SCIENTIFIC ABSTRACT KONOVALOV, B.A. - KONOVALOV, G.S.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000824320017-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: December 30, 2016
• Document Release Date: June 19, 2000
• Sequence Number: 17
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

BOV/24-58-8-19137
AUTHORS: Yelpatlyevskiy, A. N. and 42n B.,.&.,,(Moscovi)
TITLE: The Application of a Variational Ile hod to Calculations
for Conical Shells (Primeneniye odnogo variatsionnogo
metoda k raschetu konicheskikh obolochek)
PERIODICAL: Izvestiya Akademii Nauk- SSSR, Otdeleniye Tekhnicheskik-h
Nauk, 1958, Nr 8, pp 106-111 (USSR)
ABSTRACT: The method is applicable to shells of small apex anGle.
The standard shell is assumed to have constant thielmess.
The work is based on the variational method which
V. Z. Vlasov developed for prismatic shells. Equations
are obtained from v.,Lch it is possible to imDrove the
solution obtained by assuming plane cross-sections. By
representing the longitudinal and transverse displacements
in the foi-a of several terms in which the first terms
correspond to the hypothesis of plane cross-sections, a
solution can be obtained which more accurately describes
the stressed -and deformed state of the type of shell
Card 1/2

KONOVAUX, D. A.,, Oandldate Tech Sci (dies) -- "The amputation of conic am.
branes on the basis of V. Z. Vlasov's variation wthod". Moscow, 1959. 11
pp (Min Higher Edue USM, Moscow Order of Lenin Aviation InSt in S. Ordzhonikidze)..
150 copies (XL, No 24, 1959,, 137)

25827 S/535/6o/ooo/130/002/007
_L4 41200 E081/E335
AUTHOR- Konovalov, B.A., Candidate of Technical Sciences
TITLE: Caicilation of Conical Shells by the Variational
Method of V.Z. Vlasov
PERIODICAL,- Moscow* Aviatsionnyy institut. Trudy. No. 130,
1960. Prochnoit' aviatsionnykh konstruktsiy.
pp-19 - 56
TEXT: The object of the paper is to obtain equations for
calculations of weakly conical shells of constant thickness,
allowing for warping of the cross-section both in bending and
torsion and, on the basis of these equations, to show the
possibility of establishing accurate solutions for shells
similar to aircraft wings. As a theoretical basis the author
applied the general variational method of reducing complicated
two-dimensional contact problems of the theory of plates and
3hells to the unidimenslonal cm expmnded by Professor V.Z. Vlasov.
The material of the article is subdivided into three sections.
In the first section a system of differential equations is
Card 1/6

25827 . S/535/60/000/130/002/007
Calculation of Conical Shells .00 R081/2335
derived for calculating &I-Ighly conical shells of equal
thickness, t&king into consideration the strain along the
contour (using the moment theory). These equations represent
a direct generalization of equations derived in earlier work of
t h a author and A. N. Yelpat * yevskiy ( Ref. 4 - Izv. AN SSSR,
OTN, No. 8, 1958). On the basis of the results given in the
first section, azcurate solutions are derived in the second
and third sections for the cases of bendIng and torsion of a
Itsingly-closed" conical shell assuming that the contour cannot
be deformed.) The equations given in the first section are
very general and from these,sufficiently accurate solutions
can be derived for a wide range of problems. The degree of
accuracy of the solution will depend,to a considerable extent,
on the number of approximating functions used. PaXtioular
attention is paid to investigating the streas and strain states
of a alighly conical shell, taking into consideration the
war-ping of the cross-seritions during bending by shear stresses.
Sue,-h a formulation of the problem is fully justified since,
Card 2/6

~5827 5/535/60/000/130/002/007
2
Calculation of Conical 5hells --EO61/9335
stresses, the results of which are in good agreement. The
solution for bending and torsion of straight-line conical
shells can be applied to the calculation of arrow~!-shaped
conical shells; in this case, part of the boundary conditons
have to be written for a croon-section along an oblique edge
(Ref. 8). In principle, there in no difficulty in taking
into consideration the elasticity of the clamping. The
proposed method of calculation for bending and torsion can
also be extended to multiply closed conical shells. The
conical shell is shown in the figure and the problem is
formulated in terms of a longitudinal coordinate z and a
contour coordinate S . Vlasov's method consists of
expressing the longitudinal and transverse displacements as
power series in the coordinate S . The general equations
appropriate to the method are stated and applied to the
bending and torsion of the shell. In the case of bending, the
warp*ng of the section is represented as a linear and a
quadratic function and the normal and shear stresses in the
Card 4/6
25827 S/535/6otooo/130/002/007
Calculation of Conical Shells .. E081/E335
shell are obtained for both functions. The normal and shear
stresses are also obtained for torsion of ~,he.shell. The
calculated normal stresses in this case agree with those
previously obtaiAed'by'L.I. Balabukh and B.P. Tsibulya.
Acknowledgments are expressed to A.N. Yelpatlyevskiy.
(Institut melchaniki All SSSR (Institute of Mlechanics of the
AS USSR)) for useful advice and reconwaandati'onse
There are 8 figures, 6 ta0les and 13 Soviet references.
Card 5/6

KONOVALOV, B.O... inah.
Measurement of the magnitude of stresses by imprints. Veat.mashinoatr.
43 no.4t6O-61 Ap 163. (MLM 16-4)
(Stftins and stressea-Measurements)

(a)/EWp(W)/ T/ P(k)/~WP(b) Pf -4
8 6 ~ ~_6 VT
=FsSr
.0W RK: S/0129/64[000100810029/0033-,
iAUTHORi Gorelik,, Spektor. Ya. 1.1 9pektor, E. N.; Konovalov,_
5. 0. ---------
;TITLEt Inhomogencity of the structure of steel tubea-after th!;
mechanical treatment
SOURCE t Hetallavadan.iVe i termicheakd7d obrabatka metallov, no..
8
~1964, 29-33
i ; '
!TOPIC TAGSt martansitte low alloy steel, 40KhSHA steel, steel thermo4
~
dulechanical treatment, treated steel structure, structure inhomogeneity,
steel property
I'ABSTRACT: A study has been made of the structural changes along the
cross section of zAtrepggh tubes made of low-alloy 40KhSNA mar-
tensitic steel aftar low-tamperature4i%ermomechanica-I tr_eatmeA.F6,(ntmo).,__
~The atmo consisted of a 70% deformatf-on in tvo-pass transverseJuall- 1
rolling, at 550C and subsequent oil quenching. It was found that the!
~tranaverse rolling produces -aharpl~ varying degrees of deformation
and structural change along the tube cross section. The outer metal

L8646-65
ACCESStON MR: AP404406
layer, 0.15-0.2 mm thick, undergoes the greatest plastic deformation
and, correspondingly, the highest strengthening in the austenitic con-
dition and more pronounced formation of the deformation texture. In
-deeper layers, 0,3-0,4 mm. from the surface, the strengthening and
.texture formation are less pronounced. The inhomogencity of the metal
jflow along the cross section causes elastic stresses reaching 35 to
,:40 kg/mm2. The conditions of deformation of the 40KhSNA-type steel in
the austenitic condition in the region of subcrittcal temperatures
;(550C) eause a loss of carbon in the austanite of the outer layer,
"ing to precipitation of carbides during deformation, and, consequer&
Ily, formation of carbon-poor martensite in subsequent quenching. As
esult, this layer, most strengthened in the austenitic. conditior
ja r
'is the leaot # t rang thame-6.,by, quenching, The structural, but not the
textural, inhomaganeiit)r -along the cross section can be partially de-
eased by an additional heat treatment. Orig. art. has: 3 figurea.-:
p
~AiSOCIATIONt Moskovokiy inatitut atali L ~Vlavov (Moscow Institute--
ind Alloys)
2/3
---------------- ----- ---------- .. ....... ..... ........

