SCIENTIFIC ABSTRACT VIGLIN, A.S. - VIGRAYZER, YE.I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001859720009-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 1, 2001
• Sequence Number: 9
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

The Quantitative Measurement of the Texture of 3/181/60/002/010/019/051
Polyeryatalline Materiuls. The Textural Function B019/BO56
that the sn-tupel of an arbitrary grain may be obtained from an n-tupel
attached to the system of coordinates, by a rotation which is within the
range of from g to g + dg. p(g) is normalized, following which it is found
that p(g) is not only a qualitative characteristic of the perfection of
an arbitrary textural type, but also a quantitative characteristic of the
textural type itself, as the textural type is determined by the symmetry
of the function p(g). The experimental determination of p(g) with the aid
of monochromatic X-ray light reflected on a section is briefly discussed.
If the material is ferromagnetic, p(g) may also be determined by methods
which evaluate the energy of the magnetic anisotropy. In the two following
voluminous sections, the development of the textural function p(g) for
polycrystalline material from grains with cubic lattice and the
development of a function for the specific free energy of the magnetic
anisotropy of a polycrystalline material from grains with cubic lattice
is dealt with in great detail. In this development; spherical harmonics
are used. It is shown how the relations obtained may be simplified for the
case of a cubic lattice., There are 13 references: 9 Soviet, 1 German, and
2 US.
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The quantitative Measurement of the Texture of S/181/60/002/010/019/051
Polycrystalline Materials. The Textural Function B019/BO56
ASSOCIATION: Urallskiy politekhnicheskiy institut im. S. M. Kirova
(Ural Polytechnic Institute imeni S. M. Kirov)
SUBMITTED: July 8, 1959 (initially), March 22, 1960 (after revision)
Card 3/3

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VIGLIII) A.S.
Anisotropy constants of ferromagnetic cubic crystals. Fiz.
tver. tela 2 no.2.331-346 F 160. (MIRA 14:8)
1. Urallskiy politakhnicheskiy institut imeni S.M. Kirova,
Sverdlovsk.
(Anisotropy) (Magnetic materials)
(Crystallography, Mathematical)

VIGLIN, A.B.; KMYAVTSXV, I.P.
Determination of the degree of perfection of texture in polycrys-
talline ferremagnetics. Part 2: Approx1mation of tho distribution
function p( ), characterizing the degree of perfection of texture
of cold rolled electrical steel. Fiz. tvar. tela I no.2:261-264
y 159. (MIRA 12:5)
l.Urallskiy politakhnichookiy institut tm. 3.K. lirova, Sverdlovsk.
(Steel--Metallography)

VIGLIN, A.&
Solution of w&gustostatic probless in infinite humogenscus anisotropic
media. Dokl.AN SSSR 96 no.3:437-458 Xy 134. (XlHA 7:6)
J_Predstavleno akademikom L.D.Landau.
Mectromagnotic theory)

S/iog/61/006/n,08/006/018
/It-00 D207/D304
AUTHOR:
TITLE: Transfer ch,racteristics of a coaxial system with a
perioc~a.c otr,_.~-ture
PERIODICAL: Radiotekhni':~.. --* ~lekt-ronikaq v. 6, nb. 8, 1961,
1308 - 1315
TEXT: In this paper the author continues the investigation of the
so-called magnetodielectric line (Ref " 4: Trudy' Kh'VAIIM, 1958, Vyp*
106), and examincs tile distortion of impulses propagating along.
this line, in particular, the rise time of the pulse in the load.
The magnetodielectric li-ne is one of a number of conatructions
which are used currently -'V-o increase the inductance per unit 'Length
without altering the radial dimensions of coaxial systems. These
systems are used for the Cen'eration and delay of short, pulses.,The
maGnetodielectric i-*ne ccns-sts of a-central conductor sur-ounaed
by a metal cylinder v,,'hich -'s filied by series of metal aashers
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3/109/61/006/008/006/018
Transfer characteris-tics-of D207/D304
isolated from each other b~ dielectric spacers, and from the in-
ternal core and the external tube by dielectric tubes. The investi-
ga~ion of the distortion of transmitted signals is complicated by
marked dispereior. due to tile series capacitance 0 arising between
the metal viachers. circult on ahicPi the calculations
are based is sho,;m in _7'ig- 3, ;,rhere L, C and Cr, are the inductance,
capacitance and serfes capac-t?-zice respectively, Ax is "he 'period
of the structure. The ma,-net_ic field in the dielectric is ignored Llf-
as the permeability of thc metal %-iashers is assumed to be hi-jph.
The telegraph equations are derived for this system, and the La-
place transformation is used. The t-ransfer characteristics are then
determined, which leads to the following expression:
(22)
Ii (a, T) =_h (a, 0) + ae-z'IF(Tz) 0 (az) d--.
CO Ile
where h (a, 0) - 1 -a c-IND (az) dz, (21)
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to

