzej V. X. SerSeyeva.
Report presented at the 3rd National Conference on Semiconductor Compounds,
Kishinevs 16-21 Sept 1963

ANSILIMp L.Mol VASILOYEVA, L.L,; LATYSHEVA, V.M.
Gurrent carrier mobility in NiO oontaining U. Fis. tvar
tola 5 no.6:1537-1547 Zo 163s (KMA 16,73
1. Institut poluproyodnikov AN SSSR, Leningrad.

KSENDZOV, Ya.M.; 11PAPKIN, I.A.
Forbidden band width In nickel oxide. Fiz. "Wer. tela 7
no.6tl884-1886 Js 165. (MIRA 18t6)
1, Institut poluprovodnikov AN SSSSR, Leningrad.

T, 13353-6) EW(I)/EWG(k)/BDS/EEC(b)_2 AFM/ASD PZ-4 AT/IJP,'C
ACCESSION NR: AP3001269 S/0181/63/W5/006A537/1547
AUVOR: Kaendzov. YA. M.: Ansealm, L. N.; Vasillyeva, L. L.; Laty*sheva' V. M.
TITLE: 1-lobility of ggrent parriers,in N10 containing L-i1juritle3 of Li
SOURCE: Fizika tvordogo telat v. 5~, no. 6. 1963, 1537-1547
TOPIC TAOS: current carrier,fflt Li, 0, polaron, thermoclactrortotive force,
11all effectp' electrical conductivity, acceptor, donor
ABSTI'MCT: The authors have examined the electrical conductivit7,, themoelectre-
-inotive force, and Hall effect in- solid soltitions of Li sub x Ni sub 1-x 0 for
v4lues of x between 0.01 and 0.2 in the tmperature interval from., licrAd nitrogen
to 300C. The expertrmntal data are satisfactori-ly explained b7 the ordinary
enerL-1 scheme *with a narrow polaron band formed by holes at levels of Ni sup Il
and by acceptor levels lying above the Ni sup II level at 0.2 ev and more#
d-opending on the Li concentration. In the computations the authors %ert in 71ind
the partial compensation of acceptors by donors forned by vacant sites in the
orcygen part. of the lattice: they also con5idered the electronic conducti.7ity
alorip accerlor 1evel3. Data on the Hall effect and computation of drift velocity
Card Y/2

ACCEWION I'M' M001269
have shown that and dt%inish
mobility of-holes in-the polaron b es but the
-mobility -of --electrons --in-acceptor-"&.O-.relv--Ircreasse 046,neftiallY_-Xit~ tising-'I-
temperaWr6.. ',,e activation enerr r,7r
y of hole mobility is near the ene
corresponding to the Del-ye temperature, but the energy of electron mobility
double the energy of the exchange interaction for antiferroirv-netic orderinrl.
"The authors express their thanks to IL 11, Partenova for chemical analysi3 an., to
A. G. Tutov for x-ray analysis of the samples." Orig. art. has: 9 figures and
7 formulas.
ASSOCIATION: Institut poluprovodnikov AN SSSR, Leningrad natitute of Semi-
Z
-A
SUB CODEf 00-- 110'RV -SOVt - -007 OTHEn
VA13
7-7--
Card

EwT (m)/EFF (c)/EWP(t)/EWP(z)/EWP(b XJPW JD/I*/
L 25o9-66
'ACCESSION MR1 AP5014602 Woift/65/ool/006AWAS"
AUTHOR: Kneadwy-4 Ya. M.; Drabkin, 1. A.-_
0-
W
f
fTITLEs On the width of the forbidden bond in nickel oxide
I 1 1,-7 -k (2-
;SOMCE: Mika tvardogo telap To T. no, 6,, 1965s, 188h-1886
:;TOPIC TAGS: nickel compound, forbidden band, electric conductivitys thermal eaf
ABUMM In view of abundant evidence pointing to the fact that earlier data,
laccording to which the width of the forbidden band of NLO is 2 eV, do not take into
I
Account the equilibrium with the surrouDding medium and are inaccurate, the authors
:obtain more accurate data on the-width of-the forbidden band by measuring the de-
'pendence of the photocurrent on the radiation energy, the electric conductivity, an~
Ithermal- eaf of single-crystal -NiO. - - The single crystals were obtained in a manner
t
!similar to that described by R. R. Cech and E. J. Alessandriny (Trana. Am, Soc. Met,
'v. 51, 150, 1951).. The electric conductivity and the thermal emf were measured in
ia vacuum of lo-4 mm at relatively low tewperatures. A value of 3.7 eV is obtained
i
,for the width of the forbtdden band* and It is deduced from the temperature de-
pendence of the electric conductivity that the conductivity is mixed, such that the
_--mobility-of theholes exceeds the mobility the electronso This corre onds to a

L 2509-66
ACCESSIOU HR: Ap5ol4602
2+(3d band to the Ni+(3d9) band$ Which ig
trwisition of an electron from the Ni
allowed by the seloction rules, It is also shovu that both bands are of appreciable,
Vidth and cwtnot be represented in the form of localized levels. Orig. art. h"s
figures and 4 formulas.
ASSOCIATIM Institut poluproyodaikoy AN 888H. Leningrad (Institute of Sewiconduc-
tort-M -.9qg)-
SUBMITTED: i6jan65 ENCLs 00 SUB CODSt 65
NO REF SOVi 001 amms oo6
C!
2/2
Crd

Y-UNDZOV.. Yu.P.., otarshiy inah.
Stand for testing the ZhR-5 transimitter-receiver. Avtom , telemA
sviazl 6 no,5:43 Ff 162, iMJA 1584)
L Iyublinskaya, distantsiya signalizataii i avyazi Hoskovskoy
dorogi. (Railroads-Electronic equilment)

DUDWONKO, P.; XWMOTSKIT. L.
IUS 6"S IWV'~ &U~
'init' iffff hill;'-I:OW grAdO flOUr. SfUk.-616T.prom.
A
22 no.10:25 0 $56. (ML 9:12)
1. Donstakly treat Gl&Txu)d.
(Grain zilling)

SOV-118-58-7-15/20
AUTHORS: Dudchenko, F.A.v.Ksendzovsk1y,_L.P. and Kaufman, L.1%, Engineerfl
TITLEs The Mechanization of Labor Operations With Grain and Flour
(Ilakhanizatsiya trudoy~mkikh rabot a zernom i mukoy)
PERIODICAL: Mekhanizatsiya trudoy4mkikh I tyazhelykh rabot, 1958, Nr 7,
pP 37-39 (USSR)
ABSTRACT: In the grain and flour bins of the hlinisterstvo khleboproduk-
tov Ninistry of Bread Products) many loading, unloading and
interior storage operations are still carried out by manual
labor or by using inconvenient mobile mechanisms. The article
presents one example (the Yelenovka, meltzavod Ur 17, Stalins-
koye oblupravleniye of the Ministry of Bread Produ-~ts) where
complex mechanization of flour loading-unloading and inter-
plant transportation has been achieved. There are 3 schema-
tic drawings.
1. Flour--Storage 2. Flour--Handling
Card 1/1

DUDGH=O, - P.-J., ____ ins-h.-;__ KSTZMZO-V-SK-I-T-, L.-P.-,- ins-h.-;-UUMAY,-LN-9 __ inzh--__ ____
Introducing consuming work with grain and
flour. Mokh, trud, rab. 12 no. 7937-39 11 '58o (MDtA 11:7)
(Groin-handling machinery)

KSENMO.V.q]qT, J6,,insh..
Construction of closed canals In grain warehouses. Muk. eleyo prom*
24 no,'11112 N 158- (KIU 11112)
l.Stalinskore Oblastnoys upraylenlye Hinisterstya khlaboproduktoy
USSR.
(Grain--Storage)
(Grain-handling mohiner7)

