SCIENTIFIC ABSTRACT FEDOROVICH, M. - FEDOROVICH, V.P.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000412710019-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: July 27, 2000
• Sequence Number: 19
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

nwROVICH, 14.
'Use of matrix calculation in factory planning.
1$5 F 158,
(Factories--Accounting) (Matrices)
Top. skon. no.2:154-
(KIRA 1113)

GILWS, G.G., kand.takhn.nauk; DONSKOV, V.Te., kand.akonom.nauk,
retsenzent, speterade; MCROVICH, M.N., kand.ekonom.neuk.
retsenzent; RISE, G.S. Zw red,-,~ ~TARA N.M., tekhn.red.
(Setting up te -chnical norms in the food industry] Tekhni-
chaskoe uormirovanle v pishchavoi promyshlannosti. Moskva.
Pishchapromisdat. 1959. 289 p.
(KLRA 14:2)
(7ood.ludustry)

25(5) PHASE I BOOK EXPLOITATION SOV/2765
Fedorovich, Mikhail Mikhaylovich
Organizatsiya I planirovaniye khimicheskogo predpri.yatiya (Organi-
zation and Planning of Chemical Enterprises) Moscow, Gosplanizdat,
1959- 547 P- Errata slip inserted. 7,000 copies printed.
Ed.: I. M. Petrushev; Tech. Ed.: Ye. S. Gerasimo,ia.
PURPOSE; This textbook Is Intended for postgraduate students
specializing in the organization and planning of chemical plants
on the basis of principles governing the socialist industry.
COVERAGE: The book reviews the scientific basis underlying organt"
zation and planning of-layouts of socialist industrial enterprises.
It outlines major differences between the capitalist and the.social-
ist industrial enterprise, and points out the advantages of the
latter. Chemical production processes and methods are analyzed
and the trend to shift over to continuous production processes and.
automated operations is pointed out. Organization of work, manage-
ment of the socialist-enterprise and operation of its various
-cal plant labora-
officea with.automatic control equipmentl aheal
Card 1/16

Organization and Planning (Cont.) SOV/2763
tories and their operations are described. In addition, the
author reviews principles of Soviet cost accounting, financial
forecast, pay scale and rates, remuneration of executivesq engi----
reerop technicians and workmen, the system of rewarding them for
outstanding performance and the recruiting and training of chemical
plant staff members. He also.reviews the production program of a
chemical plant, its elements, capital investments, depreciation
of capital items, various expenditures, commercia.1 expenses, over-
head, etc. The author thanks economists A. 0. Letoshkin who
participated in writing Aapters X and XI, N. A. Polyakova who
participated in.writing Chapter XII, and A. 14. Kovaleva who parti-
cipated in writing Chapter XVI. He also thanks N. A. Vlasova,
I.M. Petrusheva, M. S. Ter-Stepanyants, V. A. Tikhomirov, Engineer
I. I. Kovalin, Doctor T. V. Teplova, Professor N. P. Fedorenko,
and D. A. Troitskiyifor their Pomments and consultation. The
book contains numerous tables, graphs and sample.calculation1j.
There are no references.
dard 2/16

FEDOROVICHO M.
Application of mathomati'co in plaiming. Vopookon. noOtI35-156
161, (MIRk W15
lChemical industriev) (Msthowtical modeLi)

=R(YnCH X H prof.; CEMWSKArAy'NoNep dote., kande ekon. nauk; )&,LMp
doteep kmA. tbkbn. nM*j EDZHIRp L.Fe 9 kamdo ekono nauki
RWAIrASPAp Z -.P.9 dotep kand. ekon. mukj BUMMf le.P,.# 4joktor
tekbn, nauko prof.1 SKVORTSOVAV NOT.9-kaivl. ekon. Lauk; MWOROVICHs
MaHep protep redel P=IWSEZ7p*1.M.p red.1 PONMWM'A, kx-~-t~-
(Matbamatical met*ao'izi'~roduotlon plamirig] Matematicheskie metody
v planim-isnii proizvodotva. Moskva# Izd-yo ekon,. 2-it-ryt 19616
150 pe 01IRA 34:8)
1. Mookovskiy'inzMnefto,;-ekonmibhbiUy inetitut i3a. S.Ordzbonikidso
(for FedorovicW Cbereyskayaq Ne..Udov.t' Kozhinp Rugrantsevo Bopovo
Mmortsova) (Economices Hathematic-92)

BISMEV, Mikhail Andreyevichi kand.ekonomnauk;_MRnVTrR,_EaiaiI
-,-_Mikbmy2Qyic-'4-pr1&Aj* PMUSHEV, I.M., red.; TEL-MPAR-ANT-9-97".
redel GHWIMOVAp Ye*S~p tekbnerede
(Organization of the administration of industrial production]
Organizatsiia upravlenila promyshleur7m proizvodstvom. Moskvap
Gos.izd-vo planovo-ekon.lit-ry, 1961. 224 p.
(KIRA 146)
(Industrial organization)

FEDMOVIC HX.-; CHEREIS"j N.N.j SOKOLOVAI L.V.; TOEELKOp I.L.
Computation of the technical and industrial plan of a chemical
enterprise by themethod of matrix calculus. Khim. prom, no,9:
44-49 S,!6l. (MIRA 15:1)
1. Moskovskiy inzhonerno-okonomicheqkiy institut imeni Sergo
Ordzhonikidze.
(Chemical plants)

FEDOROVICH, M.M.
(Production processes and their automation in chemical
pIants]FroizvodstvenrWe protsessy i M avtotratizatBiia
na khimichookikh,prodpriiatliakh. Yoskva, Mosk. inzhenerno-
ekon. in-t im, Sergo Ordzhonikidze,, 1962. 51 p.
(Automation) (MM 25:1-1)
(Chemical industries-Equipment and supplies)

FEDOROVIC, M. [Fedorovich, M.]
- Concept of complex automation. Podnik crganizace 16 no.11%
525-526 N 162,

unnanyTa. mikhail Mikhaylovich, doktor ekon. nauk; KOFMIKOV, A.M.,
red.; KOGAN, Te.L., red.; RAKIM I.T., tekhn. red.
[Cybernetics in economicsj the economic efficiency of ap-
plying cybernetics in the national econoz7) Kibernetika v
ekonomike; ob.akonomicheakoi effektivnosti primeneniia ki-
bernetUd v narodnom khoziaiFjtve, Moskva, Izd-vo "Uanie,u
1963. 43 p. (Novoe v-zhizni, nauke, tekbnike. III Seriia;
Hkonomikap no.24) (MD[A 17:1)
(Autoruation)

FEDOROV-r
yUhjr. doktor ekon, riauk,, prof.;
Prinimal uchastiye POGOSTIN, S.Z.,, kand. ekon. nauk;
INSHAKOV, A.N.j, redo
(Organization and planning of a chemical enterprise) Orga-
nizataiia i planirovanie khimichookogo predpriiatiia.
Moskvap Ekonomika, 1965* 462 p. (MIRA 1M)

SON
FEDOROVICI KikhWIovieb.. prof,; KHORUBZMT, L.A.y nauchnyy
tekhn. red.
red.; HIRONOVs S.1a.) red.; RAKITINy LT.,,
[Mathematical model of the technical, industrial and
financial plan]Matematichookaia model' tekhpromfinplans.
1-10'sk7as Izd-vo "Maniev" 1962. 61 p. (Novoe v zhizni,, nauke,
tek~mi e. III Serlia: Ekonomika, n0.3.3/14) (MIRA 15:9)
(Industrial mang nt) (Economics.. Mathematical)

FEEDOROVICHI.M.M., prof.; RAZUMOVA, I.V.
improvement of industrial planning in the chemical industry.
Zhur.VKHO 9 no.ls24,43 164. (MIRA 17:3)

Auf Dem Weg Zum Stachanow Betripd
(on the Roal To the Stakhannv lyitem)
Aus Den Arbe Trmrfalirunrn Dqs K-libm-men (BY) N. Fedorowitsch.
Berlin, Vprlag Kultur und Fortschritt, 1950
62P. (Kleine Buchere D-r Gesell-Sehnft T!ur Dnut1ch-3owjet.1sche Frpmd-
Schaft, jeft 1)
Description on Working experiences of the "Kaliber 2avokill for teqtin7
and ms,,,rurin_s' instru"nents, Its induFtriel deve!-)F-~.lnt, .-nd aFreat -chlp~,rr?-
ments rt,,gardina the Fivs~-Yeat Plani.

