SCIENTIFIC ABSTRACT SZULGA, T. - SZULKIN, P.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001754610004-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 13, 2001
• Sequence Number: 4
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

SZU1GAj Teofil; WIECZOREK, Zbigniow; MADRA, Janina
Reduction of activity of tuberoaine after contact wit.'s ouspensions
of tubercle bacilli of various densities. Arch, immun. ter. doew. 9
no.4:657-666 161.
1. Department of Mycology, Institute of Immunology and %cperimental
Therapy, Polish Academy of Sciencesp Wroclaw.
(ANTITUBERCULAR AGENTS pharmacol)
(MYCOBACTERIUM TUBERCULOSIS pharmacol)

WIHOZOREK, Zbigniew; SZULGA, Teofil
Electrophoretic separation of tuberosine. Arch. immun. ter. dosw. 9
no.4:667-671 161.
1. Department of Mycology, Institute of Immuft-ology and 4xperimental
Therapy, Polish Academy of Sciences, Wroclaw.
(ANTITUBERCULAR AGENTS chem) (=TROPRORESIS)

SKURSKI, Adam; MADRA, Janina; SZULGA, Teofil
The use of corpus vitreum from bovine eyebeLlIs for the culti-
vation of tubercle bacilli in He-La cells. Arch. imini. ther.i,
exp. 10 no-4:929-933 t62.
1. Department of Mycology, Institute of Imt-nmology and Experi-
mentAll Therapy, Polish Academy of Sciences, Wroclaw.
(WCOBACTERIUM TUBERCULOSIS
(TISSUE, CULTURE)
(VITREOUS BODY)

SZUJL.A,__Teqfil; MADRA, Janina; KOWALCZYK, Halina
e 4
Characterization of two atypical acid-fast strains isolat
from clinical material. Arch. immun. ther. exp. 11 no.1/2':307-311
163.
1. Department of YTcology, Institute of Immunolog:r end Experi-
mental Therapy,, Polish Academy of Sciences, Wroclaw.
(MOBACTERIUM TUBERCULOSIS)

SZULGA, Teofily MADRA, Twdna; KOWALOZYKv Eblirm-
Studi3B on differentiation of tubercle immilli isolated frm
h=an beings, cattle and poultry. I. Mmphologic and cultural
characteristics. Arch. imun. ther. expe n no.3.,377-394 163.
.1 -
1. Department of NYcology,, Institute of InquAology and Experi-
mental Therapy, Polish leademy of Sciences., Wroclaw.
NYCOBACTRU'UM TUMMCULOSIS)
MIGOBAGMUM BQVW)
MMOBACTE&TUM) - -
BACTERIOLOGIGAL TBCHNIGS)
I
(CATTLE) (POULTRY)

SZULGA, Teofil; MADRA, Janina; KOWALCZYK, Halina
Studies on differentiation of tubercle bacilli isolated from
bmnan beings, cattle and poultry. II. Enzymic activity. Arch.
irimm. ther. exp. 11 no-3:395-403 163.
1. Department of Mycology, InstJ tute of Imnunology and Experi-
mental Therapy, Polish Academy of Sciences, Wroclaw.
(MYCOBAGTERIUM TUBERCULOSIS)
(MYCOBACTERIUM BOVIS)
(MYCOBACTERIUM)
(BACTERIOLOGICAL TECHNICS)
(CATALASE) (UREASE)
(PEROXIDASES) (NICOTINIC ACID)

METZGER, Mieczyslaw; SZULGA, Teofil
Lysozyme levels in the sera of guinea pigs imd rabbits in
the course of experimental tuberculosis. Ar.-h. immun. ther.
exp. 1-1 n0-3-489-497 163.
1. Department of Protozoology and Department of Mycology,
Institute of Immunology and Experimental Therapy, Poliesh
Academy of Sciences, Wroclaw.
(Tumcnosis) (MURAMIDASE)
(ENZYME TESTS) (BLOOD CHEMICAL ANALYSIS)

METZGER, Mieczyslav; SZULGL, Teofi-I
The lysozyme activity of the blood serum of gainea pigs and
rabbits in experimental tuberculosis. Postepy hig.med.dosv.
17 no.6:725-729 N-D163
1. 3 Zakladu Protozoologii i z ZaklacN Mykologii Irstyt-ut-a
Immunologii i Terapii Doswiadczal--tej PAN im. L Hirssfeada
we Wroclawiu. Dyrektor: prof.dr.S.531opek.

SZULGA., Teofil; MADRA, Janina; KOWALCZYK, Halina
Studies on diffardntiation of tubercle bacilld isolated from.
humn beings) cattle and poultry-. II..Enzywic activity. Arabs,
Jawne there expe 11 noei3:395-403 163.
.1. Department of Mycology, Institute of Immunology and Experi-
meat4L1 Therapy,, Polish Academy of Sciences, W.,roclaw.
(NYCOBACTERIUK TUBERCULOSIS) (WCOBACTERIUM)
(MYCOBACTERM BOVIS) (BACTERIOL03ICAL TECMMS)
(CULTURE MEDIA) (CATALASE) (SULFATASES)
(UREASE) (FEROXIDASES) %POULTYff)
(NIGOTINIC ACID) (CATTLE)

U .1; WAGUNIK, Zenon; MADRA, Jtudna; KOWALCZYKp
Arlam;
Halina.
Classification of acid-fast bacilli isolated from the milk of
cows and from sewage used for fertilizing pastures. I. Patho-
genic and saprophytic bacilli. Arch. immun* thero expo 13 no,2:
189-196 165
1. Department of Itreology, Institute of Immunology and Experimental
Therapy, Polish Academy of Sciences, Wroclaw, Chair if Epizootiology,
School of Agriculturet Wroclaw.

WIECZOREK, Zbigniew; SKURSKI, Adam; SZULGA, Teofi;; KINPA, Bozena;
CZAJKA, Maria
Phagocytosis of atypical mycobacteria from various sources.
Arch. immun. ther. exp. 13 no.1:1-5 165
'Ohagocytosis of acid-fast bacilli in the presence of hunan
I
and animal sera. Ibid.:6-12
1. Department of Mycology, Institute of Immunology and Ex-
perimental Therapy, Polish Academy of Sciences, Wroclaw.

__~ZTLL~A,.-Teofil; SZARO, Alfred; MADRA, Janina; KOWALCZYK, Halina
Classification of acid-fest bacilli isolated from the milk of
cows and from sewage used for fertilizing paStures, Pt.2. Arch.
immun. ther. exp. 13 no-3:331-335 165.
1. Department of Mycology, Institute of Immunology and Ex-peri-mental
Therap3, Poli.9h Academy of Sciences, Wroclaw; The Provincial Tuber-
culosis Dispensary in Wroclaw.

_~ ~~,A,.Toofil; ZbIbnIew; MADRA, Janina; KOWALCZYK, 111alina
Classificat-Jon of acid-.fast bacill-i isolated from the milk of
cows and from sewage used for fertilizing pasLures. Pt.3- Irch.
immun. ther. exp. 13 no.3:336-343 165.
1. Department of Mycology, Institute of Immunology and Experimzazntal
Therapy, Polish Academy of Sciences, Wroclaw.

