SCIENTIFIC ABSTRACT VOLOSHINA, A.M. - VOLOSHINSKIY, A.N.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001860710019-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 9, 2001
• Sequence Number: 19
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

VOLOSHINA. A.M.
Presence of upper Cretaceous deposits in borehole profiles is the
Carpathian piedmout fault. Geol.sber.[LyovJ no-2/3:323-324 156
(MLRA 10:3)
1. Institut geologii polezuykh iskopaysmykh 11 USSR, LIvoy.
(Carpathian Hountaix r-ogIom--4G*oIoj7, Stratigraphic)

VOLOSHINAP A. M.
IfForaminifera of the Upper Cretaceous of the Volyno-Podol Slab and
Their Significance in Stratigraphy." Cand Geol-Min Sci, L'vov U, L'vov,
1954. (RZhGeol, Dec 54)
Survey of Scientific and Technical Dissertations Defended at USSR
Higher Educational Institutions (12)
SO: Sum. No. 556 24 Jun 55

VOLOSHINA, A.?.
Some characteristics of the microclimate in the aiddle Angara
Valley. Vont. Monk. un. Ser. biol., povhv., gool., geog. 13
no. 1:221-230 158. 0IIU 11:7)
1. Moskovskiy goaudarntvennyy univornitet, Kafedra klimatoloeii.
(Angara Valley--Climatc)

ZL61BIMMINTS, Lyudmila Veniaminovna; moomiA, D.A., red. (decenfied];
SWRA, H.Tn., red.; VZIIFTifk6tA, bibliorraf.red.;
KRYUGHKOVSKIT, S.A., bibliograf.red.
[Bibliograph.v of Soviet tachnicul bibliography, 1917-19591
Biblio(-,rafiin sovatakoi takhnichaskoi bibliografii 1917-1959.
Pod red. D.A.VoloshInn i MA.Zmeevoi. Loningrad, H-vo
kulltury RSFSH. Gos.publiehunin biblioteka Im. H.E.Giltykova-
Shchadrina, 1939. 505 p. (9UU 13:1)
(Bibliogrnphy-Tochnology)

UM/Nealcine Vis*"em., Thternal Peb 49
Orgum
Ybdiolue Chcalnestemse
ftbolizesterame in the Blood of Repatolpathe,*
PVW D. S. Shkl7ar.. Dir,, Cbalr of Propaedeutics
of laternal Xseases, 1. Ya. Voloollins., Chair of
Bawl Pbrsicd., Viz~ftitsa Ned last., 5 PP
OXLJA )WIR Vol XXV14"No 2
A mulotantial decrease of obolinesteruse In the
'blood. Is observed In- cases with hepatosis. Moter-
u1mt1m ar abollnesterane In the 'blood my be
,use& aIv anothod fcw functimal study of the, 21yer.
'ftelluesterave omtent returns to nermal faster.,
58/49T0
=W/MedicIni.- Dino"" internal Fab 49
Org" (Ccutd)
mith an lzmrcvsmmt In the hepatic conditicup-t1um
..do oUsr bepatio functional Indexes.

2909 25929 S/126/61/012/001/014/020
LWk E193/E480
AUTHORS: Voloshina, L.A. and*Rozenberg, Y.M.
---------------
TITLEs Investigation into the creep of aluminium bi-crystals
PERIODICALt Fizika metallov i metallovedortiye, 1961, Vol,12, No,1,
pp.118-124
TEM The generally accepted view that the relative movement of
ckystals plays an important part in deformation during creep is
based partly on the fact that grains stand up in relief on a
preliminarily polished surface of a specimen tested in creep.
However, it can be postulated that this effect is caused'not by
crystal boundary sliding but by the fact that the adjacent crystals
are deformed in a different manner. The most convenient way of
6hecking this theory is to conduct creep tests- on specimens on which
the behaviour of any given grain boundhry oan be-easily studied,
bi-crystal specimens being most suitable for this purpose-. The
effect of temperature, applied'stress and degree of misorientation
between grains on the rate of creep and degree of deformation of
bi-cryxtals has been studied'by several workers. The object of the
present Investigation was to measure the elongation of various parts
Card 1/7

t5922 S/126/61/012/001/014/020
Investigation into the-.creep E193/9480
of an aluminium bi-crystal test piece with a particular reference
to the grain-boundaz,, regions and to study the microstructure of
these regions. The bi-crystal specimens were prepared from
ABOOO ;AVOOO) grade aluminium by the usual method of annealing the
lightly deformed metal. The creep test pieces (with the parallel
portion measuring 25 x 5 x 3 mm) were cut from the-blanks in such a
way that the bi-crystal boundary was inclined at 45' to the test
piece axis. The test pieces were annealed at 600*C and
electrolytically polished, after which a set of thin scratches was
inscribed with an aluminium alloy scriber on the polished surface.
All creep tests were carried out at 300*C under an initial stress
of 0.2 kg/mm2. Each test was periodically interrupted and,
after cooling the test piece to room temperature, the total
elongation of the gauge length, the elongation of each crystal and
the displacement of the scratches intersecting the grain-boundary
were measured. Metallographic and X-ray diffraction analyses of
the specimens were also carried out. Typical results are
reproduced in Fig-I, where the relative elongation M is plotted
against time (hours), this graph was constructed for a test piece
whose atereographic projection is illustrated'in Fig.2, where
Card 2/7

25929 S/126/61/012/001/014/020
Investigation into the crroep ... E193/E480
continuous and broken lines relate to the first and second
crystals rosp*ctivelyl the plane of projection corresponds to the
specimen surface$ the point in the centre of the projection
representing normal to the specimen surfacel the arrow indicates
the direction of applied stress. The gauge length of the specimen
was divided into 3 parts in the way'shown in the insert in Fig.l.
Curve I in Fig.1 relates to the entire gauge length (i.e. to the
part of the test piece bounded by points I to 6) while curves 2, 31
4, 5 and 6 relate to parts bounded by points 1-2, 2-3, 3-4, 4-5 and
5-6 respectively. It will be seen that the rate of creep varied'
considerably from one part of the test piece to another. It is
particularly significant that the rate of creep of the part
containing the grain-boundary, i.e. the part bounded by points 3-
4 (curve 4), was slower than that of the adjacent parts, bounded by
points 2-3 and 4-5 (curves 3 and'5 respectively). Owing to the
difference in the orientation, the rate of creep of any part
belonging to the crystal bounded by points 1-3 was slower than the
rate of creep of any part of the crystal bounded-by points 4-6.
The results of other measurements are beat summarized by referring
to Fig.3. which shows diagrannnatlcally the bi-crystal (a) before
Card 3,," 7

S/126/61/012/001/014/020
Investigation into the c eP E193/E480
and (b) after deformation; the symbol 9 in Fig.39 denotes the
grain-boundary displacement and X ..I Cos a is the component of
t resolved in the direction of applied stress. It will be seen
from Fig.4, where x(p) is plotted against the strain 6C3-4W
of the part of the test piece bounded'by points 3-4, that x Is
by one order of magnitude smaller than AC3-4 and that there is a
definite (linear) relationship between these two parameters. By
the process of elimination of the possible explanations of these
facts, the present authors showed that the observed displacement of
the grains is a result of the deformation of the grains in the grain-
boundary region and not vice versa. This conclusion was supported
by the results of the next series of measurements, whose results
are reproduced in Fig.6, where the vertical component of t ,
that in the height p of the step formed by the grain-boundary
displacement, in plotted against time (hours-), blocks 1- 7 showing
the magnitude of this component at various points along the grain-
boundary, as marked on the Insert in Fig.6. It will be seen that
not only the height of the.step varies along the grain-boundary
but that there is a point at which the grain-boundary displacement
throughout the duration of the creep test remains smaller than at
Card 4/7

259" S/126/61/012/OP1/614/020
Investigation int6 the creep E193/E480
any other.point; in addition, the height of the stop at certain
points of the grain-boundary decreases with time (see point 3 after-'
14 hours, point 5 aftew 40 hours, etc). These results,
correlated with the results of metallographic and X-ray analysis,
show conclusively that the formation of steps'at'the grain-boundary
during creep is not caused'by.grain-boundary sliding (relative
movement of the adjacent grains) but is mainly a result of the
difference in the degree of deformation of the crystals in the
regions adjacent to the grain-boundary. Acknowledgments are'ma'do
to the student I.B.Finkellshteyn who participated in this work.
There are 8 figures,. I table and 8 references: 3 Sovket and
5 non-Soviet. The four most recent references to English language
publications read a's follows: McLean Do, Farmer M.H. J.Inst.
Metals, 1956, October; Tung S.K., Maddin R. J.Metals, 1957; 99'
No,7, See,, 21 9051 Rhinos F,N,, Borud W.E., Kissel M.A#'
Trans'. ASM, 1956, 48, 919; Intrater J., Machlin E.S. J.Inst.
M;tals, 196o, 88, No-7, 305.
ASSOCIATION: Institut metallovedeniya i fiziki metallov TsNIICh~i
(Institute of Metal Science and Physics of Metals
SUBMITTEDi September 9, 1960 TsNIIChM)
Card 5/7