MOROVICH,N..
W,44041mii: ~~,
Valuable Initiative of Tarner Kralichkin (NIndividual and collective
plans for increasing labor prodactivity.0 Sov.profooiusr 3 n0-9:90-
91 S 155. (MERA 8:12)
(Labor productivity)

FRMOVICH, H.
=Ivery~thiug for the man. .0khr*truda I soti.strakh.
(Moscow-fthibitions)
no.8.-9-14 Ag 1590
(MIR& 12:11)

IOFYZ, A. akoAamik; STILIBANS, L.; ZORDANISKVILI, To.; vortymag, x... r Aj
Thermoslactric refrigerator. Khol.takh.33 no.1:62-63 Ja Mr 156.
(Refrigeration and refrigerating machinery) (MM 917)
-2r

57-28-34/'33
ATTTHORS i Stillbanat L. S. f Fedorovich.
TITLEt On the-Performance of Cooling Thermoelectric Cells on Non-
steady Conditions (C rabote okhlazhdayushchikh termoelementov
v nestatsionarnom rezhime)
PERIODICALs Zhurnal Tekhnicheskoy Fiziki, 19589 Vol. 28, Nr 3, pp-489-492
ABSTRACTs The performance of a cooling thermoelectric cell on nonsteady
conditions was.theoretically and experimentally investigated
here. The equation for the temperature of the cold soldered
junctions (4) is derived. The analysis of this formula (4)
shows that the inertia of the thernoelectric cell is a func-
tion of the square of its linear dimensions, i.e. that the
cooling velocity is inversely proportional to the square of
its length. The cooling velocity increases with the current
rise. The investigations were made in specially produced
samples as well as in thermoelectric cells of usual construc-
Card 1/2 tion. It is shown that the inertia also depends on the opera-

57-28-3-8/33
On the Performanoe of Cooling Thermoelectric Cells on Nonsteady Conditions
tion amperage and can many times be reduced by the use of a
pulsating current with ana~ylitude which surpasses the value
VTL 34-1,
of the optimum current Steady conditions. In the case of
a pulsed operation the thermoelectric cell may for a short
time guarantee a c oling which considerably surpasses the
maximum cooling/v`aofifeady conditions. M. N. Vinogradov help.-
ed with the measurements and the production of the thermo-
electric cells. There are 4 figures, and 2 So-viet references.
ASSOCIATIONt Institut poluprovodnikov AN SSSR)Leningrad
(Leningrad Institute for Semiconductors AS USSR)
SUBMITTEDi October 1, 1957
1. Refrigeration systems--Equipw-nt 2. Refrigeration systems
---Performance 3. Electric currents--Temperature factors
TITIZ: Thermoelectric cells
Card 2/2

34246
3/181/62/004/002/041/051
42 S-3 B102/B138
4"Tr"HOFS. Boltaks. B. I., and Fedorovich, N. A.
"ITLE. Diffusion and solubility of silver in tolluride
PERIODICAL: Fizika tverdogo tela, v. 4, no. 2. 1962,
TEXT. Silver-doped Bi 2Te is an effective material for the negative sid,~
oil a thermocouple, Ag dilfusion and solution was studied with p-type
B12Te, single crystals grown by the Bridgman method. The conductivity rf
1 1. - -4en, was
the specimens was 500 ohm- cm- the thermo-emf coeffic. 11
,-2010 av/de~g, Thej were cut partly in parallel arid partly perper~lic'.Ilar
the cleavage plane. Diffusion annealing was carried cut in an argon
0 110 bracer and removin-
atmosphere. Diffusion was investigated by using A6
thin layors, arid was found to be highly anisotropic; in the clea-;-age Plan:,
'~-t-e difftzion rate wav 3-5 orders of maJnitude %AI:,her than in 'Lh_-, cro-l~
II ~ - - 6 -8 to -10 -5 cm /sec between ICII--', -1-1 "e"
directior.. D w-s ch--n-ed from~10
and D, from -10- 11 to~,5-10- 80M2/sec between 300 and 500 C.
Card 1/3

)1246
S/1 8 1 /" ~/004'002/041/0z'
sjiubility of silver ... ~102'/B~138
Do -- exp(-0.42,/kT'cm2/sea
D1 ~ 2.3.10_1exp(-1.17/kT)cM 2/Seco
'."hp anisotropy in diffusion is attributed to structural anisotropy. The
~irdor of the atomic layers is _-Bi-Te if-Te ii-Bi-Te I- Bi-Te IC"' so t 'r. -at
tliree Te plus two Bi layers form a quintetq which is separated from The
one by a greater distance. Ag, and other elements of the first grr-,r!
~,an only penetrate in an interstitial manner. These interstitial al.cm!j
tLre easily ionized and form donors. Copper diffusion in Bi 2Te; d is p. ay
same effects. The same specimers were used to study Ag scluli--~n'
F'nnealing time was varied between 17 and 96 hours depending on the
-emperature, The solubility measured in tne range 200-5000C. was
19 3. C
--'I - 3~51-10 atoms/CM Saturation is reached above 400c.,
s"adents V. P. Kokoyev and Li Min-i are thanked for measuremento. T.Jrai-
are 2 figures and 2 references: I Soviet and 1 non-Soviet, The refer-3r.-
to the English-language publication reads as follows. R, 0. Carlson,
J.- Phys- Chem,. Solids, 15, 65, 1960.
1;ard 213

34246
S/181/62/004/002/041/051
Diffusion and solubility of silver ... B102/B138
ASSOCIATION: Institut poluprovodnikov AV SSSR Leningrad (Institute of
Semiconductors AS USSR, Leningrad)
SUBMITTED: October 26j 1961
Card 3/3

~-'ffu'slon and solubility of Impurities In bismuth telluride.
1. Boltaks, N. A. Fedorovich.
(;resented by.s. 1. -86f-taks--3.5 minutes).
Report presented at the 3rd National Conference on Semiconductor
Compoundsp Kiahinevp 16-21,Sept, 1963

3/181/63/005/003/036/046
B102/B180
AUTHORS: Boltaks, B. I., and Fedorovich, N. A.
TITLE: Diffusion and solubility of cadmium in bismuth telluride
PERIODICAL: Fizika tverdogo tela, v. 5, no. 3, 1963P 944-946
TEXT: The authors used p-type Bi 2To single crystals grown by the
;ridgman method to investigate Cd dilfusion along and across the C-axis
115). Diffusion along the C-axis was studied by
by the traoor method (Cd
successive removal of thin layers; across the C-axis (i. e. parallel to
the cleavage plane) by contrast auroradiography. In both cases the
experimental data fit in kry well with'-the straight lines in the
log D-versus,-l/T graph, which are given by
D -3 2
= 488-10. exp(-0.48qkT)cm /see
2 2
D - 10 eXP(-1.8ev/kT)cM /see.
The diffu 0 differ.
sion.shows.distinct anisotropy; e. g., at 530 C D,, and DL
0
by 3.5, at 350 C by almost 6 orders of magriitude. The solubility was
Card 1/2

