SCIENTIFIC ABSTRACT N.A. FUFRYANSKIY - M.D. FUGZAN

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000513820019-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 13, 2000
• Sequence Number: 19
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

jeUYRYANSKLY, II.A. ~ prof., red.; RAKHAVULIN. N.D., inzh., red. ; BOBROVAI
Ye.11., tekhn.red.
(Construction and operation of gas generator locomotives] opyt
sozdaniia i ekepluatateii gazogeneratornykh teplovozov. Moskva,
Veae. Izd-vo poligr. obledinente m-va putel soob., 1960. 129 p. j"
(Moscow. Voesoiuznyi nauchno-issledovatel'skii institut zbelezuo-
doroz'anogo tTansporta. Trudy, uo.191). (MIRA 13-10)
1. Rukovoditell otdeleniya teplovozov i lokomotivnogo khozyaystva
Vseaoyunzogo uauchno-49oledovatellskogo instituta zheleznodorozb-
nogo transporta (for Fufz7ansicty).
(Locomotives)

FORTASSM, N.A., doktor tekhn.nank prof.
United States railroads. Vest.TSNrI MPS 19 no.2:59-62
160. (MIRA 13:6)
(United States--Railroads)

FUFRYANSKj_X,._N.A., prof.; POYDA, A.A., prof.; YEGUNOV, P.M., kand.tekhn.nauk,
itarshtj nauchnyy sotrudnik
High-temperature cooling of diesel locomotive engines. Elek. i
tepl.tiaga no.8%42-44 Ag 163. (MIRA 16:9)
1. Rukovoditell otdeleniyk teplovozov i lokcinotivnogo khozyaystva
Vsesoyuznogo nauchno-issledovatellskogo instituta zheleznodorozhnogo
transports Hinisterstva putey soobshcheniya (for Fufryanskiy).
2. Vsesoyuznyy zaochnyy inatitut Inzhenerov transporta (for Poyda).
3. Vsesovuznyy nauchno-inaledovatellskiy inatitut zheleznodorozhnogo
transports. Ministeretva Putey soobshcheniya (for YeVnov).
(Diesel locomotives-tooling)

FU-VRYANSKIY, N.A.t prof., doktor tekhn. nauk
What type of locomotives should be chosen for the future?
Zhel. dor. tranop. 45 no-4:51-57 Ap 163, (MIRA 1614)
(Locomotives)

7-
L 2,69-M EWr(d)/D(P(t)/EWP(-r)/T/D&(k)/PWP(h)/BiP(l)
310093
ACCESSM NRt Ap5o26356 uR/olo5/64/ooo/ooq/oO9
AVrHOFt iYefremov, X. S-i Kinov, D. K.: Petrov, 1. 1.1 Rosenfelld, V Tel
~~chanalqb_A. D.1 Sokolov, M. M.1 7!17 ekly - A.1 Chilikino M: Go
TITM Aleksandr Didtriyovich Stepanov on his 60th birthday
SOURCS: glektrichestvo. no. 9. 1964, 93
TOPIC TAGS: electric engineering personnel
.ABsTRACT: A. D* Stepar4y, Professor in the Departmint of "Electrical
Transportaflon" of Me Ucsoow Power. Uglusering institute and prominent
specialist in the field of dismal and Cos turbine transportation, had
bit sixtieth birthd4W this yearA His Interest fan the past 35 7ears bas
.been in the field of automatichl-of transportationT4quipment. Among the
1gr at number of.priated work* by Professor Btopanav, his bools"DIesel-
Motria Drive for Transportation Equipment" and Mays for Increasing
the Efficiency of Diesels mid Oes Turbine Looomotives".d#serve special
attention along with a wjj*or of books on diesels written by bin In ae-
autharabip with workers in Industry and trs~nspwl. Me bas just publiabod,
new book#.wAntematis Penr Ofttroj of Diesel and ass-TuAine lkoomsti"W
--.7 P
Card

2969-66
ACCESSION Ms AP%26356
i btgalits wagineoring wtivity at tha wDynaw" factory. In. Ilrov.. A
stem wb1oh fie dsvolopod.19.used In mass.producod diesel 1000motives.
C
:Other systesis for the el"trlb' transmissions on diesel looomotives and
Sss turbine looomotives Vblob were doveloped under his direotion are b
size
used In Bovist Industry# He Is the fowulor of a aourse wDlos*2-elestr a
I
Rolliss SOON at the Mossow Pmr Buggasering- justitat o 6rig. art. h&3f I fl.
"U"I
ASSOCIATIOM nons
SUBKMIDs 00 ENCLs 00 SVB COM 19
MR R1W WV1' 000 am 1 000 JPR8

f1JbRYM;K1Y1 NoAo,, profsp doktor tekhn.,,juk; ZELENEr.'KAYAJ, I.S., kand.tekhn.
nauk; VOLODIN, A.I., kand.tak)m.nauk; SEVASTIYANOV, S.I., kand.tekhn.nauk
quality of fuel and oil for locomotive diesels. Zhel.dor.tra-nsp. 46
no.11240-43 N 164, (MRA 1811)

FURYANMY, N.A., prof., dokilir
For thog confort of the pnssongprs. Zh,-I.dor.tr,9nap. 47 no.4-35-36 .
Ap 165.
The teahnJzrjlL standArd3 of S,.-rlet Ibid..--r,-38
(MIFF1 18:6)

PIJKRYANSKIY. N.A., doktor tekhn. nauk; GUREVICH, MI., kand. tekhn. rLauk;
kand. tekhn. naijk; POPOV, G.V., kand, tekhn. nauk;
I
STROPUMY, P.P., kand. tekhn. nauk
Results of traction and heat engi 'ne tests of series TG102 difusel
. no.1:16-23 166.
locomotives. Vent. TSNII MPS 21;
(MIRA 19:2)

621.31tIo4it : Q 1.) 1 7A)
M lbwWroathidwelaw Im"Namml
.Iqmildm N- P.TpirAm., Mc St.. No. 1. 34 40
(1952) /if Rmakw.
A imm - waft ~om ma& on traWonrers of 30
to JMkVA, at 2-6-10W. 10 to 3(rc. of capad-
tanow Am 2 No A cx The ratio o(thew Gawtances
likes sith tanprmure wA with nwWwv content
or t1w knuW;otk but It Iftib affaved by quality of
t"I or by dadr. Tlw Moir thk ratio the rMUT
Ow Wmklim mistamm Imm"isith df)ir4 mW the
the Imolokm resistaftv on envowstw4~ The
I'VOlod Is m4ic" owl to Cquipywit eith COV06-
and vd-inwnenied tnu~ornwr.

1. L l,'h'I: 1, N. 11 FN J. , F LF2,11J. N. P.
2. USSR (600)
4. Electric Insulators and Insulation
7. Eff act of moistenin.- upon the electric insLIition C3P-lCity Of -'. gmnerator.
7-lek. sta. 23, no. 10, 19,,2.
9. monthly List of Russian Accessions# Library of Congress, Fabruar7 -1963. Unclassified.

LINDORF, L.A.; ZLF01h., ,E.; ULITSKIY, M.S.; US'PEOV, F.I.;
-r
ZEYLIDZOII,Ye.D.; MILD;, G.P.; KOTS, A.Ya.; KHA*,,I!i, N.Z.;
MOAVMA, N.V.; LILERMAN, A.Ya.; BARZOV, B.M.;
ZVEZIIGORODSKIYt I.S.; IVAN(Piq V.S.; IOP'n, F.Ye.
(deceased]; BUHLAKOV, B.M.; MIJOIBURG, L.A. [deceased);
FAYERMAII, A.L., red.
(Aid for studying engineering regulations governing the
operation of electric power plants and networks] Posobie
dlia izucheniia pravil, teklinicheskoi ekspluatatsii elektri-
cheskikh stantsii i setei. Izd.2., peresnotrennoe. Mo-
skvap Energila, 10,65. 551 P. (MIRA 18;6)
1. Russia (1923- U.S.S.J.) Gonudarstvennyy proizvod3tven-
nyy komitet po enereetike i elektrlfikatsli.

LINDORFI L.S.; FUFURD' P-.IL; ULITSK37j M.S.; UgrROV, P.I.;
MLID~ZT'-Yia.; MMN, G.P.; XOTS, A.Ya.; KRAVID, N.Z.;
MURAVLEVA, N.V.; LIEEP14AN, A.Ya.,- BARANOV, B.M.,,-ZVEZIIGORODSKIY,
I.S.; IVANOVp V.S.; IOFFE, F.Ye.; BURUKOV, B.M.; MIRENBURG,
L.A.; PAYERMAN, A.L.j Ted.; BORUNOV, N.I.,, tekhn. red.
[Study manual on the technical operation of electric networks
and power plants; electrical section of electric power Plants
and electric power distribution networkB]Posobie dlia izuebe-
niia pravil tekhnicheakoi ekopluatataii elaktrichoskikh stantaii
i setei) elektricheskaia chast' elektrostantaii i olektrichaskie
seti. Moskva, Gosenergoizdatp 1962. 558 P- WMA 15.6)
(Electric power plante-Handbookss manuals, etc.)
(Electric power distribution-Handbooks, manuals, etc.)