t
, Q,~;
3/3
i ...- -,--
I
I
- i
i
I
i
i
. -

SOVII 03 -59 -16 -6402'3
Tranalition.. from i PisferAtimn zhurnal, Mashinostroyeniyes 1959, Ur 16, P 62 NOR)
AUMIORSt Venkov, B.V.,
T17LEu The Eiperience in Spring Manufacture
PERIODICAL.S. From.-ekon, byul..Sovnarkhoz Permak. ekon.,.adm. r-na, 19% Nr ~,_7-10
ABSTRADT: Some particulars about the manufacture of large springs by hot twisting of
I round and square gage material of silicon steel of 6032A, 7033A, 653.2VA
grades-P-of a diameter-up to 45'=n or a gross section up to.20 x 160 mm,
are, reportecL.,-It is recommended to heat the rods blefore t4ating them in
furnaces of direct electrocontact,heating. Examples are quoted of the
edgewise.twisting of.springs with a square.olross se4t-ion,of
4.3 x 6.;1-x 256 mn from rods of 8,500 mm lengt1j, and also edgewise twist-
ing.-of strips of 4 x 100 mm into,spirals for-the manufacture of worms.
The design of t4ie. worm-twiqting machine is briefly cjqs.arib9d, as well as
the met-hod 0 milling the face sides (supporting sides) of the springs
wit,h a milling head of 200 =An diameter with 11 inserted cutters,
Card 1/2 strengthened-with hard alloy plates VK-15, the methgd of banding under

KONOVALOV, B.S.; LITITSKIY, V.I.; YEM, A.P.; E11ITRIK, S.I.
Use of exothermic three-component ferroalloys as addition elements
in 14KhGS steel. Izv. vys. ucheb. zav.; chern. met. 4 no.12:45-49
,61. (YdRA 15:1)
1. Dnepropetroiskiy metallurgicheskiy institut.
(Steel alloys--Metalbirgy) (Iron alloys)
k

BADYSHTOVA, K.M.; CHESNOKOU A.A.j IVANKINA, E.B.; ZMANOVSKIY, N.B.;
WIYUnIOVA, M.V. Prinimali uchastiye: WIOVALOV, B.S., inzh.;
I.---
NATJMOVA A.P., -inzh.; PYATILETOVA, N. , inzh, S.M.,
inzh.; GHIBRIKOVA, L.I., laborant; BUGROVSKAU M.S., laborant.
Effect of the nature of raw stock on the stability of transformer
oil. Nefteper. i neftekhim. no.11215-17 164 (MIRA 1W)
1. Gbsudarstvennyy nauchno-issledovatel'skiy institut neftymoy
promyshlennosti . Kuybyshav i Novokuybyahevskiy savod.

KCVOV I.---
,.., -
Application of hydrogeochemioal methods of prospectlng by the
sum of metals in the conditions of Sadon Unal area Mountain
Osetiya. Izv, vys. ucheb, zav.; tsvet. met. 7 no.5:10-15 161+
(MIRA 18:1)
1. Severokavkazskiy gornometallurgicheskiy institut. Kafedra
poleznykh iskopayemykh i poiskovo-razvedochnogo dela.

Y,RYAZEF,V G.S.; OLIKHOVSKIY, G.P..; KONOVALOV B T
Y - -~Ll t.L-*
Regularities in the distribution of"mineralization in the
Buron ore field,. Izv. vys. ucheb. zav.; tovet. met. 4 no.5:
15-23 '61., (MIRA 14:10)
1. Severokavimakly gornometallurgichaskiy institutp kafedra
poleznykh iskopayearkh..i poiskovo-razvedochnogo dela.
(Buron imgion-.Ore deposits)
(Geology, Structural)

KONOTALOV. B.V. (Ullyanovsk)
A vicious circle. Morov's 2 no.6:19 Je 156. (KL-3A 9:8)
(HYGINU)

FILIPPOV, G.A., inzh.-. F0,110VALOV, B.Ya., inzh.; KOSAREEV, S.B., inzh.
Effect of the voltage fluctuation factor on the electrical
strength of transformer oil. Izv.vys.ucheb.zav.; energ, 8
no.22:21-24 D 165- (MIRA 19: 1)
1. Ivanovskiy energeticheskiy institut imeni V.I.Lanina.
Submitted November 26, 1964.

L 0445
- 1-v, Erq~)~,r Di
ACC NR: AP6014146 SOURCE CODE: UR/0143/65/000/012/0021/0024
'AUTHOR: EWRIDOX, GuA-_LEngineer); KonQy#jqv, -B. Ya. (J~ngineer);
Kosarev, S. B. (Engineer) ""Wk-
ORG: Ivanovo Power -Engineering InstitmIN! (Ivanovaidy energeticheskiy institut)
.TITLE: Effect of voltage ripple ratio on electric strength of transformer oilY
SOURCE; IVUZ. Energetika, no. 12, 1965, 21-24
ITOPIC TAGS: transformer oil, power rectifier, voltage ripple ratio
ABSTRACT: The results of an experimental study of the electric strength of trans-
former oil are reported. Dry transformer oil was humidified or contaminated and
fits breakdown strength was determined. The dissolved (not emulsified) 'water
caused a very considerable reduction of the electric strength: from 70-80kv down,1
to about 30 kv for moisture content from 0 to 0. 007%. The reduction of the electric!,
C~ard 112 UDC: 621.315.61S.Z.OIS.5

L 04453-67
ACC NR: AP6014146
strength at ac in somewhat less than at dc or ripple voltages. For any constant
~moisture content, the coefficient k increases with the ripple ratio; k s U.- /U..
where Ur and U,c are the miximum breakdown ripple and a-c voltage,
Yespectively. Also, curves of breakdown voltage vs. ripple ratio for various
contaminations of the transformer oil with cellulose fiber are shown. The
ma;-irnum reduction of the oil electric strength at ripple voltage, as compared to
that at ac, was noticed at zero ripple ratio. Orig. art. has: 5 figures and
13 formula*.
,SUB CODE: 09 SUBM DATE: 26Nov64 ORIG REF: 004 OTH REF: 002
Card 2/2

L 14175-M EWT(1)PCG ow
ACC NR:' AT6004156 SOURCE CODE: UR/2531/65/000/167/0161/0167
AUTHOR: Konovalov, D. A.
ORG; Main Geophysical-Observatory, Leningra (Glavnaya.geofizicheskaya observatori-;
ya)
TITLE: Some characteristics of transformation of the air flow above the Tsimlyan-
skiy Reservoir in the spring
SOURCE- Leningrad. Glavnaya~ geofizicheskaya observatoriya. Trudy, no. 1, 1965.
Fizika pogranichnogo sloya atmosfery (Physics of the boundary layer of the atmos-
phere), 161-167
TOPIC TAGS: wind direction, wind velocity, atmospheric temperature , atmospherie.hu-
midity, meteorology
ABSTRACT: The author analyzes-the results of experimental meteorological observa-
,tions made from a helicopter above the Tsimlyanskiy Reservoir in the spring of 1963.
'The effect of transformation is clearest in this period since there is a maximum
'difference between the surface temperatures of water and dry land. The helicopter
Card 1/2

L 14175-66
ACC NR: AT6004159
was equipped with instruments for measuring temperature, humidity and pressure.
Profiles are given for the temperature and humidity of the air above the reservoir
and above dry land. The results show that helicopters may be used successfully for
studying meteorological conditions over confined bodies of water. The author recom-;
mends both horizontal flights at low altitudes of 10-100 m, and sounding flights
.above the surface of the water and dry land at altitudes of approximately 1,000 m.
,Tables am given comparing the results of data from horizontal flights with surface
observations for temperature, humidity, wind direction and wind velocity. Mfg.
art. has: 3 figures, 4 tables.
:SUB CODE: 08/ SUBH DATE: 00/ ORIG REF: 003/ OTH mr: coo
Card 2/2'j-

VASILENKO, V.P., kavd.ekcn. nak.-. PODOPLELOV, V.P., kand. ekon.
KVIEV, G.V.,
aspirant; KARNAUKHOVA, doic~'*,c-r elcoh. nauk, otv.red.;
BELOV, V.K,,, red.
[Potentialit.les for reduc-lug cfmsts In the agriculture 3f
the Komi A.S.S.R.J Ilezpi-,,ry ir)vraqb,,heniia zatrat v self-
skom khozlulstve Kom--' ASSR. Mcskva, Nalika., 1065. J.78 p.
(111HA 3.8:10)
1. Akadema-ya nalik S&SR. Kc-m~, filial, Syktyvkar.

KONOVALOVt D,A.
Methodology and some results of studying the zones of increased
turbulence on the Kutaisi-Shovi route. Trudy GGO no.171%91-95 165.
(MIRA IS.-9)
1. Glavnaya geofizicheskaya observatoriya im. A.!. Voyeykova,
Leningrad.

