SCIENTIFIC ABSTRACT FABRIKOV, V.A. - FABRY, ANDREJ

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000412320015-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: July 28, 2000
• Sequence Number: 15
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

I
.63-,' of '~",nCO 1.341,'$ of MgG, and 6.61-- of Cuo. Briquettes we re
1 3 '
previously annealed for 2hr at 9000C. All ferrite types mentioned -Yere
tested at helium temperature. Testing methods and investiFation results
are described in Ref. 3 (Misezhnikov, G. S., Rozenberj, Ya. I. '.
Slateynshleyger, V. B., Present Periodical no. 1.1, 1961, 14,40), At these
temperatures, the line of ferrimaLtnetic resonance is considerably
widened and atthins values of 600 oersteds (Y-258) and more (P-28, '.'-55).
The saturation magnetization doetAnot increase essentially and reaches a
value of 5600 gauss for 11-258. bstracter's note: Essentially complete
translationj There are 3 references: 2 Soviet and 1 non-Soviet-
The reference to the English-language publication reads as follows;
Ref', 2: American Institute of Physics Handbook, P. 5, 2471 N. Y., 1))7.
Card 3/3

:L 1
167-63 EWT(1)/BUS AMC/ASD
S/0170/63/006/007/0060/0065
A
CCESSION NR: AP3004294
'AUTHOR: Fabrikov, V. A
dam-
ITLE: On the thermodynamic interpretation of the kanley and Rowe theorem in t a
thoory of nonlinear electric oscillations,
OURCE: Inzhenerno-fizichoskiy zhurnal, v. 6, no. 7, 1963, 60-65
OPIC TAGS:- Manley and Rowe theorem, fr~uency,oscillationq electromagnetic
adi4tion, radiation temperature, reactive alementg.'entropy flow, energy trans-
ABSTRACT: The article studies the possibility of the thermodynamic exploitation
-of the 1A,4s of conservation established by the Manley and Rowe theory of the
~freq
uency components of a power now in an arbitrary reactive element of an
electric circuit. It is based on the concept of energy coefficients developed
by Smart. It discusses formulas evolved by Smart, Pease and. Weiss. The stoa4y
0c 1: ss of entr opy transfer from the source of frequency osaillAtions mega.
1: (M; Arid n being energy levels) to the source of frequency oscillations omega
np
r 113
_Cc

AdCkSkON NR.: AP3004294
n
;may,be regarded as the result an'adiabatic change in the fteque cy of electro-
'06tic radiation; e.g.. the.electromagnetio field may be considered to be
enclosed in a cavity with a movable piston,.and the:change In its frequency to
a-
V4 due to the Doppler effect 4hen the piston is mov6d. The radiation temper
~'i~re' in the adiabatic process varies in the same ratio as the frequency. This
:permits identification of the temperatures'of the several branches of the
f electric circuit under study with their frequencies, assuming T. -I =egamnf
'OIn generalizibg Manley and Rove's theorem to include the case of reactive
;elements with losses# one may proceed from.the interpretation of the formulas
i a
-W W
Mo.
Open
jas a mathematical expression of the-oonditions of equality to zero of the work
!performed per unit of tin* by th* side forces acting on the reactive element.,
iTheao conditions. in the general *seat &",to be witten as
ap GO
ni
I S~. - 0.
rd 213

1; 17167-63
WCCESSION NR: AP3004294
Ww P
Where Own am- 13 that part.of the total entropy flow
S~x
W.'
whiah is connected w$Wths reverse pro003803 of energy transfer,
.1he other (negative) part of the flow compensates for the growth of entropy in,
'the roactive elemont due to energy dissociation.~' This compensation is needed
to maintain the steady work regime Orig. has 16 numbered equations.
N.'
SOCIATIONS none
%BIWTED t 1IJuI63 DATE AM OBAug63 ENCL: 00
SUI CODE: PH. NO RLT SOV: 007 OTHER: 010
FA
7