KAUFVAN, L., insh., IVASHCHWO. A.. insh.
Furda, M., insho
Practices of the Tasluovka Ylour Hill in producing macaroni flour.
Muk.-elev.prom. 25 no.12:11-13 D '59. (MIRA 13:4)
1. Stalinakoys upraylenlye khloboproduk-tov.
(Taal novkh-Plour mills)

XMINOVSKIT, L.p Inzhener
Electric blocking of protective asshing of units baying starting
devices and electric engines. Muk.-elev.prom.26 no.5:29 My 160.
(MIRA 3,413)
1. Stalinskoys, upravieniye khleboproduktoy.
(Machinery-Wety appliances)

XSENMOVSKIYp M.I.; SAIANTS M.796
Case of anaphylaotio shock vith fatal outcome following a single
dose of penicillin, Antibiotiki 5 no.3slO5-106 ffy~e 160.
2, Khirurgichookoyo otdelenLy WERA 106
.p (zav. - prof. B.Ye.Frankenberg
Odeoskoy gorodakoy klinicheskoy bollnitsy.
(PrMCILLIN) (SHOCK)

4"" ~ P_r'?/
S/131/60/000/04/03/015
B010008
AUTHORS: ,.,Starun V.R., Ka-Sendz T.R.
.19-1000 2 S. Qd 1~
TITLE: The Automation of High-temperature Tunnel Kilns of the
Z oz4_jXq~ W rks of Refractories
AP-9y - __ a
PERIODICAL: Ogneupory, 1960, No- 4P PP- 157-166
TEXT: In the paper under review the authors describe the automation of these
tunnel kilns, which were erected according to the design by the Vessoyuznyy
institut ogneuporov (VIO) (All-Union Institute of Refractories) and Intended
for the firing of magnesite- and chromium-magnesite products at temperatures
of from 1600-17000 and higher. A mixture of coke and blast-furnace gas with a
calorific value of 2000/kcal/per m3 was used as fuel. The design for the
automation of these kilns had been worked out by the Taentrallnoys proyektno-
konstruktorskoye byuro Glavproyektmontazhaytomatika (Central Design and
Drawing Office of the Glavproyektmontazhavtomatika) ia accordance with
technical data of the VIO, and provided for the automatic stabilization of
the gas consumption, the pressure in the kiln tunnel, and the amount of air
Card 1/3

The Automation of High-temperature Tunnel Kilns 3/131/60/000/04/03/015
of the Zaporothlys Works of Refractories B015/BO08
which is supplied from the kiln to the drying plant. An automatic measuring
of the temperature in the firing zone by means of a radiation pyrometer was
also envisaged. Electronic potentiometers of type EPP-09, which are inserted
into the kiln with the aid of the tuyere according to Fig. 1, were used for
measuring the temperature of the goods to be fired. The installation of the
radiation pyrometers may be seen from Fig. 2. The dependence of temperature on
the air supply is shown in Fig. 3. Investigations carried out showed that the
existent high-temperature tunnel kilns can only be converted to automation with
difficulty, and must be redesigned, as described in the report of the TsPKB of tht
Glavproyektmontazhavtomatika of the Ministerstvo stroitel'stva RSVSR (ministry
of Building Activity of the RSYSR). An experimental system of automation
(Fig. 4) which provides for the control of air rarefaction in the kiln, the
amount of hot air removed for drying, the combustion of fuel and the temperature
in the firing zone was worked out. The following apparatus was used for this
purpose: Extremum controllers of type TsNIIKA, jet pressure controllers of
type RDNIA, an electronic controller of type ERK-77 with an air current pres-
sure-gage of type TNSK, the final control element mechanism of type IM 6/120,
the electronic potentiometer of type EPP-120, the final control element
mechanism of type IM 2/120, the controller of type IR-130, the magnetic gas
Card 2/3

6 P.,791
The Automation of High-temperature Tunnel Kilns 3/131 60 000/04/03/015
r6O8O
of the Zaporozhlye Works of Refractories B015 B008
Boo
analyzer of type MGK-348P the primary element of type DOX-358 with hydro-
compressors of type GK-5015. As may be seen from Fig. 5, the automatic control
warran%s the exact maintaining of the given temperature, thus increasing the
quality and homogeneity of the products. The authors finally state than an
installation for the automatic control of the kiln temperature at the individual
points of the firing zone, a remote control of the gas supply to each individual
burner; as well an an automatic pressure control in the injector ducts was workod
out. This installation makes it possible automatically to maintain the tempera-
ture conditions in the tunnel kilns with great accuracy. There are 5 figures and
5 Soviet references.
ASSOCIATION: Zaporozhakiy ogneupornyy zavod (Zaporozhfye Works for Refractories)
TsPKB Glavproyektmontazhavtomatika (Central Design- and Drawing
Office of the Glavproyektmontazhavtomatika)
Card 3/3

YSFINNOVSHY, V.R4. inzh.; VOLODIN, Ye.Ye., inzh.
Automatic control of heat corKlitions in a tunnel kiln. Mekh. i
avtom.proizv. 15 no.12:1-5 D '61. (MIRA 14:12)
(Kilns) (Automatic control)

WSTP A--- -A.M.
KIYP T.H.; WIJDARLt IYY
Automatic analysis of otack'gazoo from rotary kilns for oxygen
content, OgneuporyUno.50'36-239 161. (MDU 14:6)
1. TSentrallnoys protaktno-konstruktorskoys byuro Glavproyektmontezh-
avtomatiki (for Neendzovskiy). 2. Zaporozhskiy ogneupornyy 2avod
(for Bondarevskiy).
(Kilns, Rotary)
(Gases-Analysis)

GOZENBUKP L.G.9 inzh.; NSENDZOVSKIY, V.R., inzh,
Automatic control of a rotary fire-cla7 roasting kiln. Yekh. i
avtom proizv. 16 no.6:22-26 Je 162. (KURA 15:6)
(Ki2ns,, Rotary) (Automatic control)

KSEOZOVSKIr. V.R.1 VVMNSKIY, L.G.
Stabilizing raw materials food into rotary grog-bmming Ir4In
Ogneupory 211 nos5t222-218 162, (KM 1517)
1e 78entrallnoye proyektno-konstruktorskoys by%xro mGlavprMktmont&zh-
avtomatika* (for KooMsovskiy). 2, ZaporozhoUy ognsuporrO7 zavod
(for Vvedonakiy).
(KIlDs p ROt'u7) (Food mechani=s)

KSSNDZOVS-KI,Yj_I,Rt -
Automatic control of rotary grog-buming kilns. Opeupory
27 no.7008-311 162. (KRA 150)
1. TSentrallnoye proyaktno-konstruktorBkoye byuro Glavproyektmon-
tazhavtomatika.
(Kilns, Rotary) (Automatic control)

GAMFMIITEYNp V.A., inzh.; LITVIWKO, V.G.., inzh.; Prinimall uc~astijvez
FILOTIOV, V.A.,, inzh.;,,Mjt= . F.A., inzh.; SAMOYLOV, I*D,,
inzh,; VERSITSKIT A,I p inxh,;-YASHN1KOV, D.I., inzh.;
LRYCHEROO M.A.) LQ7tekhn. nauk; CUMIN, I.K., tekhnik;
TOKAR'p P.L. inzh.; ZAYTSEV, F.Po. inzh,
Mdqtering the production of cold-rolled aheetA. Hot. i gornorud.
pr&F. n'o.602-74 H-D 162. (MIRA 17:8)
1. Zavod "Zaporoshatall" (for Gamershteyn Litvinonko, Filonov,
Knendzuk, Samoylov,, Varbitakiy, Yashnikov~. 2. TSentrallnn
nauchno-isaledovatellskiy institut chernoy metallurgii im.,
Bardina (for laychenkop Chamin# Tokar's Zaytsev).

