SCIENTIFIC ABSTRACT VOYKOVA, A.A. - VOYNALOVICH, M.V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001861120002-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 9, 2001
• Sequence Number: 2
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

TILIGNER, D.Ye.[Tilgner~ Damazy Jerzy], associate prof.; ZAYAS,
Yu..K.fZsjac, Jr., translator]: MAMMO, A.L., doktor
tekhn. nauk, zaal. daystall nnuki i tekhniki RSFSR, red.;
BZHEZINSKIY, Khipolit(Brzezinski, 111polit), Inzh., nauchnyy
red.; Yq]qjQY&,_A,&,4 red.; KISINA, Ye.l., takhn. red.
[Organoleptic analysis of food products) Organolepticheskii
analiz pishchevykh produktov. Pod red. A.L.Malchenko, 146-
skva, Pishchepromizdat, 1962. 387 p. (MIRA 16%5)
1. Danzig Technical College (for Tillamer).
(Food-Analysis)

LITVAK, Izraill Hoiseyevich, doktor tekhn. nauk, prof.; KRASNYUK, G.M.,
insh., retsenzent; GROKHOVSKIY,.A.A.v insh.9 retsenzent;
IVAWVj P.Ya., inzh., retsenzent; VOYKOVA, A.I., red.; SATAROV,
A.M., takhn. red.
(Technology and technochemical control of beet sugar manufacture]
Tekbnologiia i tekhnokhimicheskii kontroll ovoklosakharnogo pro-
izvodatya. Yzskya, Pishchepromizdat, 1962. 41+7 p. (MIRA 16:3)
(Sugar manufacture)

KHONIG, P.[Honig, Piate,r]., red.; GOLOVNYAK,, Yu.D.,, inzh. (translator);
IMSDIOVA, N.A.0 ina. [translator); ZHIZHINA, R G&P :In&.
[translator]- Frinimali uebastlye: TROY1109 V.P.itranBlatorl;
GOROKH: V.N ttranslatorl; LIMA, G.S.j kand. tekhn. nauk, red.;
VGYY,GVAj A.i., red.1 KISINA, Ye.I., tekhn. red,
[Principles of sugar tecbnology]Printsipy tekbnologli sakhara.
fod red. G.S.Benina. Moskva, Pishobspromizdat, 1961. 615 P.
Translated from the Rnglish. (MIRA 15:12)
(Sugar manufacture)

ZAYTSEV, Niko2ay Vladimirovicbs, kand. takhn. nauk; IIIKHFIZV, A.A.,,
Inzhop
ratsenzent;
prof.p retsenzent; ITSKOVICH, U.S.,
XOSIMINp T&F*j inzbop retsenzent; VOYKGVA, A.A.,, red.;
SATAROVA, A.M., teklm. red.
[Technical equipment for bakorieeftekbnologicheckoo oborudovanic
kblebozavodov. Izd.2.p perer. i dop. Hoskvas PinhcheproLizdat,
1961. 554 P. (KM '15,12)
(Bakers and bakeries-Equipment and supplies)

ZNUSIME, Anatoliy Ivamovich; SITTEELINIKOV, Ivan Dmitriyevich; SHlYROVA,
Yevgenlya Alakoandroma; KUVCHI21KO, S.F.,, retsenzent; 7RFMBCV,
N.N.p retsenzent; BUMAN, H.Ye., red., ed.;
SATAROVA, A.M., tekhn. red.
[Manufacture of starch products from corn; cornstarch, sago from
conrnstarcht pudding starch, and powder ataroh] Proizvodstvo
krakhmaloproduktov iz kukuruzyj maisovyi krakhmall sago iz maiso-
vogo krakl='lap pudingovye kral-hmal i poroshki. Moskvaj PiBhche-
promizdat.. 1962. 187 p. (Cornstarch) (MIRA 15:6)

ZAYTSFTj NIkolay Vladimirovich2 kand. tekhn. nauk; KTKWLEVj A.A.,
prof.0 roteenzont; ITSKOVIClip U.S., inzh., retoenzent;
KOSIMIN,, T.F., -inzh,., retsenzent; VOYY.OVAp A.A., red.j
SATJLIOVA, A.M.0 telom-. red.
[Technological equipmont of bakeriea) Tekhnolocicheakoe oboru-
dovanio khlcbozavodov. Izd.2.,, perer,. i dop. Hoskva.. Pishche-
promizdat, 1961. 554 P. (MIRA 15t2)
(Bakers and bakeries-Equipment and supplies)

XATM,OBXMMU, M. (Kayo r-Oberplan, Maximilian]; HOGILTANZIT, I.K.,
doktor teklm.nau;Wsaalushe * dayatell nBuki i takhniki
(translator]; Y A7 jLjqA, MW
_j.._!ed.,- IISIXAj T*.I.# takhn.red.
(Clarification and stabilization of winesj, champagne, and
grapo.juicel Osvetlenie i stabilisatsila vine, shampanskogo
i sladkogo'soka. Koikvaq Pishchopromisdat, 1960. 187
Translated from the German. (HMAP!4:4)
(Wine and wine making) (Grape juice)

SILIN, Pavel Kikhaylovich; SILINA, Nina Pavlovns; VOYKOVA, A.A., redo;
SMOLOVA, I.A., tekhn.red. ---------------
[Chemical control of beat-wigar manufacturel Xhimicheskii
kontroll oveklosakitarnogo proizvodetva. Izd,3*9 perer, i dop.
Koskva, Pishchapronisdat, ig6o. 266 p.
(Sugar wnufacturo)
(HEU 14:4)
(Sugar-Analysis and testing)

