SCIENTIFIC ABSTRACT RUMINSKA, A. - RUMSH, M.A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001446020009-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 22, 2000
• Sequence Number: 9
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

RZIM, Ignacy; RUMINSKA, Antoniona; KAGZKOWSKI, Jerzy
Preliminary invastigations on the effect of ferrocyanide on
yield and amount of alkaloids in Datura stramonium L. Acta
biochim. polon. 2 no-3:315-320 1955.
1. Zaklad Biochemii SGGW i Zaklad Szcsegolowej Uprawy Roslin
SGGW. Kierownik Zakladu Prof. dr. I. Roifer. Kierownik Zakladu
Prof. dr. A. Listowski.
-(DATURA, effect ofdkugs on,
ferrocyanides. an alkaloid content. (Pol))
(YEPMCTANIDES, effects,
on Datura~stramonium alkaloid content. (Pol))

Rum-Inski. B.
Hur- n 0 (Stowarzyszenia
inski B., E g. "Technical Associations in F lqnd.'
,50f pp. 12-17.
Techniczne w Poisce). Przezlad Technicz o. 1-2, 10
After a sr-ort hist-o-ical sketch of the foundation of technical as-
soclations Lin Poland there follows an examination of their grebt achievements
and tasks. The ?.,,orking programme of the "Naczelna Organizzacja Techiczna"
(ChiefTechni-cal Orcanization) is.based on its ideological principles and
is impl--nnented to a remarkable degree by the specialized associations.
SO: Polish Technical Abstracts No. 2, 1,051

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Bu-vir, Kirdrlavt (En,~;Lnaer)'; Bcnca, Konrad, (Profe-ror, Doci~r); Dowil'a jiri'~.""'
(Docwr); Itt"lul. (GraduF-r=CpmlOzOphY)):, Ce IceN. -ZAenck, Candid: A7,7r,
C . m Wcar
lliyrical civi Mhtl.2~10ucal Sciences); 0 Ep . ____'L
(Doctor); orarra i I., tor);
D-mr. k Antonin, (Cancli'l-Ite cdic:! lienceni; Dvorak. Jorlef, kDoe
1.~Ia, rA:~7 I If Mlid_%tC Of 1-:CdiCal rF, _11oraic, Z~Innclc
(CZ. cto
(Doctor of llny:;IcaL and Mithcmatical Sciences, Corresponding I.Icmber or thc
Czccl'O3lO-.ra:- Acadenq of Sciences, Profcrmor, Doctor); Ho cLjx ZT - (Doctor of
on
rhy,:Lcal antl'lUth=_atica Sciences, Doctor)- Xlec%ck T ip, (~Do;"UZZr); Meat,
- _ (Cmn,li(L-%Lc or lliyaical nnd Mithematic Gelencca);
.j~
V3.r.A.1-mir (Doctor); KO c~-. (Candidate or Lc&-LI Science
'r, a);
L:vli ~;Iwr, (Candidate of Physical and X%thc=atical Sciences) - Kvi% Zd ck - (Can-
didate of Mynical arcl Itathazatical Science, I
.); Lvdvi., M cik,
_2~Laftj~-jjT, (Doctor); 14cravelt, Man, (Candidata c-j77c-cU`cW =ccnces); Mrazek,
jaronlwr, (Candidate of Radical Sciencer; Engineer); ltrm%elc JIri. (C~da-tc,Of
-11:~~Clc - sciences); reuzil' Ludcy (Doctor)& ljollotny, Zdenck' (candidate of
rhysical and Ifathc=atical Sciences); llovotny, Wenek, (Doctox);rcracgr, Jaroal"ll
(Doc toe,; -Caadldata of 1rhyrical and Uii:Fc=at:Lcal Sol cnces Poseg, ItuaEff.7 Professor#
Doctor, Engineer); lmo~lav, (Doctor of Tccbnical Sciences, Correa d"m
I (Doctor);
r_c=bcr, of tho Czechomloml-, A Ld
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Pokorny, Wencky (Canditlato Docent, Doctor),
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Card 3.1D

