SCIENTIFIC ABSTRACT VOSKOBOYNIKOV, M.YE. - VOSKOBOYNIKOVA, S.B.

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• Collection: Scientific Abstracts
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• Document Release Date: March 14, 2001
• Sequence Number: 14
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

USSR/Cosmochemistry - Geochemistry. E~rdrochemistry, D
Abst Journal: Referat Zhur - Khimiya, No 1, 1957P 732
Abstract: conditions. This is supported by the presence in the ore district of
moisture-loving flora which in future geological prospecting can b6
used as an indication of the occurrence of GC.
Card 2/2

TOSKOW Mv -YOO
""Aw~ - M - "'JA - -
Stratigraphy of Mesozoic deposits In the lower reaches of the
Syr Darya. 1zv.AN Kazakh.SSR. Ser.geol. no.24.-107-111 156.
(MLRA 10:2)
(Syr Darya Valley-Geology, Stratigraphic)

YOSKCBOYNkau&T
MA-b
"P'v.W4%!p' ~ ~ - .WA~
Stratigrapby of Paleogane deposits In the lower reaches of the Syr
Daxya. 1zv.AX raxakh.=R geol-no-25:57-78 156. (Km 10:2)
(Syr Darya Valley-Geology, Stratigraphic)

A LTWH VWKOBOYI KqV L. FA - 2925
41"'."
- ?! A
TITLE -Un the reri 'od of Settling of the,Platform bystem in the East of the
Hear-Aralian Region..
(0 vremeni =tanovleniya platformenogo rezhima v vos.tochn= Friarallye -
Russian)
iralODICAL Doklao Akademii Na,!, bba,.1957, ~ol 1,13, Nr 1, ~p 165,a6d, (Ub.cj.R.)
Received 6/1957 Reviewed 7/1957
A1jdTRAGT The region of cretaesoz rock between Kazalisk and.Dzusal was regarded
as a buried. continuation of the Kara-Tau-chain. -It was, however, found
that it is a great sepFated Dzuzal-~levation~ Iti the coreB.of tl,,,-- Ar=-
tures of aecond and third order older sediments of the upper cretaceous
-system a*~pear '* which could not be detected on the surface. lounger rockff
of the fold-complex, aa perm, are knovin vqither in these mountains nor in
thi Hunge-stoppe(Botpakdala). This led mapyresearch workers to believe
that the mesozoic rocks"of the syr_Dar~&_lower oourse inA the Turgay-val-
lay are based on the palasozoic complex. During t" last years borings
were carried out in the North and North-East of the station Tyuratam and
to a great extent dialocated.red and dark,--grey argillitea and saadstone
were found. Gradient anglea of 3o-750 were observed. Neither microflora
nor microfauna was found, a fact which compl~icaied the determination of
age. According to exterior features these strata are assuzied to'belong
to cambrium, and the ailurian age was assumed t*e the latest. This was
then brought forward 23 main argument for the hopelessness of finding
Card 113 oil in these regions. Uadame Murakhavskaya, N.I,, now herefrom isolated

On the Period of Settling of the Platform tsy3tem FA - 2928
In the zast of the Near-Aralian Region,,,
a 3pore-pollon-complex which is characteristic for,upper trias sedi-
ments. According to their lithologic composition this stratum of trias.
rooks ia-subdivided into three 3uites(beginning at the bottom) - under
takyr3ay, takyrsay and upper takyosay suits. From four models of the
under tak-yr3ay suite spores and pollons 9-ra Isolated and the motherplapts
determined* Ulcroscopie investigation disclosed some glauconite grains
were found which indicates the marine origin of these sediments. WhatWa
have said before makes it possible to nay that the goo3ynclinal regime
east of the Near-,kralian-Region existed up to thD and of trias. The for-
mation of the structures of these.regions was completed by the old ci=eri-
on folding phasc, Tb~-dovelopment of a platform regime must be connect*d
with the and of.the Jura period. As for as the formation of the b2sic
strmetures of the folded fundament of the Eastern Aralian Region was com-
pleted towards the and of Triaa it is probable that in the wide depressicn5
even in the Jura period a marine or lagoon regime could exist as the suc-
0033or of Trias. This circumstance increases the chances of finding oil
since it makes such horizons as the lower mesozoic era appear promising
for oil. (I ill., Itable, 5 literature references).
Card 2/3

I PA - 292a
On the Feriod of Settling of th~natform System in t1m Kra of the
flear-Aralian-Region.
ASSOCIATION Institute of Geological Sciences of the Acad*my of Science of the
K~.zakh ba,(Institut Geologicheskikh Nauk, ba)
PRESkMa BY SATPAYE-Vq K.I., '"Member of the Acadenw.
BUBVITTIM 5.3.1957.
AVANABU Library of Congress.
Card 313

VOSKOBOYNIKOV, 14.Ye.; IURTYNOVA, 14-ya-
Stratigraphy of the Marin8ftleogene in the Kzyl-Orda region. Izv.
AN Kazakh. SSR. Ser. geol. nauk no.51.60-62 163, (MIRA 17:1)
1. Institut geologicheskikh nnuk All KazSSR, Alma-Ata i Yuzhno-Kazakh-
stanskoye geologichoskoye upravleniye, Alma-Ata.

AUTHOR: Voskoboynikov, M. Ye. 2o-119-6-39/56
TITLE: The Position of Nummizlitic Limestones in the Paleogene
Cross Section of Northern Fria:altye
(Polozheniye nu-mulitovykh izvestnyakov v razreze paleo-
gena Severnogo Priarallya)
PERIODICALt Doklady Akademii nauk SSSR, 1958, Vol- 119, Ur 6,
PP- 1191-1194 (USbR)
ABSTRAM The investigations of the last years have shown that the
frequently nummulite-bearing limestone horizon can be
followed in the cross section of the marine Paleogene
on the large territory from the Caspian Sea to. the Prikara-
tauskiy district. (Table 1). It corresponds to the basin
of the carbonate facies of the Eocene, which are relieved
northwards by silicate facies (Ref- 5). Therefore it is
very important for the right understanding of the Paleo-
gene stratigraphy of the region mentioned in the title
and of the neighboring regions to determine the position
of nummulitio limestones and their interrelations with
Card 1/3 the layers lying below and above them. Some published

The Position of Nummillitic Limestones in the 2o-119-6-39/56
Paleogene Cross Section of Northern Priarallye
data and critical considerations state the diasgreement
of the researchers with regard to the age of individual
Paleogene horizons. Then follows a detailed description
(from bottom to top) of a cross section in the lk-luurdan
defile. Based on this description and on that of the
neighboring reeionB (Ref- 3) the author made the following
conclusionst 1) The parcel of the quartz-glauconite-
-sands of the Akzharskaya suite cannot be a littoral fa-
cies of the Tasaranskaya suite but forms an independent
stratigraphic unity. It is older than the Lower Eocene
nummulitic limestones of the surroundings (Refs. 3, 4).
The nummulitic limestones (Tuguzakiy horizon) are not an
antiolinal. facies of the Tasaranskaya suite, but they are
a quite independent stratigraphic unity. 3) The higherlying
brownish gray loams neither may be united with the quartz-
-glauconite-sands of the Akzharskaya suite to one suite nor
with the limestones mentioned under 2). They also form an
independent unity. By means of preciaing the position of
the nummulitic limestones the correlation of the strati-
graphic scheme of the Paleogene sediments of the northern
Priarallye with the neighboring regions (Table 1),aas
Card 2/3 rendered possible.

The Position of Nummulitic Limestones in the 2o-119-6-39/56
Paleogene Cross Section of Northern Priaral'ye
There are 3 figures, 1 table and 7 references, 7 of which
are Soviet.
ASSOCUTIONj Institut geologicheskikh nauk Akademii nauk XazSSR
(Institute of Geological Sciences 13 Kazakh SSH)
PRESENTEDs December 21, 1957, by K. 1. Satpayev, Member, Academy
of Sciences, USSR
SUBMITTEDt December 18, 1957
Card 3/3

VOSEDBOYNIKOV. ?4.Y0.
I--. - 1~ ~
Triagaic 4appaits in the lower Syr-Darra Valley. Vest. 01 Kazakh.
SSR 14 no.8:73-77 Ag 158. (IMIRA IWO)
(Syr Darya Valley-Geology, Stratigraphic)

BAZHANOV, V#S*; VOSKOBOYNIKOV, 14#Te.; GLADKOV, I.I.; MNUSHKIII, L.B.
- --' - -"V--
Stratigraphic position of recentljr found remains of marine mammalo on
the Mangyahlak Peninsula. Hat. po Ist,, fauny i flory Xazakh. 2:17-27
'58. WIFA 11: 7)
(Mangyahlak PenineulaPaleontologyj, Stratigraphic)