S/10 61/006/008/006/018
Transfer characteristics of D207YD304
CID
(18)
+ 1) 1' (2k i)
CO
2:
(D (az) (F, (a, z) J, (2 )/-y) dy.
2
and T w t, the paramet-er a is a W )/EC x. The transfer charac-.
c c
teristics ~Iere calculated for a = 1' 3; 5, azid they are shown
in graphic form. Using these graphs the duration of the pulsle
front T was determined, as a function of the parameter a; The, grarln
-show that if the delay time is measured until the instant when
h(a, T).reaches the 0.4 level, then T d = 1.04 a = a, i.e. the capa-
citance C does not influence the delay. The'effective delay is
n
tdelay = x VE-C, where x is . the leng-tuh of the delay 1 .ine. The dura-
tion of the pulse front de-Jends on the parameter a and increases
Card 3/4

S/!09/61/006/008/006/018
Transfer charactieristics-of D207/D304
with increasing a. However, when the duration of the front approa-
che~s a limiting value and in practical calculdtions it can be talmn
T = 5, i.e. tfront = 0.8/f.utoff' There are 6 figures and '9 refe-
-he
rences: 7 Soviet-bloc and 2 non-Soviet-bloc. The references*to 4'
English-languaGe publications read as f0110IRB: V. Carley, Blectro-
nics, 1953y 4, 4, 26; H.E. Callman, Proc. 1946, 34~'-6.
SUBMITTED: October 27, 1960
Fig. 3. C"4; CnAz
LAX ic
1j'au CAz CA&X a-AU
.Card 4/4

VIGLIN, S.I.
Transfer characteristic of a coaxial system with periodic strijcture.
Radiotekh. i elektron 6 no.8-1308-1315 Ag '61. (MMt 14:7)
(Radio lines) (Coaxial cables) (Pulse circuits)

ITSKHOKI, Takov Semenovich) Prinimali uchastiye: SHATS, S.Ta.; GRIGORIK-
RTABOV, V.V.;,VIGLI-Np S.,;,; OVCHINFIKOV, N.I.; BOLOSHIN, I&A~j
ZABOLOTSKIT, N.G,--, red.; KORUZZV, N.H., takhn.red.
(Pulse machines] Impullanye ustroistva. Moskva, Isd-vo "So-
-yetakoe radio.' 1959. 727 p. (MIRA 12:7)
(Palse techniques (Electronics))