-L 07947-67 EWT(l) GD/JXT(CZ)
ACC MR: A-16028974 SOURCE CODE: UR/0000/66/000/000/0042/C,047.
MINORS: GushchinA. Z. 14,j ~!jkryqytq!j _I, otly kov, Yu. D.; ~-abrikov, V.
y
A.; KhorWakov, K. G.;
Ti
OITIG: none
T'T!2: Application,g f 'zoro-diffusion mothod to the technology of propi
hi'li-froquency fqrrjtp;L,_
SOb-11CE: Vsosopmnoyo sovoshchnniyo po forritam._ lth, 1,in:il-. Fizicheakiye i
fizikolkhtmichaskiyo and physicochorucal proportion of
forritos); doklady sovoshchanlya. Minsk, llaulca i toldinAlm, 1966, 42-/,7
TOPIC TIM: ultrahigh fro'quoncy, forrito, oolld solution, resonance line / P-28
ferrite
VIST
~J.,RACT: Tho coramic mothod for proparini; Mil forrito.,; !~,; ruvi(,wod an(l fowid
inadoquato, A suggostod now mothod conol3ts ,)C proparir-w micro-hutcro--onuowj
..lorrito powders from solid SoluLiows of isn-morphic saltr~. For ox-implo, forri"o
batchos ~!ro ob'~alnod froll) ".0lid soluLlono of schoonik'.9-typo Cioublo ualius w1iichl'
under hoat troatmont, yield
Card 1/2

07947--67
ACC MR: A71602-6974
I (NjFe.-O,) + 12 SO, + -L SO. + 2 NJ Ij + 7 11,0.
3 3
The forritoa ob"ainod by this zoro-diffusion mi,?tho-, are foim(! ',,,j be don5e and
Suffinienttly ho'm0('-(3n0ou.','. Ro.3onanco absorIA-ion linu cm,vor, plotfxd zt~;alnjt
density in thfj ferrite matorial show strnIghtu linor, and, for ettoos wlior-j nondif-
fusivo r s are used the ferrite dells-ity is found to reacil 4.31" AM3 wil"Il
nothod j
24- to 30-oorsted line widths. A detailed description 13 given for the prepara-
tion of a P-28, Mg-14n ferrite, using tho nondiffusivo mothod. Orig. (Art. has:.
1, figures, 1 formula, and I table.
SUB GODE: II/ SUBM DATE: 22Doc65/ ORIG W: 0105
Card 2/2

-NR1
A
CU AT602BW SOUICE CODE: UH/0000/66/000/000/0343/06~
1AUTHORS: Gushchina, Z. M.1 Stolyarov,-A. K.; Fabrikov,, V#.A.;
ORO: none
TITLE: Ferrite materials for alternating field valves
SOURCE: Vsosoyuznoye soveshchaniye po ferritam. 4th, Minsk. Fizicheskiye I
fizikokhimicheskiye svoystva ferritov (Physical and physicochemical properties of
ferrites); doklady soveshchaniya. Minsk3 Nauka i tekhnika,, 1966, 343-349
TOPIC TAGS: ferrite, magnetic property, magnetic hysteresis, magnetization curve
ABSTRACT: Several ferrite materials for use in alternating field valve installations
were developed. The choice of starting materials and experimental conditions was
guided by the theoretical considerations of A. L. Mikaelyan (Teoriya i primeneniya
ferritov na averkhvysokikh chastotakh. Gosenergoizdat, 1963), and the experimental
conditions are tabulatedo The Curie temperature, the resonance line widthp and the
thermal dependence of magnetization of the synthesized ferrites were determined. The
experimental results are shown graphically (see Fig. 1). It Is concluded that ferrit,
of type P-28~, P-431 and M-274 are suitable materials for use in alternating field
Card

NRs
L
Card
L
Fig. 1. Temperature dependence
of magnetization of ferrite
M-274
Jw
w -M J JV w -me
valve installations, Orig. art, hast 2 tables# 6 graphs, and 2 equations.
SUB 'CODE: ii/ SUBM DATEs 22Dec65/ ORIG RE73 004/ OTH REFs 002

-- BIWV, I.F.; VOLKDV, A.V.; -V-T_
Blectrio mobins, stopping after breakage or slippage of the sliver
on roving machines. Izv.vyz.ucheb.zav.;tekh.tekst.prom. no.5:129-131
16o. (MIRA 13:11)
1. Ivanovskiy tekstil'Wy institut iment X.Y.Frunze.
(Spinning machinery) -