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XIWA5110
Mmal VIcAL-air (Candidate of Mledical. Sciences, Doctor);,Smd�l Josef (Doctor of,
Physiol:o~~L~acal Sciences); Schm-A. Tidislay.- Stverwk. Jiri, (Dctt;or), Sveatka.1
Zdenck, (Doctor); -J=a, Jaxonlmv, (Candidate Of Faynical, and Mthematical Sciences,
'4-tor); (Docent, Engineer); Ul,-hl-- I (Candidate of Tecbnical
Sciencen, Professor, Doctor); Ve.Inieck, _ Boris 'at. of Mynical arA Mthe-
r,itlcal Sciences, Doctor); Vanyuck, Vladimin (Candidate of Pbysical and Xmthe-
A--.%.LictLl Sciencela, Docent, Doctor); VIm-cac murion'(C.-Aidate of rnysica M&
~hthamatical Sclencea; Doctor); Vod- rnfdn or
Principlea of aatronautica (Zaklady koswuautZqy) Prape, Orbim, 1964. 445 v.
biblio, 5COO COAQ6 printed.
ioo
TOPIC ZIGS: coozonautica, rocket, sate=te, _MEe fli ht, missile
-PIMPOSS, MOD COVMWE: rain pub1ication in a popIlAr ecientifia reference book for
people vorkin6 in coa=nautics. Th* book presenta a auz-my of commmAutias RIA
to i j~= 1963.,
opmea Tli&t up
Card e/8
.4m _;R

65975
Z/037/60/000/02/oO/oA
E0211
AUTHORS: Rumier, Ctirad and Svarc, aros a
~TITLE: Pulse-height Analyser!with Cathode-ray Tube and
Photometric W-edge
PERIODICAL: ?'Ieskoslovensk~ easopis pro fysiku, 196o, Nr 29
Pp 107 114
ABSTRACT: An analyser of electric-pulse heights is described,
which has a resolving po7,,rer,corresponding to an
80-channel analyser. The amplitude spectrum of the
pulses is evaluated from the screen.of a.CRT by
photographic integration through an optical~photo-
metric.wedge. The here described analyser was used,
in combination with a scintillation-detector, as a
gamma-spectrometer by the_Nqclear-research Institute
_.-of %the CSAV. The incoming pulses pass through a pulge-
lengthening circuit so that a system of horizontal
~traces is displayed on the CRT, each trace corresponding
to one pulse. If.the analyser works as a scintillation
spectrometer, each trace corresponds to one light-oulse.
The ordinate of a trace is.linearly proportional to the
Cardl/,6 amplitude. of the analysed pulse. If,the instrument is

- --- ---- ---
65975
Pulse-heightAnalyser with Cathode-ray u e a a Photometric Wedge
used as a y-ray spectrometer, the vertical deviation is
proportional to the,energy. The principle of the
instrument is shown schematically in Figure 1, where 0
is the cathode-ray tube,,.FK 'the photometric (grey)
wedge, n the number of pulses -and a the pulse ampli-
tude.- The pulses are selectedaccording totheir
amplitudes'with the aid.of,the lengthening cir.cuitand
CRT. The amplitude can vary continuously rather than in
discrete steps as in fixed-channel analysers. The number
of.pulses is recorded by,photographic integration, i.e.
by photographing the pulse spectrum through the photo-
metric wedge, the transmission of which decreases
exponentially with the distance x It follows that
this optical recorder also acts as a memory system. The
photographic record shows a series of lines whose lengths,
vary exponentially with the number of.pulses.
The functioning of the instrument is shown in Figures 3
and 4: J~ input; 0 zero adjustment; V - off;
M - measurement; la pre-amplifier of the pulse-
lengthening circuit; lb' pulse-lengthening circuit;
Car,12/6

65975
Z/037/6n/000/02/oo4/018
Pulse-height Analyser with Cathode-ray u e Photometric Wedge
2 symmetrical vertical,amplifier; 3a pre-amplifier
for the time.base; 3b - single-sweep time base;
circuit
4 - symmeirical horizontal amplifier, 5 -
stabilisingthe beam intensity:. 6 negative pulse for
discharging the tube; 7 - zeroing oscillator;
3 - cathode-ray tube; CZ time base; SZ - amplifier.
The pulses are lengthened sufficientlyto keep the
vertical deflection of the beam constant during one sweep
of the time base. . The. circuit works on the principle of
capacitor charging, The lengthof the horizontal..
deflection tan be regulated in steps 5, 100 and 1000 ~is.
The dischargIng, penthode E is blocked for the duration
of the horizontal deflection bythe pulse,.6 from. 3b
The output from the pulse-lengthening circuit i s linearly
amplified in the high-,stabi.lity vertical amplifier.
The input pulses trigger a conventional single sweep
time base. A positive and,negative rectangularpulse is
also takenfrom the time base, onefeeding 6 , the other
5 If n, isthe number of light pulses, q a factor
Card3/6, co rrecting for reciprocity,failure, the intermittency

