SCIENTIFIC ABSTRACT KLOSS, A. - KLOTS, YE.A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000723210017-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: December 30, 2016
• Document Release Date: June 19, 2000
• Sequence Number: 17
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

8391h
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//:F 2192/9482
AUTHORs Kloos, Albert (Prasr?)
TITLSs Asilso 7 TubymgMade by &D
PERIODICALi Bloktrotechnik,j 1960, N0.10t PP-314-U6
TZXTs The vCKD.work In Pragut developed a number of modern
mercury tubes or sealed metal ignitrons which are fully satisfactory
as high-power rectifiers for industrial purposes. An air-cooled
ignitron, type InRA-051? is rated at 200 A and can operate in a
6-phase system with a direct output voltage of 3300 V; thi Is
device in illustrated in FiS,l, If the tube to employed only up
to 1000 V, its maximum current can be Increased to 250 A* The
weight of the roctifier is 75 k and the minimum quantity of air
necessary for Its tooling is 0*1 03/g, The principal component
of the tube Is a large anode made of special h1gh-purity electro-
graphite which is fixed to a steel support. Two graphite grids
are situated below the anodel these perform the function of
increasing the electrical strength of the tube and permit the
control of the ignition point and regulation of the current and
voltage of the tube by means of comparatively small signals.
The ignitron, type URV-052l in similar to the preceding tube except
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8391h
z/o A/6o/ooo/wo/ool/001
.3192/2482
Sealed Mercury Tubes Made by 60D
that it in water cooled, Consequently, the tube can operate at
300 A with Inverse voltages up to 5 kV. Fig.2 shows a photograph
of a rectifying system mad* of 4 such tubes, which is used In the
current supply system of singl*-phasplocomot1v*s. A dirferent
water-cooled ignitron (type URV-051) was developed for currents up
to 450 A and direct output v gas of 1000 V. This tube has a
larger anode than that of the other tubes and It contains only one
grid; otherwise Its construction to unchanged. The weight of
this ignitron is $9 kg. The technological processes involved in
the manufacture of the ignitrons are discussed; in particular, the
problems of processing and degassing the metal and graphite
components and purifying the mercury are discussed. There are
5 figures.
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$0225
NOV Z/017/60/049/007/003/003
a6...717 // 2073/9535
AUTHORs Kloss. Albert
TITLZi On Radial Contraction of a Low Pressure Are in Mercury
Vapour
PBRIODICALs tloktrotachnick9 obzor, 1960, Vol-49s NO-7s pp-367-372
TZXTt The current distribution on the anode of a mercury are
rectifier has a tonsidorable Influence on the load capacity. Non-
uniform distribution with time of the arc along the anode has a
considerable Influence on the speed of local dolonization, non-
uniform burning of the are throughout the cross-ooction brings about
over-heating of some anode areas. increasing the electron emission.
Those nonuniformitios are also due to atomization of anode material.
These phenomena were studied experimentally in the laboratories of
&D. Prague during work on developing a now mercury are rectifier.
The behaviour of the are in the rectifier, particularly on the face
of the anode# was studied stroboscopically nnd oscillographically on
the basis of measurement of ionic currents from the plasma into
probeso The experimental results, a part of which are described
in this paper, indicate that the arc in a mercury arc rectifier Is
essentially unstable and moves,about the cross-section and along the
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On Radial Contraction solo# 190MR535
face of the anodes Under certain conditions a pinch affect and
axial oscillations occur. In the first part of the paper the theory
of the pinch effect Is briefly described on the basis of published
work by Russian and itnglish authors (Refs. 1,294o6), The expert-
mental measurements of the ton currents of negatively charged
electrodes in the plasma of mercury vapour war* carried out In tanks
of 300 to 500 as dia, 600 to 1000 mm long, The negative electrode
was formed by the mercury level, occupying almost the entire bottom
crose-section of the tank. The positive electrode was formed by a
graphite anode 140 to 200 an dial, L e~ an arrangement whichis usual
for single anode mercury are rectifiers. The tanks were contin V ously
evacuated to attain a limit pressure of extraneous gases of 10- mm
HS. The pressure of saturated mercury vapour determined by th
temperature of the tank varied between 1.2 x 10-3 to 8.9 x 10-1 mHS.
The average rectifier current was 800 A, In most cases the maxisnum
amplitudes war0 1500 tg 2000 A, The rat* of current Increase was of
the order of 105 to 10 A/see. Fis-3 shown a sketch of the cross-
section of the experimental rectifier. A steel pin I with an
insulator 2 passes through the top lid of a tank 4. The tank is
evacuated by a combination of a mercury diffusion pump and a rotary
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88225
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On Radial Contraction 2073/E535
oil pump connected to the auction pipe 3. The pin I carries an
anode 5 made at a special olectrographits which has been degassed
at 800% in vacuum. The anode 5 is located inside a steel screen
6 which is only open at the bottom. At the face of the electrode
two auxiliary graphite electrodes 8 and S2 of 30 mm dia. are
located, the electrode 9 Is centrically mounted, the electrode
S2 Is mounted at the edgi of the anode. A further electrode 5 3
in located above the anode in the anode space. The electrod 8
has a diameter of 15 mm and below the entire anode space, I.:. b1low
the grid 11 with the screen '7, there is a further electrode 9 5
also of 15 mm dia. The bottom of the tank 10 serves for
tapping off the current, is insulated from the tank 4 by means of
the insulator 13. The cathode to formed by the mercury 9. In
addition, the rectifier included on ignition device which excited
and maintained the cathode spot at the loyal of the mercury cathode#
The circuit diagram is shown In FIgAt the transformer Tr was
connected to the anode A and cathode K of the mercury are
rectifier. The grid M was connected to a pulse control,circult R.
The auxiliary olectr:d::,,S,,;.86 were negatively biased from a
battery B and an a c gr loop 0 was connected Into this
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88225
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On Radial Contr&ction ... 9073/9535
bias circuit. The anode current I was measured from a shunt and
was also oacillographod, The voldge between the anode and the
cathode was recorded by a CRT oacilloSraph. The dependence of the
