SCIENTIFIC ABSTRACT OLCZAKOWSKI, W. - OLDEKOP, Y.A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001237920017-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Sequence Number: 17
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

PISTRANEK, Bonifacy, zgr inz,) OICZAXOWSKI,, W:Lad.VBIaW, Prof. ngr ins.
Power management In the Follob coal x1ning induatrv. Pt. 1,
GOBP PaliW 31 no.1:3-7 Ja 163.

PIETRANEK, Bonifacy, mgr inz,; OLMAKOWSKI., WUdyzlaw,, prof. ngr. inz.
Tower management in the Polish coal mining induRtry. Ft. 2.
GoBp paliv 3-1 no.2:"46 7 163.

01,CZAICOWSKI., vlatrslaw, Pri)f. mb-z. IM2.
BCOnOMi2ing acting of fuels and power. GoBp pa-Uv 1.1 no.S:
281-282 263,

OLCUKOWSKI, Vladyalaw, prof. mgr. inz.j MOTM, 11
'gnacy, mgr inz.
Desalting pit water in the Aybnik Coal Basin. Gosp wodna;23 ~o.2:49-
52 F 163.
.1. Mowny Insty-tut Gornictwa, Katowice.

CLCZAXNSX--,,, Wladynlnw, prof. ngr in2.
Problem of brcvn coal contairing salts. GoBp pallw 12 ro.2:
51-Z v I'l..
,4 . 0

OLGZM~,ISFJ), prof. ngr iml, Ja~rzyj -XI)TIKAY Ignac)"
mgr inz.3 S,%=., Marian; STFING, Zofia,, ngr
DeBalting brown co&I by tho ion sachange mathcA. Glow inst gorm
prace m6,339sl-28 16-4.
1, Central Hining Ir3titute, Katowice.

d Its Derivatives.
PCLAIM/Chenical Teelmology - Cellulose an, H-33
Paper.
Abs Jour : Ref Zhur - KhLiniya, Uo 24, 1956) 83830
Author : Modrzejewski, Ko, Olczewski, J&
Inst : -
Title : The Experiments in Preparing Papers Resistant to the
Action of Hot Water.
Crig Pub : Przegl. papierno, 1958, 14, No 5, 135-138-
Abstract : The following substances were investigated in reGard to
their suitability in the treatment of a p3per-base: a
drying oil with the addition of a lead siceative, a solu-
tion of a resophthalic resin (RR) ( a glyphthalic resin
nodified with a dryinr, oil) in drying oils and xylol and
the M emasionu in water, The beat results were obtained
on a sized cardboard riade fron a sulfate celluloce and
using the solution of RR in the drying oil with the addi-
tion
Card 1/2
- 74 -
POLAM/Chemical Tochnol:,By - Cellulose and Its Derivativeo H-33
Paper.
Abs Jour Ref Zhur - Xhimiya, Vo 24, 1956, 83830
uf a 5% solution of red lead as the siceative. Paper
packing for radiators in a heating system were prepoxed
under Optil-IM conditions of impregnation and drying,
they adsorbed < 20% of hot water and lost 25% of strenC,,th
after being boiled for one hour.
Card 2/2

H, Wojciech, ngr '-nz.
gr inz.; S0131-10
rw
T~.e Radon3ko Mjichinf; Works in Radcnsko. Przegl mech 22 no.7/pi:
2~/ - Z44 1 2 5 Ap '6
1. .3,enior designer, Factory Design Office, Radonsko Vachlrn Works,
(for Clczy~-~. ". DmT)tlty Head, Factory Design Office, Raaonsko
Mqnhire WorkE, Radcmsko, (fcr Sobiech).

Xetbods for micro'biological studles on actlTo substances
extracts. Acta microb.polon.9 n0-4:303-313 1,60.
Institut de FhyBiologle
(PIUT micro'bial)

OL,CM, Z.
Depression near Xcluszkl.
p. 10 (TwVjstBj' No. :15, Aug. 1957, Warszawa, Poland
11
SO: MOMM INIEX OF FAST SUROPM ACCESSIONS (EM) IC, VM. 7, NO. 3., JAN. 1958

OLDAX,Franciazek.
To bring into order the material managemant JB a teak of
high priority. Prze_gl drobn wytwor 32 no.3:6-7 Ja 162.