ACC NRi AP1011-1.154
SOURCE-CODES UR/0108,1767/022,'00i/~OCIOL/0009
AUTHOR: ViZlin, S. 1.
ORG: none
TITLZ: Integral method of analyzing jarametric networks
SOURCE: Radlotekhnika,, V. 22# no.'I,, 1967, 1-9
TOPIC TAGS: mathematic analysiss Integral equation, integral function,
puls,a sisnal$ electronic circuit, electric capacitance, computer calculation
SUB CODE: 12.09
ABSTRACT: -The article presents a method suitable for analyzing parametric net-
works where variations occur at a fast rate. This is an alternate version of
the known integral method. The latter would involve tedious computations, since
the integrand contains not only the unknown function but its derivatives as well.
This difficulty is eliminated here. The new method is developed step-by-step
similarly to the original method, except-that the integral equation is solved
'for the complete pulse response and that-the procedure for doing this is reduced
to three successive operations: 1) solving the integral equation with a known
kernel g(t,t ) or G(t, in the integrand, 2) calculating the parametric pulse
Card 1/2 UDC: 62.501.7
0933 .0848

ACC_ NR- AP7013 i 56
response, 3) cal'culatingthi-co-mpl'ete'p'ulse-response. All three steps are
easily adaptable to computer calculations by way of appropriate algorlthmn. The
new method is illustrated on a series-resonance circuit with variable capacitance.
It is evident here that the method is valid regardless of the amplitude of
capacitance variations. Orig'. art has: 2 figures and 29 formu'lasb
CJPRS: 40,45-67

S/115/63/UOU/001/004/017
191i/L
L
Uj5
AbUU11:15 Vigisian, B.A. 1 and Dunayev, B.13.
T IT LL I)etermination of the accuracy or tolerance gauges
I (.1(10111CAL: lzmeritelInaya teklinika, no. 11 1963, 11-111,
To 111ake , go-no-go gauges unnecefisnrily acetirate involves
cowplication, and loss of reliability. This article
debCV,,4-.b,Ps a 'se.mi-graphical probability method of detcrii.ining tile
r e, ju ir,ed gauge, accuracy assuming norwal distribution of product
variijtio'li atid- gauge.errors. It is shown that determination of the
re.tlu*r'ed accuracy of measurement coiisists in determining the ratio
6/U :A6 = 3 times standard deviation of error of measurement, and
ii,*the standard deviation of the product dimension from nominal).
fvr.qre of the following conditions; a given risk to the
manufacturer; a given risk to the purchaser; a given probability
of an"incbrrect answer; and a given risk to the manufacturer when
the %auge tolerance is reduced by a certain amount. 1,robability
0-d to pl:ot
forrijiflae are derived for each of these cases and are usL
graph's of probability P againjt 6/o. The use of these graphs
Carc!J/~

Detl~'-rmination ofthe accuracy of S/115/63/000/001/00/i/017
C-194/~155
is-illustrated by numerical examples. The procedure is particularly
re'otmitended in designing go-no-go gauges on automatic equipment and
C
it.cGuld be developed so as to determine for given values of product
qtiality and tolerance symmetry the gauge accuracy which gives the
lowest cost in automatic inspection operations.
There are figures.
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VIGMAN B.A.; DUNAYEVj, B.B.
Determining the accuracy of tolerance controlling and measeng
devicea. Izm.tekh. no.lill--44 A 163. (MBA 12)
(Tolerance (Eng%esring)-Measurement)

A
101~9, 7-0.
SO: b~`tOViO, :!0- 32, 1949.

YI/7-MIS). Tfic arl"t- Ul t3"T" ""s m~

VIGINATI, K.
Carbon monoxide and a method of detecting in factories. p.176.
(Sklar A Kermik, Vol. 7, No. 6, June 11057, Praha, C7echoslovakia)
SO: Monthly List of East European Accessions (EEAL) W.. Vol. 6, No. 9, Sept. 1957- Uncl.