ton current I on the pressure of the saturated mercury vapour, on
the anode curr nt I and mainly on the attepn*ss.of the anode
current was measured! A typical illustration of the conditions
pertaining to a temperature range of 40 to 60% of the rectifier In
that shown ln.Flg#5. For lower pressures of I to 2 x 10-3 am Hg
the ton curr nt I starts to Increase earlier, i.e. the time log
ti is short:r andiso is the time lag t2 during which the ton
current forma a sharp peak* This is followed by a period during
which I i oscillates very sharply with a frequency of 500 to
5000 cps, whereby the oscillation in each cycle is di5f*rent. The
conditions for nn Initial pressure In the tank of 10- an HS and the
maximum current I a wax a 1700 A are illustrated in.rig*6.. on the
basis of these results and also on the basis of investigation of the
influence of the steepness in the increase of the anode current is,
the author proposes the following mechanisat during the first .
Instant the forming are reaches the edge zone of the anode surface
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Von/0/09/007/003/003
On Radial Contr^ction 2073/2535
&nd,owInS to the Influence of the skin effect, it starts to contract
quickly towards the centre of the area# After a certain time.which
is dependent on the pressure and on the speed of Increase oftho
current. a maximum contraction of the arc will occur, after which
the arc will again expand. At the instant of are contraction,
i.e. when It occupies a minimum area on the anode surface. the
increment in Ion concentration A n, caused by contraction of the
are, will be highest. As soon as the.arc expands again An will
decrease. In oil the experiments good agreement was found to exist
between the moment of concentration of the are and the local first
maximum of the ion current. It was also experimentally proved that.
1n agreement with theory,tho moment of concentration coincidoo-with
increase in pressurej if the current drops below a certain level.
there will be practically no more arc concentration. Pinch effect
oscillations were also observed by Cousins and War* (Pinch tfftct
Oscillations. Proc. Phys. Soc. LXIV (1951). 2-8. pp.159-166).
According to them, the oscillations composed of contraction and
expansion of the arc column increase in frequency with decreasing
pressure. The inductance of the arc fluctuates during oscillations;
during contraction the inductance and the arc voltage Increase and
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On Radial Contraction 9073/2535
during expansion both decrease. The oncillogram, FiS.8 (top showing
the ion curr Ont i the bottom showing the anode to cathode
voltage drop), 3refifitlo clearly the first contraction of the arc.
At the moment when the ion current reaches its first maximum. the
voltage will also start to decrease. The frequency of the
oscillations. which-continue until the anode current flows through.
will roughly correspond to the frequency of the first oscillation.
Compared to the~first oscillation. the period of which does not
change, the further oscillations are not regular. This indicate*
that only the first are contraction, which always begins,at the same
pressure conditions, to of a stable character. The further oscilla-
tions are no longer regular* Neutral particles also participate
in the oscillation of the positive tons. An a result of that, radial
pressure waves will occur In the anode space. which may lead to
oscillations of the steel parts. and they will finally manifest
themselves by sonic effects., The ion currents of the electrodes
S5 :nd St indicate that in this space the arc moves Irregularly
and here he radial contraction above the cathode is not as
intensive and regular as It to at the face of the anode4 this is
attributed to thefact that mercury drops. which are ejected from
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k~~
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~On Radial Contraction 2073/9535
the cathode-spot, evaporate and brInS about an Increase In pressure*
There are 8 fiSures and 10 roforencesi 2 Czech and 8 non-Czech.
ASSOCIATIONs CKD, Prague
SUBMITTEDs November 28, 1958.
Fix-3
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Z/017/6o/c49/011/003/013
9073/9535
AUTHORSt Kloss Albert and Xubit.-WaiL Engineer, Candidate of
-PW"02Gs1 no *noes, Wthner of the Klement Gottwald
Prize
TITLEt Now Czechoslovak Results in the Field of Semiconductor
J!owor Bectirlers;_0
PBRIODICALs Blec;g1p~nick' obsor, 1960, Vol. 49, No. 11,
PP* Y
TZM Several earlier articles (Refe.1-11) have been
published on semiconductor rectifierse with particular reference
to rectifiers produced in Czechoslovakia. Germanium rectifiers
with an averaSo current intensitY Of 70 and 130 A have been
developed and are being manufactured in Czechoslovakia, silicon
rectifiers for an average current intensity of 150 A have been
developed and are being introduced into production and germanium
rectifier units for ratings of the order of 25 kW and 300 W are
being manufactured (Ref*7)# In this paper the authors give brief
information on the most recent Czech developments in the field of
silicon rectifiers. The entire issue of thim journal in devoted
primarily to a number of separate problems relating to high power
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Z/017/60/049/011/oo3/ol3
2073/2333
Now Czechoslovak Results in the Fiald of Semiconductor Power
Rectifiers
semiconductor engineering$ describing the solutions applied by
Czech industry. The author deal basically with equipment
designed and manufactured by 10, Prague. Detailed economic
analyzes have shown that greater savings are achieved by uiing
silicon rectifiers,in electrolysis, partlcul4rly for heavy V/
Industrial electrolysis as$ for instance, for the production of
chlorine, aluminium, copper etc, where d.c. voltage* of 300 to
450 V are applied. Such applications have the great advantage
that the power consumption has a high constancy without load
peaks and without over-loading, so that It is; possible to utilise
the full load capacity without having excessIvo reserves. A
further important field of application to in mine tractlon, since
they enable building small low voltage (275 V) units which can be
automated easily and distributed along the track, enabling
considerable savIngs In capital Investments. A further Important
field of application Is 50 c.p.s. railroad traction; for this
application the economic advantages are not great but the very
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Z/OIL7/6o/o 4VOIIL/003/013
2073/9531
Now Czechoslovak Results In the Field of Semiconductor Power
Rectifiers
large number of rectifiers which will be required in electrified
railroads imposes the necessity of continuing work in this field.