65975
Z/037/60/000/02/004/018
42t/E~A~
Pulse-height Analyser.1-rith Cathode-ray, u e Photometric Wedge
effect and the phosphorescence and fatigue of the
luminescent screen, J/d the extinction coefficient:
x
In n,= + const (4)
qd,
By copying:the photograph with increasing contrat, one
increases the accuracy for determinIng n Figure 5
shows the.calibration-of the -vertical axis: in terms of
energy: Fi ure 6 the calibration of the number'of pulses
against trace length; Figure 7 the exponential dependence
of the trace length on n
The accuracy ~qf the instrument was on the energy scale
and 50.0' on the.intensity scali3_ Figure68 shows :the
spectrum of a mixture of Cs :and.Co
A further development of the instrument is the replacement
of the optical photometric wedge by intensity modulation
of the cathode-ray tube. This.method, for which a patenz
was applied for, as well as other analysers with"electric
wedges" will be the subject of a separate paper..
Card4/6

65975
Z/037/6o/ooO/02/004/018
~Og4/Eaa5
Pulse-height Analys.er wit IhCathode-,ray u e a Photometric Wedge
In conclusion, it is stated that-the here described
pulse-height analyser with photographic integration is
very simple in design and does not have the disadvantages
of amplitude analysers with fixed channel:adjustments.
The optical verification of the measured pulse spectrum
is a favourable feature, particularly in y-ray spectroscopy.
It is possible to achieve very short exposure times, which
is particularly important when measuring the amplitude
spectrum of radioactive substances.with very short half
lives. By using a fast time base a resolution time of
the order of 1 lis.can,be obtained. A further advantage
is direct photographic recording without the necessity
of further evaluation. A considerable disadvantage of
this analyser is its.lower accuracy in reading offthe
intensities of, spectral 1'ines.
There, are 8. figures and 7 references, of which 2 are
German, 4 Englishand I Soviet.
Card5/6

34692
Z/037/62/000/001/006/007
E197/E535
AUTHOR- Rumler, C
TITLE: Survey of multichannel analysers for spectroscopy in
nuclear physics
PERIODICAL: ~eslcoslovensk/ easopis pro fysiku, no.1, 1
y 962, 45-61
TEXT: The author provides a short description of various
analysers, assesses their properties by the criteria of .reliability,
dead time, simplicity, capacity, suitability for both amplitude.
and time delay analysis and hints at the development trend. In
the introduction the working cycle is given as sorting, memory
and display. The sorting can be followed by direct display in
each channel individually, or by conversion of amplitude into
time signals, the number of whic h will, be directly proportional to
amplitude, only one display medium being used for all channels.
Pimilarly, very short time delays (of'the order of-mjLs) can be
converted into longer periods (ofthe order 6flLs). The.dead time
of the convertor ifself'is of the order of 0.1 to 10 ]is, sothat
.the average dead time for a:200 channel amplitude analyser would
be 10 to 500 us. The direct display in each channel requires as.,
Card l1q

Survey of multichannel Z/037/62/000/001/006/007
E197/E535
many recording circuits as there are.channels and analysers,of that
type~are being displaced by the introduction of analysers with
.memory circuits, Analy.sers with memory features rieed only one
counting circuit common to all channels. In the dynamic memory
information is stored in the form of a time delay (say, nickel
delay line) and the author proceeds to describe the block diagrams I
of both time and amplitude based analysers, the method of coding.,
and of display. Analysers with dynamic m emory normally displ ay
the spectrum on a cathode ray tube, the horizontal deflection
corresponding to the channel number, the vertical deflection
writing the numerical information which was found in the channel
scanned. After suitable decoding, theinformation can be printed
on, an adding machine. The advantages are that comparatively few
design elements are needed;,50 to 100,tubes are.sufficient for a:
iOO channel analyser,* DisadvantageousAs the large'-dead time and
the development.trend is towards.its reduction.. A carrier
frequency of 9000 Mc/s has already been used in the USA For ase'
nd-
static memory device the term "potentialoscopell is used by the
author. It appears to be a.memory oscilloscope. The Soviet
Card 2/*