GRTSS, V. (Goias, Wilhelm]; TSIMXRM, S.I. [translator]; MOGILTAMIT,
H.K., doktor tekhn.nauk, red.; TOTKOVA, A.A., radj; SOICOLOYA,
I.A., tekhn.red. W-OV
[.Sterile bottling of wine] Sterillnyi rozliv vina. Moskva.
Pishchapromizdat, 1960. 84 p. Translated from th, German. ,
(MIRA 13:10)
(Wine--Sterilization)

LUKITANOY, Vladimir Venediktovich, doktor takhn-nauk; VOTKOVAj A.A.#
red.; TARASOVA, N.M.,. takhn.red.
(TachnologY of macaroni production] Takhnologiia maimronnoro
proisvodstvae Izd.4. parer. Moskva, Pishchapromixdat, 1959-
248 p. (Macaroni) (MIRA 1323)

VO'MVA; A*

Cotore_d completes of Twidlyin and h so zt,
nd A, Zh""'
Chemical Abet. G6, CArve. U-Y:SL.R. 22.1149-wlgsm~

Vol- 48 No. 6 Colored solu. were prepd. by combining a soln. of 8 X 10-1
-'M1f
d
1
[
C
l

Mar. 25, 1954 -
nteng
o
or
v.*f8X1O
M.
MNll4VO1audn;*
tle
twere meaw^Kf with the Puffrkh colortmeter at 4W mis.

Inorganic ChemistrY adifirn tome vlob HA (1) in #too "ie botfts., MA
intengely toloted stable cowpd. In whkbtgle fatlo V:HA -
1: 1, and (2) In bask sobu. a L-" intensely colored conapd.
with the ratio V:Hl% - 1.12. Dismocu. const. of the fim
cVmPd. im K 3 X 10

OEM

GALKINA, G.V.; TOTKOTA, L.L., red.; SOKOLOVA, I.A., tokhn. red,
[PrOduction of table Arapol Proizvodstvio stolovhkh p9toch-
n.vkh siropov. Koskva,.Pishchopromizdat, ig6o. 56 p.
. (MIRA 14:5)
(Girups)

SOSNINA, A. (Vladivostok); VOTKOVAO R. S!~adivoetok)
Noteworthy dates of great technical discoveries. Politakh.
obuch, no.11:94-96 K 159. (NNU 13:2)
(Scientists)

VOYKOVSKIT, B.A.; GALUTIONOV, A.I.; TRETITAKOVA, M.I.; CRUDMV, A.Te.
Photometry, of charged particle tracks in nuclear emulsions.
Prib.i takh.ekop. no.6:38-42 11-D 157. (MIRA 10:12)
I.Fixicheakiy institut im. P.N. Lebadeva, AN SSSR.
(Photography, Particle track)
(Photometer)

i-j,A,
VOYXOVSKIT, B.A.; GALAKTIONOT, A.I.; TRETIT.AKOVA. M.I.
no rument for measuring lengths and number of gaps In charged
particle tracks in nuclear emulsions. Prib.i tekh.ekep. no.6:
42-45 N-D '57. (MIRA 10:12)
I.Fizicheskiy institut im. P.R. Lebedeva AN SSSR.
(Photography, Particle track)
(Blectonic instruments)

Va k K I 8~lv
120-6-8~16
AUTHORS: -Vo kovskiy, B.A. 2 Galaktionov, A.I. , Tretlyakova, M
5Ha Chudakov, A*Yeo
'TITLE: Photometering of Tracks Due to Charged Particles in Photo-
graphic Emulsions (Fotometzirovaniye sledov zaryazhennykh
chastits v fotoemullsii)
PERIODICAL: Pribory i Tekhnika Eksperimenta 1957, lio-ro,
pp. 38 - 42 ~USSR).
.19STRACT: A photometer is described which can be used to determine
the density of a track in a photographic emulsion. A photo-
graph of the apparatus is given in Fig.1 and its principles
are as follows. The part of the track under investigation is
made parallel to the slit of the photometer. Light which passes
through the track objective and then the photometer slit is
intercepted by the cathode of a photomultiplier. Depending on
the density of the track the output of the photomultiplier falls
or increases, as the slit is moved along and parallel to the
track. The voltage across the photomultiplier load is then
amplified by an amplifier and is applied to the plates of an
oscilloscope. An automatic device is incorporated which ensures
that the track always lies within the slit. The quantity b/H
(where h is the maximum density on the axis of the track and
Cardl/3 H is the background density) was measured for protons and

120-6-8/36
..Photometering of Tracks Due to Charged Particles in Photographic
.Emulsions.
-mesons as a function of residual range. Comparing the ranges
f protons and -T~-mesons corresponding to the same value of
I
h/H_ the ratio of the mass of the protons to that of the mesons
could be calculated (for ranges between 520 and 1 100, and
3 800 - 7 000 microns for protons and -a -mesons, respectively).
Figs. 4 and 6 show curves of h/H as functions of range for
protons, -6-mesons, and It-mesons. Using the above method, it also
is possible to determine the cross-sectional profile of each
track. The area under this curve is denoted by S. The'following
masses were found for the t -mesons:
m%r ~ (1 050 � 175) me (from h/H and the range)
M V = (985 � 120) me (from S and the range).
The values for the 0. The author
proposes a numerical method which permits to obtain the number
of limit cycles and their probable situation if all limit cycles
are rough. The method bases on the successive application of
the "A-tables" according to V.V. Nemytskiy Z-Ref 1
7 and can
-
be used also for the determination of multiple cycles. The
method is described witbout proof.
The author mentions A.A. Andronov, and Ye.A. Leontovich.
There are 2 Soviet references.
ASSOCIATIONt Moskovskiy gosudaretvenny universitet imeni M.V. Lomonosova
(Moscow State University imeni M.V. Lomonosov)
SUBMITTED: July 29, 1958
Card 1/1