15-57-5-6950D
Translation from: Referativnyy zhurnal, Geologlys, 1957, Nr 5,
p 176 (dSSR)
AUTHOR: Voskoboynikov, M. Ye.
TITLE: GeologgicaT-St-ra-c-ture of Southeastern Port of Aral-
Kazalinsk Depression (Geologicheskoye stroyoniye yugo-
vostochnoy chasti Aralo-Kazalinskoy vpadiny)
ABSTRACT: Bibiiographic entry on the author's dissertation for
the degree of Candidate of Geological and Mineralogical
Sciences, presented to the In-t gool. nauk AN KszSSR
(Institute of Geological Sciences of the AS Kazakhstan
SSR), Alma-Ata, 1956.
ASSOCIATION: In-t geol. nauk AN KazSSR (Institute of Geological
Sciences of the AS Kazakhstan SSR)
Card 1/1

VOSKMOTMKOTI M.Ye.
~JF'b s ition of mummIltio Itmetones in the profile of ftleogens
deposite in the wrthern part of the Aml Sea region. Dokl. All
sssa 119 no*4~r1191-1194 Ap 158s (UM lls6)
1.,Iustitut goologichookikh nauk AN XhxSSR. Predstavleno akademlk=
K 10.Satpayevymv (Aral Sea region-vIdmestous)

BATTALOvA, Sh.; VoSXoBDyN,XoV
~ M-yc-; LIKEROVA, A.A.
Bentoniteg
Of thO YangYahlAk P-ninlla, V08t. All raaejc~
SS" 'a nO-10135-1,/. 0 162.
(MIRA 1'7:9)

VOSKOBOTNIK, N.I.
Speed of electric logging In complex measurements taken at definite
time intervals. Frikl. goofiz. no.23:202-216 '59.
(Logging (Geology)) (MIRA 13:1)

~~ li, 1.
"Teoting loogging Cables"
PrikladnaP ge0fiZika; cobor.-Ak statey, V", 21 (Applied Geopbysics; Collection of
Articles) M~ 21) Moscows GootoPtekhizdat: 1958- 221 P-

neral Problerz. Q-1
Abe jour t Hof Zhur - Biol.) No 7) 1958) 30901
Author Shain 8,Ss) Vookoboynikova 14A,
Inst
Title The Nutritiousnoos of Red Clover Hay and of the Clo7cr-
Timothy Grano-Mixture.
(Pitatellnost' sena klevera krasnogo i klevero-timfeye-
chnoy travosmesi).
Orig Pub Zhivotnovodstvo., 1957., i1o 4,, 56-59.
Abstract The profitableness of sowing the clover-timothy mixture,
as compared,with the.soving of pure.clover and timotrty,
is pointed out. The crop of the hay of the clover-
timothy mixture surpassed Via crop of the clover hay
(from the same area) as to feed units., by 76%., and as
to digestible protein, almost by 40%.
Card 1/1
8

16-7800, 24.6ooo 77334
SOV/57-30-1-i3/18
AUTHOR: ~~skLbo Ikov, 0. M.
TITLEt Accuracy and Limits of Application of the Diffusion
Approximation to the Solution of '/ -Rays Propaga-
tion Problems
PERIODICALi Zhurnal tekhnicheskoy fizilci, 1960, Vol 30, Nr 1,
PP 90-95 (USSR)
ABSTRAM Recently DyadIkin Izv. AN SSSR, ser. geofiz., Nr 4j
1955 the author Rzv. AN SSSR, ser.geofiz.,Nr 3,
195fl; and Novozhilov (ZhTF, 33, 1287, 1957) discussed
an approximate method for calculating the propagation
of 'Y -rays in uniform media representing the multiple
scattering of relatively soft Y -quanta as a diffusion
of disordered particles satisfying the condition
Card 1/13

Accuracy and Limits of Application of 773311
the Diffusion Approximation to the SOV/~7-30-1-133/18
Solution of -Rays Propagation
Problems
where S - intensity of the flow of quanta; n - distri-
bution density; D - coefficient of diffusion. Depend-
ing on the manner one averages the mean paths and life-
times of quanta, Eq. (1) can be used for investiga-
tions of the spectral composition of the scattered
radiations or for investigations of integral (over
energies) space densit.,r of the distribution of quanta.
To apply this simple diffusion approach, it is suffi-
cient that conditions be satisfied
k, > 1; r-!-; al >,cj,
Card 2/13
(2)
where k initial wave length of quanta (in Compton
units); r distance from the source of radiation;
- C-1 and T - respective coefficients of Compton

Accuracy and Limits of Application of
the Diffusion Approximation to the
Solution of Y -Rays Propagation
Problems
77334
SO'1/57-30-1-13/18
interactions and photoabsorption for quanta of wave-
length ki, These conditions limit very much the
region of applicability of the method. On the other
hand, the author believed that the character of 'Y -
ray interaction with matter leads one to expect chat
the Eq. (1) and consequently the diffusion method
should be valid in a much larger region. To check
this assumption experimentally, the author compared
his experimental dat~Oiith theoretical conutations
for radiations by Hg (k 1.82) and Co (mean k
0.41) in water and sand with small additions of
lead. 1. Experimental Setup and Procedures.
Materials described in Table I were placed in a
cylindrical container with a 40 cm diameter and 60 cm
high. k2 is the limiting wavelength value of the
spectrLun of scattered waves. An aluminum tube 30 mm
Card 3/13 in diameter and 1.5 mm, wall thickness bias used in the

Accuracy and Limits of Application of
the Diffusion Approximation to the
Solution of Y -Rays Propagation
Problems
Table 1. Characteristics of
Serial number of the mediuml
basic component; (d) addition
gm/cm3; (f) wet quartz sand;
77334
SOV/57-30-1-13/18
scattering media. (a)
(b) compositioni (c)
of leaa, %I (e density,
(g) same; (h) water.

(a)
(C)
(d)
(e-) k,
-
I (P) 0 -
1.63 7.46
2 (1) 0.5 1.61 6.16
3 1.50 1.65 4.87
4 0 1 11.92
5 0.50 I.M5 8.92
6 L.34 1.013 5.46

Card 4/13

Accuracy and Limits of Application of"
the Diffusion Approximation to the
Solution of )/-Rays Propagation
Problems
Card 5/13
773311
s0v/~7-30-1-13/18
center as container of probes. The probe con3isted
of a thick lead cylinder screen fitting the aluminum
tube and having at the bottom an approximately 2 mCurie
11003 6o
or 0.3 mCurie Co . On the upper side of the
screen were located gaseous discharge tungsten
/I -counters. Distance between the source and the
center of the counter could be varied between 21 and
43 cm. The center of the counter cathode was always
located 10 cm under the surface of the scattering
medium. Statistical errors were less than 2%. The
author made sure that the introduction of the probe
does not significantly distort the true value of the
measured quantities. He also assumed that the counters
will give counts proportional to the number of incom-
ing photos until the K-photoaboorption limit of tung-
sten is reached. For rays containing intensitte com-
ponents of wavelengthu larger than 7.4, one can expect
a disagreement between theoretical and experimental
data. 2. Evaluation of Results. At distance r from a

AcCU1'aCy and-Limits of Application of 773311
the Diffusion Approximation to the SOV/57-30-1-13/18
Solution of, Y -Rays Propagation
Problems
monochromatic point source of strength Q in a uniform
medium of density P , the intensity of '/ -radiation
is given In the diffusion approximation Vy the equa-
tions
(3)
r
lit= -9- 3 (k, k,) (4)
4%
q=
k1 wavelength of primary rays; k2 - mean wavelength
at which the photoabsorption of multiple reflected
card 6/13 quanta occurs, and determined from

Accuracy and Limits of Application of
the Diffusion Approximation to the
Solution of Y -Rays Propagation
Problems
dkz=
Card 7/13
77334
SOV/57-30-1-13/18
- mean full path length of_quanta in the medium until
the moment of absorption; t mean nosine of the
scattering anglej Cr and 'r respective Compton
scattering and photoabsorption'coefficients, expressed
as functions of k. On Figures I and 2 are experimental
results (full lines) for media numbered in Table 1.
Dashed lines are the corresponding theoretical curves.
Table 2 and 3 contain the comparison of measured and

Accuracy and Limits of Application of
the Diffusion Approximation to the
Solution of -Rays Propagation
Problems
ja
Fig. 1. Deere of scattered
Card. 8/13 Intensities Hg
77334
SOV/57-30-1-i3/18
-radiation

Accuracy and Limit;,
the Of Application of'
Diffusion Approximation to the
Solution of
Problems -Rays Propagation
r1of
77334
SOV/57-30-1-i3/18
Card 9/13 Fig, 2. Deere se Of scattered
Intensities COW -radiation