~ - - I T
(JI -I; 'a w ~-I,
a I ~ v -, *. *, Zi r
C. A 30

- OLDAL, Gabor -- -
YAchanized cleaning of maCkB. Elelm ipar n0-103309,-310
0 160.
1. Tarmanyforgalmi es Raktarozasi IgasgatoBag.

OLD.A.K, P..&
Present-day bmirgeols theories on the economic cycle. 7,op.ekona
no.2:101-112 7 '59. (MIDA 12:5)
(33usimeBB cyc~18B)

7 0 X, P.&- .
h
Vays of improving the nati-=2 valfare. Vop.skon. mo.9j23-
33S 161. (MIM a4la)
(Cost and standard of living)

OLDAI, Pavel, Grlgor.ly~~T#~; STEBUOV, V.S., red.; HISMIEVSKAYA,
-G-.T.p mlad. red.,- OWD"'OVA, 76.S." tekhn, red.
[Econorde problens of raining standard of living] Ekononi-
cheskie probler7 povysheniia urovnia zhi=i. roskva,,
Zkonomizdat, 1963. 110 p. (MBA 16:12)
(Cost aM stardard of living)

DIDAKOWSKI, Stefam
C-
The export poissibilitles of Pb3dah-made building madimary.,
Przegl techn ?9 SpeeW isisue:315-322 Je 161.
A

OIJUKOWSKI, Zygwant.
A am to whom 'the year seem 'too long. POV.prof.obox. no.1:18-19 1.54.
OU2A 7:6)
(Ioseaki. 3dmunt)

OLDAL, Endre
The Warsav asminar on Incandencent cathc>ds. Hir techn 14
no.5:193-194 0 163.

5os-ev
21402
S/120/61/000/002/013/042
E-192/E382
AUTHORS: Gorn, L.S., OlldeRop, L.G. and Khazanov, B.I.
TITLE: A Reversible Dekatron Counter
PERIODICAL: Pribory i tekhnika eksperimenta, 1961, No. 2,
pp. 83 - 85
TEXT: A counter circuit capable of registering directly the
difference in the counting speeds of two channels As very
useful in evaluating the background radiation.determining the
difference in the amplitude-distribution spectra and other
measurements. The reversible counters based on vacuum tubes
are known (Ref. 1) but they are not entirely satisfactory due
to their complexity. The two-pulse dekatron% type Or-5 (OG-5).
can be used in the reversible counters in view of their
symmetrical construction. The resulting circuits are
Comparatively simple. Constructionally, a dekatron is provided
with a cylindrical anode which is surrounded by a set of 30
rods playing the part of sub-cathodes (for transferring the
glow discharge) and cathodes (Ref. 2). There are various
possibilities of arranging the drive circuit3 for the dehatrons
Card 1/6

22191
S/120/63/000/002/033/042
A Reversible Delcatron E192/E382
and the system adopted by the authors is illustrated In the
figure. In this the triggering of the dekatrons is performed
by amplifying stages. The principle of operation of the
counter given in the diagram is as follows. The triggering
circuit is based an a double triode J1 I (= L I) , which driLves
the dehatron L. . Two RC network3 are connected between the
anode resistors-of this amplifying stagel these provide a
different seqaence of the output pulses, depending on whether
the input signal is applied to the righthand or lefthand half
of the tube. The signals applied to the righthand-side
triode are talcen from the adding input stage and produce a
negative pulse at the anode load. This pulse is differentiated
by one of the networks and integrated by the other networki
a time shift between the t-wo pulses is thus produced. The
differentiated pulse is applied to the first sub-cathode of
the dekatron and the integrated signal (delayed in time) to
the second sub-cathode. In this way the information applied
to the dekatron "moves" clockwise. The signals from the
Card 2/6