6~~
is, /themical Technology. Chemical Products H-6
and Their Application
Safety Engineering. Sanitary Engineering.
Abs Jour: Referat Zhur - KhImiya, No 1, 1958, 184o
Author : Vignati Karel
Title : Carbon Monoxide and Method for Its Determination
in Work Areas
Orig Pub: Sklar a keramik, 1957, 7, No 6, 176-177
Abstract: The CO content of the air in work areas has the
following)~ermissible concentration level (in %
by volume . according to Czechoslovak norm of
1954, 0.003; according to GOST 1324-47, 0.0025;
according to US norm of 1941, 0.01. A simple
apparatus ("Labora-Simplex") Is described, for
colorimetric determination of the CO content of
air. Operation of the apparatus Is based on the
reaction of CO with silica gel saturated with Mo
Card 1A

Czechoslovakia /themical Technology. Chemical Products H-6
and Their Application
Safety Engineering. Sanitary Engineering.
AbB Jour: Referat Zhur - Khimlya, No 1, 1958, 1840
salts, Pd sulfate and H2SOV. The orange-yellow
color of this complex Is changed to brilliant
green to greenish-blue by the action of CO.
Accuracy Is from 0.001 to 0.1% by volume. Also
described is an apparatus the operation of which
is based on liberation of iodine from I20,f, by
the action of CO at 110* ; Ij. 0.; + 5 CO =. 1,2 + 5
C02.
C ard 2A

VIGIIATTIJ, Karel
The "Standard" siphon. Chem listY 59 no.3030-332 Yr 165.
1. Laboratorni pristroje National Enterprise, Prague. Sub-
mitted May 7, 1964.

WW__
171977-66-A 4 - 2/T.14/m
IMI fi /F.W
AL~~Nx-
AUTHOR:
MG: Mboratnry Inntruments,n.p, Prnplip (1,*nratorni prJitrc).j-, n.p.)
MIT,-, Siphon tstandardt
SOURCE: Chemicke listy, no. 3, 1965, 330-332
TOPIC TAGS: filtration, pump, hydraulic (levice
AW,TRACT: The author describes a siphon of his design that
is mark"ted by the firm where he works underthe trade name
"Standard". The siphon is suitable for sampling of large
volumes of liquids, for independent filtration installationap
and as a XMM,~Ifor filling of sampling bottles. It uses a rubber
balloon, a polyethylene tube, a ground glans valve, and a glass
.container. Operating instructions for the apparatus are given.
Orig. art. has: 2 figures. [JPRS1
SUB CODE: 13, 16 / SUBM DATE: 07K-iy64
I '1~
Cl)

VIGNAU, MlCHFL,
JFAlJNF PATIN, Ind. parl'um. 5, 127-31 (1950)

V1 G- N F- 1~) C:
ATJTBOR. Wigner, E. (Vigner, xe.) SOV/53-65-2-10/14
TITLE: Relativistical Invarianae and Quantum Effects (Relyativistskaya
invariantnost' i kvantovyye yavleniya)
PERIODICAL: Uspekhi fizicheskikh nauk, 1958, Vol. 65, Nr 2, pp. 257-281 (USSR)
ABSTRACT: This is a translation of an English-language article published in
"Reviews of Yodern Physics" , 1957, Vol. 29, p. 255. (The name of
the tmnslator is not given). There are 7 figures and 17
ref erences. - ~ - ,:L JLL; -,- vl,
1. Physics 2. Mathematics
Card i/1

VIGNER. Miroslav. prof. inz.
A new passenger car factory in Mlada Boleslav. Automobil
Cz 8 no. W-17 Je 164.
1. Automobilove zavody National Enterprise, Mlada Boleslav.

I
VIONER, M.
VIUNNI, M. complex ritionnlization of production. p. 270.
Vol. 4, No. 7. Ju1Y 1956.
SrHWIHZNbKA VXKWA.
TECHNOLOGY
Praha, Usectioulovakin
SO: East Fil,cleFr, lrol. 6. 11n. I. Mc-rli 7-9-177

VIGNEIR, Miloolav, prof. inz.
----
Products of the Automobilove zavody National Enterprise in tho past
and today. Stroj vyr 12 no.Ili',112-823 '(4.
1. Deputy 14nager of the Automobilove zavody National Enterprise,
mada Boleslav.