14 13
I o -In, oo
2061 S/126/61/012/002/011/019
E021/E48o
AUTHORS: Voloshina, L.A., Rozenberg, Y.M. and Finkellshteyn, I.B.
TITLE: Th-e-connecti-on between boundary migration and'
deformation in the boundary zones during the creep of
metalB
PERIODICAL: Fizika metallov i metallovedeniye, 1961, Vol.12, No.2,
pp.265-268
TEXT: Experiments were carried out on bicrystals of aluminium.
The boundary between the crystals was at 450 to the strain axis
of the sample. A stress of 200 g/mm2 and a temperature of 3000C
were used. Lines intersecting the grain boundary were drawn on-
the electropolished surface before test. During the creep test,
the relative displacement of the lines (in the plane of
observation) was measured by an interference microscope. Fig.2
shows (in microns) the relative displacement of the grains (circles)
and the migration of the boundary (triangles) against time (in hours).
Fig-3 shows a microphotograph of the bicrystal taken on the
interference microscope (x280) and Fig.4 the profile of the same
sample at the grain boundbry. The data show that deformation in
Card 1/4

S/126/61/012/002/011/019
The connection between 9WIdary E021/E48o
the boundary regions is not stopped when migration of the
boundary occurs. Thus, the alternate relative displacement of
grains and migration of boundary, as proposed in Ref.1 (Chang H.C.,
Grant N.J. J.Metals, 1952, No.6, 61g) to explain the cyclic
character of the deformation process in the boundary regions,
is impossible. It is proposed that the cyclic nature of the
process is caused by alternate hardening and softening, the
softening in this case being connected with boundary migration.
There are 4 figures and 11 referencest 5 Soviet and 6 non-Soviet.
The four most recent references to English language publications
read as follows:
Chang H.C., Grant N.J. J.Metals, 1952, No.6, 619;
Rhines F.N., Bound W.E., Kissel M.A., Trans. ASM, 1956, 48, 919;
Tung S.K., Maddin R. J.Metals, 1957, 9, N7, sec.2, 905;
McLean D. Rev. met., 1956, 53, 139.
ASSOCIATION: Institut metallovedeniya i fiziki metallov TsNIIChM
(Institute of Science of Metals and Physics of
Metals TsNIIChM)
SUBMITTEDs December 19, 1960
Card 2/4

VOIDSHINA, L. F., TSYGANKOVA, T. M., KALIFA, J3. F. (Prof.) and DUBOVOY, E. D. (Prof.)
"The Application of Radiophosphorus in the Treatment of Certain Diseases of the
Eye". a report presented at the Scientific Conference Devoted to the
Application of "adioactive Substances in Medicine., Odessa Medical Institute,
December 1954, Arkhiv., Patol.,, NQ 2.. 1956

DUBOVA, O.A.; VOLOSHINOVA, L.M.
Rapid determination of the moisture in ceramic batches with
the EM-1 hygrometer, Stek.i ker. 18 no.8:40 Ag 161. (KIRA 144)
(Ceramics-Moisture)

t
Sows mecbaaiW properifes R rubberlsed
bdtL I- 1~ VOLOSHINA. N41. M49k, 1064, 34. No.
"~'V.Aqr. Afm. U.9 Ru". Am.
1955, 7. 1175. TvmA were carried out to detormim
the willat;on characteristics, strength, and Oise-
delty of rubbarimed trammWinn beitf. There are
4 U.S.S.R. re(erenceL
Sts cloo abdraus 1039 and 1098.
42~"

FLORINSKIY, F.V., prof;; VOLOSHI dots*; LYAKHOVITSKIY, S.I., kand.
tekhn.nauk; -0111ROCHENKOP Ye.V., dots. (deceased); ARCHAKOVA, L.A.,
inzho; GVAY, T.B.,, inzho; HURZINA, Z.I,y inzh.
Results of rqsearch on acreen vibrating in the horizonjal horizontal
planee JzvavyB*ucheb9zav*; gor,zhur, noo2:167-170 160.
(MRA 14:5)
1. Dnepropetrovokiy gornyy institut.
(Screens (laning))

VOLOSHINA, L.P., kandidat tekhnicheskikh nauk.
Some mechanical properties of rubberized belts. Vest.mash. 34 no.11:
28-29 N '54. MAL 7:11)
(Belts and belting)

USSA/Engineering Rubberized belts
Card 1/1 Pub.' 128, 6/32
Authors, 3 Voloshina, L. P.-
Title About certain mechanical characteristics of rubberized belts
Periodical i Vast. mash. 3-1, 2S-29., Nov 1954
Abstract Tests were conducted to determine the oscillation characteristics, strength
'and elasticity of rubberized drive-belts. Four USSR references (1932-1948).
Drawing; diagram; graph.
institution
Submitted

TOLOSHI1TA,-N..A,..[Voloshyna, 14-S-1
Some properties of one class of strongl7 elliptical systems
of partial differential equations with variable coefficients.
Dop.AN URSR. no.10:1033-1037 158- (MIR& 12:1)
1. Livoynkly gosudaretyennyv univeraltst ime Iv.PrarJm,
Pi-edstavil akademik AN USR B.V-Gnedenko (BoY.Hniedanko).
(Differential equations. Partial)

A UTHOR: Voloshina, M.S. SOV-21-58-9-1/26
TITLE: On Some Properties of One Class of Strongly Elliptical Sy-
stems (0 nekotorykh Avoystvakh odnogo klassa sillno ellip-
ticheskikh,.sistem)
PERIODICALt Dopovidi Akademii nauk Ukrainslkoi RSR, 1958, Nr 9,
PP 913 - 917 (USSR)
ABSTRACT: The author considers a self-oonjugated system of Euler equa-
tions which corresponds to the basic variational problem for
the positive definite functional (in the matrix manner of
presentation)
f (n) - - I ~ 11'W A,, ' u ('k) dK) - -
I D K)121 ~ X" axi ~
where D is a certain n-dimenaional region of real space;
Ak1 . Alk are constant real square matrices of p-order;
Ak, = A'kl (transposed matrix); X-.. (xit..'sn) is a point
Card 1/3 of n-dimensional real space.

SOV-21-58-9-1/28
On Some Properties of One Class of Strongly Elliptical Systems
The system n
A (1) u (k) = E AKI GI'U N 0
Al I 3-Yj'VXj
is strongly ellipticAl in the meaning attached to this word
b M.I. Vishik fRef.47. According to Ya.B. Lopatinskiy
fef.i~ the fundamental matrix of this system with singul-
2
arity at point x y looks as follows:-,
(RL3)! ('h -2) ~ A (AY+r) ~_ap,
(-2jr!)" fi(,,t .~~r (.Y-~; P V f Z)
aiv?=j
where 2: and V are real n-dimensional unit vectors;
_k Ir Nn 0: dr s is the element of the surface
of the unit sphere(r,t ) = 1; ( .... )dP means integration
over a simple positive-oriented closed contour which includes
all A-roots of det A(~V+V) - 0 equation with positive ima-
ginary part. The author proves a theorem which establishes
the connection between the fundamental natrix and the nucle-
Card 2/3 us of the potential type integral fourd by Ya.B. Lopatinskiy

SOV-21-58-9-1/29
On Some Properties of One Class of Strongly Elliptical Systems
f5ief.f for a general class of elliptical systems. This
connection makes it possible to apply the Neumann-Vellog
method of solving the Dirichlet problem in the case of the
systems under consideration. There are 6 references, 5 of
which are Soviet and 1 unidentified.
ASSOCIATIONt L'vovskiy gosudarstvennyy universitet imeni I. Franke
(L'vov State University imeni It Franko)
PRESENTED: By Member of the AS UkrSSR, B.V. Gnedenko
SUBMITTED: March 22, 1958
NOTE: Russian title and Russian names of individuals and institu-
tions appearing in this article have been used in the trans-
literation.
1. Topology 2. Matrix algebra--Applications
Card 3/3