In Czochoslov kia development work an locomotive rectifier$ to
concentrated :t &D, Prague. The silicon rectifier units for
heavy electrolysis are built in Czechoslovakia for ratings of
approximately 6000 A and 300 V or 3000 A and 500 V (all are doc.
values), whereby the parameters depend on the parallel and series
connection of the rectifiers. One rectifier compartment, a
dimensional sketch of which Is shown In Fig.1, cont in* 96 to
120 UKA 15 silicon rectifiers with the appropriate :rotection
and other auxiliary apparatus. The cooling to effected by two
axial fans and the cooling system is so chomen that in the case
of failure of one of the fans the rectifier unit can continue to
operate with a reduced output. The problem of ov*r-voltago
protection has been dealt with In an earlier paper (R*f.11). The
silicon rectifirr units for mine Installations art designed to
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Z/017/60/049/011/003/013
2073/9535
Now Czechoslovak Results In th :Field of Semiconductor Power
Rectifiers
:ero
operate in atmoopheros with a
4*Sr*o of safetyl they are
built into a du&t-tight steel-compartmonts and cooling by -son
of circulating cold air or by using & water-air heat exchanger
can be applied It desired., The output is 500 A, 275 V d.c. Th:,
rectifier unit can bi overloaded almost continuously up to 1000 A.
The rectifier unit consists of 12 to 18 UKA 15 rectifi*rs,
which are connected into *4 thro*-phaso brid4s with parallel
connection of the individual rectifiers. Th4 prot*ction Is
provided by,specially designed high speed fusos and also deion-
Izing protective devices. The cooling In effected by axial -fans
with Interlocked signalling, so that the rectifier cannot be
operated without cooling* The rectifier ham boon in oxpvrtasntal
operation this year(1- 0), The silicon locomotive rectifier is
designed for single-phase 25 kV,50 c.p.o. locomotives with four
axles and an hourly rating of 3000 M The rectifier unit Is
built up of 120 UKA 15 silicon rectifiers arr^nS*d In a bridge
circuit in each of which there are five roctifiers in series and
six in parallel.' The design is such as to satisfy the maximum
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Z/017 62/051/003/00!/002
D29 lywo4
AUTHORSt Straka# Jaromir, Engineer, and Klass, Albert
TITM Degassing sealed ignitrons
PERIODICALt Elektrotechnicki obzor, Y. 51, no. 3p 1962, 101 -105
TEXTt This article generally describe* the physical prin-
cipl*9 and design features of sealed rectifier ignitrons and lists the
degassing and sealing method applied by the UD Works in Prague. After
initial degassing by electrical beating to 4500C and evacuation at
io-5mm Ug for 10 hre., the tKD use* a simple and very accurate method
to test the tightness of the tubes the 1gnitron to temporarily sealed,
the grids are in contact with the pool, and a 24 kv &-a is applied to
determine the *node-cathode stability. In cam# the tube is not suffi-
ciently tight and degaseed, the Increased pressure impairs the ol*otri-
cal stability and a glow discharge can be observed between the eloctro-
do#. After this test, the seal Is broken, and tho tube is further do-
gaased in the so-called 'forming' process. In this process, the igno-
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Degassing sealed Ignitrons D291/D304
tron to again evacuated and heated by applying it low-voltage current
which is gradually increased till 1.5 -~ times tAe nominal igaltron
current in reached. The forming process Is performed on a stand whIch
permits the following test proceduret the ignitron Is loaded with Its
nominal current and the exhaust pumps are disconnected. After a perlod,-"~
of two hours, th* current is also out off# and the tube cooled for
period of four hours with the exhaust pumps still disconnected. ?be
pressure is continuously measured through-out the entire test. During
the period where the tube is loaded with its nominal current, the pres-
sure rises only slightlyl an soon as the arc is extinguished, the get-
tering effect of the current ceases, and the pressure rises consider-
ably till reachi-,ig a certain maxisua. This aaxinum to a criterion for
the degassing degree and must not exceed a certain value. Vhen this
test is successfully passed, the Ignitron Is ret-dy for final sealing.
The sealing requIres great care and is performed under continuous eva-
cuation. The glarn exhaust tub* is degassed by repeated electrical red
heatinj;, and fused and cut with pneumatically operatel inwe, After
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Z/017 62,/051/003/001/002
Degassing sealed Ignitrons D291YD304
completions the ignitron is again tested for Its electrical stability
by applying a tension of 24 kv between,the anode and the grid vhich
is connected to the cathode. There are 9 figures.
ASSOCIATIONt 144.KD Praha (C"KD Prague)
SUBMITTEDo April 26, ig6i
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3/1,)4/62/000/001/030/066
D201/D305
AUTHORSt x1cleav A. and Brozovsky, M.
TITLE: Preparing vacuum seals by the HP heating
PERIODICALt Referativnyy zhurnal, Avtomatlka i radioelektronika,
no. 1, 1962, abstract 1-3-57 yo (Techn. zprfivy CKD,
1960t 6, no. 100 299-336)
TEXT: The following requirements are laid down as to the proper-
ties of vacuum of electrodes seals of weldod ignitrons: High *1*c-
tric and mechanioal strength (especially againat vibration), high
temperature stability within the -50 to +4500C range (the ignition
welding temperatire), Advantages and disadvantages of various t IYpes
of vacuum seals are also considereds Vacuum welded ceramic, vitri-
fied, glase-metal. It is shown that for Ignitrons, metal-cerami:
seals are the mo3t suitable ones. The following main features of
metal-to-glaso jiints are analyzeds The problem of oxidation of
Kovar and the methods of determining its 'oxidation curve's the
results of expertments related to the choice of optimum technology
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3,/194/62/000/001/030/066
Preparing vacuum seals D201/D305
of vitrification are given which have shown that using a suspension
with glass particlea,~.10_4 mm In diameter, the amount and dimen-
alone of air bubLlea in the enamel decrease, A short description
of the sealing-ir; technique by means of heating of the vacuum
anode, grid and Ignitron Inlets is given. Photographs of vacuum
aeals of various types are given, together with the vicrootructuro
of Kovar at varioia stages of the technological process, 'oxida-
tion curve' of Ko7ar in comparison with the analogous curve fo.-
steel, schematics of the cross-section of tie enamel layer at vs-
rious stages of vitrification and a photograph of the external
view of the 0 uipment. 8 references. Z-Abetracterfs note: Complete
tranalation._~
Card 2/2