BESEKERSKIY, Viktor Antonovich; VOSTOKOV, Sergey Borieovich; TSEYTLIN,
Yakov Moiseyevich; GORDEYEV, V.G., kand. tekhn. nauk, retsenzent;
LAB
IT)LALIT; nauchn. red.; IASKOVA, L.R., red.
[Electromechanical smoothing devices] Blektromekhanicheskie
eglazhivaiuohchie ustroistva. Leningrad, uSudostroenie,"
1964. 145 P. (MIRA 170)

"A rtu(lv of tlir.~ trinf -m-tiow~
i,o:7,ono:-ov l,,,i-iir of Inori,,~mic Glni~mi tr:! -,d: --r~
of Clnnlie-t- af, ~cienc,.r )
Cl :,,--topis' No. 1A, 10 Den~,mbt-,r VI,Y~,

----------
14-randanvA xw er
IddiMl
-~tlamtoif I It 64 aud
01:
27-S lawt, nelh. tr"Okah, J=
SRI 4~
.444. Sauk S.$ vR, 04, 7(lQM).-Ad6. of ints I
uics. of NA011,10 Ck ai PhQO.0tdV&sftt4 loin. It W14 to
Cause partfal &cmpn. of thc$00. Milt with the formtwu of
p(MPh*-6-t=PtAle 024 the nomal sodlufn lungstate.,
'n,," lal two lcmtkl~ I~CiUA to (19,11a doWe ov oo.-
ff,;b4-t4JhO'+ ON4011 + 4140
14a,(PW,00-3904WC~2110, Jf-Ij suqeste4 that the'
double salt may be in lnt=edl4te ptvduct to the formation
of.the, wd. &At. Otto if. !,)11!11ML-

USSR/Chemistry - Conversion processes
Card 112 Pub. 22 - 22/43
Authors Spitsyn, Vikt. L', Hemb. Corresp., All SSSR, and Fabrikova, Ye. A.
Title Conversions of sodium phosphotungstate during reaction with sodium hydroxide'
rerlOdiCfa I Dok. AN SSSR 106-1, 84-87, Jan 1, 1956
AbOt"'Ot I The reaction between sodium hydroxide and ordinary tri-8ubstituted sodium
phosphotungstate was investigated. It was found that the addition of small
amounts of sodium hydroxide to the sodium phosphotungstate solution results
in partial decomposition of the saturated salt and formation of phospho-9-
tungstate and normal sodium tungstate. These tungstates react between each
other forming a new chemical compound of the binary or complex salt type.
Institution Moscow State University im. M. V. Lomonosov
Submitted June.29, 1955

Card 2/2 Pub. 22 - 22/43
Periodical Dck. At, ",rSR 106/1, n4-87, JIM 1, 1956
Abstract The ponnibility that the biwiry salt mmy be an inLermediate product formed
during the synthesis of the saturated nalt froza the phosphate and sodium
tungstnte, is dI.-,cusued. Five referencos: 2 UQ'jR, 2 Gem. and 1 USA
(1908-1952). 'fables; grnphs.

VERSHKOVSKAYA, O.V.; FABRIKOVA, Te.A.
Gallium In sphalerites. Govol-thimiia no.4:320-324 '57. (MIRA 121-3)
1. Institute of Minemlogy, Geochemistry and Crystallochemistry of Rare
F-lemonts, Academy of Sciences. U.S.S.R., Moscow.
(Kurama, Range-Sphalerite) (Gallium)

AUTHORS: Saltykuva, V. S. , Fabrikova, Yo. J". 75- 1 -)/'26
TITLE: The Determination of Gallium in Ydnerals by the Rhoderaine
Photometric Method (Opredeleniye --ullijz- v -i;ic:L'-1akh
pri pomoshchi rodaminovooo fotometrichesko,;o netoda)
PERIODICAL: Zhurnal Anal it i che skoy xhimii, Vol 13, `~'r 1,
pp. 63-65 (USSR)
ABSTRACT: The main deficiency of th,-, reactions u-ced for the determination
of small quantities of jallium lies in their low specificity.
Gallium must therefore be separated froz: hydrochloric solutions
by repeated extraction of its chloride wit'k. ether or amyl-
acetate. This circumstance renders the work with series
analyses extremely difficult. The authors porfected a
quantitative photometric method of the detrrmination of
G~allium with rhodamine B according to Onislii and Sandell
(reference 3) in a manner that gal-4ium is not separated from
the accompanying elements. jallium can be detor:.,ined in
minerala independent of the content of iron and aluminum.
With gallium ions in 6n-hydrochloric solutions rhodamine B
forms a colored chlorine gallate of rhodw.1ine B which can be
Card 1/4 extracted with benzene. The presence of more than O,ry