A. A. doteent.
Companion cropping. flauka i pered.op.v sellkhoz. 7 no.7:95 JI 157.
(KL,Rk 1018)
1.0deaskir mallskokhosytqstvannyy institut.
(Companion crops)

IF 'j 4) -A , t4 - 1,4 ..
Categor7s UNWAnalytical Cbesistry - GenejAl Questions. 0-1
Abs Jour: flererat Zhur-Khiziya, No 9, 1957, 3o946
Author ; Zeirlharlys. N. F., Fg&LJL.AL,_ Leydar"an To. A.
Inst : not given
Title : Use of Chemical Reactions in Prooesses of Spectral Analysis
Orig Pub: Zavod. laboratoriyaj 1%6, 22, No 11, 1303-13o6
Abstract: To eliminiLte the- effect of con;position and enhance the sensitivity
of the analysis use is made of carbonization (C) and halogenation
(H). C in used in determination or admixtures in oxides of high
melting metals, to bind the base (spectrography Is applied tothe
stage of evaporation of oxides) and in the determination of car-
bide-forizing elements in ores and minerals for a preliminary dri-
ving off of admixtures (spectrography of the stage of carbide
combustion) - The reactions take place In an an of direct or
altermating current during evaporation of mixtures with coal pow-
der) from carbon electrodes. H is used in the determination of
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ZAKHARIU, N.Y.;. IFUGA, N.A.
Spectrum determination of impurities in hafnium. Trudy Kom. anal.
khim. 12:166-171 16o, (MIRA 13:8)
(Hafnium--Analpis) (spectrum analysis)
- 1 - -t , " -
I --. -;" -i~ ~- -

S/048/63/027/00 1 /002/043
B163/3~180
AUTHORS: Zakhariya, N. F., Turulina, 0. P. and Fuga,j,-A-
TITLE: Investigation of the thermochemical processes in
spectroscopic analysis
PERIODICAL: Akademiya nauk SSSR. Izvestiya. Seriya fizicheskaya, v.27,
no. 1, 1963, 4-5
TEXT: Mixtures containing ZrO 2. oxides of impurity elements and halides
of Cu and Ag and mixtures in which the basic components were oxides of
other rare elements such as Nb, Hf, and Ta, were heated to 800 - 2300 0K.
The residue, in some cases the sublimate, was quantitatively analyzed and
the temperature dependence of reaction Und-sublimation rates determined,
as also the most probable reaction process. Thermodynamic calculations
were made and the kinetics studied. The interaction of impurities with a
reactant depends on the formation of compounds with the basic' conDonent
and the probability and tnermal otabili-.y of'such compounds depena on the
intensity of the cation*field of the oxides.;.j For the halogenizr.tion of
stable compounds the cation radii of the expe'lled element and the
Card 1/4

Investigation of the thermochemical ...
3/048/63/027/001/002/043
B163/B180
reactant must be similar. Besides decomposition of complex compounds ::nto
component oxides, at high temperatures all oxides are either reduced to
the metal or to lower valence oxides. Interaction mechanisms differ -1or
different multivalent oxides, e. g. Fe2 03 reacts with AgC1 to form TeOl 3.1
and Cr2 03 forms Ag2CrO4 at low temperatures while at higher temperaturt~q,
the metals or lower oxides interact with the reactant. The best react;ints
are halides with low vapor tension which persist in the,specimen even at
high temperatures. The temperature dependence of the free energy of the
reaction (Me.0. + 2mAgC1 +mC-
I'McCl.
+ 2mAg + mCO)
is given in Fig. 2. It shows that chlorination reactions are excellent
foi- the expulsion, and consequently the spectrGSCOPiC determination, of
elements to the left of the periodic system. This paper was presented at
the 14tn Conference on Spectroscopy in Gor'kiy, July 5-12, 1961. 'There are
2 figures.
Card 2/4

Investigation of the thermochemical ...
ASSOCIAT
S/048/63/027/001/002/0,13
B163/B160
ION: Institut obahchey i neorganicheskoy khimii Akademii nauk
USSR (Institute of General and Inorganic Chemistry of the
Academy of Sciences UkrSSR)
0
Fig. 2. Variation of free reaction energy LF on temperature. "n" and
"k" are the melting point and boiling poinL of the chlorides.
Legend: kcal g-equiv -1 of the chloride
2 B boiling point of AgCl, 18230K
Card 3/4

S/04 63/027/001/002/043
Investigation of the thermochemical ... B163YB180
% Vz.
Fig. 2
Card 4/4

2o367
q, 41,
3oo
R/004/61/000/004/001/001
DOl4/D1O6
AUTHORS: Fugaru, Constantin, Metallurgical Researcher, and Ivapu,
Vasl.l-e-,-En-g-in-e6-r--v--Principal Chemical Researcher, (Bucharest)
TITLE: Production of oxide magnets based on barium ferrite and lead
PERIODICAL: Electrotehnica, no. 4. 1961, 124-129
TEXT: The article briefly describes some experiments conducted to obtain a
high-quality oxide magnet based on barium ferrite and lead. During the last
few years, many studies were conducted with the Fe 0 - BaO - PbO compound
2 3
system, to find a material having some magnetic pro erties similar to chose 3
of oxide magnets based on barium ferrite with a (BH5 energy of 8.10 'Y/m
6 max &'
(1-10 Gsbe). Magnetoplumbitet PbO 6Fe 20 3' is a ferromagnetic compound simi-
lar to barium ferrite. The PbO - Fe 2 0:5 system was studied by E. Kohlmeyer
(Ref lt Studiul fazelor tn sistemul PbO - Fe 20 3* Metall und Erz, 1, 1913,
483 - 491), who established the phases which are produced by different treat-
Card 1/20

20367
B!/004/61/000/004/001/Col
DOWD106
Production of oxide magnets based on barium ferrite and lead
ments. Pawlek (Ref*. 2: W. Bergerg F. Pawlek: Corootgri cristalografice Vi
magnotice tn siatentul PbO - Fe203' Archiv fqr das I-Anenhattenwesen, 2j 195
febr. 101 - 108) has studied the compositions where the most favorable values
of the magnetic parameters appear. /A-bstracter's note: the last digit of the
year mentioned in Ref 2 is illegible7- Magnetoplumbite as well as barium fer-
rite are ferromagnetics which present values very close to the magnetic sa-
turation moment, which is due to their isomorphism and tte slight difference
between the Ba2+ and Pb 2+ ion rays (1.43 and 1.32). It can be assumed that the
solid solutions of these two combinations will also be ferromagnetic, giving
relatively high values of the magnetic saturation moment and of the constant
X of the magnetocrystalline anisotropy. The formation of barium ferri8e from
Fe and Ba oxides is accomplished more rapidly at tempegatures over 950 C.
Magnetoplumbite begins forming at a temperature of 825 C. It can be assumed
that the barium ferrite formation rate will increase if the chemicaL reaction
and the sintering are accomplished together with lead oxide. If PbO_ 41.5,
Fe21)3
Card 2/ 20

20367
R/004/61/000/004/001/001
D014 D106
Production of oxide magnets based on barium ferrite and lead
the phase is formed at,8250C at an increased reaction rate. By the diffusion
of barium and lead ions, a mixed ferrite is obtained with determined mag-
netic properties. In -the investigations, the PbO molar ratio gradually in-
Fe203
creased up to approximately 1/12, suggesting that magnetoplumbite is formed
at temperatures higher than 825 C, accelerating the formation of barium fer-
rite. The experiments included production of some samples of materials
having the chemical composition shown in table 1, magnetic measurings and
microscopic study of the samples produced. The PbO content of the samples
varied between 1 and l0o in weight. The following raw materials were used.
Industrial red iron oxide with a content of Fe2o 94-,4, humidity 1.4%,
P. C. 3.6%, insolubles 0.3%, S 0.7%; indMrial barium carbonate,
BaO 76%, CaO 0.6%t Na20 0.4%, SO 3 0.7%, P. C. 22.3%; minium of lead,
grade I- a, PbO 95.4%. The samples were prepared as follows: the raw ma-
terials were mixed for 24 hrs in a ball mill together with an equal quantity
Card 3/20

