SCIENTIFIC ABSTRACT FANCHENKO, S. D. - FANDEYEV, A.A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000412420004-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 13, 2001
• Sequence Number: 4
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

66368
SOV/120-59-5-ii/46
A New Form of Electron-optical Chronography
is claimed to be possible.
Ye.K. Zavoyskiy is thanked
There are 2 figures and 6
Soviet and 1 English.
SUBMITTED: September 8. 1958
for valuable discussions.
references, 5 of which are
41",
Card 5/5

BUTSWV, M.M.; ZAVOSKIT, U.K.; PIAKHOV, A.G.; SMOLKIN, G. Te.; FANCHOKO,
-S.D. -
Electron optical method of the photography of ultrahigh-spead
or,
processes. Usp.nauch.f't. 6:84-89 159. (MIRA 13:6)
Blectron optics)
otography. Instantaneous--Sciontific applications)
M

S/056/60/039/01/09/029
B006/hO70
AUTHORSs Demidov, B. A., Fanehenko, S. D.
TITLE: The Observation of Relativistic Charged Particles in the
Luminescence Chamber /Y
PERIODICAL: Zhurnal eksperimentallnoy i teoreticheskoy fizikip 1960,
Vol. 39, No. 1 (7), pp. 64-66
TEXT: The recordin of particles by means of luminescence chamber and
some related works fye. K. Zavoyakiy and others) are briefly mentioned
in the introduction. Then the authors report on their observations of
singly charged particles with minimum ionization in a luminescence
chamber and the determination of the density of their tracks. Fig. 1
schematically shows the arrangement when an BaI(TI) crystal of 7 cm
diameter and -1 cm thickness was used. Fig. 2 shows photographs of
some of the tracks out of a total of 1000 photographs. For the determina-
tion of the track density of the muons of cosmic radiation, special
experiments werb made with a three-counter telescope set in coincidence.
These counters are denoted In Fig. 1 by Kit K 2 and K 3' Between K1 and K3
Card 112

The Observation of Relativistic Charged 3105616010391011091029
Particles in the Luminescence Chamber B006/BO70
2
there was a lead absorber of 115 g/cm . Some details of the experimental
arrangement and measuring processes are given. In conclusion, the authors
thank Ye. K. Zavoyakiv for advice and discussions, and L. S. panelzan-
and V. V. SklyarevskiX for the preparation of the crystals. There are
2 figures and 7 referencest 6 Soviet and I CERN.
SUBMITTEDs March 17, 1960
Card 2/2

S/120/61/000/001/001/oG2
E032/En4
AUTHOR: Fanchenko.,--~'
TITLE: Problems in the
Investigations
A Review.
Accurate Measurement of Time and
of Processes of Ultrashort Duration.
1961~No.l,
PERIODICAL: Pribory i tekhnika eksperimenta,
PP. 5-15
A
TEXT: Experiments concerned with the accurate measurements
of time can be largely divided into two groups: 1) measurement
of relatively long intervals of time with a high relative accuracy,
and 2) measurement of time with a high absolute accuracy, i.e.
observations of exceedingly short intervals of time. This review
is concerned with methods belonging to both of these groups but
more attention is paid to those in the second group. The subject
matter is featured under the following subject headings:
1) time microscopy (oscillographs, optical chronography, time
resolution, photoelectron-optical methods); 2) statistical
metho,-Is of measuring short time intervals (meson lifetimes, nuclear
li.Ccti.n.ics, excited state lifetimes). The review con5lStS lar_cply
Card 1/2

S/120/61/000/001/001/062
Z032/ZJU4 I~ I/
Problems in the Accurate Measurement of Time and Investigations
of Processea of Ultrashort Duration. A Review.
of brief references to the papers quoted at the end.
There are 5 figures and 35 references-. 26 Soviet atid
9 210TI-Soviet.
SUBMITrED: November 30, 1960
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2C450
S'O (Id 3 8/05 61/040/002/001/047
/J 0 (,/,? A/A.2, B I 13YB214
AUTHORSt Demidov, B. A~,. Skaohkovj Yu. F., FWnchenko,__S. D.
TITLEs Expansion of a channel of very low intense sparks
PERIODICALt Zhurnal eksparimentalinoy i teoraticheakoy fiziki, V. 40,
no. 2, ',96*!, 585-390
TEXT: It has been shown In e&rl4er papers that the initial expan ion of
a spark channel is causal by a sho3k wave originating from the he:ting
and ionization of -the gas In the nhannol. In the present paper, it is
also cleared up that tho 4.ni~lal-rate of expansion of a channel depends
on the inductivity of the dlsc~arge c4rcult~ which increases with in-
creasing (dI/d*w),. In the prfisefi',~ paF4r, only the initial stages of ex-
pansion of a channel are studied fo: the ~3aae of a discharge circuit with
large dI/dt in the foll-)-sing suloatar:,.eeK oxygen and nitrogen (pressure
up to 10 atm), deuterl.um (15 atm), a:-..I hy1rogen (20 atm). In the dis-
charge circuit, sither a disk -apa,)itar of o&p&citance 3? F was used
when the period of oacillations was 2-10- M, or a
coaxial capacitor of oapEci,~ane 6300 IAP_ F, The full inductivity- of the
Card 1/4.,

2D450
5/056/61/040/002/001/047
Expansion of a channel_, B113/B214
two discharge circuits was 3 and 7 cm, respa~_tively. Unlike the other
papers which were based on a fast photographic apparatus with rotating
film or mirror and having a time resolution of up to 3-10- 8see, the
expansion of the spark channel was observed here by electron-optical
chronography insuring a time resolution of 10-10 see. The photographs of
the spark channel In the case of the disk capacitor showed a periodic
change of the light in the spark channel, which is produced by the
characteristic oscillations of the discharge circuit. In hydrogen, these
alterations in luminosity were observed in the total interval of initial
pressure (2-.*20 atm), while in nitrogen they were clear only at pressures
higher than 6 atm and not at all observed at pressures lower than 4 atm.
Furthermore, many cases of branching of the channel and asymmetry of
expansion of the channel were observed in nitrogen. The highest initial
rate of expansion was observed in the first quarter of the period of
charaoteriatio oscillations of the discharge circuit, during which the
expansion rate was obaervod to vary from one case to another, even for
the same initial conditions of dischargft, In nitrogen, the initial rate
of expansion was observed to be up to 6-106 amlsec, and the same was the
Card 2/1

20450
s/056/61/040/002/001/047
Expansion of a channel ... B113/B214
case in oXygen; the highest rate of expansion in deuterium (13 atm) was
6 6
7-10 cm/sea, and in hydrogen 8-10 cm/se'c. With the help of a coaxial
capacitor, hydrogen and nitrogen wore studied at pressures-between 1 and
IS atmj the maximum rate of.expaneion in nitrogen was found to be
2-5-106cm/eec, and that in hydrogen 6-106am/sec. From a comparison of the
initial rates of expansion for the cases of disk and coaxial capacitors it
was established that the rate depends on the quantity (dI/dt)O- As in
these experiments the shook waves were not recorded by the method of
Teppler, it was n~t possible to observe experimentally the separation of
the shook wave fr.)m the channel. There is no doubt, however, that the
initial stage observed here precedes it. On the other hand, simple
estimates show that 4.n these experiments the current and the magnetic
field of the plasma itself are insufficient for the pinch effect in the
channel. Assuming complete ionization of the gas behind the front of the
shock wave, the temperature in the front of the wave in hydrogen is given
by
T~ = 3,95 (D/9 - 1 (,')2 [1 - (9. 1 0-ID)'+ 1/ 1(9. 1 0-ID)P-
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20450
S/056/61/040/002/001/047
Expansion of a channel ... B113/B214
where T is given in ev, and D in the velocity of the shock wave in
cm/sec.T According to (1), TI;P - 3.5 ev for D w 8-106cm/sec, and in the
case of deuterium T1~ W8 ev for D - 7-10 6cm/sec. The temperature and
density in the channel (hydrogen) were calculated on the basis of the
hydrodynamical theory of spark channels, whose fundamentals were developed
by S. I. Drabkina and S. 1. Braginakiy (Ref. 17: S. I. Braginskiy Zfltp
34, 1548, 1958). The results obtained were T K - 22 ev and nK - 3-10 cm!3
(density in the channel). Ye. K. Zavoyskiy is thanked for advice and
interest in the work, and S. I.-Braginskiy and S. L. Mandellshtam for
discussions. V. S. KomelIkov, D. S. Parfenov, and N. S. Sukhodrev are
mentioned. There are 4 figures, I table, and 17 referenoest 11 Soviet-
bloc and 6 non-Soviet-bloo.
SUBMITTEDs June 39 1960
Card 4/4
do