KSEIZZIA, 0. V.
KSENDZTKs 0, V. -- "Investigation of the Conditions for Obtaining and the
Mechanism of Sintering Chalk-Fluxed Agglomerate of Krivoy Rog Ores."
Kin Higher Education USSR. Donets Order of Labor Red Banner Industrial
Inst imeni N. S. Srushchev. Stalino, 1955. (Dissertation for the Degree
of Candidate of Technical Sciences.)
SO: Knizhnaya Letopie's No 5) Moscow,, Feb 1956

dl-
SOV/ 137-58-8-16453
Translation from- Referativnyy zhurnal, Metallurgiva, 1958, Nr 8, p 32JUSSR)
AUTHOR: Ksendzyk, G.V.
TITLE, -Analytical Meth-o7a-rurthe Calculation of the Consumption of
Coke in Blast Furances (Analiticheskiy metod rascheta
raskhoda koksa v domennykh pe( hakh',
PERIODICAL- V sb.: Domennoye proiz-vo, Moscow, Metallurgizdat,
1958, pp 125-137
ABSTRACT: A method of the calculation of the consumption of coke by
means of the construction of zonal thermal dia-rams is de-
scribed, including curves of the licat consumption of the blast
furnace (at different ternperature levelsi and curves of the in-
put of heat (taking into account the heat of the blast and the con-
sumption of heat in the heating of the coke to the ignition temp-
erature). The arnount of G rea(hing the tuyeres and the
approximate consumption oi coke for tbe projected smelting
are found with the aid of the respe,.tive diagrams. The magni-
tude of the heat losses - estimated by data extant for oper-
ating furnaces. Bibliography: 5 referen(es.
Card 1/1 1. Coke--Consumptic:, :,. - - Ion N. L.

K-- ~- -~" - - k L 9- _V_ - ~~ ,
AUTHOR Ksendzyk, G.V., Cardidate of
TITLE Thermite Surfacing (Termitnayc
PERIODICALi Avtomaticheskaya Svarka, 1998, Nr 4, pp 59-64 OSSR)
ABSTRAM The described experiments are a,~-med a' the possibil-'~
ties and peculiarities of coattng low-carbon steel, with spe-ial
steel by applying the thermlie method, This method is simple,
requires no electric current, and appears suitable for recon-
ditioning parte of crude machinery like crushers or mining
machines. The experiments were restricted to coating horizont-
al surfaces. The techno'.->gy ,)f .covering low-carbon steel with
steel "Kh12" was developed. The c:)mpo51xinn of ihermite and
the process parameters are rec,)mmended.; Specimens ferged after
thermite joining did not separate ir bending tests up to the
breaking point. The height of ~h? fu3~i-an metal must be not
less than 30% of the thickness of thp _-nated partt the part
must be pre-heated to 500,.'700", the iurfa,,e has to be care.
fully cleaned prior to coat4ng. shrirka;7p cav_,'ies and porou!i
spots appear on up to 10% of the 3,jrfa-e It wa3 found tW
the cavities and the porous npite can be disp-laced from the
Card 112 part being coated, to spe~,tiil',v tkrrrt-ntf11 '-,ited feeiing heads

Thermite 3urfacing
1211",
on the coating layer. The advan~ngei of the thermitc? method
arer very short reaction ('~ 100 kg motal fuses in 20 25 ser,)
and simplicity of the required equtpment. There are 7 f-,b-urc~'3
and 3 tables.
ASSOCIATIM Institut elektroavarki Jmenl Ye (), Patona A.,! UkrS3R (hio-ctric
Welding Institute Iment Yo,O- Paton of the AS UkrSSR)
SUBMITTEDt July 10, 1957
AVAILABLEt ,Library of Congress
Card 212

133-58-5-4/31
AUTHORS: Strashnikov, I. B., Astakhov A G:,Pendzyk; G. V.
Fedorovskiy, N. V. and Shumiiov,, K
TITLE: The Dependence of the Coke Rate and the Output of a Blast
Furnace on the Basicity of Sinter (Zavisimost' raskhoda
koksa i proizvoditellnosti domennoy pechi ot osnovnosti
aglomerata)
PERIODICAL: Stall, 1958, Hr 5, Pp 398-402 (USSR)
ABSTRACT: The influence of the basicity of sinter on the coke rate
and the output of blast furnaces is discussed on the basis
of data collected from periods of experimental and normal
operations of blast furnaces on the Southern Iron and
Steel Works (Table). The dependence of the decrease in
the coke rate on the basicity of sinter - Fig.1; the
dependence of the increase in the output of iron per unit
of coke on the sinter basicity - Fig.2; the dependence of
the intensity of coke combustion in a blast furnace on the
sinter basicity - Fig-3; the content of +25 mm (a) and
0-:7 uun (b) fraction in sinter after the P. 0. Rubin drum
tests in samples of sinters of various basicities - Fig.4;
Card the content of fractions +40 mm (a),, +25 Mm (-V) and 0-5 Mm(b)
1/2 1;1 samples of sinters of various basicities collected from
blast furnace bunkers - Fig-5; the dependence of the

133-58-5-4/31
The Dependence of the Coke Rate and the Output of a Blast
Furnace on the Basicity of Sinter
intensity,of combustion of coke in a blast furnace on the
size distribution of sinters of various basicities -
Figs. 6 and 7. Conclusions: Coke rate is inversely
proportional to the sinter basicity. Under operating
conditions of the Southern Works the maximum saving of
coke is obtained when 11mestone is completely removed from
the burden and amounts to about 12-14%. The intensity of
the combustion of coke depends on the size distribution of
sinter and increases with increacing proportion of coarse
fractions. The output of a blast furnace is determined by
the relation between the burden to coke ratio (increasing
with increasing sinter basicity) and the Intensity of the
combustion of coke in the furnace (decreasing with
increasing Binter basicity due to the decreasing content of
coarse fractions). It I-.; necessary to take some measures
to improve th.--- size distribution of high basicity sinters.
It would be advantageous to take as the main criterion of
Card the sinter quality the content of +25 mm fraction after the
2/2 test in the F. G. Rubin drum and not the content of 0-5 mm
fraction. Thera are 1 table and 7 figures.
ASSOCIATIOM-._-Trr~t*jtil-'-..-Y chernoy metallurgii I gornoEo dela AN Ukr.SSR
'~FerTcusfq,et,-j.jn4Institute and Mining Institute of the Ac.Sc.
of the Ukrainian SSR)

NSIM)ZTK, G.T., kand.tathn.nouk
M i
eappp~ C 9 In the resistance to flow of agglomeration compacts
during the sintering process* Izve vyst-ucheb. zav.; chern.
mt. no.7:1-16 J1 158. (14IRA 11110)
1. Ktyovskiy politakhnichookiy inatitut.
(Sintering) (Viscosity)

AUTHORt
TITLEt
PERIODICALt
ABSTRACTi
Card 1/2
Kaendzykl_G.V.,_ SOV-125-58-9-7/14
Now Method to Produce Unfusin Flux.~s (Novyy sposob proiz-
vodstva neplavlennykh flyusov~
Avtomaticheakaya evarka, 19RO, Nr 9, pp 40-47 (U'JSR)
In the production of unfusing fluxes, a now method of grain
formation from a dry mixture with the use of a disc granula-
tor (Figure 1) and by calcination In a "buibling" ("kipya-
shchiy sloy") layer is suggested. The granulator operation
is described as well as the grain 3ize and the factors affect-
ing its efficiency. Information includen data on preliminary
experiments and composition of experimental fluxes (Table 1).
The quality of fluxes produced by the described method is
equal to that of ceramic fluxes produced by conventional
ways. It can be used in semi-automatic welding with flux
feed from a hose.
There are 2 diagrams, 1 photo, 3 sets of microphotoo and
4 tables.