Accuracy and Limits of Application of
the Diffusion Approximation to the
Solution of Y -Rays Propagation
Problems
Card 10/13
77334
SOV/57-30-1-13/18
computed parameters m, q, and A q, the difference in
q between its value for pure sand and the scatterer
in question. The author explains changes in the above
parameters by (a) the effects of the 4 mm Fe filter
used when measuring scattering by water and (b) by
the Influence of the changes of the average atomic
number due to the added Pb on the value of k2-, and
therefore, on the sensitivity of the counter. Con-
clusions. 1. Diffusion approximation can be used for
not exact computations of the integral intensity of
the soft Y -radiations with initial wavelengths of
the order of 2 Compton units and at distances larger
than two free path length of the quanta. 2. The
analytical form of the intensity vs. distance rela-
tionship and other features characterising the diffu-
sion process are preserved even in case of fairly hard
radiation (k, > o.41). The diffusion method can be
used in this region for qualitative investigations of

773311, SOV/57-30-1-13/18
Table 2. Parametera of D.Lffuuion Y -quanta of
jig 203 (a Serial number of the medium; (b) experi-
mental; ~c) theoretical.
10, lot
(bJ I (C) I (b~ (C)
93S 8.76 0 0
2 0.98 0.94 10.11 9.51 -+-0.76 -+-0
7S
1 1.05 0.91 11.07 10.71 -+-1.72 .
-+-1.9s
4 0.77 0.76 944 8.10 4-0.09 -0.66
5 0.68 0.71 10.17 9.07 -1-0.8.2 0,31
6 0.61 0.63 IUS9 11-29 1-2.01 OM
Card 11/13

77334, SOV/57-30-1-13/18
Table 3. Parameters of Diffusion '/ -quanta
Co 60. (a)_ serial number of the medium;
(b) experimental; (c) theoretical.

(b)
W q
-r (c) I
- (b) lip

1 5.36 6.54 0 0
2 0.95 0.92 5.63 6.77 -j-0.27 -o-0.23
3 0.84 0.97 5.75 7.08 -t-0-39 4-0.54
4 0.00 0.79 6.01 6.58 -0h5 .0-0.01
S 0.'$] 0.72 5.90 7.00 -f-0.54 -40-46
6 0.62 0.60 6.35 7.72 4499 4-1.19
Card 12/13

Accuracy and Limits of.Application of 77334
the Diffusion Approxiniation to the SOV/57-30-1-13/18
Solution ot '/ -Rays Propagation
Problems
Y -ray propagation under condition of geometry not
allowing an exact calculation using exact methods.
There are 2 Pigures; 3 tables; and 5 references, 4
Soviet, I French.
ASSOCIATION; Ural' Branch AS *USSR, Institute of G"'physica) (Urallsk-ly
filial AN SSSR, Institut geofiziki)
SUBMITTED; February 20, 1958
Card 13/13

TIKHOMIROV9 V.V.; VOSKMENSKAYA, N.A.
Memorable dates for Ilovember-December,, 1963. s6v. eol. 7
no.ltl42-150 Ja 164. IMMA 17s6)
I*' Geologiche5kiy Inatitut AN SSSR,

VOSIOBOYNIKOV, X.P., [deceased] dotentl MMIKIN. N.Y.. kandidat takhai-
I ~= ChIGNPIErTM; UVIN, X.M., starshiy propodavatell.
Designing cylindrical pitch gears cut by standard hobbing cut-
ters. Sauch.trudy NPI 30(44):33-61 155. (MLEA 9:11)
(Gear cutting)

I - -- r-IrK~-'~,,!'-Ni-,U
- I.-I."Vw I fiscidi llm~
UYIN
-ri 0 3.1.9 Insh.
Idghter block and tjlckl~. Lek# sta, 29
("O'stIvC maoh'0-2te/~ F '580
'nor.r)
(1(M Ilt3)

Vozl,obo~mikov,
IfThe nagnetostriction of ternar-,, allbys of iron-nic kel -cobalt.
Nin Educr-'4-,ion RSFSR. llioscml state 1~ edav;ogical Imst ineni, V. 1.
Lenin. Mosew, 1956 (Dissertation Ifor tho degree of Candidate in
Physicoirmthem- tical Science)
Xni-hmn letonis'
110. 25, 1956. Moscmir

AUTHOR3 Voskoboynikovi S.I. SOY-115-58-4-25/45
TITLEs A Highly-Sensitive Method of Measuring Vagnetostriction
(Vysokochuvstvitelinyy metod izmereniya magnitostriktaii)
PERIODICALt lzmaritellnaya tokhnika, 1958# Nr 4t pp 59-61 (USSR)
ABSTRACTi Kornetskiy fRef. 17 and Selisakiy fRef. ff havo devised a
highly sensitive optioo-mochanical method of measuring
magnotostriction. The method described in the article is
a development of this, devised by the author In ToBIIChERMET,
and differing from the former in that it consists of a
double Class 11 levert the and of which turns a needle
with a small mirror (Figure 2). The construction and
operation of the magnstostriation gage is described and
compared with the Kornetskiy-Selisekiy device# It is su-
perior by havings a constant amplification, independent
.Card 1/2

SOV-115-58-4-25/45
A Ilighly-Sensitive Method of Measuring Magnetostriction
of the pooition of tho light indicatort greater sensitivity
and the ability to measure both longitudinal and transverse
magnetostriction. Its maximum relative measurement error is
4~~ for longitudinal and Z, for transverse measurement.
There are 2 dia6ramat I graph and 3 references, 2 of which
are Soviet and 1 German.
1. Magnetostriction--Measurement
Card 2/2

AUTHOR:_Y ~kobgnikov, S. I. SOV/126-6-6-7/25
-TITLE: Magnetostriction and Magmetization of Ternary Iron-Ifickel-
Cobalt Alloys with Iron-Nickel and Iron-Cobalt Baees
(Magnitostriktsiya i namagnichonnost' troynykh splavov
zhelezo-nikell-kobal't na zhelezonikelevoy i zhelezokobal't-
ovoy osnovakh)
PERIODICAL: Fizika metallov i metallovedeniye, 1958, Vol 6, Nr 6,
pp 1011-1016 (USSR)
ABSTRACT: The present paper reports the results of investigation of
magnetostriction and magnetization of ternary iron-njckel-
cobalt alloys of compositions which were not studied so far
but which are important in practical applications of these
alloys, Magnetostriction was measured by means of an optical-
mechanical system. This system uses a double lever and was
developed by the author at the Institute of Precision Alloys
of the Central Scientific-Research Institute for Ferrous Metals
(TsNIIChERMET). The apparatus is shovm in Figl. Changes in
the length of sample 1 on magnetization are transmitted to t-he
driving.lever I of length b . One end of the lever I is
fixed an.d at a distance a from this fixed point the lever I
and the sample 1 are coupled mechanically at a point A .
Card 1/7 The other end of the driving lever I is attached rigidly to

SOV/126-6-6-7/25
blagnetostriction and Mag etization of Ternary Iron-l-fickel-Cobalt
on
Alloys with Iron-Nickel and Iron-Cobalt Bases
a driven lever II of length d at a distance c from the
fixed end of the driven lever. The free end of the driven
lever II rotates a shaft 2 which has a small mirror 4
attached to it. A ray of light is sent out by a source 3
and is reflected by the mirror 4 on to a scale 5. Llagni-
fication. produced by this system is given by K = 2iR/D ~
where i = bd/ac, D is the diameter of the shaft to which
the mirror 4 is attached and R is the distance between
the scale and the mirror. In the apparatus used by the au-
thor. i = 25,~ D - 0.5 mm and R = 1000 nim. Under such
conditions the value of the magnification K is equal to
100 000. Calibration of the apparatus using nickel showed
that a displacement of 1 mm on the scale corpesponded to a
change of length of the sample by 1.01 x 10-0 cm. Samples
were magnetized in a solenoid and their magnetization was
measured by means of a ballistic-galvanometer. Two series of
iron-nickel-cobalt alloys were prepared. Technically pure
iron, electrolytic nickel and electrolytic cobalt were melted
Card 2/7

BOV/126-6-6-7/25
Magnetostriction and Magnetization of Ternary Iron-Nickel-Cobalt
Alln:;-, with Iron-Nickel and Iron-Cobalt Bases
together in a high-frequ6ney induction furnace. The melt was
poured out to form sheets of 120 x 60 x 10 mm size. Samples
were prepared by rolling of these sheets down to 3 mm thick-
ness. The samples themselves were in the form of strips
110 mm long and 3 mm wide. They were annealed in an atmos-
phere of hydrogen for 6 hours at 11000 C with subsequent
cooling in air. The final thermal treatment was carried out
in a Silit furnace in 10-9 mm HS.vacuumi it consisted of 0
heating to 110000 for 3 hours with gradual cooling to 200 C
in steps of 500C (3 hours in each step) and final cooling to
room temperaturn. The chemical composition of the alloys is
given in a table on p 1012. Values of the longitudinal and
transverse magnetostriction at saturation X it and X~L were
determined from curves X,,(H) and X.L(H) by extrapolation
of the linear parts of the curves to the X-axis (Figs.3a, 4a
and 5a) and are given in the table on p 1012. Fig.2 shows
longitudinal and transverse magnetostriction plotted in a
corner of the Fe-Ni-Co phase triangle.Abvarious points in this
triangle,corresponding to the compositions of the alloy!~
Card 3/7 the magnetostriction values are given in the form ofvertical