RILNW# Llo, inzh.j ZORIN, M.I., inzh.-me3iorator; DASHKOVSKAYA,
L.T.,, rybovod; GUDYM, L.M.; ~qnqVAWV, D.N., rybovod;
KOTIKOV, A.P., inzho; ROZHKOV, N., red.; PRIKHODIKO, S.,
red.; OLEYNIKOV, A., red.; ZLOBIN, M., tekhn. red.
(Fishery resources of Kazakhstan; a vo-lal for fisher-
men] Rybnye bogatstva Kazakhstana,- spravochnik r7baka.
Alma-Ataq Kazgosizdat, 1963. 262 p. (MIRA 17:2)
lo GlavrV7 spetsialist otdela pishchevoy promyshlennosti
Gosudarstvennogo Komiteta Soveta 14inistrov Kazakhakoy SSR
po koordinatsii nauchyWkh i tekhnicheskikh rabot (for
Gudym).

ROGOVOT, M.I., lush., laureat Stallnukoy insh.
Selecting designs of kI.Lns prorlding a fully automstic
heat treatment of ceramic bricks, Strol,mat- 5 no.qt13-16
S '5 9. 04IRA 12:12)
(Kilns)

of dwivav...f lauk add, 1>' ~. i.;'ovah'y
Migotloa. Zkow. Prikled. Kkl~"W-WAfflkd
Client.) U. rate mists.,
4 . I (tinir I In sec.). were calcd. (ruin
tpil. data al Smitb, 4 al. (C.. 1. 36j 2.4416) ~ Flwbcr, 4
al. (C.A. SY, 41AP), Ralrblued, el al. (CA. 19. 4W',-),
on the hifla-tesup. demittin. of esterv, SlcClI(0A0-
COjR, w .b1cls procectis partly along MeCHMAOCOv,
Calls. # I - CH1:CjlCOxjf9.. I + Acoll, partly Ar.
cording to McCH(OAc)COfC-ll,. . I - McCUMAO.
COJI + The rate coast. k of the lit reaction
(formation of ester of arrylk &6l) separately wag ritlctl.
in The same mannu. with z - 100) - 00(Wa). where r -
Per cent yield of the acrylate, a - per cent decompti. of
theinitialester. Both A *W A'abey the ArtheniusequA-
tion. log k - A - (H/ 7), with the following values of the
comb. for tbe total decompti. (temp. range in parnithe-
W.S)- R - Me. A - 15.1jr.S. B - t,1300 (395-AW);
ft:CHCHs. 13.9343. 132W WOU.
G
CllCH#. 13.9M. 13200 (47&~W*): Ph. 6.54M, 71607
(440-AW*); o-MeWfa, 2,0185. 3867 The
rate coast. Val formation of esters at amlic acid through
dccompa. of the correspondin esters of McCll(OAc)-
C(hll' is, for R - C111:00H., A' - 0."35. B, -
75M (525,672*); McCfl:CHCH9, (S."A 7500 (475-
MO');
I e-MeCoM. 5-W0, 71M Degrees
of decomps. and percentages of aMlate formed. coW.
With the W of then flatif for R - Clia:01011, Mtell: -
ClICIfs. wW ~-MtCJ4, are In good agvettwiit with the
expd. data. For the deconapts. of the acryLates according
to ellf.-ClIMC.Iff. 0 0 - CH~: CHCWl + C.Ift..
A - 13.07W, B - 124W (4W-574'1. equal for R -
Et and iso.-Hu. The 2ud order is purely forinal, being
simuLawd by a highly complex reaction mechAni4m.
V. Th,)n

- ___ __
_; MOTRIA) E.
"Slowed-Down Reactions of Thermal Decomposition of Organic Compounds)"
J. App. Chem. (USSR ) 25 M) 291-5 (1953) English Translation.
Evaluation B-85325, 14 Jun 55

KONOVALOY. D.Sr; NIGMIJU, TO.N.
-
blowed-down thermal decomposition reactions of organic compounds. Priklad.
XhIs. 26. 328-31 153. (KraA 6:3)
(CA 47 no.20:10329 '53)

KOINOVALOV, D. S.; MIGOrINA, Ye. N.
Chemical Reaction - Mechanism
Autocatalytic reactions of thermal decomposiLion of organic compounds. Zhur. prikl.
khim. 26, No. 3, 1953.
9. Monthly List af Russian Accessions, Library of Congress, June 1953, Uncl.

L1100
AUTHORS:
TITIE:
PERIODICAL-
83974
S/080/60/033/009/006/021
AOO3/AOO1
Konovalov, D.S., Migotina, Ye.N.
The Thermal Decomposition of Antimony and Germanium Hydrides~l
Zhurnal prikladnoy khimii, 1960, Vol. 33, No. 9, pp. 1995-2001
TEXT: Recently the possibility of developing a single theory of chemical
kinetics is considered based on the theory of heterogeneous-homogeneous catalysis
both for the case of gaseous reactiorswhich were regarded until now as homo-
geneous reactions and also for conditions of usual catalysis (Ref. 1). In this
connection the reaction of thermal decomposition of hydrides, especially of
antimony and germanium is of great interest, because it is ac"companied by, the
formation of a solid pLse. The analysis of the experimental data led to the
conclusion that the thermal decomposition mentioned must be regarded as an auto-
catalytic reaction, the acceleration of which takes place at the expense of an
excess of chemical energy of the atoms and radicals formed during the process
of chemosorption. The change of the monomolecular constant K of the reaction
rate with the temperature T, the pressure P and the decomposition depth x has a
Card 1/2

MESHKOIIAR N.D.; MIGOTINA, Ye.N.; KONOVA.LOVp D.S.
I s ~_-
Dissociation energy of the carbon-halogen as dependent on the
molecular volume. Zhur. fiz. khim. 38 no.9s2251-2252 S 164.
(MIRA M12)

KOITOVALOV, E. V., Cand Biol Scl (diss) -- "Thf! prohlem o,,' ""he nE~rvous r~-i:,-,Alation
of antibody (aEglutlnin) formation". Perm', 1958. 8 pp (Acad Med Scl USSR,
Perm' Sci Res Inst of Vaccines and S-ra of thc- Min Health USSR), 200 copies
(KL, No 15, 196o, 133)

USSR/Medicine/Pharmacology FD-2054
Card 1/1 Pub- 17-18/23
Author : Konovalov, E. V.
Title : Influence of anesthesia at the locus of primary application of
antigen on the formation of antibodies (agglutinins)
Periodical : Byul. eksp. biol. i med. 7, 62-63, July 1955
Abstract : Author investigated the difference in antibody formation upon
application of antigens to the desensitized and to the normal
knee joint of rabbits. He used both novocaine and "anestezin" 15
to 2_0 r.Anutes before injection of warm dysentery monovaccine. The
agglutinin titer was examined beginning with the 4th to 5th day
after immunization. Author observed inhibition of the antibody
formation in all his experiments. In the controls the titer was
twice that of the experimental animals. Author believes that this
inhibition results from a "switchtng on" of an early neuro-reflex
mechanism in the regulation of the antibody development; that
even a momentary "switching on" of the initial step of this
mechanism inhibits the processes of immunity. 8 references, 8
USSR, 8 since 1940, Graph.
Institution : Experimental Laboratory, Molotov Scientific-Research institute of
Vaccines and Sera (Dir: A. P. Kobyl'skiy)
Submitted : 20 Oct 1954

FIMT16
WO/Pletan Rinal Apr 1947
Engines - Parts
*Use of ZIS-5 Piston Rings in Studebaker Motors,"
1. Kanovalov, i P
"Avtomobil," vol imv, No 4
Sketch and instructions for making subject replace-
ment.
12T16