A UTHOR: Voloshina, M.S.
SOV/21-58-10-1/27
TITLEt On Some Properties of One Class of Strongly Elliptical Sy-
stems of partial Differential Equations with Variable Coef-
ficients (0 nekotorykh evoystvalch odnogo klassa.sillno ellip-
ticheskikh sistem differentsiallnykh uravneniy a peremennymi
koeffitsiyentami)
PERIODICAL: Dopovidi Akademii nauk Ukrains1koi RSR, 1958, Nr 10,
PP 1033-1037 (USSR)
ABSTRACTt A ~;heorem derived by the author in the previous paper
f-Ref.7_7 on the connection between the fundamental matrix
and the nucleus of the potential-type integral is applied
to the case of the following system:
A
which is a
ponding to
definite f,anctional
Card 1/2
self adjoint system of Euler's equations corres-
the basic variational problem for the positive-
of the form:

SOV/21-58-10-1/27
On Some Properties of One Class of Strongly Elliptical Systems of Partial
Differential Equations With Variable Coefficients
where. - const, and A is a square matrix of the p-order.
The system of equations is strongly elliptical in a sense
attached to this word by M.I. Viahik. Imposing some restric-
tions on the coefficients of this system, the author employs
Neumann - Kellog's method of solving the Dirichlet problem
in the case of the system und or consideration. This invest-
igation was carried out under the guidance of Professor
Ya.B. Lopatinskiy. There are 7 Soviet referencesq
ASSOCIATION; Llvovskiy goaudarstvennyy univeraitet im. Iv. Franka
(L'vov State University imeni Iv. Franko)
PRESENTEDt By Member of the AS UkrSSR, B.V. Gnedenko
SUBMITTED: April 14, 1958
NOTE: Russian title and Russian names of individuals and institu-
tions appearing in this article have been used in the
transliteration.
1. Partial differential equations--Theory
Card 2/2

VOIMHINAY N.M., inzh.; BONDARIP V.I., inzh.
Yonakiyevo metallurgical plant. Metallurg 8 no.9t2l-23 5 163,
(MIRA 16tlO)
(Yenakiyevo--Iron and steel plantg)

MOTSNYY) A.V.i SIIIYAN, F.I.; BAZILEVSKIY9 A.R.; V9Y IIKA)._k!M.,
Treating internal surfaces of ingot molds with a powdered-wtal
paste. Sbor.rats.pcred.I.vnedr.v proizv. no.5.-17 160. OURA 14:g)
1. Yenakiyevskiy metallurgichaskiy zavod.
(Foundries-Equipment and supplies)

s H
SALITSEVA, 1-1. VOWSHINA, II.Yu.
lodino test in the differential diaLmosic of ctenocw-E4 arA
myocardial infarct. Terap.arkb. no.7z49-53 n 162.
(Imu
OWT-WARCTIO11) (ANGMA PBGTORIS) (IOD1179)

-BELYAYEVA., N.I.
New fabrics made by the Bryansk Woolen and Worsted Combine.
Tekst. prom. 23 no.10:46-50 0 163. (MIRA 1,1:1)
1. Nachallnik dessinatorskoy manterskoy Bryanskogo kamvollnogo
kombinata (for Voloshina). 2. Zaveduyushchiy khimichookoy
laboratoriyey Bryanskogo kamvollnogo kombinata (for Belyayeva).

SALITSEU, M.T.J.-dotsent; VOLOSHINA, N.Yu., aspirant
Iwortance of Mallen's reaction In determining the activity of
the rheumatic process. Vop.revm. 3 no.106-79 Ja-Mr 163.
(MIRA 16:4)
1. Iz kafedry gospitallnoy terapli, lechabnogo fakullteta (zav.
prof. V.G.Vogralik) Gorikovskogo moditainakogo instituta Imeni,
S.M.Kirova. -
(MIMATIC HEART DISEASE)

17( BOV/177-58-7-3/28
I
AUTHOR: Voloohina, U.A.,Colonel of the Medical Corps
TITLE: Patterns of Forward Area Medical Charts and Casualty
Dispoaltion Tags
PERIODICAL: Voyenno-meditsinskiy zhurnal, 1958, Nr ?, pp 17-20
(USSR)
ABSTRACT: The autl-or gives a survey of the history of the
medical ahart , beginninS from the time of Peter I
to the dresent. The-medical card published by
the International Committee of the Red Cross after
World War I has been improved and supplemented by
the Soviet Military-Medical Administration. There
is 1 form of a medicalchart for front districts now
being used, and 12 diagrams of classification marks
on 2 centerfolds.
Card 1/1

"'P.,
VOUSHT"A. U.A. I ~ I . . I
26007 Voloshing, TJ.A, i Phrov, A. Yo Yed I tn I n:;ku,.,a DcP-~ rmtutr f 71"a 11 Vo.'ro'ycvs-,
Chasti Ina Yorable. Voeq.-Yed. Zh-mol'- 1948, "'o.6, S. 25-31.
1 SO: Letopist Zhurnal Statcy, No. 30, Moscow, 1948
m

VOLOSKINA OF
Peculiarities of the clinical course of croupous pneumonia in children
treated with antibiotics and sulfantlanides. Topookh.mat. i dato I
no.6:87 N-D 156. (KLRA 10: 1)
1. Is kliniki detskikh bolezney Rostovskogo moditainskogo instituts,
(POUNONIA) (ANZIBIMICS) (SULIPANIIANIM)

KILIWVP A.P.; VOLOSHINA, V.V.
lbotol=inescence and absorption of acridone in solutions. Oprt.'&
opektr. 12 no.5s647-649 My 162. OMM 15:5)
(Aoridanone-Spectra)

We 000 0 0 1 11 1
'046 * a 0 0 0 # 0 0 0 : a 0 0 0 0 0 41 is # 0 0 0 1 ; i 0 - 0 0 0

1 4 1 6 1 1 1 a 41 14 44 It A 1& :1 i% h ~ A i.
I 0
00 A A. A 0 4 a I ft I L it, t I
I
A

00
00
06
T
U
r"
n9 seeds. Ys. P, Beyliman. 11
19shifluir
and 1
G
Gurdshl
Ru
.00
.
.
.
ss. 9, The
Ked$ are ite"ied With MI
PC ne Zn "
go
lt
(
11
.00
D
a
it U
1141
MAIC11
crude Gn(hmtuc. anthracene oil or heavy oil.
-00

00 di

'3 1
w
it
'00

.00
.400

t
-4 -F
U 0 AV "T
0 it a It ar
0 0 0 0 0
0 0 0
5--1 V-11 AA 4-
s 10 0 1 it 114
2 11 1 1#
0 0 0 9 0 0 0 0 0 0 0 9
f
r

0
1
0
0 o o a 0 C, 0 0 0 4 0 0 0 0 0 0 0 0 o 0 0 0 0 00 00604 0
4
0 0 0 0 0 00

UKRAINE / Human and Animal Physiology. Blood. T
Abs Jour: Ref Zhur-Biol., No 9, 1958, 41234.
Author ]M1QAhjU2x._B_X_
Inst Not Given.
Title The Leucolytic Index of the Blood Serum in Children.
Orig Pub: Pediatriya, akusherstvo. ginekologiya, 1956, No 5,
21-24.
Abstract: The leucolytic properties of the blood serum were
studied in 27 boys and 16 girls, aged 2-10 and
older, suffering from congenital hemolytic jaun-
dice, pneumonia, parenteral dyspepsia, bronchitis
and catarrhal otitis media, The ability of the
childrens sera to dissolve guinea pig leucocytes
may serve as an index of changes in the status of
the protective properties of the body. The serum
leucolytic index (LI) in 50 adults varied from
Card 1/2
55