AUTHOR. SOV/155-58-x-8/37
TITLE: Numerical Method 'or the QualitativQ Investigation of R-
4 ' -
Systems (Chislennyy metod kachentvennogo issledovaniyr~ C_-,ttych
siatem)
-PERIODICAL: Nauchnyye doklady vyashey shkoly. Fiziko-matematicheakiye nauki,
1958, Nr 3, pp 40-45 (USSR)
ABSTRACT: The author proposes a method partly numerical partly graphical
which permits to determine the components of the region of
definition according to A.A.Andronov and S.E.Khaykin L-Ref 12
for a rough system of differential equations
(1) i - X(X,Y)l Y(X,Y)
with continuously differentiable right video. Tho method consists
in a-"touching" of -the limit oycles "d the separatricen of' (0~
The method is carried out stop by step, where it it. not ~rire
Card 1/2

Numerical Method for the Qualitative Inventigation SOV155-56-5-8/37
of Rough Systems
whether in finitely many steps a final result cnn b~,
The author thanks Professor V.V.Nemytskiy.
There are 2 figures, and 2 references, I of whicli ir~ Soviet,
and I American.
A330CIATIONillookovskiy gosudar3tvennyy universitet imeni M.V.Lomonosova
(Moscow State University Imeni LI.V.Lomono.-ov)
SUBMITTED: March 7, 1958
Crtrd 2/2

140 a
h2lk~t'_~V`ollylcko-,r, M. So
24173
0/042/61/016/003/002/005
0111/0444
TITLEs A method for an upper estimation of the number of perio-
dic solutions of an autonamoun Oy3t6M Of two differential
equations.
PERIODICALs Uspekhi matematiaheskikh nauk, v-16, no-3P 1961p 159-162,
TEXTa Theorem lo Let the system
x : X Xly
be defined in a d~~mair 0 of the phase plane.
1 ) F(x,y) being a funotion defined in 0, lot F(Y,Y), X'x,y) and
Yixfy) have continuous secord-order derivatives -11.n G. 1
2 The sei of pointe in G whi,3h sa*isfy the equation (FX) + (I?Y),-o
x y
can be represented as the un,.on of twc disjoint sets T,S difined by
the following propert:~.sj~4,(FX)'j- (FY)' does not change 'its sign along
x
an integral rurve of (1) in passing through Ei point of Tt and T does
not fil) any In Go 8 J'a ripze3en'Ad ly a of ourveb,
Card 1/,~

S104&(7J1016100310021005
A method for an upper ... C11!/C444
either being cloned or having i's endpotnts In the samo component of
the boundary of G if the curve goes to Infinity, one supposes its
endpoint lying on the point at inf.Anity).
No Poirt of 5 r,itLSf4es the(eq jatj,n
px) I !i-(FY)'tyjX , [~F%)"Y+ FY)"~Jy , 0 2
xx x X Y
0 is decomposed by S !nto a set H of finitely connected but tot simp-
ly connected domains and into a set of simply connected domains.
Then the number of the periodic solutionH of system (1) does not ex-
ceed the sum of the connectivity numbers of the domains of H minus
the number of thos,~ domains. It" H contains infinitely many domains,
the number of periodir, solution, is at most ccuntable.
Theorem. 2a If In a certain neighborhood of a not rough perlodio solu-
tion (i.e. a solution along which I (xl+yy')dt m 0,T'being the period)
0 X
(FX)' + (FY) :b, 0
then (FX).' + (PY)Y' IC 0 along this periodic soluticr.*
Card 2/3

2hI73
S10421611016190310021005
A method for an upper ... C111/0444
Condualor
I&) Let P(x,y)t X(x,y), Y(x,y) have continuoue second order derivatives
in a domain Go
2.) (FX) v (FY)
Y
3*) Th9ro exists a connented set, containing all singular roints of 0
and having non-void intersections with all components of h (bo,.Lndary of
G). Let (FX).' + (FY); + 0 fnr all p,~,.Intq of th.is set which are not iden-
tical with the singular P,~ints and do r.:I lie on G (concerning the
po-;nt at infinity assume the same as abote). Thsn all pericdic solu-
tions in G are rolAgho
There is 1 Boviet-blo: refozrpne~e and 4 non6-.-Sovie'-bIo- ri-ftr-renceso
The two referenre2 to Engl'-sh-languagp p-Alicatione res~d us followss
J. Stoker, Velineynyye kaleban~ya v mokhanicheekikb ! elektrJcheakikh
sistemakh [ Nonl!rear v:brationg in rcer-.hanioal and electric ayetemal
Mo, IL, 19531 N. Levinson, 0. K. S.T~.th, A j;e1jeral epnations for re-
laxation oncillations, Dukr- Math. Journo q (!942), 382 - 403.
SUBMITTEDi Jmly 22, 19.5,9
Card 313

24 I't u
quo
C111/C444
MTT~HORt Voyldkov, M. S.
TtTLEs Sufficient conditions for the asymptotic stabilit of the
point at infinity for th.e system i-y-F(x), S-w _g(Z
PERIODICAL: Uspekhi matematichaskikh naukr v.16, no.3, 1961, 163-170-
TEXT: System considered;
k CS Y-F(X); -g(x),
Theorem 1: 1.) s(x) and P(x) are corknuous and grant the uniqueness 01f
the Cauchy problem for M. j-
2.) sign g(x) - sign x; j g(x) dx - +00
3-) there exists a constant c such that for allsufficient-
1~ large (small) x
F X) -,,> 0 Mx)
+00
4.) f g(x) [F(x) - c dx 4, 0
5.) FW is monotone, not increasing for (X) > X
0
Then the point at infinity is asymptotically stable for (1).
Card 1/3