The Determination of Gallium in Minerals by the Bhodamine 75-1-9/26
Photometric Method
~;alliuci in the solution io recot;nized by -- red-violet
colorin:- of the or6anic layer, a -allitim content lying below
0,57, an orange-yellow fluorescence. The disturbin.- influence
of Au (III), Fe(III), Sb(V) and Tl(III) is removed by the
addition of TiC13 to the initial solution. Other forei,,,n
ions, with the-exception of the ion ITO+ (probably misprint,
should read 110j; abstractor's remark) h not disturb the
proof and the etermination of gallium. The law value of the
extraction coefficient for rhodamine E - chlorine gallate
in benzene and its dependence oil tile composition and the
concentration of the admixtures in the solution prevents the
possibility of a quantitative determination of jallium
according to Onishils method, but without a prcvious separation
of galliu. The authors found that a mixture of ether and
benzene exercises a much more intense extracting effect upon
tile rhodamine-complex of gallium from hydrochloric solutions
than the individual componontt; of this mixture. 'When plotting
the percentage portion of the precipitEte extracted againot the
composition of the mixture of ether and benzene a curve is
obtained which shows a sharp maximum at a volume ratio ether:
Card 2/4 benzene = 1 : 3. This maximum meanfj a 100;.' extraction of the

The Deterininatlon of Galllum 1n Mnerals by the Phodamine 75-1-9/26
Photometric Method
gallium-rhodamine complex into the or~;anic phase and is
pratically independent of the content of admixtures. The
use of this mixture of enzene and ether for the extraction
of the gallium-rhodanide complex per-mits a visual
colorimetric etermination of II-allium. lit a eallium content
of the sample4rom 0,2y to ly the accuracy amounts to 0,1y,
at a gallium content fromlyto 2y - 0,3Y, at a Callium content
from 2y to 5Y - 0,57 and at a gallium content of from 5Y to
10y - ly. The relative error of this determination on the
average amounts to 10-15,'. The minimum quantity of gallium
which can be proved on the basis of the coloring of the
benzene-ether layer amounts to 0,1y per ml. This method was
applied to more than 200 samples of aalliuzi-containin~;
.minerals: bauxites, natrolites, nephelines, sphalerites and
others. The minimum 4;allium content Yhich can be determined
with the rhodamine B - method without separatinj,7 -allium from
the accompanying elements for aulfidic ores, natrolitem and
nephelines amounts to 0,00011*1", for bauxites and some silicates
to 0,00171j. The results obtained were co:.-ipared with the
Card 3/4 results obtained by Lukin's method (ref. 5) and also with

The Determination of Gallium in Minerals by the Rhodsmine 75-1-9/26
Photometric Method
those obtained by the rhodamine-iretliod with a previous
separation of gallium from the accompanying elements. It
was found that the deviations of the result:: do not exceed
the error limit of the method (10-15"). There are 1 fi6ure,
1 table, and 8 references, 4 of which are Slavic.
ASSOCIATION: Institute for -iner:~logy, Geochemistry and Crystallochemictry
of Rare Elements AS U'3SR, Moscov (Inutitut mir,eralo,--ii,
geokhimii i kristailokhimii red'lzikh ele-aentov SSSR, Mos1tva)
SUBMITTED: January 5, 1957
AVAILABLE: Library of ConEress
1. Gallium - Determination 2. Rhodamine -
Applications 3. Photometry - Applications
Card 4/4