2036T
R/004/61/000/004/001/001
DOWD106
Production of oxide magnets based on barium ferrite and lead
of water and steel balls. The mixed material was then filtered and dried in
a drying chamber. The dried powder samples designated with no.I were subjected
to a preliminary heat treatment (pre-sintering) for 2 hrs at 9500C, whereas
the samples designated with no. II were subjected to a preliminary heat treat-
ment for 4 hrs. The ferrite obtained was ground for 48 hrs in a ball mill
together with the same quantity of water and steel balls. The resulting fine
ferrite powder was mixed with 4 - 81/16 of cellulose trimethyl or polyvinyl alco-
hol and compressed with a pressure of 0.8 t/cm into cylindrical shapes 16 mm
in diameter and weighing 10 g each. Having been dried, 0the samples were sub-
jected to a sintering process at a temperature of 1,100 C in case of' the "all
index and at 1,150 C in case of the "b" index. The samples were kept for ito
1, and 2 hrs in the furnace. The temperature was i8creased at a rate of 200 C
per hr, whereas the cooling was accomplished at 300 C per hr. The dimensions,
the density and the magnetic performances 19r, Hc, (BH) 7 of the samples were
o max
determined. The magnetic performances were determined with aNeumann double-
yoke permeameter, made by the ICET. /Xbstracter's note: the abbreviation ICET
Card 4/20

20367
R/004/61/000/004/001/001
DOWD106
Production of oxide magnets based on barium ferrite and lead
is not explained7. The values obtained for different samples are compiled
in tables 2 - 5; The mixed bari am- and lead ferrite, after the preliminary
sintering for 2 and 4 hrs at 950 C, showed an increase in density in rela-
tion to an increase of the PbO content as well as to the duration of' the
maximum temperature level. According to fig 2v this increase can practically
be considered to be linear. Figures 2 - 7 show the influence of the varia-
tion in PbO content between 3 and 10%, the duration of the preliminary heat
treatment, the maxim-um temperature, and the duration of this temperature
level on the final density of the sample. The final density is not consi-
derably increased if the PbO content exceeds 6%. Similarly, an inc:rease in
the maximum temperature or the time above the limits shown in the graphs in
fig 2 - 7, does not lead to an improvement in the final density. The in-
fluence of the heat treatment on the magnetio performances of different types
of samples is shown in figures 8 - 11. Samples having a PbO conteri-, of 1~~-
were eliminated because of their very low magnetic performance. The materi-
als having a PbO content of 3% showed a weak reaction after the preliminary
Card 5/20

20367
R/004/61/000/004/001/001
DOWD106
Production of oxide magnets based on barium ferrite and lead
heat treatment. Samples with a PbO content between 4.5 and 6%v led to an ac-
tivation of the pre-sintering process in relation to an increase of the PbO
content resulting in a well reacted material of high density. In the final heat
treatment this material showed crystal growth as much slower as the sintering
process was more advanced in the preliminary heat treatment. Samples with a
PbO content of 6% presented a (0.8 - 0.9) - 10~ ?) dsO'*e value of magnetic energy
in great temperature and time intervals. An increase in PbO content to 10%,
led in -the final heat treatment to an increase of the crystal growth rate and
thus to a reduction of the magnetic performances. Before the structural
analysis, the samples were polished with a special device for polishing sili-
con plates used in the manufacture of semiconductors. Satisfactory results
in proving the hexagonal structure of the barium ferrite were achie-red byo
using the following etching method: HC1 1Q/~-'g HNO 5.%', temperature 60 C,
time 1 min. on the basis o9 structural analysis, he authors e8tablished
in samples sintered at 1,100 C a (BH) energy of 0.8 - 0.9. 10 Gsle, The
crystalline barium ferrite particles OMPthe material sintered at 1,100 C for
Card 6/20

20367
11 004 61/000/00470ol/oci
T"O14/'DlO6
Production of oxide magnets based on barium ferrite and lead
I hr had a size of 5 - 10ttp and of the mat-erial sintered at 1t1500C' for
2 hrs a size of 10 - 50,u t but a lower magnetic energy, i.e.
4 - 5 - 103 'r1M3 (0-5 - 0.6 - 106Gsbe). On the brsis of these experiments
the authors came to the conclusion that the magnclic material requires a
preliminary and a final heat treatment at "V-empera- --ores which are lower than
those applied to simple barium ferrite. This i%aLp etic material can be used
industrially with some technological and economic advantaGes. There are
14 figures, 5 tables, and 4 references: 2 Soviet-bloc and 2 non-So-riet-bloc.
ASSOCIATION: ICET
SUB4"'IITTED: December 15, 1960
Card 7/20

FUGARUJ, Constantin, ing. (Buoureati); FILM, Ion, ing. (Bucuresti)
Sintering contact technology used in low tension apparatus.
gleetrotehnica 9 no.10067-371 0 161.
1. Cercetator metalurg la Institutul de Cercetari Electrotehnice
(for Fugaru)., 2. Cercetator electrotehnician la Institutul do
Cercetari Electrotehnice (for Barbu).

FUGARU, Constantin -ing. principal metalurgist (Bacuresti); KSTOR, Gheorghej
ci,7e-r;-c-e--tZ-a;-t;-o-rl:Buoureati)
Thermal treatment of si-liceous cold rolled sheets with -gy-11 losses,
used in the electrotechnical induatry. ElectrotebMea 10 no.11:42-1-
43.9 N 162. . t
1. Institutul. do Gercetari Eleatrotehnice.

FUGARU, C.
Youth work proteotion in Rumanian legislation. Manca sindic [71
no.lt54-55 Ja 163.

FUGM, , C.
On the supplementary vacation for uninterrupted length of
service; consultation. Manes, sindic 7 no.6:52-54 -To '63.

Invireamentel weditions in the awtury trautl of Idna
V. W %1auk,J%L,FmxxI. anti Z. Topolnik On-1 In-1. lira.
?Amb. VupnlAv6). floor. J. lovol. JIM, 7. I'L', N IWO)
-in the Idria mines of YugWavia. Its mcur- *4 rinnatkar
1110. 1) and as native qtiickdlvtr (11). The Av. fit call-
tent of the vie Is 0.7%. Mining It l4tonecif thr nunt dan.
gg upalims In ldrid, 1%'hrfv 1 alone 13 -lug. thelot it
no= because of Its slight soly. ligrAlmouinchasAids
I
&Am during rv49I full of the ore not thifintt thnIsirel bottles
with III for townspowt Mring 1044-19M, thete wo,re 27
03 cam annually oil mulmu-mfe, chromfor, 4w chromir-mationAry
fig polsoninf. If, convils. III ma /Ctl~ fit Worle if 03 SAJ in
a pit when was on. 0.&" Y) In a pit where 11 occurred
beside 1. and 0.17-1.1 In the ontelting plant. Ptisling and
Ided protective mea%uroro are de"beil
Ntarim 114"n Peskin

YUGOSLWIA
Fur,-,IS rfirka; GMITILIZ71t, Ifirjana; VALIC, F. and S.; Institute for
rch and occupational 'Medicine (Institut za riicdicinsItz istrazivania
i medicinu rada,) Zagreb.
"Air Pollution Studies and Atmospheric Sedincnt Analysis in the City of Zagreb.,'
:".a-rcb, Arhiv za HiRijenu Rada i Toksiltolof7iju, Vol 16, No 3, 1965; pp 215-226.
i,bstract IrEnglish sunnary modified; : Review of one year's data*cn air pollution
monitoring in Zagreb reveals that the city is one oZ the most heavily polluted
industrial cities in Europe at this time. Presentation of data on types of
atmospheric impurities, correlations with meteorological conditions and seasons
of year. Plan, photo3raph, 3 tables, 5 graphs; I Yugoslav and 7 Western ref's;
ms rec 30 Jan 65.
*1 Apr 1962 - 31 Mar 1963
YUGOSLNVL~
ruc,AS, llirka~ GEIrI.ILIZZA) Ifirjana; VALIC, F. and VIURNOVINIK, s.; In3titUtC for
iedicinsl:a istrazivanja
and occupational :Iedicine (Institut za r
i medicinu rada,) Zagreb.
ii-~ir pollution SLUdiCS in tile City of ,agrcb. rarL -L%:o. Dcterr-lillatiOn O~
Concentrations of Sulfur Dio%ide and Smolc."
PP
Zagreb, Arhiv za Ili.-ijenu 11,4da i Toksikolori , Vol 16, -,-o 3, 1965; 227-249-
odified]: Data on S02 and smoke concentrations in
,ibstract [1-:nglish summaryn
-7 aZ;rcb as measured daily for 12 months at 4 locations. Doziestic heaLing
furnaces were most culpable and calised extrem, 1y heavy pollution especially
durin- winter timep suggesting the great potential value of cen Itralized
systcn, - Nap, tabless
furnaces by block rather than old individual buildin
10 graphs; I Yugoslav and 11 Western references; Ms rec 30 Jan 65.
1/1
96 -

FUGAS, Mirka; JENCEK, L.
Film dosimetry of X.- and gama-rays. Arch.hig.rada 10 no.4:353-359
0590
1. Institut za medicinska istruivanja i medicinu rada u Zagrebu i
Fizikalni institut Medicinskog fakulteta, Sveucilista u Ljubljani
(RADIOMETRY)

FUGAS, Mirka
Determination of nitrogen dioxide in the air. Arh. hig. refla 13 no.3:
207-229 162.
1. Institut za medicinska istrazivEmila i medicinu rada, Zagreb.
(NITRC.GF.N) (AIR POLLUTION)
S

FUGAS. Mirka; HARM, Magda
Influence of latent image fading in the estimation of gwm-ra7
exposure b7 a film-donimetrio metbod. Arb hig rada 3-1 no.2:107-115
160.
1. Institut za medicins)m istrasivanja i medicinu rada., Zagnb.
(RADICHETRT)

Kudo-ffixu
Visual estimation of color Intensity. Application of a
colorimotric method in the determination of the concentration
of air contaminants. Arh. rig. rada 15 no.lt27-46 164.
1. Inatitut za medicinaka istrazivanja I medicinu rada, Zagreb.