STULIY, L.A.; 9AFRC[IOVA, OX.; BUTSIKA, L.K., kand. med. nauk, KRIVOBOXOV,
S.A. (Kryvobokov); B.M.]. dotsent
BICHKOVSKIYj V.11. (13~shkovslkyi, V.1'.] dotsent; POKUrlL07A, V.Tu.
[Pokotylova, V. IU1; KOLESNIKOV, G*F& Koleanykov H.F.); ZLATKIS,
L.S SAVOSTIYANOVA, S.I.,- MIN, D.D. [Brynp D.D..); MATVEYENKO,
Yef~'. [14htviienko, IE.A.1; DRONZ, LJILI YEPS11TErl, L.G* (Epalitoin,
L.H.I., kand. med. nauk; SHAK111OVICH, A. [Shakhnovych, L.A.]
Annotations and authors' abstracts. Pediat. akush. ginek. no.39
31-34 163 (MIRA 17t1)
1. Kharlkovskiy nauchno-issledovatellskiy institut okhrany mate-
rinstva i detstva (for Stuliy)# 2. Kafedra detskikh bolezney
Odesskogo meditsinskogo instituta (fnr Safronova). 3. Ukrain-
skiy institut okhrany materinstva i detstva (for Butslka)o
4. Detskly sanatoriy dlya rekonvalestsentov ot tiberkuleznogo
meningita, Kiyer., Pashcha-Voditsa (for Krivoboko*l. 5. Detskaya
klinika Ivano-.Frankovskogo meditsinskogo inatituta (for Volo-
shinov). 6. Kafedra detskikh infektsionnykh bolezney Krymskogo
meditsinskogo instituta (for Bichkovskiy, Pokotilova). 7. In-
stitut infektsionnykh bolezney Kiyev ( for Koleanikov-). 8.Kharl-
kovskiy oblastn det kiy dom No.1 (for Zlatkisp Savostlymnaya#
Brin, Matveyenk.. . 9. Kafedra pediatrii Kiyevokogo medi~lAutits*
(for Bronz) 10-o"*Kafedra fakulltetskoy pediatrii Gorlkovskogo med.
instituta (for Yepshteym). 11. 2-ya detskar bollnitsa Shevchen-
kovskogo rayona g. Kiyeva (for Shalchnovich 0,

EXCE A YED1. A ec 7 V 1 13[4 Pediatrics Apr 59
945. '1*11E LEUCOLYTIC INDEX OF BLOOD SERUM IN CIRLDRE.N (Hussian-
text) - Voloshinov 13. M. - PEDIAT.AKUSIL I GINFIK. 195G, 5 (211-24)
Study W418 "la-fre -of-ffe I-eucolytic-properly of tile blood serum 111.1dulth and 04 ilfjv~-11,
using gillnea-pig leucocyteq for Which the leucolysis figures are Constant. The
method of determining the leucolytic index according to Yndina is described. rhe
author holdH that tile letwolytic ability of the children's blood serum can he a
pointer to the functional state of tile defence nwChanisins of the ol-gallism. 1,11t.
leucolytic index of adults varied from 10 to 60016, tile avvrage figures being 21-40%.
The leucolytic index in healthy children aged 4 months - -1 yr. was 20-31%, anil in
sick children (aged 6 months to 16 yr.) 0.9-60%, depending on the stage of the dis-
ease. In convalescence the index figures ap proached the normal. (S)

VOLOGHINOV, B.S., Inshener; SHCIMPKIN, V.A., Inshener.
MW planetptr7 rettiction gears. Vest.mah. 36 no.11:8-12 1156,
(Gearing) (KIRA 10:1)

VOU)SHINOV, D#A&,W,*?0-A
Elastotonometric examinatioas in bjvperteasion. oft. zhur. 14 no.2:
101-107 '59. (KIA 12;7)
1. 1z kliniki gla2nykh bolezney (zav. - Prof. S.F. Kaltfa) Odeaskogo
neditainakogo instituta.
(M-MCMINATION) (Hyp3RTMION)

GUREVICH, M.B., arkhitektor; YELIKIN, G.A., arkhitektor; FILEKKOV,
Tu.P., arkhitektor; ZILIB-9MN, G.P., arkhitektor;
KRYUKOV, G.V., arkhitaktor; PANCHENKO, N.D., arkhitektor;
~PT~~INOV, G.1.1, arkhitektor
Regardless of passengers convenience and economics of con-
structions.'Transp. stroi. 15 no.3s57 Mr 165. (MIRA 18ill)
1. Voesoyuznyy nauchno-inaledovateltakiy Institut tekhni-
cheakoy estatiki (for Gurevich Tellkino Filenkov). 2. Novo-
sibirm1cproyekt (for Zillberman~. 3. MVKhTU (for Kry-ukov).
4. Hoskovskly gosudarstvennyy proyektnoizynkateliskiy I
nauchno-isaledovateliskiy institut, transport& Ministerstva
transportnogo stroitellstva SSSR (for Panchanko, Voloshinov).

V6 L_ 0 S H Ilve,
100-9-6/11
AUTHORS: Vinitskiy, A.L., Candidate of Technical Sciences
and Voloshinov, S.D., En,-ineer.
TITIE: Automatic Regulation of Pressure 4n Cement Grouting
Operations (Avtometichoskoye rcEulirovaniye davleniya
pri proizvodstve tsementatsionnykh rabot)
PERIODICAL: Mekhanizatsiya Stroitel'stva, 1957, 140.9,
pp. 16 - i") ~USSR).
ABSTRACT: The Laboratory for Autom-ition of the Scientific and
Research Institute for BuildinG Industry, YuZI11II, designed
in collaboration with the Cementation Inctuitute a system for
pile cementation which has the following features: speed,
accuracy and simplicity of =anual setting to a pre-determined
pressure; possibil-'ty to altcr manually the pressure during
the process; smoothness and continuity of the automatic regu-
lation of pressure; tLe servo-Diotwor on the valve can be dis-
conriected automatically; reliaLle operation during advcrse
weather conditions. Electrical automatic control of the
pressure is applied. TI-e pAnter of a pressure gauCe is joined
with the sprin6 loaded contact thich slides aloq.! avire
resistance so that the moverient of the pressure gauge pointer
changes the point of cout-aclu- on a ooteritiometer resistance.
Cardl/2 The basic circuit dinCraz of 11-le control circuit is shown in

1010-9-6/11
Automatic Regulation of Pressurc in Cement GrOutinE Opcrations
Fig.3, p.19, and a photo(,~h of it is reproduced in FiC.4,
p.19. The drive is effected by a 0.2tj k';/, 3-phase asj,ichronous
motor through a reductor gear which rcducca the speed of the
drive shaft to 8 r.p.m; the scrcv. producinL; the pressure can be
rotated in either direction. The hi,--hest sensitivity is
achieved by feedinC, the equipment v;ith a d.c. of 26 V and to
maintain the voltoCc within thc de!,ired lii.Utaj a ferro-
resonance stabilizer with a barretter tube it; uced. The
pressure is naintained with an accurLcy of + 1.5% for variations
of the supply volla-e of + 2(Y16. The autcvatlc controls are
0 a r-
designed for many ye rs operation, but the batretter has to
be replaced after each 2 000 hours. There are 4 figures.
AVAILABLE: Library of Cowress
Card 2/2
1, Construction-Equipment 2. Pressure-Control systems
Servo motors-Applications

------- ~71-------I-----I----- -1- 1------------ - - -
(/(' 1, X-1 -~ /i ///Iw~- // )- - d
VINITSKIY, A.M., kand.takhn.nauk; VOLOSHINOV, S.D., Insh.
The automatic regulation of pressure in cementation. Makh.stroi.
14 no.9:18-19 5 157. (MIRA 10:11)
(cement) (Automatic control)

VQT46HINOV, S.D.,Jazhener.
kwWWWWAMAIMN
Circulating method of injecting cement into ground. Stroi.
prom.32 no.2:45-" 7 '54. WaA 7:2)
1. YuZhNII. . (Soil stabilization) (Grouting)

VOLOSIIIHOVP V.j RUMXANTSEVP N.
-, .............
Viml method for studying the processes occuring in engines.
Ayt. trunap. 38 no. 5149-50 My 160o (MIRA IW)
(Saratov-Autamobile engineering-Study and teaching)

Vo /o .5 hl Y.
V01=11INA, V.P.
Clinical aspects of prtmsz7 sarcoms of the pleura. ov.med. 21
Supplement:28-29 '57. (KIRA 11:2)
1. Iz gorodskoy klinicheskoy bollnitay No.1 Ashkhabada.
(PLMURA--CARGa)

VOLOSHINOV. V.Ploj=h.
.Nbthods of the synthesis of 2rr-pole circuits according to given
operational characteristics. Trudy LIIZHT no.176,.99-107 161.
(IUU 15:5)
(Electric filters) (Electric networks)

VOLOSHINOV, VIIII inzil
,v .14
Stability 6f foodback amplifiers. Sbor. trud. LIIZHT no.179z
133-138 t6l. (MIRA 16:11)