0
S/1 8 11131005100310361046
Diff-usi.on and solubility of cadmium B102/B180
studied with the same samples in the range 250-5300C. Determined from them
tracer saturation.level, it was 2-10 18 - 6010 18 at/CM3.. The temperature
dependence of the solubility has a maximum at 400 0C. There are 2 figures.~
IN-IASSOCIATION: Institut poluprovodnikov AN SSSR, Leningrad
(Institute of Semiconductors AS USSR, Leningrad)
SUBMITTED: Octobor 29, 1962

L 17998-~3 FWP(q)/EWT(m)/BDS_ AMC/ASD nrvi/ja
ACCESSIM NR- AP3001;_01 S/Ol8lA3/005/006/1620/.1624
AUTITORSi Boltaks, B. I.; Fedoroviob, N. A.
40
TITLEs Rediffusion of'silver impurities from a solid solution of B12T?a B2~~
SOURCE: Fizika tvordogo telap Ve 5. nok, 1963, 1620-1624
4~TOPIC TAGS: diffusion.~ rediffusion, Jg, Bi, Te, So, 1, semiconductori. diffusion
jeoefficient
ABSTRACT: The environing atmosphere during rediffusion of n
tilme~impuri ties i'
:Seldconducting samples of bis=th tollwide-blamuth selenide was investigated in
,order to discover the role of thl atmospherq in the process. Preliminar7 data on
!this study were presented by the Lthors (Ternm1ektrIchaskiye, svoystva
ipoluprovodnikov. Izd. AN SSSRO L.g 1963) at II SoveshchRnive po ternoolektrichestvu,
'(Second Conference on Thermoelectricity, February 1962). It wns shorm that an
,oxidizing atmo phere facilitates emergence of alloyIne adndx1bures to the surfnce of
a sample. Th efficient -of silver ji
on do _"he tested alloy was computed
with proper c 11sideration of bYv-ement oflEeM m- Ory formed by bound immul U as
A
,(grovith of the oxide film), and the value of this coefficient proved to be 10-8
i cm2bee at 300C. The rewalts thus found indicate that conditions for rediffusion
~q rd 3./g

L 17996-63
iACCESSICN NRt AP3001281
':of' silver involve not only--, oxidAion -of the bismuth talludde-bismuth iselenide
alloy but, alao the possibility of rapid diffusion to an interface. The introduction
of' iodine such an alloy imposes a supplementary bond on the migrating silver,
Ito
Mnderingtts movement to the mmface, Or1g, art. hnst 6 figures dnd 4 formalas.
AISSOCIATIM Institut poluprovodnikov Pq SSSR, Leningrad (Institute of Semi-
SUBETTEDs 16.Tan63 DAIE ACQ3 01JV163 ENCL: 001
SUB CODE: PH No M? sm 005 0 MR: 0011
Card
Valk" k

ir ea
"iusion of silver qnd ooditz in lead ae,en4~~e
- -Ku C,

AP5012595

9.,s F t", j !t,:~4.1; TI a," il~!, N A i
~71V.'~ /75~7-' h t
Fedarovich N. A.
i TriaK: D- If M- - r or m--- Orinblin ma, IbIgm cgym~Le
S (2) -M6; EF1fAk& tyerdogo tell'
i 4. io6q, L-)94-1595
^--,~,mind, aelf-nide, chi 1 ne, p)-ry iri 1
dens~lty 3 x 10--",~ cd'~, and p-t~rpe Eb,*P- sam,31es dop-.-,i with mol.0.5% HazSe with hole
dennity - 6 x 1019 Cd,3 hm Of ffas~-l
Ttm ra&o&*--tJ--ve traccer uts intrudue-ed in tb-J. f
activity wan ref-,istered vith a c ---7tef -Yh,~. Coef-ficieut
in 'he P-fSoe -mrled In thc~ to
-)r c~dariie dlff~--slm I v Fni
Z-4,

'Upovich; MURWOV. Fedor MMylovich; GUROT. S.-
FJDORQTICH, _~4ko"L
--?8M1Wr;-1GJ,"1WAo Aso tqkhdcheskiy~redaktor
Cloonomising electric power In Industrial enterprises; experience of
Xoscow Industrial ad transport workers in saving electric power]
Acononiia slaktroonergil ns, prodpriiatitakh; to opyta bor'by
fabotnikov moskovskol proWshlonnosti I transports, sm. skonmiiu
alektroonerglio [Xoskv~&-] Moskovskii rabochit. 1956. 62 p. (MM 9:7)
(Koneow--Zleatric power)

rAPLUX, N.At; PLMffABUOTA9 N.No; SEURMINA, L.A.; SIROYNCHKOTSKATAg
U.N.; MMIUSA ISD : ORROSM, A.S., prof.. red.; MANIKOT,
M.Yes-9 ruQe; 33=mmo AsIes talihnered,
[Practical manual on applying physiotherapeutic procedures]
PrAtichaskoe rukovodstvo po provedenilu fisioterapevtIcheliklich
protsedur. Pod obahchei red. I.N.Obrosovs. Moskva. Gos.izd-vo
med,lit-ry Medgis, 1960, 182 p. (mm 14:3)
le Chlon-korrespondent Akedemii meditainskikh nauk SM (for
Gbrosov.).
(P=I= TMM T)

Lioftl~~)V, Vale:,Jy Vasillycv.ith; RALIMI, Kh.'L,
re-J. ; FEI~ VICH 14 V .1 nauctArs. red.; rj.'.;
rea ,
(Miracles perform-A w4,thout I'mirlicles"; vtth addlenda dz--
scribing rhemleal exp3riments] Chudgqa Wz llclmdeo,,; s pri-
lozhaniom opiannita khAmichoakikh opyll.ov. LotiLilri~ad, Ct.-Jo
r7nanie" RSFSR, 196.5. 39 p. NIHA IS.-- 10)

FEDOROVIU,Nlna VjAdjmirqMt DAMASKIN, Boris Borlsovichl
KOROU=Aq -ffa.$ fid.
[Manual for practical training in theoretical electro-
chemistry] Rukovodstvo k praktikumu po teoreticheskoi
elektrokhlmii. Moskva, Izd-vo Moak. univ. Pt.l. :L965.
72 p. (MIRA 19:1)
/1",

-Mf A, R. V -FIM-NaPi !,-; HA.H Ff, DO R I X H, 0. K. FUUN-L-S D V, ICH11
'Yorgange beim sintern mit flussiger phase in den systemen W-Ni-Fe und W-Ni-Cu."
report submitted for 3rd Intl Conf on Powder Metallurgy, Eisenach, E. Germany,
13-15 MaY 1965-
Ki6v, UkSSR.
'2.

L 29_97-66 EW"r W/EPF (c)/EM4P(J)/ETC (m) W11/DJ/RX
ACCESSION NR: AR5012169 UR/0292/65/000/003/0061/041
G78.655.066.621.822.5 3_6
SOURCE: Ref. zh. Kh1michaskoy I kholodillnoye mashinos"eniye. Ortdellnyy
vypusk, Abs. 3.U7.422
AUTHOR: Petrov. Yu. N.. redorovich, P, T.
TITEX: On the problem of optimal distribution of pqySapro4,~q~__r!jin ccatings on
the shaft and bearing couple
;CITED SOURCE: Tr. Kishinevsk. s.-kh. in-ta, v. 33, no. 2, 1964, 78-85
.TOPIC TAGS: specialized-coating, protective coating, resin, antifriction beari
thigh temperature coating
MNSLATION: Results of optimal distribution of capronic coatings on a shaft-bear-
'ing couple are briefly described. The expediency of coating the bearing Insert but:.-...--
not the shaft with antifriction material is generally questioned. Physical imar of
-the metallic polymer couple has not been studied extensively and further research
is required. The study concludes that using a thin-layered capronic coating on them.
.reversed couple of the bearing allows one to Improve the removal of frictional heat'
iCard 1/2
~ZR