SZUlr,A, Teofil; ShIJRSKI, Adam; PELC, Wieslaw
Studies on the occurrence of the cord factor in at,,Tl2al
mycobacteria. Arch. immun. ther. exp. 13 no.3:344--354 165.
1. Department of Mycology, Institute of Immunology and Expe-
rimental Therapy, Polish Acadomy of Sciences, Wroclaw.

POLAND Sanitary Microbiology. Sanitary Microbiology F-3
of Water.
Abs Jour: Ref Zhur-Biol., 1958., No 179 767Z7.
Author Paluch, Jan; Szulicka, Janina; Szymkiewicz, Aldina.
Inst Not given,
Title Investigation of Rapid FI'LLers in Kozlovaya Gor,
Orig Pub- Gaz, woda, techno sanit.,, 1957, 31, No 7, 250-Z56.
Abstract- No abstract.
Card 1/1

CABEJSZEK, Irena; RYBAK, Xariai- 110~' ~-j J&Wzi~~WOJCIK~ Jozef
Attempt to determine permissible levels of metoxychlorine in
water. Roczn. panstw. zakl. hi.g. 14 no-4:3441-354 165.
1. Z Zakladu Higieny Komunalnej Panstwowego Zakladu Higieny i z
iatedry Higieny Osiedli AM w Warnzawie (Kierownik: prof. dr. J.
0
Just).

POIAITD/Radio Physics - Propagation of Radio Waves.
Abs Jour : Ref Zhur Fizika, No 12, 1959, 28128
Author : Szulkin, D.
TI-Ist
Title : On the Reflection of Electromagnetic Waves in the
Ionosphere with Vertical Sotuiding
Orig Pub : Bull. Acad. polon. sci. Ser. sci. techn., 1957, 7,
No 1, 65-68
Abstract : An investiEption was made of a solution that descri-
bes the reflection of radio waves from a linear layer.
It is shoirn that at a small gradient of electron con-
centration, the reflection of the waves takes place
in a very thin layer, containing a point in which the
index of refraction of the inhor-logencous layer va-
nishes. -- N.G. Denisov
Card 1/1
- 99 -
SZULKIN, Elzbieta; OSTROWSU, Teresa
State (serial) control of lyophilized BCG vaccines. 1-fed. dosw. mikrob.
11 no.1:77-84 1959.
1. Z Zaklacbi Badauia Surowic i Szczepionek FM Kierownik: prof. dr H.
Meisel.
(BGG VACCM&TION
state control of 1yophilized vaccines in Poland (Pol))

SZULKIN, Elzbieta
Crohn's method in the application of gluismic acid medium for the
evaluation of lyophilized BCG vaccine. Med.dosw.m1krob. 12 no.4:
369-374 16o.
1. Z Zakladu Badania Surovic i Szczepionek P.Z.H. Kierownik:
prof.dr H.Meisel.
(BCG VACCINATION)
(GLUTAKATES)

POLAND
SPORZYNSKA, Zdzislawa, SZULKIN, Elzbieta, and KUDELSKI, Zyg-
munt; Department for To~tinj~,Sdra MnW~~Cines (Zaklad Bada-
nia Surowic. i Szczepionek), ~ZH [Panstwowy Zaklad Higieny,
,ione in Warsaw (Director: Prof. Dr.
State Institute of Hyp
11. MEISEL)
"Laboratory Tests of Immunological Properties of Polish
Di-Te-Per Fluid Vaccine."
Warsaw, Iledycyna Dosiviadbzalna i 'Mikrobiologia, Vol 15, -No 3.
63, pp 189-j.96
Abstract: [Authors' English summary modified] Study aimed
at devising a method for testing the diphtheria component of
tVie fluid vaccine, determining its stability, and effect of
season on animal reaction to it. Two 2.5 Lf doses were con-
sidered as optimum for immunization, and antitoxin level with
account of survivors of animals challenged ulth proper dose
of toxin was measure of immune response. Storage for 2-31
years did not diminish potency of preparation, and some vari-
ation was noted in animal reiponse between spring and winter
as against fall and summer. 1 Polish and 4 Western refs.---..
lal-joratory evaluaf~jon of immunogenic properties of no,,_adsor
'tri-Vacc-Me F)i-'I'e-Per pt-oduced if' P01and. "Me telArl'us component.
mikroUol. 16 rio.2:111-122 164.
ladu 13adania Suro!,lic i Szczepioriek 1~anstwowerlo Zakladu
Hii~_Ieii77 (Yiaro,,mik: prof. dr. H. Heisel.).

DNMOLOGY
POLAND
SZULKIN Elzbleta, Department of Control.of Sera and Vaccines of,the National
rn-s-M:U- 0 #Iine,ln Warsaw'(Zaklad'Badania
-Surowic I Szczepionek PZH)
"Comparative Laboratory Evaluation.of ~Irotectlve Properties of French and
Brazilian BCG Substr6ins and Vacdinds Produced from.these Strains In Poland"
. .......... ...................I........
Warsawo'Mad~dYA6'DosWladtial6t Mlkr6blol6~la, Vol 18, No 4, 1966; p. 345-
..352
'Abstract CEnglish summary modified]: Comparative study of French and
'Mr-a-iTT'ran BCG strains and of Pollsh'produced vaccl*ne therefrom as tested
In guinea pigs and rabbits, showed that either vaccine significantly pro-
longed the survival time In H37Rv-infected rabbits, Detailed vata gave
no clear Indication of the superiority cif either 0rain. Graph, di.agram,
2 tables; 5 Pol;rh, .13 Western references.

SULKIN, Ema
A case of chronic pulmonary infiltrations with eosinophilia. Polskie
arch. med. vewn. 31 no.3:421-427 '61.
1. Z Oddzialu Chorob Newnetrznych Instytutu Gnmlicy w Warazavie
Kierownik Oddz: prof. dr med. W. Hartwig.
(LOEFFLERIS SYNDROIE case reports)

;01XL1 D1
Lj
=111.~~and T"01 !OKA, Lila; Derartmant of -Internal
Di:!,3 lal cho~-ob Wovm-etrzn~,it,.1i), Tnstltli~e of Tubar-
U
eulosi!: (Ins4zyrut qru.zlicy), Director: Prof Dr Med B. JQCH-
WED,
I "'., ard DGPartoment of Radiolo7.r (Oddzial RaOlloloc-li),
instittite of Tuberculosis, Direotor: Prof Dr ~Icd H. 0SISOVI-
SK I A. .
in the CC'U--Se Of StaP'2.V:LO(,,00CiC -7,naU-
t
monla in Adults. Case fiepor
Warsaw, Polski Tvr.,odrAU: Lakarski Irol YVTII, II o 6o 4 Felb
1963, PP 221-224
ZAathorsl Lnglish aum-nary modifie~7A case of
bUllous e1'aPt1Y8e1MP- ill the course of staphylo';ceaia pneumonia
in. an ad-,,It is reported. Antibiol"Ac treatment and trans-
fusicne during 6 weeks led to com*plete clinical improvement.
The siens of bullous emph~ssma decreased slowly and -were
observed e7en aft;~er 7 weeks. I table. 4 illusirations,
F ench~ 11 Polish references.
-j