VOLOSHINOVS V.P., inzh.
Design of a system of antimetric filters for simultaneous operation.
Sbor. trud. LIIZ11T no.186 Elektrosviaz' i radiotekhnika:152-161 162.
(MIRA 16:7)
(Electric filters)
(Pulse techniques (Electronics))

VOI)DII)HINOV, V.P.
Calculation of a sy2tea, of jointly operatir~g
eloktromekh. Inst. inzh. zhel. dor. transp. no.8:93-105 '63.
(14IRA 18 -.7)

YMHOVg A.P.1 KOZIIUKIIINt G.I.; VOWSHINj Yu.H.
(Input language for an automatic prograrming system; pro-
liminary infomation] Vkhodnoi iazyk sistemy avtmatichookogo
programmirovaniial predvaritellnoe soobahchenie. Moskyap V~-
chislitellnyi teentr AN SSM, 1961. 173 p. (MIU 14s8)
(Programing(Electronic computers))

L 0-IOR40VSKIY, I.T.; VO WIILSHINOVA, A.M.
Visco I etry
tb: m of the Coagulation of aluminum and Iron hydroxides
a
t moment of their formation daring the hydrolyals of malts.
Koll.zhur. 16 no-5:333-3)9 3-0 134. (NLRA ?:11)
(Coagulation) (Timcosimeter) (Aluminum hydroxide) (Iron
hydroxide)

-Mir, !Dgt
WC
Y dt~ o
U S S R
Atudy of the coalwat",
:=Pf�xwA during their formituou Mhe hydrolysis IM11,41
;kill I CA 40,
It. L. it.

04'
a J~Uov -r
V14V1.1-111'Uml, 1.. Stayntnte railichnykh nieWov opredeltalla kotfilslenta tem-
-Q-F o4 41ifirtrot ijwtl"%N lor tkIt-rui4iing flit- awflick."l, of
41 1"Niort", , Oamlim G-kikrtkok Ohmmlorba, Trudy, No. 22(Al),
J;, .1 fuf,, .1 V1111:11i'mi.. l)lC-llu- 1-ta-4-6kos 4 varkmas I'mml Lis 11W
OW 4".4rWil-tif (d hmf J 11ti. ,it i4 i-mmirdil by alqlyi"'g rarls
.-MI'Ll In The 'Imp IN-41 1% Itublite the e%prk-ion 44 brilt CIP".
4-firitya. a himple lwriftshc fikj!~41 ~14 P " "r' rk. f I the rVill'C"1101 (of LAIXIMIAN
1141 it W:t r4,11114 Ilult t ',4,4 A ITIN KIVIA An Mid YAW (Oi 11101"ItfrWiclit
t
r.% direction and if)
t'NOIR-tioll shirilig the lmil~. ihcsiiifi~.' :,W rhat"t, m of W9111bg N'
dinfital mriml whet. the fmnk-r 6 m,t aj,pt e. Subj"I 11pidixg,.- 1. l1ext cond. 'Y
JN %ot! 2. Ileat conductivity idellItlent 3. Soi tem eralutm-1.1,J).

VOLCSHINOVA, G.A.
"Thermal Eachange in the Soil., the Arysak Expeditio.,, of 1945,,11 Trudy
NIU GUCMS_, Series 1, No 39, 1947.

VOLOSHINOVA, G.A.
.11
Heat exchange in-the soil; measurement of soil temperature.
Trudy NIU Ser.1 no.39:32-36 147. NLRA 7:2)
(Soil temperature)

DUBOVA, O.A.;_,V.OLOSH1HOVA, L.M.
~-777_ -- -
Service of refractories used in ~Agh_temp~rature melting of glass-
Stek. i ker. 18 no.10:39-42 0 161. MAJ, 140]
1. Lisichanskiy stekollnyy zavod.
(Refractory materials) (Glass furnaces)

1. VOIDSHINOVA, N. A.
2. USSR (600)
4. Sakhalin - Geology, Stratigraphio
7. Stratigraphy and microfauna of the Tertiary deposits of northern Sakhalin. (Abstract.)
Izv.Glavoupr.goolefono no* 3. 1947*
, Library of Conrgress, March 1953, Unclar
9. Uonthly Lists or Russian Acoossions ~sifiedo

,VOLOSHlXQYL_EtA.____
The genus Buccella Andersen and Its species from the lleogene of
Sak-halin. Trudv VIFIGRI no-153:265-3o5 '6o. (MIRA 13--7)
(Sakhalin--Yoraminifera, 7osell)

VOLOSHINOVA, N.A.; KUZITETSOVA, V.N.
flew data on the morphology and evolutional development ef some
representatives of the family Elphidiidae. Vop. mikropaleont.
no.8%3.38-153 164. (MIRA 18:5)
1. VL;esoyuznyy nauchno-isoledovatellskiy geologorazvedochnyy
neftyanoy institut,

VOUGHINOVAI 11. A.
Voloshivova, N. A. 11 On a new representnti --e of the Miliolidae femi i ly-
Dogielina srmatica gen. et s-,. n., fr n the central-Sar-matD-n de -ncsits
of the Cri:mn-Causcasuz CLIrist", Trudy ..'sesoyuz. neft. much.-Issled. goel.
razved. in-t, New series, IsSue 34, 194,9, P. 183-86, with table.
50; U-4392, 19 AtL~rllslktl 53, (Lcto:~'s 1;"hurnal Inykh StItcy, No 21, 104(!)

1. VOLOSHINOVA, 11. A.
2. USSR (600)
4. Micropaleontology-Sakhalin
7. Stratigraphy and microfauna of the Tertiary deposits of northern Sakhalin. Abstract-
Izv.Glav.upr.geol.fon. no, 3, 1947~
9. Monthly List of Russian Accessions, Library of Congress, MArch 1953, Unclassified.

VOWSIMS(C.) F.A.; BUDASIMNA,
Lituolids ard trocb--=ini,.'.'L; frov Tertiar~, deposits of
and Ewnchatlm. Trudy lr-jj~!*j no.rtC:169-269 161.
O".-IlliL
(15allvill --",ortudniforu, 2onvJl)
(K.-unchatka-2oraminif era, 2ossil)

1. VCLC,,jjT.jj(. Ill.., 11. A.
2. USSR
4. Geololr~-I, Stratigraphic OakhLlin
7. Stratigra-3hy an,,I rucrofauna o, the Torti-,.ry 1,: )osits of nor-thern Sukhalln.
TA-batracf/. Izv. Gl,,.tv. war. geol. If'on. no.3 1947
9. Monthly Lists of Russian ..1ccessions L-Lrarj of Ccngress, I:arch 1953, Unclassified
L

BTOVA, N.K.; BALAKHMATOVA, V.T.; VASILMM, V.?.;-,VOI0&IINO-V'
GRIGELrs, A.; DAIS, L.G.; ITANOVA, L.V.; MINA, Y.10; i SOYA,
Z.V.; MZYRZVA, V.F.; MDROZOVA, Y.G.; WATLTUK, Te.V.; SUBBOTINA, N.N.
Now genera and Rpecies of Foraminifera. Trudy VNIGRI no-115:5-106
'58. (MRA 11:10)
(Foraminifera, Fossil)

VOWSHIMOVA, N.A.
I-----"~,,ewSy`stematIca of Nonionidae. Trudy TNIGRI no.115:117-223 158.
(Foraminifera. Fossil)

1. VOLOSHINOTIA, 11. A.
2. USSR (600)
4. Sakhalin - Hicropaleontology
7. Stratigraphy and microfauna of the Tertiary deposits of northern Sakhalin. (Abstract.)
Izv.Glav.upr.geol.fon. no. 3, 1947.
9. 'Monthly Lists of Russian Accessions, Library of Congress, March 1953, Unclassified.
"IV
Q -Utg-, Pg~p-
W-~

VOLOSHINOVA, N.A.
Degree of knowledge and ways for the further study of Tertla:-f
Lituolidae. Vop. mikropuleont. no.8:3-12 164.
(MIRA 18:5)
1. Sakhalinakoye otdelenlye Vsesoyuznogo nauchno-inaledovatel'Bkogo
goologorazvedochnogo neftyanogo inatittita.