1
.IYUGOSIAVIA
7
Mirka FUGAS, Institute for Medical Research and Occupational Medicine
t1n-sfftffC-ia--medicinska istrazivanja i medicinu radar Zagreb.
"Determination of Atmospheric Nitrogen Dioxide."
Zagreb, Arhiv za 1!iSjj~Rt!_Rada i Toks OlRoAja Vol 13, No 3, 1962; pp
207-229.
Abstract [English surmary modifie4 : Study of factors (reagent stability,
of dye formation and dccom position, role of light and of
tanpcrature, effectiveness at various concentrations Of N02) with various
types of rinsing recipients and impinSers. A method combining several
techniques and rea.-ents previously described in the Ilestern literature
is considered best, accurate and reliable for a wide concentration range
(0.005 to 10001- ppm). Two tables, 9 diagrams; 2 Yugoslav 2 Soviet and
17 Western references.
L/ 1 -j

. . . . . . . . . . . ... . . . . .
(600)
4. Electric 1~ngineerina
7. "General electric .1 enfzineering. FAited rlr~- f. S. A. Revieweil by I.
Fuaenfirov. Elektrichestvo No. 3, 1953.
9. Monthly List of Russian Accessions, Library of Congress, 1 1953. Unclassified.

FUMFIROV. M. 1. . inzh.
Remarks on the draft of now government standards for ordinary
Incandescent lamps* Svetotekhnika 6 n0-3117-19 Mr 160.
(MM 13:6)
1. T9ssoyuxW svetotekhnicheakiy institut.
(Blectric lamps, Incandescent-Standards)

FUGENFIROV, M.I.; MMVLEV, P.N.
Plan of research, experimental and design work in power and electric
engineering for 1963. Biul.tekh.-ekon.inform.Gos.nauch.-isal.inat.-
nauch.i tekh.inform. no.11:88-90 162. (MIRA 15:11)
(Electric engineering) (Power engineering)

FUGENFIROV, , M. I.. _ ~
Technical progress in power engineering and electric equipment
in the R.S.F.S.R. Biul.takh.-ekon.Gos.nauch.-isal.inst.nauch.i
tekh.inform, 16 no.1340-43 Ja 165. (MIRA 18:4)

FUGENFIROV, M.I.
Substituting nickel electrodes in incandescent lamps. Blul.
tekh.-ekon. infrr-m. Gos. nauch.-iasl. inst. nauch. i tekh.
inform. 18 no.2i45-46 F 165. (MIRA 18-5)

FUGELIZANC, N. F.
Posobie Fo sostavienilu iromfinplana derovoobrabatyvaiushchego ~redpriiatiia. Moskva,
Cos. Izd-vo stroit. lit-ry, 1950. 75 p. forms. (Bibliolt.--ka stroitella Io vo~roram
ekonomiki i planirovaniia)
Working out the industrial and financial plan of a woodworking industry.
DLC: 1JD9?15.*2F8
SO: Manufacturing and Mechanical Engineering in the Soviet Union. Libr,&Y7 of Congress,
1953.

AUTHORS: Fugerg I. Cabell, XJ. SOV/89-4,-~24/30
TITLE: The Ion-Exchange Behavior and the Dissociation Constants of the
Complexes of Awricium.. Curim mg Call-forniun With
Ethylenedlemin tet3mAoatio Acid (1) (Ionacibmenneye povedentye
i konstanty dissotniataii kcmpleksov ameritslya, k~YuTiya i
kalifomiya a etilondiamintetraukauanoy kislotoy (1)
PERIODICAL: Atounaya energiya. 1958, Vol 4, Nr 6, pp. 6n-03 (USSR)
ABSTRACT: This in a short Mlew of 2 papers published in: J.Iwrg.Nual.
Chem. 1958, Vol~ 5, Nr 4v P- 332 and Analyst, 1952, Vol, 77,
PI/ 859, (Reviewers V.P.) a There are 2 references -
1. Complex compounds--Chemical reactions 2. Ion excharge
--Analysis 3. Americium--Properties 4. Californium
--Properties 5. Curium--Properties 6. Aceti2 ancid
Card 1/i

FUGLE"WICZ, WMAN'
Poland GA: 47:12136
Chemia analityczna jokosciowa.
Warsaw: Panstwowe Wydawnictwa Tech. 19S;2. 336 pp.
Reviewed in Wiadomosci Chem. 7, 381-2 (1953).

FUGNEROVA M. K nasi zdravotne vychovne p:-aci mediku, Health-Education4a work of
tEe a-e-d1iW professions Zdravotnicka. Revues Prague 1949, 24/1-1 (238)
So: Medical Microbiology and Hygiene, Soction IV, Vol 3, No 1-6

FUGNMOVA, M.
- - OWMK&~Wj~$"
Health education. Zdravot.rev. 25 no.12:316:passim. Doe 50.
(CLKL 2095)

YMMOVA, M.
Health education in medical institutions&' Cook. nemoc. 19 no.6-7:
86-89 June-Sept 1951. (CLKL 23;2)

FUGOLIP ~04m* [Fuhollo O.M.]
Course of restorative processes in animal with various types of
the higher nerrous activity. Fiziol. zhur. [Ukr.] 7 no.lsl9-23
Ja-F 161. (KM.A 3-4t:0
1. Kafedra normallnoy fisio;ogii Kharlkovskogo meditsinskogo,
stoinatologicheskogo, instituta.
(UMOUS SYSTEK)

YUGOLI, I.Ya.; SHULIGA, S.Z.
Polarized luminescence and absorption of weak long wavelength
in anthracene at T = 200 1. Opt. i spektr. 5 no.1:34-38 J1 '58.
(MIRA 11:8)
1.Institut fiziki AN USSR.
(Anthracene) (Luminescence) (Polarization (Light))

FUGOLI, 1-Ya. Lyuholl, I.1A.J
Absorption and luminescence of crystalline nolutions stilbens in
tolan at 200 K Lin Ukrainian with summary in Engliehj. Ukr. fis. zhur.
Supplement to 3 no.1:40-48 '58. (MIRA 11:6)
I.Institut fiziki AN URSR.
(Stilbane--Spectra) tAcet7lone-Spectra)

AUTHOI?~";: PrikIlot,ko, A.F. and I* Ya.
TITIE: Dariiiiescence of Ci~jstalfini-e'-Ant.hra,-.ene at T = 20.49K.
(Lyamine st sent si-ya krJ_sta1lJ rheskogc arjtra4-sena. pri
L
T = 20.40K. )
J?2XIWICAL: Optik-a i Spek-,roslzopiya, 1958j V,31.IV, 17r.'72
pp .335-343 (USSR)
ABSTRACT: Over A0 samples cf anthra~7ene -.rystal plates of -various
thii,,,knesses (from tenths of a miuron to several na) were
studied. Thicker plates were c-at frou a larCe amono-
r~rystal; thin arysta~zviere obtained by evaporation.
To avoid the effects 6T_ thermal stresses which occur
on c~ooling of anthra--ene crystals attached to quartz
bases, only the ox-js-tals of thickness g-reater than 1 p
vierg_; used to study the luminescence spentra. To find
-the effect of the state of the surface cn luminescence,
samples with damaged surfases (c~racked... bent, eta.)
,aere studied as a special group. M-easur-.ments were
nade at 20,4~1 in a motal cryostat witli quartz windows
(Ref.13), The lumines,-.en,_e spe~,.tra ive-ne reccrdled both with
the e:~Citinc light incIdent at an an[~Ita tc~ the sample and
Card 1/4 after "transmission" throu&i 1-1,,e Taiaple. In t.ae first

r -, - _I _ 3,_ P
/70
Luminescence of Cr,7stallime knth:r-al:~ene at-
case luminescewe was excited with liCht of about
3670 k. For obtaining luminescence by "t ransr-i E; Sion"
a tungsten lamp was usedt A Glan-Thoruson Drism was
used to separate cut tUe compcilents ct2' luminescence
parallel ("b" componerz) and normal ("a" compcnent)
to the monoclinio~ b--axis of the cr-ystal. The
luminescence spectra were recorded by means of ail
ISP-22 speeLrograph.. The authors observed al3C- 0the
long-wavelength absorption by an-chracene at 1'2. 0 . 4 -
Frequenr.ies ef the absorption lines are given ir- Table
1, which includes 'che. resialts obtained at 20.4cF- by
Obreimov and Prikhotlh,~ (Ref.6) and by Gr;aig and
Hobbins (Ref.Z), as well as Si.dma-n's (Ref,,3) recralts
obtained at 4 K. LarGe di-fferen^as between the
results obtained by the various author-3 can be seen
in Table 1. The 11tainescenze spe7-tL-rj-m of ainthracene
at 20.40K consists o-F aarr,-,,a bandi whic-h are p:2actically
-ense lines are
lines. The frequenca.es of the most int ,
given in Table 2. F,Le,-.l gives the digtribut-ion of
imtensity in the antLnacene luiaines~~ence spectrin at
Card 2/4 293-K (curve 1) and at 20.4oK (cur~,e It .-~as found