KUSS i A.
Oe% I I!
i
InoressIng the ourrent-corrying capacity of mercury valves.
21 tech obsor 51 no.149-50 Ja 162.

Direct current power transaission in the UnItad States. 91 tech
obsor 51 no.lt5l-52 A #62.

I ~Wssp A.
Ose of ignitrons for age non-contrat switches In thermonuclear
research, M tech obzor 51 no.249-90. F 162.

-% ILOSSP Albert -, p
Suedish experimental locomotive with silicon rectifiers* Zeles
dop tech 9 no.11044,-345 '61.

KLOSS, Altert
---.1
Analysis of the puer elrvu4t of silicon rutifi#rs fcr Mrql4-;Me* I
1rcCmtITOq. Zel dep teeb 10 no. 1110-11., f2

62/000/007/080/160
DS /2 19 9Y3
5 D 08
AUTHORs Xloss# Albort
TlTtg: Hermetical insulating casing for high-power mon*ccrys~
tal rectifiers
PERIODICALt Referativnyy shurnal, Avtomat.lka I radloslektronika,
no, 7# 1962# AbstFAOt ?-4-99'u (Czech. pat, ol. 21-g,
11/02#,no, 97811t Dec. 15P.1960)
TEXT: The proposed7vasing consists of two stamped stool-blanks: a
c" and a truncated.-bone. The cap Is put on the narrow part of the
cobs and is,flued to,it by a glassy enamel. A contact wire passes
to the jiino. on thro Sh an opening in the-top and of the capj the
wire is welded or so lored to the cap. The lower base of the cons
is welded or soldered to the second current contact which is a me-
tal contact plate closing the bass of the cons, The casing*nsuree
hermetical insulating protection from external atmospheric lnfluon~l'
ces and.makee it possible to fill the inner space with inert-gas. ~'
The casing is shookiproof and meets insulation-strength and tempera-
ture-stability speo ficationso The use of such casings# stamped fan
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Card 212

STU"
P "s"mirt ifto; JUUj Albsrt
.
of mud lourms, Sl to
Mr t62, ob obsor cold-3slol-103
7,lv7r-. r
" C9#kmmmk&-"lb*n-Da=k ?ram*

p As ~
Arpertanas vith samicandmatoris on Yrench rauva". 91 tech
obsor n noo3sl24-125 Mr 162.

-- I ~ 1-1 - I .. I:--- "--, -',
__ __ - - - - __ - - . - ..
KIM, Albert
Tranndsmion of electric Power tV .high-voltage direct current.
Stergetiks, Cs U no.9455-458 3 161.

KWSS, Albert
Arttial., single-phas .a locomotives. Zel dop tach 10 no.2.,59-61 162,
IME I
E -4~
I
I
I

--jam, Albert
ZL*otric power tranmigsion by a direct current between south mid
north islands of Nov ZmdwA. Z1 tech obikor 51 noni" N 162.

.
lums Albert
soviot MiAsio-Phm Immoti with W output* m tech
obsor 52 ncj$20459 * 16
T

Kmo A*
, ~ . ... m"NONVO.O." ~
Nov ty" of filiaon rsdtlf~lng Val". XI toch obw 52 no,73
3M JI f63,

ELOSS, Albert
Development of slUcon rectif We of the French singl*-pbase
Lmoobtives* ZI teah 6b*6r 52 n6#71399 JI 163,

a-- - --- ---- -- -- - --
nosso 1.
,
Meatilloation equipment of bea"urrent ononseringl intro-
duation to tboory and practice$ by Ho Insobutso Rovlond by
A*Meos, 11 toch obsw 52 noo7t390-391 n 063o

XLOSS# A&
Problems or.the developdAnt of railroad slectriflcgtion by
direct ourrentt KL tech obtor 52 no,8442 Ag 1639

.fihms Albert,
r- . ''
" 11 , -Eleatrifleation of the Amudan railroads. 21 tech obsor 52 noo
12s666 D 163.,

ACCUSION VRj AM016M 1/0017/04/053/002/0078/00M
AUTHMs Dolosals Joe,af (Uginser)l Kloss, Albort; Lsolneg ot4dw (D40w)
--WA%WAWA~0WWW
TIUSs Method of mathematical control of the toopersture Increase of -aWoon
rectifiers subjoatot to shartaoirmit currents ty news of an autanatio "tal
SOURCSt XLektrotedudoiW absorp v# noo 2g lg&# ?8w82
TOPIC TAOSs rectifiers computer application
ABMCTt A method is prosentedwhich makes it possible to calcQlatStho
temperature increase in silicon rectifiers subjected to shartaircult, carrents
in a time :interval of 10-10 ms. the priyalple of the method Is an electro-
thermal equivalent circuit of the rectifier with which the thermal conditions
of the p-n Junction are modelled within a oortaln Use Interva* The parameters
of the circuit aro selected so that the behavior of the circuit on. spowls to
the szp*rbwnt&W derived data. 7W cooloals was carried cut by an
automatio digital computers If mors, elements were used in the circuit, it
would be possible t* obtain an electrothermal analoSy of the rectifiers for
Card
'l-W
.11MANSP nt Sal"N M
77 F

XWSS 0 A 1.bert
Single-pbass, locomotives vith 1p1trons comected in a series* . .
El tech obsor 53 no, 3s 166 Mr 164.
Nov arrazgement of the voltage divider in high-voltage mercury
valves. Ibid.s 172-173.

K1DSS, Albert; JIMAR, Vaclav, Inz,j KARLOVSKY, Petr
Silicon rectifier of the first Ceschoslovak alternating current
locomotive, El tach obsor 53 no, 5s2W272 My 164,
1. Ceakcaoravska-Kolbew-Dansk Praha., National Enterprises

b0ill.'ALI Josef, irs.j KILG.' ~ _AlLoi:t~ !.A,-'LNA, (o.aksr.
e3
If rp=Or I - It I C-GnttO I Of' thO hV4 V i X IV
Stroseci by ahort-clr-,itt c~arrnntm by Ivilr4t a r I Ig *. t it I
camputd~-S. Fl tech obaor 15) no. 2OP-82
t,eakt)mor.,ivs~st-~-olOL-ry-iLnro'v ationdl i riter,"r"l-

KLWSj Albert
Now gliflc~on loacnoti"s fcr Wnprlan i-ailroads, U tech obsor
53 no*7s/.98 5 164

KLOS3, Altpnrt
Uoylat silicon valms. Fl tAch obzo.r 5i
7prnvy !3 no.10o'"37 164.

K*-,(Y.;!'Jl. AlLoirt
--
Nillroct c~)n-iort"r stnt-lons with :0,11ccm +7il I.v*,rh
12 ric. ~0:20-261 064.

KLO3.9f Albert
-*"*W
A now So-rlot staMard for semiconductor valves. El tech obsor
5) no.lOs579 0 164.