S10421611016100310031005
Sufficient conditions C111/C444
in proving (1), the system is transformed to the case wh*ero g(x)et x.
Then theorem 1 is a spqcial case because of the lemma stated below of
Theorem 2: 1.) Let F(xJ,be continuous,.granting the uniqueness of the
solution of the Cauchy problem for
I y - F(x),
x 1 2
2.) xF(x) 0 for sufficiently large jxI
3--) X F(x) dx < ~O
4.) there exists an A > x F(x) dx 'such that
2
max F (x+z sign x) I
BE 0. A
XT
TGM < CO;
5 F (x) 0' (1-2)
Card 2/3

24174
3/04,1/61/016/003/003/005
Buff..-.lent conriif..)ns ('111/0444
Then the point at infinity is asymptotiQaliy Gtable for the system (2)
A. oft
Lemma,4 If F(x),,- 0 for sufficiently large x, T xF(x) dx converges and
max F(U)
.jMu E (xx for a certain ac > 'it
X .04 txj F(X)
then F(x) X
Theorem 2 is pr,,,.,vei by dc-tailed study of the irtegral curves of (2) in
the phase plane. An example is considered.
The authOT mentionsi A. V. Drag~lov, A. F. Filippov.
There are
,3 flgureA and references.
SUBMITTEDi "',ine 11701S,
Cw. d 3/5

VOTWKOV V.F.
Control room centralization on the Chu-ftshken-Teniz line.
Tranop.stroi. '12 no.7317 JI 162. (MIRA 16t2)
(Railroads-Electrification) .(Remote control)

39ol);
S/140/62/000/004/001/009
C111/C333
AUTHOR: Voylokov, V. 1.
TITLE: On t'he approximative integration of non-linear differential
eouations of an oscillating motion with one degree of
freedom
PERIODICAL: Vysshije uchabnyyo zavedeniya. Izvestiya. Matematika,
1962, no. 4, 19-32
TEXT: In order to solve
x + x + 04 f (X, 0
one searches the solution of the auxiliary equation
x x 04 f (X, n ~ x n+ 1
vrith the set-up
2 1
X-X 0 + C4 x 1 + OL X2 + + 0~ x i + (1-2)
ilp j
where n-2, if in all terms a x x of f(x,k) the sum i+j is even;
Card( 1

S/140/62/000/004/001/009
On the approximative integration ... C111/C333
otherwise it is n-1. After introducing (1.2) into (1.1)- and comparing
the coefficients at equal powers of c4 one obtains for the determination
of x , x ... the equations
0 1' x2'
0 + X0 = 0 (1-4)
x1 + 2:1= -f O(x0 0 Ax0 (1-5)
etc. Out of (1-4) there follows
X0 - a0 cos t + b0 sin t.
Then left hand of (1-5) is- expanded in a Fourier seriest
I+x, [M0 (aofbo) + ~ ao] Cos t - [No(aojbo) + Abo] sin t
(m,,, cos kt + nk,1 - sin kt)
k-2
Card 2/4

.15/140J62/000/004/001/009
On the approximative integration . . . ClIlIC333
In order x to be periodic# one demands
U (a b + a - 0
0 0 0 0 (1.10)
No(a0 b0 + ~bo M 0
,etc. After x 0, x1, x2, ... x i_1 having been determined, one determines.
X, out of
+ x (FOIXOP ... I x + x (1-7)
1-1 1-2
The convergence of the solution thus obtained.is proved. The solvability
of the system (1.10) with c,-A is investigated. One shows that the
solvability of the corresponding systems at the determination of x 29 x31..
depends on one and the same double-row determinant 6 . It follows
that L ~ 0 is necessary and sufficient for the existince of a 2 1-,.-
perioao solution of (1). It is shown that by an analoguous ziethod one
is also able to oalculate forced oscillations
x + x + 0cf (X I X) (t) P (2)
Card '3/4

S/14o/6?/ooo/oo4/oo1/oo9
On the approximative integration . . . C111/C333
where cf(t) is periodic. As an-example for application'one discusses the
Duffing equation; one points to the existence of several periodic solu-
tions.
ASSOCIATIONs Irkutskiy politokhnicheakiy institut (Irkutsk Polyteohnical
Institute)
SUBMITTED: June 8$ 1959
Card 4/4

VOYLOKOV, V.I. (Irkutsk)
Periodic solutions to nonlinear vibrational systems with one
degree offreedom. Izvovysoucheb, zavo; mat. no. 1:19-27 164
(MIRA 17: 5)
k
i

ACCES-SION NHt AP4016046
3/0140/6.4/000/001/0019/0027
MUH01-C.- Voylokov, V. I. (Irkutsic)
TITLE: Periodic solutions of nonlinear osoillating Byatems with one degree of
freedom
SWXE: 1VUZ. Hatematikaj no, ls 1964., 19-27
TOPIC TAGS: nonlinear differential equations periodic solutions nonlinear
J oscillations subharmonic oscillation, second order differential equation
A3STRACT: In a previous work (K priblizhennomu intogrirovaniyu ne3ineyrq0kh
differentsialiny-,kh uravneniy kolebatellnogo dvizhenyia s odnoy stepealyu
svobodyat, Izv. vuzov, Matem, No. 4 (29), 1962)s the author showed that the
equation
+ x + af (x,
has periodic.solutions of period 27~ and gave a method for obtaining them. This
Pa
per applies the method to specific problems. Consider the differential equation
Card 113

Accwsiox uR s AP4018046
describing a regenerative receiver under mild conditions
+ WIX - a (I -'h sin 1.
Certain peculiarities of the receiver's performance may be obtained from this
method, It is asawaed that the amplitude of the forcing tam is small and that
the osoMation is close to the principal resonances The more general equation
X+x - a I(I + a) X1 - a2x + AD sin t,
is studied, whore h and 1 + a a* This coincides with the previous
equation when Consider the equation
+ ex pa cos at
No periodic solution of this equation can be obtained from the theory of quasi-
linear system. 1. 0. Malkin (Nokotory*ye zadachi teor1i nelineyMvkh kolebaniv,
GITZLj x.0 1956). using another method# found one periodic solution to this
equation, T;io author' a method shows that# in Cencralp there can be three periodic
Cerd 2/3