S/12o/62/000/001/023/o6i
E140/E463
AUTHORS: Demidov, B.A., Ivanov, G.A., Fancbenko, S.D.
TITLE: Fanchenko multi-stage electron-optical image-converter
pulse control circuits
PERIODICAL: Pribory i tekhnika eksperimenta,7-no.1, 1962t 102-107
TEXT: Two operating modes are available for a multi-stage
electron-optical image converter - with leading synchronization
and with lagging. These instruments are used for studies of
luminescent chambers, arcs, arc counters, plasma physics, etc.
For leading synchronization a linear time base 0.1 to 15 jLs and
symmetrical pulse generator for compensation of the electrostatic
shutter (0.2 jLs exposure time) are available. For lagging
synchronization two types of synchronization pulse selection-are
available, with artificial insensitive time (0.1 to 10 sec).
Output is to a photographic apparatus sLfting the film forward
one frame for each operation of the image converter shutter. The
time resolution of the system is of the order of 10-10 see. The
artificial insensitive time is useful in examination of randomly
occurring events. Vacuum tube circuits are used throughout.
Card 1/2

Fanchenko multi-stage ...
There are 6 figures.
SUBMITTED: 1961
0 MAY 17,
S/120/62/000/001/023/o6i
F.14o/E463
Card 2/2

5/05 62/042/005/050/050
B 108%138
AUTHORS: Demidov, B. A., Skachkov, Yu. F., Fanchenko, S. D.
TITLL; He. S. I. Andreyev's and M. P. Vanyukov's comment on the
paper "Widening of the channel of powerful miniature sparks"
PERIODICAL: Zhurnal eksperimentallnoy i teoreticheskoy fiziki, v. 42,
no. 5, 1962, 1427-1429
TEXT: Cr A. ticism levelled by S. I. Andreyev and M. P. Vanyukov (ZhETF, 42,
3091 1962) at a paper by the authors (ZhETF, 40, 365, 1961) ia denied. Th
present authors had observed hydrodynamic widening of spark channels.
On the basis of the results of R. F. Saxe (Brit. J. Appl. Phys., 7, 336,
19506), Andreyev and Vanyukov had asserted that the authors had only seen
streamers by the observation slit. Here it is shown that such a thing
wa6 not possible since the duration of streamers is considerably less than
the time resolution of the experiment. There are 2 figures.
SUBMITTED: January 22, 1962
Card 1/1

ACCESSION NR: AP4019212 S/0056/64/046/002/0497/0500
AUTHORS: Fanchen3co,,S. D.; Demidov, B. A.; Yelagin, N. I.; Ryutov,
D. D.
TITLE: Energy absorption due to sausage instability of a plasma
in a toroidal system
SOURCE: Zhurnal eksper. i teor. fiz., v. 46, no. 2, 1964, 497-500
TOPIC TAGS: plasma, toroidal plasma, plasma instability, plasma
resistance, anomalous plasma resistance, active plasma resistance,
sausage instability, two stream instability, collisionless pLasma
A13STRACT: A toroidal plasma installation is described, intended
t9 test the feasibility of using sausage instability for the dissi-
pation of the energy of the external electric field in a collision-
le*s plasma of toroidal configuration. Comparison of the plasma
current and field oscillograms has shown that the plasma resistance
is,purely active, which leads to.an anomalously high electron colli-
Card 1/8

ACCESSION NR: AP4019212
sion frequency in the plasma,(109 vs. the tbeoretically expeeted 206
cps); this in turn canbe attributed cnly to the occurrence of
sausage instability. From the active character of the plasma it is
also possible to calculate that the high frequency field deliver&
an energy of 3 k*V per particle to the plasma. "The authors are
grateful to Ye. K. Zavoyskiy, Ye. P. Velikhov, and L. 1. Rudakov
for valuable advice and discussions,and also to A. Ye. Bazhenov
and X. K. Volodin for help with preparing and adjusting the equip-
mint." Orig. art. banz 3 figures and 3 formulas.
ASSOCIATION: None
SUBMITTED:. 05Aug63 DATE ACQ: 27Mar64 ENCL: 01
SUB CODE: PH NO REP SOV: 005 OTHER: 004
Ccwd 2/3

a special method was used which permitted opening the input or a MUT,"DannejL
differential analyzer only for the puls6s whose images did not extend beyond the
isolated area on the type 95 lmagG-tube screen. It van found thats (I)Theinoise
distribution is eVonential (curves vqplied) and (2) The gain disperalln/of an.
image-converter tube operating on the principle of optima contact botween~ the
luminescent acroen and the adjaMt photocathode - io. described by a FOUBOn-tYPO
distribution of the output. pulBes, "The authors wish to than Tait X, ZMWk1Y
for discussing, the. work;. L. Z~ RR49mm carrying out prelixinary
'Card
41

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"1.D.
,Audiea on the problem of controlled thermonuclear Bynthesis. Atom.
energ. 18 no-3:258-260 Mr 165.
(MIRA 18:3)

STEKOLINIXOVP V.V.; GRIGORIYANTS, A.N.-,.FAXCf1EN.KQ, S.D.
Atomia power plants in Italy. Atom. energ. 18 no.6%662-664 Je 165.
(MIRA 180)

J6 WT /EPA ( sp) - 2/9?A (w) -2/= t) /T/WA (M) - 2Pz-,, ro-4/Pab-1VPi,,4
J~
1'J1?( AT
F ACCESSTON NR: AP5006492 S/0056/651048/002/01151j/046-,
AUTHOR- Demidov, B, A. YelMin, N. r.; R ncke o, 8. D.
D. D.
T 1~ LE: Anomalous resistance and rdcrowave rttdiation of a plasmalin a strong ~_e c -
tric fic-id
SOURCE: Zhurnal eksperimentallnoy i teoreticheskay fiziki, v. 48, no. 2, 1965,
454-463
TOPIC TAGS: plasma, plasma wave, plasma oscMation, plasma resistance, plasma
microwave, p1hsma micrvrave r&diation, anomalous plasma resistance
ABSTRACT: A theoretical and experimental Investigation is made of the phenomenon
Qf the anomalous resistc--ace of a plasma in a strong electric field parallel to the
(36nt,aining magnetic field. Thim phenomenon has been a.3rrib-td to bunr7hing instabil-
ities which appear at certain current and thermal velocities of the elevtrons.
T nd thf, tunplitude ',)f
Me density of the plasnia considered was 1011 to 10" _a,-3, a
the ti1o-h-r-juency electric field wets In the 10 to 1(j0 v/cm range. Wit,'. -..hp '.her-
ni4 ve.'_-)cP.y of the ions 3mall in comparison with the phase r)f the waves,
1446 abGorption of wtives by the ions was kept at a miniumm. Since the fast waves
cd4ld not be contained in a discharge chamber only 3 cm in diameter with a longl-
todineLl magnetic field of about 3 kG, the dissipated energy depended on the ratio
[CO 1/3