L 46329-66 ENT(m) /NP (t) /ETI IJP(c) JD
ACC NR, AP6019766 SOURCE CODES UR/0370/66/000/003/0084/0089
AUTHOR: jonovalovp E. Ye. (Obninsk); P I Sh. 1. (Obninsk); Larionovas, 1, Ye.
-*YZu ay*v9 -
(Obninsic); XondratwYeTs. L.-I. (0bnInsk); ?jfl0ukA- J!. (Obninsk)
ORG% none
TITLEI Determination of equilibrium distribution coefficients of Impurities In
bismuth
SOURCE: AN SSSR. Izvestiya. Metallyt no. 3t, 1966, 84-89
TOPIC TAGS2 bismuth# metal zone meltingg distribution coofficientirMA0A
ZNe kqk~; -kCLA,,
ABSTRAM In order to calculate the process of zone melting with optimum parameters,
It Is necessary to have the values of equilibrium coefficients of distribution of
the impurities (k0). Those coefficients can be calculated by the method of Burton#
Prim, and Slichter (J. Chem. Phys. 21, 1987, 1953) If the effective distribution
coefficients k are known from experiments conducted at different crystallization
rates (f) but under the same conditions of stirring of the melt. U I this method,
the authors determined the values of k0 for the impurities Agj'-Ift -':t4 'land
NVIn bismuth. The values of k were determined by two independent methodsp one
involving zone melting processes and the other a normal directed crystallization.
The two methods produced very similar results. This permitted the recommendation of
their mean values as the stoat reliable values of the equilibrium coefficients of
Card /2

28(5) 05759
AUTHORS: Konovalov tyukhin, V. V., SOV/32-25-10-48/63
,E. Ye., Ma
-Te-mell yan-o-v-~ ~V.. , Karabash, A. G
TITLE: A Conductometric Signaler for Oxygen in Gases
PERIODICAL: Zavodskaya laboratoriya, 10,59, Vol 25, Nr .10, pp 1260-1262
(USSR)
ABSTRACT: A device was constructed (& Ye. Konovalov, Ye. A. Kochet-
kova, V. M. Morozov, V. D, Kolesntkov, V. M. Andreyev,
A. G. Karabash - Patent 'o 1113837), which is intended to be
used for the contimous control of the oxygen content in noble
gases. It makes it possible to determine the moment at which
the oxygen absorber becomes saturated and prevents pollution
~of the system with oxygen-containing, gas. The transmitter of
the device (Fig 1) is a porcelain tube filled with coppered
silica gel. A porcelain rod is introduced into the tube round
which a chrome nickel coil with resistivity of 500 Ohm is
wound. The tube itself is in a steel casinc. The working
piece of the transmitter is heated by mearis of an electric
furnace to 300 to 350L. The gas to be controlled flows through
the porcelain tube by way of the "coppered" silica gel. If the
Card 1/2 gas contains oxygen, the latter oxidi%es the copper, thus

L 35903-66 E'fiT(M)/T/EWP(t)/ET1/EWP(k) JJP(c) JD
ACC NRs AP6007351 SOURCE CODE: UR/0126/66/021/002/0220/0231;
AUTHORS: Peyzulayev.. Sh. I.; Konovalov, E. Yo.; Uzpjd~zeO.~F.; ZM~M, F.
ORG: none
TITLE: 11-lethods for the detcrintination of the effective distribution coefficient of
additives during alloy crysLallization. 2. Zone molting
-Iit
SOURCE: Fizika motallov i mot-Ilovedenlye, v. 21, no. 2, 1966, 228-234
TOPIC TAGS: zone melting, metal 7.one mel.'ing, bismuth alloy5
6~~E--J-101rA-F r., eXP13F. rA?t4A-'a01r.0A)
ADSMACT: Two neu'hod:; for the duLermination of the effecLive distribution coefficient
of additives dur--'ng zone xolting of al3oyi; arf- presented. This paper supplements
the resuluo of ar, earlior publication by Sli. I. Peyzulayev, E. Ye. Konovalov) and
L. I. Kondratlyeva 1965, 19, 707). L"he first method consists in determining
the distribution coefficient from the position of the transition point. The position
of the transition point X, after n transitions was calculated after I. Braun and S.
Marshall (Brit. J. appl. Phys., 1957, 6, 157).
Cn 00 Ct (r) kCks S C.- dt
1+r
rbr 0 x < (N
.C, (N C4 QY
A I - 1) flPH QV- 1) < X < N. 1=2 02-78,GSAI

L 35903-66
ACC NRs AP6007351
where r is the disL;.tnce to tile initial zone point in and N is the length of tile ingots
both in units of tile zone length. A graph for the osi-inntion of errors in k (the
distribution coefficient) is presented. It is concluded that as tile nuinhor of zone
passages n increases the position of the transition point tends to the limiting
position of V. Dzh. Pfann (Zonnaya plavka, M., Motallurgizdat, 1960)o The second
method, which is called the integral method, is ba3ed on tile determination of the
coefficient of impurities concentration K, after Sh. I. Peyzulayev and B. Ye.
Konovalov (Zhurnal analit.' khimii, 1963, 18, 1155)
M.:4
C. (x)dx +
NCO N kN
and
CN -
+ C11
IVI
The methods were tested on the distribution of I ]~An
1b . and Cd in Bi during
zone melting. A schematic of the zone refining apparatus is prese;7ted. =e
experimental results are presented in graphs and tables(see Fig. 1).

L 35903-66
kd-C--NR-t- AP-606b3i
77
P6
led
Of,
Fig. 1. Graphs for the
Points; f 0.6", ffunlsec'
longth of inguts 170 (a)
and 172 mm (b); 14.7 iin
length of zono).
-0.
/JO /JV 170 M9 /V 00 1717
Orig, art. has: 3 tables, 4 figures and 10 equations.

71
Wy
cd
cu
SUB CODE: 1l/ SUBM DATE: 16Jan65/ ORIG IU-T: 007/ OTH RSF: 002

KONOVALOV, E.Ye.; PEYZIJLAYF.V, Sh.l.; YFMEL'YANOV, V.P.
............
Use of zone melting for concentrating silver and copper impurities
in the mwetrographic analysis of,pure lead. Zhur. anal.khim. 18
no.12:1500-1501 D 163. (MIRA 17:4)

PEYZULAYEV, Sh.I.; PINCHUK, G.P.; LARIONOVA, I.Ye.;
KONDRATIYEVA, L.I.
Use of zonal fusion for concentrating impurities in spectral
analysis of pure bismuth. Zhur. anal. khim. 18 no.5:624-
633 Ny'63. (MIRA 17:2)

ABAKU14OV., G.I.; KOKOVALOV, E.Ye.
Apparatus for zone melting* Zav.lab. 2c, no.12:1506-1507 163.
(MIRA 17:1)

PEYZ1JLASV,.Sh.I.; KONOVALOV. E.Ye.
Some problems-involved in u3ing zone melting for the preparation
of analyticall'cbi~denf'ratas. Zhur.anal.khim. 18 no.10!1155-1160
0 163. (MIRA 16-.12)

21
.5 VVPL M),/ EWP t EWP b IJP(c) J-D
N11; ATS012689 UR/M13/6-5/015/000/0375/0391
A
T--
_'()R: Konovalov, E. Ye.; Peyzulayev, Shl.
ting-An-t
'RGE
SOb At'45=.-Komissiya.Oo-anaUtibheskciykhimfi. Trudy, Y~. ~s, 196,
5. Mdt0y~
11or, I - entrirovaniya Veskob -v- an--a-li-t-fic-h- es- k-- -- kfifiiff- (Methods f concentrat
in
in analytir-at chemistry), 375-391
TkGS: zone rr,~ltirig, analytical concentrate, bismuth analvsis, metal phase
-kB~; FHACT: On the basis of reported dalta and using the concentration of Lrnpuritiiies
in hl'=Tnuth metal as an example, the authors claBsify the impurity eleme-rits pre-seat
.,h acecr-ding to their behavior in zone meltin'. For this purpose, they
~,I the four types of phase diag-rams covering the interaction of b1sr"'UtL
:-'AM 1TI Fi!~- I of "he Enclosure. Anallysis
-)i the impurity elements should have distribution coellicienis iess Ur L"UU11
nitv, this being a prerequisite for acheAng the concentrat,or rif irr-pi.11-Ii.,eg
me-Iting of bismuth. Secondary proceszies UcC*,'rr.I'-
1rities and Lhwr i,-on, are also
i -,-hL as selectivP evaocration of the inipti