VA6,66
ACC N1h Ap"709 mm, Mom.
AVMcRt %1_1208#o Albert (Development *ww)
ORGI SUctriml ZU&"rbg Plant, CIODO Props (ZavW &U CO)
TIM ContAbation to the cirouit breaking of t)C short Girmit#
SMM Slakhvtodudaky casapu# we "t 1963t 393-603
TOPIC TAGSt direat atuvento* eloctronio cirmit o1mmit breakers electronlo coqpomM .
AB& M.=t The P~PGr ProsontS an ana2yals of Vio influsnas of a limilting reactor an
the cirmdt breaking of a DC short airmdt br a oipovdt bro&br in the JDC 01radto
To UrdL the noptive inflmnoo of the rowtor's inbAtivity, Aich causes a prolon-
gation of the aircult breaking tim MA a rise of tin wItAp stress in the alrouit
breakers a som "lve is proposed whi& Is ownected In par&W with the reactwo
A thoorotioal analzois of that ciroult Is judo uhiab is supplemented tV Mdel arA
pwor output tests whiah oonftm the awrootasso or the thoor*ttwa oonclusionso
This SO-tale was presented �r Ve Taimri The mAel Usts ware earried ottt tr ftemor
J- Kovarik'And So Svstoso The outpm test wre oonfirmd tV Roginw Ze k
am Engineer 0 - Horvell* orig 4 Art& bas 1 10 tigmw aid 17 formlas an
author's Rage abmt~-f LMSI 34.691T,
SUB CODEs 09 / SM DAT19i 16Apr65 / ON Oft ON

wa-mmRix, -.1. (Leningnt,5)
I I
QApatfiration of multivalued logl~ tm-~-Iirnn. U-,bi. ?!b. nc;.9j2'1-36
163. (MI.RA j71lO)

8/052J62/007/003/001/00
011110333
AUTHOlt 36 No
-i-ta-We-distributions on i.ause of 100ally
TITLIt' conplot
groups
PMUODICALs Tooriya veroystaostoy-L y*ys,prIuouoniyvt vole It no* 3t
1962l 249-270
Ion a a
MTS Considered or* distri"I a on locally compact group
an a,
which o to riprosonted in coup at gr4ups.01. The distributuiona'on a
are normed-Radon-mossures#,Refo 2 (1* go Uvordsp A theory of Radon
measures an loo&Uy compact spaces# Actia mathog 89 (19!53)9 133-164)
.-In � I idempotont diotributions are considered* It is known.(Rof:2)
that, for every 144on-measuro JA. Us- exist
a 'a mazimal.opta Mot'vith
the measuro sero, Let w to the complement of this sot. It,is shown,
among otherst Theorem It f AA, p then to(^) Is a 'bloompaot sub.
group of 0 and to the IAjrakjant7Hww,m*"urq'of this out-group,
Induoss on Of tro ld#upotoat-- distrlbduou law- ell t where, to
and 41 4anous one-to-ono-sapping of G-in W. Farthort the
fern to hiv convergence principle for distributions,
(S.K. nose, voroya*Ao*Uqkh r"prodelonlyakh as bikospaktAykh
card

0/05
IY62/001/003/001/004
On stable-distritutions On So 014081 Oil 0333
topologichookikh gmppakh.C.On probability distributions on bloonpaot
topological groups ]Tsorlys veroyat. I y9yer primene Vol* 6t no* )t
(1959)9 255-290) did,shomes Lot 0 be sepaxablo and representable In a
coapact group# It.the-convergenoo-prinoi-ple for distributions holds for
0, then 0 is also compacts � 2 lo1evoted to Infinitely divisible
distributions an Abelian groupso-The oonoopt.of the H-unifors distribu-
tion law (Not* 7) is extended to tho.cose'in point* Thsores 3# Every
4aflultely divisitle distribution,law it on a locally compact Abellsa
group 0 to rigorously 1-uniform (H Is the - oompaoA. sub-group of 0) 1 It
Is an invariant nessure on Sj -then -the obaraoteristio functions of
AAA.Jr bayv, the ease Som. A, canonical. 'repro$ $station of theLlifialtely
divisible distribuilon,lavv is obt"a*&-for oosamtative.Lie groupse
5 3 deals with lialt value thooreas-0,;-It 18.8howat, amon# ko thers I.. for
to- be, the%bomdary Yqlus of
JA, Las
where
Ank
i1s, 4L&I Ah2 I
C"d 2/*

$1/052j62/007/003/00t/004
On stable distributions On a class see 0111/0333
lim inf (9)
n __4 cc 1,& k ~t ka
are satisfied, it is necessary and sufficient that t4 to Infinitely
divisible. ?or tho cylinder 0 - K s W A rp where K s is an a-disensional
torus and e in an r-dixonsional Euclidian spiLool' the concept of stable
distributions in introduced as followas eAis stable on Gj it for arbi-
trary numbers a.,$ > Op arbitrary elements &It &2 4- 0 and arbitrary
random quantities elt with the distribution thpre *list such
J -2
> 0, a C- Go > (with the same distribution that
+
lip
+ &I) + (A2 2 2) a (Z + a' Here c&x for x IC 0 is defined by
X (XI x of Y1 of## aq2) Theorem Ot For & to be a lialt di-
stribution for the sum
n
I-
Card 3/4

8/05
IY62/007/003/001/004
On stable distributions on a class *so C11 0333
of indapendsat stsittlly distributed random quantitiess, I:t is necessary and
sufficient that is stable* Further, every stable law on the cylinder
0 S -'e Rris inlinitely divisible# Finally, the attraotion domains
of thq atable laws are considered In � 4. J,
;0e
The most important English-language reference iss Go A. Hunts, $*&I-
groups of measures on Lie groupst TranseAmers, Mathe Wool jig 2(1956)#
264i-293,
ASSOCIATIM Moskov kiy gosudarstvannyy univorsitet in* No V#
Lomono:ova (Xosoov State University in. Us V, Lomonosov)
SUBYITTEDs January 49 1960
Card 4/4

S~ (No c*v)
-!!L . 0
Liait distributions on bloonact lbalian groups Toor, "roiat.
i so prim. 6 no.413W-Ql 162. imm 24: n)
Ab*Uu c"Ups
lldMt tboov"(Probability theory))

XLM 0 B.H.
. ------ ---- - ~ - ~ -----
St&bUit;r of distributions in a certain class of lounY oomWt
groulwo Teore vaoiat* i " Vrim. 7 no.N249-270 162. KRA 150)
1, Hookmkiy goffudarstyena" univeraitat imeni Lomonosovao
(Abelian g rou po) (Probabilities)

KUM, B.M. (MOCOW)
Topology In a group,wA convergenos of distributions* Teor, vurciato
I as prim. 9 no.W22-125 164, (KM 17 14)

KIMS s BA
. - - -Emit!". of: Uc aamplulty of algorltham, DAL M MR
1" n0.104-40 Jl 064 (MIRL 1718)
1s Prodstarlano akadeafton A,N. Kolmogorory .

