SCIENTIFIC ABSTRACT FEDOROV, G.F. - FEDOROV, G.V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000412620009-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 20, 2001
• Sequence Number: 9
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

FFMROV, G. F. I inzb.
, i
Studying the kin*tuics of the wave reoulting from the rel~~Be of water
from the reser7oir. Trudy TPKIIEW no. 19:83-95 160.
(KM 14:5)
(Hydraulics)

SOV/IZ4-58-7-7630
Translation from: Referativnyy zhurnal, Mekhanika, 1958, Nr 7, p 43 (USSR)
AUTHOR: Fedorov, G.F.
TITLE: Local befo -m:ti )-nsof-t'h'e Translatory Wave Heading a Supple-
mentary Water Flow.Released From an Elevated Reservoir and
the Effect of Said Wave on a River Bed (Mestnyye deformatsii
volny popuska i yeye vozdeystviye na ruslo)
PERIODICAL: Tr. Tsentr. n.-i. in-ta ekon. i ekspluat. vodn. transp.,
1957, Nr 1Z, pp 87-96
ABSTRACT: Bibliographic entry
1. Inland waterways--Physical properties 2. Water waves--Geophysical
effects
Card I/ I

AUTHORs Pedorov, G.F. SOT/lW-58-3-28/34
TITLEt Properties of the Matrices of Second Order and Their
Application to the quad-rature of Some Systems of Differential
Equations (Svoyetva matrits vtorogo poryadks. i ikh primeneniye
k resheniyu v kvadraturakh nekotorykh sistem differentsiallnykh
uravneniy)
PERIODICAM Izvestiya vysshikh uchebnykh zavedeniy )Utemtika-., 1958,
Nr 3, pp 217-P24 (Pm)
ABSTRACTs The paper is a generalization of former results of the author
(Vestnik Leningradskogo universiteta. Nr 11, 1953). In � I he
expl'ipitly 'Considers the properties of the matrices of second
order with vanishing determinant* In � 2 he-gives with the aid
of these properties three conditions under which the system
Al 7 y To + '~'l 'PI + !~~2 'P2)
dx ("o
is integrable by quadratures. Here the u, are constant matrices
of second order and the Tj are scalar J functions of Z.
There1s I Soviet reference*
Card 1/2

Properties of the Nat-rices of Second Order and Their SOV/140-58-3-28/34
Application to the Quadrature of Some Systems of Differential Equations
ASSOCIATIONs Leningrads-kiy institut kinoinzhenerov (Leningrad Institute
for Cinema Engineers)
SUBMITTEDs Rovembbr 299 1957
Card 2/2

vi
FEDERAU-0 G.G.; GULIN, S.V.
Polarographic m6thod of determining ferric oxide in cement
slurry. TSement 28 no.2:22 Xr--Ap 162. (IffM 15:8)
1. Semipalatinskiy tsementnyy zavod.
(Cement) (Iron oxides)

- FEDOROV2 (Y.-G-. -and -GOLOVIUA---E-
j . So
. "Influence of Phpidal and'Chadcal Factors in the Velocity of P2am Propa- ,
gation,," a p"r presented at the 6th International Conference on Combustion., Now Havvn,,
19-24 Augubt, 1956
C"Hates of Tech, Scies Insts of Inergetios AS USSRO Mot;cow
A-52W,, 9 July 56

"Effect of Physicochemical Fac-tors on the Velocity of Flame Propagation." (Study o
Combustion Processes; Collection of Articles on Work Done by the Power Institute
imeni G. M. KrzhNIRnovskogo AS USSR) Moscow Izd-vo AN SSSR, 1958, 123 P.
(Laboratory of Combustion Physics)
for Abstract see Xhitrin, L. N.

)ZARIFIUNT$t Yu.A.; KISELEVt V.P.; FEDOROVj G.G. !f
Chemical adsorption of oxygen on a freshly cracked graphite
surface. Zhur.fiz,khim, 35 no.8:1885-1886 Ag ,61.
(MM .14;13)
10 Mookovskiy gosudarstvennyy universitet, fizicheskiy fakulltete
(Oxygen) (Adsorption) (Graphite)

S/020/61/139/00-/021/021
B103/B209
I.r. 4e4loo
ATJTHORSs Fedorov, 0. G., Zariflyants, Yu. A., and Kise-ev, V.. F.
TITLEi Chemical and physical adsorption of oxygen on the surface of
freshly split graphite
PERIODICALt Akademiya nauk SSSR. Doklady, v. 139, no. 5. !961, i166-I!6q
TEXT: The authors studied the adsorption mentioned in the title by using
finely ground natural graphite whioh was pulverized in an argon atmosphere.
Studies of this kind are regarded as being important in the search for
new ways of surface modification, in order to obtain effial-ent adsorbents
and polymer fillers. One of the applied samples was specially purified.
The pulverized samples had a specific surface of 275 and 400 m2/g. They
were put into the volumeter under exclusion of!a'ir,, The specific surface
was determined after a cycle of absorption measurements with oxygen from
the low-temperature nitrogen adsorption by the b_4T (BET) method. The
specific adsorption values of both samples veke-found to f--t well single
isotherm. This indicates the good reproducibility of the surfa':.-- propx-r-
ties for the grinding method applied, Control experiments showei that
Card 1/4

271.67 S/020/61/139/005/021/'02'
Chemical and physical,.,.. B103/B20'8
the fine iron powder which is always present (some fractions of one per.
cent) in graphite thus ground adsorbs not more than 0.5% of the adscrbed
amount of graphite. The interaction of oxygen with the fresh rlea7aga
plane of graphite at room temperature is a typical case of activated
chemical adsorption. The physical adeorpti;n is extremely low at these
temperatures. Adsorption equilibrium is quickly attained in the Initial
stage, which indicates the low activation energy of the process. With
further pressure increase the adsorption inrreases very slo,Nly, The
graphite surface is thought to be inhomogeneous. It consists of sites
with different adsorption activity.. Ure surface is saturated with
ohemisorbed oxygen already at a pressure close to the atmospheric one.,
Desorption measurements disclosed that all the oxygen adsorbed was irre~,
veraibly bound to the surface. So further adsorption takes place on an
oxidized sample. 1~he adsorption activity of samples kept at room temper-
ature in an argon atmosphere for 1, 10, and 30 days did not change,.
Specific adaorption was reduoed by about Mla by heating an ampul with non.
oxidized graphite at 30000 for 50 hr. This may be due to partial satura.
tion of the surface by gas molecules which egeaped from the glaas during
heating. Graphite roasted at 8000C for 24 hr in an ampul which had
Card 2/ 4

S/020/61/ 13910051021102 -11
Chemical and physical..- B103/B208
previously been degassed, lost only 10% of its adsorption. Such a high
stability of free radicals on the surface makes graphite a suitable test
object of the elementary interactions of variuus molecules with the sur-
face radicals. Pulverization of graphite 'in dry air destroya the crystals
in all crystallographic directions. The large surface thus formed 'nag a
high content of ruptured n or 6 tonds which form centers of chemical 0 2
adsorption on the surface,. On the other hand, the activity of R.-electrons
may be increased by lattice deformations in the basal plane which alac
contributes to an increase in adsorption activity., By measuring the
adsorption isotherms at -1960C., the authors proved that the ~.,hemisorption
of oxygen at these temperatures is insignificant. The isotherms have
hysteresis loops both on the initial and on the oxidized graphite sample,
The authors believe that this loop which extends to the rangi~ oil low
relative pressures, is dun to a certain swelling of the samplt-. The 02
molecules may penetrate into the interplanar spacts of th4 graphit'? crys.-
tala which were largely destroyed during grinding. In the high pressure
range, the hysteresis is obviously due to capillary condensation, *-n the
pores and gaps between the particles,, Tho dneorption isotherm showa ii
Card 3/4

S 102016 !/1'-1 9/001.~ /0') ~/02
Chemical and phyolcal,..;. B103/B208
break at F/F S - 01,25- This break may be rplated to the clparirg of some
pores which were fillel at high 7apor tensions This break did zi~~t
appear at low pressures,, The adsorpti.-zn is,.,therm of nitrogen ava,,ws r,,o
hysteresis phenomena in this pressure range- This is explainsi by a
higher penetrability of 0 2 at lcw temperarures.. For this reaacn, tha
specific surface of fine-disperse graphite which was calculat~A from the
low-.temperature N2 adsorption., may be it 1'.ttIq ~oo low, as ccmpare-i wl-h
the surface acc~essiblo to 02 molecules . Th4s fact is 1, .~w e v er ti egl : g 11be
for the authorst conolusions. There are 3 figures and 6 r -i f e re rv,
4 Soviet-bloc and 2 non-Soriet-tloc. The r,~fererv,-e to Inglist: larrsuag-
publications reads as followei T.. Kcu,,Pzk~. H. TomOok, PYys R ev
1212 (1960).
kSSOCIATIONt Moskovskly gosudarstvennyy un;.versitet im M. V. Lomonosova
(Moscow State University imeni M. V. Lomon-cavO
PRESENTEDs March 15, 196'oty M,, M.. Dubinin,, Academician
SUBMITTEDs Maroh 11/, 1961
Card 4/4