.5(2)
AUT"MR: Fabrikova, Ye. A. SOV/75-14-1-7/32
TITLE: IncreasiM Sonsitivi~ty and Accuracy in ~ho Determination of
Cesium ii. Minerals by the Aid of Flame Photometry
(Povyshoniyo chuvstvitellnosti i tochnoati opredeleniya
tseziya v mineralakh metodom fotometrii plameni)
PLI;1ODICAL: P~hurnal analitichookoy khimii, 1959, Vol 1,1, Nr 1, _DP 41-44
(USSR)
The author worked out a high-sensitive flame photometric
determination method, that permits to determine one-hundredth
and one-thousandth percentages of cesium in natural materials
vithan accuracy of 5-1T,~. The determination limit is at 0.2r/ml.
The increased sensitivity of this method was attained by the
aid of the increase effect of the cesium line radiation
intensity at X - 8521 X in the presence of large amounts of
potassium. The influence of the other alkali metals (K, Na, Li,
Rb) upon the cesium line intensity at 8521 X was investigated
quantitatively. A monochromator UM-2 served as analyzer of the
spectral lines. The radiation intensity was measured over a
photo-multiplier FEU-22 by the aid of a reflecting galvanometer
of the M-21 type. It was found that the Dresence of other
Card 1/3 alkali metals effects a noticeable intensity increase of the

Imareaming Sensitivity and Accuracy in the SOV/75-14-1-7/32
Determination of Cesium in Allnerala by the Aid of Flame Photometry
cesium line, if the concentration of the admixtures is higher
than that of cesium. The greatest effect of that type is shown
by potassium, whose influence with increasing concentration
tends towards a saturation value. Potassium contents,
corresponding to this saturation value of the concentration,
effected a 25fold increase of the cesium line intensity. The
connection between line intensity and cesium concentration in
the solution in the presence of large quantities of potassium
for 0.2 - loorcalm, is virtually a ntraight line. The same
connection shows a curve, if' taken with pure cesium salt. The
essence of the method elaborated for the determination of
cesium consists in that a large quantity of potassium sulfate
(5570t,/ml)
solution prior to flame photometrical measuring. Potassium
content in the initial material is to be considered with an
accuracy of 50 g-lml. The chemical preparation of the samples
bt-~foro carrying out the dotermination took place accordiAT to
data Xrom publications (Ref 2). The relative error of the Cb
determination amountz to :t 4.45 ' when determinine
Card 2/3 one-hundredth parcentat,-eu and
is added to the sample solution and to the standard

:ncresging BenpitiviLy and. Accuracy 12 Wie S 0'1/7 14 - 1 - 7 2
D e te r m i i ia t i o i i of* Cocium in fUrierals th-c-, Aid olf M:~mu -hutuncti-y
on onn_thout~andth pc rcen t:i..-,c s. f.,loproducibility is
saticfactory. -1'hu -!-j-ncc,(1urc of the -Lzial.ysis o,' i inerals from
thC PI':~T1.13":%tiOll to Lh~~ 1,110t.k'rtric".1 flwto~ irvition of'
cc~;iurl !.:~' very acC'.'.:.""LC1'i Jejovibcd. '.oMe cosium
deLerrdw tions in accordinr; to thi,; method are also
L
opecified. '2he fo--muln for the calculaLion of thc~ cesium
conLeat on tho ba,.i-,; o.' !h.,-, zouulto i-' t;iven. 'Z!~ero are
fi-iir0s, tablefi, and 2 !-ci*orerico.,~.
CIATIOI': Institut mineralogii, gookhimii i kristallokhimii redkikh
clowntov AJi .33SH, Uoskva (Institute of 11;dneralogy,
Gcochemintry and Crystal-Chemistry of Y-kare 1,;lements, Academy
of Sciences, USSR, Moscow)
SUBMI E"ID: Hovember 28, 1957
Card 3/3

FABRIKOVA, TeA.
,
Flame-photometric determination of small amounts of rubidium In
silicates. Zhur.anal.khim. 15 no.4:427-430 Jl-A9 160.
(MEU 13:9)
1. Institute of Mineralogy. Geochemistry and Cryotallochemistry
of Rare Zlements, Academy of Sciences, U.S.S.~i., Moscow.
(Rubidium--Analysis) (Silicates)

FABRIKOVAJ, Ye.A.
Flame photometric determination of alkali metals in silicate
rocks and minerals. Trudy Inst. min., geokhim. i kristallokhIm.
red. elem. no.6:118-128 61. (MA 15:3)
(Photometry) (Alkali metals) (Silicates)