ACCESSION NR: AT5012689
ag,~aln Ln tha- case of bigrauth. Experimeats on the zine melting of bismuth
A iclally "riltrodiwod impurltie.,; confirmed that Iffin otiarnMer il the dis-
ijr;t:o~: ~Ll:mE Lhe k,nc-rth of iarwl 1,~ Ow
%;;L. work pa i't III Ulo oxi't, r ~1-,l oill
'Jas
ASSOCLATION: Kornissiya po analiticheskoy "iniii, A;~
Analyticad Chemistry, AN SSSR)
-,, E D: L) 0 ENCL: 01 SIM CMIF. ic, M-A!
OTHER: 009
Core,

5
ENCLOSURE: 01
,71
Ir
.70*C
B I
L
L
Cz
2 71 'G
BI tcs
F3
T ype of interaction of traces of impurities with bismuth:
C, - Ag, Cu. CJ, Sn, As, 11g, Ge, TI, Te. Ir,.
M. Au. Sc, 11n, Cc. Ci. Lt. Na. Ba. Pd, lit' U, Pu. Ph. Zn. C" Si, 13C.
C, - Ft. Cr; C, - Al, 'ni
Card 3/3--

VORCBIYBT, V.P., general-leytonant, dotsent, kand.voyennykh nquk; LI-
PITSKIY, S.T.. polkovnik, kand.lator.nauk; KUZIMIN, N.Y., pol-
kovnik, kand.lator.naiik; NURITRY, D.2., polkovnik, kand.voyannykh
nauk; KONOVALOV; T.P.. general-myor. kand.voysmWkh nauk; MIVDOYI,
I.L..,j6Wiift'~-Imnd. voyann3th nauk; ARUTYUNOT, A.S., polkovnik;
TNOTCHEMO, L.N., polkovnik, kand.voyennykh nauk; S=HOrMV9
N.I., Dolkovnik. kand.voyannykh nauk; MINTAMO. S.N., kand.voyen.aaakP
polkovnik,I*.YIMIS2Y=O# D.Kh., podpolkoynik. red.; ZUBAKOT, T.Tee'
poi&ovnik, redo; SMOLOTA, G.F., takhn.red.
(Battle history of the Soviet Armed Forces] Boevoi put' Govetskikh
Toorushannykh Sil. Kookwa, Toen.Izd-vo X-va obor.SS0. 1960. 570 P.
[__Atlas of battle taps] _A11bon ekhen. WRA 13:4)
1. Moscow. Toyanneya akedemiya ineni N.Y.Frunse. 2. Kafedre istorii
vo.vennogo iskusstva Toyannoy akedenii imeni N.V.Yrunse (for all,
except Zabakov, Sokolova).
(Iussia--Army)

N S I., KONOVAI)DII F.,S.,. U.-)ijj-,jjj,SSOJI I.G.; j,jAjiSfIAK, I.S.;
,LyUSIIIII, S.V.; IPATOVJ , - , :.~ ?,Kl'~' ',~c s.;'SOKOLOV, I-I-
~f -.. 1101,j ,7
V.V.; IIJU,-IDr.,R, ff 1, ; PLOM
ICISIMOV I .1,1.; yAlij, A.K.
SOUSTIN, V.F.; TSVETKOV, G ekhnika
ich Fomin, 1904- ; on his 60th birthday. Svetot
Viktor Ilikolaev 0,LIRA 17:12)
10 no.11:30 N 164.

NIKOTATIV, R.P.; RONOOTA. A.Y.; KONOVALOV, F.V.; ZHIDKOVA, A.V.
Influence of sulfurous anhydride on the preservation of ascorbic
acid in dry dog rose. Trudy VNIVI 6:161-164 159. (MIRA 13:7)
1. BlokhIrAchealmys, laboratorlys, Vessoyuxncgo nauehno-issledo-
vatellskogo vitaidanago Inatituta I Shchelkovskly vitamium"
savod,
(Ascanic Am) (SULIPM DIOMM)

NIKOLAYEV, R.P.; ROMANOVA, A.F.; ZHIMOVA, A.V.; KONOTALOV, F.V.
Rreservation of vitamin 0 in the purified fruit of the dog rose.
Ttudy VNrTl 6:158-161 159. (KIRA 13:7)
1. Biokhimicheskaya laboratoriya Vuesoyuznogo nauchno-issledo-
vatellskogo vitaminnogo instituta i Shchelkovskiy vitaratnuy7
zavod.
(ASCMIC ACID)

A/0 Iffti-O
Lmr, / Cultivated' Planta. Cereal Crops. M-3
Aba Jour ..I Raf Zhur - Riologiya, No 3.3, 1958, No- 58549
Author JERBOUCT ZY-f- I&&
infit Fort Jt:t;e*;ti& Agricultural Institute
t Mrthazz-
Title :Corn Selection by the Munber or Cobs on the Plant
Orig Ful jTro Severo4ootinske a.-kh. In-ta, 1956, 17, 121-132
Abstract iA comparative study of corn seeds, selected from various
hybrid, populations. vas carried out by the Northern-
Ossetia agricultural Institute in 1953. The yield of
the majority of those'vas not less than that of the
atamdard varlety4ouble interlinear hybrid VIR - 37-
The Increase In the average number of cobs on a plant
(in,the raqp of-007-1.5) in a considerable number of
,families is not accoggatiied by a decrease in the average
Veight of cobs* Selection by double spadiceoun pliante
In recommiamdedo Go No Charnov
Carl 1/a.
42:

KHAPLOV, N.N.; KONOVALOVo F.Ya.
Remote control of gate valves of tank batteries and petroleum-
refinery pumps. Mash. i neft. obor. no.907-39 163.
(MIRA 17:2)
1. Cmski7 sektor Spetsiallnogo konstruktorskogo bywo po
avtomatike v nefteparerabotke i neftekhimii.

25M sov/117-59-7-25/28
AUTHOR: Konovalov, G.
TITLE: A Demonstration of the Creative Labor of the Soviet
People
PERIODICAL: Mashinostroitell, 1959, Nr 7, p 45 (USSR)
ABSTRACT: The article gives a description of an exhibition of
the achievements of the national economy of the USSR,
which was opened in Moscow on the 16th of June, 1959.
The exhibition occupies 200 hectares and has 4 sec-
tions. In the general section there are 15 pavilions
belonging to the separate Republics of the Union,
the pavilion of the Moscow district, and 12 All-
Union ones. In the section of "Industry and Trans-
port" there are 18 pavilions, in the "Agricultural"
section - 20, and 10 pavilions are in the "Building"
section. In all, there are about 36 thousand exhi-
bits. The metallui-~_-,ical equipment includes a work-
ing model of a new agglomeration machine, the newest
coking-chemical aquipment, a working model of a unit
for the vacuum pouring of steel. Of great interest
Card 1/4 is a working model of the automatic blooming mill

SOV/117-59-7-25/28
A Demonstration of the Creative Labor of the Soviet People
"1150". Powder metallurgy is represented by a work-
ing model of the general cycle of production of metal-
ceramic articles and other exhibits. In the field
of foundry equipment the semi-automatic molding ma-
chine 1191271" of the zavod "Krasnaya Presnya" "Kras-
naya Presnya" plant) is of interest. It can fill 120
molding boxes per hour. There is an all-purpose core-
making machine, for producing 360 cores Der hour,
and other machines. The "Uralraashzavod" is exhibi-
ting a working model of a 12,000-ton hot hydraulic
stamping press for stamping p_ipes and complex
shapes. The Voronezhskiy zavad tyazhelykh pressov
(Voronezh Heavy Press Plant) shows a vielded 315-
ton single-crank press. The Taganrogskiy zavod
(Taganrog Plant) is showing the hi~h-speed automatic
press "A-840", the Odesskiy zavod (Odessa Plant) a
630-ton press for plastics. Among the machine tools
Card 2/4 there is the large horizontal boring machine "262PR"

SOV/117-59-7-25/28
A Demonstration of the Creative Labor of the Soviet People
with program control, produced at the Leningrads-
kiy zavod im. Sverdlova (Leningrad plant imeni Sverd-
lov) and the vertical six spindle automatic lathe
11127211, made by the plant "Krasnyy Proletariy"
("Krasnyy Proletariy" plant), which received the
"Grand Prix" award in Brussels. ENIUS is showing a
high-productivity automatic balancing machine "9720"
with electronic control. The Zavod im. Ordzhonikidze
(Plant imeni Ordzhonikidze) is showing an automatic
production line "hIP - 107", consisting of two ma-
chines developed from the mass produced semi-auto-
matic hydro-copying machine tools. For this line the
plant was also awarded the "Grand Prix". The same
award was received in Brussels by the zavod "Stanko-
konstruktsiyall ("Stankokonstruktsiyall plant) for its
milling machines with program control and program
setting by direct reading of the drawing or by the
mathematical expression for the part to be machined.
Card 3/4 Of great interest is t1he complex automatic line for