VOWMaMVAp N.A.
Dagi series of the Okha-Ekhabi reflon. Trudy VNIGRI no.18it63-72
l61. (MIRA 15:2)
(Okba region-Geologys Stratigraphic)
(Mchab,i region-Geology., Stratigraphic)
i Mks Be
ft UVII,
EMIR

L 2ZL24-65 &A,7(d )/E7.,rkv ?f -~4 Mil
At-CESSION Nf~: AT4047-~!
20
AUTHOR: Volushiriova, Ye. V.
TITLE: Tentative physiological analysis of the solution of a control probiern by
man
SOURCE: AN SSSR. Institut avtomatiki i telemekhaniki. Teoriya i primenenive
avtomaticheskikh sistern (Theory and applicat-.on of automatic systems),
MosV.ow, Izd-vo Nauka, 1964, 164-171
TOPIC, TAGS: automaton, human engineering
ABSTRACT: A special experimental outfit (%e Enclosure 1) consisting of a
dynamoelectric amplifier (EMU-8), a control device, and three voltmeters was
employed for testing how a subject (man) solves a problem of controlling the out-
put of a plant. By operating the control handle, the subject had to bring the output
variable to a specified value (x a 0) from its initial value (x0 0 50 v). The voit-
Card I 1A ;~-

L 221,24-65
ACCESSION-NR:. AT40477.51
meters indicated his actions (No. 1) and their effectu (No. 2 and No. 3). Six
subjects were tested. Two series of experiments were staged; (1) Learning to
control the plant describable by a 2nd order differential equation; the plant
included two integrating units; and (2) Controlling the plant with different SP(-((,s
of the processes in it; subjects trained in the first series of experiments werf.
employed. Learning the control functions by a man is regarded as consisting (A
three stages which are explained on the basis of 1. M. Sechenov's and i. P.
ideas, "The proj"t war. i~axtried Gut under tho guidance of L. G.
Voronin and A.-Yai Lerner. " Orig. art. has: 7 figures and 6 formulas.
ASSOCIATION: none
SUBMITTED: 06Jun64 ENCL: 0 1
SUB CODE: DP NO REF SOV. 0 14 OTHER: 006

411
1
G
s/169/62/000/008/079/090
919110" E032/E114
AUTHOR: Voloshinova, Z.V.
TITLE: Verification of the accuracy of the "Forecasting of
maximum'usable frequencies at different solar
activities'# using,ionospheric data
PERIODICAL; Referativnyy zhurnal, Geofizika,'no.8, 1962, 24,
abstract 8 G 177. (Tr.-In-ta zemn. magn. ionosfery i
rasprostr. radiovoln. AN SSSR, no.19(29), 1961, 52-70).
TEXT; "The forecasting of maximum usable frequencies at
different solar activities's which contains NMUF graphs for regular
layers of the ionosphere and sunspot numbers W ='O, 50, 100 and
150 was checked by comparison with observational data obtained at
ionospheric stations. It was found that the Accuracy of the
forecast is on the average quiie satisfactory for activity levels
W < 150. During the years of very high solar activity the
forecast gives MUF values which are too high.by 10-155. The
10
maximum*accuracy is achieved for middle latitudes of the northern
hemisph4~re. An analysis is given of the reasons for the
Card 1/2

s/169/62/000/008/079/090
Verificat ion of the accuracy of ... E032/EI14
discrepancies between the forecasts and the observations, and .
steps are recommended whereby the accuracy can be increased.
CAbstractorls note; Complete translation ]

O'~ 1,\j
PHASE I BOOK EXPIDITATION sw/5556
Moscow. Tnatitut stall.
Novoye v teorli I praktike proizvodst-fa martenowskoy steal (New (DevelopmentRI
in the Theory and Practice of Open-Rearth Steelmaking) Moscow, NotaUurgizdat,
1961. 439 P. (Series: Trudy Mezhvuzovskogo nauchnogO soveshebAniya)
2,150 copies printed.
Sponsoring Agency: Ministerstvo ~rysehego I srednego spetaiallnogo obrazovaniya
RSPSR. Hoskovskiy institut steal imeni 1. V. Stalin&.
Eds.: H. A. Glinkor, Professor, Doctor of Technical. Sc lioness, V. V. Kandakar,
Professor, Doctor of Technical Sciences, V. A. Kudrin, Docent, Candidate of
Technical Sciences, 0. N. Oyks, Professor, Doctor of Technical Sciences,
and V. 1. Tavoyakiy, Professor, Doctor of Technical Beiencesj Edo Ye. A.
Berko; Ed. of Publisbing Houset X. 0. Grasorr; Tech, ltd.s' A. 1. Karaser.
VOMBEt This collection of articles is intended for members of scientific
institutions, faculty members of schools of higher education, engineers
cona6med with metallurgical processes and physical chenistry, and students
specializing In the" fields.:
Card 1/14

New (Developments] in the Theory (Cont.) SOV/5556
COVELUM: The collection contains papers reviewing the development of open-
hearth steelmakLng theory and practice. The papers, written by staff
members of schools of higher education, scientific research institutes,
and main laboratories of metallurgical plants, were presented and discussed
at the Scientific Conference of Schools of Righer Education. The foll-wing
topics am conoideradt the kinetics and machanten of carbon oxidation; the
-go either
process of olag formation in open-hearth furnaces using In the chs.
ore-lim briquets or coq~3oite flux (the product of calcining the mixture of
lime with bauxite); the behavior of hydrogen In the open-hearth bath; metal
dosulfurization procesoonj the control of the open-hearth thermal malting
regime and its automation; he at-engineo ring problems In large-capdaity
furnaces; aerodynamic properties of fuel gases and their flow In.the furnace
combustion chamber, and the improvement of high-alloy steel quality through
the utilization of vacuunt end natural gases. The following persons took
part in the discussion of the papers at the Conferencot Sol. rilipyorp
V.A. lCudrin, N.A. Glinkar, AP. 11=1 V.I. Yayoynklyp G.N. Oyke and Ye.
V. Cbellshchey (Moscow steel Inatitute)j Ye. A. Kazachkov. &n4 A. 8.
Xharitonov (Zbdanoy Metallurgical Institute)$ X.S. Xlkhaylate(Institute of
4. Chemical Metallurgy of the Siberian Branch of the Acadmq of Sciences USSR);
A.I. Stroganov. and D. Y&. Povolotakly (Chelyabinsk Polytechnic Imatitute)i
P.Y. Umrikhin %Ural Polytechnic Institute); r.r. Yowin (the Moscow "Serp I
molot" Metallurgical Plant); V.A. Yukler (Central Asian Polytechnic Institu
C ard 2/14

V
New (Developments] in the Theory (Coat.)
and H.I. Beylinov (Night School of the DDepmdzerzbiuk Metallurgical Institute).
References follov soma of the articles. There are 268 references# mostly Sov%et.
TADLE OF COM7SMt
Forevord
Yavoyakiy, V. 1. (Moskovokly institut st&L - Hoaww Steel Institute).
Principnl Trends in the Development of Scientific Research in Steel
Manufacturing
Filippov, S. -1. [Piofessor, Doctor of Technical Sclencesp Moscov Steel
Institute]. Regularity Patterns or the Kinetics of Carbon Oxidation
in Yotals With Low Carbon Content
CV. 1. Antonenko participated in the experimentaJ
14vin S. L. [Professor, Doctor of Technical Sciences, Doepropetroyski7
metallurgichaskiy Institut Doepro tzowsk Metallurgical Institutel.
Card

New (Developments) in the Theory (Cont.) am/5556
Kleyn, A,L,, and P,V, Umrikhin (Ural Polytechnic Institute]. Slag
Formation When Using Co=posite Flux Produced by Calcination of
Lim-Bauxite Mixture 117
Uehalwv, Ye. N. (Candidate of Technical Sciences], Ye. V. Abrosimay,
(Docent, Candidate of Technical Sciences), V.I. Kozlov, V.A.
Shcherbakov (Engincersly A.G. Kotin (Candidate of Technical Sciences
and M.P. Sabiyev (Engineer], (Moscow Steel Institute, Ukrainakiy
nauchno-isaledovatellakiy institut metallcm - Ukrainian Scientific
Recearch Institute of Metals Alchevokiy metallurgicbeokiy zavod -
Alchevsk Mets.11urgical Planti. I.Mwig the Steelmaking Process
in Large-Capacity Open-Hearth Furnaces 125
Voloshlina, N.M. (Engineer]. Using Ore-Lima Briquets Instead of Ore
an :5-1-n-tNe Open-Hearth Process 133
[D.I. Sapiro, P.I. Kovalev, S.I. Zhitak, 0. Ye. Kravtoory,
Engineers, and I.M. Tkachanko, A.P. Poletayev, Technicians
participated in the research work)
Ofengenden, A.M. (Engineer). Accelerating the Slag Formtion and
-Hearth Pr~cess
Desulfurization in the Open 140

card 6/14

VOLOSHINOV.. V,P,,,--inzhe
Designing filter connections for joint operation according to
working parameters. TTWy LIIZHT no.176.-108-114 161. OMA 15:5)
(Electric filters)