-I ~ 't, ~- ~ " ", .- ~ 7 '.', , ,
2997-66
ACCESMY NR: AR5012169
f junction clearance more than twice as much as in the
fom
Ato decrease the growth o
.:er coupling, and also to exclude the possibility of disturbing the fluidity of
'friction due to deformations of the geometric form of the stationary part of the
;coupling. The employment of the metallic-polymeric frictional coupling In reverse
!order in Production maintenance makes possible a boost in service life of a machine,
,part, 8 illustrations, 8 references. N. SolovIev.
!SUB CODE: mr
XE ENCLt 00
AJ_
~0`

11146-
ACC NRj AR5019273 SOURCE CODE: Uft/0277/65/000/007/0007/OOOT.
AUTHORs Fedorovich, P. To
ORM none
TITLE: Effect of thermal processing and of fillers in caprone coatings.
on their weai resistance
SOURCE: Ref, zh. MaFhJ stroitelinyye materialy, konstruktaii I
raschet detaley maehin. Oidroprivod. Otdel'nyy vypusk, Abs. 7.48.42
REF SOURCE3 Tr. Kiahinevoko ne-kho in=ta no* 2p 19649 86-91
j_v o 33 t
TOPIC TAGSi Caprone, plastic coating, steel, wear resistance, thermal process, filler
ABSTRACT: The wear resistance ofcaprone coatings (CC) on ste6l-45
(thickness of coating is 0.5 mm), treated by boiling in an oil bath at
a temperature of 100-2000 and a subsequent slow cooling at the rate of
300 per hour, was determined on thoIV-L-1 MPfriction machingilan arrange-
ment of roller and partial, insert. 1he combi_fihU-W-wfi76-u--n-d-er test for
4 houra at r-15 kg/smig and va0.9 m/sec,,without lubrication. The
results showed that a thermal processing of thin-layer CC is a very
important factor In wear resistance and antifriction propertleb. Use
of a thin-layer of CC for repairing worn parts of machines is expedient
both for reasons of economy and for longer serviceability of the
-Cardl/2 uDc:(669.14.oi8+678,51.--539.538

ACC NRa
couplings. The 00 on friction parts must be processed thermally in
oil baths at temperatures or 170-IBOOC during 10 to 20 minutes to be
followed, together with the bath, by a period of coolingp and It must
be rpinforced-with a graphit filler amounting to 8% in weight.
is
SUB CODEs l3jO7 SUBM DATE% none
CO,d 2/2 -tC-

L 29303-66 "'T
_-AZC NR, tUt;)VID27~l"'~~,~W6Cg-CO-i)-g-.-M7OV7-[65/0001007/0007-[0001-1
iAUTHOR: Fedorov1ch,__P2 T.
TITLE.'_Wear resistancJ of metal-polymer bearing mating-parts coated with ca
pron i
SOURCE: Ref. zh. Mashinostroitel! nyye materialy, konstruktsii i raschet detaley
mashin. Gidroprivod. Otdell nyy vypusk, Abs. 7. 48. 41
REF SOURCE: Dokl. Nauchn. konferentsit professorov-i pre2odavat. Kishinevsk,
s. -kh. in-ta, 1963. Kishinev, Kartya Moldovenyaske, 1964, 254-255
TOPIC TAGS: powder metal, polymer, friction, wear resistance
ABSTRACT: A study was made of the wear resistance of metal-polymer S2u
p~lins,"
in relation to their type of construction, slip velocity, loads, material of the mating
parts, tnickness of the coating, etc. The research done on the wear resistance of
capron coating and its dependence on the material.of the mating parts in the reverse
bearing couplings have shown that the couplings which are most resistant to wear
are made of a combination of capron and steel 45, In repairing the worn surfaces of
friction couplings, it is beat to plate with capron the roller-type part., but use steel
bearings. 17.
SUBCODE: J1,140 - SUBM DATE: Une
Card I /I A 1< UDC: 620.178.1

.:kCC NR, AM6002131 Monograph
'2_.L
Frolov, Nikolq Prokhorovich; Bessonov, Valeriy Georgiyevich; Zalov, italix 'D I
Fedorovich; Petsolld, Timofey Makdimovich; Sm~ --Qr/
~%sb-reinforced concrete constructions (Armotsementnyye konstruktsii) Minsk, Nauka I
tekhnika, 1965. 90 P. illus., biblio. 2000 copies printed.
TOPIC TAGS: conetruction materialo reinforced concrete, engineering technology
PURPOSE AND COVERAGE: The book recommends technology to be used in manufacturing
reinforced-concrete structures. It summarizes the results of the investigations of
rigidity and crack-resistance of reinforcea concrete and analyzes some particular
features of its work and design. In addition, an example of the design of a
reinforced concrete structure is given, and the results of an experimental investi-
gatJon of its performance are outlined. The book Is intended for engineers and
technicians working in building and designing organizations, as well as for student
specializing in construction and research workers in this field. There are 46
references, of which 26 are Soviet.
TABLE OF OONTENTS!
Introduction -- 3
Ch. 1. Use of reinforced concrete in construction -- 5
Card 1/2

-L 27220-66
ACC NRs Am60()2131
Ch. II. Materials and techniques in making reinforced concrete structures 12
Ch. III. Investigation of the physical &nd mechanical propt-rties of reinforced
concrete -- 22
Ch. IV. Features in the performance of reinforced concrete 47
Ch. V. Design of reinforced concrete structures 73
Bibliography 89
suB com iii suBm DATE: o9jul65/ ORI G MW: 029/ OTH REF: 017/ F

L 27336-66 EWT(d)/
;JP(c) jD/,DJI',
S h
ACC 11R: AT6008955 COEE: UR/O()00/65/0()C/()O()/0156/0161
AUTHORS: Petro-r, Yu#
ORGi none
TITIEt Investigation of the vear resistu.-co of capron coatings in normal and
'Uversed friction couple a durliW--
SOURGEt Moscow. Institut mashinovedeniya. Plautrrssy v podshipnikak-h
;_issl6do4mVi_, opvt pri-meiirnf~ra *
skoltzheniya (Plastics in friction bearinp,
research and.experiment in application), Moscow, Izd-vo Nauka, 1965, 256-161
TOPIC TAGSt antifriction material,, caprone, steel, oil, microscopep babbit,
bearing material / HI-1M friction machine, Dp-11 oil, UIN-21 microscope., BN-3
babbit, 45 steel
ABSTRACT: The geometry of wear of normal (Stee'l ahaft-caprone bearing) and
reversed (caprome-ooated ahaft-ateel bearing) friction rkuplos was considered..
,~W were
and wear experiments with stool S=M-0-at, . ~AO.25-m thick)
performed on friction mohine ml_,W.Veliminary exTorimonts showed that addi-
tion of 8% graphite and boiling of oaprone at 180C in 4LDp-1-1 for 15 minutes
Card 1/1,1-.