ZARIFIYANTS, Yu.A.; KISELEV, V.F.j LEZHNEV, N.N.j NOVIKOVA, I.S.j,ff-PM,
Srnthesis and functional analysis of oxygen complexes on a sur-
face of freshly cleft graphite. Dokl. AN SSSR 143 no.6:1358-
1361 Ap 62. (KIRA 15:4)
1. Moskov suda;stvennyy uzkverBitat In. M.V.L,omonosova i
Nauchno-i:tilyedogovatel skiy inotitut shinnoy promyst44nnosti.
Predstavleno akademikom M.M.Dubininym.
(Graphite) (Surface chemistry) (Oxygen compounds)

37521
5/020/62/144/001/021/024
BI 24!B1 01
_67 Y C, C
'UTh' !~'S: Zariflyanta, Yu. A., Kiselev, V. F., and Pedorov, G. G.
TITL'_': Differential adsorption heats of oxygen and water vapor on the
surface of graphite -
?ERIODICAL: Akademiya nauk SSSR. Doklady, v. 144, no. 1, 1962, 151-154
TZXT: Fine-disperse graphite with a specific surface S = 350 m 2/g, which
had been obtained from natural graphite crushed in a ball mill in an
ar.-on atmosphere, was used in the experiments. Adsorption heats were
:.1.13asured using an automatic calorimeter with constant heat exchange,
OxYgen adsorption was determined by a volumetric method, and by water vapor
adsorption with magnesium perchlorate. These methods were described in
.tef- 7 (ZhFFh, ,To. 6 (1962)). The initial adsorption heats of oxygen were
very high (110 kcal/mole). With a surface coverage of about 0 .5 41.1/m2 of
oxy,:en, the differential adsorption heat begins to decrease, and with
2
1;;:-:/M , its value is only,,/50 kcal/mole. The results obtained show a high
de~;ree of reproducibility on fresh cleavage areas of graphite. The high
.nitial adsorption heats are due to the formation of carbonyl groups',
Card 1/3

8/020/62/144/001/021/024
Differential adsorption heats of ... B124/BlOl
0
radicals, and groups of the types 0V .(157 kcal/M),
"b
.
0
0 0 C (ill kcal/IA) or (105 kcal/IM) which probably
appear prior to\the formation of the.peroxide radicals .1-0-0, on the
surface. Some of them are successively converted to yield saturated
oxygen-containing complexes. - Chemisorption phenomena could not be ob6urved.
T'lle adsorption heats of water vapor on oxidized graphite surfaces vere a-L30
mec.sured. The 'graphite sample previously used for the :idsorption of oxygen
was evacuated down t'o 10-5 mm,Hg and contacted vith'water vapor. The hi[;h
initial adsorption heats (40 koal/M), which exceed the physical adsorption
of water considerably,are due to the formation of hydroxyl groups
on the graphite surface. The adsorption heats decrease with increaning
cover&Je, and approach cond'~nsation heats when the coverage is 0-5 to
2
0. 6 P..Vrl.The adsorption heats on oxidized and hydrated Graphite vero
vary close to the condensation heats. On an avera&e, water molecules form
two hydrogen bonds with oxygen-oontaining groups and hydroxyl groups on
th~! surface. The probability of adsorption on single hydroxyl groups in
smaIl. There are 2 fib-ures.
Card 2/5

ik/WF(C) /EWP(q) ItW(M) /*BDS APiTC/ASD Ps-4/1r-4 UWA#
ACCEBSION NRt AP3004073 S/0076/63/037/007/1619/1622
AM IF MS tPedcrov.-G, Gol ZarIf lygnts. Yu. A.; Kiselev. Vo P.
~j T:ETL:-,:,,- TnOysle of the surface properties of a fresh fracture in graphitej
SOUROEs Zhurnal f izicheskoy khimiip v- 37, no. 7, 1963, 1619-1622
TOPIO TAGSs graphite# oxygen, oxygen adsorptiont heat of adcorption..
-ABSTRACTs Authorer analyzed the reaction capability of the surface of a fresh
~rraphite fracture with respect to oxygen. A specially-purified, natural graphite
1,;,14s used in the experiments. A thin grist was obtained in a laboratory-type steel
vAbre'tory mill with an overpressure of purified argon. The powder was then
pqurcd into a glass ampule which was then soldered to the adsorption apparatus@ 5
er prolonged evacuation and deaeration of the apparatus to a vacuum of lxlo
~mercury column, the diaphragm was broken, the ample was evacuated and zhe
:
O~wgen adsorption was measured* Differential heats of oxygen adsorption were
deteiminedo* The inhibiting effect of the reaction products on the oxidation
process of a freigh fracture vas demonstrated. Assumptions concerning a possible
mechanism of oxidation of the graphite surfice vere pointed out* Origs bXte has$
2 figures* kssocjkTjoNt~Mbscow state university.

vapor
adsorption
adsorption by graphite,
ABSrRACTt Authors studied the aft rption f water vapors on a fresh surface of
graphite, Measurement of the 'water vapor adsorption shows that the physical
adsorption isotherm is complicated by a cbemic
&i reaction*. The value of the,
irreversible adsorption measured after the adsorption cycle on the surface of
fresh graphitel kept for a period of 48 hre. In saturated water vapors, consistat
of 0-53 p mole/m . The differential of heat adsorption in the region of small
surface area iv almost four times _greater than the heat of physical adsorption
for the usuul oxidizing hydrocarbon adsorptionqq Apparently, the first traces
of water adsorb chemically on the valence-saturuted carbon atoms. The graphite
was left for 12 lire. to be exposed to atmoopheric oxygen before the desorption
was measureds Almost all adsorbed ofygen was irreversibly bound with the graphite
surface and its value was I p mole/m a Thusp the retention of fresh graphite in
L 18307-63 EPR/EPF(C)/EWP(q)/EWT(m)/BD5 -,AFFTC/ASD Ps-4/Pr-4
ACCESSION NRs AP3004981
B/0076/63/037/008[LB46/i849 re
j / ,
AUTHORS$ Zariftyants, Yue Asp ~Lselev -1V F-4 Fedorov, 0, 0,
TITLEt Investigation of the surface properties of the freshly splitted gM~ ~Jt a
SOURCEa Zhurnal fiz, khimii, T,, 37, no. e, 1963, 1846-1849
water
heat
TOPIC TAGS t heat
Card. 1A

iL 18307-63
ACCESSION 11fis AP3004961
saturated water vapors does not result in full pasaivation of the surface* The
adsorption of~oxygen on its surface is accompanied bythe release arge
of a I
amount of heat which indicates ohemical adsorption. Orig. art. hast 4 figures.
ASSOCIATIOM Mcakovskly,gosudarstvenny,*y univereitet fizi'bheakiy faculltet (mos-
cow state univeraityt physics faculty)
I SUBMITTEDs 193ep62 DATE ACQs 06Sep63 ENCLs 00
SUB C ME i PRO CH NO REP 3OVt 006 CTHMs 001
1 Card 2/2

FEDOROV, G.G.; ZARIFIYANTS, Yu.A.; KISELEV, V.F.
~~ 0.. -, t, ~.
Propertioa of the aurfRcm -)f a freshly cleft graphite. Part 3. Zhur.
Ifiz.khim. 37 no.lGr2344-2346 0 163. (MIRA 17:2)
1. Moskovskiy gosudurstv*nnyy universitet.

DOBROVOLISKIY N.N.,- ZARIFITAIMS, YU.A.; K'SELOW, V.F.; N.N.;
MOO, O.G.
Properties of the surfaco of.a freshly left grai:~hlte, Part 4,
Zhur. fiz. khim. 38 no.2%506-509 F 16~, (MIRA 17t8)
1. Moakovskiy gosudarstvawWy universitet Nauchno-issledovatelf-
.gkiy inatitut shinnoy prorquhlennosti.

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Ammy G,Is; ZHDIff& 4sIo
We dinews the article "Pbesibilitles for mschanisi~g the work
on oom6=ication lines' 0 Aytom.9 telem. i xvias' nos'407 AP 157
(XIU lit4)
1, Starshly ele"romewhanik Liskinskoy distantsii signalizatsli I
evyasi Yugo-Vontoohnoy dorogi (for Fedorov). 2,' Zamestitell uacb~11-
nika slushby signalizateii i wryasi Masekoy 4orogi (for Zhmkur),
(Railroads--Co-nunication systemsy

POS'IYANSKIY, Aleksandr Davydovich; FEDOROV G I nauchrqy red.;
SHELKOVI N.I., red. izd-va;ii9d;TKp, tekhn. red*
(Brief course in descriptive geometry] Kratkii kurs nachertA-
tellnoi geometrii. Moskva., Goo. izd-vo IIV~rsshaia shkola "
1961. 270 p. (MIRA 15YO)
(Geometryt.Descriptive)

FEDOROV, G.I.; KONSTANTINOVA, A.F.
Transmission of light through plates made from uniaxial optically
active crystals of the acial classes. Part 1: General solution.
Opt. i spektr. 12 no-3:407-411 Mr 162. (MIRA 15:3)
(Crystals--Optical properties)

GELIBERG, L.A., kand.takhn,,nauk; FEDCROV., G.I., kand.tekhn.nauk
Present-day state housing.construction and ways~6f improvj it.
Izv*ASiA 4 no.1:47-56 162* RA 153n)
(Building reseerch)

=i
TZMAYLOV, R. I.; OKRUZHN07, A.M. j FEDOROV , G. I.; VIROBYANTS, R. A.
1-1 __ - -
Themocatalytic oonversions of hydrocarbons of a petrolatm
06-fraction on A1203-Pt catalyst. Noftekhimiia 1 no-4005-
5o8 JI-Ag 161. (KMA 16:11)
1. Inatitut organicheekoy khinii AN SSSR, Kazant.