New Method to Produco Unfusing Fluxes SOV-125-58-9-7/14
ASSOCIATION3 Institut elektrosvarki imeni Ye.O. Patona AN USSR (Institute
of Electric Welding imeni Ye.O. Paton, AS UkrSSR)
SUBMITTED: December 13, 1957
1. Welding fluxes--Preparation 2. Welding fluxes--Production
3. Welding fluxes--Applicatioris
Card 212

r *~ 006
A-
Thermit built-up weldims, Avion. sysr. 11 no.409-64 An 10.
OUNi 110)
1. OrUna Trudovogo Mrasnogo Znwnni Institut slektroevarki In.
Te.O. Patom AN USM.
(Thernit) (HRrd facing)

ummm, 0. V.
New method of preparing nonfused fluxes, Avtom.ovar. 11 no.9.#40-4?
S 158. (KERL llill)
1. Ordana Trudovogo, Krannogo Znamani Institut al"ktroevarki Imeni
Te.O. Patons. AN USSR.
(Plux (Metallurgy)) I

25M SOV/125-59-6-8/18
AUTHOR:
TITLE: Using the ADO-1000 Automatic Welding Device for Beading
with an Electrode Band
PERIODICAL: Avtomaticheskaya evarka, 1959, Nr 8, pp 67-69 (USSR)
ABSTRACT: This article deals with conversion of several types of
automatic welding machines for beading with an electrode
band. The author states that for fusion with an elec-
trode band of low-carbon, carbon, or stainless steel,
copper, bronze, etc. the A-384t ABS and other appara-
tus of the Institut elektrosvarki imeni Ye.O. Patona
(Institute of Electric Welding imeni Ye.0. Paton) are
usually used. These have a type A head working on a
constant feed rate principle. The author outlines
some of the difficulties in using these machines for
beading with a cast-iron electrode band. For this type
of beading an electrical circuit is necessary to main-
tain constant arc voltage. For usin the A-384 and
other machines a supplementary unit ~A-384-L30) is a,t-
Card 1/3 tached to the existing electrical circuit; the

SOY/125-59-8-8/18
Using the ADC-1000 Automatic Welding Device for with an
Electrode Band
induction head drive is replaced with a DC drive with
a regulated number of revolutions (the MUN, SL-5691
and other types). Of welding apparatuses operating
on the principle of automatic maintenance of constant
arc voltage, the ADS-1000 automatic welding device,
put out by the zavod "Blektrik" (the "Elektrik" Works)t
is the moat common. On the basis of experiments done
at the Institute of Electric Welding imeni Ye.O. Paton
the possibility of using the ADS-1000 for fusion with
cast-iron and other electrode bands prepared by rol-
ling and crystallization of the mol%en metal (e.g.
G13, 4Khl3 and 3Kh2V8 steels) was established. This
automatic machine can also be used successfully for
fusion with an electrode band of cold rolled metal.
For fusion with an electrode band some modification
of the welding head (Fig 1) is necessary. This is
outlined. The ADS-100 unit illustrated is a 1948
model; the author states that the modifications are
Card 2/3 applicable to other models. The author describes the

SOV/125-59-8-8/18
Using the ADC-100 Automatic Welding Device for Fusion with an
Electrode Band
method for adding the mechanism for rRising the heaAf
absent on recent models. This modification of the
ADS-1000 does not prevent its being used for its so-
sential purpose - welding and fusing with electrode
wire. In concluaion the author reviews some specific
applications of the modified ADS-1000. There are 1
photograph and I sectional diagram.
ASSOCIATION: Ordena trudovogo krasnogo znameni - Institut elektro-
svarki imeni, Ye.O. Patona (Order of the Red Banner of
Labor - Institute of Electric Welding imeni Ye.O.
Paton) AN UMH (AS Ukr SSR)
SUBMITTED: May 27, 1959
Card 3/3

18(5)
AUTHOR: Ks
TITLE: Automatic Fusing of a Film of Blanched Pig-Iron with the
Aid of a Pig-Iron Electrode Band (Avtomaticheska.va nap-
lavka sloya otbel6nnogo chuguna c I)omoshcbyu chugunnoy
elektrodnoy lenty)
PERIODICAL: Avtomaticheskaya svarka, lJ5j, Vol 1Z, Nr 9L, p 54-58
(USSR)
ABSTRACT: Band electrodes were until rcccntly
not used In fusing
,
metals which resist abrasive wear-and-tear because of
the difficulty of alloying. Abrasion-resistant alloys
contain carbides of various elements which govern their
resistance. It was proposed that the crystallization
method of rolling liquid metal, which was developed by
A.V. Ulitavekiy and re.G.Nikolayenko for the preparation
of an electrode banu with a high content of carbon and
alloy admixtures should be used. The ordinary white or
blanched pig-iron obtained (luring smelting has good
Card 1/3 resistance to abrasive wear. Prcduction of 1,1g-lron

Automatic Fusine of a Film of Blanched fig-Iron with the Aid of a
Pig-Iron Electrode Band
electrode band Is now in progress at Kiyev. It is extern-
ally similar to that made from black tin-plate, but has
a less pure surface. Its chemical composition is: 3.3 -
;5.6% C, 0.3 - 0.4% Mn, 1.3 - 1.4% Si. The ferrite or
ferrite-*perlite structure with its flAcy gra~hlte deVo-
sits is analogous to the structure of malleable pig-iron.
The article describes the details of the fusion tcchno-
logy, and then turns to the properties of the fused metal
and possible fields in which its fusion can be used. The
structure of the metal on fusion depends on the cooling
rate. The hardness of blanched pig-iron depends on the
structure of the matrice, dimensions and form of the
cementite; it may vary between 40 and 50 Njj U-periments
.showed that the fused pig-iron wears severt-Ttime*s more
slowly than ordinary carbonaceous tuildine steel andjs
only slightly Inferior to Stalinite I*used by a carbon arc.
It was established that the loss of weight of tested sp~c-
Imens was 5 - 7.0 grams for steel, 1.9 Crams for fu%e8
Card 2/3 blanched pig-iron, and 1.G grams for Stalinite fused under

SOV11' '-C/14
Automatic Fusing of a Film of Blanched Pie-Iron with the Aid of a
PIN-Iron Electrode Band
lu
a carbon arc. The automatic fusion of pig-iron electrode
band is 8-12 times more economical than the hand smelting
of Stalinite because of greater productivity and cheal:er
materials. The conclusions arc first that pig-iron band
produced by crystallization (rolling of li(,uid metal) can
be used as electrode material. Secondly a special fluy
(AN - EB) has been developed for the purpose. Thirdly
the hardness of blanched pig-iron is equivalent to 40-50
NRS. Resistance to wear is 171-3.5 times greater than car-
bonaceous constructional steel. There are 5 illustra-
tions and 5 references, 4 of which are Soviet and 1
English.
ASSOCIATION: Ordena trudovogo krusnogo znameni Institut elektrosvarkl
imcni Ye.O.PatonaAN USSR (Order of the Red Banner of
Labor Institute of' Electric Welding imeni Ye.O.Paton of
the AS UkrSSR)
SUBMITTED: November 6, 1958
Card 3/3

c- XSBXDZYK. 0. T.
Affect of the rate of cooling on the structure of deposited
cast iron. Avtom.svar. 13 no-7s4g-57 Jl 160.
(MM US7)
1. Ordens Trudovogo Krasnogo 7bament, Institut elektroeverid in#
Ye.O.Tatona AN USSR.
(Hard facing) (Cast Iron--Xetallograpkq)