SZULKIN, Emmavy PAWLICKA, Lila
Bullous emplqsema during the course of staphylococcal pneumonia
in an adult. P01. tyg. lek. 1-8 no.6:221-224 4 F 163-
l. Z Oddzialu Chorob Wewnetrznych Instytutu Gruzlicy; kierownik%
prof. dr med. B. Jochweds i. z Oddzialu Radiologii Instytutu
Gruz]-i--,y.* kierowniks, prof. dr med. K. Ossowska.
(STAPH INFECTIONS MPIRATORY) (PNEUMONIA)
(EMPHYSEVA) (BLO'OD TRANSFUSION)
(ANTIBIOTICS)

P 0 L A_ND
MULLER, Jorzy, SZULKIN, Diima, and KOWALSKI, -Jan, Division
of' Internal Dis4a`s-e__s__(_dUa-z1_a-f Wewnetrzny) (Director: Prof.
Dr. B. JOCHWEDS) and Department of Physiopathology (Zaklad
F'lz.jopatologiczny) (Director: Dr. A. KOZIOROWSKI) of the
TUberculosis Institute (Instytut Gruzlio),) in Warsaw (Di-
rector: Prof, Dr. V. JAROSZEWICZ)
"On the Treatment of Hypercapnic Coma. Case Report."
Warsaw, Polski jZgodnik Lakarski, Vol 18, No 11, 11 Mar 63,
pp 400-402.
Abstract: [Authors' English summaryj A case of success-
fully E-reated hypercapnic coma is reported. 1he treatment
of acute respiratory failure, chronic therapy, and prophyl-
axis are discussed. Mie 23 cited references comprise three
(3) Polish and 20 references in English.
OSSOWSKA, Yxystyna; ~~ULMO Enos,
Chronic tuberculous mediastinitis. Gruzlica 31 no.2:151-158
163.
1. Z Insty-tutu Gruzliey Zaklad Radiologii Kierownik: prof.
dr med. K. Ossowska Oddzial Wewnetrzrq Kierawnik: prof, dr
med. B. Jochweds Dyrekl,'-,or,. prof. dr med. W. Jaroszewiez.
(NEDIASTIN%I) (TUBERCULOSIS)
(TUBERCULOSIS, LYMPH NODE)
(VENA CAVA, SUPERIOR)
(VASCULAR DISEASES)
MIGIF2SKII 141chal.;-SULKIN, IMma$KApIoRKOWSKA., viulda

SZIULKIN,,_~, _KOWALCZYK, Maria.; STYSZh`WSKA, Hanna
Sermoucoid in viral hepatitis patienta.. Fol. tyg. lek. 19
no.32:1230-1232 10 Ag 164.
1. Z Oddzialu Chorob Wewnet--mych Instytutu Gruzlicy (kierowniks
prof. dr med. B. Jochwedsv) z II Klinik-4 Chorob Zakaznych Akademii
Medycznej w Warszavie (kierv4niki prof. dr med. B. Kassur) i z
Zakladu Chemii Klinicznej Instytutu Gruzlicy (kierowniki dr A.
Wclanska).

ROWINSKA, Ria; SZULKIN, Onma; STYSZEWSKA, Hanna
Influence of the extent and dynamics of tu Irculaus changes and
coexisting diseases on the seromucoid lerel L-1 pulmonar7 tuber-
culosis patients. Gra2lica 33 no.9t749-757 S 1 65.
1. Z Kliniki Chorob Plue (Kierownik: doc. dr. P. Krakowska)-,-
2 Kliniki Chorob Wownotinnych (Kierownikt prof. dr. B. Jochwe6)
i z Zakladu Biocb-mii KlinicEnej (Kierownikil dr, A. Wolanoka)
Instytutu Gruzlicy-

SZULKIN. Michal
Tenth anniversary of the death of engineer 4Tozef Pr=bnik. Gosp wodna.
22 no.1:28,-31 162.

1" - ~- -''l I , '' - - .- ... 1. -
. - 11 1 . - - .-I - . I . . , , , I
9~~ , ?? ~. 10171-M. ~-- ~-~
tt-- alWIll ~Pl. - 0 ~ : ~ n M ! M W" ~-- , R
I W -
~ li

SHULIKIN,.Pavel.,_professor; MALETSKIY, Ignatsy, professor
Radio in the people's Poland. Radio no.11:1&-19 N155- MHA 9:1)
(Poland-Radio)

Poland/Radiophysics - Sirperhigh Frequencies,
Abst Journal: Referat Zhur Fizika, No 12, 1956, 35411
Author: Szulkin, P.
Institution: None
Title: Excitation of Cavities by a Beam of Electr~~y, Density-Modulated
Original
Periodical: Arch. Elektrotechniki, 1956, 5, No 1, 149-208; Folishl Russian
and English resum4s
Abstract: Investigation of the excitation of cavities by density-modulated
electron beam, the cross section of-which equals the cross section
of the cavity. The variat1w of the natural frequencies of the
cavity, produced by the presence of the bemn is determined, as is
the effect of the various factors on the aigplitude of the oscil-
lations. It i-a established as a "sult of -the investigation that
detuning the cavity may reach several percent and that the ampli-
tude of the oscillations is affected by the following factors:
degree of excitation, average current density, velocity of electron
Card 1/P

FOLAND/Rndio FhYsics - Propagation of Radio Waves 1-5
Abs Jour t Rof Zhur - Fizika, No 9# 1958p 110 21118
Author i Szulkin P.
Inst Not Won
Title Effect of Refraction and Electric Ptranotors of the Earth
on the Propagation of Electromagnetic Waves in a Diffractivo
Region
Orig Fub i Bull. Acad. polon. sci., 1957, 01. 4, fi, No 5., 295-300, XXVII
Abstract : Description of r method of detornining the fiolO. of terres-
trial waves in the shadow region for a:rbitrary values of the
equivalent radius of the earth's sphorc, using a set of
curves of the field intensity of the terrestrial waves,
plottod for normal etnosphoric refraction. Analyzing the
Bremer-van der Pal diffraction formula, the author estab-
liBhos that replacing the previous value of the equivalent
overth's radius by a certain new vrluo is equivalent to
changing over to now values of veve lengths, distance, and
height of the antenna (retaining the previous value of the
Card 1/2
48
FCUND/Rndio r-hysics - FrOPEIgntion of Redio Waves 1-5
Abs Jour : R,f Zhur - Fizike, No 9, 1958, ~jo 21,19
Author : Szulk-in F.
Inst : Not Man -
Title : Effect of Antenna Height on Ultrashort Wave Field Intensity
in a Diffrective Region. I. Case of Low Antermse.
Crig Pub : Bull- Acad. Polon. sci., 1957, Cl. 4, 5S 301-300, XXVII
Abstract : It is kncwn that at low antenna heights, theheight factors
Of the diffraction formula for the shadow region is inde-
Pendant of the serial number of the sumed waves. In order
to determine the lirlits of epplicability of this approximp-
tion, the authors using the PsYMPtotic expressions for the
Hanicel function, establishes sn approximate expression for
the height fectorsy coinciding with those previously ob-
tainod by Bremor. It is shown1hrt the dependence of the
height factors on the height above the surface of the earth
is characterized by the existence of the raininum, partic-
ularly noticonble in propagation over see water. In propn-
Cerd 1/1 gation over moist sails there is no mininura.