Survey of multichannel ... Z/037/62/ooo/ooi/oo6/007
E197/E535
analyser ELA-3 has a memory capacity of 64-64 points, and the
author states that there are in the USSR potentialoscopes with a.
capacity of 100-100 points. The author proceeds to give a
schematic description and circuits by block diagrams., The
advantages are small dimensions and weight, low I~rices, small
power input and suitability forbatch production. Disadvantages
are unreliability. ageing and the necessity of regeneration of
increase
display. Future development should stability and give,
sufficiently long display to make regeneration unnecessary.
Static memory with virtually unlimited permanency is.the
advantage of ferrite cores and the author describes their function
as a single core and in a memory matrix of two afid three
dimensions., Transistorized memories are fastest. Promising,
according to the author, are miniature elements as described by
D~ A. Meier (Ref.20: Journ-Appl., PhYs.- 30, 19592 122). Analysers
with a pre-memory make use of a fast memory, followed by a slow
memory and the author quotes a USA reference in which a 2000,
channel analyser is described using a cathode ray tube memory,
followed by a magnetic drum as theslow memory (Ref.22: Hahn:J.,
Card 3/4

Survey of multichannel Z/037/62/000/001/006/007
E197/E535
Haven H.W.. Rev.Sci.Instr, 31, 1960, 490). In conclusion the
author believes that the future belongs-to analysers with an
intermediate memory and/or a pre-memory. From the point of view
of reliability, the static memory is to be preferri-d. Static or
memories have the shortest dead periods. From the,
point of view of design, dynamic memories are simplest. Design
.can be substantially simplified by combining fast and slow memories.
There are 13 figures.
ASSOCIATION., Ustav jadern9ho v�zkumu CSAV, Rez.
(Institute for.Nuclear Research, CSAV, Kez')
SUBIMITTED: January 25, 1961
Card 4/4

ConGenital Defects and Diseases
CZECH-OSLOVAKIA UDc 616.007.1(:576-356.LL)-053-3
GOSTOP, R. ; K-UCEROVA. M. ; DANECKOVA, I.. Pediatric
Department, Hos-;~ital (Detske Oddeleni k~emiocniqe) Prar-ue 8 - Bu-
.Lovka, Hend (Vedouci) Docent Dr R. GOSTOF; Institute of Experim-
ental Biology and Genetics, Czechoslovak Academy of Sciences (Us-
tav Experimentalni Biolop:ie a Genetiky CSAV), Praque, Director
(Reditel) Docent Dr M. HASEK; Department of Pediatric Surgery,
Fospital (OdOeleni Detske,Chirur-ie Nemocnice), Prar-7ue 8 Bulov-
ka, He,,,d (Vedouci) Dr F. FOJTIK.
I!Mosaicism 4.6/47 with Trisomia 17-18."
Praf-ue, Casopis Lekaru Ceskych, Vol 105, No L~4, 4 Nov 66, pp
1205 120d
Abstract /Authors' English summary modified 17: A onse of a 5 day old
old girl Uith-46/47 mosaic and 17-18 trisomi-a is described. Apart,
from anomalies and si,.-ns observed-in the pn.st in cases of trisomia
17-18, the patient.suffered also from stenosis of the esophalc-us and
cardia, hiatus hernia, dunlicate.of the gastric wall with an orif-
ice of an accessory pancreatic tail, and pylorostenosis. The.ab-
sence of some cardiac changes inthe syndrome indicates a case of
Mosaic and latent trisomia 17-18. 4 Figures, 3 Tables, 16.Western
1 /1 -Pr~r_envgs. (Manuscript rec. Mar 66).

133-2-6/19
APTHORS:0.'~-hrimuvich, B.P. (Engineer), Pribytkov, A.Ye. Uzberg, AJ.
and Rumn, P.A.
TITLE.
Testing of Unfired Magnesite-Chromite Roof Bricki3.
(Ispytaniye svodovogo bezobzhigovogo magnezit--:-,Il-rola-it,-)Vol---o
kirpicha)
PERIODICAL: Stal'. 1958,, Nr 2, pp.126-130 (USSR)
ABSTRACT: Testi.nG of the behaviour of unfired mag,nesite --ohromite
bricks in roofs of open. hearth and electric fLLrnaces is
described in some detail. Unfired bricks viere made from
the sa.T~ie material as fired bricks. The costs of their
manufacture is 1.7-2 times lower than that of the fired
bricks. Properties of the bricks before and after.service
and the comparison of the final length -after service of
fired and tuifired bricks are given. On the.basis of.the,
results obtained the followin- conclusions were rdade:
1) The character of the wear of ulifired bricks differs
little from, that of fired bricks and takes place by steady
spalling with the pro3ressin- zonality and appearance of
C3
breaking stres,~.--es. 2) The rate of wear of unfired bricks
Card 112