L 31753-65
ACCESSTON UR: APjoo6492
of the absorption of the veyes by the electrons and the escape of waves beyond
the chamber wells. The analysi
a showed that, when the absorption of waves by the
chamber walls exceeds the absorption by plasma, an anomalous resistance of colli-
sionlesa plasma should be observed. The dependence of the discharge current an
the electric field intensity was essentially linear (in the 10-70 v/cm range) and
at higher field intensities agreed with the theoretical findings concerning the
anomalous resistance. The transverse velocities of the electrons reached an energy
ril of"about 103 ev, those of the ions attained 102 ev. The relatively high energy of'
7.' the' electrons is explained by the absorption of Langmuir waves, while the lover
lon energy is attributed to the.escape of the faster ions resulting from the small
chamber dimensions and the low intensity of the cont&ining magnetic field. The
experiments confirmed plasma microwaves as the cause of the anornalous resistance.
Thf~ radiation, detected by a horn antenna placed near 'he discharge chamber,
reached 10 mw. It displayed a deep modulation by the double current frequency in
thp plasma, with intensity maxima coinciding in time with the curr-nt p'-alks . The
mi-r--wave signal was strongest during the second half-period. Th~ Spec-
',r-- ~f the microwaves covered wavelengths from 3.5 to 7 cm and more. Measure-
ments were also conducted to eatabliah the character of the de,:rf-a2e ~,f the micro-
wave signal with radial distance from the discharge cham-ber. The electric field
intens,ty vsB varied from a miniraum up to the p6int of saturation of the current
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31753-65
APCES-810H HR: AP5006492
I .
and signml. The usual square root law was found to apply only to the case of high
field 9trength. At lov fielcl values, the decrease in signal van bettF-r degcribed
by an exponential law. Orig. art, has: 8 figures and 15 formulas. [FP)
ASSOCIATION: none
spmT-rm) - ivu.A4 EMM- 00 SUB CODE: Me-,
NO AF SOV: oo8 OMR! 001 ATD PRESS: 3199
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SOURCE CODE: l,lit/.'il8O/G4jo()Dii)00/0)7r,/018.'I
AUTHOR: B0Iqtjnj._Yj r.; Drmidov, D.A.; Zavoyskly, Ye. K..; Skachkova,.' ijt_Y
Smolkinp ... K. -,.;.
Ye. Fanchenko, S, 1.).
ORG: none
loll
TITLE: I-Airther development of the elvetroolitleal chronogrnphle inet-hod nnd Its appliention
to physt ". plasma Inventigat Ions
S
S
O1JRCE: ANSSSR, Komissiya po nauchnoy fntofrrn fit I kinctim (njrrn Ci 1. Uspekbinatichnoy
fotografil, v. 9, 1964. Vysokoskorostnaya fotografiya I khtematoltraflya (High-six-ed photog-
raphy ai)(I cinematography), 175-183 and Innert facing page 169
TOPIC TAGS: time measurement, electric discharge, clectrooptic Imign intensifier, plasma
diagnostics
ABSTRACT: It was esLaWshed earlier that the midtistige clcctrooptic converter invcnted by
Prof. Al. INT. Butsluv has a limiting brightness amplification coefficient which allows it to
regist~i single photons. Theoretical discussions showed.that similax setups can have a re-
solving time down to 10 sw and some spark radiation scanning experiments achieved a
resolution of 3, 10-12, This led to the use of similar devices In clectrooptical chronograpby.
This article surveys the principles of operation of clectrooptical devices and the resulL9 of
plasma investigations using clectrooptical chronogriphy. The authors cover 1) the method- i-
o1oU. of electrcmptical chronogriphy, Including power feeding and synchronization of multi-
stnge clectroopticd converters aptl time scanning of converted Images; and 2) physic-LI
Card 1/2

L
ACC N" AT6001404
studies of the plasma Including processes In spark dischirgc plasnias (circuit and block
diagrams of setups for time scanning, spark cimmicl. widening velocity data), une of (Acctroop-
tical. chronography for We study of 1IF-field Interaction witli plasma (block diagrani of a de-
'vice for We study of plasma luminosity during magnetoacoustic resonance), wid a brief dis-
cussion of special features of clectrooptical investigation of plasmas. A resonator &0r the
scanning systems was proposed by R. V. ChIkin of the Butslov laboratory. OrIg. art. ha8:
11 figures and I table.
SUB COIDE: 14, 20 SUBM DATE: none ORIG REF- 015
Cord 2/2

11205 EWr(1)/4TC(F)/hT-F(*),-2AM(M) IJPfc) GG/AT
Acc m: Ar6oo2654 SCVBCX COM UP/0386/65/oWO12/0533/0.537
AUTHOR: Demidov, B. A.; Fanchenko, S. D.
ORG: none
TITLE: Search for R ama n scattering of electromagnetic waves In the microwave band
with the aid of a turbulent 21a8M 21 t U 4
SOME: zhurmal eksperiwantalinay i teoretichaskoy fizi)d. rislma. v redaktsiyu.
;!Prilozheniye, v. 2,,no,. 12, 196% 533-"7
:TOPIC TAM: Raman scattering, microwave plasm, turbulent plasm, plasm electro-
magnetic wave
ABSTRACT: Since the theory or agm scattering of lectromagnetic waves by the
'.electronic oscillations or a bounded plasm predicts that the Raman-scattering sig-
can yield very valuable information on the level or the turbulent oscillationsp,
,'the authors have undertaken a search for scattering., accompanied by a change in
,frequencyp of electromagnetic waves from an external source. The plasma was pro-
1~duced'in a toroidal Installation described elsewhere (zhETF v. 48, 459, 1965). A
idiagram of the experiment is shown in Fig. 1. Radio signals at wavelength X - 3 emp
igenerated by ma
Wetron Mp were beamed by the transmitting antenna at a plasm with
density n 1011-3jD12 MC3,, heated to To 102__103 ev by a current that experi-
Isard-

12051-M.
Acc NR: Ap6oo2654
Figo:l. Diagram of installat lon 1 - Attenuatorp
21 - ferrite decouplerj, 3 -'filter., 4 - transmitting
antenna, 5 plasma.0.6 - receivingantenna, 687 -
waveguidep-7 - receiving detector bead,9.8 - direc-
tional couplerp 9'- attenustorp 10 - control de-
tector head.
2
-A
8 S
Y/ I G
enced an anomalous active resistance and was accompanied by intense microwave
noise with X > 3.5 cm. Under these conditions the detector head recorded a signal
of 10-5 v powerp correlated in time with the current. The experiments made it pos-
sible to establish. that when radio emission with ho = 3 cm from an external source
is incident on a turbulent plasmaj, Raman scattering in vb1ch the frequency ebu4e
in of the order of &~, is apparently observed, in accord with the theoretical esti-',
mate (A. A. Iyanov sAd Do Do Wovj, ZhNTF v. 488 13669 1965) - This is evidence
of the high level of the electronic oscillations. Intense maxims were observed in
the intrinsic radiation of the plasm in the region X > 3.5 cm at frequencies close
t a and a much weaker. maxinam in the interval X - 1. 5-2 cm where the frequency
0, ?a situated. Orl . aft. has: 3 figures.
2Mpe .9
SUB'CODX: 20/ SUM DATE: 280at65/ ORM FXP: OOT/ OTH REP: .001

IEMIDGVp B.A.; YELMIN, X.t.j RXUTOV, D.D.; FANGRENhO, S.D.
Anomalous resistanoe and supjrhigh-fvequen~y radiation f'r= a
plasma in a strong electric field. Zhur. ekap. i tair. fiz.
48 no.245-4-463 F 165. (MIRA 18~11)