2210
S/i-no/61/000/002/013/042
A Reversible Dekatron .... E192/E382
sub-traction input stage (see the figure) are applied to the
lefthand-side triodel the signal produced across the anode
load is again differentiated and integrated but the r6le
played by the two networks is now reversed. Thus, the
differentlated signal is applied to the second sub-cathode,
while the integrated pulse is fed to the first sub-cathode.
Consequently, the discharge in the dekatron "moves" anti-
clockwise. When several reversible dakatron stages are to be
connected, it is necessary to obtain two signals at its output:
one of these corresponds to the transition of the dekatron
through zero, while the information is added, and the second
signal corresponds to the transition from zero during sub-
traction. Consequently, each stage of the counter (except the
first) is provided with a thyratron relaxation pulser (based on
L4 ) and a limiter amplifier T 7 based on a transistor, type
t)ll (Pll). A positive pulse is produced across the cathode
load of the 75yratron uhen the dehatron reaches its zero state.
This signal is differentiated and applied to the grid of the
righthand-side triode L 3 (addition). As regards the
Card 3/6

S/120/61/000/002/013/042
A Reversible DeRatron .... E192/E-382
transistor T 7 1 itR collector load is chosen so that it
operates under saturation conditions when the dekatron is in
its zero state. The transition of the cathode from the zero
state results in the elimination of the saturation current and
a positive pulse is produced at the collectorcrT 7 ; this 's
then applied to the lefthand-side grid of the double triode
L (subtraction). The subtraction signal will be obtained
emery time the dehatron undergoes transition from its zero
state into the position 1191) as well as into the position "I".
The thyratron L4 operates in a 31milar way so that the
output signals are ambiguous. The situation is rectified by
introducing a coincidence circuit. Thus, normalising uni-
vibrators are provided at the inputs of the two channels-,
T, and T 2 at the input of the adding chanvl and T4 and T-
at the subtraction input- The signals produced by t1jese illij-
vibrators are amplified by emitter followers T 3 and T 6
Card 4/6

214M
S/I
A Roversible Delca-tron ....
fron t;hern- the positive m Is en a, I d to -' i e
coillcidenc,:! circuits. in tile Iddition c4zn;icI, thir, c-'rc,,tit
is baned on diodes -T~5 (= D 5) .1:1(1D6 * In the subtr,-~Ctiun
cliannel, the circuit i.-i based on D- and Di, and th.-'
perz.,Ats the transmission of tho sl-nnl to the next stnr,,e onl,., 4-1
the case whan the deltatron under-socm a transition from the
zero otnte to the position 9 A counter cnpnbla of
rv,a-mzterin" 100 000, bassed on 5 dc':,'tro--'!3 tY'.lc,
trio(les, type (6N6P) and .10 transistors a-,- vell n5
11 thyratrons, %.-ns built on the basis of the nbo%n circuit. c
equipi:icnt stnblo in operation ~-,'ien the voltage wo.:-,
V.11-iod b". Mi. Therc- are I fi7,ure and 3 roference5:
I Soviet and 2 non-soviet.
SU!3',!'-r'TrD -February n6, 1960
Card 5/G

A.A.; Copil, L.S.; XAG)J4, %
B-I-; 2SUSHM, red.;
e
'I,
DRUHININA, L.14, rOd-; TCM H., tekhn. red.
[Hadlorietric procers Instrurentation] Kontrollno-1worltoll-
naia radionetrichookaja apparalurn. iby] S.I.Babichenl-o i dr.
I
l"'Oswa, Gosatorlzdat~, 1963. 148 p.
(Hadionetry)

"on o-
SubstitutfA drrj-.,~jtivf-.s ('~ %.-I
,Vi 13SSR 8 no. 5: -11, -~;)O I'-,,
I Wliftk r:9)
1. Eelorusss,,lly n;,
PrVdStavleno

I Fri -A/ PT -.4 ~im
ACCFMION MR, AP404FA2.
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