133-2--6/19
Testing of Unfired Magnesite-Chromite Roof Bricks.
in the roof of open hearth furnaces is 1-9% higher than
that of fired bricks (in roofs of electric fLLrna(,,es about
twice higher). 3) The use of unfired bricks in roofs is
economically expedient except in sectors of maximum,wear
and for suspension. 4) Further improvement in the quality
of unfired bricks is necessary. There arc 3 tables anti 3.
figures.
ASSOCIATION: Zlatoust Metallurgical Works "Magnezit" Wbrj~,s and',,,Gisogneupor.
(Zlatoustovskiy Metallurgicheskiy Zavod, Zavod "Magnezit"
i Gisogneupor)
AVAILABLE: Library of Congress.
Card 2/2

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Llib~ de-lo noa99521-524 164~ W-("~A 17.-~121'1
1. BioklibrO-c~esakaya laboratoriya -`rimorak--j;:) krnylovcgo
vikologicheskogo disparsera (glavnyy vrar4'14.7. iaktirrave'xava~,
Vladtvostok.

Comparative evaluation of Hakim's seram reaction, Black's test,
and Weltmann's coagulation band in cancer. Vop. onk. li no.12:
93 165. .19: 111
1. Blokhlmicheskaya laboratoriya Primorskogo krayevogo onkologi-
cheskogo dispansera (glavnyy vrach - MIP. yakimovskava) i kurs
patologicheskoy fiziologil i laboratoTnoy diagnostiki (zav,
doktor ired. nauk M.G. Kolpakov) Novokuznetskogo gosudarstvennogo
instituta d1ya usovershenstvovanlya vrachey.

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M, MIYA, J.; SKVIUIOVA, K.; HAITA, I.; MICKY, A.;-RUHD3W"._; HIOUVAIRT, 0.;
IOUDA, L.; HARTL, Z.; HEWL, J.; KLOINBAUM, V.
Nvaluation of influenza vaccine. Cesk. epidem. triikrob. ijmm.7 no.6:365-
373 Nov 58.
1. Ustav epiderniologie a nilcrobiologie v Praze-Zdravotnitka sprava min-
isterstva. narodni'obrawl. i. hyg. epidemiologicky odidil cB. lid armady
Krajsl,,a hyg. epid. rtanice v Gottwaldove Krajska, hyg epid. stanice, v.
Pardubicich. J. P. Praha 12 Srobarova 48.
(IINFLUENZA., prev. &control
vaccine evaluation (Oz))

CZECHOSLOVAKIA. POLAND
Rlr,.,!P S. EDELWEJN,. Z.; Departzient of Expe imenlal Pha
L, 4~ _r U rmacology,
Medical Academy, THarsaw; Neurological Clinic, Medical Academy,
Warsaw. /0-riginal version not given-7.
"Effects of Lignocaine on Abnormalities of Bioelectrical Activ-,
ity of Rabbitfs Brain Caused by DIFF.11
Prague Activitas Norvosa Superior, Vol 8, No 1~, Nov 66,, pp
f~23
Abstract: DFP is diisopropyl,phosphorofluoride;..it acts mainly by
chollnesterase inhibition -and affects the corn.-!lete cholinergic
s -hetics in cholin-
ystem. Antidotal effects of some local anest
esterase intoxications were investigated, Whenl n6/kg of DFP is
injected DEG waves stiow an epileptic shape; a subsequent injection,
.,of 4 mg/kg of lignocainecauses a rest-oration of the normal shape
of the EEG waves. The mechanism of.thisaction is discussed. The
drug probably reacts with acetylcholine on postsynaptic receptors
of reticular formation causing their.blocking and thus decreasing
the activation of the aseending:reticular system and of the cortex.,
No references, Submitted at the.8th AnnualPsychopharmacological
1/1 at Jesenik, 18,-, 22 Jan,66.,,Article is in English.

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27

L 8508-L4) Fn (.)194P(J) IT RPL MilW&IiN
XUC 3171 ILP5028491 SOURCE CODES UR102861651000102 0066
44 O/Ty
AUTHORS: Sirota,'A. G.; Ryabikoy, Te. P._; Chopko, L. F.; Lavrovskiy, 1. P.
R~ A. M-;"R7mi--Ts I Efi!nko, T.; alldt
't It T.1 T
!L T
-. ;3 . ____ .
44, 44.C!'
:ORG: none
TITLE: A method for obtaining eUff_1enAw-1M--rA-' Class. 39, No. 1756 w
SOURCEr Byulletenl.izobrotenly i tovarnykh xnakor, no. 20, 1965,
TOPIC TAGSt polymer, copolymer, eth7lene, alefin, chronium.comPa Und catalyst,
copolymerization, paraffin, cracking, petroleum
.ABSTRACTt This kuthor Certificate presents a method for obtaining a tbrlene
copolymers tri copolymerizing ethylene with an OC-olefin-"taining compaouUndd aa
60-130C and at a pressure bf 30-40 ata in the presence qf acid chronium catalyst. t
To simplify the technique of copolymerization# bensino distillaite of rapid contact
cracking of petrolem paraffine is used as the a-*I*fi*-*=tsJnJn oompowde
MB 001111 3913iDMI 077ob63
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001 670,742.2-139