SOV/117-59-7-25/28
A Demonstration of the Creative Labor of the Soviet People
the production of bushings for the cutting mechanism
of harvesting machines, developed by the NIITraktor-
sellkhozmash. This line can Droduce 28 million bush-
ings per year and only four persons are needed to
operate it. In the halls for the "new technology
in machine building" the nezrest technology in welding
is demonstrated, e.g. automatic electric are welding
under a layer of flux with the welding tractor "UT-
2000" and a photographic observation-system for di-
recting the electrode along the seam, developed by
TsNIITMASh. In the pavilion "Radioelectronika", with
sound recorders replacing the excursion guides, there
are television units for remote control of dif-
ferent industrial production processes; the computers
are represented by 'the small IM-1,111 unit, computing
machines built usinl.~-- semiconductor devices, etc.
The pavilion of the Ukrains'Kaya SSIR demonstrates
working models of the Diesel locomotive 11TE-10" and
Card 4/4 of the rolling mill 112500".

SOV/117-59-8-21/44
AUTHOR: Konovalov, G.
TITLE: A Youth Brigade of Commu-ni st Labor
PERIODICAL: Mashinostroitell, 1959, Nr 8, p 224 (U8SR)
ABSTRACT: The article tells the story of the first "brigade of
Communist labor" at the Uralmashzavod, a team of 5
lathe operators with N. Tyulenev leading. The "com-
mandments" of the team are included. They include mu-
tual assistancel the use of thoughtin work, collective
responsibility, using free time for education and books,
respect to the old. The work obligations of the team
are to fulfill the seven year plan in six years, to
increase viork efficiency by 60'A by 19659 to attaiix a
200106 fulfillment of the montly quota of work by each
member. The members of the chair of technology of machine
building of the Urallskiy politelchnicheskiy institut
(Ural Polytechnical Institute) Professor S.I. Samoylov,
Card 1/2

SOV/117-59-8-21/44
A Youth Brigade of Communist Labor
Docent A.A. Spiridonov and others undertook to give
technical aid to the brigade, and to improve the quali-
fications of its members. Students of the Institute
Samusevich, Vitebskiy ixnd F'ilippov are helping members
of the brigade in their studies.
Card 2/2

XONOUWV, G.
At the Czechoolowakigm Nxhlbition of VAmouring Instruments and
Xectronles. ftshinostroitell no.10:46-M 0 '59.
(MINA 13:2)
(Kolow-fthititiow)
OzechoslovaUa-Ke"urlog instruments)
(Csochoolovalda-Zlectronles)

KONOVALOV. 0.
Being an inventor keeps you on. the alert. Kashinostroitell no.11:34
11 '59- (MIRA 13:3)
(Technological innovations)

XONOVALOV. G.
Ingliah plastleso Kuhinostroltal I no-,909-41 S 160o -
(MIRA 13ig) -
(goooDw-lihibitlons)
(Great Britain-Plaotles)

KONOVALOV, G.
Chairman of the co=dttee of labor protection. VAshinostroltell
noaos46-4? 16o. (MIRA 13110)
(Moscow-Bowing industry)

KONOVALOV, G.
Diesezinate the eiperience of ocientific technological
societies ("Scientific and technological achievements
industry" by K.Stepanov). Reviewed by G. Knovalov.
Mashinostrpitell no.6t47 Je'161. NIPA
(Stepanov K,)
Mcb310109i;id innovations)
in
14:6)

H110
UIDO
AUTHORS: Konovalov, G., Pigolev, S.
27784
s/ii7/61/000/010/008/008
A004/A101
TITLE: Industrial exhibition of the Leningrad Economic Rayon in Moscow
PE'UODICAL: Mashinostroitell, no. 10, 1961, 42-45
TEXT, At the industrial exhibition of the Leningrad Economic Rayon at the
Moscow VDNKh some 700 exhibits, specimens of the production program of 150 Lenin-
grad Sovnarkhoz plants, were shown. The authors present a survey on the achieve-
ments of the Leningrad plants and describe the following machine tools, new
flxtures and devices which they consider to be cf special interest: The 1caw
(ISPSh) grinding machine is intended for the profile finish grinding of templets,
punches, split dies, etc., with an accuracy of 0.01 mm. Grinding is effected
with diamond or abrasive wheels at a rotation speed of up to 7,000 rpm. The
modernized T-65 lathe is fitted with a small '-size pneumatic clamping device for
the instananeous clamping and unclamping of the parts being machined by compressed
air. The clamping pressure produced is 120 kg. The 4KWC-M(4KshS-m) Jig-
grinding machine is intended for the finish machining of profiled and circular
holes in steel and sintered carbide parts. Machining is effected with diam nd
Card 1/4 3

27784
s/intAi/boo/bio/oWbo8
Industrial exhibition of the Leningrad AoA/Aior
wheels from 3 to 15 mm in diameter. The basic operation motions of the machine
are mechanized. Interchangeable electric spindles make it possible to grind
parts at.'rotation speeds in the range of 72,000'- 36,000 rpm. The program-
controlled 19326 OP326) turret lathe Is the modernized version of the IP326
lathe of the'Novoolierkasakiy stankostrottellnyy zavod (Novocherkazek Machine
Tool Plant). It is intended for the gang machining of parts from rods up to
25 mm, in diameter and with a machining length of up to 140 mm. The following
operations can be carried out in an automatic cycle; rough and finish profile
turning, drilling, obptersinkirg, reaiming, cutting-off, facing, grooving and
fluting. 'The operat,ing feeds of the longitudinal and transverse slides are 0.05
0.13 0.2 and 0.025,,0.95 and 0%1 mm/rev respectively. The ultrasonic 2YRC (2UPS)
precisi,on machine I.$ used for the machining of sintered carbide dies with an
ac,~ara6y of up to 0.01 and a 9th class surface finish. Moreover, the machine
can be used for the.precision working of precious stones, ceramic glass, germanir;
and other hard-and brittle materials The machine capacityin working sintered
carbides amounts to 700 mml;;~vjr. An' Interesting exhibit was a tong mechanism
for the feeding of blanks into blanking dies. This appliance is mounted on the
die face end within 2-3 minutes and ensures 20;tO - 30,000 blanks per hour.
The vertical W313-2 (IZV-2) optical device Is ~tit-ended for measurements of
Card 2/4

27784
,q/ii7/6i/boo/o1O/008/008
Industrial exhibition of the Leningrad ... AOo4/Alol
external linear dimensions of gages, thin sheet materials, films and other
precision parts of mechanical engineering. The measuring tip of the device is
set by a centering microscope. The electrophotographic 3~KA-l (EFKA-1) printer
is intended for the automatic reproduction of drawings and typescripts in a I : 1
scale on any paper or tracing paper, The printer has a capacity of 300 copies
per hour on 310 mm wide paper rolls, and is supplied wi 'th 220 V, 50 cps alter-
nating current. The -overall dimensions of the printer are i,o8o x 5140 x 64o mm,
it weighs 110 kg. The authors mention the names of the following Leningrad
innovators: V. Ya. Karasev, V. N. Trutnev, I. D. Leonov, V. M. Biryukov, V. S.
Semenov, N. N. Vasillyev and M. A. Zaytsev; they describe a number of new tools
and fixtures which were shown at the exhibition. Vibration-pro6f boring tools,
a design of K. V. Lakur, prevent the warping of tool holders and the excessive
infeed of tools in the metal. Turner V. N. Trutnev of the "Bollshevik" Plant,
the Deputy President of the City Council of Innovators, showed a new fixture for
the machining of spherical surfaces, a ball-type mandrel to obtain a surface
finish of the 8th- 10th class and a special threading head with automatic tool
retraction. Turner A. D. Chelnokov of the KINAP Plant exhibited the original
design of a multipurpose mandrel with inertial flywheel which is to prevent the
wedging of parts and reduces the non-cutting time by 70-80%. A cutting-off J
Card 3/4
27784
S/117/61/000/Olo/ooB/008
industrial exhibition of the Leningrad ... AOOVA101
milling cutter of miller I. D. Leonov of the Kirov-Plant increases the labor
f 3 to 5. The cutter has a greatly reduced number of
productivity by a factor o the-~dressing of
4-ge-ith which facilitates the chip removal. A bench grinder for
d D. P. Kolpakov and was
milling cutters has been developed by V. D. Volkov an
shown at the exhibition. There are 12 figures.
Card 4/4