L 27336-66
ACC M AT6008955
improved its wear character'latical$ Theso'characteristics were measured as a
function of time fc-r nornal and reversed couples at 50 kc/cm2 load and 0.92
M/Sec with Dp-11 oil lubrication, It was found tbat tho linear wear-rosistance
of caprone in the reversed couple was almost threa times better than in the
normal couple, although the wear by weight was about four times greater. The
wear characteristics of the two types ofcouplos wore also measured as a function!
of load (15-150 kg) and speed (0.631 0.92$ 1.55, and 2.1 m/soc), and experi-
mental curves and a comparative table are presented (habhlt Ed--I-.behavior is t
included also). Orig, art. has: 6 figures, I table, and/; formalasq,

8/181/60/002/01/09/035
BOOS/Boll
AUTHORS: Borsyaky Pe Gep Fedorovioh, R. D.
TITLE: Intrinsic Optic Absorption in Amorphous and Crystalline
Germanium
PERIODICAL: Fisika tyerdogo tela, 1960, Vol. 2, go. 1, PP- 45 - 47
TEXT: For comparison, the authors studied the amorphous and the crys-
talline germanium within the range of strong absorption. 'The absorption
coefficients were determined on the strength of measurement results of
the passage of light through and its reflection from thin foils on a
quartz bans. A certain shrinkage was always found to occur with the
crystallization of amorphous foils. This reduction in thickness by
5-9% is indicative of a transition to a denser packing of the atoms.
The optical proportion of the foils were measured in the air, as soon
as possible after their removal from vacuum. The authors detected some
ualitative characteristics of the optical properties of amorphous
solid lines) and crystalline (brciken lines) germanium (Fig. 1). The
?
reduced absorption coefficients k('A) for oviloulattd values of the
Card 1/2 LXB

Intrinsto*Optic Absorption in Amorphous and 8/181J60/002/01/09/035
Cryttanne, Germanium BOOS/B011
spectral characteristics are shown in Fig. 2. It may be stated that
amorphous and crystalline germanium resemble each other as to their
optical proportion. They have the came range of intrinsic absorption,
whose general course and intensity do not exhibit any great differencesp
although there are some distinctly marked qualitative differences. These
are caused Ly differences in the long-range order. The authors thank
L. Apker, R. R. Philipp, and B. A. Taft for communicating their in-
vestigation results In advance of publication. There are 2 figures and
7 non-Soviet references.
ASSOCIATION: Institut fisiki AN 1J3SR Klyev (Institute of Physics
At tha
SUMEITTED: May 4P 1959
Card 2/2

879M
S11811601002101210061018
b. Z + B006/BO63
AUTHORS: Borzyak, P. 0. and Fedorovich, R. D. )
TITLE: Optical Properties and Photoelectron Emission of Amorphous
and Crystalline Germanium Films
PERIODICAL: Fizika tverdogo tela, 1960, Vol. 2, No. 12, pp. 3020-3025
TEXT: The optical properties of germanium films within the range of
Intrinsic absorption have been studied many times. The types of films,
however, were not named. Following it previous paper (Ref. 2) in which
the spectral characteristics of transmissivity, reflection, and absorp-
tion of amorphous and crystalline gormanium. films were studied, the
authors have now analyzed the results obtained and determined the influence
of the type of film upon these characteristics. The experiments were
repeated with an improved method, and more exact results were obtained
since various corrections (eg., for the spectral dependence of the
refractive index) were taken into account. The device used for the
purpose is illustrated in Fig. 1 and described in detail. The authors
studied the spectral characteriatic!3 of the reflection and transmission
Card 1/4

87906
Optical Properties and Photoelectron Emission S/181/60/002/012/006/018
of Amorphous and Crystalline Germanium Films B006/BG63
:,.-oefficients, and determined the influence of the atmosphere (air, vacuum).
The spectral characteristics of absorption coefficient k(A), refractive
index n(A), and reflection coefficient R(A) a be represented by I
pma ',e rerese'
1: 2
I+R + I+R 2 2
+R 1-k )2,
10(1-R)(1-R')exp(-4nkd/A) and n - 1-R - (,_R)2 - (1-k) . Fig. 4 shows
2
k(A) and n(A) for amorphous (continuous lines) and crystalline germanium
(broken lines) which were applied in vacuo. The dotted lines 'Obtained by
Philipp and Taft (Ref. 5) show k(A) and n(A) for single crystals of
germanium, without taking account of the oxide film on the surface. The
effect of optical peculiarities of the films upon -the characteristics of
photoelectron emission was studied with the samne. d,~vice. There tire 6
figures and 6 references: 4 Soviet and 2 US.
ASSOCIATION: Institut fiziki AN US.3R Kiyev (In.,itttuto of Physics of the
AS UkrSSR, Kiyev)
SUBMITTED:
April 10, 1940
Card 2/4

S11811601002161210061018
B00613063
Legend to Fij. 1: 1) Holdersi 2) Germanium vaporizer; 3) Hot cathode;
4~ Heaterl 5~ Windowel 6) BaO vaporizerl 7 Photoelectron collector;
8 Getterl 9 lo'nization pressure geugel 10) Carriage. The germanium
coming from the vaporizer is precipitated on the hot part of the base
as a crystalline film, and on the cold part as an =orphous one.
Pme, 1.

'97 9(Y~
S118IJ6010021012.10061018
B006/BO63
%
.0
300 400 Sod fx
WON r-/I-j
Card 4/4 .-.--.Puc. 4. -- - ----- -------

9, 24919 S/1181/6.i/003/006/016/031
B102/B201
.141-, PS-6
AUTHORS: Borzyak, P. G., Miroahnichenko, L. S., and Fedorovich, R. D.
TITLEi Optical properties and photoelectron emission of Mg,Sb2
PERIODICAM Fizika tverdogo tela, v. 3, no. 6, 1961, '078 - 1785
TEXT: Mg3 Sb 2' the intermetallic compound of type 11 At-Vbstudied the most
thoroughly heretoforep has been examined by the author,, for its photoelec-
tric and optical properties. The Mg3Sb 2 films used for the investigation
were preparedin different ways from pure magnesium and pure antimony; the
initial substances had been supplied from the Institut obstichey i
neorganicheskoy khimii AN USSR (Institute of General and Inorganic Chemistry
AS UkrSSR) by V. P. Zosimovich. The photoelectric characteris tics of the films
prepared in three different ways were the same. A method described pre-
viously (PTT, II, P. 45 and P. 3020, 1960) was used to determine the
optical constants: the measurement of the reflection and transmission
coefficents of light under exposure from front and rest-. The monochromator
Card 1/4

24919 S/I81/61/O03/006/0i6/031
Optical properties and photoolectron... BIIO'~/B201
of an C$-40P-4) spectrophotometer was employed for measurements in the
254 - 576 m1k spectral range, while a YM-2(UM-2) monochromator was used for
the 450 - 1100 m1t range. An MCK-12 (ISK-12) spectrornnet,3r was used with
X> 1000 m/t . Since absorption is dependent upon 4'. variously thick films
were used for different spectral ranges. Since, however., a considerable
light scattering was already observable for d~ I , the 1.ongwave limit for
the experiments was set at hV - 1.55 ev. For wavelengths outside the region
of self-absorption, only the refractive index was determined, namely, by an
interference method. Films up to 3jk could be used for chis purpose. Beyond
the self-absorption region the refractive index was n m 4.7. and the aielec-
tric constant at high frequencies was 6 a 22.1. As may be seen from dia-
gramp (1-R) - f(hv), light with hV> 3.3 ev in practically absorbed fully
in ayere of 50 mu . The light source in the measurements of photoelectron
emission (with SP-4 and Kr)-28(ISP-28)) was provided by a mercury-quartz
lamp of the type nPK-4(PRK-4)1 the light energy at the input of the mono-
chromator was determined by means of standard photocells. The photocurrents
were measured by a d-c amplifier. 'The measured energy characteristics (as
compared with those of Na3Sb) are as followat
Card 2/4

s/16i/61/004/006/016/031
.24919 B102/B201
Optical properties and photoelootron...
Characteristic Na 3Sb Mg3Sb2
Le VI
~rhoto 3.2 3.8
AE 1.1 0.8
El 2.1 3.0
affin
1.8
El 1.0 1.2
affin
1 2.1 2.0
qphoto
The data for Na 3Sb are taken from V. F. Bibik, who works at the same
laboratory as the authors. Eaffin is the energy of the electron affinity
of the initial surfaces, E' that of surfaces with a work function re-
affin
duced by6T, & is the forbidden-band width. A. F. Mallnev and V- P.
Yesellson are mentioned. There are 6 figures, 1 table, and 13 referencest
10 Soviet-bloc and 3 non-Soviet-bloc. The references to English-language
Card 3/4
'0
-A

24919 S/181/61/()03/006/016/031
Optical properties and photoelectron... B102/B201
publications read as followet T. S. Moos. Proc. Phys. Soc. ~J, 982, 1950; V~
P. Gdrlich. Recent Advances in Photoemission. "Advances in Electronics and
Electron Physics", Acad. Press, No. 4, 1959. W. E. Spicer. Phys. Rev. 112,
114, 1958.
ASSOCIATIONt Institut fiziki AN USSR Kiyev (Institute of Physics AS
UkrSSR Kiyev)
SUBMITTED: October 28, 1960(initially) and January 9, !961(after
revision)
Card 4/4

BORZYAK, P.G.; SARBEY, O.G.; FEDOROVICH, R.D.
Electron emission andconductivity_-ok~a ailic --tion
-its
with barium.,ozide.adoorbod on -siiifac'e. iz. d'.La 6
F
no.8:224q.~-2Z$5;'_A 164'
t;A
1. Institut fiziki AN UkrSSR, Kiyev.