PHASE I BOOK EXPLOITA71ON SOV/5975
International Institute of Welding
)al kongreas Mezhdunarodnogo inatituta evarld, 211 IyunyA - 5 iyulya 1959 V g.
Opatil (Twelfth Annual Assembly of the Internntional Institute of Welding,
Opntija, June 29 - July 5, 1950) Moscow, Mashgiz, 1961, 359 p. 3000
copies printed.
Sponsoring Agency- Natsionallnyy komitet SSSI1 po evarke.
Ed. (Title page): G. A. Maslov, Docent; Translated from E nglish, French,
and Serbo-Croatian by N. S. Aborenkova, K. N. Be)yayev, B. P. Bogacheva,
L. A. Borisova, X. V. Zvegintseva, V. S. Minavichev. and X1. N1. Shelechnik;
Managing Ed. for Literature on the Hot-Working of Metals: S. Ya. Golovin,
Engineer.
PURPOSE: This collection of articles to Intended for welding specialists and
the technical parsonnel of various production and repair shops.
Card 1/,4

Twelfth Annual Assembly (Cont.) SOV/5975
COVERAGE: The collection contains abridged repors presented and discussed
at the Twelfth Annual Assembly of the InterAitional Inntitute of Welding.
Reports deal with problems of welding and relateO procosses used in repair
work, repair techniques, and the problems arining in connection with the
nature of the base and filler materials. Uxample:s of repairing various parts
are given, and the organization of repair operations in workshops and under
field, conditions to discussed. Fconomic aspects of welding and related
processes as used In repair work are analyzed. No personalltits are men-
tioned. There are no references.
TABLE OF CONTENTS: [Only Soviet and Soviet-bloe reports are kiven here]
Foreword 5
PART 1. THE STUDY OF REPAIR-WORK TECHNIQUES
(PROCESSES, METHODS, PREIAnATION, 11FATINc, AND
OTHER TYPES OF PROCESSING CONTROL)
Myuntoner, L. (Czechoslovakia). Welding of Broken Cvankshafts 36
Card 2/9

Twelfth Annual Assembly (Cont.)
Tesar, A., and Yu. LombardUff(Czechoolovaida). Isothermal
and Ultracold Welding of Ilardefuible Steels
Paton. B, Ye., G. Z, VoIoehkevIch,,D._A,_DIdkn Yu. A.
Sterenbogen. A. M. Makara, P. 1. Sevbo, and D. 0.
Rozenberg (USSR). Electronlag Weldlnr in Repiring
Heavy Machines and Mechanisms
Frumin, 1. 1., A. Ye, Asain, L. M. Gutman,
,f~V ~rnd?~A. Lapchonko. Ve. 1. Leynachuk,
Ye. N. Morozovaknya, 1. K. Pokhodnya, V. 1". Subbotovskiy,
and F. A. r[homuslko (USSR). Automatic Wear-ftesistant
Subinerged-Are Surfacing
Snegan, 1% (Poland). Restoration of Rolling-Mill Rtffln, Crone
Rollers, Forging Ples, and Shears by Arc Welding
Card 3/9
170V/5075
42
40
60
72

32604
3/13:T/61/000/011/057/123
Ao6o/Aiol
AUTHOR: Ksendzyk, ON.
TITLE: Wear-realstant building up with a cast iron strip electrode
PERIODICAL: Referativnyy zhurnal, Metallurglya, no. 11, 1961, 57-58, ab-
stract 11Ye368 (V sb. "Poluchenlye izdelly iz zhidk. met. a
uskoren. kristalllzatsiyey". Moskva - Kiyev, Mashgiz, 1961,
3o4-311)
TEXT, The author sets forth the substance of the work carried on at
the electric welding institute of the Academy of Sciences UKrSSR. The eleo-
trodes are fabricated from annealed cast iron strip, wound into a coil. The
strip composition (in %) is: C 3.0 - 3.4, Mn 0.35 - o.4, Si 1.5 - 1.7. In
the butlding up the electrode produces a bead of refined cast iron with similar
chemical composition. The width of the electrode strip is 40 - 100 mm, the
thiokness is 0.6 - 1.0 mm. The built-up parts may be operated under abrasion
-at 300 - 5000C. A special feature of the building up with a cast iron electrode
strip is the requirement for the use of equipment with automatic regulation of
the electrode feed-rate as a function of the are voltage. Theflux for the
Card 1/2

32604
3/13'r/61/000/011/057/123
Wear-resistant building up ....... Ao6o/AIOI
building up is formed of a 5-component slag system which may be characterized
as an alloy of Ca aluminate with silica and fluorspar with a low alkali content
(1-2%). For an electrode 70 mm wide and 0.65 - 0.75 mm thick the optimum
conditions are: the ara voltage 19 - 21 volts, current 800 amps, build-up rate
10 meters/hour. The structure of the built up metal may- be regulated by heattig
or cooling the base metal prior to the building up. The built up cast iron Is
somewhat poorer In its wear characteristics than stallnite. The wear of white
built-up cast iron an the specimens constituted 1.9 g, that of stalinite -
1.6 g. Specimens of high-chrome castiron showed the lowest wear - 0.62 g.
Build up by a cast iron electrode may be applied in mining and metallurgi.,al
enterprises, in excavating equipment, and in other branches. Automatic buildirg
up by caz-,, iron strip Increases the productivity by a factor of B-12 as com-
pared with manual building up. There are 8 references.
Ye. Terpugov
(Abstrac,Aer's note:
Complete translation)
Card 2/2

AVrHOR: Keendzyk, ON.
27382
S/125/61/000/0011/010/016
A161/A133
TITLEt On the technology of build-up welding with cast iron electrode band
PMUODICALs Avtomaticheakaya avarka, no. 3, 1961, 81 - 87
TEXTs Information is given on experiments continued at the Electric Weld-
ing Institute after the possibility of building-up with malleable cast iron barAs
had been discovered two years ago (Ref. 1i 3.V. Knendzyk, Naplavka sloya otbelen-
nogo chuguna a pomoshch'yu chugunnoy elektrodnoy lenty. Avtomaticheskaya avarka,
no. 2, 1959). The method has been used since 1959 In the Soviet iniastry for
parts of metallurgical equipmant, earth-moving machinery, blast equlpa*nt, bat rict
withcut difficulties. The results of experiment's and technological recoy~aenda-
tions are presented. The 43 (ChE) electrode band used by the institute is pr~l-
duced by rolling the liquid metal as described 4n Ref. 2 (G.V. Ksendzyi, Chugun-
naya elektrodnaya lent&. Avtomatioheakaya evarka, no. 5, 1960); the spiiial
AR-28 (AN-28) flux is a mixture of calcium aluminobilicates and eute 'Acs of t.
with calcium fluoride. This flux is low-oxidizing and may be used fsr building-up
alloy steel as well. The'velding equipment should maintain autcmatically a con-
Card 1/3

27382
S/1 25/61/ow/oWol o/oi 6
On the technology of build-up welding with.... A16IIA133
stant are voltage and accomodate tkA sl&:~*Orcde feed devl:~,a. The A-384 and AAC-
-1000 (ADS-1000) welders have been adapted for cast iron electrode bani (Ref. 'I'
G.V. Xsendzyk, lspollzovaniye svarochncg-~ avromata ADS-1000 d1ya naplavid elek- -
trodnoy lentoy. Avtomaticheskaya svarka, no. 8, 1959). and a spo-cial new
trode holder with two rollers designed for 20 - 100 mm wide and 0.5 - 1.9j in I.hLok
band. (Abstracter's notes The article contains trade names cnly of the Iai.- spe-
cial electrode holder, welders and welding converters and transformers.' Detallixt
recommendations of the buildlng-up proces's are given, including tables of welding
current to be used-for electrode bands of different width, dependence of the di-
mensions of the deposited metal strip on thi welding current and we"W14 speed,
dependence of the deposited chilled metal hardness on the thickness and tempera-
ture of the base metal; voltage being used In welding with alternating ourrent
and with direct currentj flux quantity belpg used and the content of C&O and
K20 + Na2O in it (up to 44% and 2%, respectively). The alloy elements are listtd
by which the hardness and wear resistance of the deposited chilled iron nay be
raised (Cr, Ni, Mn, B, "A"i, To, nitrogen) &nd 4 Possible ways of adding the 41loy
elements by other msans than additions into electrode band metal. These 4 meth-
ods arat 1) Coating the alloying mixture on the surface of the 'workplace. The
mixture should contain 2 - 4% bakelite powder, and the workplace heated to 250 -
Card 2/3