URt AP4018046
solutions. The method can also be'usod to study subharmonic oscillations. The
equation
+ A'x dIX2 - a, Cos Mi"
is discussed,, The solution of these problems by the author's method indicates its
wide application to the doteraination of periodic solutions of nonlinear differen-
tial equations. Orig. art, hasis 68 equations,
ASSOCIATIONt none
SUBMITTED: O6Jun61
SUB CODE: MI
DATE ACQt 18t4ar64'
NO REF SOVs 002
ENCL x 00
OTHER: 000
Card 313

VurLOKOV., V. L
Approximate integratioir of n6nlinesx differential equations
of a vibrational movement vith a single degrees I*v~ T a. ucheb.
sav,' mate no./,tlg-32 162. (MIU 151,05
1. Irkutakir politekbnicheskiy institut,
(Differential equations) (Vibration)

GLADYSHEV, V.P.; SYNKOVA, D.P., YENIXEYEV, R.Sh.; KUGHERRUKO, N.A.-, VOYLOKCIIA,
0
Electrochemical method of concentration in bismuth analysis. Trudy
Kom. anal. khIm. 15t2l"-221 165. (14TRA 180)

VOYWSHNIKO,YA,,A.P.;_KOZLOYSICIY, X.T.; SONGINA, O.A.
Amperometr1o determination of microgram quantities of zinc and copper.
4v- - A!OP._?3 nP43:273-276 .157. (nn iotO
naufr'K~zakhskojv SSR i Xazakhekiy gonu&arstvannyy univerei-
tat Im. 6.X. KiroT&.
(Conductonstrio analysis) (Zinc--Analysis) (Copper--Analyeix)

"PIPA -1" 1 'i.
A ~ liii4tmli -.~ -..,a

FREYDENZON, Ye.Z.; FREYDENZON, Yu.Ye.; KOTSARI., S.L.; ZARTLOVSKAYA,
Prinimall, uchastiye: KASIYANOVA, K.S.; H)DRIX, L.Ya.; TRIOFLYFNA,
_~j A.T.; 111,Si
T.D.; KOTELINIKOVA, Z.G.; P.S.;
Y Ye POIE P , D. 1~.
GNATYUK, P.T.; 14MOLINIKOV, A.A.; RSER,,
OGORODITIKOV, G.K.
Developing aL efficient shape for slab Ingots. Stall 25 no-6:
539-543 Je 165. (14PA 18;6)
1. Nizhne-Tagiltskiy metallurgicheskiy kombinat (for Ye. Froydenzon,
Yu. Freydenzon, Kotuarl, ?atulovskaya).

,; ~ lil"I"..1-1-i
,~Ii~,' - ~, ~t z
, , - . -, . ~ - S5

Vomoaliuia)u, it. P.
Voyloslinikova, A.. P.
"Sone Anode Methods of liaperometric Titration in the AnalysJ,- of inorEanic
Substances." Acad 610c-i Kaza!6-, S6R. Inst of Chomical Scieilce-~. lllr~a-lital
19555 - (Dissertation for the L~-.,j-reo of Cwnrlidato ixt Cheraicz-l bcience-0i
Sat Kni-Imaya ]ntcq)is', ll'o. 2'j, 2 J111-r 1~~55
d

5(i), 5W
AUTHORS: -Songina, 0. A., Voyloshnikova, A. P. SOV3 2- 2,- 11-7/37
TITLE: Amporometric Determination of Arsenio and Selenium by the
Direct Iodide Method (Amperometricheskoye opredeleniye myahl-
yaka i selena pryamym iodidnym metodom)
PERIODICAL: Zavodskaya Laboratoriya, 1958, Vol 24, lir 11, pp 1331-1336
(U.qSR)
ABSTRACT: Certain observations on the system J 212J_ (Refs 1,2) led to
the experiments reported here. The influence of the acid
concentration upon the course of the titration was very care-
fully investigated. In all the experiments an ordinary ampero-
metric apparatus (Ref 2) with rotating Pt electrode and mercury
standard electrode was used. The arsenic determination was
carried out by observing the cathode current in the titration
of the free iodine in 9N HC1. The hydrochloric acid must be
at least 8N, and when sulfuric acid is used it must be 1211
with sodi,um or potassium chloride added. The influence of
copper, Fd*, and other heavy metals was determined using
Card 1/3 cadmium amaigam. It was observed that the antimony first oxi-

SOV/32-24-11-7/37
Amperometric Determination of Arsenic and Selenium by the Direct Iodide
Method .
2+
he iod.idej the poten-
and does.not react with t
dizes the Fe
tifil' of the Fe 3+/,r,62+sy'stem at this point in 101i hydrochloric
acid is +0-48 volt- Mn 2+ and other electronegative metals do
not interfer. In experiments on the selenium determination
the reduction of tellurium was investigated and the appearance
of a black coating on the Pt electrode was observed. Z. B.
Rozhdestvenskaya and students 11. Kagarlitskaya and I. Pavlova
participated in this work. In order to avoid the reduction of
tellurium the titration was carried out at a potential of +1.0
volt (Ref 1) by observing the anode current of the oxidation
of the excess iodide ion. It was carried out in 611 acid.
Latimer (Ref 4) indicates that the work of Shott, Svift,and
2- /Se system with iodide ions and free iodine
Iost on the SeO
3
shows that in such systems equilibrium is quickly established.
The selenium determination using the described method must
therefore be carried out using a standard curve (and standard
.Solution). In order to determine very trace amounts of selinium
(tenths and hundredths of milligrams in 20 ml) the total Se and
Card 2/3 Te present in the solution must be first separated by ordinary