)0, 2-000
8020
3/040/60/024/'02/06/032,
AUTHOR: Rurayantsev, B., N. (Imoscow)
TITLE; On Waves .,hich are Excited on the Surface..of an Incompressible
Fluid1lby a 2;hock Wave
PERIODICAL: Prikladnaya matematika i mekhanika, 1960, Vol, 24, No. 2
pp. 240-248
TEXT: If over the free surface of a fluid there takes place an explosion,
then the shock wave reaches the free surfa-ce after.a certain time and
causes a wave motion. For the rigorous solution.the motion offluid
and gas must be considered in tfleir interaction. In.the first
approximation, however, the.determination of the surfabe waves can
be understood as the determination of,the fluid motion undrinfluence
of a given (variable).surface.Dressure.. This last problem is considered
by the author under the assumption.that the fluid,is-incOMDressible,
and the force of gravity is negligible.
Let z = 0 be the free surface. The velocity potential,(P-,satisfies-
the Laplace equation in the half space z < O.,The boundary condition
~f thE.- kind
Card 1/3

80243
S/040/cO/024/02/06/032
On Waves Zhich are Exc1ted on the Sur-face of an incompressible-Fluid
cy a. 5hoc. :c Wave
(2-1) r for z 0
where p is given (under use of,.cylindrical coordinatec,.since the
problem is assumed to be,axialsymmetric).
Let -2
-7 satisfie's the Laplace equation. Let
t) 13~
b e the Hankel transform of zeroth order of
0
The fanotion satisfies the equation
solution with, the probeIrty 0 -4- 0 for I z m is AMJexrct-2
If (2.1) is multiplied with rJ r), if it is integrated with respect
~o r and if it is put:z 0, then one,obtains A(-~ It). Then one obtains
00 co ,
1p
(A
(2.2) E
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lil-N, -V lilt:

SHGHEMELEV,, V.N.; YELISEYENKOJI L.G.; DENISOV, Ye.,P.i__, RUMSI M.A.
Current and pulse measurements of the X-ray photoemission from
a massive cathode. Piz. tver. tela 6 no#9:2574-2579 S 164
(MIRA,17:11)
1. Leningradskiy gosudarstvennyy universitet.

t;e~~3 "'hotoconductors, Lead Sulfide Sep. 52.
--/Physics I
"Ziectronicroaraphic Investigation of Lead Sulfide Photoconductors," R. Ya. BerlaCa,
S. N. Gurallnik, and IM. A. Rumsh
Vest Leningrad U, Ser Mat, Fiz i Khim, No 91 Pp 134-136
Description of a prelirdnary diffraction study, conducted with an electronogr-~ph
desi,,,,-.ned by V. A. Kolpinskiy, on the images.of variously prepared nonsensitized
and sensitized PbS sTx-cimens, which study shows that layers prepd by sublimation
of PbS in vacuo Dossess a. cr~rstal structure of the NaCl type with constant
a=5.92 , and that layers of, PbS heated in air at 250-3000 for 5-10 mn contain
also PbO.PbSO
,ihich increases in relative quantity and ciystal size with
increasing temp
and sensitizing. time.
11!-~ 252T105

ediairmairly's 14iii and 1-4 infif 4L-
z awff a! Ow - T p
motive Tom of Pb$ *U .rzld under the (olt"Ing am. i L
ditions: PW wu heated to warbus temps. in air For "
min., the, samples no cooled, and tee metzrarem4utj
made at roc temp. A prettmirtary investigation had
s6hown that heating In ittr to 050'forg-10mut. would cause
the e.m.l. to drvp to 3 v., wbemw the same treatment is
vacuo left the e.mJ. at about 10 v. Prior to the elpts.
,he photoclectramotive force wus OAM Y.,
t - the (allowing
values were found after heating to MA. 20D, aDD. 400, 6M.
and CM*-. 0.0014, 0.002, OAM. 0.22, 0.7. and (I v.. rcip.
After considenition nf the preliminary expt. one atay siy
that the inas. wnuld lie at a hint-tritatment of 500-W*.
Weiner jacj!�~
"a