27382
S/125/61/000/003/010/016,
On the technoloty of build-up welding with.... A16l/A133
2800C. 2) Using special ceramic and fused fluxes. 3) Feeding simultaneously two
electrode bands of different metal. 4) Adding alloy elements to the flux. The
building-up of flat metal surfaces with holes is recommended with the aid of
graphite plugs In the holes. The alloying recommendations are given with reser-
ences to Soviet publications. References are made also to data of Mngfteer A.I.
Golovashchuk concerning the proper welding voltage) current calculation formulae
derived by D.M. RabkIn (Ref. 5s Energeticheskoye issledovanlys prielektrodnykh
oblastay moshchnoy avarochnoy dugi. Avtomaticheskaya avarka, no. 2, 1951); data
of P.P. Ehishtedt, V.I. Dyatlov and I.I. Prumin on the effect of stabilizing elec-
trode coatings in the building-up process (Ref. 6, Avtogeanoye delo, no. 4, 1')38)j
data of K.K. Khrenov on the fusion rate In the process with direct polarity and
different electrode coatings. One of the surface alloying methods, with allc;ylng
mixture applied to the workpiece surface, had been sugges-,ed by the author and
tested by V.K. Kalenskly. Student Ya-M. Vishnevetskiy of R1SKhM participated in
the experimental work. There are 5 figures and 14 Soviet-bloc ref-grenlee. A-V
ASSOCIATIONt Ordena Trudovogo Krasnogo Znanemi Inatitut elektroav&rki im. Y-!.O.
Patona AN USSR ("Order of the Red Banner of Labor" Eleo:-ric WeldIng
Institute im. Ye.O. Paton AS UkrSSR)
SUMMED: June 25, 1960
Card 3/3

2648,
jja~a 1411, 14 q b 8//-' 2 5 /6 !t/000/009/012/01 4
D040113
AUTHORSs Keendzyk, V.G.1 Subbotovskiy, V.P.1 Shirin, V.3,
TITM Preparation of bimetalibillets for merohant shapes ising
elsotro-slag facing with a wide eleotrodA
PERIODICALs Avtomatioheekaya evarkay no. 9, 1961, 79-81
TEXTs The Inatitut slektronvarki Im. Ye*O.Patona (Blectr.l.; Welding In-
stitute ime Ye.06paton) has developed a now metho6 f,)z cladding zdtal bil-
lets with wear-resistant metal prior to final rclling int-- warchant bar
stock. The essence of the method oonsists in preparirg a gxcz-ni on steel bil-
lets, e.ge blooms by rolling# and filling the groov-3 -with other me-tal using
the aleotro-slag process. The arrangement is showz~ ir, a liagr&T (Fig.1)
The shoo remains immobilep the billet is mo7ed i,,n,.Irt~ally ;ss:t the shoe;
and a massive wide electrode is fed downwarJ* The ahce 12 se4l-~d by I.-A
or 'by graphite (Fig.2) to prevent metal anil slag fx~m r-.A_nL'_-g o-.it. Only
slightbath level fluctuations are permissible2 the bloom !Dust mcVq w_-Ah
speed matohing the groove filling. Ln automati-~ control, sys-~sm ~Jig-3)
moves a carriage with the bloom one Thq d.c. m7tor drivi:,g t~r-
Card 1/5

6 87/000/009,012
S'/1. 2 /014
25
Preparation of bimetal billets D,)4C/DI13
fitted with an eleotrodynamio amplifierv and a feele:- or. trii shisa -to
the approach of liquid bath level and changag ourren-. in ~he =V1.1fiez ea..
citation winding to speed up the carriagA. The oys~"m 1, c~ntrc!_Iii by a
voltmeter, a control tube and a rheostat on the cll~r.trol board. Tl!~,4 elec-
trode is fed automaticallyo Three advantages of the me,~hDi are p~intad o-ats
(1) High productivity of the process due to rtr-,;,rg r,..rront (;) Mae-
sive square or round electrodes can be aa*#49 and thiy rt%e, .~.,itspsr IIar, ela3-
trode wire# powder wire# ceramic flux etis (3) Cladding !-% iLilinqd
position is possible with a comparatively simple arrangement; an] !Jhzrl..
eleotrode that can be used are easy to guide a-.ourati~ly. Ttere a'r4 3 fig-
ures#
ASSOCIATIONt Ordena Trudovogo Kragnogo Znameni Institut elektrDa7arki il"
YeoO.Patone, AS USSR Meo%rio Welding Institute "Order of the
Red Banner of Labor" im. Ye.O.Pator. IAS UkrSSR)
SUBMITTEDs May 22, 1961
Card 2/5

KSENDZIK,.-f&orgV Lskj!Xo3dxh,kand. tekhn. nsukj RYZBIK, Z.F,.j
red.j GRIGORIYEVA, I.S., red, Izd-va; BEIDGUROVA, I.A.j tekhn.
red.
[Mechanized built-up welding under flux of a layer of chilled
cast iron by a cast-iron ribbon electrode]Me)dumizirovannaia
elektrodugovaia naplavka pod fliusom dloia otbelennogo chugu-
na chugunnoi elektrodnoi lentois "eningradf 1962, 25 P.
(Leningradakii dom nauchno-tokhnichookoi propagandy. Obmen pe-
redovym opytom. Seriias Ovarka, i. paika metallov.. no.8)
(Electric welding) (Hard facing) (MIRA 15:9)

S/125/62/000/007/004/012
D040/D113
1XTEO~Z: .-A=r1dzYkj-GV,
11 TT ": f1tv: for arc surfacing with cast iron and high-alloy steels
A-
Avtorzticheskaya svarka, no. 7, 1962, 25-30
The Aq-26 (AIN-28) flux is a special grade for autoi-atically surfacing
ste-1 rarts with tape electrodes made of cast iron or alloy steel. -Abe surfacing
tec~,niqucs were previously described by 'the author ("Avtomaticheskaya svarka",
no. 2, 1959), v~ho developed the flux in 1959 at the Institut clektrosvarki (Electric
'Ueldin,, Institute) Uu-wiorts Certificate no. 145828, Dee 22, 1960); none of tho
e.xistin- f1mes had sufficed for surfacing with cast iron tape electrodes. Beads
deposited from any tape electrode with an AN-28 flux or wire'alectrodes, are well
shapod, the slag crust can be easil,, removed, the welding process is stable, ~nd
C) d
tbe coatin3s sound, despite a low C&Fz and SiO content. The chemical composition
5-10), Caa
of iluNN-28 is as follows (in %): S102 0 (35-44), U203 (U-45) I CaF2 (5-15),
K20+M20 (1.0-2.0), 1111,g0 (~2.0) , HnO 1.0), FeO (j 2.0), S ( t0.06), P (~ 0.08),
(SiO2-f'Al--703) - 43-53%, and (cao+car - 47-53%. It is melted in an electric*fur-
nace froir a charge consisting of 7 1 feldspar, 25% alymina, 40.5% chalk, 22% con-
Card 1/2

S/125/6~/000/007/004/012
D040/D113
,LN-28 flux for arc ........
centrated fluorite, ana 5.54% calcined soda; it is then deoxidized in the furnace
by aJditions of.coke, and finally poured into water for granulation. The flux en-
sures a low oxidation of alloying and modifying elements in'the surfacing process;
the coatin--s arc soiuid when the Si content in electrodes is high (1.0-1.5%) and
vi%en thc core of the.powder wirc contains 2.513% Na2SiFG; S and P ire eliminated
from th-c coating meul; cracks in the coatingL can be prevented by preheating and
subsequent slow cooling. The new flux has been tested in the field and is recou~-
mended for extensive use. There are 2 figures and 2 tables.
ASSOCIATION: Ordena Trudovogo Krasnogo Znameni Institut dektrosvarki im-. Ye.O.
Patona Ali USSR (Electric Welding Institute "Order of the Red Banner
of Labor" im. Yc.O. Paton, AS UkrSSR)
SUBMITTED: December 11) 1961
Card 2/2

WDOVAR, B.I.;.X3EffD-ZYKGV,
Electric slag remelting of austenitic 013 steel. Avtom. evar.
15 no.9:18-21 S 162. (MM 15:9)
1. Ordena Trudovogo Krasnogo Znameni Institut elektroovarki im.
Ye.O.Fatona AN UkrSSR.
(Steel ingots) (Zone melting)

KSENDZYK G.V,
Hard facing of wear-resistant cast iron. Avtom. avar, 16 no.9s
1 61~71 9 163. (KM 16:10)
1. Institut elektroavarki im. Ye.O.Patona AN UkrSSR.