1CUUND/Radio Physics - Propagation of Radio Waves 1-5
Abs Jour Ref Zhur - Fizke, No 11, 1958, No 25871
Author Szulkin F.
Inst .-I "o Give
Titlc : Effect of Antenna Height on the Magnitude of the Ultre Short-
wave Field in n Diffrnetive Region. II. Case of High
Antomao.
Orig Yub : Bull. hep-d. rolon. sai., 1957, 01. 4, 5, No 63 351-356, XXXII
of rsy.-rtotie rerrosentntion of the function Hl~ I for larro
values of the orgurento the outhor derives expr 9sions for the
gain of the mtenne os r function of its height, end also for
the electric field intensity ns a function of the aperture
hoightc of the receiving and trensmitting antennas. The
fon-ules cbtrined are bpl in the diffraction region for
antonne, heights H :_7 60 /,- V3 where >~_ is the wavelength (fcr
the case cf smcll antenns heights see Raferet Zhur Fiziks,
Crrd I 1/p
Abstrect ; Fror- the general fomulas, obtrined by Brermers Vith the eid
4o
calculated values of the field differe from- those obteinedby
means of exact fomulvs (with the aid of an electronic com-
puter) by not nore then 0.5 to 0.7 decibles.
Card t 2/2 m

POLAND/Radio Physics - Pr3paaation of Radio Waves i
Abs Jour Ref Zhur Fizika, No 8, 1959, 186e5
Autlicir Szulkin, P.
Inst
Title PrDpaEption of F14116 kecti~am&metic Wave in Non-
Cjnductin6 Medivn, vith tifieiakly-DecreasinG Dielectric
Canstants
OriG Pub Bull. Acad. polon. sci. Ser. Sci. techn., 1958, 6, No 4,
241-244
Abstract The author considers the propaption of a plane wave, nor-
Lmlly incident fronvacuum ontt.~af~stratified inhomage-
neous non-absorbintj layer. The dielectric constant of
the inhom:)r,-ene)us layer, Z , varies linearly from Z' 1
at the lower bDimdary.to -~ =-O on the upper bjundary.
Adjacent t~; the layer, bey-)nd it, is a re-,7Ajn where C
0. A value 3f the reflectim coefficient is obtained
and it is showu that I R 1.
Cara 1/1

SZULKIN, Pawel
The function of the correlation between the output of linear systems
and the input in the form of incidental noise of limited bandwidth.
Archiw automat 4 no-3/4:319-327 '59- (EEAI 9:7)
1. Polska Akademia Nauk
(Electronic control) (Servomechanisms)
(Least squares)

SZTJLKIN, P.
A variational method applied to the analysis of a ridge-wave guide.
Bul Ac Pol tech 7 no.10:573-579 '59. (KEAI 9:7)
(Wave guides) (Calculus of variations)
(Radio) (Functions)

SZULKIN, P.
Matrix form of the equiations of propagation in an anisotropic
medium with a constant magnetic field. Ba Ac Pol tech 7 no.10:
581-587 '59. (EEAI 9:7)
(Electromagnetic waves)
(Magnetism, terrestial)
(Ionospheric radio wave propagation)

SZUIKIN
Conditions for laminar flow of a focused electron bean. Bul Ac
Pol tech 7 no.11:651-654 159. (XIAI 9:6)
(Electron beams) (Laminar flow)

SZULKIN,P.
Approximation of arbitrary characteristics of band amplitudes.
Bul Ac Pol tech 7 no.12:679-688 '59. (EMAI 9:6)
Oglectric circuits) (Approximate computation)
(Series) (Radio)

NAM Szulkin P.
TITLE:
POL/19-8-1-7/14
Graphical Method of Calculating the Earth's-Surface
Reflection Coefficient%V
PERIODICAL: Archiwum-Elektrotechniki,.1959, Vol,8, Nr.1, pp 97-102
(Poland)
ABSTRACT: The calculation.of-the co;aplex-coefficient..of.electro-
mag netic-wave-.reflectiou is usually.very-cumbersome.
This-is.particularly 'Crue if-the..dielectric-constant
and.the conductibility-of-the-reflecting.medium change
-with the frequency-This should be-taken into.'account
in the case of-ultra.short-waves for example-The art-
icle shows, on the basis of certain approximations,*a
graphical.method.enabliug--the.proE.ipt-,aud-qdequate deter-
mination of the.reflection-coefficent for-the-incident
wave with a vertical as well-as.a horizontal pol ) ariza-
tion. There Ewe 4 diagrams.
SUBMITTED: May 10, 1958
Card 1/1

67167
The Goubau Surface Wave Theory POLI/19-8-2-6/14
tropic properties. At the same time it is assumed
that there are no losses in the electromagnetic field.
These can be taken into account only in calculating
the efficiency of transferring energy through the
surface wave along its own peculiar line of trans-
mission, The admissibility of such an interpreta-
tion is unquestioned where losses are only small.
Since, as has been established, losses accompanying
the propagation of the surface wave are very small,
the above assumptions can be accepted without reserv-
ation. The Goubau wave has its own axial symmetry.
Practically speaking, the radial range of the field
is finite and during undisturbed propagation there
are no power losses due to radiation. These charac-
teristics are very valuable from the point of view
of practical application. From these considerations,
starting with Maxwell's equation and introducing
Bessel's Hankells and Neumann's function, the author
deri-,res the equation
-it
Card 2/3

6 7 16 7
The Goubau Surface Wave Theory POL./19-8-2-6/14
where ~- and E, = the external and internal dielec-
tric constantsi a = the external radius of the internal
Y
dielectric film;O. the radius of the conductor;
wh
and erer = the phase
constan*V'- and KO From there the author
derives an expression for the section of power flow
and losses,
where-, i tangent of dielectric losses. This ex-
pression gives the damping per anit of length of the
line, caused by losses in the internal dielectric
surface. There are 1 graph and 3 references, 1 of
which is English and 2 German.
SUBMITTED: February 4, 1959
Card 3/3

6(0)9 9(0) POL/19-8-3-1/10
AUTHOR: Szulkii,_P_
TITLE: Electromagnetic Wave Propagation along the Slot in a
Cylindrical Surface
PERIODICAL: Archiwum. elektrotechniki, 1959, 'Vol 8,, Nr 3, pp 355-
367 (Poland)
ABSTRACT: The slot antenna which is considered in this article
is made up of a long slot cut in a cylindrical sur-
face and activated to make a wave run along its
length. In practice this may be achieved with a wave
conductor incorporating an axial slot open towards
the side restricted by the cylindrical surface (Fig
1). It is assumed that the slot and the cylinder are
of infinite length, that the walls are perfect con-
ductors and that the dielectric environment is every-
where homogeneous and involves no losses. It is fur-
ther assumed that the wave conductor and the exter-
nal cylinder are the surfaces of coordinat-et-of two
systems of ortogonal, generalized cylinder coordinates
Card 1/4 of which one relates to the internal area and the