ItATS0Ts*Aa, Inshener; a PWIRITIV, M.M., kandi(lat
takhnichaskly nauk; SIGAYIV, IA-. f".; 6~ndidat takhnichaskiy nank;
KRTUCHKOV, N.V., kandidat tekbnicheskiy nank, redaktor: PIYZM.
A.S., redaktor; PXMN, M.N., tekhnicheekly redaktor
(Comparative technical and economic evaluation of apartment houses
having different numbers of stories] Braynitallnaia takhniko-okono-
micheskals. kharaktariettka xhiloi zaatroiki razlichnoi otazhnosti.
Moskva, Goo. isd-vo lit-ry po stroit. I arkhitekture, 1954. 68 p
(KIRA 8;3)
1, Akadsmiya arkhttektury SSSR, Moscow - lauchno-i 9 sled ovat e1 I skly,-
institut 4Lrkhitektury xhilishcha, 2. Institut arkhttektury shIllihohi
(for Gellberg, Kate, Fedorov) 3. rastitut gradostroitelletys, (for
Porfirlyev)
(Apartment house)

GBLIBZRG, 1P.A.,kandidat takhnicheskikh nauk; KATS, Ye.A.,
inshener; KOICTILKIN, B.M.,kandidat takhaichaskikh nauk;
.,FXDORWp_4j.,inzhanar; XUTSINOTA, A.A.,radaktor isdatelistva;
'WIM, A.M.,tekhnichaskir. redaktor
[Designs of four- and five-story apartment houses; a technical
'Ind economic analysis]Plantrociochnye reshentia chatyrekh-
pIatIetazhnykh shilykb. domov; tekhnikookonomicheskii analtz.
Moskva, Goo. izd-v'O lit-ry po stroit. t arkhit., 1956.
152 P. (MLRA 10:4)
(Apartment hbidses)

IMMOTO G~Io, )wnd.tekhn.nauk-, YARICKBA, B.Y., inshop redo; MRSKOYR
K.L., red.izd-va: OSMO, L,H,, takhn.red.
(Bconomic aspects of planning foundation and underground areas of
?~-3-story apartment, houses) Bkonomika proektnykh reshenil,
tsokollnfth i podzemuykh phastei zdanii v 2-5-atashnoi shiloi
sastroike. Soot. G.I.Adorov. Koskva, Goo.izd-vo lit-rY po
stroit., arkhIt. I strolt. materialam, 1960. 73 p
imm 14:4)
1. Akedemlya atroital'stva I arkhitaktury SSM. Institut zhi-
iishchs.
(Underground construction)

4uc-ln e,
re 00 ~~O
FEDOROV 0. 1. Cand Sai -- (dies) " Methods f nstruotion
--thro T, ml, 11 "Out OT jr,00-A4 40orl bv%
~Or r Nte f7cloir r Tain lal
m I
%mund-f4var"inA b-se-entsZ21 Moss 1957* 16 pp 21 om, (Acad of Construotion and
Arohiteoture USSR), 110 oopieff
M. 7-57, 107)
ZLI
TO

FEDOROV9 G*Iqv kandatekonenauk
Istimted and actud costs of apartmaut houses. Zhil. don no.3.sW-
160,
Apartment houses)
Construction induotry-Conto)
~

GELIBERG, L.A., kand.tekhn.nauk; FEDOROV, G.I., kand.tekhn.nauk
Changing the estimated cost of apartment houses when adapting
them to local building conditions. Izv. ASiA no.2:89-93 161.
(MIRA 15: 1)
(Apartment houses--Cost of construction)

124 -57-2-2356
Translation frorn: Referativnyy zhurna% Mekhanika, 1957, Nr 2, p IZ3 (USSR)
AUTHOR: Fedorov, G. K.
TIT LE: To the Investigation of Three -dimens ional Frames (K issledova-
niyu pros trans tvennykh ferm)
PERIODICAL: Issled. po teorii sooruzheniy, 1954, Nr 6, pp 335-346
ABSTRACT: Presentation of an analytical method for the investigation of
three-dimensional systems of bars. An equation is derived to
express the projections of a generic vector on four arbitrary
radii that are given in terms of their respective direction cosines
in some system of coordinates. A number of examples serves to
illustrate the application of that equation in the stability analysis
and the construction of the influence surfaces for plane and
three-dimensional frames.
Yu. P. Grigor'yev
1. Structures--Theory 2. Structures--Stability 3. Mathematics
Card 1/1

F=RQV, !4,_kaadIdat telchnicheskikh nauk.
41S - ,
Kinematic Investigation of plane and space mechanisms by the
projection method. Trudy Khab.11T n0-7:37-97 154. (KLR& 8:1)
(Kinematics) (Mathematical physics)

SOV/124-57-7-7-165
Translation from: Referativnyy zhurnal. Mekhanika, 1957, Nr 7, p 3 (USSR)
AUTHOR: Fedorov, G. K.
TITLE: Special Cases of the Resolution of a Sliding Vector Into)Its Components
(Osobyye sluchai razlozheniya skollzyashchego vektora na sostavlya-
yushchiye)
PERIODICAL: Tr. Khabarov. in-ta inzh. zh.T;d. transp., 1956, Nr 9, pp 174-181
ABSTRACT: The author examines the resolution of a sliding vector along n
prescribed directions in space.
Reviewer's name not given
Card 1/1

SVICHINSKIT, Vikolay Nikolayevich; TATSBKO, Mikhail Yakovlevich;
FEDOR ad.; MOROV, V.P.0 red.izd-va; LAVRENOVA,
T.-B.-, takhn.red.
[Preparation of ships for their inspection by the Register
of the U.S.S.Rj Podgotovka sudov k oevidetelletvovauiiu
Regietrom SSSR. Moskva, Izd-vo *Morskol transport,* 1960.
96 p. (MIRA 1):11)
(Ships-Ragistration and transfer)

FEDOROV9 G.K.
Use of stereomodels in location surveys of railroads. Geod. i kart.
no.11:41-46 N 161. - (MIRA 15t1)
(Railroads--Surveying)
__

Location.of railroads without the use of topographic plans.
TnIdy LIIZHT no.180M_18 161. (MIRA 15z7)
(Railroads-Location)

FEDOROV, G.Ko. doteent., kand. takhn. nauk; DORCKIN, V.I., otarshiy pro-
-- .1 . - podavatelt,, kand. tokbn. nouk
Conotruction of voloolty and aocaleration plans using a pro-
jeotion. method. TruAy Khab. 11T no.16t235--249 164
(MIRA l8t2)

GELIBERGy L.A.; FSDOA~OV - ZALITWJII, AX.; KAMS17AN, Ye.D.;
BAYAR, O.G.; D=p V.I.; SHEREVTSIS, A.A.; RAKLAKOVA, T.G.;
I'011F2, Yu.B.; KOLOTILKTT, B.N.; GLADKOV, B.V.; GAVALM)
O.V., red.; GOLOWIDIA, A.A., tekhn. red.
[Housing construction in the.U.S.S.R.; present state and
prospects for developmnt]Zhiliohcbnoe atroitellstvo v SSSR;
sostoianle i perspektivy razvitiia. Moskva, Gosstroiizdatp
1962. 202 p. (MIRA 15:3.1)
(Apartment houses) (Construction industry)

Fr-amov, G. 11.
"Toxic-Hygiene Characteriatics Li t:.e flinufacture of Lead-Containint, Chromatic
0
Chroinate Pigments." Cand Had Sci, Odessa State I-led inst, Odessa, 1953. (RZhKhlnl
Ho 6, Mar 55)
So: Stun. 11o 670, 29 Sapt 55 - Survey of Scic:-.tific and Technical Dissertations
Dofendod at USM llirher Educational InstItutions (15)

Hathod. for determining porphyrin in urine. lab. delo 5 no.3:35-36
)~F-je 159. (KIRA 12:6)
1. Kafedra gigiyany truda (zav. - prof. Ta. B. Reznik) Odeaskogo
-aaditainakogo instituta im. R.I. Pirogova.
(PORPHYRIN AND PORPHTRIN COMPOUNM)
(URINN--ANALTSIS)

MOROV G,K,
Modernization of Yrancke's needle (searificator needle) by means of
a movable blade and limitation of the depth of the puncture. IeLb.delo
5 no.4:60-61 JI-Ag 159. (HIRA 12:12)
1. Is Odeaskogo meditsitakogo instituta imeni N.I. Pirogove, (dir. -
Prof. I-Ta. Derneke.).
(MMICAL IRSTRUKRUS AND APPARLTUS)

--I YBDOROVO-,G,M.o kand.med.taulc; LIMAVKO, A.Go, kand.med.nauk
wj~
Simple methods of moistening o3qgen inhaled from an air pillow.
Vraoh.delo no.71743 A 159. (KM 12:12)
1. Goopitallnaya torayevtiobaskaya klinike. (ispolnvayushchiy obya-
zannosti saveduynahchago - doteent P.L. Oinsburg) Odeaskago medi-
toinskogo instituta.
(OITGNN--TEMPBUTIC USI)