SOY/32-24-11-7/37
Amperometric Determination of-Arsenic and Selenium by the Direct Iodide
Method
methods. There are 1-figure, 4 tables, and 6 references,.3 of
which are Soviet.
ASSOCIATION: Kazakhskiy gosudarstvennyy universitet i Institut khimii Akade-
mii-nauk Kazakhskoy SSR (Kazakh State University and Institute
of ChemistryAS Kazakh SSR)
Card 3/3

ZAKHMV, V. A.; VOYLOSHNIKOVA.-.A.-P.;.SONGINA, 0. A.
Amperometric determination of tri- and pentavalent arsenic in ores.
Zav.lab. 28 no.1:27-28 162. (MIRA 15:2)
2. KazakhBkiy gosudarstvenn37 univerBitet im. S. M. Kirova i
Institut khimii AN Kazakhskoy SSR.
(Arsenic-Analysis)

1~1 f

-F , ..
. 1'.
1I~ri
, i
j
1,71=11-im
1
w : i. 4-
" ~~ N
- 7-4 .-

SUGINk, O.A.; .; XOZLOVSnT. H.T.
Amperometric titratlou. Part 1. Izv.AN Irazakh.SR Ser.khIm. no.3;
81-in 149. (MLSA 9:8)
(Titration)
-. o a g~ =
- ~,l M!" ~~ ?

SONGINA, O#A.; VOU4DSMXOVA, A-P- -
Averometric determination of arsenic and selenium by the
direct iodide method. Zav.lab. 24 no.11:1331-1336 '5e,
(MIRA 11:12)
I* Kazakhakiy gosudaretvennyy universitet i Institut Wmii
AN Xazakhokoy M.
(Arsenic--Analysis) (Selentum--Anal7sis) (Iodides)
-W

SONGINA, O.A.; VOYLOSHNIKOVA, A.P.; KO=VSKIY. M.T.
Amperozetric titration. Report no.3. Deterninatica of calci= and fluorine
by the anodic forroo7unide method. Izv.AN I(azakh.SSR no-118:69-77 153,
(K[,RA 6:10)
(Volumetric analysis) (Calcium) (Fluorine) (Yerrocyanides)

oY L O.Sfq N I K OVA, A.
Chemioal Abat.
vol. 48 No. 5
Mar. 10 , 1954
Analytical Chemi0trY
J
Amperom drim f1h)WAn
guld fluotine (on do matho& 0. A.
. . E h *Vd JL09WVIM,)
QA U. T,
direS1. AW4. No. &A5. air. Amon.$
(3, r4-77(1953); . d. ZawdskaA L46. 4(19M.-Tim
ginodic ampcromttrw deta. ad Ca nA P 1- dcoadbul;
r')n Ix run In voins. conts. comMembW X& salts
Nil, lofts are piestrit. Mir and Al Interf- vfjth'RT~1--
nf CR and F by metlog with f- and wIlls 11.
H
Ho
la
Gin be detd. only to neutral c In HOC
dria. Is impossible owing to fortnallod C&Wj. Tj
44ration-Cumt-gre shown. C~ M. Kosour

SONGINA, O.A.; NOTLTARSXAU, V.Z.; VOYWSMZDTA A.P.
Reduction of molvbdate and tungstate loan at a platimm micro-
electrode and their amparometfic determination. Izv.AN Kasakh.SSR.
Ser.khim. its.8:77-83 155. (XIELA 9:4)
(Amperometric awaysis) (HolybdLates) (Tungstates)

AntDcroructric i1ttermhuUcit of thifflairl
by tho Goodie ErnmMA. mAhA 1 -1.11
I['iO urti, id. and K NA),. aiml Me
-W..1 n of IW'n I i'SO' 'Autvm-f '~U-x
II.-M al, 'I'llficlL 11w fit - lie sr. trm H ircirers-
li'le on the IIIAtillum vl~-(LFWV. Tim U30 of Jim
'Jilf.-Ii cisrmnt of ox-d"I .... I of [if' Is rmosoniclut'll
t'Ir II.C mict tic d.-l'.1,11111.1tion of 'Fl. TIA.W.Us
'('u3 are uxulmd t.) Tl * by ol~jns of licirmanganato
Or lWi'3111101AW 311tj the cxecns of oxotant is manoved.
me aciii, for the anlix-rometric titratimi (an vary
w1 Ile limits, but 2 N ffr.SO4 us a medium is
recommen&d. Titration is carried out with 0-001.11
K Ur for < 0- 1 nig of TI in !0 ml of solutinn, with
0-01 -11 ftw 0-1 to I mg of, TI, and with 0-1 Af (cc
> I mg of TI in 20 ell. The patentiM used is
+-J-3V vs. the mercury todido clectrode.
G S. SUIVII
PR/

SONGINA, O.A. -, VOYLOSHNIZOVA, A.P.
~t,*,~.:.~-,~~-ili~~::,.!~,~~,~-*~~f;z.:~~.,~
Amperometric determination of thallium by the anodic brozide
method. Zav.lab. 22 no.1:19-24 156. (XLRL 9:5)
1. Kazakhakiy gosudaretvennyy universitet i Institut khimicheakikh
nauk Aka4emii nauk XAxWR,
(ftAllium--Analysis) (Bromides)

SONGIM, O.A.; VOYLOSHNINOVA, A.P.; KOZLOVSKIY, M.T.
Amperometric titration. Part 2. Izv.AN Xazakh.SSR.SerAhim. no.4:
80-89 151. (Conductometric analysis) (Copper) (Iron) (K6U 9:5)

VOYLC,-,11,',IIKOVA, A.P.; SONUNA, 001-
-31Y iIj 41.9 pr.:)3U:f:-3 O~'
Am-perometric deter-=r-ql-icr, Of
Zav, lab. 30 no.l:lP--20 f6l*-
1. Kazakhskiy tekhnologicheskiy inotAt"t i Kazr.,.kh3My
stvennyy universitet.