ACCESSION XRs AP4022704 S/OU6/84/000/003/0345/0347
AUVORt Fedorovilvah, Rtlo
TITLEt "Cold* elootron 4mission from CdS films (brier communication)
SOURCEs Ukrayinalky*y fisy*ohWy shurnalp v@ go 3160 3o 1964g'345-347
TOPIC TAGS: impact ionization& CdS impact ionigationg CdS oonduativityp oadmium
sulfide, alectroluminesoonce
ABSTRACTo "Cold" ilsotron emission was observed tram thin films of CdS.in fields
of the order of 10 volts/am and graiktar. The current density of emitted electrons
was estimated from the light given off by the oathodolminesoont CdS *superstrate".
HiSh fields were. obtained with low voltage by close (^J* 6 micron) eleo'trode spaoing.
Glass served as the substrates The device is shown in'Fig. I of Enclosure Olo~ A
consideration of the experimental data points to Impact ionization as the responsf-
ble meebanismo 'The author thanks P. Go Borzyak# Corresponding Member of th#-
.'Ukrainian Academy of Soisnoss wd Candidate of.Physical-Mathematical Soiscoes 09 00
Sarbey for their discussion of this work and for valuable suggestimse" Orige arto
hasi 4 figures* and 2 numbenA oquatioriss,
Cbrd.
4

hi n 11v

L 21238-66, EwravEkaw/r/F."(t) zip(c) jD/aG/AT
.ACC NR: AP6003814 SOURCE CODE: UR/0181/66/003/001/0276/o278
'AUTHORS: _Tomchuk, P. M.; Fedorovicb, R. D.
ORr,: Institute of Physics AN UkrSSR, Kiev (Institut fiziki AN UkrSSJ
TITLE: Emission of electrons from tb1A metallic film
'Z P I " V -qw -T55
SOURCE: Fizika 'tverdogo tela, v. 8, no. 1, 1966, 276-278
~TOPIC TAGS*, electroluminesconce, electron emission, gold, electron
temperature- volt ampere characteristic
~ABSTRACT: This Is a continuation of earlier work by one of the
,authors Fedorovich with P. G. Borzyak and 0. G. Sarbey, Phys. stat.
;801. V. 55, 1965~1 dealing with electroluminescence and electron.
emission from thin gold filmo, enhanced by reducing their work func-
itions and attributed to the appearance of sufficiently hot electrons
i
!in the films. In the present note the authors consider the mechanism
~that leads to the Yeating of the electrons in such films. As in the
paper, it Is assumed that the film constitul;es a system of
;metallic islands, randomly distributed over the surface of a dielec-
Card 1/2

L 21238-66
ACC NR: AP' 003814
5
tric. Tha- electron temperatur,~.,,tv- constant in each island. Formulas
tare given for the power recetvel by the electrons from the field and
for the power given up to the atoms in the film. It is deduced from
the power balance and from the equations for the emnssion current
~that the logarithm of the emission current should be proportional to
ithe reciprocal of the square root of the product of the conduction
current and the voltage applied to the film. This dependence is
found to agree with the experimental data so that I,; is assumed that
the proposed mchanism Is Indeed the one'realized In t1ne film. The
authors thank P. G. Borzydk,and 0. G. Sarbey for participating in
~the discussidiTs-orig. art. has: I fig and 5 formulas.
SUB CODE: 26~,o~l- SUBM DATEV'--O3Aug65/ -ORIGREF: QOI/' OTH REP: 002
Z.

ON OF lmq qATAM or vim VAMjFL m mmocARmij
A.N.,.Kasw
is. Bwtk -4 lu. B.,jr7ulw. Yu. B-s _E03ndch.-M6
M. 1. (Trud. Inst. Necti, Mad. Nmk SSSR (TrT=o Inst,
[ttrQl., P.Cld. Sol.- lj'G.&;t.),j, 19%, 4 "1. h, 151-158; abstv. in mm. Abstm,
VJ55 Yul- 49, 14306). -Y-ran oita*zts crad_uallY lasa tmlr activity by Vo
aotlan of water vVOur famed during the synttogls of IVI"au-tons from
cwbim mm=lda nnd b7drucen (mrlo I s1 I at 2W md arera6p presm". The
rate of Iron oxidatl on datAildo an the d0datt M ant! rodwtj on romtl 0" "hick&
!tako placo dwing M s~ntbwlsm Inactivntlen of IrCr. OaWysts Is dm to tjv'
foirztion of famws oxide. CJ.

0
RAIANDIN, A.A., akademik; GUDKOV, B.S.; FEDOROVICH, R.M.-
Mechanism underlying the interaction of cyclobexane with the
surface of a metallic catalyst. Dokl. AN SSSR 155 no. 3:626-
628 Mr 164. (MIRA 17:5)
1. Institut organicheakoy khimii im. N.D,Zelinskogo AN SSSR.

FEDOROVICH, ~ywik Mikhaylovich; VOLIFKOVICH, S.I.j akaderikp
02 XOND ASHXOVA, S.F., red.; ~XZIYER, V.V., tekhn,red.
[Temperature measurement] lzm erenie temperatury. Moskva,
Izd-vo Moak. univ., 1957. 44 p. (laboratorrWi praktikum
po khimicheskoi teklmologii., no.1) (MIU 17:1)

FEDOROVICH Ityurik M VOLIFKOVICH, S.I., akaderAk, red.;
114alovic
NDWTMA, MY.# red.; GEGRGIYEVA, G.I.j. tekhn. red.
(Pressure measurement. Elements of automatic control] Iz-
merenie davleniia. Elementy avtomaticheekogo regulirovaniia.
Moskva, Izd-vo Mosk. univ. 1959. 26 (LaboratorrWi prakti-
kwn po khimicheskoi tokhnologii, noYo (MIIU 17:1)
--~r R N~*

ALEKSANDROVA, G.G.; ZHUKOVAp V.A.; XONDRATIYEV, N.N.; KUSKOV, V.K.;
MALETS, A.M.; SOLOMOKOVA, N.L.; j~FDOROVICHO
VOLIFKOVICH, S.I.; akademiks red.; XOROBTSOVA, N.A., red*;
TERMAKOVI M.S., tekbn, red.
[Work in technology] Tekhnologicheskie raboty. Moskva., Izd-
vo Moak. univ. 1963 3-15 p, (Laboratornyi praklikum po khi-
micheskoi tekbnolo~ii; no-4) (MIRA 17:1)

KUZNETSOV, Vladimir Ivanovich; EYDUS, la.T.,, doktor khir.. nauk.,
otv. red.; XED.V-j9H,.,R.M.,p,red.
(Development of the science of catalysis] Razvitie uche-
niia o katalize, Moukvaj Naukas 1964. 422 P.
(MIRA 17:9)

UPEMU1, Saveliy Llvovich; EYDYS, Ya.T., doktor khim. nF
otv. red.; FEDOROVICH, R.M., red.
[Introduction to the kinetics of heterogeneous catiLlytic
reactions) Vvedenie v kinetiku geterogermykh katalitiche-
skikh reakteii. Moskvas Izd-vonNauka", 1964. 606 P.
(MIRA 17.-'/)