SAVIMITIV, I.A.; FJDOROTg G.K.
Simple method for sharpening hypodermic needles. Ned.sestra, 19
no.804-35 Ag 160. OaRA 13:7)
1. Odeaskly meditaluskly institut Ineni 9.1. Pirogova.
(HYPMM04IC IMLIS)

ITDOROV, G.Ap kand.med.nauk
Method of taking air oamplee for dust determinations in the field.
Gi 0 (MIRA 3.3 n)
g i s4n. 25 no.8s4O-41 Ag 160.
1. Is kafedz7 gigiyany truda Odevskog meditsinakogo instituta imeni
N.I.Pirogova.
(AIR-POLLUTION)

FEDOROVP G*M,, kand.med.nauk
..-Maw"W"
Needle-8carificator vith removable lances and its correct use. Yrache
de1c, no.100.18-119 0 960. (MIRA 130-1)
p
lo Odeeskiy moditsinskiy in3titut.
(SURGICAL INSTRUMTS AND APPARATUS)

'FEDOROVO G.M*
t
Tacuum method for takin blood frcm pinea piga* Ieb. delo 7
noo*ls5l Is 161. (Hip-A 74:1)
1. Odoookiy.maditoinakiy institut imeni N.I.P#o ova
(BLDOD-COLLECTION AND PRESERVATIDNI 0

- ------MOROV9 G*M#
Rapid fluoresoent mcthod for the quantitative determination of
coproporphyrin in urines Isb. delo 7 no.3313--14 Mr 161* 9
I (MM 14:3)
1, Odeaskiy meditsinskiy institut, imeni. N.I.Arogovae
COPROP09PHYRIN) (FLUORESCENCt)
f-

FEDCROV M-
Effective use.of Franke's acarifioator. Vrach. delo no.8:135-136
Ag 161. (KIRA 1513)
1. Odeoskiy meditainakiy institut, I
(SURGICAL IVSTRUMEVTS AND k"ARATUS)

MOROV,G.M,,, Inshener
Zfforts made by the testing department to obtain higher productivity
of equipuents Tekst.prom.13 no.8:47-48 Ag'55. (HLRA 8:11)
1. SmenW master Glukhovskogo kombinata
.(Textile Indust ry-lquipaent and supplies)

r
Contra-'3zed autozatic~lubricatioii of -yinning anti twisting
apindles. Takat. pro=. 21 no.10:81-61 0 161. (I:I:U 14:10)
L Rachallnik pryadillnogro tsekha buragopryadillnoy fabriki
Glukhovskogo khlopchatoburArhnogo kombinata,
~Spinning nachine Lubrication)
Automatic contro7i

ZHARZIIEVSKIY~ I.L.; FEWROV, G.M.
Assemblirg, the ash collector system. Energ.atrol. no.24:77-83
161. (MM 15--4)
1. Glavnyf inzh. montazhnogo uchastka, trOBta "Sevzapenergomontazh"
(for aiarzhevskiy).. 2.; Proizvoditell rabot mentazhnogo uchastka
tresta "Sevzapenergomontazh" (for Fedorov).
(Narva region-Elootric power plants-Design and construction)

FXDOROV G N aspirant Wedry parosilovykh ustanovok.
the developunt of Soviet uniflow boilers. Trudy 011VT
10:149-162 151, (KLRA 10-'I)
(Boilers)

KHARITONOV, Leopolld Georgiyevich, dots., kand. tekhn. nauk;
SHPALEKSKIY, M.A., inzh., retsenzent;,~~ ~N._,_
insh., retsenzent; FRID, L.I., inzh., red.; BODROVA,
V.A., tekhn. red.
(Shipbuilding materials) SudostroitelInye materialy.
Moskva, Izd-vo "Rechnoi transport," 1963. 260 p.
(MIRA 16:6)
(Shipbuilding materials)

LAKHANN, VladWr Vladimirovich; ZAKUROV, Yuriy Vasillyevich;
LEBEDE;V, Oleg Nikolayevich- FEDOROV GA.,, retsenzentj
0
MIGICHEV, B.S., red.1
(Use of atomic energy in water transport] ispolizovanie
atomnoi energil na vodnom transports. Moshm., Transporty
1965. 187 P. (VIRA 18:4)

1 f
VILINTS, Semen Borisovich;-.MOROTA-G.P., red.; n[DOROV, B.M., red.isdatelittya;
BRATISHIO, L.V., tekhn.reA,
[Making vioodpulp] Proizvodstvo drevesnol massy. Moskva, Goelsebm-
isdat, 1957. 295 P. (KIRA 10:12)
(Wood pulp)

0 0 0 0 0 0 v 0
it is is 0 1411.0.1,1011 mal bib low a a a Q 0 a WCq
M 4
a IN I IL L- a Al a
A 1, L.-L-A-J R.U JL-k
to".. 1,40411
A
Va. Steller, G,4
I ~11 TWK M urdo VOWA.
.Tevriuum
"I- Old rubber Is heated under por%mr, with dil.
Ilp'kX MW 'Kmm 10 decOMP- teltdc InAtrfiml and dr.
TUIC'Minize the rubber simultsuccualy.
004
goo
004
004, go*
0031 goo
00 el '00
lee 400
Offs
j all
CtASUPKATICID
#A it Q-f 404 414111 ami ti-* it,
-A, all I (W 0 a 0 -1 if Im a
L
i?L-U 4v to 11:0 0 0 IS 10 Is K I X j It a R 1, Ol WO a I ia
0 0 0 * 0 0 a 0 0 0.6 0 6 0 * 0 ~ 4 0 0 0 a
0 000 0 00 0 00 of 6 0 0 0 0 00 0 0 sis 0 0 4 0 0 0 0 0 0 0 0 0 0 0 9.

USSR/EnCincering
Rubber - Reclaiming
Efficiency, Industrial
JAd 48
"Technological Changes in the Production of ReclaineO Rubbers" A. L. Farusov$ P. A.
Reshetnikov, G. P. Fedorov, Moscow Reclatned Rubber Fnctory, 1. p
"Prom Energet" No 7
Suggestlon was awarded a third prize in 1947 All-Union Contest. Opt-ration fomorly
requirad 250 kw elactricity and 1.4 Cal atenm per ton of reelclumd rubber. Authors
designed special machine (sketch given) for T~ulverlzing nibber.
PA 6/49T28

FADOROV, G.P., polkovnik meditsinskoy sluzhby. kandi(lat meditsinskikh nauk
Problems in medical climatology and climatological therapy in
sana.toria. Vosu.-med. shur. no.5:45-51 My 156. (MLRA 9:9)
(WUtMM-MMAL AND iPHYSIO10GICAL WFICTS)
(HEALTH RISORTS. WATERING PIACIS, ITC.)
I

MMOV, G.P.
Neclical rating of weather. Yop.kar.fisioter. i lech..fis.kmlft. 21 no.
3:23-27 Jl_s 1.56. (HTJU 9: 10)
1. Is Yaltinskogo klinicheskogo sanatortya no.l.
(WIATHW-40RAL AND PHYSIOLOGICAL JIMOTS)

TUWKIMOV. I.I.; ATZKSNM, V.D.; ASHUMM, A.K.; BAYEV, II.T.; BEZARITAX.
P,A.;"BtCHKOV, LA.;' VASLOVA, Ye.T.-, VYZHEXHOVSKAYA. M.F.; GgRBTSKIT,
3.A.; 13MIDOV, I.M.; YESIPOV, Te.P.; ZHUOV, V.D.; ZZLINSKIT. M.G.,,
ZCLINIKOV, F.T.; ZOWTOVA, L.I.; KIVIN, A.H.; KOMARNITSKIY, Tu.A.;
KONSTANTINOV, A.H.; KULICHITSKAYA. A.K.; KAKSIKKUKO, I.I.; KELENTIM,
A.A.; HOR=V, I.G.; MMINOV, M.I.; OZMLOVSKIT. Ch.S.; OSTRYAKOV,
X.I.; PANINA, A.A.; PAVLOVSKIT, Y.V.; PHRMINOV, A.S.; PERSM, B.F.;
PRONIN, S.F.; P&MNTY, A.I.: POKROVSKIY, H.I.; RASPONOMAREV, Te.A.;
SEMINO I.N.; MTAROV. Tu.N.; TIBABSM, A.I.; PARBEROV. Ya.D.;
YEWROL...G.P.; 5=2GIN, Ya.S.; YAKIMOV, I.A.; VERINAo G.P., takhn.red.
(Labor feats of railway workers; stories about the innovators]
Trudovye podvigi zheleznodorozhnikov; rasakazy o novatorakh. Moskva,
Goo.transp.zhel-dor.izd-vo, 1959. 267 P. ..(MIRA 12:9)
(Railroads) (Socialist competition)

FEDOROV, G.P., kand.tekbn.nauk
Use of scrapers for gobbing in wide work entry clVving.
Ugoll Mr. 6 no.2:29-31 F 162. (MIRA 15:2)
1. DnepropetrovskLy gorW institut.
(Hine filling)