SOV/126-6-6-7/25
Magnetostriction and Magnetization of Ternary Iron-Nickel-Cobalt
0
Alloys with Iron-Nickel and Iron-Cobalt Bases
lines. The lengths of these lines above each point represent
the longitudinal magnetostriction and the lengths below the
point represerit the transverse magnetostriction. On the sides
of this triangle the author plotted also some values of
magnetostriction at saturation of binary iron-nickel and
iron-cobalt loys taken from the work of Ylasiyama (Ref.1)
and Shulltsetchultze) (Ref.2). The table on p 1012 gives
also the values of the saturation magnetization I a , as
well'as the values of %U = 2(% W and R X11- %
U.
When R = 0 magnetic texture and volume (bulk) magneto-
striction are absent. When R is positive bvJ* magneto-
striction occurs on magnetization, while negative R signifies,
magnetic texture in the direction of measurement. The table
on p 1012 shows that in the m-phase region of alloys with
iron-cobalt base containing up to 30% of cobalt (samples
.1-q), the bulk magnetostriction is small and the "second rule
of even effects" is obeyed approximately. In alloys in the
Card 4/7

SOV/126-6-6-7/25
Magnetostriction and Magnetization of Ternary Iron-Ifickel-Cobalt
Alloys with Iron-Nickel and Iron-Cobalt Bases
same region but with more than 3001o cobalt (samples ?-.12),
considerable bulk magnetostriction occurs on magnetization.
In transition (a +.y) alloys, large changes in volume on
magnetization occur in samples of alloys 15 and 20. Similar
large volume changes occur in y-phase permalloy-type alloys
26-27. Magnetic texture is present in alloys 9, 22, 25 and
28. From X (H) and %L(H) curves two further types of
curves were constructed: magnetization as a function of
magnetostriction I(%) and magnetostriction as a function
of the square of magnetization X(12) . Typical' I(%) and
X(I2) curves are shown in Figs-3, 4 and 5. Presence of
magnetic texture in the initial magnetic stat-e of a sam 1e
may be deduced from I(%) curves. For example, the IR)
curve in Fig,,49 for the alloy 28 shows that on magnetization
of the latter to above 500 gauss, its magnetostriction is
equal to 0 which indicates the presence of magnetic
texture. Figs.46 and 56 show that the shape of the I(X)
curves is not the same for all alloys. One type of the
IW curves, shown in Fig.46, is characterised by increase
Card 5/7 of magnetization up to a certain value above which it does

SOV/126-6-6-7/2
Magnetostriction and Uagnetizati.on of Terna y Iron-HickeR_,obalt
Alloys with Iron-Nickel and Iron-Cobalt Bases
not depend on magnetostriction. This type of curve occurs
in alloys in which volume chan es are observed on magnetiza-
tion, The second type of 1(%5 curves, as shown in Fig.%,
is characterised by increase of magnetostriction with mag-
netization up to a certain value of the latter, above which
it is independent of magnetization. Such curves occur-in
a-phase alloys, whose volume change on magnetization is small.
and for*hl-.h the "second rule of even effects" is valid. ThG
X(j2) curves make it possible to find the values of magneto-
striction constants X100 in the C1003 direction in mono-
crystals, using Akulov ankl Kondorskiy's formula (Ref.3)i
2
X - (3/5)%1OO(I/Is) When this formula is used
for an allo with 1.2% nickel, 25.6% cobalt and 73.2% iron
(alloy Nr 3~, the value of the magnetostriction constant was
found to be X100 = 53-5 x 10-6 comparedvdth the longitudinal
Card 6/7

SOV/126-6-6-7/25
Magnetostriction and lAagnetization of Ternary Iron-Nickel-Cobalt
Alloys with Iron-ITickel and Iron-Cobalt Bases
magnetostriction of polycrystal samples X if .~32.2 x 10-6
This means that if an alloy is produte'd with the texture
oriented along the OP91 axis, magnetostriction can be in-
creased by a factor 1.5. Such a method of increasing
magnetostriction was developed by Bryukhatov (Ref.4) for
nickel and by Nesbitt (Ref.5) for an iron-cobalt alloY,3001o
of iron. There are 5 figures, 1 table and 5 references, 3 of
which are Soviet, 1 Japanese and 1 English.
ASSOCIATION: Moskovskiy institut inzhenerov zheleznodorozhnogo
tran porta (Moscow Institute of Railway Transport Engineers)
SUBMITTED: May 28, 1957.
Card 7/7

ARUTYUNOVP N.B., inzh.i red.; VOSKOBOINIKOV,:,Y.G., doktor tekhn.
naukv red.; GOTLIB., A.D., prof.p doktor tekhn.nsukq red.;
GUSOVSKIY A.A., inzh.,--red4; KRASAVTSEV, N.I., kand. tekhn.
nauk, red:; NURASOV, Z.1.,,-akad*aLk.,.-red.j- OSTROUKHOV, M.Ya.,
kand. tekhn. nauk, red.; POKHVISNEV, A.K., prof., dol,,tor
tekhn.nauk, red.; RAMH, A.N., prof., doktar tekhn. nauk, red.;
TSYLEVp L.M., prof.,-doktor tekhn. nauk, red.; POZDNYAKOV,
G.L., red. izd-va; -ISLENT!YEVA, P.G., tekhn. red.
[Blast furnace process according to most recent developmeits;
on the 100th. anniversary of Academician M.A.Payloy's birth)
Domennii protsess Po noveishim iseledoyaniiam; It 100-letiiu so
dnia rozhdoniia akad. M.A.Payloya. Moslftal Metallurgizdat,
1963. 325 P. (MIRA l6j8)
1, AN Ukr*34-R (for Nakrasov).
Want furnaces)
(Paylov, Mikhail Alakaandrovioh,, 1863-1958)

A
sex
0 1
4i a
000
00 j
a
Cb"ge in Jjau age Ud;Up9*i11" 04
G. %'o&k,*4*kW, SW 6, &JI-60VIAO-10 vl"wg-
'ifne"' 'Ji ,jw0tiw to kwm what changes occur In The
, tf6
! cvwpc%. t4 the ag elements as well as In the p"S
I al"109
cam1punrals, The Me f3 impa"a"t twauve in "FICItiffs
tbg Oln"ntlafe it may bcco1W fir"091'r to COITMf IIT
449-11'". lm;wowvnm;'u%. tithe gang may inc-a-
11. gl F(O(n *,vast on. dig Ifeel-mill alml
c1mic"..111afft imalyw_% rip"ItAs Were tkrlvnj for 1hr
relalim lwIwrtn the Ff "MArct ti an are Andl the quanticy
arm! cadnpu.,olutbe pug. A slealar exptemakm wai also
41trivrill.w Ii theore. 71w4e relations bobf for 3 Ural
Fe otts. Thr V ttrntent its a comcntrate Is falcd. from
V - tmol Ve + W08 and the total Ranc Z, - 98
lXFr. TIK compn. o( the gang Is rcad trom a graph.
#-ILA SITALLUNCICAL LITIO&TVZI CLA$UrKATWO -------
U is '0 "(f
0 6 0 of a Is a x a tj it w 0 14 a -1 w
6
0 0
as 0 0'
as
0 *_0 0 00 qp 0 0 * 0 0
0
SOO
000
V00
roe
got
*0
a**
9410
ve 0

R
A L? L
.
004 I I eft A' hoot
is

**a Wm-fwv*" at Was ky". V, 0. vtwko-*
00
00.1

'J`f*"4bjk*U7W OW Opts. WOO 10 &1- $be best fMtrnf Of
hingt-furnocir sucs Ali temp*. of thrit, "normal" q. For -00

t Stiss IWIPM-0 U alsols were Used which coutolned twoldre
Sk0j, Wh and COO &too Mat) 0.9-2.0, UnO 0.1-41.4,
009 to IS and

Im Irnips, at which the Wast have 4 n( 6, 7 and 11) polites.
'60
0 Fm simpikily FeO, Mail and Will were whidrd Inim ifie
0 "Otal analywo anti 8 we* left In the frrr state, I 'r, the -ttm
.
-1 h
1
t
1
l
1
t
1
lm as
1
i,
al
-a *its Is
,
wat
Siyt I A fit h 1, 1,
00 14141110'S 44 1409614 VA110"ill M611111111, At 0 14 At jililitr%,
'
4f
*'4W* and *I I he m. Is. are, tools, i ftvtWh
V,AI01,2A,
I
And CnO 48%. 440, 407 anti 468 cal.: (at
W4 4N. A1,(N
1 w anti CR042% 373 443owd 410cal.; for Wh.U. A1,(%
iVU
443 and 4 V I I
W 84(h U
3 1:
d C
O 43~~ .00