L 06972-67 Ei~T (I) JJP(C) GG/AT
ACC NRx Ap6o21529 SOURCE CODE: UP100891661OP-010061051610518
7e
AUTHOR: Demidovo B. A.; Fanchenkop S. D.
ORG: none
TITIE: Estimate of the degree of turbulence of a plasma from the Intrinsic radiation
and Raman scattering of the electromagnetic waves in the microwave band
SOURCE: Atomnaya energiya, v. 20, no. 6, 1966, 5:L6-518
TOPIC -TAGS: plasma.turbulence, plasma radiation, Raman scattering~ microwave plasma,
ABSTRACT: Thd authors use an effect observed by them earlier (Pistma ZhETF v. 2, 533,
1965)) mme3,y Raman scattering of electromagnetic wave~~y electronic oscillations of
a turbulent plasma, to estimate the degree of turbulence of the plasma by means of
apparatus described in the earlier paper as well as in ZhETF v. 48, 459, 1,o65. The
energy density of the plasma oscillations in the turbulent plasma is determined by
comparing the microwave radiation power from the plasm. at double the plasma frequen
with the power of a signal corresponding to the violet satellite due to Raman scatter-
ing by the plasma oscillations in the electroma,-netic waves generated by a pulsed
magnetron. A formula for determining the energy density from the experimental data
is given, the differential spectra of the violet satellite and of the intrinsic radia-
tion of the plasma are given for several electron densities, and an approximate esti-
mate is obtained for the spectral widths. It is shown that a change in the frequency
of the electromagnetic wave due to Raman scattering by the plasma is numerically equal';
V2 UDC: 533.9

ACC NR: AF6021529
to the plasma frequency. The Intrinsic ra(Uatlon of the plasma is double the plasma
frequency. The half-width of the spectrum of the violet-satellite frequency is ap-
proximately equal to one-quarter the plasma frequency. The authors thank Ye. K.___11
Zavoyr.La or continuous interest, D. D. Byutov for valuable discussion, and V. Ya.
'Y f
Balakhanov,. Blinoy, A. N. Karkhov, and L. L. Kozorovitakiy for supplying in-
dividual units of the measuritig apparatus. Orig. art. has: 5 formulas and 1 figure.
SUB CODE: 2D/ suBm DATE: olFeb66/ ORIG REF: 008/ OTH REF: 003
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L o228s-67-. EWTU EWr(m-)/T-- -IJP(c)-- __AT_
i ACC NRs AP60~5238 SOURCE CODE: UR/GO57/66/036/007/1166/1167
iAUTHOR: Demidov, B,A,o, Fanchenke,
JORG: none P9
ITITLE: On the Investigation of the x radiation from a-plasma by means of a
,scintillation counter 11 1 /
SOURCEs Zhurnal tokhnicheakoy fisiki, v. 36, no. 7, 1166-1167
TOPIC TAGS: plasma radiation, x radiation# scintillation counter,..phosphoresconce
ABSTRACT:In recording the x radiation from the decaying plasma in a toroidal machine
with a scintillation counter the authors observed an intense pulde of about one micro-
second duration followed by a series of weak short pulses lasting for some 600 micro-
seconds. This effect was observed with CsI, Nal (Te), and stilbene scintillators.
U.GrosBman-Doorth and J.Junker (Nuclear fusion, Suppl, p.3, 1007,1962) have observed
a similar effect and have ascribed the weak pulses to prolonged emission of soft x
rays by the decaying plasma, To test this explanation the authors repeated their
experiments under such conditions that the magnetic field was cut off after about
100 microsec and found that the weak pulses continued.-unaltered after the field was
cut off. The authors concludet therefore, that the weak pulses are not due to soft x
radiation from the plasma and suggest that they are due to the slow component of the
1/2 UDC: 533.9

L 02285-67
ACC NRj AP6025238
phosphorescence of the scintillator excited by the very intense initial pulse. The
authors thank Ye,,K*Zavoymkiy-and V,K,Voytovetskiy for valuable discussions.
SUB CODE: 2~ SUBM DATIs 3QAug65/ ORIG, REF: 002 OTH REF: .006
Card 2/2 "b
IF I IN owe=

FANAREV, M.I.
Effect of physical edwation on a decrease of morbidity in young
children. Ndiatriia nos.7:11-15 162. (MIRA 15:12)
1. ~z Ablkhovskoy meshrayonnoy bollnits-y TaningradBkogo oblasti
(glavnyy Ynch - kandomed.nauk zaeluzhennyy vrach RSFSR 0.1.
V&3*felld, wacbnyy rukovoditell - zaslu2hennyy deyatell nauki
deystvitelinyy oblen ANN SSSR prof, A.F. Tur),
(LUNGS--DISFMEB) (MSIGAL EDUCATICT4 AND MAIVING)

FANASKERTgg-ISIT,
9MVILls-Uzas 15th cent.; SHENGELII, M.
[Book bu medicine] Uchabnaia kniga-karabadini. Obrabotka
taketa, isoledovanie i slovarl M.Shengelii. TbilisiISabchota
Sakarvelo, 1959. 386 p. (MIRA 14:11)
(GEORGIA-4MEDICBE-DICTIOIIARIES)

,FANCLEVL_Mladen, img.j HRASTIC,, Drago
Some data on the speed of currents in the Adreatic Sea. Vodoprivreda.
Jug 2 no.7/8:103-111 '59. (EUI 10:1)
1. Brodarski Institut# Zagreb.
(Adriatic Sea--Ocean currents) (Ships)

SILOVICY S., I)rof, inz*,~_F~AICLIV .11. inz.
The screw as instrument for the determination of propulsion data.
Brodogradnja 6 no.6.-241-253 166.
I C?G'j- -

FANCIWKO. DeMe inzhoner.
Standards for systme-of unlts, Standartigatellm. no-3:33-37,S-O 156.
MU 10 2 1)
11 1 Ismeritellafth priborov.
(VaUs-fleadards) - ' -

IVANCVA, R.A.-, MILISHTEV4, G.I.; ~C M T HNCIV t. 9 1 D.;I ; L. Wrlskvg)
_ jE -C a
Effect of nocotinic ncJ.d on experllmvnt~il psychosle Induced by
diethyl amide of lysergic acid. Zhur. nevr. I psAh. 64
no.St1172-1176 164. WIPA 17:12)

TERPLAN, Z-9 Dr. techn., Prof.* FANCSAI" J.
mp-terials.
Some research results concerninn corwheel made of synt4etic
Acta techn Hyng 35/36: 415-423 '61
1. Technieche Universitat fur Schwerindustrie, Miskolc, Ungarn.

I)AVID,Gabor; GYARNATI.Iisslo; FANGZI.Istvan
A simple rapid method for the measure=mtment of serum cholinestersee
activity. Kiserle*,*~ OrvOstud- 12 no.2:201-2o6 Ap 16o.
1, Magyar Nephadsereg %esssegugYi 5201galatae
(GHOLINISTJRASS blood)

FANDERIFLIT, Ye.K.
Stratigraphy of Lower Carbon1ferous sodiments in the soLthern
Timan Range according to the data of spore-pollen analysis.
Mat. po geol. I pal. iskop. sev.-7.ap. RSFSR no-3slq-26 162.
(MIRA 1?:12)

FARDERFL#T, Ye. P., VERSHILOVA, P. A., ad SEMCHEVA, N. S.
"Concerning the Question of the Future Improvement In Production Technology
of Dry Live Brucellosis Vaccines of the Institte of Epidemiology and
Microbiology, Academy of Medical Sciences USSR," Proceedings of Inst.
Epidem and Microbiol im. Gamaleyo 1954-56,
Brucellosis Laboratory, Vershilove, P. A., head, Inst. Epidem and Microbiol.
im. Gamoleye AM USSR
SO: Sum 1186, 11 Jon 57.