AUTHOR: Fedorov, G.S., Candidate of Economic Sciences 3-1-5/32
TITLEs The Porce of Convincing Examples (Sila ubeditellnykh primerov)
PERIODICALs Vestnik Vysahey Shkoly, 1958P # 1t pp 22-26 (USSR)
ABSTRACTt The article states that the capitalistic system is ex-
periencing at the present time a general crisis which does
not only extend to economy and politics but also to ideology.
It speaks of the means and methods applied by the theorists
of capitalism in order to lead astray the masses, to regenerate
confidence in capitalism and to caluminate the socialistic
order. The so called "people's capitalism", which has been
raised in the USA to the level of an official state doctrine,
is one of these means. The Political Economy Chair of the
Military Academy of the Rear and Transport (Voyenneya akademiya
tyla i transporta) is endeavoring to use every kind of
instruction - lectures, seminars, consultations, conversations,
and reports as well as the press - in order to disclose the
theory of "people's capitalism" which aims to retouch the
facade of monopolistic capitalism. The article then quotes
several examples from lectures of the academy's instructors,
Card 1/2 naming A. I. Vilionakiy, Candidate of Economic Sciences,

The Force of Convincing Examples 3-1-5/32
A.V.Meleahchenko and V.F.Stellmashohuk. The first one spoke
on the "Slave Holding Method of Production" and referred to
the plantation slavery in the South of the USA, mentioning
also the indeoencies in Little Rock and other towns, and the
statement of James J. Patton, eresident of the USA National
Farmers' Uniont that since 1952 about 250,000 farmers have
been ruined thereby reinforcing the ranks of the
working class and the unemployed. The author further speaks
about the noisy propaganda in connection with the "revolution
in income" which has allegedly taken place in the USA and of
other economic subjects, trying to degrade the American way
of life.
There are 2 German and 2 Russian references.
ASSOCIATION: Military Academy of logistics and 7tanEpD1tat1Mf%Voyennaya akade-
miya tyla i transports)
AVAILABLEs Library of Congress
Card 2/2

BARSUKOV, U.I., kand.sellskokhozyaystvennykh neuk; KIZYURIN. A.D., doktor
sallakokhozyaystvennykh nauk: BORIHEVICE, V.A., kand.sellskokhozyay-
stvennykh nauk; BORMUSOVA, S.H., agronom; UMNICHRYA, M.D., icand.
sellskokhozyayatvenn.vkh nauk; GISHELE, N.B., doktor biol. nauk;
GCR(XHOV. G.L. kand.sellskokhozyaystvennykh nauk; GUBKIU, S.M.,
kand. veterinarrqkh nauk; YXLYXOVA, L.I., kand.sellskokhozyaystven-
nykh nauk-, KOTT. S.V., doktor biol. nauk; KOCHKINA, V.A., agronom;
IARBIN, A.Z., doktor biol.nauk; LNULDRVA, YeeH,j agronom;
MALAKHOVSKIY, A.Ya., doktor sellskokhozyaystvennyirh usuk; MAYBORODA,
N.M.,'kand. seliskokhozyaystvannykh nauk; HAYDAHM. A.N., zootekhnik;
OVBYAUNIKOV, G.Ye., kand.sellskokhozyaystve=ykh nauk; ft?RO"I, V.A..
kand.biol.nauk; POGORHLOV, F.F., agronom; POLXOSHNIKOV, M.G., doteent;
IWURD, G.X., kand. sellskokhozyaystvannykh nauk; RUCHKIN, Y.N.,
prof.; SADYRa. H.M., kand.eeIIskokhO278yBtvennvkh nauk: TOBOLISKIT,
V.YA.. vetvrach; TYA""HGLIIIIXOV, S.D., kandesellskokhozvaystvennykh
nauk; MIN, I.I., kand.sellskokhozyayBtvennykh nauk,- YNDCHRY,-G.T.,
kand,sellakokhozyayetvenrifth nauk; CHIKOV, D.I., zootR_bntk-.
TSIITGOVATOV, V.A., prof.; SHMSOVA, A.11.9 icand,sslIskokhozyayetveA-
zWkh nauk; SHCVLYAGIN, A.I., kand.seIIskokhozy-aystvenzwkh nauk;
SMNOVSKIY, A.A., red.; GOLUBINSXAYA, U.S., red.; NECHAYXVA. Ye.G.,
red.; PAUSYPKIIIA. Z-D., tekhnicheakiy red.
(Siberian agronomist's reference manual] Spravochnaia kniga agronoms
Sibiri. Hnokva, Goo. izd-vo sallkhoz. lit-ry, Vol-2. 1957. 839 pe
(Siberia--Agriculture) (MMA 110)

A7
112-2-3512
Translation from: Referativnyy Zhurnal, Elektrotekhnika, 1957,
Nr 2, p-146 (USSR)
AUTHOR- Fedorov, G.V.
TITLE: Experience in OFe-rating Electrical Equipment on the Moscow
Subway Rolling Stock of the "r is and Is A " Types and
Prospects for Modernizing it (Opyt ekspluatataii
elektrooborudovaniya podvizhnogo sostava Moskovskogo
Metropolitena tipa "G" I "D" I perspektivy ego moderni-
zataii)
PERIODICAL: In Sbornik: Materialy naucheteldm. soveshchanlya po
tyagovomu elektrooboradovanlyu. Noyabrl.1953,,Riga, 1955,
PP. 56-60
ABSTRACT: Thirty four train pairs every hour traverse the double-
track sections of the 45 km long Moscow subway; carrying
2-3 million passengers daily, the schedule of train move-
ments is adhered to 99.99 per cent of the time. The high
quality of thV equipment and careful maintenance ensure that
the schedule Is kept. The cars pass a 20 to 40 minute
inspection every six to eight hours, and a routine inspection
Card 1/3 every three days. Current repairs are carried out every

Experience in Operating Electrical Equipment (Cont.) 112-2-3512
seven daysj, and regular overhauling every two and one
half to three months. Maintenance repairs are performed
after a run of 160.,000 to 200,,000 kilometers, and average
repairs after a run of 320,000 to 400,000 kilometers.
The old type A andS car models have a number of defects
such as bakelite-shoe braking and other imperfections.
The type'r cars have been considerably improved. They
have electric brakes. Their traction motors ensure
rheostatic braking at speeds as high as 60 km/hr without
arcing on the commutator and without throw-over on the
conmiltator and without throw-over on the car chassis.
Card 2/3

112-2-3512
Experience in Operating Electrical Equipment (Cont.)
Stamped parts instead of rolled parts are used for the
mechanical structure of the car. The development of cracks
of the wheel-pair shackles and elsewhere has been arrested.
The A type car is better than other cars in that it has a
Cardan shaft,, support-chassis traction motor suspension,
improved operating conditions of rotors, undercarriage and
rails. It also weighs IT per cent less than the other
subway cars. In conclusion,, the following ways of im-
proving cars are Indicated: further reducing car weight
by using alloy steel, etc.; replacing rheostatic braking
by regenerative braking and correcting the minor defects
which still remain in the r and A cars. [The Moscow
subway Imeni V.I. Lenin]-
I.V.I.
Card 3/3

a;&A,4.,VasilfYevich: MIZIKOV, S.M.; SIRG.KYBV, D.V.; SOKOLOV, L.S.,
inzhener, RHEMI"ROVA, Ye.N.. tekhnicheskiy redaktor
[Subwqy rolling stock; type D cars) Podvishnot aostav metropolitens
vagony tipa D. Moskva, Gos.transp.shel-dor.isd-vo, 1957, 251 P-
(Subways--Rolling stock) (MLRA 10-9)

RODIGIN, Nikolay Kikhaylovich; RODIGINA, Bmiliya Nikolayevna;._npq~qV,__
G*Vop otvoreds; BAWITSSR, A.L., red.izd-ve; LZMZVA, A.Ael
te-kb-n-. re d.
E0homioal stop resational mathematical analysis and computations]
PosladovatelInya khimichaskis reaktoil; matematichaskii analis
i raschet. Koskva, Isd-vo Almd.nauk SWR, 1960. 137 P,
(KiRA 14t2)
(Chemical reaction. Rate of)

UM/Magnetiam - Ferromagnetism,
Abg JoSr Referat Zhur Fizika) No 5. 1957, 11997
Author Volkenshteyn) NeVos Fedorovp GoVe
lust Institute of Physics of Metals, Ural' Br&=h, Academy of
Sciences: Sverdlovsk*
Title Measurement of the Hall-Kikoin Effect*
Orig Pub Piz. metallov i metallovedeniye, 1956, 2, No 2P 3-17-378
Abstract Description of a new method for afteuring the Nall effect
'in ferrompets, a method that does not require the props-
ration of a specimen in the form of a long rodp and conse-
quently, vhich permits a measurement in an electromagmet.
7he specimenj, made in the form of a thin platep is com-
pressed between two halves of an ellipsoid, made of the
investigated substances, vith insulation of mica. The
ellipsoid and the specimen are placed in the magnetic
Card 1/2