004 .,
an
&
,
.
.
A W~ 1.5, and COO 2 1 Ofi. 4d6. > 490 and 3(m) cal. *. for f4i N
7
1000
*00 ,11t and 3W. fw Ml~ 41).
4 1. Al.0i, MY, &M COO Mt% 390,4
I
M

004,
, ATMI AW ral., five
Al,(h 2N anti CAO 30%. 4=1. 4
"(%
441 AIM 33 and C&O 26 . 411t), OR and 4441 mi.; tnr
0' 40 404
l
4
1
7
11
00 ca
.;
A
Z4
t

AA-4 92
s
4-U cal.,
iWAf0;3Q;A" b3, and CAO
fcw Wh 33. AW4 10. and C0013
. 4K 474 and > to 111.
too
W For ciptimure remits pie Ines potbored with coke thrmW
'
_
400
it
e lkmwv" obe ruin. temp. of the
.,
9 and a min. twat
content at this temp. (am" cal.). Increstaing the as*
content to 4"* (tit a cc". alumina content of 7 -1WIri
d
b
i
i
i
l
11 r4 an
ow
eat capac
vely
t
jernaut" tugs of comparat
low Isavilrctus (em Vit"ll with C61cv*l and

83
as
.%t N
Sit h 66 and r" MIOL!' ad Aloh IX%
cmtg
,a
.
.
7
d A
M
h
i
A k
vi -
4
, an
at temp*. accord
% =r
ng to
W4
l
b
4i
h
i
*W
V
3
)
.
ut accor
est capac
co
ng to
. to"
"San (
.
ty
,
a - 14. it 411TALLU"KAL jjT[#Ajj "quit* sit oncove beat to attain The I (AMOS. W
osars) than do ibe dais pmfucvd wit tolit. Their ts
Ik I

- p
slow) 11"0*iv. capacity is W-W cal, at tonSo Oars, Twenty(irfir"tocirgo lt*~tAv
W. It. Iftn" ',I i diet a" III
i
u a AT iau If
I I I Me too

0
0000
got 0 090 000 0 0 0 0 9P 0 00 a 4 0 .8 0 0 0 414 6441
000 0 * a 0 so 0 0 1 0

of A
VICKISMS A.& 09CO1114% -011
.1 hr I'm
I P" 1. Met:
-.-!SrdM1r*VWN" on 102 atirta.
so A empo=t slags with varying contents of SiOr, AIA and
rIef
00 C&O and with team. Contents of MC0.1foo, Vto arld S.
Tbc relation of the ov. beat capacity of dap t?!tr
of J, andtbechem.c pn.conbeexpre."edbyempkicilequa-
09 lions; for temps. of 20-13504. L%O - 0.16V + 9.201 X
10-Is - 0.277 x lo,ssl + 0.130 X 1040 + 0.17 x 10*0 1**
0 0 - (C&0/%.")): for temps. of OW-16000, VA
00 0.15 X 10-11 - 0.479 X 10-411 - OXG + OA16 (I
(CpO/Z..".)). Zw. is tht $arn NOs + AJA + UCO
00 _-#'5Fe + MnO in the dag. In the temp. Interval ROD-
12 OP he expd. values of the beat capacities of various
oo t
stags deviate sometimes from the c". values - stags with ro
the same CsO/Zw. values can bave di&;;;t beat
capacities. This is attributed tothe fact that the citarse.
4 ter of the beat-espacity changes of the dags Is decd. not re o
only by their Pa.. but also by the relat" between (be
amt. of the lild and 07". pbases mW by otber pbyvksl
factors. At and lower Umps. the best capacities a(
&lats at a coast. imp. depend mainly on Mcir cbem.
compn. Six refewces. W. R, Henn
awe
f two
U06K
INIC40 .12 mg cat 431111chil NIA111 4" C" its
r q . ) . P 0 a T FA I a &j 0 a 6 1 V 01 1 A a 3 1 9
K a I IN It a IX a It a I YA
0 0 0 0 * 0 0 a 0 0 * 0 * a 0 o q 0 0 0 0 0 0 a 0 0 0 0 0 0 0 0 0 0 0 0 0
0 0 0 0
0 0 0 0 0 0 0 0 9

we 0.01001 ga's 4 loalso*** ea 6 a as a 0 0 0 6
u is XV&39.njl vu Jim Jim man as u As a 4,1!
a* A 11 a I L 11--to _jj
fit I.P i v_-*D441
A :-*a
glomerstiou of Krivorrog ores. G. I.
Experimental si -00
so 1-kinin and%'. G. %usLulKoiniloy, 1'rorspiPraktAffir.
No. 6. h4-WJM7r;7'cr-pfiFZMQ struir.- Agskuneratilms
was conducird with lit Chief typts of Klivinut or".
11-npn 111 S~ m~;Wt.. Fell 'U."
lest 40*nl: (1-14,
7 !_69
f T, men. :;4:"VJO%.' 41.1".40 color.
00 ~V:41-bvnrso.IVA-43.5%. Drectirwast).2.1imm. Eipis.
1~ww that lit obtain giKxl rr%tilt% she charge thimlil have -00
A o"j"Iffir fin tkill-for,%alull! 11,; Gn Viold'.1
aggloomlairs net .5 "list. aws W Pil"; tire In'.1ovi W",
0
stmog isoll J.'Colm Lavirr to".h. p1ojWrlk,4
I he pro-
101tic 0111minra froto lot" of 14~j 4" allose N(h. Zee
duction of nocnial aulorriefair turvesi-nds to content of
241-9_5% coo
v RO in pirtmiuct. Fxpl.. with Fish and ;m-or (ar
Mists. gave JAA. mullb. 'Mixt. of both ,hould contain
W I AIN1111 Wo-o S101. It. Z. Katim 11 ZOO
00 -a goo
so 4 a 00
00 9
::00
00
MOO
.00
00
:*7
I L A AIVALLUO'CKAL s.1T1MATk#t (LA$SA*WATjoN
odp 90
11- a 3. J'i I
it 0 0
soils, 1~0 - .1,
u a -Y -jr, I --- T
W " 11 It to 01 of 9 it t4 low jj 1 ;14 rod 0 a 0 1 if N WX' goo
00000000*oo.oo:;Goooooooooo*esoooooo0000
0
1U141 0 0 0 0 0 9 0 0 0 0 0 0 e 0 0 0 0 0 0 0 Ole 6 0 0 0 0 0 0 0 0 0 0 0 a
TZ~Wm

v0sx0noyllixovy V. 0.
Voskolboy%ikov, V. G. "The reduction snelting of sulfur", Trudy Tsentr. nauch-isoled, in-ta
chernoy zintallurCii, Isn-ne 1, 194-8, p. 5-4/6, - ~~Ibl-IoZ; 33 itemx-
SO: U-2888), 12 Feb. 53, (Letopis' Zhurnal lnykh Stat-ny, No. 21, 191,9).

VOSKOBOYNIKOV) ViG4-
VOSKOBCYLIIIKOV,, V.G.--l'Sulfur in Jortestic Industry." Dr Tech Sci, Inst of Metallur&r
imeni. A.A. Baykov,, Acad Sci USSR, 28 Jan 5h. (V!;C,--~EMAYYA !-',C6KV~=A 19 Jan 54)
. source: sum 166, 22 July 15~,54

VQSI!K!~~OBOYNI~XQV~.G.; KHROMDVv V.A,; MEMO# A.F.1 WRTCHAN, L.S.;
TSKEVICH, O.V.; BIRW, A.I.
YAthematical analysis of certain do n parameters of thermal
11!98,
conditions of the blast furnace proo a [Sbor. trud.] TSHIICHH
no.290~-23 163, (MIRA 17:4)
1. TSentrallnyy nauchno-labledovatel'skiy institut chernoy
metallurgii (for Voskoboynikov, Khromov, Reboko, Wrtchan),
2. TSentralInyy ~auchno-isolodovatelfskiy institut komplekBnoy
avtcmtq-luizatsii (for Mitskovich, Birman),

N
t"WM
Use of oxygen in @teal smelting. Sbor.trtA.TSNIICEN no.13:12-17 156.
MVA 9:11)
(Oxygen--Industrial applications)
(Steel--Ketallurgr)

6S r P?
SAMARIN, A.M.. otvetstvennyy redaktor; TSYLEV. L.M., professor, doktor,
redaktor; YOSKOBOYNIKOV, Y.G., doktor tekhnicheakikh nauk, redaktor;
OSTROUKHOV."WOU".", ~'idel-tekhnicheskikh nauk, redaktor; CHMOV.
I.N.. redaktor 12datelistya; KISIIAVA, I.A., tekhnicheakiy radaktor
[Investigation of'blast furnace processes] Issledovanie domeanogo
protaposs. Moskva, 1957* 255 Pe (MLRA 10:4)
1, Akademlys aauk SSSR..Inatitut metallurgii.
2. Chlen-korrespondent AN SSSR (fot Samarin)
(Alast furnac3s)