77
ef
b NA FA bii-LtI4+E~A 1.
7!M9,
9r"
tag ftwhif. b
Y 9 v I
P
me;
val MT ;ih' tiva-MaUred rn"ur fAalltl Ve fuclq~utc
rMiput I gtGap G. The publ"'Lo. anti m ults 'ule ;.,I "t
q lVd WUOUt PfIKA; ,'kqV kj~,o
halAlra IV- in ter".. r"
'eammUt-&- 1u 1j,
001~T,y I he anti-a rVsufj is the otivlfuus W~ 1, 44M Ow w,,iy
gr ;_"~ ~hiifl:11141i!% UVC OrA7ifkW1
r-L
n1kn)II IU4 Urbaiik, A
Ilm A t4d. Scli jiunrear, 7 p.%),' 1- 16, Alvi
C44111filen 0 by the uVi-twr th-m of, MR 18 2,11,
Ot
J.. G. Wrodel (Ann A rtw, Uich.).
U!

KI,OSSv BX-l CaIA 'Sal (dirr) "B-rplLxnd-x.,- *,',ieor=.-l of
-4
tho M--Wwzxrzww of probibilitles on bicoz;,nct Croups." I*O%p 19521.
6 pp (roe Statc U in II.V. 1-cc-lono-COV. $I;,. a Choi-11.4t IASW ?,CUItXj.
11-0 Oopis,~ Bil.liographyt pp 5-6 (17 titlon) (1:1940-521 101)

16(1)
AUTHOR i Kloss, BX. SOV/52-4-3-2/10
JWWWWOO
TITLEs rrv WMy Distributions on Bicozpact Topological Groups
PERIODICALt Teoriya veroyatnostay i ytys prin4neniyes 1959# Vol 4, Nr 3#
pp 255-290 (USSR)
,ABSTRACTs The present paper contains detailed proofs for the results
announced in 1. Ref 72.
The author mentions W.N.Voroblyevp and Ya.I.Rivkind. He thanks
Professor T.Ya. Koslov for the leading of the work.
There are 26 referencest 5 of whi,,.h are Soviet, 7 American,
4 Japanese, 2 Polish, I French, 2 Hungarian, I English, and
4 Czecho-Slovakian.
'ASSOCIATIONsUoskovskiy gosudarstyennyy univer3itet imeni M.V.Lomonosova,
(Moscow State University imeni U.7.Lomonosoy)
SUBMITTEDs March 129 1959
Card 1/1

Jill
a a A I It; a It a 9 It 9 a I

VI

L Cl S S--'
4A
all
fs

KLM.-HAI MWSHKV, V.A,
- ---
Determining the complexity of some classes of futations.
lost, Hooke via* Bar, b Mat.# a6kb. 20 no.444-51 JI-Al 165,
(MDU 18 19)
1, Kafodra teorli veraystnosti Mbskovskago gosuderstvaftnoge,
Univorsitata 1"ni M,V. 14mnosova.

'KLQU~ 36ill 16illyevichl IGMIN. X-0., "d.1 URTAKIM. N.S., tokho.red.
Eva oxiO mosort"t] Notomb lodim ONIr," Xookvo 0 ta-To
DMW* 1937. 30 P. (KtRA U14)
(Notorbosts)

ZAML&ROVI so; ILOSSI It
Metal models of shire,
ToenotrAn. 29 no-8123 Ag '33. (HUU 688)
(.%Ip models)

1=,I.# Inshoser
ODOSAAY-10 pleasuro kW&k. Tou-SM4,11 so.4t7-8 Ap #55.
(canoes and canoeing) (KIRA SsIO)

- KLOSOIS 1. - -od I %
ITOW cutter* 'roons umm. 33 no,4:lneort 4 P. AP 157,
(nm ioiQ
1. Inshener-koustruktor fUntrallaor JoLboratortf norskago modo-
lim DobravollaW obabeheOvs sodoyetviya aralt, avintoli I
fl:t tl SSSR.
(SbIp wdels)

LWSS, B.
Conversion of autonobtle engines. Za rul. 17 no.7t20-21
J1 159. OaRA 23tl)
(Automottles-logimm)

EWN ftilly jxll!Mvichl BIRIUZOVA, Te.l., red.; IMAXIMA. K*Sse
=6&-rsde
Elhe Iftriste motorboat] Notornyl btater Oturist.0 Xoakvao
Isd-vo DOOM. 1960. 117 P. (MMA 23911)
(Motorboats)

Imm X-~Onotruktor
-s- -I.
1W49 outt4r. Vosu.snan. 38 r-0.5,33-34 IV '62. 1 (HPA 1515)
(Mbtorboate)

I.M.$ red.1 KO.ZU-Vs A.V.j
tokhn, rods
(Amateur boathUlding] Suda liubitollskoi postroiki, Isdo2op
parer, i dop, Hoskvaj lzd-vo DOSAAF, 1963. 46 P.
041RA 171l)
JBoatbuilding) ,

KLOSSO H.G,-
Measurement of extremll short decay time of organic luminophores
excited by electron beam. Cs *as tys 12 no.5/6s628-633 162.
1. ?ysikalne-tsohnialty ustav Nomecks akadsais v*d, Berlin.

KU)X,, Phria; SOWLIK# Zb~lgnlsw
Dirficultles of d-rffOrentUtiOn bstvO*n the chld vchltolh.-crla
and the schisophronla-like syndrome on the basis of org,?-,Ilc
chunges In the brain. Hourol. nourochir. psychiat. Fol. ~5 no.2t
207-212 Mr-Ap 165.
1, 7 KlinJki Psychlatryctnej AM w Warazavie (Kierownik: prof.
dr. A. jua) I z Sanatorium Neuropsychlatril Dzlec!tcej -a
Garwalinle (Kierouniki dr. S. 'Jawrzynczyk).