KSENDZYKp G.V.; GOLOVASHGHUK, A.I.
Properties of hard-faced cast iron vith chromium and titanium
addition alloys. Avtom. svar. 16 no.12t7-12 D 163.
(MIRA 17:1)
1. Institut olektroavarki Imeni. Ye,O. Paton& AN UkrSSR.
llli;-`~

KSENDZYK, G.V.; SMUTER, S.Ya.
%chanized byildup welding of hammer cru3hir4j, machine strikera
using a cast Iron ribbon olectrode. Avtomesvars 17 nool;75-'*,?',,
Ja 164. (MIRA 17%3)
1. Institut elektroavarki Iment Patona. AN UkrSSR (for Ksendzyk).
2. Kor.-munarskiy metallurgicheskiy zavod (for Shekhter).

KSEVDZYK, G.V.,- KA-SUCIMIKO, F.D.; PrInimala. uchast-iyol MALUWA, Y.N., inz~..
Hard facJnp of mining and metallurgical equipment wIth a past
iron atrip, Avtm. evar. 17 no.6t8345 Je 164 (MIRA )8:1)
1. Institut ekeltrosvwki imeni Ye.O. Patonit MI UkrSSR (for
Koendzyk' 2. Magnitogorskly metallurgicheskiy komblnat (for
Kashcher.ko).

015 in v, i`:N-rO flim for dr.,pFitv)n of ai,,Aled Cast
.Iron on steel parts, Jkvtom. evar. 18 no.5?38-40 MT 65.
(FIRA. M6)
1. institut olektroavarki Im. Ye.O. trttonn Ali Gkrr)SR.

ACC NRI AP6015249 SOURCE COM UR/0125/66/000/005/0063/0067
q 2#e
AUTHOR: Keendzyk, G. V. -7 a-
ORGt 'Institute of Electric Welding im. Ye. 0. Paton, AN UkrSSR (Inatitut tlektro-
svarkf XN UlErSSR)
TITLE3 Ilectroslaa girth welding build-up of vertically positioned cylindrical parts
It'
SOURCE: Aytomatichtskaya avarka, no 5, 1966, pp 63-67
TOPIC TAGS: electroslag welding, welding technology, carbon steel, cast iron
plasticity
ABSTRACT: One of the factors limiting the widespread Introduction of the build-up of
high-alloy low-plastiq~ty steels is cracks in the built-up metal. An extremely high
proneness to crackinifts displayed by chilled cast iron welded onto carbon steel. It
is shown that thi.s handicap can be eliminated by welding together cylindrical parts
of low-plasticity steel and cast iron by the electroslag method when these parts are
vertically positioned in a circular slag bath. The welding diagram is shown in Fig.
1. Work part I is vertically positioned within the crystallizer. Current flowing
via current lead 4 enters electrode-tube 3 and the bottom 5 to which the work part is
affixed. The process is commenced by shorting the electrode with respect to the
bottom, whereby current is induced in annular slag bath 6. This slag bath Is
1/3 UDC: 621.791.756:621.791.92:621.9-434

L 3:');313-66
1ACC NRs AP6015249
LZ
IIRIP'Knl__V~
v
. 0 ,
Fig* L Disgrm of alectrosleg
build-up of a cylindrical work
part by an slactrodo-tubs
(assembled from rods)

L 35P13-66
ACC NR. AP6015249
4;z~
bounded on the Inward side by the work part and on the outward side by water-cooled
copper crystallizer 2. The host released in the slog bath during the passage of the
current malts the electrode-tube and fuses the surface of the work parts This setup
was used to perform a series of experiments with the welding of various types of cast
iron (normal, white, chilled, alloy) and R18 steel. A uniform depth of fusion (1-3
mm) could be accomplished on employing a welding current of 2600 a and a welding
voltage of 26 v and the built-up metal thus obtained was compact and free of pores
and cracks. Subsequently, this technique was used to experimentally build up a
series of strip-mill rolls of which the roll built-up with Cr-Ni cast ir:Fontainiag
-0.1% Mo displayed the highest strength as compared with cast rolfs-lo-E-ItTA asmat kind.
Thus, this new technique of electroslag girth welding buLld-up of vertically
positioned cylindrical steel billets makes It possible to build them up with such
low-plasticity alloys as chilled cast iron,M18 steel, and others, without prior
reheating. This technique is most effectivi-w-Wein used in the production and restora-
tion of rolling-sill rolls, since it makes possible the creation of a highly produc-
tive bimetal roll with a steel core and a cast-iron work coating. orig. art* bass
6 figures, 3 tables*
BUD CW1t 13, It/ SM BAM Men"/
e)__41

ESEMVICRY G.F4
OxAsmoglobinometry, blood cizWlation rate and pulmonary ventilation
in school children at the age of 10-32 years during niscalar work.
Sboro stud* nauch. rab. Nauch. stud. ob-va Ur goo, pod, inst,
no-3t104-2-10 1594 WFA 14%7)

xsalll, I.
L---- - --.- -1
Automat hands out the change. Sov. torg. 34 no.9:" 3 161.
(MM 14:9)
(Vending machines)

KSM1111, L.A.
Results of orgar.1-ratimn. Bazop.trada v prom. 4 no.2:21
7 160. (mm 13:5)
(Cranes, derricks, etc.)

OENO ftI!I;T(,V P A.
Deterrdning the distance of haulage. Avt. tramp. 39
no.10:35-36 0 161. (MIRA 24:10)
(Leningrad-Transportaticn,, Automotive)

XSENOTOROVsA.I., doteent; ROOATKINA, Eh.Te., Insh.
.w-l*"-"~l, I
odometers In,testing compressibility of sand. Trudy KIM
U06100:3-23 159. (MIRA 12W
(Und-Testing)

KSFNOFIONTGvt A.I., dotsento kand. tekLn. nalik
......
Relaxation theory or consolidation and a new mottind of
calculating eoll settlement in Umn. Trudy MIIT no.197i
68-1.42 165. (WHA 18s8)

ISUOYONTOV, A.I., doteent; ROGATKIIIA, Zh.Te.,
. .... .
Work Practices with stability meters.
159.
(Boll mechanics)
inzh.
Trudr 141IT no.100:95-102
(KIRA 12:6)
A,