4 -P,/ 50
Luminescence ct Crystalline Arithracene at T = 20.4'K.
that the intensity cf luminescence in the "b" direction
is Greater than in the "a" direction and the xatio of
the intensities of various bands in the two comi,.-onents
of the spectrum is not the saize see FiL;.2). ![he authors
found considerable -;ariations in luminescence of,'
c;rystalline anthvacene samplPs wh-Joh were held in the
same way and had no visible surlfa~e damage (Fig,.3 and
Table 3). In thick samples a more c-cimplete set of
lumines,~ence liUrS VALS cbserved than in thin samples.
The luminescence spe(,.tra of scam las with damaged
surfaces a--e shown in Fig.4. gamples with cracks of
several microns thicimess had lines which were more
diffuse than all sam~jles with undamaged surface. The
observed variations i n luminescence are ascribed to
variations in local levels which are formo3d in crystals
due to various lat tice defects (vacan~;ies, interstitial
molecules, etn,.) and which a----- responsible for
lumdnescence. These defects can beh,-jve like --Impurity
Centxvs, It is considered unlikely that the observed
,,ariations am due to uncontrolled iDpurities -.;In
Card ~5/4 anthracene. Th~VO Ire 11 fiu- r'S. 3 tables ant]. 12

Luminescence of Crystalline Anthracene at T = 20.4K.
references, of which 7 are Soviet, 4 American and
1 French.
ASSOOIAT"1011; Institute of Phys-~cs, Academy of Sciences of the
Ukrainian SSR. (InStitUt fiziki AN USSR.)
SUBLIMi-0: May 29, 195?.
.1. 1. kntbracene crystals-Lwaineocence
Card 4/4

AU THORS Prikhottko A.F. and FuSol, , I.Ya.
SOV151-5-5-13123
TITLE: Absorption and Luminesceace of Phananthrene Crystals at 20c'K.
(Fogloshchaniya i lywainestaentslya kristallov fenantrana pri 20OKj
MRIODICU:Optika i Spektroskoplya, 1958, Vol 5, Nr 5, pp 582-589 (USSR)
A33TRAOT.- Tha %~Ahors obtained absorption and luminescence spectra (if phenanthren2l
a'. ZOOK. They used a quartz spectrograph of hiGh dispersion
(Hil6er--31). The lusinoscence speerrum was obtained on that side of
the crystal which was excited with 3100 1 from am-3rcury lamp. The
absorption coefficients xera measured by photographic phot=etry for
two directions of polarization: parallel (direction b~ amd at right-
anglas kdirection a)' to the Laonoclinic b-axis. The absorption spectra
of phanarithrene crystals from 0.2 to 12 ~& thick were meas~tred in the
sawe t-.Yo directions. Phenanthreue crystals which absorb iroakly in tha
first electron transition (26000-33000 c.-l) exhibit an absorption
spectruia which consists of narrow bands. in 0.5-0.3 1& thick crystals
Card 113 the absorption spectrum is very siaple (Fi6 1). With increase of
crystal thickness the spectrum bocomis ;aore couplax, as chown in Fig 2

4boorption and Luiainescenco of Pheminthrone Crystals at 200K SM151-5-5-13123
which gives the spectrwa of a 2-51& thick crystal. In Figs 1 and 2 the
spectra marked "a" represent absorption with the 3 vectox parallel to
the b-axis, and.the spectra marked nb" represent absorption with the
S voctor nor-aal to the b-axis. Fig.3,6ivas tha absorption curves for
phonanthrone at 200K; the continuous line represents tho reuulTa for
direction b und the dashed line represants the a-diraction spectrum.
Table 1 gives the absorption spectrum of phonanthrone in the region
28000-33000 cm, it the first two 'columns give 11 the absorrxDion coefficients,
the third column gives the wave-nwabor in cm- the fourth column gives
the diffeIonce between the wave-nambor of a pa;ticular lund and the
28610 cm- band. For the a- and b-directions in phananthrene the
following oscillator strengths were obtained for the first electron
transition at 200K: f& = 0-0033, fb - 0-008- Phaaanthrone crystals
luminesce strongly when illuminated with light of vraveliangthe in the
absorption region. Uok;t of this luminescence is due to anthracene
which is present as an Wpurity. When tho anthracene concentration is
less than 0.01% the anthracene emission disappears. The intrinsic
luminescence of phonanthrene, which is then observed, consists of wide
Card 2/3 and partially diffuse bands. All the aeasurei fluorescence bands

Absorption and Luminescence of Phenanthrene Crystals at 200Z SOV151-5-5-13123
and their Interpretation are given in Table 2. The first band of
the luminescence series coincides -with one of the weak 9,boorption
bands in the long-vavelength region, as shown In Fig 4. Phenanthrene
does not exhibit the same randomness In its luminescence spectrum as
that shovn by anthracana and cadmium sulphide. Havart:.-isless the
similarity between the absorption and luminescence spoctrum of
phananthrene suggests zhat luminescence of phenanthrene has the same
origin as that of anthracene tRef 1) and cadmium sulphide kRef 10),
i.e. It is due to lattice defects. There are 4, figurezi, 2 tables and
10 reforences, 8 of which are Soviet and 2 Aperican.
SUBMITTED: December 9, 1967
Card 3/.3 1. Phenanthrene crystals--Spectra 2. Phenanthrene crystals
--Luminescence 3. Phenantbpene crystals--Lattices

AVOW, I. Ya., Candidate Phys-Hath Sci (diss) -- "Investigation of the lumines-
cence of certain molecular crystals at low temperatures". Kiev, 1959. 14 pp
(Acad Sci Ukr SSR, Inst of Pbys), 100 copies (KL, No 26, 1959, 123)
. : I - . I.- . I . . - 11

24(4), 24(2) SCI/'51-7-1-6/27
AUTHORS j Prilchottko, A.F. a ,nd Fugoll, I.Ya.
TITLE: Luminescence of Stilbens Grystala at ZOOK (Lyuminestseniziya
kristallov stillbena pri 200K)
PERiODICkLi Optika i spok-troakopiya, 1959, Vol 7, Hr 1, pp 35-46 (USSR)
ABSTRACTs The authors studied luminescence and absorption of 0.5 ji-2 mm thick
stilbens monocrystals prepared by sublimation or grown from malt.
Luminescence was excited by means of wavelengths near 3100 1 from a
mercury lamp SVDSh-1000. The luminescence spectra -were obtained by
photographic photometry. The absorption spectra were rocorded using
a hydrogen lamp and two quartz spectrographs of high and medium dispersion-
Hilger 81 and ISP-22- The iron spectrum was used for calibration. All
spectra were recorded at 200K and some of ',hem were also recorded at
2930E (room temperature). The lumlnescen(6 spectrum wao found to range
from 29200 cm-1 to the visible reg;ion. A-, 2930K it consists of several
wide bands which split into narrow bands at 200K (these nArrow bands
will be called The strongest luminescence iiiji)s are shown in
Fig 2; their number and intensities vary from sample to sample (Fig 6).
Some of the luminescence lines, such as those at 29142, 29035, 28902 cm-lard
Ca rd 1/3

Luminescence of Stilbene Crystals -St 200K SOV/51-7-1-6/27
other weaker lines , coincide with certain absorption lines. The
intensities, widths an,1 polaritations of absorption lines also vary
from sample to sample. In thick crystals (100-300 p) a now series of
absorption lines appears (Fig 4 shows the absorption spectrum of a
stilbene crystal 150 p thick). The absorption lines, the fundamental
absorption edge and this luminescence lines of stilbene at 200K are
shown schematically in Fig 5. The luminescence " absorption spectra
were found to be strongly affected by annealing at either the liquid-
nitrogen temperature ('770K) or the sublimation temperature (-700C).
The results obtained show that luminescence of stilbene is closely
related to structural defects such as vacancies, molecules between
lattice sites, deformed molecules, etc., Rhich are produced during
crystal growth. This close relationship with the structural defects
Is deduced from the variation of the luminescence spectrum from sample
to sample and the largeo number of closely spaced resonance lines which
occur at the heads of luminescence series. Each Of such lines is due
ca rd 2/3