L I-P.84S-65
!JF(C)/AnV&3 1-2,L:,I) r a
"N lip AP4Q4 3 37 F)
-y, G. Pedoro-.- -
-_�2rzyak, f~. G., Sarbc 0.
f'i,~ika tverdogo tela, v. 6. no. q
ii,,Pi TAGS: silicon, barium inorqanic compound, Dr- iunction, sur-
'ssivity, adsorption, electron emissiorl,
ABSTRACT: A study was made of the electron emission from, clean
junctions and oE the Pffc-,-t- -f" n-i-
"-J A
IT-, air 1! -1
Co, d 1/4

L 1881"5
ACCESSION NR: AP4043337
strong emisslon current.wasobserved at 200--270K under reverse
voltages only on adsorption of BaO molecules on the junctLon sur-
L.ace, which reduced the work function. The eneray of im-pact 4-n-
was estlmatet~ to he i-, C'~_
dL wtLcn eip_(
pp"_atua at vo.LtaLges
cm. Lin the surface channel. Direct experiments on _nijie-,~r~
a--&Urt-aCe7 uneti;o!v-fdr!iW6d- a~~
w
-3 . . I _ - - I - ~ - -1 1- - - -_ - his-concluslaft-
iad _-Wa compQW00h of..._t e -temperature dependences of t -7;
he
emitission current and.the reverse-current through the iunction.
411~s reverse current was raised bly the adsornrion n1' BaC due to fcr-
ma,~i_o., c)f a thick inversion layer 2bove -''he p-rect.Lor. of rhe sample.
7)rtq. art. has: 9 figures.
ASSOCI ATI.ON-- Inst itut f fziki. All, MrSS.tt, Kiev (Physics Institute,
card `4
gum,
Ji

L 13843-65
ACCESSION MR: AP4043.337.
AN lj'k.qqSltl-
SUB14I!VTED-. 25Dec63
SUB CODE: SS UR REF SOV:
Cord 3/4
005

L 18848-65'
ACQ.SSIOH MR: AP4041337
Inst.", ~.ts for Measmvrent of culductivity ard electrc-ri
Enus:Aon at rom teiriperature (left) and at low terperatures
(right)
Left: I - envelope, 2- post q
3 - sarple holder, 4 - striker
5 - evapo;N 'CTV' G- wi- Ktaw
7 - electiw collector
8 - unak electron etzrant netw
9 - elect7xxies, 10 - cathado-
Itrainor, '11 mmormter,
inolybden-M. rrx~j 'a arple
-4 clamp- for sample, 5 - lead-in, 6 tbennocouple
lead- 7---wintw_ 8 - weak electrcn currv--nt meter
1::t~~O-.-*,F-iivamrator 11 - nworeter. 12
4/4 _bd
A W fbr~ Rdti 4-=

Given Naries
pz) V, C
Country: Rumania'
Academic Degreest ~_rjot given-
A.Mliation:
Source -Tim'L so ara Timim ara:Medicala, Vo IVI, No 1. Jan-Jun 1961, PP 71-77:.,
Datal "Considerations on the TreatMent of *lomiooses With Griseofulvw.
Authors:
ANGHEELESCU, M.
FED DOB=_$ St.
RABAGIA, I.
*)'Work performad at the Dermato-Venereal Clinic (Clinica Dermato-
Venerologica) , Dimisdara.
Gro 961443
.76

T. T.
"Phamacolo.vical Study of the Plant, Pulsatilla n1gricans Stoerck."
Cand Yed Sci, Lvov State Yedical Inst, Lin Hr-alth Ukrainian SSR, Dnepropetrovsk.
1954- (XL, No 8. Feb 55)
SO: Sun. 'To. 631, 26 Aucl 55 - Survey of Scientific and Technical Dissertations
DefqZd at USSR Higher Educational Institutions (14)

~ a nd BATUM
FEDOROVICH, 'T. 1. 114K0, T. L, of Dniepropetrovsk
"on the Results (f the Pharmacological Investigation of the Medicinal
it
Flora of Southeastern Ukraine, a paper presented at the Fifth Conference of
Physiologists, Biochemists, and Pharmacologists, 28 May - 2 June 1956, Miarlkov..
"Preparations of mothervort reduced blood pressure in dogs with presistent
hypertension, and had an inonotropic effect on the heart. Seven preparations
prepared from the leaves of hawthorn were found to be effective hypotensive
agents. Alkaloide isolated from groundsel by A. L. Rekilko were found to have
a tranquilizing effect on the organism. In large doses they depressed the
central nervous system. The choliolytic action of these alkaloids ims found
to be less yronoun6ed than that of Oropire. They were found to posses
aponmolytic properties."

MANSIKOVIVH$ 7k.B.$ EMIAV3T$t Y.I.; WMARRVA, P.P.; PCKOTILEVKO,, G.M.;
FEDOROYICH, Tj.
Gonten~ of principal watex-eduble vitamins and carotene in fresh
and V"o*vid donorso bloode Problsgematei perelakrovi no*2t4O-
42'162* (MIRI 1581)
lo Iz Wedry farmikologii (zav. - doktor med.nauk Ya.13 Maksluovich)
Luganskogo mediteinskogo instituta (dir. - prof. i*e.r. Pailchwkiy).
16i~) (VITAMINS) (BWOD-A#AiUIS IND COMISTRY)

FMCIVill?"I', V. A.
Fedorovich. V.-A. "Geomor, hological and Seismotoctonic lConditions of So,~.c ,Regions in
the Basins of the Rivers Kokoaeren aml Ilizhnii I'laryn." Trudy Kirgizs'r-.oi Kor:plek3nci
r
Ekspeditsil 193"' 33, Lenin--, ad vol. 2, part 5, 1935, pp. 193-220.

------- - -
wl-111-111. ...-j ~
. . I : I
" I, i; -,
, _. - 1,
1~ , -4;!-;

X r4JVIIV W.L%,AA, V . W. ~"- & wlu~~ T A~") W. . .
"Increasing Qualities of Ingot Rimming Steels" p. 62, Trudy Instituts. Chernoy
Metallurgii, Vol. 9, 1955.

In-
Ilk
a 1
04
lei.
jai
fit.,
.eI
pis ill

SO'V11 37- 59 - 3-5307
Transtation from: Referativnyy zhurnal. Metallurgiya, 1959 Nr 3, p 54 (USSR)
AUTHOR: Fedorovich, V. G.
TITLE: New Method for Continuous Refining of Liquid Pig Iron (Novyy sposob
nepreryvnogo rafinirovaniya zhidkogo chuguna)
PERIODICAL: V sb.: Vopr. proiz-va !itati. Nr 5. Kiyev, AN UkrSSR, 1958,
pp 35-40
ABSTRACT: A new method is proposed for the production of a low-carbon liquid
intermediate product by means of continuous refining of pig iron in a
trough-5haped converter (TC) with 02 supplied from above. The
liquid pig icon without slag proceeds through an intake into the work-
ing section of the converter. Its length, depending on the yield
required and on the [C] in the intermediate product can attain several
tens of meters. In the proposed variation of TC with a working sec-
tion 20 m long (sketch adduced) the OZ consumption is estimated at
- 160 m3/min at 7 - 15 atm pressure. The possible yield of the con-
verter is 3 - 4 ton/min with 1.80/o C in the intermediate product. 02
is supplied through 100 pipes 5 mm in diameter-,., each set of 20 pipes
Card 112 is supplied individually with 02. The distance from the outlet to the