19U
lldlr~~ I PAP. 90 TW# dtSCh. I nC. 12 MY. 7W; atridoW In GM oil rwl
Other Prisom vers
.46

Ucsaj~~ Zofia-
Candn"tion of mmati6ated polyesters, Pt, 1. PaliaM
~ tvws viulk S ao*2s9.l3 A 963,
1. liotytut Twors1w Bstuougmh, Wars"voL,

r,OLA,D
--I
DUDZIK, Zygounto KLOSOVSKI,_So.woryn, LUDWICKI, H*nryk, and
SOB1CZ9WSKA, Maria, Department of Galonio Drugs (Zaklad
Lokow Galonowych), Drug Institute (Instytut Lokov) in War-
saw (Directors Dr. H. LUDWICKI)
"Detervoination of Camphor in Some Pharmaceutical Prepara-
tions."
Warsaw, Farwacja Polska, Vol 19, No 6, 23 Mar 63, pp 110-111.
Abstracti Authors dssorlbo a coloriestric method (using
Shrlichra solution and a Pulfrich photocolorinster (filter
S 33)) to determine the amount of camphor In galenicals,
They find the method reproducible, suitable for analytical
laboratory, sufficioatly accurate, and loss cumbersome
than the method recommended in rarmakopola Polska 111.
Thor* ore 16 references, of which ans, is Polish. two are
Russiano four German. and the others Western, mostly Uglish,
DUDZIXt Zygmuntj XLMOV811aMryn
" ~j UJDWICKI,, Henryk, dr;
Determination of amphor In acm* pMrsac*utical preparatlons,
Famaja Pal 19 nos6sU04U 25 Hr 163,
la Zaklad lakew Oalenwjy64 lastytut TAkovp Warssava.
lierowniks dr H. ImMcld,,

NA Reinforced Concrete Corridor IFw. Wktar Pipes Vader RaLbra ?rwksR 287.
(Gas, Woda I ?echniU -Iolo- 27# no* 20# 1 Oct* W3* Ilmsemo5o
zast BurpPeau Vol* 3a NO-4
Sol Mon List ofhIMIM Accessions)AAbrary of Congress# Februaryp IM

W= tam
111i do.' whim. 14 4920% MAW, OR
4.w~m T
.0
"
'
0 _
1 Wit^ PCs
I Ostro $ft An*
A"
M
V
tech. ta&mtr. tha rtwm tire.
ils- 04
t 161155 (
1623), to
MOvent, e2actrOytic earrodan ot mikINVO&A 01 0"'m
"

svidy I., -AM of tho Q%astriodu- WWI &to"
44
at as POW
. Ami C Mat at
,
vv pipes with rosmit to, sU* to

`
AI
,

v
l
~ I,

Kizssmsraj J.
Means used for diminishing the power of wandering currents in DuctArest.
P. 45# (GAZo TWDA I TEC31MIKA -'ANITARM# Vol. 29, No. 29 Feb. 19559
'Narezawal Poland)
SOt Uonthly List of East European Accessions, (MAL), LC, Vol. 49 No. 5
May 1955v Und.

Mathcd-s used in the protection of pilwas aj;Alnsl, w9auterit- curm-L In " ettzrast.
Vol. o. 7, '-ly 1191 5.
GAZI 40DA I rL-!-
SO: Yonthly Li,-%t of FA3t Daropean Acces3iors,, (i-64L)j W, 701. 4, no. 10, Oct. 1955,
Uncl.

w3mmit J,
Cathodlo protectlen of p1pes by reans of Insulated J~-Iats,
(to be cond. ) p. 268. Vol. 29t no. 8. Aug. 1955. Gasg Wods I Technike Sanitarea,
SCURCEs last European Accessicno (EUL)o LC# Vol. 5, no. 3, March 1956.

KL4055OWSKI$ Js Cathodic protoction of undergromd pipellnes against vandering
cutrw to) continuation of olservations from Duchareatt p. 10 OAUO WODA
I TICMIKA SANIT ARKA, Wmtmj Pol=de Vol, 300 No.,Il Jan: 1956
SOUKEs East European Aces"ims LL&t (VAL) W Vol. 5j No. 6$ June IZ6

0-- -!vn- e-1
F
tam
cmu -
n kas 644-

K
--- ~n ==6 -I
Deferrizatien of water.
I
A
p. 395 (Gaz., Woda I Techn3~s Sonittrin. Vol. 310 io, Oct. lqt7. Wprartiv-, 'eland)
Yonthly Index of Erst FAropeon Acces3ions (WI) U. Vol. 7) nf.. -C$
February 1958

amimma, j.
Introductory roparks on problews of comunal 4-conmy In the- drpft of % p1sn
of water-powar manaeoment in Poland. P. 57. (G0cPc%d4rks 461na. Vol. 17.
No, 2, Feb 1951, Warsaw, Poland)
SO: Monthly Liat of Emst European Accession.-v (FEAL) 11,. Vil. t, No. 9. Auig 1957. Uncl.
I . -
ATNT NV'I' 1 "1FT,v1'~"""-`t-,-- ' ; '- - -'
; R - ~ -il TRIV V, F ii, - *:'~ ~
31 -9 1

KLCOSOWSKI, J.
Sons vater-oupply problems or Berlin's vest4m sectom p9 72*
QAZj WODA I TWWrKA SANITAWA. (StonjWsz-onts Vaukawo-Tgehniame
Insyniorow i Tochnikow Senitamychl Ognownletwa I Gasamictua) wars"Was
Poland. Vol. 339 nos 2o Feb. 1959,
Monthly list of 16gt furop*ft Accessions Index (fta),, Lc, V.I. 8, no. 61,
June 1059
Uncle.

KLOSBOWWt Jorsy.. W Ins.
Pbytopiw*toa In the Vistula Rim upeUv" from Warsav, Oosp vodna
23 no.4sU6-349 Ap 163o

KWSSMSKl',.Jorsjr, mgr in2.
nankton combating In this Warsaw sewerage, Gas vods techn
swdt 37 nooSs26"65 Ag 163o