SONGINA, O.A. -. VOYLOSHNINOVA, A.P.; XOZLOYSIEIY, K.T.
-
1y, I
Axperoastric titration. Fart 3. Amperovetric determination of
phosphates. Izv-AN laga'kh-SU Ser-khts. no-50-13 '53.(MLRA 9:5)
(Conductonstric analysis) (Phosphates)

yet

VOYLOSHNIKOVA, V. V.
Childrens' Infections Section, Tjzbekistan Inst. of Epidemiol. and Microblol. (-1944-)
"The Natural Imminity Againgt Diptheria in Remote Localities of Uzbekistan.,
Zhur Mikrobiol., Epidemiol., i Immunobiol., No. 6. 1944.

J-Q~ ~~-(Irkutsk, 3,Podgornaya,2.,kv.1)
Account of the work of the Conference of Morphologists of
Eastarn Siteria and the Far East. Arkli. anat. gifit. i eatz.
11.1 no.12iI04-109 D 661. WIRA 1500)
(MORMOLOGY. -COlIGMSES)

4
VOYIDKOV, M.I.: Manter Phys-Math Sci (diss) -- "Evaluations of the number
17
and multiplicity of limit cycles for an autonomous system of two differen-
tial equations, and related problems". Moscow, 1958. 6 pp, (Moscow State
U im M.V. Lomonosov), 150 copies (KL, No IL, 1959, 112)

VOYWKOV, m. 1.
mrical netbod for qualitative Investigatiou of coarse systenz.
IIaueh.do'r-.l.vys.9hkoly; fix.-mt.PaWki no.3t4O-45 158. (MM. 12-7)
1. Moskovskiy gosudarstvennyy universitet in. M.V, lononosova.
(Differential equations)

_ypYIpV$ V*Ya.*-'- no*5'.39-40 S-0 162a
R4cr,ganization of a fact*rY* Sh"in-Proms (MM 15: 10)
(Gorkiy-ClOthing induotry-44=90mlDnt)

PARMENKO, L.S.; VOYNALOVICH, V-N-
4 ~ 5r, 1 T.- C-.;~ ~. ~
rig s-raight cutu ft)r in the F'-' El ' - ' ' 7, -- --
,u 9 1, u I - -~C-
prom. no.6--52-53 N.-D 163. (m:?,A. 13~:.)

VItTKOVATOV. !.A.; YA--:-KCVSKIY,
Rr,3,.1143 C,f rr! ) slaft,
-80 k-D 163. W..
pt;,m. nr.. 6.77

VOYNALOVICH,,:V.N., inzh.
gew machinery and the'efficient distribution of xdnin
equipment for the deepwitng of mine shafts. Met,i rnorud,
prom. no.5.t42~45 S-0 162. FMRA 3,6s1)
1. Krivorozhakiy fi1Aal-Uk#dn,9kogo nauchno-iseledovateltakiy
institut organizatsil. i mekhanizataii shakhtnoga atroitellotva.
(Shaft sInking-Equipment and ouppli4)

VarNALOVIdBy V. X,,,~nzh.j PARFENENKO, L. S's insh,
Increasing labor productivity in boring and blasting opera-
tionB, Mat. i gornerad. prom. no.1349-51 JTq-F 163
(HrRA 1;:4)
1. Filial Ukrainskogo nauchno-iseledovatellskogo inatituta
organizataii i mekbanizataii shakhtnogo atroitelletvao Krivoy
(Boring) (Blasting)

CHUVATOV,, V.V.; BEREZIN, N.N.; METSGERI E.Kh.; NAGIN,, V.A.; KARTASHOV,
N.A., kand. tekhn. asuk,, dots.; MILIKOV, N.V.,, kand. tekbn.
nauk; BYCHKOV,, M.I.,, kand. tekhn.naukp dots.; SUXHk?iOV,, V.P.',
SHLYAPINI V.A.; KORZHENKO, L.I.; ABRAMYCHEV, Ye.P.; KAZANTSEV,
I.I.; YARZSIKO, V.F.; LUKOYANOV, Yu.N.; DUDAROV, V.K.; BALINSKIY,
R.P.; KOFWKOVSKIY, A.E.; PONOMAREVp I.I.; NOVOSELISKIY, S.A.p
kand. tekhn.nauki dots.; ILOINYKH, N.Z.; TSITKIN, N.A.; RDGOZHIN,
G.I.; PRAVOTOROV, B.A.; ORLOV9 V.D.; RACHINSKIY, M.N.j KULTYSHEVp
V.N.; SMAGIN, G.N.; KUZNF-TSOV, V.D.; MACHERET, I.G.1 SHEGAL, A.V.;
GALASHOV, F.K.; ANTIPINt A.A.; SHALAKHIN, K.S.; RASCEUTAYEV, I.M.;
TISHCHENKO, Ye.I.; FOTT'-%V, A.F.; IPPOLITOV, M.F.; DOROSINSKIY,
G.P.; RDZHKOV., Ye.P.; iiTJ~IN, N.T.; AYZENBERG, S.L.; GOLUBTSOVj
N.I.; VUS-VONSOVICH, I.K., inzh.,, retsenzent; GOLOVKIN, 4 M., Inzh.,
reteenzent; GUSELETOV, A.I., Inzh., retaenzent; KALUGIN, N.I.,
inzh., retsenzent; KRAMINSKIY, I.S., inzh., retsenzent; MAYLE,
O.Ya., inzh., retaenzent; OZERSKIY, S.M., inzh.p retsenzent; SKOBLO,
Ya.A., dote., retsenzent; SPERANSKIY, B.A., kand. tekhn. nauk,,
retsenzent; SHALAMOV, Lye., inzb., retaenzent; VOYNICH _NF., lnzb.,
red.; GETLING, Yu., red.; CHEPIIIKHOV, Ya., tek . r-md4
(Construction handbook" Spravochnik stroitelia. Red.kollegiial M.I.
j
Bychkov i dr. Sverdlovsk, Sverdlovskoe knizhnoe izd-vo. Vol.l. 1962.
532 P. Vo1*2. 1963. 462 p. (MIRA 16:5)
(Construction industry)