New Method for Continuous Refining of Liquid Pig Iron
SOV/137-59-3-5307
metal surface can be controlled and must range from.10 to 30 lance diameters, The
internal contour of the TC has a rounded shape. The pig iron can be blown either
directly upon being drawn from the blast furnace or in the mixer section prior to
charging into the open-hearth furnace. The latter method is preferable. In the
author's opinion the extraction of V is facilitated and the subsequent dephosphoriza-.
tion in the basic units is simplified with the blowing of Kerch pig iron in TC. The
prereduction of pig iron in TC can decreiase the amount of ore added to the charge,
improve the conditions for dephosphorization and desulfurization, and increase the
yield of open-hearth furnaces working with 60 - 700/9 pig iron by 50 - 1000/b. The
method proposed can also be used for production of finished steel.
Y u. K.
Card 2/2

FUOROVICH, Y.G.t inzh,; KARF, S.F., insh,
Ore and limestone briquettes In side-blowing highly phosphorous
pig iron in.converters with use of ozygene Izvevye.uchebe
sav.; cheri.met. 2 n0-7:35-39 J1 159. (HIU 13t2)
1. Institut cherno]r metallurgii AN USSR.Rekomandovano
kafedroymetallurgil cberrifth metalloy Dusprodserzhinskogo
vechernego motallurgichatikogo instituta.
(Bessemer process)
(Oxygen--Industrial applications)

Tj=OVICH, V.G.: XARP. S.P.
Combined blow of high phosphorous cast Iron in laboratory converters,
Izv. vys. ucheb. say.; chern.. mete no.8t34-,37 160o
(MML 13: 9)
1. Dieprodzershinekly vechernly metallurgichookly inotitut,
(Cast iron--Metallurgy) (Converters)

Iweatipting thavouverter'blawli* of high phorphorous cast iron#
Vop.proizv.sta3.i no.8;3/#,-3$ 961. (Mk 146)
(Steel-getanurgy) (Converters)

FEWROVICHj V,G.
Row method for the d6ouLfumtion of liquid cast iron* Vop.proisvo
stali nos8t39-43 161s (MM WO
DeoulAwation
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"Problem of I-leasurinL7. the 1.11crophone Effect of Carbon C7raniLle3,11 a pramer mad
,It the conference of the Acousticu CorG-ilcnlon AS USSR lv;ld in Lcii1r.-rad 1-3 geb 'l.
1,:-21610) 25 Feb 52
--M I M

FEDOFOVICH2 V. N.
7
-3f
Acoustics,, Measure a" Feb 52
OA,ftouatic Method for Vibration Measuremente,'" V. w.
Yedorovich
Tekh Piz" Vol XXII.. So 2 pp 238-244
Describes acoustic method facilitating measurements
of vibrations within 100-6pooo osc/oec ran,&~ and
In measuring,acoustic pressure by an
acoustic souna. bAebtecl to V. I. Boyteov for
"ptl research. Received 2 Aug 51.

USSR/Acoustics - BlectroscouetIcOr,J-6
Abst journals Referst Zhur - F:Lzikaj, No 12j, 1956, 356ol
Authort Fedorovich, V. N.
Institutions leningrad., USSR
Titles Method of Measuring the Acoustic impedance., Based on the Measure-
ment of the Geometric Difference of Soumd Pressure
Original
Periodicals Akust. z'h., 1955.. 1, No 4, 36o-367
Abstract: 7he measurement of the velocity on the surface of the object, ne-
cessary for-the determination of the acoustic impaAance, involves
in many cases great tecbnical difficulties. In the method pro-
posed, such a measurement is replaced by correspcrd' g measure-
ment of souch pressures., or, more accurately speakli1g.. by volt-
ages of microphones that measure these -pressures. The analysis
of the equations of a 4-teriminal network (an acoustic one, if we
deal with sound. pressures., and an electroacop.:atic one, if the
terminal network comprises a microphone measuring this pressure
Card 1/3

UM/Acoustics - JKLectroacoustics., j-6
Abet Journal: Referat Zhur - Fizika,, No 12, 1956, 356ol
Abetracti vith its electric circuits) shows that the 2 additional known im-
pedances In addition to tha,oeasured one (one of vhich could be
most conveniently chosen to'be inflhite), are enough to yield the
value of the unknown impedance. This Impedance Is determined in
this case from the known impedance and from the complex ratios of
the voltages of the microphones that measure the sound pressure
at the surface of the measured 6nd known 4ppedance to the geometric
differences between these voltejea and the voltages of the micro-
phone that measures-the sovind pressure at the infinitisaimpedance
surface. The calculations necessary to obtain the unknown im-
pedance become quite simplified if one measures d1rectly the magni-
tude and the phase of not ccaly the corresponding voltages., but
also of the necessary geometric differences of the volanges. Mxie
is indeed done in the measuring setup described In the'article,
It eaploV 2 electroacoustical 'identical 4-termimal networks, at
the Inputs of which there are acting simultaneously sounds pro-
duced by the same source; the sotind pressures at the surface of
the corresponding Impedances are measured by acoustic probes. An
electric subtracting circuit gives the geometric difference between
Card 2/3

UM/Acoustics - Blectroacoustics, T-6
Abet Journals Referat Zhur - Fizika,.No 12.. 1956, 356oi
Abstracts the necessary voltages; the moduli of the c=esponding voltages
and-of the voltage differences arameasured by ve-cuum-tube volt-
meter, and the phase shift between-them is measured by a phase
meter. The electrical circuit provides for compensating elements.,
with which both eleQtroacoustic 4-terminal netwoxks become fully
identical stic load on them. By way
of examples., measurements were* made with this setup on the frequency
characteristics of active and reaciive conqments of an acoustic
impedance of the "artificial ear" and also of the acoustic Im-
pedance of natural earso measured through a telephone earplece with
large aperture and with a #mup of small apertures.
Card 3/3

71DOROVTCff.,,,V~,=healav NUO01a , vich; SLISNITS, Alekaandr Germanovich:
-"Y"itan 1 0 tetvenMj, red.; DCBRTNM A,Ta., red.; SUSHWICK,
T,Ieg takhn, red*
[Methods of determining the quality of telephono transmission
reeoummded. by the International Consultative Owittee for
Telephone*and Telegraph] Metody otsenki kachestm telefonnol
persdachi, rokonenduyeaws XXMT. Moskva, (ka. iitd-ro 11t-ry po
voproem evUsi L rwUo. 1958. 66 p. (XIIIA 1297)
Oelephone-% sting)

FMOROVICH., V. P.
"Cepheid BI'Cassiopeiae" (Astropbysic a, Cbservations of Variables) Peremennyye
Zvezdy, no 6, 1953, pp 412-414
Abs
W-31146.,.l-peb 55

I
F
EDOIROVICH~ V. P.
"AY Cassiopeliae" (Astrophysics, Obser7ations of Variables), Peremennyye
Zveszy, No 6, 1953, PP 417Y418
Abs
W-3l.146, i r-eb 55

Astrophysics,:Observationo.-,,of Stars (2190)
Peremennne Zvezd-vp Vol 9)' No 4. 1953s pp 296-297
VMWVICH, V. P. I
ffAW Cassiopeia" " Determinations were made of the brightness of this variable. Maps
and graphic and numerical data are included in the article.
Sot Referativnyy Zhurnal-Astronomiya i Geodesiya, No 2., Fab 54,'(W--30785, 28 July 1954.)

Astrophysics, Observations of Stare (1667)
PeramenMe g!e*JYjk V01-9~ No 4P 1953o~P 302
FEDOROVICH, Vt"'~r
OBS Draconis" Describes how the brightness of this variable was determined.
SOi Referativnyy Zhurnal-Astronomiya i Geodeziya, No 1, Jan 54;(W-30785, 28 July 1954.)
-p~ t

M
Cepheid variable BI Cassiopoisse Porosvesdr 9 no.6:412-414 0 153o
(KM 8.2)
l,' Astranomichookiy soyst AN G=s
(Stars, Variable)

IMMOVICH, V.P.
amommu-no",
AT Oassiopoiaso Per.svesdjr 9 no*6t4l7-418 0 153o (KLRL 8:2)
1, Astronomichookly sovet AN SM*
(Stars, Variable)