S/075/61/016/001/003/019
V) B013/BO55
AUTHOR: Fabrikova, Ye. A.
TITLE: Flame-photometric Determination of Small Amounts of Cesium in
Natural Samples Enriched in Potassium
PERIODICAL: Zhurnal analiticheskoy khimii, 1961, Vol. 16, No. 1, pp. 22-24
TEXT: The present work studies the possibility of separating microquanti-
ties of cesium from large amounts of potassium by coprecipitation with
ammonium silicomolybdate. The author used the data given in Refs. 10 and 11
as a basis for working out a procedure for this coprecipitation. These two
references state that the solubility of cesium silicomolybdate decreases
with an increase in acidity of the solution, while excess ammonium chloride
markedly decreases the solubility of ammonium silicomolybdate. By al-
ternately varying these factors it was found that cesium is completely
coprecipitated with the ammonium silicomalybdate precipitate from a solu-
tion containing 0.1 g/ml H 2so 4' 0.2 g/ml NH4Cl, and 1.4 g/ml 2Na 20 . Sio2
. 12MoO3 (Table 1). Tests of the degree of coprecipitation of cesium with
Card 1/2
*MRW

88579
Flame-photometric Determination of Small S/075/61/016/001/C'03/019
Amounts of Cesium in Natural Samples En- B013/BO55
riched in Potassium
ammonium silicomolybdate in the presence of potassium showed that potassium
does not interfere. The major portion of potassium (99.8~o) remains in solu-
tion. The results obtained in four check determinations of cesium in dif-
ferent granite samples appear in Table 2. From this it may be seen that the
losses do not exceed 16.6~. The maximum sensitivity of the flame-photo-
metric determination of Cs in the presence of 2500 Y/ml potassium agrees
with the data given in Ref. 7 (0.1 - 0.2 y/ml). The chemical preparation of
the sample is described. The flame-photometric measuring technique has been
described in Ref. 4. There are 2 tables and 11 references: 4 Soviet,
2 British, 1 German, 2 Japanese, 1 US, and 2 Austrian.
ASSOCIATIONi InBtitut mineralogii, geokhimii i kristallokhimii redkikh
elementov AN SSSR, Moskva (Institute of Mineralogy, Geo-
chemiLitry, and Crystal] achemistr of Rare ElemerltEi of the
Aoi;dt'tft'Y t)r "01,21;Qat'
SUBYITTED: January 14, 1;1561~
Card 2/2

KOGAN, B.I.; KALIZHANOVA, Ye.G.; SALITINA, L.V.; SOLODOV, N.A.;
DMITRIYEVA, O.P.; Prinimali uchastiye: UKHANOVA, N.I.;
PERVUKHINA, A.Ye.; KAZANTSEVA, V.G.; ULANOVSKAYA, V.D.;
VLASOV) K.A., glav. red.; LIZUNOV, N.V., otv. red.;
PYATENKO, Yu.A., otv. red.; SALTYKOVA, V.S., otv. red.;
SLEPNEV, Yu.S., otv. red.; FABRIKOVA. Y*.A.. otv. red.
P _6' ekhn. red.
PODOSEK V.A., red. i.zd-va; OLIJBI, s7.i., t'
(Rare alkali metals (lithium, rubidium, and sesium); a
bibliography on their geochemistry, mineralogy, crystal
chemistry, geology, the analytic methods of their determi-
nation, and their economics]Redkie Wwhelochnye metally (litii,
rubidii i tsezii); bibliografiia po, geokhimii, mineralogii,
krlstallokhimli, geologii, analiticheskim metodam opredeleniia
i ekonomike. Sost. B.I.Kogan i dr. Moskva, Izd-vo Akad uk
SWR~ 1962. 327 p. (MIRA 1r)
1. Akademiya nauk SSSR. Institut mineralogii, geokhimii i kri-
stallokhimii redkikh elementov. 2. Chlen-korrespondent Akademii
nauk SSSR (for Vlasov).
(Bibliography-Alkali metals)

Y(,.,,..; 1.1,AYEVA,
Fl,!tmn photorrietric determinatinn of hFirlum In rtpl.~iral
obJ ec tN. Zhur. nnal. kh4m. 18 no.V-,29-332
1. ln3tit.ut minpralogli, gpckhiai!t I
redk1h1i plementov AN SSSR, Moskwi.