\JOS 1~0 V'C'
137-1958-1-202
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 1, p 32 (USSR)
AUTHORS: Voskoboynikov, V. G., Adabazh' yan, A. K,
TITLE: Prospects of Development of Automation in Blast-furnace, Steel-
smelting and Rolling Operations, and the Problem3 Before Science
in Connection Therewith (Perspektivy razvitiya avtomatizatsii
domennogo stal.eplavillixogo i prokatnogo proizvodstv i zadachi
nauki)
PERIODICAL- V sb. : Sessiya AN SSSR po nauchr. probl. avtomatiz
proiz-va. Kompleksn. avtomatiz. proizv. protses~-,ov, Moscow,
AN SSSR, 1957, pp 122-138
ABSTRACT: The need for automatic control of open-hearth furnaces, and
for overall process-controf mechanizat;*on ard automation of
rolling mill operations.is indicated. It i!i also nece.-3sary to pro-
ceed toward the overail proce,~, s -control automation of control of
Hast furnaces. The basic and essential prnblem3 involved in
further proces-,~control automation are posed for each of these
primary field-, of iron and steel production. The unsatisfactory
organization of the invest1gat*Aons and planning operations now
Card 112 under way ~'s noted, azi ii the need to claborate new continuous

137- 19 58- 1 -202
Prospects of Development of Automation in Blast-furnace, (cont,
technological processes susceptible to automatic overall-process
control.
M. L.
I# Open bearth furnaces-kutomatim 2o Blast furnacen-4,uto-
nAtic-n 3- R03-ling 2milIN-Lut0matien 4. Ste6l industry--:Equiy-
ment-USSA
Card 2/2

,V05X066VN1NUV, V.
137-58-5-9026
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 5, p 40 (USSR)
AUTHORS: Voskoboynikov, V.G., Goloskov, B.V.
TITLE: Desulfurization of Pig Iron With Magnesium (K voprosu ob obes-
serivanii chuguna magniyem)
PERIODICAL: Sb. tr. Mosk. vech. metallurg. in-t, 1957, Nr 2, pp 40-52
ABSTRACT: Metallic Mg (MM) has been initially employed in foundries as
a modifier which spheroidized the graphite contained in pig iron;
more recently it has been employed as a desulfurizing agent.
Attempts to utilize MM for desulfurization purposes have usually
failed: after desulfurized pig iron had been subjected to blowing
in a Bessemer converter, or after it had been reduced in an
electric furnace, the amount of S contained in the metal was
found to be greater than it had been in the original pig iron. This
was explained by the fact that, instead of removing the S, the
MM caused it to form chemical compounds in which the S could
not be determined by means of standard chemical analysis meth-
ods. The success of the Kanash plant in producing Bessemer
steel with low S content from desulfurized pig iron was the
Ca rd 1/2 reason for a special investigation ordered by the TsNIIChM.

137-58-5-9026
Desulfurization of Pig Iron With Magnesium
Addition of 0.3-0.35% Mg under laboratory conditions did not produce any
supporting results, although a high degree of desulfurization was observed
in individual experiments. Shop experiments employing radioactive tracers
have shown that the Mg treatment of pig iron will reduce its S content by 65-
70% on the average. Negative results obtained are explained by the diffi-
culties connected with the removal of the slag which consists of MgS and
forms a pulp-like mass mixed with pig iron, on the surface of the metal
after the pig iron had been desulfurized; as a result of this condition, the S
contained in the fraction of sla8 which had not been removed, re-enters the
metal during the blowing process, The Kanash plant achieves its low-sulfur
converter steel by employing effective methods of slag removal.
M. 0.
1. Iron--Desii1furization 2. Magnesium--Applications
Ca rd 2/2

VOMBOYNIKOV) V. G. (Dr. Tech. Sci.); ADARASHIYAN, A. K. (EnC.)
"Trends of Development of Autmation of Blast Furnacep Steel Meltinr and hollinE
Production and Problems of Science,"
paper rend at tho Session of the Acad. Sci. MR, on Scientific ?.roblems of Automatic
Production, 15-20 October 1956.
Avtomatika i telemekhanika, No. 2, p. 182-192, 1957.
901522~,

MANTSEVP R.M.; GUBERT, S.V.; CHARIKHOV, L.A.; VOSKOBOYNIKOV, V.G.; STOSHA,
Ye.A,
For an overall mechanization and a widesTread automation in tallur y*
Metallure 9 no.6sl-3 Je 164. (HIRA 17t9
Vu
1, Diroktor Gosudarstvaruiogo soyuzncgo insti" ta po proyaktirovanlyu
egatov atalelite ogo proka
tnogo proizvodstva dlya, chornoy mtal-
'lurgii (for Mantsevr. 2. Diroktor Gosudarstvannogo soyuznogo instituta
po proyektirovanlyu motallurgicheskikh zavodov (for Gubart). 3. Glavnyy
inzh. TSentrallnoy laboratorii avtomatiki (for Charikhov). 4. Zamestitell
direktor Instituta novoy metallurgichaskoy takizilki. TSentrallnogo nauchno-
isoledovatellsko7o instituta chernoy meta.Uurgii im. I.P. Bardina, (for
Voskoboynikov)~5.;amestitell clirektora Vaesoyuznogo nauchno-isaledovatell-
.,~,Skogo i proyekGnolconstruktorskogo instituta mtallurgicheskogo mashino-
.t,~stroyeniya (for Stoaha),

Y-OSKOBOYNIKOV, V.G., prof., doktor tekbn. nauk; MERET31N, B,N., prof.;
LrJ9-i6-DIMZKIYJ, V.A.. Inzh.; MISHIN, P.P., inzb.; RUM, Yu.O., inzh.
'!..; 7.one
Dynamics and control of coke burning processes In the tuy',rr
of a blast furnace. Stall 24 no.11:975-980 11 164.
(MTRA IP: 1)

AST.RGV(fnu),. Centrrl Research Institue of Iron
and Steel (possibly the Central Scientific
F~esee_rrch Institute of Ferrous
IF0051101Y YC- 7. ASIMOV who vas Feand, Central
Laboratory - 1-Z!tPlIoLraphic Laboratory, Gorkiy
Metallurgical Plrnt, in 19W5) - "Continous
crustin.g. - present and future pro3pects"
MIMLALENICH, Goorgly, ECE Steel and tnCineerlng
~.Secii~on- .1k
and modern stoelm,, InC."
Based n,.Mnly on information developed for the
EC2 study, "Comparison of steel-making pro-
cesses," vhich will be distributed at the
opening meeting.
RUDX.O:~ A K., Chief Engineer, Steel Plant imen'
Dzerzbinskiy - '"Sintering practice on a
large -s cal a
WSY0BOY1111MV, V. G., Central Research Institute
~6.1=on ah~ttee~l(possibly the Centrall Scientific
Research Institute of Ferrous Metallurgy) -
"Developments at the blast furnace - top pressure,
sinter practice, hydro-carbon injection, oxygen"
roport to pro.-ont.--d at tha Intar-m-g--loral Sympoz;j ni or. Iron and Stool in
AU
"~'Vionz ~'commic and Socia"

GOLIDSHTEYN, Nison Llvovich;-3Q prof,,, doktor tekhn.
nauR. rotsonzent; ITEXRASOV.. N.K.p doto.pfkand. tekhn. nauk., re-
tsenzent; VATOLIN, II.I., kand. teklm. tauk, retsenzentl
LEPINSKIKH, B.M.j, retsenzent; POPEV, S.I., prof. doktor takhn.
nauk,, red,; BURIKOV, M.M., red. izd-val TURKINA, Ye.D.p tekhn.
red.
(Short course on the theory of metallurgical processes] Kratkii
kurs teorii metallurgicheakikh protsessov, SvDrdlovak, Goo@
nauchno-tekhn.izd-vo Ut-x7 po chernoi i tsvetnoi metanurgii,
1961. 334 P. (MIRA 15:2)
(metanurgy)

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SOV/137-58-9-18533
Translation from: Referativnyyzhurnal, Metallurgiya, 1958, Nr9, p50(USSR)
AUTHOR: Voskoboynikov? V. G.
T IT LE: _..W4~e~ctoi Sulfur Contained in Coke on the Coke Consumption
in Open-hearth Smelting (Vliyaniye soderzhaniya sery v kokse
na raskhod koksa pri domennoy plavke)
PERIODICAL: V sb.: Issled. domennogo protsessa. Moscow, AN SSSR,
19570 pp 138-147
ABSTRACT: Experimental data provided by the author can be used to solve
problems dealing with the distribution of S between cast iron,
slag, and gases and, in particular, to determine the alkalinity
of slag required to obtain a desired composition of cast iron.
The compUtations are based on the equation Lt = (zSres/f S) Wn
where Lt is the constant of distribution of S between the slag and
s
the cast iron at the temperature t of the slag at the time oi its
dischar'e; ES the quantity of S remaining in the furnace
9 res
expressed in percent with reference to the weight of cast iron;
n the relative amount of slag; [S] the sulfur content in the cast
iron expressed in percent. If the values of ZS and n are
tres .
Card 1/2 known, it is possible to compute the value of LsNand, subsequently,