I lr~Z.
Flrat Polloh Uperiminit Staticti ror the prnd,41%tiv of ;ve-
stressed ccincrete vli:-. V"llerts allok aggregnto of tlA Lod,*
Wilding Management. rrvagl tAidyvl I Ixid mleask 13 no*lt
56 is 161

e14 di-S-0 V/S X/
PVJM/Eloetronics Application of Electron ant Vacuum Ted*xAqw H-10
as Jour nor 271.1ur - ritikaj no 50 1959) no lil76
Author X1066gXeki, Rlesl-y ,
rnst Faculty of,Zlloctric Masurownts, 'Warsaw Polytechnic
Titlo iUse of Stutdowduators in Electric Wns=inZ; and Control
Apparatus
,JrI(,, Pubiraftiaryj, automatop bx%trola,, 1958p 4p No 5-6j 253-260
Abstract Tau author describes +-%o fields of application of seatcoodUctorsp
and particulArlyjtheir use forAlie masurement of electric
TAantities wA for a-atovation. A ccoWison to zmde of the
a%aracteristics of 1;.-rranium Alodas vit-. otl.*r rectifyina
devices (copper# selenium, silicon). The basic pr rties
of a junction silicon diode are ;ivsm., along vith the appU-
cation of tho jormantum diode to wnsuring Instruments and
clam-nts of autcentim and talcwchaniest. Charactaristics
of wTlityinq elements or* (;Ivan., wA also Vwuse of trans-
istore In control q2aratue and in aloctric masuritiC instru-
Card 1/2

CAL: j~OiD;.~Yj Vol. 41n~. jud-,
KL S 045"'1 -d. Exh t i i t i on of Thmpriv electric mlecty-niv- z4vasurirg instra-Ants
and ap,'-aratus in Warsaw, p.
-OntInLy List of East Bum-f, n Accipssic,LJS
April EOI~91 UncIzzzo

vim I V1,6014V
wKstant oontrol and distant U-SpIng with radio davle"O
by Joan VArms, Reviewed by Vieslav KLossankle PomW7
9 no.219l-92 F 163,

BRUCIM, L s MUDr.; PAJMBDYA, L; IWO ; BMIR, X.; JARD]IDUO L.
Statistics on tba assistance In control of oncological disms".
Cesko sdravot 7 uoji263469 jum 39.
10 Onkologiake oddelent I= Ostrava T. v P&skove gmjMm sdravotnicka,
statistiolm sluzu T OstTsvis,
(NIMUSHIs preys A control
In Csecb, (Cs))

CSIRF, lAjosl KLOSZO Tama
Examination of silk production of certain testa of saws as
vall as the amount of silk sucked by differently developed
piglets. Allattanyosates 13 no.4035-344 b 164,
1, Division of P1g Brooding of the Research Institute of Animal
Brooding, Budapest. Submitted February 10, 1964.

110part Prosc-4"- zt Ird Vat, ona! Confe.-en-,~ n, se-ico.-viuctor
X CorVounds, Kishinev, 16-21 Sept 1963
a-ccte!cal properties of highly degenerate crystals of n-~and p-typo
"'Huz arseAlde. 0. V. Yamallyanahko F. P. Xesazanly,, 0. No Nasladeva
C. Sidorov, 0. No Talalakin.
ConcGening the Interaction of electrons with lattice vibration$ in
jal I lum arsenide, 0, V. Y4*ol Iyanookop ~To So Laqunova, 2. No Kas 14dov,
V. Ye. Shcherbatov.
lic.:tricallproperties of gallium arsenide with different impuritias.
Do No Nasled6vo 0, No TalalaklA-
:Avestigation of the properties of Impurity z*Aes in crystals of P-type
Sallium arsenide. 0. V. Yemallyananko, To So Laqunova, 0. Me Xasledov,
V. Yo. Shcharbatov.
Co's vanonaSno ;I c prop4rtles of indlum ar;ehlda In a Wid4 te=perazur4
ransoo Yus A. aurdu"v, L V, zatovo, 76. So L;Sunova' 0. No xas;440vo
Nernst p 1% 0 1,

XU)211=T, B.A.
Nothod of artificial szoluslon of "Itory function of the 2&Wriath
in experimental animals. Test. storinelar., Nookwa 14 no,2230-31 Jma-
YOU 526 (CM 21A)
L Camusto ."Ical. Balsams* ' 2* Of the Clinic fw Diseases -ot Mw
lkr# Throato MA Zoe* (Director-41onored Worker In1cleme-ftere R.I.
ZM2ov)# Iftbarad Samitary-ftionto Medical Institute (Director-
Prof* D6A* Sbbaov# Car US Nembor of the AcmdmW of Nedleal,
sciences USU),

-7-~
,alist
Socialist com"tition
mWiallst 10
Oftlallot o"tition In action, S#Jdb# prom., 26, a** it 1932.
9. Monthly List of Russian Accessions, Librw7 of Congress, AlMil -1952, Uncl.

11 KwTS, I. N., , .,
fixing core-type cutttag tools. Stan.1 Instr, 29 oo*l2i3?-38
D 158, (NIRA 11112)
Nital-eutttng tools)

IU=P-P.*jvsh# (Porm')l YndWj ?.I deputat prodskogo Soveta (kbinskO
faroolavskoy obl.)l DANnJNA, K.1 CHMOV# me
Amounts of progressive preatloos In hvww oemitt"s. Zhi*.-*am..
khos, 12 no.7#U)-U JI 162. (Xiii 26t5)
I- Zavsdq*jpWh*y&. detain s*Wromobehohestvennogo domovogo,
k;Zta d6omvravien4s, No.2,, C. Artemovsk, Donstakoy obl.
(for Vaullina). 2. OlavW lush, shilishchno-ekspluatatsionaq
kontX7 10.17 Laninpadakogo rayoua Noakvr (for Chornov).
(Apartment howiss)

KLOTSP To Khoo Who (Rostov.M-Dovu)
Owl~~
Irrigating wide and log strips, Oldr. i K*I. 15 no.3120-26
mr 163o (MIRA 1614)
(irrigation)
4

1, KLOTS, Ye
2, USM (6W)
4o Poultry Industry
70 Province conference on chicken relaing. Pittsevod3tvo no,, 119 11052.
9. MMt1l-y Lis&-of Rugglan Accesliong, Library of ConFess, Parch 1953, Unclassified.

Sixth Pleum of thq All4nion Council of Scientific Technological
Sociatieso 2mledelis 24 noisgimp n 162, (MM 15s12)

P-0
P0141MU00 I.S.. kand. skon. nouk.; 3911MO.N.I., &&room-okonomisti;
ARMOY, A., ICIAISOT* Y.A.0 MCRWI, A.I., XIM.r*.A,._spj"UITo
VJ.j SWIRO, L.L.1 1"891901A, I.S.,rodot BALIOD, AsI.1, t*kW* rods
Chtp*rtsuce to introlaclvg a now procoftre tu qlanulml opyt.
voodreatta noTago poriodke plaaftersaits, *6&kva, Goo. is&-vo
sollkhose lit-rys 1958, 300 P- txmA 11111)
. (Agriculture)