POL/I 9-8-3-1 /10
Electromagnetic Wave Propagation along the Slot in a Cylindrical
Surface
other to the external area. Prom there, the author
considers any given field, which he takes to be the
sum of the electrically transverse field and the
magnetically transverse fi-eld. Substituting Hertz
vectors, the author reaches the conclusion that any
such field corresponds physicall- to propagation on-
.7
1y in the direction of the axis with the spepd of
light (with k=0), the field being, electromagnetically
transversal. Hence the conclusion that the electri-
cally transversal. (TE) and magnetically transversal
(TIO fields each separately fulfil "edge" conditions
and are therefore mutually indopondont- Prom het,,ft
the author proceeds to derive formulae for the fields
TE and TM, introducing the correoponding Green func-
tions. The proposed variational method consists of
solving the problem of scalar potential from the li-
near source in the internal and external areas, which
Card 2/4 fulfils the imposed "edge" conditions on the walls -

POL/19-8-3-1/10
Electromagnetic Wave Propagation along the Slot in a Cylindrical
Surface
of the wave conductor and the cylinder. The derived
formulae are as follows:
CIO
in the case of TEXEi 14 M(K p Md
Op
in the case of T
(-1711)jz
where E and H are the electric and magnetic fields,
Card 3/4 V and zthe axial and ortogonal coordinates respec-

POL/19-8-3-1/10
Electromagnetic Wave Propagation along the Slot in a Cylindrical
Surface
tively, the other non-functional terms not being de-
fined in the text. To determine the constant of pro-
pagation, the -variational method makes it possible
to obtain an arbitrary ac(-;uracy, even when only the
approximate field distribution in the slot is
known. There are 4 diagrams and 3 references, 1 of
which is Soviet and 2 English.
SUBMITTED: April 30, 1959
Card 4/4

Ejot-i --l-n-v s.!--; c~
f-I F7*'-;-r--'j"",l" 7-,.
7:-,st -'r-cess-ons 'T
no.
1-c. !"Ol.

SZULKIN, Pawel
----------
The impulse transient function of time-varying linear systems.
Archiw automat 5 no-1135-43 160. (imi 9:6)
1. Polske, Akademia Nauk.
(Transients (31ectricity))(Fanctions)
(Integrals)

P/031/60/005/003/002/004
_5-6? 0 A224/026
AUTHOR, Szulkln, Pawel
----------
TITLE: The Stability Analysis of a Control System Including an Amplifier
With a Loop Characteristic
PERIODICAL: Archiwum Automatyki I Telemechaniki, 1960, Vol. 5, No. 3, PP. 303-311
TEXT: The author analyzes an automatic control system including a nonlinear
amplifier with a loop characteristic. The amplifier gain depends both on the
sign of the input signall as well as on the sign of its time derivative. The ana-
lysis is conducted with the use of the describing function. The results are re-
presented in 12 figures. The author concludes that the introduction of the non-
linear amplifier with a loop characteristic may have stabilizing properties in
some cases, and may Improve the properties of some linear systems. This amplifier
acts as a phase shifter with a constant angular lead for all frequencies. The
amplifier disadvantage is the restriction of its phase lead by the value T 1.ax
being equal to 320301. There are 13 figures and 2 Polish references.
ASSOCIATION. Polska Akademia Nauk (Polish Academy of Sciences)
SIMMITTED-., October 1, 1951
Card 1/1

.--- SZULKIN,.-E-,--
Relation between the implse response of the parametric system and
the theory of differential equations. Bul Az Pol t-jch 8 no.1:15-21-
2 6o. (EEAI 9:7)
(Electric networks) (Differential equations)

SZULKIN, P.
The electromagnetic field in an infinite plane horn. Bul Ac Pol.
tech 8 no.1:23-28 160. (EEAI 9:7)
(Electromagnetic fields) (Wave guides)

SZUAN, P -
on energetic criteria of amplitude stability of oscillations.
Bul Ac Pol tech 8 no.2a83-91 160. (MAI 9:7)
(Oscillatorsp Electric)

- SZULKIN, 1).
On the mean-square error spectrum. Bul Ac Pol. tech 8 no-3:145-157
g6o. (EEAI 9:11)
(Spectrum analy--is) .

- -SZULhIN.,--P-.
On forced vibrations in a nonlinear system with many degrees of
freedom. Bul Ac Pol tech 8 n0.5:225-232 160. (EEAI 9:10)
(Vibration)

SZULKIN
The effect of soil upon the impedence of an antenna. &a Ac Pol
tech 8 no.5:233-240 160. (EW 9:10)
(Impedance (Electricity))
(Soils)
(Electromagnetic waves)

-- --- - -- -- --- ----
CPRZYNSKI, B.
Comparative analysis of approximate methods in the vibration theory.
Bul Ac Pol tech 8 no-7:361-370 ,6o. (EEAI 10:3)
1. Communication Theory Department, Institute of Basic Technical
Problems, Polish Academy of Sciences. ?resented by P.Szulkin.
(ViLration)

SZULKIN, P.
Analysis of a rectangular rerronator in a wave guide. Bul Ac Pol Tech
8 no.8:437-"9 160. (EEAI 10:6)
(Wave guides) (Resonators)

SZULKIN, P.
On a system of two arbitrarily coupled dipoles, excited vith a
plane wave. In French. Bul Ac Pol tech 8 no-9:509-514 160.
(Dipole antennas) (Waves) OMAI 10:7)

SZULKIN
The variational-principle in the theory of the cylindrical antenna.
Bul Ac Poll~ecl~'8 n6-.'1-O.-579-585 160.

SZULKIN P.
On the integral equation of diffraction. Bul Ac Pol Tech 8 no.10:
I-
587 593 160.
I.

SZULKIN, P,
On the interference of pulse signals with reflection fom a plane.
Bul Ac Pol Tech 8 no.11/12-.629-637 160,

S/19Y 62/000/002/066/096
D290,D301
AUTHOR: Szulkin, F.
TITLE: On the theory of the open resonator
P_".')1ODICAL: Refe--ativnyy zhurnal, Avtomatika i radioelektronika,
no. 2, 1962, 24, abstract 2Zh165 (Bull. Acad. polon.
sci. Se'r. sci. techn., 1960, 8, no. 11-12, 639-0645)
TEXT: Tile author studies qualititatively the resonator that is
formed by two parallel perfectly-conducting discs; he expresses the
elec-uromar-netic field between the parallel planes in a system of
cylindrical coordinates. He introduces a radial impedance that has
a certain value at the edge of the resonator. The-field is divided
into oscillatory and radiated parts; a Bessel function represents
the oscillatory electric and magnetic fields, while a Hankel func-
tion represents the radiated fields. It is assuned that the radial
components of the electric and magnetic fields vanish at the edge
of the resonator; therefore, a rough approximation for the radial
wave number of this mode is given by the E-mode of the corresponding
hollow resonator. /lbstracter's note: Complete translation.-7
Card 1/1