SOV/137-58-9-18533
The Effect of Sulfur Contained in Coke (cont. )
.the coefficient of distribution of S at a temperature of 14500C with the aid of
the expression L1450=Lt/ , where is the temperature coefficient,
which is compute9with tAe aid of empirical formulae in accordance with the
temperature of the slag at the time of its discharge; in turn the temperature
of the slag ma~ be calculated from the S content of the cast iron. Once the
value of L145 is computed, the alkalinity of the slag (RO:SiO,) -required
s
for the achievement of necessary conditions for desulfurization may be com-
puted with the aid of a graph derived by the author. The computational
results indicate that the additional consumption of coke due to its increased
S content, increases with an increasing richness of the char e. At a yield
0-2. 1 o/o S. an 0. o increase in
of slag, n=O. 75, with -a coke containing I' 11
the S content of the coke corresponds to a 1.40/o increase in coke consump-
tion. At a greater content of S in the coke, the consumption of the latter
increases and, at 2. 50/0, reaches a value of 2. 10/6 per 0 I$o S contained in
the coke. At a yield of slag n:--O. 5 and a sulfurous coke i2. 50/o S), a 0. 10/6
variation in S content produces a 50/o change in the consumption of coke.
1. Open hearth furnaces--Operation .2. Coke--Consumption K.
3. Sulfur--Performance
Card 2/Z

VOSKOBOMIKOVP V.I.
History of the origin of geographical names in Kamchatka. Izy.
Veen. geog. ob-va 94 no.1:53-61 Ja-1? 162o WRA 1513)
(Kamchatka-Names, Geographical)

VOSEDBOYNIMV, VLI.,, inzh.
Rose-type gas and heat protection apparatus, Bezop. truds v prom,
2 no.8:28-30 Ag 158. 1 (MIRA 1217)
l.TBantralluaya nauchno-iosladovateliskaya laboratorlya voyaniziro-
vannykh gornospasatellnykh chastey,
(Safety appliances)

1,8(5) SOV/112-59-3-5573
Translation from: Referativnyy zhurnal, Elektrotekhnika, 1959, Nr 3, p 186 (USSR)
AUTHOR:
TITLE: Investigation of Ventilating Conditions in Mines During Underground Fires
by Means of an Electric Simulator (Issledovaniye ventilyatsionnykh rezhimov
shakht pri podzen-mykh pozharakh s pomoshchlyu elektricheskoy modeli)
PERIODICAL: Ugol' Ukrainy, 1958, Nr 1, pp 19-24
ABSTRACT: Using electric simulators parmits adequately controlling mine
ventilation, necessary for conducting rescue operations, during fires.
Investigation of air redistribution in the ventilating system, depending on the
point of fire, mining conditions, and rescue operations, can be conducted on
an AEMVS electric simulator of ventilation systems built by Dnepropetrovskiy
zavod selenovykh vypryamiteley (Dnepropetrovsk Plant of Selenium Rectifiers).
The simulator is based on an analogy between air distribution in a ventilation
system and current distributio-n in an electric network of the same
Card 1/2

SOV,/112-59-3-5573
Investigation of Ventilating Conditions in Mines During Underground Fires by .
configuration. The electric network resistors are selected with an allowance
for the fact that the air flow through mine tunnels obeys the quadratic law.
The coefficients for equations describing air distribution in the ventilation
system are taken from data of the latest mine depression survey. The basic
circuit diagram of the AEMVS simulator and its power-supply data are
presented. A case of simulating the thermal depression of a fire and of
various ventilation measures is examined. Five illustrations. '
Ye.G.S.
Card 2/2

1
VOSKOBOYNIKOV, V.I., starshly nauhhnyy sotrudnik
Use of electric modeling to establish favorable ventilation
conditions in mines during underground fire extinction. Ugoll
Ukr. 4 no.7:16-20 J1 160. (MIRA 13:8)
1. TS~ntrallnaya nauchno-is aledava tell skaya laboratoriya
Voyonizirovannykh goraospasatelluykh chaetay.
(Mine fires)
(Mine ventilattoa--Zleetromachanical analogies)

VOSKOBOYNIKOV, V.I., starahiynauchnyy sotrudnik
Study of the parameters of a ventilating current passing through
the focus of an underground fire. Trudy Sem.po gor.teplotekh.
no.4:42-48 162. (MIRA 15:8)
1. TSentraltnaya nauchno-isaledovatelickaya laboratoriya po
gornospaBatellnomu dolu,
(Mine fires) (Mine ventilation)

VOSKOBOYNIKOV, Vladimir Ivanov-1ch
Acaderic dep
.Tee of Doctor of Mledical Sciences, based on h1s defense
17 March 1955, in theCouncil of the Ode~~sa State Medical ln,~t ineni
Pirogov, oil his dissertation entitled: "The Significance In Legal
14edicine of Prelindnary Blood Tests."
Academic degree Doctor of Sciences
SO: Decisions of VAK, List no. 27, 24 Dee 55, Byulletent '110 SSISR,
Uncl. JPP3/MY 548

~OSKOBOYMKGVt V.K.
~r~reot o~rultrasonico on the peripheral nerve h%rs and nerve
en~Iings. Biu:. eksp. biol i meds 50 no,12s%~-102 D 1601,
(MIRA 101)
.1. 1z'kafedry gistologii (nauchnyy rukovoditeie - Mf, N.P.
Zayisev) i kafedry fiziki (zav. rof. Ye.M. kubl
p skii) 4n
slavokogo meditsinskogo institu~a,(dir. - dotse'nt G.A.Babenko).,
Predstavlena doystvitellnym chlelibim AMN SSSR V.V, Parinym.
(NMES 9 PERIPIMM)
(ULTRASONIC W~VIW~PHYSIOLOGICAL E"ECT)

1-1-9 Professor# doktor; SHAIDUGA, N-Tao, assistent;.VOSKOBOTMIXOV,
Now method of rumenotoaV. SboretrudolOwleyst.inst. 21:425-411 152.
(HLRL 9:12)
1. Ilafedra operativnoy khtrurgii Kharkovskogo vaterinamogo inati-
tutao
(Yeterinary surgery) (Stomach-4agery)

GUBAREVICH)"(A. G.; VOSKOBOYNIKOV, V. M.
"Experimental and clinical data on pituitrine and calcium cILI-oride effe,:'. cn
cow uterus."
report submitted to 5th Intl Cong, Animal Reproduction & Artificial Insemination)
Trent, Italy, 6-13 Sep 64.

v6sx6nm.tKOV, V. M. Assistwnt Professor, Vitebsk Veterinary Institute.
d Pathogenetic therapy with antiblotica for mautitin control in cown, i) Yeter1rviriya, Vol.
37, No. 12., P- 51, 196o.

USS.R/Discasee of Fam Animals - General Probleze. R
Abs Jour: Ref Zhur-13iol.p No 15, 1958, 69469.
Author Shalduga, N. Ya-JVoskdboynikcYv, V.M.; Korrpantsev, V.A.
Tnat
Title 'Intm-Ossecrus and Intravenoud Alcohol-Chloral 1~ydrate
Induced Narcosis in Swine.
Orig Pub: Veterinariya, 1957, No 7, 63-64.
Abstract: Chloral hydrate in a doze of 0.1 g. was dissolved in
33% alcohol. In intra-osseous narcosis, the solu-
tion was injected either into the red bone narrow
substance of the second segment of the sternum
or into the upper opiphysis of the hunerus. In
intravenous narcosis, the solution was injected
into the groat ear vein. Narcosis was setting in
Card 1/2

V03KOBOY111KOV, U.I., dot~;onL
--------------- -
Enucleaticn cf the corpus luteum stimalatea the function.
Veteriratlia 41 no.2:P2-84 F 165- WIF;, 18:3)
1. Vitebskiy veterinarnyy institut.
xma,
t MENEM

GUBAREVICH, ya prof.; -V-OSKOBOYNIKGV,.V..~. , dotsent; KOCHETOV, M.V.,
kand. veterin. nauk -- --. -1 -'-. --
Detecting subclinical forms of mastitis in cows. Veterinarija 41
no.9t85-86 S 164. (MRA 1814)
1. Vitabskly veterinarnyy inatitut.

V_OSKOBOYIIIKOV. VOM., dotsent
Combined treatment for the retention of vlacenta in ows. Veterirarl'a
4.1 no*3s69-70 Mr 164- (MIPA 18i1)
1, Vitabskiy veterinarnyy institut.