Luminescence of Stilbene Crystais at 200K SOV/51-7-1-6/27
to some structural defect which produces a local anerg level close
to the corresponding level of the perfect lattice. The strong affect
of annealing Is a further confirmation of the suggested relationship,
Each structural defect serves both as an absorption ceintre and a
luminescence centre. These centres are discussed in greater detail
elsewhere (Ref 11). There are 6 figures, 2 tables and 11 reference5l
9 of which are Soviet, 1 English and 1 Geman.
SUEMITTEDs September 15, 1958
Ga rd 3/3

ACCESSION NR: AP4039701 S/0051/64/016/006/0941/0948
AUTHORS: Fugoll, 1. Ya.1 Pakhomov, P. L.; Reznikov, G. P.
TITLE: Spectroscopic investigation of a pulsed high-frequency dis-
..charge in helium
SOURCEt Optika i spektroskopiya, v. 16, no. 6, 1964, 941-948
I;TOPIC TAGSs discharg.e'plasma, plasma decay, spectral line intensity,-
'j:atomic spectroscopy, recombination, metastable state
~ABSTRACT: The kinetics of the excitation and breakdown of a helium
i.plasma was investigated under conditions of a pulsed electrodeless
J-high-frequency discharge in the pressure interval 0.1-40 mm Hg,
!'at room temperature (290K) and at the temperature of liquid nitrogen
TiPM41 and at different values of the power. The experimental setup I
.,and technique are described. The decrease in line intensity during
i!the time of the high-frequency pulse at 290K is attributed to atomic
.Ccird'

r
-IACCESSION NR: AP4039701
recombination. As the temperature decreases to 77K, de-excitation
'peculiarities are observed along with intense afterglow in devera
;'linea of the Hel spectrum. This afterglow is attributed to dissoci- -1
1
''ative recombination of the molecular ions, the production of which
!is app)~eciably influenced by-the metastable 23S helium atoms. The
Itime constants of the glow of a helium gas-discharge plasma are de-
..'~termined. A more complete explanation of the recombination mechanism.
1,at low temperatures can be made following simultaneous measurements
li,'of the concentrations of the electrons and of the metastable 236'heli-
!',um atoms in the discharge. Orig. art. hass 9 figures and 6 formulas.
ASSOCIATION: None
SUBMITTED: 02Aug63 DATE ACQ:. 24Jun64 ENCLs ~1
SUB CODE:. NP,. OP NR REF SOV: 004 OTHERt 008
-cd-I'd 2/1

FUGOLIP I.Yll.; i'AMMIUVI F.L.; FIEZ1111"CVP G.P.
Spec troscopi c study of an Impulsive hi.vh-frPq.Usncy r-,~-irhargre
In helJum. Opt. I apektr. V) no.6:941-949 Je '64.
WIN, 170))

LJ6391-6-5- EWA (k)/EWT (1)/h'd(k)/Edr W/EPA (8p)-2/ET-r (C) /F,7EC(k)-2/F,11A
-TTE'j-PRT/TEo(b)-2/P,dP(k)/E7~F(b)/F,;A(m)-2 Po-L/Pz-6/Pab-i0/Ff_)/ r- /
4 F 1j.R_)j n4
ACCE33SXON NR: AP4049l29jjP(c)/,1'.5D(b) WG/S/0020/64/159/001,1005v~/0059
JP'3/,JD/,kT
AUTHORSi -Pakhomov, P. L.; Fugol'.,'I. Ya.
TITLE: Pair collisiongi of -metastable -holium atoms in a Plasma -q\
r
SOURCE: AN SSSR. Dckladi*, v. 159, no. l,* 1964, 57-59
TOPIC TAGS: helium atan, metastable state, pair collision, plasma
afterglow quenching,
ABSTRNcr: Pair collision -of metastable 23S helium atoms is one of
three factors governing th afterglow of a helium plasma following
termination cf the discharge, but has been least investigated, in
spite oE its being the dominant factor in the 5-15 mm Hg pressure
ranqe,. The authors investigated the time dependence-of the-met.
stable -atom concentration after termination of a high-frequency dis-
charge 1:)ulse at 77H, at pressures f:~om 6 to 74 mm. The metastable
atom concentration was measured by irteans of the absorption of the
Card 1/2

L 16391-65
ACCESSION NR: AP4049129
0
3889 A line in a discharge tune 20 mm in diameter and 150 mm long.
The details of the eXperiments are described elsewhere (the authors
with G. P. Reznikov, Opt. i spektr. v. 16, no. 6, 25, 1964). The
reciprocal of the concentration plotteS against the time is a
straight line, with a slope that increases with the pressure. Com-
parison with experiments made by A. V. Phelps and S. C. Browne (Phys.
Rev. v. 86, 102, 1952) at 300K shows that the rate of the process
decreases to one-half on going from 300 to 77K, probably because of
the decrease in the average particle velocity. This report was pre-
-and -7--formwl-aa-.~`-.-
ASSOCIATION: Piz iko- tekhni cheskiy institut nizkikh temperatur Aka-
demii nauk SSSR (Physic )technical Institute of Low Temperatures,
Academy of Sciences SSS110
SUBMITT;:",D-. 06May64 ENCL: 00
SUB CODE: ME, NP NR REF "17- 902 OTHER: 005
Card 2/2 1i

4037
ACC NRt AP6025263 SOURCE CODE: UR/0057/66/036/007/1312/1314
'AUTHOR: Pakhomov.P,L.; Fugol', 1. Ya.;' Shevchenko, Yu.F.
ORO: none
TITLE: Temperature dependence of the diffusion cross section of metastable helium
atoms in helium
SOURCE: Zhurnal tekhnicheskoy fiziki, v. 36, no. 7, 1312-1314
TOPIC TAGS: helium, metastable state, gas diffusion, plasma diffusion, Do ticle cross
section
ABSTRACT: The authors have measured the diffusion cross section (defined as v13ND,
where v is the mean atomic velocity, N is the gas density, and D is the diffusion con-
stant) of metastable (23S,) helium atoms in helium gas at 77, 64, and 200 K by a plasm
technique that has been described in detail by I.Ya.Fugol', P,L.Pakhomov, and G.P.
Reznikov (Opt. I spektr., 16, 941, 1964). Plasmas were produced by 40 MHz discharges
in a quartz tube containing helium at pressures (reduced to room temperature) ranging
from 0.1 to 1.0 mm Hg and their deca was followed for up to 1.5 millisec by recording
the absorption of the 3889 1 23S - 3~P helium line. The diffusion. constants, calcu-
lated from the exponential decay curves on the assumption that the plasmas decoyed en-
tirely by diffusion to the wall of the vessel, were inversely proportional to the
pressure within the 15% experimental error. The measured diffusion cross sections
UDC: 533.9.07

-1, 40'i7,3-66
wqro in good agroement with' he theory of R,A.Buckingham and A,Dalgarno (Proc.Roy.
Soc. A213 5061 1952). The iffusion cross section at 770 K (approximately 4.5 x
10-16 cm2; was 50% lower than that found by A,V,PR`eIps and J.P Molnar (Phys.Rov.,89,
1204, 1953). At 200 X tho diffusion cross section was 5 x 10-15 CM2. Orig. art. has:
5 formulas and 3 figures. (15]
SUB CODE: 20 SUBM DATE: 02Aug65 ORIG.REF: 001 OTH REF: 005
ATD PRESS~S-,j 6-1:5~

V S.; Rdkoi" 1. Ys.
f rv~-, ct rqa rt s eFrc h on c--r,.! er, ctPr. t, j! e T- e c~ i on 0vacu t,,=-,
u I t 1, a, %T 10 Q,
187- 195
C U'rrchyIn!3'h,,,y fitychnyy z1h 1.0, no. 2, i
~ow tc-perat-ir4: re5carrh, cpectml resear2h,
111 7V~ I 10 1th 1 n f 1 1-m.,
~L
D 14, tmi t hr -r; c F c r' b e F-, T)c c-tra-I r,: earc h I n '-,ay er s
f-o-
ndcrr,,c--I gaser, In the regI c~n of r L -e I high
the of procedurce ois
~,f Lntf:-,5&i~ light, 1h, ilitraviolet r~
r, jnif.f cet-up ic eh~,-,T, T-. 1 ~f th~ Eu4~lozur e
the ,olidif'~-c: R.P,.r In detail.
galicy
foT ugr in u.L MTE
he
capillary dArc~otrg--c., save c;f i~ r.~: mid t, o
Cq,-d