RAFALKOV, A.V,j VOLOSHINOVA, Ya-Y-~
Interrelation between the various components of the complex
system of conditioned motor food reflexes in rats. Zhur.
vys. nerv. deiat. 11 no.6:1127-1133 00 161. (MIRA 15-3)
1. Chair of Physiology of the Higher Nervous Activity,
MoscIowIUniversity. (CONDITIONED RESPOESE)
V Wgg
ML

ACC NRs AP7002009 SOURCE CODEt M/00437i�6-/666/064/66~-410-,0-7-4-
AUTHOR: Voloshinovaj._Ta_.X&_
ORG: none
TITLE: Synthesis of an invariant structure for some systems of multiply-connected
control. I
SOMICE: Leningrad. Universitet. Vestnik. Seriya matematiki# mekhaniki aotronomiit
-no. 4, 1966, 64-74
TOPIC TAGS: control theory, mathematic matrix, automatic control system, matrix
element, polynomial, characteristic equation
ABSTRACT; A system of multiply-connected control consisting of m separatep
structurally identical multiloop, systems is examined. The equations for the i-th
separate system under zero initial conditions arot
ift+~i=0, '7
M
2; r,,% + (Tilp +P81 = 0,
M
4*14% +(Tf+lp+l) P1+'=0 U- I.

ACC NR: AP7002005
P: + (To + M.) Y, left"
(see Fig. 1).
Fig. 1. Graphical representation of oyatem
The Dystem, is reduced to one matrix*equation for.v,I
fi)_1 R (irp)-1 + (T
GO -8 Vn-~#P+ xp+Af) +=Af.,
In order that the produc.t of nondegenerate matrices A and B be adiagonal matrix
(AB - D), it is necessax7 and sufficient that the columns of B be proportional to the
columns of A-1, or that the rows of A be proportional to the row@ of B-1. If B is a
scalar matrix and square matrices A and 0 with nona ero, diagonal elements such that the,-
product AC a D is a nondegenerate diag~wwl matrix, then ABC D Is a diagonal matrix.
Four solutions of the system are examined. Solution ITs'
A
-;z;A M -::~ D, A D,
Card 2/3 F

AOC'NR,
AP7002009
Ck=D (k=i+1,
C*=VAE (4=1,
Tk=VkE
An examDlo of a multiply-connocted control system consisting of two one-loop
oeparate systcma, each of which has two degrees of amplification, is examinedt Orig.
art. has: 44 formulas and 4 diagrams.
SUB CODE. 121 SUBM DATED 29Nov65/ ORIG RUs 004/ OTH REFs 001
Card 3/3

S12-71
/63/000/001/012/047
D413/0303
AU'll 10 1 tS Voloohinova, Ye.V. and Shtil '"Man, Ye.V.
TITLE: On the simulation oflearning processes in automatic
systems
PERIODICAL: Referativnyy --huri-tal, Avtomatika, telemekhanika 2L
vychislitel!naya tel-,.hnilm, no. 1, 1963, 39, abstract
11L216 (In collection: Avtomat. regulirovaraye i upr.,
I.I., U4 SSSR, 1962, 3.88-199)
TMCT: The authors consider'the topical problem of the sim-
ulation by automatic devices of certain functions of the human and
animal br.Ans. . They describe the hvman and animal methods of learn- V
ing. They.point out that the 'method of trial and error' is the
fundamental learning method for anintals, and briefly set out the
principles talwn as the basis of machines for proving Gelernter's
and Rochenter's theorems, of ";3elf ri6g-e's pandemonium and 1-tosenblat's
perceptron, and also consider the.1carning machine produced in the
USS11%, designed in the cybernetics SIM of the 1,21, They draw conclu-
Card 1/2,

'OVA, YE
VOLOSHIN IVA YE V
V.
,
PHASE I BOX UPWITATION 807/6012
Akadealya asuk MR. Lnatltut aybosatlklA touxlwih~nlkl.
AvtoIntitiaheskoys rogullrovardyo I upraTleniye (Auto"t1o Regulation
and Ogntrol) Moscow, Xzd-vo AN 533R, A962. .526 p., Xrrata slip
-inserted. 9000 copies printed. I
Romp. IdA Ya, Z. Tsypkin, Prolemmor, Doctor of Toohnical .901encesl
Ed. of Publishing Houses To. N. Or orlyev; Tech, Zd. s 1. X.
Dorokh1na.
PURPOSEt This booX*:Lb intended for scientific research workers aM
engimers,ooncerned with &~Iitoimatlon.
COVERAM The book Ida collection o4 articles gpoolstlng.of papers
:
Gbnfer'e
delivered 'at the Tth
d
t
A
i
ti of 'Ainloir Scientists of the Instl-
of Sciences MSR
A
den
ma
on an
tuto o
ut9
, oa
w
hold In XardhI1960. Alvide range o soientifie and technical
questions relating to automatic i4gulation-'and control is covered.
Card 2/12

JO~

Automatic Aegulatl6n (Cent.) SM/%012

The articles are ed in seven sections, Including automatic
Onan~~
control systems, automatic process contro4, computing and decision-
making devices, automation components and'deviceso statlailoal
methods in automation, theory of relay circuits and finite auto-
matio systems, and autoaated electric drives. So personalities
are mintioned. References are given at the and of each article.
TAXX OF CONZZM i
PAW 1, AMMUR COMM SUMN
M%droyohikay, S. 1. 2bi offset of 67 friction and alippagi
-
dwrIM "Twoo star operatIft or serve-
EplarYon error
food systents
AMMohlkff, B. 1. ftumle asswasy of masks" team wIth
prograimed sentrel

Card 2/12
7'

Autcoatic Regulatioq (Cont.) SOV16012
Morkin, 1. B. Transmitter autatwdng system using an
automatic opt W zer 144
Parsheva, R. P. On the bcoundedness of transient regime
in a five-41mens-Id n-al automatic control system 154
Shadr V,
InIp ~
systen w1th-frequeney
a=ed control
.
1
distribution of channels 161
Fateyeva, I..&. "e-ohannel, o~tlmlsor 167
aiov, N. N. Analysis of the dynamic characteristics.
lo control system for air sond1tIoners - 176

a. li
6V
inova, Y4. To. V. Sutli-SM. an aoi*uing
in
e. a
Is so* 1A automatic systems
r
~
;o
~ 288
Card 5/12

!- 019'1'0-~;7
ACC INRs
Ar6028895 SOURCE, CODEI Ull/U325/66/000/003/olo3/(),.06,
AUTHOR: Voloshinova, Ye, V,
ORG: Department of Physiology of Higher Nervous Activity., Moscow State University,
14. V. Lomonosov (Kafedra fiziologii vysshey no-,vnoy doyatelln'o-'iti-P;iis~,~o-vskogo
,g,osudarstvennogo universiteta)
I
!rITLE: Electrophysdoloac studiesof the human performance of operational tasks
SOURCE: Nauchnyye doklady vysshey shkoly, Biologicheskiye nauki,, no. 3.. 1966, io3-lo6
TOPIC TAGS: man, central nervous system, signal processingp trainingo recognition
process, EEG, EXG e4r)Ajoi'r1oA.)4F4 RFf"4rV
ABSTRACT: The work reports on studies of changes in tentative reactions during; the
process of training to handle equipment modeling different tasks. The reactions were
monitored by EEGp skin-galvanic reaction (SOR) and electromyogram (34G) of the lower
lip, on the assumption that reactions to the secondary sipal systenij i.ee, reactions
deflected in speech and thought, are related to kinetic impulses connected with the
i;ork of the speech organs. Five groups of individuals., priorily tested for their f
reactions on the monitoring equipment, received varying degrees of instructions on task
performance. Reactions were the same for all groups. In tests for the various stages
of establishing a skill. changes were observed in bGR and EM., the two components of
tentative reflex. The SGR and desynchronization of cortical rhythms were seen in the
1'_Card J/
~2

L 08167-67
F4cc 'Nkt- AP6028895
first testp conditioned tentative reaction to the signal "attention" in the 6-10th.
test. Durin.- training, weakening of tentative reaction was seen(Srli extinction) but.
no complote tAsappearance (retained EEG component). Blockado of electric brain
activity is retained; it is a component of orientation reaction and forms one system
i-rith the conditioned reflex. It is determined by tho functional state of the brain
arising in the presence of a complex conditioned reflex act. Constant EEG reactions
reflect a specialized tentative reflex to a conditioned signal. 8;ig. art. ha
~ table and 1 figure.
'SUB CODE: 06, OV SM, DATE: 15sep65/ MIG REF: 009
nat
C pd

KERBLAY, T.S.,-,.,VOU)SHIN0VA, Z.V.
Estimation of the inclinations of equal electron concentrations
in the ionosphere based on data on the distribution of ioniEation
with height. Geomag. i aer. 4 no.1s6l-66 Ja-F'64,
(HIRA 17.,2)
1. InBtitut zemnogo magnetizma lonoofery i rasprostranoniya
radi(woln AN SSSR.