17,1,900
AUTHOR:
TITLE:
33578
S/19 61/000/012/088/097
D27 I YD301
Szulkin, P.
Synthesis of characteristics of linear antenna systems
PERIODICAL: Referativnyy zhurnal~ Avtomatika i radioelektronika
no. 12, 1961, 40-41, abstract 121229 (Praoe Przemys-ka
inst. telekomun-6, 1960, v. 10, no. 30, 15-30)
TEXT: Synthesis of antenna systems does not lead to a single-va-
lued solution of the problem. This means that for a given system
there are many possibilities of element excitation, all of which
produce identical a space effect. Using a polynomial representa-
tion of the function, a fundamental theory of linear ayatems can
be derived; its general lines are given in 10 theorems. This ap-
proach does not, however, lead to a simple and direct method for
the synthesis of characteristics. On the other hand, the method of
analogues makes it possible to obtain readily, by using consecu-
tive approximations, the location of roots in the complex plane
which are needed for the required characteristic. By traneforming
Card 1/ 3

33578
S/194//61/000/012/088/097
Synthesis of characteriEtics ... D271/1)301
well. Two other methods for the synthesis are considered in the
conclusion; these do not require any supplementary assumptions re-
garding phase characteristics of the space factor. The practical.
value of these methods is limited because of computing difficulties.
9 references. /-Abstractor's note: Complete translation._7
Card 3/3

SZULKIN, Pawelt prof.
-- -----
Polish-Smiet, scientific cooperation. Przegl techn 81 no.19:
27-28 160.
1. Zastepca sekretarza naukowego Polskiej Akademii Vauk.

14 0
.4 96
ke tot,
0. gal
AtA-Im 8 4
0 , 'A, ON
kil
A Ai , !so II - .4 OT
115 OA I
A
*0 4 A ad
. 'S . .5
ol
all
~x

32207
P/031/61/006/004/001/010
D242/D301
V60 //7.2
AUTHOR: Szulkinj Pawel, and KacprzyAskip Bogdan
TITLE: Application of delay lines as equalizers in control
systems
PERIODICAL: Archiwum automatyki i telemechaniki, v, 6, no. 4, 1961.
371-388
TEXT: The authors investigate the possibility of applying delay lines
as a correcting element for distortions in control systems, cliscussing
polynomial, harmonic and dynamic classes of equalizers. The three classes
are very similar and consist of a delay line with an approximate number of
tappings and amplifiers and a summing elemcnit. A polynomial equalizer is
defined by i=n
0 = KO + K, e -T1s + K e-T 28 + 9.o + K e -T ns K e-T is
k(s) 2 n
i=O
Card 1/2

32207
P/O-,i 61/006/004/001/010
Application of delay... D242YI)301
and a figure, and the effects of an equalizer on the response charaateris~
tics; it is illustrated by a numerical example. A harmonic equalizer is
very similar to the polynomial. The parameters of both systems differ
only by a few percent. Harmonic equalizers are much simpler to calculate
since they are based on harmonic functions and form a convenient startiW,
point fo r calculating polynomial equalizers. Since parameters differ by
only a small margin, it is possible to use harmonic equalizers for more
ambitious schames offarad by polynomial equalizers. For the best approxi-
mations of functions, the delay time should be short rdth a great number
of tappings. However, generally, the shorter the delay time, the ,Iu-eater
the am-olif ication necessary. The dynamic equalizer is also similar to
the -nolynomial, but a new condition is added. The transient response tiine
is to be less than the delay time of a complete line. There are 14 figure.-S
and 3 references: 2 Soviet-bloc and 1 non-Soviet-bloc. The reference to
the English-language publication reads as follows: Yu-Chi-ffo, ME Conven-
tion Theory, Part 4, 24-26 (1955)-
SUBMITTED: November 16, 1a60
Card 2/2

~)ALJC
EURNAME, Given Names
Country: POLMID
Academic Degrees: not given/
Affiliations not given/
Sourcel Warsaw, Rozprar EIektr2tegDD;gMq_t Vol Me NO Zi 1961, pp 1?9.244
Datal " APProximation Proolems in the UeoZ7 of Low-pass RC Filters"
"Authors:
SZULKIN, Pawel
C
- - -- --)
N&R~-K, Czeslaw
erg 9016%)

3/11 94'/-52/_COO/006/153/'23)2
D201/D308
AUTHOR. Szulkin, Pawel
TITLE; Variational method of design of discontinuities of a
coaxial cable
V_~:H~ 10 DIC L: Referativnyir ihurnal. -Avtomatika i radioelektronika,
no. 06, 1962, abstract 6Zh136, 20 (Rozpr. elektrotlekhn.
19o1, 7, no. 3, 365-379)
'T:,.e aell-known variational metKod (L. Levin, Sovremennaya
teoriya volnovodov (AM.odern '17aveguide Theory) Izd-vo in. lit., 1954)
is applied to the desi-n of plane discontinuities in a coaxial
I? V_
4.
uransmission line. Having carzied out calculations typical for the
above method the author obtains an exp.-ession for conductivity. in
the Darticular case of a stepped change in the diameier of the co-
axial line in which only a wave of TEN., type propagates, the calcula-
tions are carried out to -uhe end. It is shown tfiat in zero approxi-
T ii U
qation such dis.,jon'inuities are well represented by a capacitance
shunting the line. Otring to its stationary properties the zero.
apDroximation is sufficiently accurat'e. [Abstracter's note: Oom-ole,-
Card 1/2

S11 94/062/000/006/153/232
Variational method of design of ... D201/D308
te translation.] "/
I
Card 2/2

--SZULKIN, Fawel
outlook for the development of a young scientific team.
Vauka Pol 9 no./+:31-45 O-D 161.
1. Czlonek rzeezywipty Polskiej Akademii NB:uk, czlonek Komi-
tatu Redakoyjnego czasopisma "Nauka Polska".

40309
S/194/62/000/006/058/232'
16, D2957~308
AUTHOR: S zulk
TITLE: The mean-square error [spectrumj as an optimization
criterion
PERIODIC.AL: Referativnyy zhurnal. Avtomatika i radioelektronika,.
no. 6Y 1962, abstract 6-2-136 a (Bull. Acad. polon.
sci., Ser. sci. techn., 91 no. 7p 1961, 441-4416)
TEXT: It is pointed out that the mean-square error can be conside-
red as a system-performance indext optimum system characteristics
being attained for a minimum value of the mean-square error. The
analysis is carried out for the case when each frequency component
of the spectrum is minimized. This leads to the o-Dtimum transfer
function being determined by the input-signal spectrum and the
noise snectrum. The system with such optimum. transfer function is a
system ~Laving the smallest value of th; mean-square error for all
possible input-signal spectra. 4 references. [Abstracter's note:
Complet6 translation.]
Card 1/1

30566
P/019/61/010/UO1/001/006
q, /3 0 6 D223/D305
AUTHOR: Szulk.in, P.
TITLE; Analysis of sharp discontinuities in waveguides
by the method of infinite matrices
PERIODICAL: Archiwum elektrotechnikil v. 10, no. it 1961, 39 - 55
TEXT: The case of waveguide constriction is examined and EM
fields on both sides of the discontinuity are expressed by an in-
finite number of modesp propagated in two directions. For each mo-
de and direction there existo a coefficient which expresses the re-
lative mode amplitude. Since the field components at discontinui-
ties must be matches on the metal wall, the components Ext B Y 9 Hz
are equal to zero. These conditions lead to equations in variables
x and y which may be eliminated by the method of the Fourier se-
ries. The infinite system of linear equations giving the mode coef-
ficient is then transformed into a matrix equation with infinite
column matrices. The answer is obtained by solving this matrix equa-
tion for the mode coefficient columns with consideration of all
Card 1/8