VIGNOLA J..0 BLROZZI, DA.
110 pilciu porzqdkach w architekturze" (On five orders in architecture), by
J. Vignola, Da Barozzi. Reported in New Books (Nowe Ksiazki), No. 14, July 15,
1955

mod
FAG~RPTA YMCA See 4 Vol 1- .1 t~lcro- May 59
1534. THE SIGNIFICANCE OF ANTITOXIC AND ANTIBACTERIAL FACTORS
IN ACTIVE IMMUNITY AGAINST EXPERIMENTAL GAS GANGRENE
CAUSED BY B.PERFRINGENS (Russian text) - VLgodchikov G V
Volkova Z. M., Zelevinskay S.A. and-_Uar_T7rJ-T:,_
MIKROPIOL. 1957. 10 (120-125) Tables 5
Antigens used were purifivd tosold and 3 different protein fractions of C. perfrin-
gens. the first slightly toxic. the 2nd and 3rd nontoxic. After immunization with
j the first fraction the blood of rabbits contained 0.05 A. U. antitoxin. theagglutin-
ation reaction was positive 1: 10, the precipitation reaction 1: 1,000.000. and tile
CFT was +.++. Revaccination give an increase of antitoxin titre up to 0.5 A. U.
The animals became resistant to infection with 0. 1 1. of bacterial culture. Im-
munization with the 2nd and 3rd fractions provoked a similar production of anti-
bodies with the exception of antitoxin. the amount of which was less than 0.05 A. V.
The majority of animals. however. were resistant to infection with 0. 1 1. of
bacterial culture. Immunization with toxoid combined with the protein fractions
also caused the formation of agglutinins (1: 10- 1:80). precipitins (1: 100.000-
1:5.000.000) and antitoxin (1-5 A. U. ). Revaccination increased the antibody titres
5-10 times. but the antitoxin titre did not exceed the antitoxin level after inimuni-
zation with toxoid only. All animals showed a high resistance to experimental gas
gin rene. The authors concluded that the ebsential protective factor in immunity
is t9e antitoxin and that antibacterial antibodies play a secondary role.
Kaulen - Mo"ow

VIGODCHIKOV, G. V.
"Microbiology and Immmology of Staphylococcal Diseases."
rqpmt admitt*& fee the lutm=U Cmam" fm mumbiouffs, "Aftwhalm- And=$
4-9 Avg 190.

"Soar!nE flicht Ln fro-, ,,U- 10, (--,7'
,; S an
spr)_i`TTIL~, Vol. 5, ::o. 12, Dec. 19"!,) Uum-es-ui , 7'
_jr
Az a
I 1" 5 ~ u
SO: '-lon'lll-.r Li,' of East 'EuroPean llccessoionx, ( MV,L), LIC, 701. 4,
q.,0. 4) Ann 1 1' '55, Uncl.

-Y~WROV,L.I.
Catechins in fruit and berry plants. Fiziol.rast. 9 no.4:461-465
162. (MIRA 15:9)
1. Laboratoriya khimii bioaktivnykh veshchestv plodovo-yagodnykh
rasteniy Urallskogo lesotekhnicheskogo institute, Sverdlovsk.
(CATECHOL) (URAL MDUNTAINS--FRUIT--CHEMICAL OOMPOSITION)

Wtry-01-C
otl)v~ DokkJ.!yl Mod. IV,;;ok S.S.S.R. 90,
-Tp".1-with AIDSO. ond Cuso, in tract smount% sh,)w thit it,
during tile I%t Kill of life of a wl;tlt 11101A 01 and Mn ac-
ClImIllate up t-~ SL'M tipening and fillilig prri(A; tiv! am-Aint
0( Cu lift mlit of dr 'v wt., 'llowey4er, C,in'tantly (Imps. while
the tclativc -ainimni. of Mo ri~fms, tlmi 4kdiiits. Oisly
u( Ilw'~C tro", TItmrsm into (lie wil vqwvt %
%i~jiifiv;mt itictose of tixif