VOWSHINOV,k,-7,-,V-~---
Verifying the "forecast of the maximum usable frequencies under
different conditions of solar activity" on the basis of ionospheric
data. Trudy IZMIRAN no.19:52-70 161. (MIRA 150)
(Ionospheric radio wave propagation) (Radio frequency)

Accmaox at Ap4m3239 5/0203/64/WVOMIWWW"'
AUTHORA a Xsi0b:UwS T. go j%VoloshlAms Zo To
TITLE# Detnuining the slopes of MUM h~ViA& equal electron ooncentrations In
the ionosphere from data on the distribution of ionization with height
SOURCEs Goomagnstisa I aeronowIrs, ve 4P na, 1. 1966 61-66
TOPIC TAGSs ionosphwe,, electron concoArations Ionization distributionj, M(h)
profile
ABSTRACTs The authors have investigated slopes of equal electron concentration
.&rising from differences in heights of equal density distribution (hN,) at different,
latitudes through differences in illumination and because of latitudinal distribu-
tion of No* In the first case a definite diurnal course in slaps angle was
observed according to changes in hNoe Negative slope angles of 2-30 were observed
las the sun rosse Negative values of equal value characterized the evening hours*
:In the second case (latitudinal variations In the slope angle reached 50~
Card

AGGEWION NR# AF4013239
Computations of slope angles were made from data on N(h) profiles at a nuxaber of
stations in different latitudes and from the world map for h., Y." It was found
IN(h) pr '
that the map gives much smaller absolute values than the data on ofiles for
individual daysO but the times of appearance and the direction of slope are in
agreement. The authors conclude that maps of hms yaq replotted to saps of hN.S may
.be used to determine the effect-of these equal-concentration slopes on,the propaga-..
tion, of short waves* Origo arto has, 3 figures and 2 tab3 so
LWOCIATIONs Institut samogo viagnetisma, ionoafery* i rasprostrmeniya radiovoln
AN SSSR (Institute of Tarrwitrial. Magnetism,, the Ionosphares and Propagation of
Hadio Waves AN SSSR)
SUMMED i 2aby63, DOE ACQs 02Nar64 IML 1 00
BUD COD31 SS No MW WVJ M4 OTHM 002
CWd 2/2.

AUTHORS: Voloshinski-y5 A. and Kobelev, L. SOV/126-6-2-25/34
TITLE: On-t,h;,_Visplelj~~-ion Relation for an Electron Plasma
(0 dispersionnom sootnoshenii dlya elektronnoy plazmy)
PERIODICAL: Fizika Metallov i Meiallovedeniye, 1958, Vol 61 Nr 21
pp 356-357 (USSR)
ABSTRACT: The dispersion relation for an electron plasma which was
first obtained by Vlacov (Ref.1) was also discussed by
Klimantovich et alii (Ref.2) and Bolun (Ref-3). In all
these papers the plasma was considered in the self-
consisten-6 field approximation. Virtual interaction of
electrons with the self-consistent field when electrons
are scattered by the field was not taken into account.
The problem is now re-examined and it is shown that in
the general case the dispersion relation is determined
not only by the form of the electron Green's function
but also by the form of the photon Green's function.
The dispersion relation is given in an explicit form,
Card 1/2

SOV/126-6-2-25/34
On the Dispersion Relation for an Electron Plasma
S. V. Vonsovskiy (Correepo*ding Member . - of the Ac.Sc.USSR)
and V. L. Bonch-Bruyevich are thanked for their help.
There are 8 referoncos, 4 of which are Soviet, 4 EngliBli.
ASSOCIATION: Urallskiy gosuniversitet imeni A * IS. Gorlkogo
(Ural State University imeni A. M. 001~~Y)
SUV,1ITTED: April 1, 1957
Card 2/2 1. Electron gas--Properties 2. Electrons--Scattering

BOLOTIN G.A.; VOLOSHINSKIY., A.N.; KIRILLOVAy M.M.; NCSKOV, M-M,;
.9
SOKOLOV,-X-.V.; CHARIKOV,-B.A.
Optical properties of titanium and vanadium in the infrared
region of the spectrum. Fiz. met. i metalloved. 13 no.6:823-831
je 162. (MRA 15-7)
1. Institut fiziki metallov AN SSSR.
(Titanium---Optical properties) (Vanadium-Optical properties)
- (Spectrum,, Infrared)

3 9W~y2 6/62/013/oo6/002/018
q,9-3~0 E202/z492
AUTHORS: Bolotin, G.A., Voloshinskiy,._AA,4 Kirilloya, M.M.,
Noskov, M.M., Sokorov, A.V., Charikov, B.A.
TITLE: Optical properties of titanium and vanadium in the
infrared spectral region
PERIODICAL: Fizika'metallov i metallovedeniye, v-13, no.6, 1962,
823-831
TEXT; Experimental data of the magnitude and frequency
dependence of the real and imaginary components of the complex
permittivity C' for titanium, vanadium and gold were studied in
the region of 2 to 101L, and room tempera,ture. The changes in
the state of polarization occurring during reflections from the
surfaces of the metals were measured. Mirrors were prepared
from 99.99% pure vanadium and titanium iodide by mechanical
polishing in an acidic medium. Measurements of static electro-
conductivity at room and liquid nitrogen temperatures confirmed
the']~igh purity of the samples used. Gold mirror was prepared by~:
vacuum deposition and was used for comparison. Parallel beam of
polarized infrared light was reflected in tprn from four metallic
Card l/ 4

S/126/62/ol3/oo6/oO2/O18
Optical properties of ... E202/E492
mirror surfacei and the ratio of the paral.lei and perpendicular
intensities and phase differences of the polarized component were
evaluaied. Emerging from the analyzer, the beam was focused on
the slit of the infrared spectrometer type WKC-12 (IKS-12).
The ellipticity components were evaluated by the method of
parallel polarizers. Almost complete data of n, k. and the
real e1 and imaginary C2 , component dependency on frequency
was tabulated at 0.51, intervals for Ti, Va and Au. Plots of'
reflectivity and dispersive power versus wavelength were also
included. The above exporiwer~"l data were used in a detailed
theoretical analysis of relations existing between the dielectric
permittivity and wavelength, using the slaborate.method of
approximating polynomialse Polynomials satisfying the
experimental data gave the fdllowing values ror the reapeetive
coefficientst
Titaniums el w w6l4kok + 346K-11 57.2 + 4.6%h9
E2 = 43-94X-l + 11.16'X + 0.2ox3i (6)
Card 2/4

Optical properties of ...
5/126/62/013/006/002/018
E202/E492
2
Vanadium% 61 a 2.9 + 8.05 X o.o34
C2 = -3683 X -5 + 2167 X-3 392 33-11 X + 0.139 X3;
Gold: Cl = -16.5 + 37.2X 2 - 0.12% 4
C2 = 1.55 X 3 0.0024 X2
Detailed.contributions of various groups of electrons
participating in the above expressions were identified. The
groups of optical.electrons found were related to the s- and
d-bands. Current carriers in small d-bands contributed
relatively little to conductivity. Additional 'data ou Hall
coefficient confirmed two types of carriers with the conductivity
in the d-band being of the hole type. In the case of gold,
similar results were-obtained by means of the simple method of
equalization, which proved the reliability of the method of
approximating polynomials. There are 6 figures and 2 tables.
Card 3/4

S/126/62/013/CO6/002/018
Optical properties of ... E202/E492
ASSOCIATION: Institut fiziki metallov AN SSSR
(Institute of Physics of Metals AS USSR)
SUBMITTED: January 17, 1962