VJRSHILOVA, P.A.; SJKGHXVA, N.S.; FANDERYLIT, Te.P.
Further technological improvement in the production of the dry
living brucellbsis vaccine developed by the Institute of lxpertmental
Kedicine of the Academy of Sicences of the U.S.S.R. Zhur.mikrobiol.
spid. I Imun. Z7 no#6'.51-57 %To 156. (KLRA 9:8)
1. Is Inatituta spidesiologii i mikrobiologii imeni N.Y.Gamalsi
AM SSSR
(VACCIVAG AND VACCINATI(N
brucellosis, prod. of dry living vaccine)
(BRUCZLWSIS. Imunol.
vaccine. &ry living. prod.)

FA14DEILLIK, Ivan
,Zj,;jjp,~;a3 jr~ tho
0 1103&1
Study of t3pactral charac
transformation hitorval. Ski(-Lr a kararalk 14 nc).12:335-3y) D '64.
1. stpto Research Institute or Olass, Hradec Kralw!'-.

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FANDERLIK, M.
FANDERLIK, M. Transformation of glass and its definitions. p. 14.
Vol. 4, No. 1, Jan 1954.
SKLAR A KERAMIK.
TEmNamr
Praha. Cziooslovakia
So: Fast Ewopeon Accessions, Vol. 5. No- 5. May 1956

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In 11clume h Ill"I. 1hirk the illdswtwr,-( CIA% 1, -111411. l1w
shoo twomew's twulfal army. lot the Tom l1witiliIn wish
Iwaramift jhkhw~sa, simlwans a gtven %N". Thr Cc
m"km wAre 96m Wor its 114-14V im-hilitilliam
New fWww Jb.. to Ill 1:111 OPSM; , lifin-I ibid. 23
Ilul Ifre 110441 %1 IIA

W b:bK
w,ffepWj~dcmcb-oj -jjrkydkW*, The
g,jotJF4 Intam"WOO, spocil"'W" loolmd
the &If two to five
tt, PFW", tirm Wigninge -by &" bas "Owed copiver
mby g%". (1) Gil" Osser, -" faters"iew 4PWC61-
Tbedoknilmnl
wave knob is N&Etoltbkhow. (3) Bhwgla---
not sts"dord=the lute timeat SP-W-"O"s' a"
(4) 'VCWW ghniecs did not
mukalsk for jews. ftcsmw of the
famt the 12R!:!WpmF"ftl"ll
1~ UM in wag.
9'r,n &O'nam, bpowwr. their t
,ir,eivd. trammi,=Cbromtkity
tirme was "cm
date of Is we ghTm.

119 SO 0 a A tit 0 .0 1? .0 ISO m a 16 1) a 39 a 61 42 0 a Ct
T I A- c J__j , f - s ~ t & I
oft Am@ in ..0 of- tooll*,
1,101:1611s AND I'movistles ..Do.
__ 4- 09
OOA IS the anavatung 0(glass 2 Chemkill-association process? i
M.Fanderlik. MIJ#j_kiRoAWy22,14-IUI19PI); Ckimir 1-00
Vindwisrk 56, W(Milt). - -Mcamirrownto "wic ~hcmrtf .010
that farah millw4no At Malivrly hkw Irl"j-. All't dkrV- -00
f sardi"s the 14.16.1 414S 1.1m.1) It"- kil".1k-li ,I
Ilit Ch'ifler lit W14111.11 411.1 000
gee Illolullis lit Cwtit-ity f146W 4111% Alld %'111h.11111' till- 0
gee itit-41 IAW: (I/&) - 11,141 - jit. wit.-sr J6 u the initial
!nIctual lensimi, S the illtCFtUd IC11--illn At iiisw 1. A the so
.,nin-aling cultist.. I the thicknes- 44 the SL&.. in Ifir dirrc- .00
,ion of lmwAW of light, and I the jusucating Inue. Durine
I lbr initial sommalfing pwW letemal tension cluinges gmwr see
4 fAIIII11Y MISS 0, OPECIrAl AlMirill"j. alut III(XIIII11% (d r1.14.
6cily. A, Pailirwau-Couture
goo
goo
00
8 eo 0
goo
see
goo
zoo
woo
MITALLUMOKAL LIVERAIWO CL&SWK&TWO goo
0240 Blow 00.01'
104000 #11sit a" $1.
Ile*
U 0 AV so it it a a I I i IF 0 T d" J-00
-660 0 40, is 1;* 00 0 4 a
4 0 Ot 0 0 0 goo

M Is a it 0 Is a IV &I a SO a dl!;~
14,' L LAL 'a I 'a 'a - 11 Z L - W JLL 1, 1 g
_X. P_ "Out 0
06'A
000
OOA
00,0 Masao of aftwalwo OW ow to be 1.81799. The sell" I)( equilibrium hidic" between
41 M 114141)NOLlst- ~ Y. 22 1 ellreinesand the CLIff"91011dilIg tcn1PVrAlUr- And
00 C frPla qn, "-Twwwaf winter. c ter. I tifl;:"
..I other atilhor. L% "141ill'bril that in t C"li-c"All"I as 7iredt obtain thetirindices starting front air urfe .00
0611 ifAll-f-WITIAlklif interval brIvirrol irmll"Alu is < 10. -09
004 refrowlivT llulkvs 4f briween 0. (Itigh-bulex. low lempm. r Ise.) 0 r Tim (1W.) R.I. X -00 .
lure) &fill as (low Wife%. hilb temperature) are stable oul
004 0111Y fr"b"I froM hifill" in oort 114fires urifinAll=rsent 321) 1.31INKI I)m it in",
00 & 1:: &1 a rate n4Mly decressing freirn I's to Ta. I the naft 4tin 1.1111INk" 11111i WON, -00
4211 1.311017 :!~k) 0 Irml
!;r1wrA`nt*l=% was lower (0 - a t1sn'slarmstion') tbr rates
00.1 tion at couslant tenip"ature we lbosir of a 460 1.519M l(M) i1.04#17
bimollecular reaction X + X - As with the exception of 460 1.511M)1 -10 ().tvr.1
the very begimain the experiment. The reverse re- 44D 1.5103 3 4) I-Ve
action a ~ 0, 1 C., Ladlerfraw ol a higher Index stable at a
lower temperature than that of the experiment. is found to
00.3 1.511433
be naive complex thAn The nionomolecular reaction X, - 076)
9*0
00w X + X. Thew conditions were subject"t to an expert-)
medial inw9ligalim In Which linall amples of The St.
Ila,
i Golisin cruvrn - " -IJTP (0-2 M 81(h. 0.43 RjOj6 11.43 The 9VAIL14111011 Of rate COUStAllis. K Coi 0..) fee
008 i;l I C&O. 15.44 NitO) ime contrerted to the T. and To stages Ki(ai - PIKO - a), of the chemical reaction showed
and then held at Various temperatures between chow tem. that the process was ofthe scrondotifer. euvia low the %-try
00
peratures until equillWum was reached. The M4bnt In. beginning. 11 Ko is taken &%.I Froin rqiu6ni 4110 0
des W 329*C ) strut found to he is - 1.111010, and me was JAN. - S) - IiGV. - NO) - At. where N, - Nr At
extrapolated to 131910. The lowest Index. ovil. woo found erilibrium. N - the current. anti V# - the initi.61 inilrX. 800
A, for the trastsfurniation a - 0 could be cAlculAtrd anti 11110411
:j will was found In disagreement with the experiment The 206
0 reaction it, oil 1winvildr, tif the type
,Ok~ use
["Float Igoe
A "TALLUNGKAL 4.111110101011 CLAIWOOTWO see
Siam It"Ov
W ON 811131 W G.V lit
W*41 or 601083 Hit air Got `U ad 0 0 a I Or No 9 a a 3~ e
An
jb' U 11 Aw 10 Is -r-T-T
_09-
00 0 00 000 00000 06666 Too
0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0