et ials E-9
USSR/Solid State Physics Structure of De-forTation Mat
Abs jou r Referat 2hur Fizikay No 5, 1957, 11869
yu.~
Auth .or Rumsh, M.A.) Baklagina~
Inst axacteristics of Fibrous Texture
Title Determination of the.Ch-
with the Aid of ordinary Powder Cameras*
-21
Orig Pub Vestn. Leningr_ un-tay 1956, No 10, 12
incomplete
Abstract A method is described for the investigation of
and imperfect fibrous texture in non-tr-OlnsParent speci-
mens (ground sections)- The texture deetarmined from data
of a series of X-raY Patterns, obtained in Ia usual powder
camera upon rotation of the.specimen) and the plane pas-
sing throus)l thesods of the fixture and~the normal to the
surface of the spe .cI iM Ien is aligned Perperdicligi to the
table. (To determine the above
ation of the
axis of rot
plane, one takes one X-ray photograph in the backward-pho-
tography camera.) Using one ring that has experienced
card:i/3
FI-9
on
Strracture. of DafOrm&.t"
jcs 1:,-869.
a. State Phys -1957)
FjziXa'
?,ef ar'Lt of
s jour t,je Jn -plane
Ab eudeucT~ %
~nt tv adep L.01a -beAveen
lar ge-1111, ) -joary Wglf- 0
en t.,,e Anne Of t'hp- p' an& t;~I- s1r. fpce
-a _,alyzedj , thp, 6
the I~ine 0 01 to t~Lp
a6 section is ),Or also ndice
of the grO'x t Atlwa as exe A
Of the e -walch coi ar-ld
_io tLe
tbe a%is feas IS Ons m1a" n of t
-,11I& Bur dil-ctl- disPer6
tallog:Spble The Vwtograps
tb.e 6rO
? uae cr-js the te)CCUL -I O-f %-rwj ceq:ole
0 ay :Jxm~ex
IS 0 Is no ingy
t"i e lineo
tea. fvor- -tjie 'eLttew
estiIna , copsi ble s' S
is jaorcrnv_-~ _dera itv, tlae 0i
re. b~
on .4 s atr&ct tion CO is
ure ay, IaIhir- ljjre~ 'ic
tne text prsts.1161~7-sl~h olu an ana
-his c M%ae
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if tne crys. ana. sions lone axe not
'e)Ltur'-)
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car& 2/3
Card 3/3

A9

"IMM-9-MMEM"'Wo m

Electron -diffraction study of the twifte bf I evapo-
rated In vacuum kf~ A Rurt.~h tlj.l 'w (I
/hu, Ickh F... ZC-77717-71 i! is IN-, I,,

'
,, M
Z.
r. -,I
!
disphwed rowa"I 11w s"nual t" th,
paved ta t~h Ax~, ~ &-td. b, i~-xy zYtr,,-d% T-hr~ L yr-n
A I-os wat -~.t-o t- -~Ii J,-~vr-f-d U!ld-- 3
d!fferme Amot, :, L;bx X-,r..
U"L--c &- = =4frn -1 =s Ci '-'-C bal-
det-A. by ax-, nz ~- ~-
15 aLMbiated to Lbe &xTrx--t~,c
a bT
.
the ffiWmd 4 a "mg b~-Ani. tL-t dagilactirient is an M-
r

AUTHOR BERLAGA,R.Ya RUMSH A., StRAKHOV,L.F. PA - 2588
TITLE Generation o~1p4M_E_MF;x L&yer3'0f:Su.1phurous Lead.~
(Vozniknoveniyo'foto*dB,v sloyakh sernistogo svints2 - Russian)
PERIODICAL Radiotskhnika i Elektronika, 11957, lol 2, Ur 3, pp, 287-2901(U.S.S.R.)
Received 5/1957 Reviewed 6/1957
ABSTRACT Lecture delivered at the All Union Conference for Semiconductors in No-
vember 1955 at Leningrad. The Photoelectromotoric force in the layers of
PbS which had been sujected to no treatment whatever that would have
caused an.alignment of properties was investigated. The layers were ob-
tained by evaporation of FbS in the vacuum on a flat glass basex. plate.
After being heated in the atmosphere up to 5oo - 55o0C the layers ge-
nerated.a,photo-electromotoric force~of up to 2-3 V when illuminated by
an ordinary incandescent lampl. Investigation of layers of different thick-
ness showed that an increase of the layer causes orientation of the,cry-
stals with an orientation axis directed along the molecular flow (by me-
an3 of which the layer is applied). Together with the development of tex-
ture thin protrusions are produced oR the surface of,the layer. The need-
le-shaped structure of the surface plays aR impotant and possibly even
decisive part in connectionwith the generation of photoelectromotoric
force. In this connection several more or less probable developments may
be assumed # 1. The photo-W might be generated on the illuminated
dendrits edges by the'exterior photoeffect. 2. It night be assured that
the photo-EMF generated in the PbS layers is,due the interior photoeffect.
Card 1/2 3., It may be assumed that what takeIs place on the occasion of the genera-