6
ACCESSION NR: AP5005914
tim:our, cndrsi,)n spectrum of noble Rams. The features and the theory of each
--cRu-ce s-re dea-~rlbed, The c~striie~-i;~i-of a helium I=-P built by the authors in
described Orig. art. hast 4 figures. e!
AMiCIATION: Fizyko-tekhnAc:hnyy instytat nyz'kykh tezmeratur AS URSR , Khar'kov
(Phisicatechnice~16
Inrftlt,ute of Lcrw Temperatures, AN UkrSSR)
ENCLt 01 9UB CC)DE t OP
NR Rr-P' SGVt Oo4 OTURt 021

L 15556-66
ACC NR:
AUTHOR:
94T(I)/&T(m)/ETC(F)/EPF(n)-2/EWG(m)/EWP(t)/EWP(b) IJP(c) JD/AT
AP6004401 SOURCE CODE: UR/0051/66/020/001/0010/0020
Pakhomov, P. L.; Reznikov, G. Fugoll, I. Ya.
4/
ORG: none
TITLE: Helium afterglow in a pulsed hf discharge plasma at 770K
SOURCE: Optika i spektroskoplya, v. 20, no. 1, 1966, 10-20
TOPIC TAGS: discharge plasma, helium plasma, luminescence
ABSTRACT: The authors determine the rates of fundamental afterglow processes under
high frequency pulsed discharge conditions at a temperature of 770K and explain the
mechanism responsible for the intense afterglow in a helium hf discharge plasma at
a low temperature. The experimental equipment is described. The plasma radiation
and concentration of metastable He(23S) atoms in the afterglow were measured. It is
shown that the curve for concentration of metastable atoms as a function of time at
pressures of B-60 mm Hg is a close approximation of a hyperbola. The recombination
coefficient,is a linear function of pressure, which indicates that collisions be-
tween metastable atoms take place with the participation of helium atoms in the nor-
mal state. Mxperimental measurements show that the triple-collision process
Card 1/2 UDC: 533.9

L 15556-66
ACC NR: AP6004401
He* (VS)+ lie' (23S)+ He(IIS)---p ...
is most probable at pressures above 5 mm Hg. It is shown that dissociative recombi-
nation is the fundamental process for deionization of charged particles in a high
.frequency pulsed discharge plasma. Theoretical considerations indicate that the
basic reactions responsible for intense atomic afterglow am :
He* (23S)+ lie (23S)+116(11S) -9. IIe++Ile(j1S)+e.
He+ + IIW + Ile -P. 211e + hv.
A differential equation Is given for the variation In ion (or electron) concentra-
tion n in the afterglow of a helium plasma in conformity with these two processes.
The two proposed mechmisms are used as the basis for a theory explaining the funda-
mental kinetics of line luminescence and afterglow. The recombination reaction is
confirmed by the experimentally observed distributi6n of excited atoms with respnct
to levels in the afterglow. In conclusion we are sincerely grateful to 1. V.
Obreimov for valuable consultation and interest in the work and also to A. M. Ratner
for useful discussions. Orig. art. has: 5 figures,'35 formulas.
SUB CODE: 20/ SUBM DAME: 13Nov64/ ORIG MF: 003i OTH REF: 007
'Card 2/2

-L 1#2934-66 EWT(m)JEWP(j) RM
ACC NR:AR6023270 SOURCE CODE: uR/0058/66/0OO/OO3/DO5fF/kW1
AUTHOR: Fugoll, 1. Ya.. Khrushch, B. I.; Zaytsey, V. S.
TITLE: Procedure for spectral investigations of condensed gases in the region of the
vacuum ultraviolet at lov temperatures (77K)
SOURCE: Ref zh. Fizika, Abe. 3D489
REF. SOURCE: Tr. Kamis. po spektroskopii. AN SSSR, t. 3, vyp- 1, 1964, 384-392
TOPIC TAGS: uv spectrum, absorption spectrum, gas discharge spectroscopy, low
temperature research, methane, xenon
ABSTRACT: A high resolution procedure Is developed for the investigation of the
spectra of frozen gases. Powerful pulsed sources of the continuous spectrum have bea
developed, of the Lyman discharge type, and also sources of intense line spectra, '
namely a condensed spark discharge or a gliding spark. A special cryostat was con-
etructed for low-temperature measurement in a vacuum spectrograph. In the 2,000 -
1200 A region at 7T K, the spectra of thin filmalof methane and xenon, deposited on a
1/2

L 4 -66
. .5934
r-ACC NRt A.R
6o23270
substrate, vere investigated. The results are compared with the absorption of the
gases in the region of the vacuun ultraviolet. (Translation of abstract]
SUB CODE: 20
Card 212 b1g

EWT(,)/L,WT(M)/EWp(t)/ETI
L 08358-67
ACC NR.- AR6028ii~--
Ijp(c) JD/AT
SOURCE CODE: UR10058166100010051DO561DO56
0
AUTHOR: Pakhomov, P. L.; Fugoll, 1, Ya.
TITLE: Spectroscopic investigation of adecaying h lium p aama at TT and 20K
SOURCE: Ref. zh. Fizika, Abs. 5D431
REF. SOURCE: Fiz.-tekhn. in-t nizk. temperaturAW WeSSR, Hbarlkoy, 1965, 53 str.
TOPIC TAGS: hellitm plasma, plasma decay, metastable state, discharge plasma, atomic
spectrum, spectre] line
ABSTRACT: The pizcesscs of destruction of metastable Ile atoms in a decaying plasma of
a pulsed high-frt.;~icncy discharge at 77 and 20K and the kinetics of the de-excitati6i;
of the Ile lines ere investigated. An intense afterglow of a number of lines of atomic
helium was observed at pressures 8 -- 40 mm, Ilg. The theory of the afterglow is based
on taking simulti-acous account of two processes: formation of molecular helium iona
and electrons as a result of the destruction of th 'e metastable atoms, and subsequent
recombination of %he molecular ions and electrons. The rates of the main processes of
destruction of mflastable atoms and the coefficients of recombination at low tempera-
tures are determJ,ted. (Translation of abstract]
SUB CODE: 20
Card

ACC NR- AP7002420 SOURCE OODE.-' UR/0051/66/021/006/074~1/0746'-';
AUTHOR: Fugol', I. Ya.; Pakhomov, P, Ls; Shevchenko, Yu. F.
!ORG: none
TITLE: Spectroscopic investigation of decaying helium plasma at 20K
SOURCE: Optika i spektroskopiya, v. 21, no. 6, 1966, 741-748
TO?IC TAGS: helium plasma, plasma decay, plasma diffusion, metastable state
-ABSTRACT:
The helium plasma was excited in a quartz tube submerged In liquid hydrogen
(20.4K). The luminescence was recorded through the liquid hydrogen. The
helium pressure was varied from 0.1 to 80 mm Hg. The concentration of
metastable atoms in the afterglow was determined by the absorption of the
3889 A line from an external source. The rate of pair collision, on which
depends the decay of metastable atoms and the'diffusion. coefficent D at
different pressure p of metastable atoms, was determined. The average value
for Dp at 20K is (Dp)ajej~ 9' cm2-sec-l-mm Hg- A comparison of results shows
that below 77K the var a on of the diffusion coefficient does not follow
the classical dependence Dp -V"T-, a fact v1dch Is possibly linked with the
effect of the quantum features of the diffusion process in helium at low
_.Cord__l/2____ _MGL__533,9 546.291

FUGOLIJ 01m,
Significance of sorce ch-aracter-isti-s of tha 4-y-pe of higher nervous
activity in regulation if the trophic phase of the salivation
reflex. Fizio1.zhu-r.PJkr.j 9 no.1t27-33 Ja-F '63.
(MIRA 18:5)
1. Kafedra normallnoy fiziclogli Kharikovskogo meditsinskogo
stamtologicheskogo instituta.