00
00
00
00
00
00
00
00
00
00
00
66
00
so
00
001
00
00
00
00
00
00
0411
00
#*of's 0
Xl - -Ir + X, -alms Wwrf fine ICUIWAIUFC 1W4,1411", h,.* -
ever. the move an Upward beW of the curves is othervt4j.
The nor a# mcmast"'S rViation, Incivitting a firvi-mirf
reaction " a el"mineous, himilleculisr cloullier frAclil"l.
41ift. but g6v Tall "fropmemlen" Ovvf the entire vAllor. Ill
dw mulull MCM&SICIF's firwings UK The #law, tsubrd
byWo. For the fallimformastiou sunimmatimed in the a1mve
table ad equdilbrimus hidiem 10vrwmv is mWe to the tatti"
N%dCUrVfttdtbgtflt. RAIft for temperatures higher thAt
IWC. have bmn obtaincil by the evaluatim of cbmigm is;
Ow cluirifirimt of rilpansioti, Lave changes IIIr4l1IIA14V
with bitilt pec"m am t*mfvwd in the alsompthm,me %-r.4
mows slaws CaMIA1111"d 0.25% MO aful %I N tell Its
simikrtimr-teo*Watureesperiment%. Ther=vVillbe
publinhell in a later paper.
0000-0
0 0 * 0
00
41149
00
e40
00
IRS
00
04m
00
00
66
94
4

%P111111104011 OW&bkM M FAMPONLIK
1415746 (W) (summary In Ft4j&W'jftrj
111121111 tumbkn pmdtkvd by sudden cool.
ins In a Gultalik criollne both am four to five lines nurthanically
awS Inthritt"fiCIAl
uw Of such lumblorn, thirimil lb#4r pirodwOon. &M in storw there
appetv fmm tinw to tin* spostatiefts amiletinds Without APPAr-
injcmuse~ I I is not ix"ital, to firml t be cause of I his 111m.11(ont "fill
toy studing the fractumf pieves. which are very jurtAll.Arul give rut
lpirluir tio the jolml list ril;uj ion of the internAl orain, tit the tuin
hkir. The res"i is partLd further trAivilormAtitm of the 1,4151,
tried (no( stabdirred) Siasti at rawmal teinrwraturvs~ this ttA111-
furniation is wry slow. Fmm the stAMpoint of control durinit
the inamilaclaring prmv". The rdmion of stability of obe firtmiuct
and of internal strains is derisive anti can 1w tslabliAtA only by
%tatktirml northmis. F. denijbirs ntirtbods o( nwa~uring intervul
strains. for tbr deteirminatiom of immlin". (or the ifirt-c(ion of
lorincipul sindus. awl for Vaphical integiratkin. The result.
from :No) fumblers, the Internal strains of whkh arre drictinin"t
InunirdiAlcly afitt manufactum anti which were oliserveil duriog
A lieritut o(2 yv., with each disintegration micil. are sunmidivil
A% (0110U%: (1) The slimitammus disintWAtion tit (umbler% cAn
tw aittiltured not to dpirdistsibution of the internal strains but to
the Absolute Values of The ser.11M. (21) At a security linsit their
can 1w %Iwcifdrd Inint the statimicut results: in the ixitton, :jsoi
too tin. and in the Me wall ZM ins cm Thew linsit, voiwein
tumbien of 3st tu.*Ol cirt.1 content with a Implican thickness tit
1) to 9 mm. anti is side wall thickness of:.' 1., 4 inot lil figure,

004
00"
**A
00
00
so
000
00
00
*0
0013
00.3
00U
00"'
C109
Reduam ad 6961114 is 1111010. M. F"dtgkk 4M F.
Schill. SWI60 ROSAWY 23, 161--6(1947); CWWW &
ijailsArk 10. 874(1948): d. C.A. -U, 315V.-An abnormal
tranambAns spwtrum was obarved In slams contI.
CoO. FOA. oW W. It difilm entirely (row that of the
Cok*IsCW36smdC"
C:v gleam that wers dark buou by tragessitted light.
i6sh r by - " W. and dW*nd W slightly
(T=e1ed). The brown color appemW during tem-
pt. tM and pneftfiall Ae" IM saftenlog tmp.. the orW.
nal color of do fused gLm being slightly grevaish gray.
Thm am areall particks visible ander, the olumiermvIm.
The slams ov magnetic, 7%ey probably contain free
Co in the pyro" state. A. Poplarau-Couturv
A S a. I L A SITALLM"AL LMINAIWI CLANOWATION
*Orr&,=,&Ww
U :,Ly iro 4g -1 a I a ad a P 9 1 IF 0 9 A 4 3 1 W
*000000000*00
'ST
10 009699900*099
00000 000000000*11000
of
:00
.00
.00
00
00
040
.00
160
goo
woo
a00
log
goo
%9
woo
000

0 A
at
see 86* if bwrosbw-~-"" NF.774i
24
41,
Y. a
M Is a a 9 x p a of a a a a'
4-11
I
so
-00
sot - 'wrrw ca6less and hid a higher brat almwP16i than sili.
" of complete alseawiption *bow and covaWs truns. .
lee
,
M661on below tbe wave length 011homw 0.11. 6. of Mrst ciates, but their expAnahm wai giver 11%) X IW'. GIAWWS
:
.00
unAttainablit In Clan. Thentoducc "aWodm
-(al%* by Mamingi and hAd an ripmWon of atmut NIX'
From a
tion 6 obtalmA by the odelidon of item 011da lee
.
110,. e"fe"t vWbfe jab, t
-structural Vkw It. tranwa6sion hough mate.
of tiw bon ion way 'what le",bn Ihal of pure phosphates
and
a, I w 2 mn,
rt

00
.,
,
,
. 1)
be conce ved.
) PC a uso" FiNg we IN the (560.) -nearly as con plete an infrared absorption as pure pbu*.
letralteciron sixterture. bavw 'godia. .1th
. The chentical durAnity was euvilrut
And hN abooWicat to wale glaws
lespec to oxyrn = the
GM bydrolytic clAA%). Typicul datA are given in
-
les
idold
V
iti
,
i
:
F
i
Sk

o*

s
ets pos
on.
k
e
Ones
(:I)
n y
Ipwivil table
3) Fee 4. 1
- I.
4 0

te"o c
.
no"
t
0.3
: 1 f M
and Collins Big
*
t
GW - -stable Pas
0 Fee
. caw&g.
k i
M
lli
V
l wee,
s r
a
mlso,
p-
culau
eff a
"
see
only &W a edwkn 110111FOW0111 ubmt~-'
sible to obtain Fee
INS glans. This was aclArved emy tim phoppiNste saw;
. . te Slasses. IN It* I lot _wj flow bant!
Odw New c-----d -
-
S4 be" goo
trunswinaim.
(1) sWrates. (2) alloU berivan Pbmgb&~M
calm and (4)
w 1.8 IF .4
went %0,. Tbry contained 0.3 to 1.8,
by ekwuntary Met* or lot Up -
0 !L1 MITALLWO11CAL LITIN&ION CLA11114CATION
1z 114"Ns -4 1 Selaw liar wv off
u a AV 10 111;
0 0 0 0 0
go
goo
"0
see
230. goo
ea
09" 909 43&43,1 eve a.. ot
1ww I Is go a 3
rr
e, Is
0 0 0 0 0 o o ::0