Generation of photo-ERF In Layers of Sulphurous Lead P4 2588
tion of the photo-FJdF is connected with the production of p-n trami-
tions between the oxidized surface layer of the dendrite and its not
oxidized central mass. This manner of generation of photo-EU, which,
in the authors opinion is the most probable, will agree with the rule
found with respect to signs if the illdminatiox of the oxidized PbS sur-
face leads to a reduation of the potential of the surface layer with re-
spect to the interior not oxidized part.
ill. and 6 citations from publications in Slav language)..
ISSOCIATION
FRESENTED BY
SUBMITTED
AVAILOLE Library of Congress
Card 2/2

S/12o/60/000/005/015/051
E032/E514
AUTHORS: Rumsh, M.A.., Lukirskiy, A.P., Karpovich, I.A, and
_1wH_cF_e-melev, V.N.
TITLE: Vacuum X-ray MonochromatJfor the Determination of the
Absolute Efficiencles of Radiation Detectors q
PERIODICAL: Pribory i tekhnikaleksperimenta, 1960, No-5, pp.67-73
TEXT: The monochromator described in the present paper is
based on the Bragg spectrometer and hence the.working wavelength
range is limited on the long wavelength side at 19.3 1 when a
mica crystalis employed. The absolute"determination of.the sen-
sitiv:Lt*ies of various detectors of ultra-soft X-ray radiation was
described JLn.previous papers by this group (Refs. I and 2). The
present paperdescribes an extension of this work to the wavelength
region 19.3-1 X. The absolute,intensities of the monochromatized
beams are measured by a Geiger-counter of special design. The
various characteristic X-ray lines are produced by a special
demountable X-ray tube built into the monochromaton. Mechanical
details of the design of the monochromator are given, together with
some typical results obtained for the K doublet of Cu. These
Card 1/2

S/12o/60/000/005/015/051
E032/E514
Vacuum X-ray,Monochromator for.the Determination of the Absolute
.Efficiencies of Radiation Detectors
are shown in Fig.4. :From the knowl edge of the various transmission
coefficients of the apparatus it was possible to measure the
absolute intensity of-the monochromatized beams and this in turn
enabled a determination to be made of the efficiency of
photomultipliers with different photocathodes as detectors of
X-ray radiation. Further detalls,will be reported in a future
paper. Acknowledgments are made to A.-,A. Lebedev for discussions
--r-d interest. There are 4 figures and 7 references: 3 Soviet,
I German and 3 English.,
ASSOCIATION: Leningradskiy gosudarstvennyy universitet
(Leningrad State University)
SUBMITTED: September 10, 1959
Card 2/2

S/051/60/009/00OV15/034
E201/E191
AUTHORS: Lukirskiy, A. Rumsh, M.L., and Smirnov, L.A.
TITLK: A MonocbrnmafoAror Very Soft X-rayAhich can be Use'd
to Count the Absolute Number of Quanta
PERIODICAL: Optika i spektroskoplya, 1960, Vol 9~~No, 49LPP 505__~510
TEXT: The authors describe a, vacuum X-ray monochromator with
a.diffraction grating suitable for use at wavelengths.between .
15 and 120 Its construction is shown schematically in Figl,
V\/
where S. is an entry slit, D is a disphragm, P is &
diffraction grating, Sn is a receiver slit, Cq is a Geiger
.counter, n is a.platform, Sp -is a dividing slit; T is an
X-ray tube, A. is.its anode and, K is the cathode. Methods of
adjustment of the monochromator,and of monochromacity stabilization
are described., Toillustrate the results obtainable with the : ~
monochromator, Fig 3 gives the characteristic K-lines of fluorine,
oxygen carbon bgron and beryllium; their wavelengths ranged
~rrom 16.3 to 11'3,2-. The authors describe also a technique for
absolute counting of X-ray quanta by means of a Geiger counter
Card 1/2