Card 2/2

USSR/Nuclear Physics - Penetration of Charged and Neutral c-6
Particles Through Matter.
Abs Jour Ref Zhur - Fizika, No 4~ 1957, 8850
Author Orlov, A*N., FedormL,.~
&A_&~
Inst Ural' Branc~")_~ew~_of Sciences, USSR.
Title Absorption of Bremsetrahlung of the Betatron in a
Two-Layer Absorber.
Orig Pub Zh. tekhn. fiziki, 1956, 26, No 9, 1991-1993
Abstract It is shown that vhen radiation passes through a couble-
layer absorber the intensity of the transmitted radiation
depends an the selected sequence of absorbers: the atter
nuation will be greater if the heavy absorber is ahead of
the light one. Experiments carried out with a betatron
with a maximum energy of 20 Mev and absorbers made of
steel and water confirm this conclusion.
Card 1/1

AUTHORS: Palatnik, L. a. and Fedorov, G#V. (Kharlkov). 24-9-18/33
TITLE: Graphical calculation of the local composition in three-
component alloys of variable concentration. (Graficheskiy
--aschet lokallnogo sostava v trekhkomponentnykh splavakh
peremennoy kontsentrataii).
PERIODICAL: Izvestiya Akademii Nauk SSSR, Otdeleniye Tekhnicheskikh
Nauk, 1957, No.9, pp. 119-120 (USSR)
ABSTRACT: A description is given of a graphical method of calcula-
tion of the local composition in three-component alloys
of variable concentration using experimental distribution
curves for each of the components. The method is applied
for calculating the concentrations of systeMS produced by
means of a method developed by S. A. Vekshinskiy (Ref.1).
An alloy of variable composition obtained by evaporating
various metals from two evaporators represents a binary
field of concentrations and in such a field it is possible
to calculate a family of circles along which the composition
of the alloy remains constant. A three-component system
forms a ternary field of concentration and the calculation
is correspondingly more complex; families of curves of
equal composition no longer exist but families of curves
of another type do exist, one representing the lines along
Card 1/3

24-9-18/33
Graphical calculation of the local composition in three-component
alloys of various concentration.
which the concentration ratio of two components remains
constant and the other lines along which the concentration
of one component remains constant. In a real. collector
these families of curves correspond to a family of
analogous straight lines on the concentratiort triangle
of Gibbs. By photometering of a eemi-transparent layer
of metal deposited on a glass collector which is
perpendicular to the crucible axis, the distribution was
studied of the density as a function of various parameters
(speed of evaporation of the metal etc.) and,following
that,the most suitable conditions of evaporation were
chosen. The distribution of the condensate represents
a mound with a circular symmetry whereby the symmetry axis
of the mound coincides with the crucible axis; Fig.1
shows the distribution of a condensate on the collector
for Sb, Bi and AS. From these distribution curves,
curves of equal thicknesses for each metal are plotted,
finally, a coordinate network is obtained which permits
solving the following two basic problems: to determine the
composition of the condensate at a given point of the
Card 2/3 collector and to determine on the collector a point having

214-9-18/33
Graphical calculation of the local composition in three-component
alloys of various concentration.
a given composition. For illustrating the method, the
results are included of the calculation of a collector of
a real system of Ag-Bi-Sb, Fig.2. The here described
method is applicable for any evaporator with a known
distribution.
There are 2 figures and 2 Slavic references.
SUBMITTED: April 19, 1957.
AVAILABLE.- Library of Congress.
Uard 3/3

IF I X I
24-11-29/31
AUTHORS: Komnik, Yu. F., Falatnik, L.S. and Fedorov, G. V. (Kharlkov)
TITLEt Distribution of the condensate on a plane in the case of
evaporation of metal from a cylindrical crucible,
(R6spredelaniye kondensata na ploskosti pri isparenii
metalla iz tsilindricheskogo tiglya).
PMIODICAL: Izvestiya Akademii Nauk MSR, Otdeleniye Tekhnicheskikh
Nauk, 1957, No.11, pp. 193-196 (USSR)
ABSTRACT: The authors assume that when using a cylindrical crucible
as an evaporator? distribution of the condensate of the
molecular flow does not necessarily depend on the level
of the metal in the crucible, provided this level is
sufficiently distant from the opening of the crucible.
They studied the dependence on the metal level in the
cylindrical crucible of the condensate distribution on a
plane collector for the purpose of vvzifying their
assumptions, They Also.-studied the Jnfluence of the
temperature on the d.istrik;Ution of the condensate and
the influence of the iocation~af the metal level in the
crucible on the speed of evaporat-iiA of the metal. The
condensate distribution on a plane -61--lu-sparent base was
studied by photometering of semi-transpiL-nt metallic
Card 1/2 layers. The experiments were effected by mt,-us of a

24-11-29/31 '--
Di7stribution of the condensate on a plane in the cesd. of evaporation
metal.from, a cylindrical crucible.
vacuum set-up containing apparatus as shown in Fig.1,
P4194. Cylindrical porcelain crucibles 4.5 and 8 mm dia.
A and about 30 mm deep were used as evaporators; these were
heated by 1 mm, dia. nichrome wire. The metal was fed
into the system in the form of balls,whereby the charging
apparatus was inside the vacuum system. Fig,2 shows the
obtained curves of condensate distribution for various
levels of metal (tin) in the crucible. The depenlence
was studied of the distribution of the condensed metal
on the evaporation temperature as well as on the metal
level in the crucible. The existence was detected of a
range of depths of the metal in the crucible within which
the distribution of the condensate on the collector and
the speed of evaporation of the metal remained constant.
This indicates that cylind ical crucibles can be applied
as evaporators for making preparations of three component
Systems of thicknesses up to 0.1 mm,according to the
Card 2/2 method of S. A. Vekshinskiy.. There are 4 f igures and
7 references all of which are Slavic.
SUBMITTED: April 19, 1957.
ASSOCIATION: Khar1kov Polytechnical Institute. (Kharlkovskiy
Politekhnicheskiy-Institnt)
AVAILABLE: Library of Congress.

i5 fk~'
P_
AUTHOR PALATNIK L.S.0 FEDCROV G.V. PA - 2656
TITL2 A photometric Me-fe-r-s-5-allo-5 of the thickness of samitramparent
P metal layers.
(Fotometricheakoye opredeleniye tolshchiny poluposrachnykh motalliches-
~ikh sloyev, -Russian)
PERIODICAL Doklady Akadexii Nauk SSSR,, 1957.,V01 113, Nr 11 Pp 100-103) (U.S.S.R.)
Received 511957 Reviewed 6/1957
ABSTRACT The present work discusses a microphotonetric method for the measuring
of the absolute density of semitransparent metal layers obtained by eva-
poation in the vacuum and the density distribution of the condensate of
the transparent vitreous bass on the occasion of the employing ol vapori-
zers of any type.
The method of photometrizing acmitransparent layers:
The symmetry axis of the evaporator must be placed vertical to the col-
lector plane. The density distribution o the condensed layers then-forms
a circular mound.with the maximum of density and thickness on the symmet-
ry axis. Apparently the height of the maximum is proportiozalto the dura-
tion of precipitatioa. If the metal layerp are precipitated on several
collectors, the dependence of the blackening S of the colleator can be ob-
taixed from, the duration Ir of precipitation. ThU3, also the dependence
S - S(h) is obtained, because for the thickness of the layer h w kTs,
applies, where k denotes a proportionality factor. If now one of the dol-
lectors is photometrized along a straight line passing through the a&-
Card 1/2 ximum, the dependence of the blacking 8 on the distance up -to a given

$, Photometric Determination of the Thickness of PA - 2658
Semitransparent Metal Layerse
point of the collector can be determined. The corresponding dependences
S ( T) and 5 ( f) are shown in form of a diagram. From these two depen-
dances the dependence 7(
p) is then determined, which its equivalent to
_
the dependence hrel(9 ) in relative unities on the ordinate axis.
Experimental Part: Experiments were carried out in a vacuum chamber. A
sylindrical ferfort crucible served as evaporator and heating took pla-
ce by means of a nichromium spiral. At a distance of about 4omm from
the crucible an immobile metal screen with a long narrow gap was fitted
vertical to the crucible axis. Then a glass collector was fitted on to
this metal screen. The here discussed photometric method was tested on
bismuth films. Bismuth was vaporized on at 6000amd 6800, and vaporizing-
on velocity was changed 6 to 7 times. On this occasion the authors noti-
cad no influence exercised by condensation velocity on the dependence of
the blackening of the thickness ofthe film.From data obtained from some
experiments a diagram was determined for the dependence of 3 on the thick-
ness h of the bismuth layorl this method is well suited for the determina-
tion of the thickness of semitransparent metal layers. (21l1.)
ASSOCIATION Polyteshnical Institute KRAIKOV
FRESENTED BY Member ofthe Academy S.A.VEKSHINSKIY
SUBMITTED 24-11-1956
AVAILABLE Library of Congress
Card 2/2

FEDOROV, G.V., Cand Tech Sci -- (disv) "Application
of the method of 69 a
comiusition to
t.he study of component alloys." Khar1kov, 1958,
16 pp with diagrams (Uin of digher Ccation UkSSR.
Khar,kov Polytechnic Inst im V.I. Lenin) L50 copies
M, 29-~8, 133)
- 77