KONOVALOV,--G, - PIGOLEVY S.
Leningrad in visiting Moscow. Mashinostroitell no.10:42-45
0 061. (MIRA 14:9)
(Moscow-Exhl bd tiona)
(Leningrad-Muchine-tool industry)

KONOVALOV, G.
Honorary member ofthe scientific technological society.
Mashinostroitell no.4:4-,5 Ap 162. (141RA 15:5)
(Lathes-Technological innovations)

KONOVALOV, G.
Frm the life of penguins. Inform. biul. So7. antark. ekep.
n4i'.36.94&49 162. (MIRA 16:4)
(lasarev Station, Antarctica-Ninguina)
CtIvallon for the process of
le':IrO- wtI 4 Ionized rent recombinnfloso.1 ire#
:

31' U7 -13TIO -111441

f a~~t

IC014011ALOV, G.F , POPEL.. S.1., YESIN, O.A.
.Surface Activity of Iron Oxide and Sulphur on the Boundary: Steel-Slag,"
lecture given at the Fourth Conference on Steelmaking, A..A. Baikov Institute of
~Letallurgy, Moscov, !-6, 1957

SionmetaHic inclusionq In Ingots of -toot de-~
Rly-WR-enmiihods. 'a-L-Eue-11 P. KOO,
0
43ff 6 1 ' ", L
ve"IC
and N. A. Butkevle
valgv
vest. Chemaya M',. 193E
51-7.-A study was made of chem. and phase compn. of
nonmetallic inclusions in W)-kg. Ingots of 0.13--0.16% C
rimming steel deoxidized in the furnace. (a) with ferro-
manganese, and (b) ferromangarim and ferrosilicon.
The inclusions were extd. and studied In relation to thr
=n the ingot. The results showed that introduction of
(2 kg./ton) decreases the amt. of inclusions to
about 1/2. Their phase compn. is also altered by ferrosili-
con addns.: the content of high-ra,-p. inclusions, such as
corundum and spinel, Isdecrcased, while the quantity of
low-melting silicates increases. rixplanatlon of this is found
in the nature of the emulsions formed. Introduction of,
ferrosilicon increases the emulsion concn. and lowers the vis-
cosity of the dispersed phases and their adhesion to metal,
Aereby forming larger particles and facilitating their re~.
moval from the metal. 23 references. B. N. Danflod-
Distrt 4E;2C

KONOVALOV, G.F. Insh.; RIM4, R.R., inzh.
W
Effect of nonmetallic inclusions on the weldability of sheet iron
In pack rolling. 1sv.vys.ucbeb.zav.; chern.met. no.9:87-90
S 158. (MIRA 11:11)
-1. Severskly metallurglcheek-ty savod.
(Metals--Defects) (Rolling (Metalwork)) (Welding research)

If

C*
A - J r
3q 4 L: n d
U L. tin dix 2 6 jr sic

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

POPELI, S.L. kand.tekhn.nauk, dote.; KOWVALOV, G.F., inzh.
Interfacial tension in lbw-carbon steel at boundaries with
oxidation products. Izv.vys.ucheb.zav.; chern.t2ot. 2 no.8:
3-7 Ag '59. OIRA 13: 10
1. Urallakiy politekhnicheskiy institut I Severskiy metal-
lurgicheskiy savod. Rekomendovano lafedroy teorii metal-
lurgichaskikh protsessov Ural'Bkogo politelchnicheskogo institu-
ta.
(Steel-Astallurgy) (Surface chemistry)

S/133/60/000/004/001/010
A054/AO26
AUTHORS: Kovyryalov, I.P., Engineer; Popell, S.I., Candidate of Techni-
cal Sciences; .Eonovalov, G F Engineer; Polzunov, A.M.,, En-
gineer
It
TITLE: The Effect of Deoxidation of Steel and its Treatment by Sodium
Silicate on the Percentage of Non-Metallic Inclusions
PERIODICALt Stal2, 1960, No. 4, PP. 305 307
TEXTt At the Severskiy Metallurgicheskiy zavod (Seversk Metajj4r&
Plant) the effect of deoxidation by ferromanganese and ferrosilicon, as well
as the effect of a treatment with sodium silicate and a sand-scale mixture
on the steel in the furnace were investigated. The steel tested had the
following composition: Ct 0.13 - 0.16%; Mn3 0.30 - 0.40%; Si: 4~ 0.03%;
P: < O~050%; S: < 0.055%- Melting was carried out according to the scrap
process, in a basic, black oil fired Siemens-Martin open-hearth furnace.
To deoxidation. ferromanganese and an addition of blast-furnace ferrosilicon
were applied, while for the slagging of floating inclusions onthe surface of
the molten metal a sand-scale mixture (65A71 35-%) was dispersed. The per-
centage of inclusions in the metal varied between O~03 - 0,07~ and of this
Card 1/4

S/133/60/000/004/001/0',O
A054/AO26
The Effect of Deoxidation of Steel and its Treatment by Sodium Silicate on
the Percentage of Non-Metallic Inclusions
percentage the high-melting components (corundum, spinel) were 70 - Wv/,
deteriorating the quality of steel. The analysis of the test showed that
upon adding ferrosilicon the percentage of high-melting inclusions de-
creased by about 20 - 30%, whereas that of the silicate inclusions in-
creased by about 30 - 50%, while the grain size of the glasslike inclu-
sions also increased (UP to 0.3 - 0-5 mm2 and more). Thus, under the in-
fluence of deoxidation with ferromanganese and ferrosilicon the high-melt-
ing components could be slagged more efficiently. Tochinskiy and Perren
(Ref. 6) applied low-melting silicates to the removal of inclusions and
impurities from the steel. In the process described in the present paper
low-melting sodium silicate powder (24.1% Na20 and 62.6% Si02) was applied
as fluxing agent which easily forms drops on account of its low surface
tension at the gas zone (300 erg/cm2). Sodium silicate was a) either
sprinkled on the metal surface in the ingot mold or b) it was added partly
to the metal when tapped from the furnace, partly to the ladle when one
third full and finally it was also put into the ingot mold. In both toot
Card 2/4

S/133/60/000/004/001/010
A054/AO26
The Effect of Deoxidation of Steel and its Treatment by Sodium Silicate on
the Percentage of Non-Metallic Inclusions
series the metal was reduced in the furnace by ferromanganese only. 300 9
of a mixture of 65% of sand and 35% of scale was added to one part of the
ingot molds, whereas an equal amount of sodium silicate to the other ingot
molds. In the slag samples taken from the castings treated without fluxing
agents, 30 - 40% spinel, 15% ferric oxide, 10% silicate glass and up to 40'A
manganese orthosilicate were found. Table 1 shows that when adding sodium
silicate to the ladle and to the ingot mold the total amount of inclusions
is not affected, but their chemical composition is changed.. 3i02 increased
from 10 - 15% up to 48%, whereas the content of the high-melting components
(manganese oxide and in many cases ferro-oxide content) decreased, sometimes
magnesium and chrome oxide were even completely lacking. The amount of
waste products was also reduced by this process. When milling strips from
139 tons of casting treated by sodium silicate, the waste products amounted
to 1,329 kg, whereas the corresponding figure from an equal amount of Cast-
ings treated by sand-scale mixture was 2,125 kg. The plastic properties of
the steel also improved (relative elongation increased from 31.8 to 33-2%)
Card 3/4