FABRIKOVAI Ye.A.; ISAYETA, A.G.
",
-11
Joint flame photometric determination of strontium, calcliur,,
and barium in natural samples. Trudy I%RE no.18-,175--185 163.
(MIRA 16,-12)

FABRIS, Karol, mer.,inz.
The tasks of the technical management in the field of production
concentration. Przegl gorn 17 no.9:442-443 S 161.
1. Wiceminister Gornictwa i Energetyki.

FABRIS, Karolp mgro inz.
Problems of electrification and demethanization of gas mines
in the U. S. S. R. Wiad gorn 13 no.1.7-12 Ja 162.
1. Wiceministor Gornictwa i Energotyki, Warszawa.

FABRIS, Karol., mgr inz.
Problems concerning the reconstruction of coal m1nos. Przegl
techn 85 no.48:9 29 N 164
1. Vice-Minister of Mining and Power Kngineering, Warraw.

FABRISTOV, A. So
"Marker Sowing of Plowed and Industrial Crops in Wide Rows," Sov. agron.,
No.2, 1952

FABRISTOV, No, agronom.
Using molybdenum for fertilizer. Nauka i pared. op. v selikhos.
8 no.400 AP 158. (MIRA 1115)
l.Raysemkhos imeni Timiryaseva, Kranno-Bakovokly rsqon, Gorlkovskoy
oblasti.
(Plants, Iffect of nolybdenum on)

SELYAKOV, L.M.k FABRISTOV, Yu.L , red.
[Aperture distortions and their correction; textbook for a course
on amplifiers, indicator systems, and television] Aperturnye iska-
zheniia i ikh korrektoiia; posobie dlia kursa usiliteleil indikator-
nykh ustroistv i telovideniia. Taganrog, Taganrogskii radiotakhnich&-
skii in-tj 1960. 74 P, (MIRA 14%10)
(Television-Handbooks, ma*alsj etc*)

PISICA,q Const. D.1 FABRITIUSp M&US -
Proctotypidle (Rp.) of Farm-miss Studii biol agr Iaoi
13 no a I 179414 162 e

NAm L 18114-66 EWT(d) IJPIC)
ACC NRs---AP601Q3V7 SOURCE CODE: 5/000/003/017710185
AUTHOR: Fabritsip Lrrich-Fabrici, I. (Bratislava)
ORG:. DepartIment of Mathematics# Chemical Facultyp Slovak Institute of Technology#
Bratislav (Katedra matematiky#'Chemicka fakultap Slovenaka vysoka. skols. technicka)
TITIEt Invertible elements of a semigroup and their relation to increasing elements
of-a semigroup r
SOURCE: Matematickc-fyzikalny casopis,, not 3, 1965v 177-185
TOPIC TAGS: group theoryp matrix element,, mathematics
ABSTRACT: The article has the purpose of characterizing in a certain manner the
structure of-semigroups which contain invereible elements and also the structure
of semigroups which contain increasing elementse [JPRS1
SUB CODEt 12 SUHK &TEs 2lNov63 ORM MWS 002 OTH REFt 001
60V REFt 002
Card 1/1

FABRITSIUS, I. V.
"Archeological Map of Black Sea Coastal Area of the Ukrainian WISR911 Kiev
Izd-vo Ak. nauk U#rSSR, No.l,, 1951

FABRITSIUSJ, I. V.
"Geographical Distribution of Scythian Tribes," Vest. drev. ist.., No.2., 1952

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the vsli-ofuty insignificantly. Water f I Ar~ % oh-traw-,
00 the vswoollycossuilderahly. There ivactiiain nw%. loarf.
ing; Of the viscosity. which for alco. is at LI 3% Lunen_
an excern of ale. has no effect on the wiff,wity. Uhr
00
degive of lowertail of The viscusilty delisrsulawi it* pirluni-

j nisfy -struent strul the ctawn. of the rubber tvitwist, i r..
Irv
00
the higher the cussicn. will the kw prrJunsuisty tielstutent 4
oo
the rubber cermant The preaterr the lowering of the via- t
00 coalty. The =Uzof ccusents Increase during storrissr, 4 goo
Independent of the introduction of alcli.; the vinconitica
1;
**
00 rentain umcbanpd for 24 lurs. after sithin, of Ace.. but they .
till
liegraft on
have : tradirstry to 1 3 plokloss"I i,twang. plifficls-
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110i
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nu
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s; MIT. It Is recomniendvil to add
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