VOSKOBOYNIKOV,.V.M., dotsent
Using the cesarean section. Vaterinarila 40 no.10t39-40 0163.
1. Vitabsidy veterinarnyy institut. (MIRA 170)

MAUIMOV. V.L.dots.; VOSKOBOYNIKOV. V.M.,dots.: KOVSHIKOVA, L.P.,assistont
Conduction anestheela in diagnosing Infectious balanitis In
bulls* Vetorinariia 36 no.1:64-66 Ja 159. (HIRL 12:1)
1, Vitebskly veterinarnyy institixt.
(Vaginitio in cattle) (Novocaine)

Sff/LL,Ak~A, 'V~;Sf:0?PjYNIKOV, Y.V.; kC*P'.':'2--;nV. V.A.
lntrn-osoa-~-~z ani intravennun alco'nnl-clilo7al !n sv;r,~,
Veterirs-litt "t no-7,.63-64 j1 15'. pl~-:8j
l."harlkovskiy vaterinarnyy inst'tut.
(;,netthesla in vaterinary ~urrarj)
(Caloral) (Alcohol-TheraTcatic use)

VOSKOBOYNIXOV, V.H..p assistant.
lumbar epidural anestheoia in cattle, Sbor. trud. M=r'. Tat. LnBt.
22:399-407 054.
(KLRA 9:12)
L rafedra operativnoy khirurgii i topograficheakoy anatomii Kharl-
kovskogo votarinarnogo instituta.
(Anesthesia) (Veterinary zurgery)

VOSKOBOYNIKOV, V. H., (Assistant Vrofessor, Vitebsk Veter!irmr7 institute)
Intravenous injection of novocain-penicillim solution in mastitis
Ve'erinariya Vol. 38, no. 10, October 1961 pp 59

VOSKOBOYNIKOV, V.M., dotsent
Pathogenic therapy ccmLined with antibiotics in treating mastitis
in cows. Veterinariia 37 no.1201-53 D 160. (MIRA 15W
1. Vitebskiy veterinarnyy institut.
(Udder--Diseases) (Cowo--Diseases and pests)

VO5XOBDYNIXOVf-.V.Mi, doteent
Intravenous injection of a novocaine-penicillin solution against
mastitis, Yeterinariia, 38 no,1009-60 0 14. (MMA U12)
1. Vitebaki3r vaterimmyy institut.
(Novocaine) (Penicillin) Odder-Diseaoe-0

~ -) yAll Ni)()
VCJ~2 /~ 0 17 ( ~. Vk/.
VOSKOBOUIROV. V.1i., inzhoner.
'dater level indicAtors. Bezoo.truda Y prom. 1 no.9:36 S '57.
(HLRA 10:9)
(Liquid level indiesitors)

WS
SUBJECT: USSR/Technical Schools 27-4-7/19
AUTHORs -Vookoboyalko-vt re I., Director of Technical Sebool Nr. 19
QN-ov-o-olbi rsRT_
TITLEs News about Teaching (Novoye v uchabnom protsesse)
PERIODICAL: Professionallno - Tekhnicheskoye Obrazovaniye, April 19579
4 (143), pp 16-18 (USSR)
ABSTRACTs The article oxplains the theoretical and practical instruct-
ional methods used by the school with emphasis on industrial
training. The author emphasizes that the foremen pay too
little attention to the quality of the work done by the
students, for which different reasons are quoted. However,
corrective measures are being undertaken.
There is one photo.
ASSOCIATIONt
PRESEXTED BYs
SUBMITTEDs
AVAILABLEI At the Library of Congress
Card 1/1

VOSKOBOYNIKOV, Ye.
Now elements in the educational process. Prof.-takh. obr. 14 no.4:
16-18 Ap 157. (XLRA 10:4)
1. Direktor teihnicheekogo uchillahcha no.19, Novosibirsk,
(Novosibirsk--Technical education)

A.A.- VOSKOBOTNIK DUBIIIXO, T.P.; ILTMIS, V.I.;
il~, F.L.; BUIIGMX, H.I.; UrABEMIT, L.K.; KARGOLIN,
D.I.; %=IRA, KOT.9 kand.ekon.nauk; BUGARETICH, T.S.:
'EMWNA, V.A.; XALIHOTSM, K.D.; KKWCSMMICH, O.A.;
TTABUT. H.A., red.; LIZARCHIK, K., red.; KALSOHITS, G.,
tekhn.red.
[Reference book on the establishment of work norms on collective
farms] Spravochnik po normirovaniiu truda v kolkhozakh. Hinok#
Gos.izd-vo BSSR, Red.sallkhoz.lit-ry, 1960, 151 p,
(min 14:3)
1. Akademlys ael'skokhozyayotvennykh nauk ESSR. Inatitut ekono-
miki. 2. Institut ekonomiki i organizatoil sellskokhotyayetvennogo
proizvodstva Akademii seltakokhozyaystvennykh n'auk BSSR (for
Vookoboynikov, Dubinko, Ilyushin, Trublevskaya, Danchuk. Bugarevich,
Kuptsova, Kalinovskiy)- 3- Starehiy inspektor Upravleniya po
orgkolkhoznym delam Hinisterstva sellskogo khozyaystva BSSR (for
Meleshkevich).
(Agriculture--]Production standards)

IOMER, ILI.; VCGKCBOYITIKOV, Yu.L. 1 -
Results of a competition for a better proposal to reduce the cost
of designing and building tank farns. Transp. i khran. nefti i neft-
prod. no.6:33-34 t64. OaHA 17: 9)
1. Glavneftoonabsbyt UkrSSR.

VOSKOR)YNIKOV, Yu. n~.
Vulcanization of Conveyor beelts, Nt' i put.khoz. 9 no.4.109 16.5.
(MIRA 19:5)
1. Glavnyy lnzh. Kamyanitskogo shchobanochnogo zavodap stantalya
KairLyanitsy, I,Ivovskoy dorogi,

RAYTSES, V.B.; SHILKOVA, T.S.; VOSKOBOYNIKOVAL-NA,~'t,
Reviewed of A.A.IUrgenson's book "Nitriding in the power machinery
industry.* Metalloved. i term. obr. wt. no.9s62-63 S 163.
(KRA 16slO)

S/276/63/000/002/018/052
A052/A126
kUTHORS: Lyakhovich, L.S. , and Voakobop~ku-&"-Rv*-.
T IT Tvj: Effect of iaothcrmic hardening on the propertiee A 40X(40W
oteol with boron
PERIODTCALt Referativny zhurnal, Tekhnologiya manhinostroyoniya., no. 2,
1 3y -F In c-ollection:"Novoye v meta.-oved.
6 a b S t rF.c t21)
I ter""'nol. torm. oDrabotr. stali". Chf~lyabinak, 1~b2,21'-21)
"X. -)ut )v ' onipro-typa iz,rict
X X -4
re U, Llc :,.jL,rl 'l- L-16 M i S I r. az, "-1,)t
The temperature of heating for hardening was (16o 10LIC, the holding for
the samples was 5 min and for the blanks 14-Omm in di!imeter, 18 min. laother-
mic hardening was carried out in an alkali bath (100% NaO10 with a mochan-
ical 3tirring at 550, 350, 400, 450 end 4500C for impact 9amplea and at
33,-;0C for trie oLanks +-.):nm In 7ne nolding in the nardeni.ng medium
for impact qnmpleE3 was 2-,-; a-nj 5, T, i, -ind for tne biankq 4uiam In iia-
Card 1/2
fid

--`-Effectof 1861he-imic hardening-.-.. A05-2/-AI26
motor, 20 min. ?he cooling eXter inothermic hardening was made in water.
The toughness and hardness of t1le ateela at different holdings and cooling
temperatures was determined. The fracture of the steels ELfter igothermic
hardening and their microstructure were analyzed. There are 3 figures and
5 referances.
I. Kialyakove,
(Abstracter'S nota. ~omple.q tr&nslation.)
Card 212

VOSKOBOYNIKOVA, S. B.- Cand Mod i -- (diss) 'Intravenous and iixtra-osseous
(.4u, r -- to
anesthesia of children 1-4. A, 4U re arations arbiturio noi 0 Khar1kov, 1967
12 PP 20 0m. (Kharikov'ObjLastnq Clinical Hospital. Kharlkov -Med Inst), 200 copies.
(KL,p 15-57v 107)

SOLOVITET, V.; VOSKOBOTHIKOVA, S.
......
Raise the standard of economic work. Fin.SSSR 19 no.8:65-68 Ag 158,
(MIRL 11:9)
1. Zaveduyuobchiy Kirovskim rayfinotdolom Moekvy (for Solovfyev).
2. Starshiy ekonomist Kirovskogo rayfinotdola Moskvy (for Tookoboynikova).
(Moscow--Finance)

VOSKO'BOTN S-B, kand.-med. nauk (Zharlkov, ul. Artem, d. 23, kv. 18)
Two cases of traumatic diaphragmatic hernia. Nov. khir. arkh. no.2:
111-112 Mr-Ap 159, (KM 12:7)
1. rafedra detskoy khtrurgil, (zav. - prof. A,V, Gabay) na baze Kharl-
kovskoy oblastnoy klinicheskoy bollnitey.
(DIAPHRAGM--HMIA)