-V.Ol,N,Tcl!7 Ya.l..
- . , C, r cr- I d e V; 4 4'OrM* obr. 1:1~ta 17-6)
Vl~ 3 #
Hit-rie I n, - ,, 1-0 1 , .L. (924
nod,,-44-45 'P "'
1. Kharskovikil varbir-rTY zav0d,

~EDORCHENKO, I.M.; FILATOVA, N.A.; SLEPTSOVA, N.P.; DMITRIYEVA, M.A.;
YERMOLIN, YU.N,;-YQ=S&jX., A.I.; XISELEV, V.P.
Purification of sodium malts in ceramic metal filters. Foroah.
met. no.4s98-102 Jl-Ag 16~. (MIRA 160)
1. Institut metallokeramiki i spetsialikykh splavov AN UkrSSR.
(Metal pouder products) (Filters and filtration)

REDULESKU, AL (Redulesou, A.], prof., akademlk,;"'VOYWYA-j---A.,~ kaM.med. nauk
Homage of Rmnlav orthopedists to N.P. Novachenko, Ortop.travm. i
protez. 20 no,6tl5-16 Ja '59. (KIU 13:3)
(B TOGRAM IN S.
Novacbenko, Nikolal P. (Rue))

VOTRk, M.; XANASH, U.; KURIIZSCY, P.; GOLDUNDY, X.
,. ~ 11
This does not only concern iwav. Sovoprofsoiusy [81
n0-3:29-30 IF 160. (MIRA 13:2)
1. Brigada komomist0baskogo truda instrumentallno-shtampo-
vocbnogo teekba, MInskIgo avtozavoda.
(Minsk--Automobile industry)
(Efficiency.1ndustrial)

VOYNAKHOVSXIY, 11. N.
34078 Tranaptirovka krolikov na simolete.-V ogl; 1. (1) Noina"ovskii.
Kar&kulevodetvo .1 Zverovodstvo, 1949, )so. 5, a, 67-68
SO: Knithuaya, Letopial, Vol. 7, 1955

SHPILEVOX$ G.N.; VOYNALOVICH L.K. prepodavatell
For the publication of the *Great veterinary awyclopedid.0
Veterinariia 38 no.1:12-13 J& 161. (MM 154)
1. Glavrq7 veterinarynyy vrach rayonnoy sellskokhozyaystvempy
inspektaiio KirovogradBkoy oblasti, g. Novo-YArgorod (for Sbpilevoy).
2. Zootekhnikum, Kirovogradskaya oblast, g, Novo-Mirgorod (for
Voynalovich). (Veterinary medicine-Dictionaries)
(Encyclopedias and dictionaries, Rusoidn)

15-57-1-B07
Translation from: Referativnyy zhurnal, Geologiya, 1957, Nr 1,
p 127 (USSR)
AUTHORS: Feygellman, Kh. Ye., Voynalovich
TITLE: The Distribution and Combining Forms of Phosphorus in
the Fan-Yagnobskiye Ugli (Coals) (Kharakter raspredele-
niya I formy soyedineniy fosfora' v fan-yagnobskikh
uglyakh)
PERIODICAL: Tr. AN Tadzhilk. SSR, 1955, Vol 41, pp 17-25.
ABSTRACT: Data on the origin of phosphorous in coals are scarce
and contradictory in the literature. Adherents of a
biogenic origin of the phosphorus in coals ground their
claims on the high content of this element in coals
that are rich in stores. Adherents of the mineral
origin believe that the element accumulated in coal
during the decomposition of apatite in the presence of
organic acids. The present paper presents data on the
distribution of phosphorous in coals down the dip and
Ca rd 1/3 along the strike of coal beds in deposits in the USSR

15-57-1-807
The Distribution and Combining Forms of Phosphorus (Cont.)
and in America. In coals i*n the Donbas) a small content of
phosphorus corresponds to a small content of oxygen, a high calo-
rific valuep fusibility, and solubility of the coals in organic
solvents. A systematic distribution of phosphorus is found in the
Fan-Yaghobskiye coals. The element is concentrated in poorly-caking
dull coals and is less abundant in well-caking bright coals. Data
are given on the content of phosphorus and the combining forms of
the element in different types of coal that occur in beds of tne
Fan-Yagnobskiye deposit. There is no marked relationship between
phosphorus content and ash content. The phosphorus content
increases during the transition from floor rocks into the coal bed,
reaching its highest value in the coal beds, During separation of
the coals in heavy liquids (carbon tetrachloride + benzol) into
fractions according to specific gravity, it was rjecognized that an
increase in specific gravity is parallelled by an increase in
phosphorus content and a decrease in the quantity of transparent
material, which are responsible for caking properties. Transparent
material forms 91.74 percent of the light fraction (1.25 to 1.30)
and tlie' phosphorus ratio is 0.0019 percent. In the fraction 1.50
Card 2/3

15-57-1-807
The Distribution and Combining Forms of Phosphorus (Cont.)
0 to 1.60 the quantity of transparent material is 50.0 percent and the
phosphorus content increases to 0.1394 percent.
I Card 3/3 D, A, Ts.