ABELEV, YuJI., doktor tekhno nauk, prof.; AffELEVj M.Yu., inzh.;
BAKHOLDIN, B.V.p kandi tekhn. nauk; BMtEZANTSEV, V.G.,
doktor tekhne nauk# prof.; VYALOV, S.S.j doktor tekhn.
nauk; GODES, E.G., inzh.j GORBUNOV-POSADOV, Y.I., doktor
tekhn. nauk, prof,,- DAD~ATOV, B.I., doktor tekhn. nauk,
prof.; DOKUCHAYEV, V.V.0 kand. tekhn. nauk,- KRUTOV, V.I.,
kand. tekhn, naukj KSENOMO~Y,_A.I., kand. tekhn. nauk;
MARIUPOLISKIYO G.M., and. tekhn. nauk; MORAiTSKUL.N.H.,
inzh.; FEAIEY, Ye.M., inzh.; SAVIDIOV, O.A., doktor tekhn.
neuki S1DOROV, N.N., kand. tekhn. nauk; SKORODIVSKIY,
N.*,., kand. tekhn. nauk; SOKOLOV, N.M.,, doktor tekhn.nauk;
WiDKIII., A.Ya., inzh.; SHASHKOV, S.A., kand. tekhn.nauk;
.,'.EYKOV, M.L., inzh.; YAROSMIKO, V.A.0 kand.tekhn.nauk,
((ieceased]j KHALIZEV, Ye.P., kand. tekhn. nauk, nauchn.red,
[Max~ual for the designing of industrW plants, apartment
houses,, and public buildings and structures; foundations)
Spravochnik proektirovshchika promyshlenrWkh, zhilykh i
obshchestvenrWkh zdariii i sooruzhenii; osnovaniia i Ainda-
menty. Leningrad, Stroiizdatj, 1964. 266 p.
(MIRA 18:1)

ISE"we-m-olod 6-1-e-bojfc-ht doktar tekbne nwkq prof.1 KMOFONTOV#
Alsksandr Ivanovich', '- kand. t*kbn. naukp dote.1 PIATUI7OVq-Te*CeUy-
Vliaimirov c , prof.;-SIDOROVg NikoUy Nikola;yevlcbt kande tekbno
nauk# dote.; YAROSB=09 Veevolod Alaksan&ovichg kand. takhn.nauk,
dots.j GOLIDMMN# M.N.9 doktor tekhn. naukp prof.9 reteenzenti ,
TERLETS&U, V.P., inzh., reteenzentj IAPIDIISp L.S.9 inzh.9 retsenzent;
ZEBMTSOV, I.Vat inzb.9 retBanzent; GIDTOV, N.M., insh.p reteenzent;
SILIN, X.S., 4nph,jL*teenwntj SURODErSV# V.Po, imb., red.; PITROYt
P*Aep taklm, red,
(Soil mechanics and foundation enginearinol Hekhanika gruntov, oeno-
vaniia i fundowntV, Moskva, Voss* isdatellsko-poligr. obledineuis HwT&
putei Boob6twhaniJLa# 1961, 339 P. (H3RA 34&8)
(Soil mechanics) (Foundations)

STIPANOV, L,L,;'--XSEMYOllrOV, A.11.
Removing chips
by pin conveyers. Stan.i instr. 29 no.6:38-39 Je
158. (Conveying machinery) (KM 11:7.)

DROBASHCHMO# Ivan Tikhonoviob;-XjjWOFVILTOVj Aleksand Nilovi!~)
I I t rea--VMOMfV --g- - ----
XUVTWVp Me p prepodavate . I t 1. .7 J*jF-7
podavatel't red.; KMSXATAp V.V.q red.izd-val ILIINSKATAp G.Mep
taklm.rede
[FundamentaU of slectronias and radio engineeriml Oon*vy
elektroniki i radiotsuhn"kis Mookyap Gon.nauchno-takhnsiad-vo
lit-ry po gomomu delut 1961# 283 p.
(MIRA Us6)
1. Rostovskiy gorno-elsktromkbanicbeskiy tekbnikum (for lvartsov)s
2. lovooberkaeskiy kbimiko-tekbuologicheakiy tekbnikm (for
Makhotanko)o
0404trouios) (Radio) (Transistoro)

--------
Automatic hydrogen pressure regulator In generators with by4rogen
oooling, Xnargetik 6 Ao# 1:18-19 Ja I>b. (MIRA 14:0)
(Pressure regulators)
Ollectric generators--Cooling)

1. B-.U.
2. USSR (600)
4. Technology
7. Casting by the method of vacuum intake. Moskva, Mashgiz, 1952
9. Xont~]Z List of Russian Accessions, Library of Congress, Febhary, 1953.Unclassified.

LUX&NIN, S.K.; KSMYOMV. S.M., kandidat tokhnichookikh nauk, retess-
seat-. '0 redaktor.
I
(Pneumatic molding machimer.; structure, aso*ublLzg, utilization
and repair] Pneymatichaskis formovochays mashlay. Ustroietvo,
montesh, ekspluntatsila I remont. Hooky&, Goa. nauchno-takhs. isd-
vo mashisontrottell mol lit-ry, 1954. 142 p. (PI-RA 7:8)
(Molding machines)

XSENOR)MV, B.H., kandidat takhnichookikh nauk.
low design of a foundry mold for the production of castiage
by the method of vacuum auction. Trudy Ural. politekh. inst.
no.60:178-182 156. (MLIXA 9: 10)
(Youndry machinery and stipplies)

-I u N L T
M..3"
Big
all
all
M!"it
&
*I
X
A j11-121w .4 114

KINAYEV, Anatolij Nikoloyevich, kand.takhn.nauk; SHIPILIN,.Berin Illich,
inzh.; TJMXGIN, A.B.. kand.takhn.nank; LZYCHENKO, P.To, kando
tekhnonsuk-, SOKOWT, 1J., kand.tekhn.neuk; SHAVILIUS. N.V.,
Inshener; AINAYST', A.N., kand.tekhfi.iiiuk,,.YAROSMWKO,
Tu.G., keud.tskhx.nvuk; GOROMOT, A.A., doktor tekbn.nauk,
retsonsent; DUBITSKIY, G.K., kand.tekhn.nauk, obahchiy red.;
BMAKOV, D.K.. kand.takhn.nauk. red.; kand.
tekhn.nauk. red.; PMMCHIKOV, Yu.P., kand.tokhn.nauk, red,;
DUGINA. N.A., takhn.red.
[Ofapola furnaces and drying chambers] Liteitys pechi i Sus-hila.
Koskva, Goo.nauchno-takhn.izd-ve mashinostroit.lit-ry, 1959.
472 P. (MIRA 12:6)
1. Kafedra litsynogo proizvodstva UralOakogo politakhnichaskoge
instituts (for Gorshkov, Telegin). 2. Chlen-kprrespondent AN
USSR (for Gorshkov).
(Foundry =chinory and supplies)

WAHOY01NOV, 11.14.0 lutndetekhn.nauk
Copper alloy ingot casting b;r meann of vacwnu suction. Trudy
Ural.politakh.inst. no.89:213-230 159. (91R& 12: 8)
(Honferrms ingots) (Copper alloys) (Vacimm metallurgy)

DOBATKIN, Tladimir Ivanovich, doktor tekhn.n&uk;_XWQFONTOT, B.K.,
retsensent; SPOLUESNUTY, Lj.. red.1 GYRCHIVA, N.M., d"
re .
izd-va; TURKINA, Te.D., takha.rod,
Wwainum alloy Ingots] Slitki aliumintavykh splavoy. Sverdlovsk,
Gos.nauchno-tekhn.isd-vo lit-ry po chernoi I tsvetnoi motallurgli,
Overdlovskoe otd-nis, 1960. 173 p. (MIRA 13:8)
(Aluminum alloys) (Nonferrous Ingots)

KSE-NOFONTOV- Borie Maksimovichl-UMMIOV, F M., laureat Gosudarstvennoy
premiij, inzh.,, retsenzent; DUGIRAO i.A.,-t*kIm.-;ed.
(Gasting by the vacuum suction metbod] Lit's metodom T&kmmno
vsasyvaniia. Sverdlovsk,, MaoWz,, 1962. .167 p. (KIRA 15 t T
(Nonferrous metals-Founding) (Vacuum tecbnology)
. 41