. -1
PUTILIN, N.I., prof.,ibtv, red.; ALEKSENTSEVI, E.S., Prof... red.;
WXARCHENKO, A.F., akademik, red.; PRIKHDDIKOVA, YG.K.', prof.,
V/
red.; SKLYAROV, Ya.P., prof., rod.; TORSKAYA, 1. 0, kand. biol.
nauk, red.; FELIDMAN, A.B., prof., ted.; FILIPPOVA,.A.G., kand.
bul. nauk, red.; FUGOLIO.M,, pxvt., red.; YANKOVSRkYA, Z.B.,
red. i2d-iq MAT CHUK, A.A.# takhn. red.
[Selected works]Izbramys trudy. Kiev, Izd-vo Akad. nauk USSR,
1962. 454 P. (MRA 16:3)
1. kkademiya nauk Ukr. SSSR (for Makarchenko).
(PHYSIOLOGY)

Card 1/1 : Pub. 41-17/18
Author : Baron, L., I. and Fugzan., M. D., Moscow
Periodical : Izv. AR SSSR. Otd. tekh. nauk 8, 154-158, Aug 1954
FD - 15a'6
Title : On the value of the coefficient of break-up of ore in a block during
large-scale cavings
Abs'tract : States that figures available in mining-engineering reference books
on the coefficient of break-up (ratio of volumetric weight of un-
touched ore to volumetric weight of broken-up ore) or rocks charac-
teristic of mineral deposits are approximate values which are useful
for loading of transport vessels, etc., but are exaggerated for con-
ditions of break-up of ore in large-scale block-caving. In support
of above contention, analyzed data obtained from large-scale under-
ground blasting at apatite mine imeni S. M. Kirov during first half
of 1954. Tables. Two references.
Institution
Submitted

IPUGZJUI., Me D.
FUGZAN, Me D.t "An 'analysis of ore removal in a system of ore-
loosening by stories with removal by fields"(Usine the apatite
mine imeni S, Me Kirov as an example). Moscowp 1955. Acad Sci
USSR. Inst of Mining. (Dissertation for the Degree of Candidate
of TECHUICAL Sciences)
SO:,Knishnaya Letopis' No* 511 10 December 1955

BARON. M., doktor takhnichookikh naukLyu-GzAil--X-.k.-~--kandidat takhnichookikh
nauk.
Iffect of increasing specified ore size on the labor productivity of
ore output. Gor.zhur.so-3:18-22 Mr 156. (HLRA 9:7)
(Mining engineering) (Ore handling)

BARON, L.I., doktor takhnichmakildi nauk; FWZAN. H.D., kandidat takhnicheakikh nauk.
Steady output of ore under actual working conditions. Khim.prom.no,4:
197-200 je 156. (Hining engineering) (MIRA 9:10)

FUGZAN, M.D.
Analysis of basic breaking Indices at the S.M. Kirov apatite mine.
Isy.Kar. I Koll.fil.AN SSSR no.3:116-122 58. (MIRA 11:12)
1. Gruppe, gornogo del& Kol'skogo filiala AN SSSR.
(Apatits) (Mining engineering)

FUG""AN, M.D.1 BARON, L.I.; HARKENZON, R.I.
--------- --aww"Woomm""
Experimental stud7 of shallow banner drilling at the Kirov apatits
mine* Isv,Kar,i Kol.fil.AN SSSR no.5:130-139 158.
(MIRA 12:9)
1. Tnetitut khtaft I takhnologit radkikh alementov I mineral'nogo
syrlya Kel'skogn filisla AN SSSR.
(Boring)

FUGZAN, M. D., Stalin Prize laureate, and BARON, L. I., DR. Tech. Sci.
"A Study of the Relationship between the Angle of Natural Repose of Broken
to
Ore and Its Size, in book Problems in the Exploitation of Mineral Ore Deposits)
Moscow, Izd-vo. AN SSW, 1958, 251PP-
It has been observed that the angle of natural repose of ore, an important factor
which affecte various mining designs, decreases with an increase in the size of broken
ore. The authors discuss recent analytical and numbrical data on the dubject
with L. I Baron, "Theta Demonstrating the effect of the Nonuniformity of Ore
Discharge, pp: 166 of above book.
To insure unifdrmity of ore loading in mining apatite by shrinkage and
block-carving worked out block filled with granulated ore and small wooken cubes
(l cc in sizei waas used as a model. The passage of such wooden models provides an
idea of the nattern of ore passage.

BARONO L.I.; VORONNK, A.S.; SIMONYAN, Ye.A,; FUGZPII, M.D.
Computed values for the physiocomechanical. characteristics of
mixtures og pieces of rock having various hardnesses,, Izv, AN
Kazakh. SSR. Ser. gor. dela no.1:111-118 158.
(MM 16:5)
(Rocks-Testing)

_FWZAIIO_ M.b ,
Scientific anniverserr iession of the Kola Branch of the AcadeM7 of
Sciences of the U.S.S.Re Izv. Kar. i Koll. fil. Ali SSSR no.2:181-18?
'58. (KIRA 11:9)
(Xola Peninsula-Aesearch)
e-.4

BARCM, Laser' Israilevich, prof., doktor tokhu.nauk; JUGZAN.,Xark-.
- -Nvidovich, kand.teldm.nauk; BRONMOT, D.K., otv.red,;
AM. G.M.. rea.isd-va: 9 it X.Te., tekhn,red,
[Study of ore delivery in panel mining systems with forced
sublevel caving] Insledovanis vypuska rudy pri sisteme
stashnogo prinuditallnogo obrnobenlia a vyomkoi poliami.
Xoskya, Izd-vo Almd.nauk SUR, 1959. 106 p. (XM 12:6)
(Xining engineering)

140) SOV/64-59-3-lo/24
AUTHORs Pugzan, M. D., Candidate of Technical Sciences
TITLE: Influence of Secondary Loosening on the Regularity of Separat-
ing Ore From Mined Blocks (Vliyaniye vtorichnogo razrykhlcniya
na ravnomernost' vypuska rudy iz obrushennykh blokov)
PERIODICALt Khimicheskaya promyshlonnoot', 1959, lir 3, pp e,8 -52 (USS-11)
LBSTRACT; In ore mining the density of the ore layer imi.iediately adjacent
to the mining area is reduced, this process is called secondary
loosening (A). The latter depends on physical and mechanical
properties of the mined ore, on the solidification of the block
and on the inclination of the ore to stick together. The value
of the loosening coefficient (LC) (i.e. the ratio betreen the
ore density in the whole block and that of the loosened state)
is changed by the influence of dynamic stress and vibrations.
Mining methods with mass explosions where a atrong dynamic
stress occurs, have a great effect. This was obuerved in ex-
periments in the apatit rudnik ineni S. 14. Kirova ( Apatite
Mine imeni S. U. Kirov), and for (LC) a value of only 1.12
(Ref 3) was stated (accordin,3 to publications the (LC) for
crumbling rock is 1.4 - 1.8 (Ref 2)). The detailed data obtained
Card 1/2 in mass explosions in the mentioned mine in 1954-56 are given

Influence of Secondary Loosening on the ReCularity of 307/64-59-3-1o/24
SeParating Ore From Mined Blocka
(Table 1). Experiments showed that the area of (b) is trans-
ferred to the medium which has been loosened more, not only
in loose materials which stick toeether, but also in ver.7 loose
material, broken and air dried apatit,2 ore. Thsc observations
were made in model boxes with transparent front vialls and im-
beded marks (Fig 1). The (LC) amounted to 1.75, the granula-
tion of the ore is given as well as the applied working method,
with a diagram of the deyiations of the (L) areas (Fig 2) and
data on a successive regular and irregular separation of the
ore on the test model (Table 2). It is recommended to carry
out the ore separation in areas correspondin- to the necessary
front of the working appliances and of the reserve separation
appliances, and also to carry out the ore separation In funnels
bordering such areas which were mincd before and therefore form
a protective slope, and to carry out the separation on the
whole area of the section, with a minimum degree of inequality.
There are figures, 2 tables, and 5 Soviet references.
Card 2/2

BARON, L.I.; 1FUGZAIT, M.D.; MARKEVZON, E.I.
Comparative analysis of factors in experimental rotary and
percussion drilling at the Kirov Apatits Mine. Izv.Kar.i
Koll.fil.AN SSSR -no.4-124-134 159. (KTPA 13:5)
1. Institut geologii Kollskogo filiala AN SSSR.
(Boring)

BAi- ','
.C
_,;ierg-r capacity of" dii- o.!,1 dr-ll)dr,; in -c-c's's oc Various
.7
lwl. ~N Sss'j. Rd. nal~:. --ct- I ja-l-
(A'-.,clc dril

BARONY L.I. prof. doktor tekhn.nauk; FJM-,,AN, M.D., kand.tekhn.nauk;
;C4ihNZON 1.0 E.I.
Study of dust formation during rock drilling. Bor ,ba s sil. ~z
156-170 162. (MIRAL 16-5),
1. Institut gornogo dela imeni A.A.Skochinskogo (for Baron Fugzan).
2. Kol'skiy filial AN SSSR imeni S.N.Kirova (for Markenzon5-
(Boring) (14ino dusts)

BARON, L.I., prof., doktor tekhn.nauk,__njgjAN,-X.D~, kand.tekhn.nauk;
t"ENZON, E.I., inzh.
Influence of the diameter of a bore hole on the formation of dust
in rocks of various strength. Bezop. truda v prom. 5 n-i.8:18-20
Ar, '61. WRA 14:8)
1. Institut gornogo, dela im. A.A. Skochinskogo (for Baron Fugzan).
2. Kol'skiy filial im. S.M. Kirova AN SM (for Markenzon~.
(Mine dusts)