"
i"
001*00006000060696
00000000090*06600* 0~
e
s Wei
0000e009 0 0 0 0 0 0 0 0 0 0 0 9 0
0
00
00 00
00

so ma
c 4%) No 7113
in ,
00
of so, &15 93 00
of PA 3.10 1963
7
21 so
PA S3,61
AIA loil .
29.5 00
1%0 27A4
1
3
is 00
00 .
F"00
03 (is 00

so 0.9
12. 1)
09
00 rmo 7.9 00
00 M~ - M., , of 00
00 CNPwmdm (0. to GL4 X 10-1
aw-C.) WAOXIO-1 so
00 00
0* Wave booft 90

00 4wmp 70.7 56.6
00
&M
so sm 74.0 so
am
700 65.2 74V
61.2
Sao 38.7 43.0

of 000
11300 17.4
M6
00 'Tow bw "am=*" 9-9%.
00 cryaw m-
a WOML/ow
1175T.
09 .
< NOT.
00
0
00
90
9
00
00009000406*90000909000000 oo*o*oooooe* 0

0 0 0 * 0 0 0 9 0 0 0 : 0 0 0 a 0 0 0 0 0 0 0
:
00999999000 qq*O*qe*&OOPeeeqOOe
Ow a I be" In III
9 C 0 V 6 4 IN L A N 0 PFj I I T W "yj . . - I
Oft
00
10.0 0 0 0 0 0 0
goal *bVfm 04414343 49 4!
. A . I a 0 1 A . . p -1 ~. . , 11 as &T a n
"t. 4.0 4v. L--~t - -..-T

.5 Ofq!~tt Pull I'll L19,03 90
Apinulsoid6v nqwjuw saw pq~md au slaW
I
1
c, 00
NMMWJ "Wimmu of amm"m &Volk
%%wig st"P14301
go
,uw
mom 1" 8 " a
m a" 6 w ramp
l
m
=
of OL-7 Jqj Aq no VW
)-j"w
.
,
JLtd Ot 11911 11 "PDVJP.L FISM '^' T
;-
00. -M Lommm asso summaww"O so 61 as ppo 00

00
0 00

00,
flaw stlifeold OOV followed
00.
1 -ffrw.
-
-
.-
-
f
t
00 000 0 Ir
"0111A I
UN
a 11
N
TMI
000 0 40 " "I "
0 0
1
F -100
r I
'0 0 aso* a 01
.
a OL

**A
fill
oo't !If
a
oil
0 0
li?0.1ii
MU.OTAF K,
itowdy. as 1112-4 (19m). t. meall" lem- moo
poem@, 0'. coofficient o1 expansion. trans-
=00
mW TIC log lnnp"&Iurc (lemiwalure
jar & RgiMIsme al loo X lo" ohm 1cm.) aft disrumed. lUd.
-:40
14-3173-11mmin. dimpreiim. and Abbe value we defined.
c
coo
A I MIA 64TALLURSKAL LIT944110101 CLASWICATIONIN
ijili son It a
0 0 0 0 0 0 0 0 * 0 0 0 0 0 0 0 0 0 0
Lee
U04
see
-wX COO
I a Iw a 1 9 b 9 a S 1, 1
0 0 0 0 0 0 0 0 0 0 0 0 0 0 * 0 a 0 0 0
Ir:m
'am A--G_ 0-0 00000000 0 0 0 4111 0 61

FANDERLIK, M.
Two important conferences of scientists on the study of the structure of glass
and silicates. p. 166
SKIAR A KERMUK. (Ministerstvo lehkeho prumyslu)
Vol. 4p no. 6. June 1954
Praha, Czechoblovakia
East European Accessions List Vol. 52 No. 1 January 1956

1K"ri .
Sbornik praci 3 tedmologie silikatu (Collection of Works on the
Technolo S--E- of M31cates) I a review, p. 104, SKLAR A KERAmIK
(Ministerstvo lehkeho pruxWelu) Prahas Vol. 40 No. 4, Apr- 1954
SOURCE: East European Accessions List (EEIL) Library of Congress,
Vol. W. No. 120 December 19*

TJII or radioactive isotop., in tile industry. P. 2414.. ~.mj-q
(tliniaterstvo jehkeho p
1955. Vol. 5y no. r'L"Yslll) Fralut. V.1. 5p no.
Uov.
71URC P,: "'-Ilqt EUropean Accesnions Lj.-3t, Vol. 5, no. 9, SOPteMber 1956

F.-,N-D7RLT!i-, :-'.
Glass as a 1,rotective material sCainst electromarmetic and cormscul'ir radi2tions
with special attentirm to nuclear radiations.
p. 9 (Veda a Vyzkum v Pramyslu Sklarskem. No.1, 1956, Prahl, Czechoslovakia)
Vonthly Index of East European Accessions (EEAI ) LC. Vol. 7j nr. 2,
February 195B

,-'~Iariztg a(_LL&sa-by nickel jih N~V,-nikt- 1ALW"_
and Lih -c as~,
cempn. on the oolw prr.Jt;~rd hy tir-
wai~ studitmi. The addu it SA I.., Ni- otg rr
suited in fo-matbon of a cr,,~ I :,Ks
-;&,40 + KtO, and Kn rr,v ;:i
Na,O, z
-"..s :, 741
~Ifld --00~ , rr-.Ip A , - !,., Ig,
0i I :IIDtg difftrePl, !,i- .~ g7l-!,, 1,1 i
chat~j:e W J~yc" bindirig ~vj to tj- ;
.1,,
tFLn5pWtat &S.S WO-1 Pfe-,hl, IMM I 'r~ 1 2 !~I~ 1,
AI,O,, 7.8 K,O, 14.4 KHF., I *I t:v 1 117,!
npidly tw-10~ W* ~YCW,. h-.., -A
tior ~jf SL~ruby gla5s and A It,rUiaTiCr if a NI -i
!AV

- f-, - T ; ('~ , ~ ~- [ ." - --r- 7(,1 - Af
L- 4-
Czechoslovakia/Chemical Technology Chemical Products and Their Application.
Silicates. Glass. Ceramics. Binders, 1-9
Abst Journal: Referat Zhur - Khimiya, No 19, 1956) 62262
Author: Fhnder11k,-X1aL&-
Institution: None
Title: Chemical Control of Glass Production
Original
Periodical: Chemisace sklarBke vyroby, Sklar a ceramik, 1956, 6) No 3., 52-541
Czech
Abstractt It is proposed to organize a systematic control of rav materials,
scrap, fuel) refractory supplies and other auxiliary materials.
Card 1/1

I I1 11
.. A- I-, ' -i'
~ -.1 . .
The s'Llructure of
P. 3, (Silikaty) Vol. 1, no. 1, 1957, Praha, Czechoslovakia
SO: Monthly Index of '--'ast European Acess-ions (:,:YAI) Vol. ~% No. 11 1:overber 1957

FANDERLIK, M.
FANDERLIK, M. Draft of the CSN 70 0020 standard for defects in glass
and glassware. p. 33.
Vol. 6, no. 2, Feb. 1957
NORMALISACE
TECHNOIDGY
Czechoslovakia
So: East European Accession, Vol. 6, No. 5, "ar 1957

Fanderlik, M.
Fanderlik, M. alass research in the Soviet UnIon. p. 78.
Vol. 7~ no. 3p Mar. 1957
SKLAR A KERAMIK
TECHNOLOG"I
Czechoslovakia
So. East European Accessions, Vol. 6, May 1957
No. 5

All I'll 1~
CZECHOSL.OVAKIA/Chemical Technology. Chemical Products and
Their Application. Part 2. - Ceramics. Glass.
Binders. Concretes. - Glass. H
Abs Jour: Ref. Zhurnal Khimiya) No 21, 1956, 71537-
Author
Inst
Title Theoretical Premises of Glass Grinding (Preston's
Theorj) -
Orig Pub: Skl~rv a keramik.. 1957r 8,, No 2.- 36-37-
Abstract: The theory of glass.grinding developed by Preston is
discussed. "Chain" or "cascade" fissures appear on
the glats surface(S) under the influence of the
pressure of a hard ball or of the sliding of a
needle. The depth and the arrangement of these
fissures depend on the pressure of the bard body,
Card 1/3
14 L/