'05-66
P/019/61 010/001/001/006
Analysis of sharp discordnuities ... D223/D305
boundary conditions. The method of interlacing is explained in the
appendix. Interlacing allows one to represent the mode coefficient
as a matrix. Table D-I shows an infinite square matrix when each
element is defined by one suffix instead of two, thus element TF
12, 1
is replaced by TE V a7 = a 2,1' However, since modes TE 01 0 and
TM OP 0 do not exist, the first element of the infinite series has
suffix i. 1he two matrix equations D-13 and D-14
[uj = LAJLxj+[BI[yj, (D-13)
Lvj = LCJ[xJ+L')JLYJ, (D-14)
where LuJP Lvj, Lxj and Lyj are column matrices may be reduced to
one equation by interlacing. Let column matrices V and Z may be I de-
fined by
W,.-, =u. (m- 1-2,3 (D-151
W2.'=Z:.'
(D-16)
and Z 2m-1 = xm and Z 2m = YM (m = 1, 2, 3 ... ); also let matrix LEJ
Card 2/8

30-566
P/019/61/ol(j/ool/001/006
Analysis of sharp discontinuities D223/D305
be defined by
(D-17)
13. (D-18)
(D-19)
(D-20)
Then LW (D-21
where [E] [AJ[Bj- (D-22)
ILCJ[DJI
The initial equation of ~x for a waveguide with a sharp discontin-
uity on both sides of it are represented by
Exi nrc a,,,, n- e- + bm,ne+y-,,-
DZI ( b
m.n-0
Vm, n mn mIn e Cos sin
Cm,n e- d
Card 3/8 X a (nb

P/U-19/ 0/001/001/006
Analysis of sharp discontinuities D223/D305
kp, 9 b, [a, PIq
PA-0
qn(y-d)
cos[P-11~x--C) sin (2)
a' a' b-
M (3)
)2 +
k2 a- b P, a' V
2 1 2 (4)
YM, n67n,~ ~W2.U 6Y~.n=T/kPm-0) P6
where all quantities have the usual meaning and aik, bik' Oik a:nd
di, are mode coefficients of TE and TM nomponents in the.positive
and negative direction of z. Similar equations may be written for
other field comDonents on both Bides of the discontinuity. The
boundary conditions (z = 0, Ex = By = Hz = 0) lead to a set of 4
equations, in which the field components E z, Hx and H Ydo not
Card 4/8

30566
P/019/61/010/001/001/006
Analysis of 8harp discontinuity ... D223/D305
appear. By applying Fourier's method the space coordinates x and y
are eliminated. Finallyt the equations are representsd in the form
[aj+[b1=[GJ [[a'1+(b'1J (50)
[cj + [d) = (H] [[d] + (01 -4- [K] [(el + 101 (51)
[a] - (b] = [M] [(a] - [b]] + [NJ 1[c] -- [d)] (52)
fc] - [d'] = (P] J(c) Idl] (53)
where [aj, Lbjj Lcj, LdJi Lalj[,~bl~~,,cj,,and Ldl] are infinite
column matrices and LGjt [Hjr f t N and LFJ are infinite
square matrices. By applying interlacing method the following
pairs are combinedt a-c into a# b-d into pp a'-cl into and bl-d'
into y. Assuming [G] . M
ILHJ LXJI
07
(60)

MI In)
L
(vi
oj IF31
It (61)
Card 5/8

?Yj"06i69/'61/ 010/001/001/00 6
Analysis of sharp discontinuities D223/D305
Lal + 101 = A?/ /k] + Lid/ (02)
y j = /V/ /[aJ + [0j/ (63)
are obtained in place of Eqa. (50) - (53). The last two equations
give the boundary conditions at the discontinuity. Additional boun-
dary conditions may be introduced. Assuming that the waveguide is
fed from side I and side II is loaded one may eliminate (y) and
solve for ', and P by a. Calling V and V the inciden-%-. and reflec-
Ic 1 2
ted voltages Z k - normalized impedance, Eq.
V 1 - Zk (69)
2 1 + Zk V,
is obtained which is similar to the equation for the P solution.
It allows one to generalize the definition of normalized'impedance
and to designate a matrix (Z) = (W)(U)(V) the normalized impedance
matrix for a waveguide with sharp discontinuity. For this reason,
the equivalent circuit may be given composed of an ideal transfor-
mer with constant impedance in aeries with an impedance represen-
Card 6/8

30566
210191611010100110011006
Analysis of sharp discontinuities ... D223/D305
ting the load in part II of the waveguide. The equations obtained
are precise and evaluation of the influence of discontinuity may
be done with any degree of accuracy. The formulae are rather com-
plicated and in practice it is worth discussing the approximation
problem. The method can also be applied to the case of a wave gui-
de with a discontinuity produced by a distention. The case when
the discontinuity is not at Z = 0, but at Z =: c; is also considered.
The author indicates that this method may be applied in other types
of problems involving discontinuities. The work has two appendice:e
giving (i) the general theory of infinite matrices with interlacing
methods explained and (ii) the derivation of the initial equation
for the MI field. There are 3 figures, 1 table and 5 references:
3 Soviet-bloc and 2 non-Soviet-bloc. The references to the English-
language publications read as follows: N. Marcuvitz, Waveguide
handbook. Rad. Lab. Ser. Vol. 10, Nr- 4, 1951; Schelkunoff, Elek-
tromagnetic waves Nr- 4, 1947.
SUB11ITTED: May 28t 1960
Card 7/8

Analysis of sharp discontinuities ...
30 6
P/019/61 010/001/001/006
D223/D305
Table D 1.
0 2 S 9 14 2027
1 4 a13 19 26 34
21 3 7 12 is 2S 33 42
3 611 11 24 32 41
4 "is 23 31 40
I,22 30 39
21 29 "1
28 11
8 36
35
43
Card 8/8

24942
P/019,/61/010/002/001/009
D253/D303
AUTHOR: Szulkin, P.
TITLE: The general solution of the problem of a radiating
slot in a cylinder with an arbitrary cross-section
PERIODICAL: Archiwum elektrotechniki, v. 10, no. 2, 1961,
297-308
TEXT: The author considers certain basic aspects of the theory
of slot antennae. Let an infinitely and perfectly conducting cyl-
inder (Fig. 1) have a cross section in the plane x-y by the curve
(Y (Fig. 2) which is closed and has a continuous curvature. It
is assumed that there is such a whole number m > o that an arbitr-
ary straight line, parallel to the x-axis or y-axis intersects the
curve Or at m points at the most. A slot of constant width is cut
out in the cylinder as shown. The slot is excited in such a manner
that the vector of electric field is independent of Z, parallel to
the plane (x,y) and tangent to the projection of the cylinder in-
side the slot. Finally, it is assumed that there are no energy
Card 1A