S113'21601000100410011010
A054/AO26
The Effect of Deoxidation of Steel and its Treatment by Sodium Silicate on
the Percentage of Non-Metallic Inclusions
and better results were obtained in the Ericsson test of sheets. The im-
provements can be put down to the fact that by the influence of the sodium
silicate treatment the phase of the non-metallic inclusions was changed,
the concentration of the high-melting inclusions decreased and their place
was taken by plastic silicates (Ref. 2). The engineers V.N, Khorev, E.R,
Rimm, N,I. Zelenyy, E.L. Mitropolitanska a, R.B. Gellman and V.L. Ogorod-
nikov took part in the work. Professor O.A. Yesin helped in the work.
ASSOCIATION: Severskiy metallurgicheskiy zavod (Seversk Metallurgical Plant)
and Urallskiy politekhnicheskiy institut (Ural Polytechnical
Institute)
Card 4/4

A L
PHASE I BOOK EXPLOITATION SOV/5411
Koaferentolya po fiziko-khimicheskim asnovam proizvodstva stall. 5th,
Moscow, 1959.
Fiziko-khlmicheskiye o9novy proizvodstva stali; trudy konfereintaii
(Physicochemical Bases of Steel Making; Transactions of the
Fifth Conference on the Physicochemical Bases of Steelmaking)
Moscow, Metallurgizdat, 1961. 512 p. Errata slip inserted.
3. 700 copies printed.
Sponsoring Agency: Akademiya nauk SSSR. Institut metallurgii imeni
A.A. Baykova.
Responsible Ed.: A. M. Samarin. Corresponding Member, Academy
of Sciences USSR; Ed. of Publishing House: Ya. D. Rozentsveyg.
Tech. -Ed.: V. V. Mikhaylova. -
Card 1/16

Physicochemical Banco of (Cont.) SOV/5411
PURPOSE: This collection of articles is intended for engineers and
technicians of metallurgical and machine-building plants, senior
students of schod.s 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. T'ne*se 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 production 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 2/16

KONOVALOV, G.F.; POPELI, S.I.
Interphase tension at
of their deoxidation.
'59.
(Steel-MDtallography-) (Surface chemistry)
the boundary of steel, slag, and products
Trudy Ural. politekh. inst. no.93:73-79
(HIRA 15:3)

POPELI, S.I.; DERYABIN, A.A.; XQMY&WI-I-"r,
Effect of sodium oxide on the tension of a silicate melt at the
boundary between gas and metal. Izv. vys. uchebe zave; chern,
nnt. 5 no.8:54 162. (MIRA 15:9)
1. Urallakiy politekhnicheskiy institut.
(Flux (metallurgy)) (Surface tension)

110IMTVKOVY A.A. ('Sverdlovsk); VATOLIN, N.A. (Sverdlovsk); YESPI, O.A.
(Sverdlovskl; KONDVALOV, G.F. (Sverdlovsk)
Electromagnetic separation of FeSn2 crystals from lllquld tin.
Izv. AN SSSR. Met. no.6:58-61 N-D 165. (taRA 19:1)
1. Submitted June 3, 1964.

i ACC NR, P-26021768
INVEMR: Konovalov, G. F.
iORG: None
MMCE CODE: UR/0413/66/000,/012/0021/0022
TITLE: A the for drawing parts with inclined walls from sheet material. Class 7,
No. iM68
Izobreteniya, proeWshlennyye obrattey, tovarnyye znaki, no. 12, 1966, 21-0-2
TOPIC TAGS: sheet metal, metal draving,.die, IWdraulic device
ABSTRACT: This Author*s Certificate introduces a the for draving parts Vith inclined
walls from sheet material. This unit consists of a punch, die and clamping device.
High quality finished products are made in one,operation by making both the the and
..the clampina.device in sections which mpve apart in a radial direction under the ef-
te~t of the loaded punch. The sectioin's are returned to their original position by
,bydraulic cylinders placed within the die and connected with the die sections. -

ACC NRt AP60217bU
. . . . . . . . . .
1.rpunch$ 2-die; 3.-clamping- device; 4.4mockouto, 5-blank; 6-4Wdraulic cylinder
SU~ CODE: 13/ SM DATE:

KOMOVIN, V.G., nachallnik; INOWTM.P.P., nuchallnik; ])IUJVTSEV, T.N.,
upravlyayushchiy; GARTAXV. V.V.. upravlyayushchiy; GRACHIT, L.I., upralya-
yushchiy; KONOTAWV, G.I., upravlyayushchiy; GIT-16CH, A,.I... nachaltnik;
N.IPIWVWW"-Whener.
GUBIN,
The Boviet miners honor Miners' Day with new industrial victories.
Ugoll 28 no.80-15 Ag 153. (MLU 6:7)
1. Kombinat thibassugoll (for Kozhevin). 2. Kombinat faragandaugoll
(for Inosamtsev). 3. Treat Stalinugoll (for Belevtoev). 4. Treat Xalinin-
ugoll (for Gr7asev). 5. Threat Holotovugoll (for Grachev). 6. Treat
Shchokinugoll (for Konovalov). 7. Shakhtoupravlenie No.9/12 treats,
Sh~ahekinugoll (for Giller). 8. Shakhta No.34 tresta Krasnoarmeyokugoll
(for Oubin). (Coal mines and mining)

KONOVALOV, G.L. jnzh.; IONOVALOVA, N.A., lush.
Zipansion of railroad tramportatiOn in
cratic HaVablice Zholedor.tranap. 42
(Qermrq, Bast-Rallroads)
I
thO GOrmn DsmO-
no.4:89-92 A 160.
- I
XM 13 7
(

XONOV# G. Minzhener-mekhanik-nastavnik.
Modernizing the lubrication system for ivAin steamship engines of
the free-accession type. Mor.flot 15 no.12:i4-15 D '55.(KLOA 9:3)
1. Kinisterstva morskogo flota.
(Marine engines) (Imbrication and lubricants)

KOIJOVAWV, G. nzh.; KIRSH, A.K., inzh.; MIRKIN, V.P., inzh.
2conomic aspects of the type VET-100 steam turbine built by the
Kharkov vork-B. Teploenergetika 7 no-3:73-RO Mr 160.
WM 13--5)
1. Gosudarstvenny7 trest po organizataii i ratsionalizataii
elektrostantsiy i Dneproenergoo
(Steam turbines)

S/096/62/000/006/006/011
E194/E454
AUTHORS: Kirsh, A.K., Engineer, Konovalov G.M., Engineer
TITLE: Determination of the efficiency of individual groups
of stages when testing steam'turbines
PERIODICAL: Teploenergetika, no.6, 1962, 35-37
TEXT: In determining the efficiency of individual cylinders or
of groups of stages of steam turbines it is easy enough to
measure pressures at bleed or tapping points but temperature
measurements are more difficult partly because,the steam flow is
not uniform. To determine true steam temperatures mahy
thermometer pockets are required and all regula-ting valves must
be fully open to avoid temperature drops. Thermometer pockets
are commonly inserted in steam tapping lines I to 2m from the
turbine casing but special tests have shown that efficiencies
determined from temperatures so measured were systematically in
error because the temperature in the line beyond the tapping~ point
is higher than that immediately beyond the stage, mainly because
of steam that leaks through the radial clearance round the
shrouding which is nearly at the temperature of stage inlet.
Card 1/2

IJONOVALOV, G.M. ,
VMROV, V.N., inzh.
Ptmp for obtain,* water oamples for chemical testi. Energetik
10 no.1--l.1-14 Ta 162. (KMA 3-4:.12)
(Paspiag machinery)
(Water--Analysis)

-.01mvALOV, -. S.
flA Ve.;sel for Titration". Zavodskaya Laboratoriya, No. 7, p 892, 1952.

ALSKIN, O.A., professor; KRYUKOV. P.A., kandidat khimicheakikh nauk; KWOVALO.Y,,,,
G-S- kandidat khimicheskikh nauk. 0 . _~ I--- ,
Conference on hydrochemistry and discussion of problems concerning the composi-
tion of natural waters. Vest.AN SSSR 23 no.9:82-84 S '53. (MUIA 6:10)
(Water--Analysis)

KONOVAIDT, G.S.
';~- I'r__ ' "'"
Colorimetric determination of PH in natural waters. Gidrokhim.
mat. 24:18-19 '55. (MLRA 9:4)
l.Gidrokhtmichookir institut Akademii nauk SSSR, g.Novochorkasek.
(Water, Underground) (Water--Analysis)

A method of determining bQxwA-4*ns in ~atzr
Inst.1 Aead. S6. U.S.S-R

G(3",rv n 'M Tr ~t-a V 4
'oy
L
lle
J
tS.