AUTHORS: Palatnik, L. S., Fedorov, G. ~vichf ;2-M24-6-31/44
TITLE: On Methods of Measuring the Microhardness in Thin Layers
(K metodike izmereniya mikrotverdosti v tonkikh sloyakh)
PERIODICAL: Zavodskaya Laboratoriya, 19589 Vol 249 Nr 6, PP 759 761
(USSR)
ABSTRACT: Metallic layers of various thickness were investigated which
had been evaporated on various bases in a vacuum. The thick-
ness of the layers wag measured by a microinterferometer
according to Linnik, while the microhardness was determined
by means of the apparatus Flfr--3. The latter had been Gquipped
with two special devices by the mechanic V. V. Gorlienko:
an automatic load mechanism, and a coordinate table which
makes possible the observation of the exact position of the
investigated point at the collector in polar coordinates.
The apparatus was standardized by means of rock salti the
selection of the metals to be investigated was made in such
a way that various combinations occurred: soft layer-hard
basist hard layer-soft baois, The results obtained are given
Card 1/2 in a table. From the mode of operation mentioaed may be

On Methods of Measuring the Miorohardness in Thin Liyers
32-24..6-31/44
seen that the metal layer was condensed on glass, that the
structure was fine disperse and the surface completely planew
Graphical representations with the corresponding explanations
are given. From the results obtained may be seen that with
soft layers on hard bases the value for n is lower than for
hard layers on soft bases which must be taken into account
in the determination of the zicrohardness of various coat-
ings; besides it was observed that the value n is greater
with small load. Therefore the microhardness can be determin-
ed at the samples obtained according to the method 'by S. A.
Vokshinskiy (Ref 4); the thickness of the sample should be
10 V and the material of the bases should be harder than
that to be investigated. There are 2 figures, 2 tables, and
8 references, 8 of which are Soviet,
ASSOCIATION: Khartkovskiy politekhnicheakiy institut im. V. I. Lonina
(Kharlkov Polytechnical Institute imeni V. I. Lenin)
1. Metal films--Mechanicai properties 2. Metal f4lms-.-Test method's
Card 2/2 3. Metal films--P~yslcal properties 4. -Tnterferoze,~~lers--Perfo~,-marce

Volkenshteyn, N. V., Fedorov, G. V., SOV/56-35-1-11/59
Vonsovskiy, S. V.
The Hall Effect of Pure Nickel Wit-1,in the Ran,-le of
Helium Temperatures (Effekt Kholla chistogo nikelya r oblasti
geliyevykh temperatur)
Zhurnal eks
perimentallnoy i tooroticheukoy "ziki, 1~)58,
Vol 35, Nr 1, PP 85 - 88 (Ussa)
The present paper deals with the investigation of the!
teMDerature dependence of R i and R0 in the temperature
range of between room temperature and 4,21K; accordirg to
reference 1 the following holds for the Hall field:
6 = R0H 2+Rj,J (i - magnetization, R0ordinary Hall constant),
and R= A (Ref 6) (A= constant, 9specific electric resistance).
The fiddata concerning the temperature dependence of
Ili within the range of from room temperature to Curie
(Kyuri).point were supplied by Kikoin (Ref 2); Jan and
Gijsman (Yan, Giyaman)(Ref 3) investigated R 0 and R1 for Ili
.and Fe and f3und an unsharp minimum in the ranges of
30-500 (Ni) aid 50-700 (Fe). R decreased from
~T -3000K,--t T-140K to a twentielh part of its value.

Thq Hall Effect of Pure Nickel Within the Range of SOYI/56-35-1-1-1/59
H'elium Temperatures
The authors of this paper investigated the Hall effect
in pure Ni(99,9Vo). Size of sample: 9.4-0,3 mm, H = 5000 04
B in the sample: 22 000 G; sensitivity of the potentio-meter
2.10-8V; measurements were carried out at room temperature,
OOC, as well as in baths of liquid N, liquid H, and liquid
lie; specific rosistnnueb: 70 . '12,30.10-3 and
10,28.10-3. 3 20, it OIS29.)
4,20/'Y293-
The measuring results are given in figures 1-4 in form of
diagrams.-R decreases sharply with reduced tempe!%Au e
and has a m1nimum at 20 - 30*K; Rj(T-3Q0oK),,,j1OO-10- lsv.cm/A. G9
R,(T-14')K)-J5.10-12V.cm/A.G. R0 decreases from 3000 to
4,20K to about 113(0,6 4 0,2.10-") V cm/A.G) and has no
minimum.'In conclusion the author iRefs 10-16) discuss the
theory of the Hall effec-. and the possibilit.,y of calculating
R according to Patrakhin (Ref 15) within the framework
ol the (s-d) exc:hange model of ferromagne'u4-s-,a(Vonf;ovs'-iy,Ref 16).
There are 4 figures and 17 references, 10 of which are Soviet.
Card 2/3

ini
-~The Hall.Zffect of Pure Nickel Within the Range of SOV/54S-35-1-11/59
Helium Temperatures
ASSOCIATION. Institut.fiziki. Petillov Ural'skogo filiale, Lkadismii nauk S�SR
(Institute of Metal PhysicsUral Branch AS USSR)
SUBMITTED: February 11, 1958
Card 3/3

AUTHORS:` Falatnikp L. S.f Fedorovq G. V. S07/2o-12o-i-2o/6 7
---------- -
TITLE: The Application of the Method of Samples of Varying C3:~jlosition
to the Investigation of Three-Component Alloys (Primencniye
metoda obraztaov peremennogo sostava dlya issledovaniya tra.~h-
komponentnykh oplavov)
PERIODICAL: Doklady Akademii nauk SSSR, 19581 Vol- 12o, Nr 1,
pp. 79 - 82 (USSR)
ABSTRACT: A particular feature of this method is the considerable devi-,tion
of the samples under investigation from equilibrium because of
the rapid dissipation of the heat of condensation by a collector.
The thinner the layer and bhe higher its thermal diffusivity, the
more will the system depart from the thermodynamical equilib2-iU:--.!.
At certain conditions a protracted stabilization of non-equilibrium
conditions takes place. This is based upon the maintenance of
zthe internal stress in the condensed layer, on the degree of
colloidal dispersion of the monocrystals and of the metastable
structures, on the considerable oversaturation and inhomoZeneitj
Card 1/3 of the solid solutions etc. The following alloys of a varyine

The Application of the Method. of Samples of Varying SOV/2o-12o-1-2o/63
Composition to the Investigation of Three-Component Alloys
composition were investigated in connection with the development
of a method for the computation of the concentrations of te=nary
systems: Pb- BI- Cu, Fb- B 'i- Ag, Pb- Bi - Sb. The metals were
evaporated front orucibles and condensed on glass plates, which
0. -ra
were heated up to 100 - 120 The denotations used in the diag -m
are explained. A common basis of all three diagrams given is the
binary system ?b - Bi, in which an intermetallic P phase is for.;icd.
Lead and bismuth are practically insoluble in copper. The authors
give some numerical data on the mutual solubility of the afore-
mentioned metals. The experimental results obtained.show that the
method of preparing and investigating samples of varying compo-
sition employed is fully efficacious, at least for a preliminary
examination of the phase diagrams of ternary systems. An advantaL;e
offered by the method developed is the considerable reduction of
the work necessary for the determination of the topologioal
quantitative) structure of the phase diagrams. There are 4 figurr_~E;
and 8 referencesq 6 of which are Soviet.
Card 2/3

The Application of the Method of Samples of Varying SOV/2o-12o-1-2o/63
Composition to the Investigation of Three-Component Alloys
ASSOCIATION: Kharlkovskiy politekhnicheskiy institut, im. V.I.Lenina (Khar*kov
Polytochnical Institute imeni V.I.Lenin)
PRESENTED: January 27P 1958t by S.A.Vekahinskiy, Member, Academy of
Soienceal USSR
SUBMITTED: January 24t 1958
1. Alloys--Sampling 2. Alloys--Thermodynamic properties
3. Alloys-composition 4. Alloys--Test results
Card 313

ACC NR:
SCIR CE CODE:
AUTHOR: Volkenshteyn, N. V., Peg= G
ORG: Institute of Physics of Metals, AN SSSR, Sverdlovsk, (Institut fiziki =~-tauav
AN SSSR~-
TITLE: Hall effect in ~holmiumtl-
SOURCE: Fizika tverdogo telaj Y. 8., no. 6,, 1966., 1895-1898
TOPIC TAGS: holmium, Hall affect,, temperature dependence, rare earth metal
ABSTRACT: In view of the lack of data on the temperature dependence of the Hall e*ct
.t
in holmium, the authors measured it in the interval 4.2 - 300K. The ho1-b1m_Eu_r t
L
99-9% (P300YJP4.2K - 12)- The inducticns used in the sample reached 20 kG. The pro-
cedure used for the measurements was the same as in an earlier paper (FM v. 2, 377,
1956). The data-reduction procedure was also described elsewhere (FMM v. 18, 26, 1963)
The dependence of the specific Hall emf on the induction for different temperatures
and on the temperature for different inductions are plotted, and the effective Hall
coefficient is calculated. The temperature dependence of the specific Hall emf ex-
hibits a minimum at 100C, and the Hall coefficient consists of two components, the
ordinary one, which does not depend on the temperature (found to be -2.8 x 3.0-L2 - -
ohm-cm/G), and a component inversely proportional to the temperature, which includes
the anomalous Hall coefficient connected with the paramiagnetic magnetiiMon- The
latter is likewise independent of the temperature and is found to be -2.2 x 10-12
ohm-cm/G. The results are compared with those obtained for dysprosium and erblum,
Card 1/ 2