CZECHOSLOVAKIA/Cherpical Technology. Chemical Products and
Their knplication. Part 2. - Ceramics. Glass.
Binders. Concretes. - Glass. H
Abs Jour: Ref. Zhurnal KhImlyap No 21p 1958j, 71537.
tween glaso Prinding and glass polishing. Mechanical
removu-1- of glixsa takes place in the process of grinding
and 1 h - phov~:)tnena of swelling - hydrolysi a and of other
chemic-0. chknges of the "a surface are utilized in
the of polishing besides the medhanical, removal.
Caxd 3/3
CZECHOSUNAKIA/Chemical TechnolOgY- ChemiCsl Products and
Their ApplicstiOn' part 2, - 0erWdc5- Glass' H
Binders. Concretec- , Glass*
Np 21, 1958, 71538.
Abs jour. Rer. Zhurnal Khimiys,
Author Milots, PWAerlik-
Inst
e~ Views Of
Title ries-of Glass polishing
O0j
c
n,
ch
ha
an
14~
Klemm, Smqk&j and Bruche-POPP-
Orig Pub: Ski!# a keramik, 1958, 8, No 4, 100-101-
Abstract: No abstract-
Card

15(6)
AUTHORS: Fanderlik, Lt., Dvorak, J. SOV/72-59-2-17/21
TITLE: Decrease of Glass Transparency Under the Influence of Gamma
Radiation and Its Regeneration (Umen'sheniye prozrAchnosti
stekol pod deystviyem gamma-izlucheniya i ikh regeneratsiya)
PERIODICAL: Steklo i keramika, 1959, Nr 2, pp 45-46 (USSR)
ABSTRACT: This is the translation of a Czech-language-paper, published
in Veda a vyzkum v prumyslu sklarskem, Nr 4, Pra),a., 1958,
Pp 81.
The translator's name is not mentioned. There is I table.
Card 1/1

FANDIIK 2 M.
Homogenizing optical glass by mixing. P. 307.
SYLAR A KEiW41K. (Ministerstvo lehkeho prumsylu) Praha, Czechoslovakia,
Vol. 9, no. 10, Uct. 1959.
Monthly List of East European Accessions (&6AI) LC, Vol. 9, no. 1,
Jan. 1960.
Uncl.

FMDERLIKI X.; Vcolakj J.
Czechoslovak Glass Fathibition in $meow. p. 255.
SKLAR A KERAMIK. (MWstorstvo Ishkeho pnogalu) Praha, Czechoslovakia,
Vol. 9. no. 8, Aug* 1959o
MontUy List of East European Accessions (ERAI) LC, Vol. 9, no. l..
Jan. 1960.
Uncl.

30(7), 15(2)
a/13-60-i-~16/26
AUTHM Fanderlik. Milota, Professor, Doctor, Engineer
TITLE; Third General Conference on the Structure of Glass in Lenizxqrad
PERIODICAL. SklO a Keramik, 1960, Nr 1, pp 23 - 24 (CSR)
ABSTRACT- This Is a list of 96 delegates and their contributions; they participated
in the 3rd general conference on the structure of glass in Leningrad, from
November 16 to November 20. This conference was convened by the Soviet
Academy of Sciences and the General Chemical Society. A brochure on this
conference will be published at a later date.
Card 1/1

FAM)MLIK.-Milota, prof.
Csech glass. Pr1roda 49 no.5:44-49 my 160.
(HIM 13:5)
(Glass mawifacture)

FANnr,RT. K, Milotap of . . inz . , dr.
*Technioal glassesO by Milos D. Volf. Reviewed by Milota
Fandarlik. Sklar a keramik 12 no-3:91-92 Mr 162.

Z/012/63/000/001/001/001
E202/E192
AUTHORa Fanderlik, Milota
TITLE: so- larz'at
ion-of photoplastic glassea
PERIODICAL: Silikity, noo-1, 1963, 46-51
TEXT: Photosensitive glasses containing 72.50% S102,
12.50% L12O9 5. 00~9 K20, 10.00% A120~, 0.02% C*02 and 0.01% AU
or 0.085o AS were studied by measuring the depth of relief in order
to determine the. photonucleation and subsequent recrystallization
phenomena of the irradiated areas. Recrystallized glasses were
further treated with a 101' HF etching solution. The samples
(25 x 35 x 4 to 5 mm thiNnegs) were exposed stripwise to an
ultraviolet mercury discharge lamP*of 73 W at a distance of Z,
90 - 270 mm. On.gradual irradiation with donee increasing in
geometrical series, it was found that after a certain cumulative
dose of irradiation, solarization was produce.d. The author found
that the relief increases at the beginning with the increasing
doses of irradiation but after reaching a maximum it starts
decreasing. No experimental explanation of the rise of solarization
has been given but it has been suggested that a large done of
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Z/012/63/000/001/001/001-
Solarization of photoplastic glasses
E202/E192
irradiation produces an excess of electrically neutral gold or
silver atoms, so that they can no longer grow to nuclei large
anough to initiate the crystallization of Li 2O-Sio 2-
There are 2 figures and 4 tables.
ASSOCIATION: stAtnt vjzkumny' U'stav sklArvskil Hradec Kr4lov4
(State Research Institute for Glanal Hradec Kro'lovo')
SUBMITTED: August 25, 1961
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, f%'-M
RAE

,FAMV~IJL, M.
nIndustrA4 furnases and oil heating, refractory building
materiald1*0 R*viewd by Me randerlik, Sklar a keramik 13
no-3:84 Mr 1163.

FANDMILIK, M OfoL inae.9 dro
._pr
*Glaos quality contro1w by Ham Jobeen-Man 14 1. Revieved
.by M, Fanderlike Sklar a keramik 13 no.3:8,tr 163.

F1,21ID&LLIK, lft-,loLa, ~i,.
Eew standard1z"i moasLa-emeLl~ 1zlits- Viclar a kc-renalk 13 !10*9-*
242-243 S'63.

FA14D,',T,-(LIK 2 14. 2 prof . , inz. dr.
"Decoratitin of glass" by I/. No,,totny. Reviewed by M. FanderlAk.
Sklax a keramik 14 no.l2z464 D 164.

BRANNIKOV. A.G., ZHMNOV, L.Y., LEMITA, L.S.,-YARDAU1, A.A.
Flarking saiga in the western Caspian Sea region* Migr.zhiv, noel:
179-185. (MMA 13:6)
1, Moskovskiy gorodskoy podagogicheskiy institut, Gosudaretvenrqy
Astrakhanakly sapavedulk, I
(Caspian Sea recion-Saiga) (Animals. Marking of)

Some data on the reproduction of saiga. BIUI.MOIP. Otd.blol,
64 no-5:133 3-0 159. (MMA 13t6)
(T=A TALW--SAIGA)

FANDETEV, A.A.
Lambiue of saigas in the right-bank area of the Vdlga Valley.
Z001.2hur. 39 no.6:906-911 is 16o, (MIRA 13:7)
1. Department of Zoology, Moscow Town Pedagogical Institute, and
Laboratory*'6f Saiga Investij;ation, Astrakhan Preservation.
(Alata-Burata ragion-Saiga)

DZIUKOV, A.C.0 profq. ZNIMVS L~Vvj ISWEVIp L.S;; FANDEYKV, A.A.;
#POP ad. za--vl-,-
NASINOVICHp A.A., red.; NECHIPORUK, L --T
TRUKHINA, 0,N,s takhn, red.
[Biology of th* saict] Biologiia migaka. Moakvap Izd-vo
sellkhoz. lit-ry, zhumalov i plakatov,, 1961 335 Pe
WA 15-3)
(Saiga)