24942
P/019/61/010/002/001/009
The general solution... D2-53/D303
sources in the space around the cylinder. Under the above assump-
tion the problem to be analyzed reduces to determining the electro-
magnetic field satisfying the Maxwell equations in the external to
the cylinder space, with given boundary conditions at the cylinder
surface and in addition the condition of radiating at infinity.
The expression for the vector E becomes under these conditions
E - _i r .1 21Hz (7)
Lj C (l r a T
At the same time H2 must satisfy the scalar equation
2 2 V2Hz + k2Hz = 0 (8)
where k . ti A E. It is known that a field tangent to a three-
dimensional surface defines uniquely an electromagnetic field. It
is shown that this theorem is valid also for a-two-dimensional prob-
lem and it follows that the problem of boundary conditions has a
unique solution. This is done by assuming certain conditions for
function w and that there exist two different funztions v = wi - w2
(16) and v* = w* - w* (17) where the asterisk denotes a conjugate
1 2 CD
C ard 2/4
_uu_anY_PG1nt _6i1t9'1_d7e_fhe plane
Finally it is shown that the so 0' and the solUtibn is thus unique.-
obtaining lution'exists, the author.finally
w (P) f ZW
Tn do- flid a
s
which permits a direct solution of the problem of a radiating slot
if the solution of the corresponding diffraction problem IS known.
For the majority*of cross-sections the solution pf
problem could be no less difficult than that of a s the diffraction
Nevertheless, the analysis of diffraction of a plan lot -antenna.
corresponds to the shifting 6f P to infinity, e wave, which
uatiQn of the radiation, characteristic'.of a di -]Leads to direct eval.-
the'need for evaluating' stant field without
the near field'which in som6 cases may,~X!
an.advantage. There are 7 figures and 4 references: 1 Soviet-bloc
Card 3/4

24942
P/019/61/01.0/002/001/0091"
The general solution... D253/D303
and 3 non-Soviet-bloc. The references to the English-language puh-
ke, F. Emde, Tables of functious,
lications read as follows: E. Jahm
DovIer, N.Y. 1945; j.A. Stratton,.Electromagnetic theory, N.Y.. 1941.
SUBMIWED: July 27, 19M
rd f
Card 4/4
Fig. I Fig. 2 Fig. 3
ZO:

24943
P/OL9/6L/OLO/002/002/009
10 _6 D253/D303
AUTHOR: Szulkin, P.
TITLE: The susceptance of a circular diaphragm in a circu-
lar wave-guide operating in the TEo, mode
PERIODICAL: Archiwum elektrotechniki, v. 10, no. 2, 1961,
309-321
TEXT: The author considers a circular wave-guide operating in the
TE01 mode and containing a symmetrical diaphragm, whose thickness
is assumed to be infinitesimally small and its conductivity infinite
(Fig. L). The diaphragm is, therefore, flat and has a circular
symmetry. In these conditions, the higher attenuated modes induced
by the discontinuity, can be only the circular electric modes of
higher orders and the energy stored will be only magnetic. The
diaphragm can thus be represented as a shunt inductance in the anal-
ysis of the equivalent transmission Line. The problem is analyzed
in two formulations. Variational with upper limitation. Using the
tangential magnetic field at the diaphragm the expression for a
Card 1/13

24943
P/019/61/010/002/002/009
The susceptance of a circular... D253/D303
susceptance being the lower limit of real quantity can be derived.
The weighting function is taken as having two terms; one is the un-
distorted current distribution at a diaphragm without the aperture
and the second is a correction term. 'The normalized susceptance
which can be used as the upper limit of real values for a circular
diaphragm is obtained by means of a tangential electric field in
the diaphragm aperture. In this case, two weighting functions are
being used. One of them is the sum of the electric field in the
aperture when its radius tends to the radius of the waveguide and
of.a corrective term. The second weighting, function has two terms
representing the electric field in the aperture. To simplify the
problem it is assumed that the diaphragm can be represented as an
equivalent lumped parame%er in a transmission line. Assuming har-
monic time dependence (eJI'7t) the components of the fields in circu-
lar modes can be expressed as
Er 0
i1 (r e n~
E (P Vn (z) = ell (r) V11 (Z)
a -ViR Jo(en)
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24943
P/019/61/010/002/002/009
The susceptance of a circular... D253/ '303
Ez 0,
Hr a 1/1-Do (en) In(z) = hn(r)ln(z),
H? 0,
a en
Hz o enJo ( Vn(z),
ka2 J,(en)
where en(r) -h,(r) (Ka' ' n)
a
RJ. (en)
It
a - the wave-guide radius, k is the wave, en - nth
root of Ji(x) = 0; '70 =-F.60- the admittance of free space. For
0
Card 3/8

24943
P/019/61/010/002/002/009
The susceptance of a circular... D253/D303
propagation modes the characteristic admittance Ycn and ch-~xacter-
istic impedance Zcn are real
(1,2
Vk2 _ en
Ycn = I Nl~y (3)
Zcn 0
For attenuated modes both are im%Lnary and equal
1 -111n) 2 _k2
Ycn = Zcn -a (4)
(j a 0
The problem can be formulated by using the tangential electric
field in the aperture or magnetic tangential field at the diaphragm
surface. It follows from Eq. (1),,that these values are given by
Et = ET (r,z) E, en(r)Vn(z). (7)
n-1
00
Rt - Hr(r,z) hn(r)ln(z).
Card 4/8 n-1

200
J?/019~61/010/002/002/009
The susceptance of a circular... D253/ ~303
From orthogonality condition and applying the bou-vtdary condition
- 0
that the transverse magnetic field vanishes in the aperture'
CIO 0-0
Ilhl(r) YcnVuhn(r) Ycnhn(r) (f(r1)hn(r1)da', (10)
n=2- nF-~ SE
Cr
is obtained where a, is the a-f)erture area and changing the summing
sequence and integration limits. It is assumed that the current
at the diaphragm could ble expressed by two terms, the first corres-.w
ponding to current when the apertLlre tends to vanish, the second
being a corrective term. The weighting field is taken as given by
the two first terms of
a Bessel series-
,H Jl(la:'e AJj r a (16
r (r) (1: C2) ro '<
a VO
where constant A has to be determined. The variational for thd
diaphragm is written as
C are'.. 5/8

The susceptaucc of a circular...
24943
P/019J61/010/002/00~/009
D253/.D303
a

(
I
r

r +AJ,
J
(
I (

dr

I
2
f a , a-
a-
Ba
Ycn;u a
-
r
r
" 17)
J,
if -
e" j
.
) I - 01 :4-Aj,
(
( Q92) j rdr]
a a a
n-2 63 -(ka)?
Finally en.3ression

(r) Jl
H (!a: 1 bl - bo.
+ J,
2)

0
bl - b2 T2 a

is obtained. For vari --tional analysis vrith
an upper limitj
t-w
0..
weighting
C, functions are used .- The first is the undistorted electrilc~.
field in the aperture and a corrective factor. Such a field can beA
exnpressed by
E 55
Etp(r) 0
r--
( + DJl e2)
r 0