ACC Ms Ap6ol8556
and are found to be quite similar. It is concluded that measurements with poly=78tal-,
line samples disclose the connection between the singularities of the Hall effect and
the characteristics of the magnetic structures, but do not yield complete informtion
on the connection between them. Orig. art. has-. 1 formula.
SUB CODE: 2D Sum DA7E: 3oNov65/ oRiG P.EF: ooB/ oTH w: ooB

66226
SOV/126-8-3-9/33
AUTHORS: Palatn3. , L.S.., Fedoro and Gladkikh, N.T.
TITLE: Study of Aluminium.Alloys of the System Al-Cu-Vg on
Specimens of Variable Composition
PERIODICAL: Fizika metallov i metallovedeniye. 1959, Vol 8, Na, 31
PP 378-386 (USSR)
ABSTRACT: Specimens of variable composition were prepared in
vacuum by simultaneous evaporation and condensation of
the constituents from three cylindrical evaporators
(Ref 9 and 10) situated at distances of 70 mm from the
collector at the corners of an equilateral triangle
inscribed in a circle of 60 mm diameter. The processes
of evaporation of the constituents were chosen so that a
summary concentration range of copper and magnesium between
0.5.and 16% were ensured on the collector. By means of a
photometric method (Ref 11) distribution functions for each
of the metals were determined for the chosen evaporation
process on the basis of which a calculation of the
concentration by graphic methods was carried out (Ref 12).
After establishing the required vacuum in the aplaratus
(Approximately 10-5 mm Hg) for the removal of adsorbed
Card 1/5 ganes, the collector was heated to a ten,perature of

66226
soy/126-8-3-9/33
Study of Aluminium Alloys of the System Al-Cu-Mg on Specimens of
Variable Composition
approximately 100%.0then cooled by running water and
co'ndensation of the film was brought about. During the
condensation of this system on a polished steel
collector, which was previously cleaned by treatment with
boiling alkali, the specimen was seen to fracture as a
certain thickness was attained, which was accompanied
by exfoliation due to internal stresses which arise
during condensation. At a sufficiently deep etch of the
collector with concentrated nitric acid, specimens were
obtained in which the junction between the film and the
base was increased (probably due to condensation
developed as a result of surface etching) and was
sufficient for measuring the microhardnoss. However, the
relatively uneven surface made microbardness testing
somewhat difficult. In order to rectify this shortcoming
a number of experiments was carried out on the application
of polished and passivated aluminium as collector.
Aluminium was chosen as base -for the following reasons:
the closeness of the coefficients of thermal expansion of
Card 2/5 aluminium and the condensate should bring about a decre
as

66226
SOV/126-8-3-9/33
Study of Aluminium Alloys of the System Al-Cu-Mg on Specimens of
Variable Composition
ininternal stresse s in the leyer and a thick aluminium
oxide layer ought to resist mutual diffusion between the
condensate and the base. As aluminium oxide is closely
adherent to the metal it can be expected that the
condensed layer will also be firmly adherent to the
aluminium oxide. Specimens of variable composition were
investigated by microhardness and X-ray structural phase
analysis methods. The microhardness was measured with the
PMT-3 instrument at loads of 20 and 4o s. X-ray pictures
were taken in the irradiation of an iron anode in a 65 mm
diameter camera. The variable composition specimens ifere
annealed in vacuum at various temperatures. Specimens
obtained by deposition on the cooled steel collector
were investigated by the microhardness method in the
concentration range of 0.5 to 6% MS and U-5 to 6~o Cu
through 0.3 to 1% Cu and Mg along the CM sections
(Fig 1), along which the ratio between lie concentration
of copper and that of aluminium, was kept constant (0.005,
Card 3/5 0.010, 0.015 etc). Parallel with the microhardness t t'ng

66226
SOV/126-8-3-9/33
Study of Aluminium Alloys of the System Al-Cu-Mg on Specimens of
Variable Composition
a qualitative X-ray phase analysis was carried out.
Microhardness was tested two weeks after j;reparing the
specimens. X-ray structural data for an alloy
containing 3.3% Cu and 2.4% Mg are shown in Table 1.
In Fig 6, comparative curves for the microstructure
along the section Cu + Mg = 2% show: (1) literature
data (Ref 7)1 (2) experimental results. Fig 7 shows
similar curves along the section Cu + Mg 35s.
X-ray data for alloys condensed on a hot collector
(200 C) are given in Table 2. Similar data for alloys
condensed on a hot collector at 400*C are given in
Table 3. The authors arrive at the following conclusions:
A condition close to equilibrium for aluminium alloys of
the system Al-Cu-Mg is attained either by annealing at
approximately 250aC by mutual heterodiffusion or in the
preparation process - condensation on a hot base
(approximately 2000C) by surface heterodiffusion.
Diagrams for the microhardness of the aluminium corner of
the three-constituent system Al-Cu-Mg, after condensation
Card 4/5 and natural ageing, have been constructed; microhardn

66226
SOV/126-8-3-9/33
Study of Aluminium Alloys of the System Al-Cu.-Mg on Specimens of
Variable Composition
curves after annealing at 150 and 2000C for the sections
C 1 = 0.025 and 0.035, and after annealing at 2500C for
tae section a C31 - 0-015, 0.025, 0-035 and 0-050, have
been plotte d. By means of the microhardness methods
metastable compounds of the AI.CuMg2 and AIXCuM'g type
have been found to exist which are responsible for the
great hardness of the condensed alloys. There are
7 figures, 3 tables and 14 references, 12 of which are
Soviet, 1 English and 1 German.
ASSOCIATION:Kharikovskiy gosudarstvennyy universitet;
Kharlkovskiy politekhnicheskiy institut (KharIkov
State University; KharIkov Polytechnic institute)
SUBMITTED: June 28, 1958
Card 5/5

It IN)

TITU: Tbe Push All-Valow tomforosso we $b# Thy,asso of W.
Temperatures (5-ye Tosoorm=ere sevabob"Itv to flalko alskikb
twevenut.0
?W*DrCALs 19pQkA1 fislah*8XIA31 Book. !35). Vol 17, ar 4. vp 743-750
(ME)
ASVTLLC21 This Comfor.so* Seek pLc. from October 21 to go ... bar t .1
Taimis it "a ergolled by I%. 01441*.iro flotko-mat..411-
kith "at Ak.*qvIt asmic 2232 (bp4,swmmt of ftyoi.*-

USSR).
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(3), 18 (7)
PfrOR3: Komar, A. P., Academicinn, A71 Ukr-',)",
Volkansht-eyn, It'. V., Foiorov, G. V.
TIM%; The Chanr,(, of tho Si.r of the Constant of Hall in the
Ordering of Atoms in an !-Iloy (T%mcnaniye zn,-ikn pn3toy"11-111!
nolla pri. uporyadochanii atoriov v s-lr-v(.,)
P:'-',RIODICA.L-. Doklady Akadamii, nauk SS3R, 10,--)g, Vol 125, Nr 3,
pp 530-531 (USSR)
ABSTRACT: Thn authors first mention some provioun papers on '.his
subject. The alloy Ni3',In is chrrzactnrized by a depenion-ce of
its electric and galv,~no-rnr~6netic rrop?rtir)s on the
upontancous magnetization 18nnd on t!-..(? dr~groe of the !on.,-,-
range ordertt. This donandence dincerno thi3 alloy fro:a
43 0
pure farromawnetic n-il al3o V-om bintrry alioy~f
similar nl~-jcturc and cimposition. ..v-, qt,.Il elnetromot1w.,-
force Fq of the olloys MAIM In-.q invontilrl-to~ for Cv~ cas.-)s
I
of fl.-,-fqr,)nt beat treatment 'of th:
rnnr7(., ciown to th~? )f I
Acco-r~-nrT to th,?sc :invertI~-,7tjr)n-;,

Vie Ch.-inge oi the Sign of tho Constant 01' 'Tall ir, tllf~
Ord-rin,7, of Atoms in ar. Alloy
on the rwinnor-of -fixing the invi.-;tAf-t-)d 7i t v t,,, o f Vi1
Evan in the c.Isa of fixing thr,
f rom hit,- tonpcr,%tur-.!,3), tho ? i If f kt- 1' 0 r,
h
oxert,i P. (Tr,~rt influance. If tl,.~~ ir. -iiitil-ly c
from 80%',n to rGo-i tcrineratur,-:, 'J"hn i.-i nn;7-n,~ t0,
-it this tompnrnture. The :all constntit of thin, :;,- anl~!
positive -:n,1 nqual to R 0 = + v. c -1/r . 7!' ~,. 3: - .
In the enso of forronagnption, (It soemr, to flonote th,-
Hall potential) is calcul,-tcd :,ccorninr7 to thn
R Di R .4jil,,i,
V 0 S R ic-notes th~~ ori.*nr~r,, '~nll constint
if d d 0
and R the Hall constnnt connnct,,.~rl with thn snont:incou3
3
magnetiz!ktion I S. R!, has an unusunl, non-clas-iCnl, positIV.,
sign. T1,1s fact apgr(,-,?~-. -1no !""Ith the r.~7-nlts ni'
authors (Ref 7). The Hall el~:~ctro7-otive, fiorc~, rlrii~~h in ~!v-
to tho existonco of I ,:is foiin,-- -,nl%l nt lo,.-r