SCIENTIFIC ABSTRACT HORAK, J. - HORAK, L.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000618120012-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 24, 2001
• Sequence Number: 12
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

HGT~AK., Janus-.;,. mgr inz.
Duration of maximum loE!sep dauendinp ovi th- peqk Icad ft-rat",=-
Energetyka Pol 18 no. -[i*e,43J;15Rr155 -Y '64-
1. Tnatit-ute of Power Engirievring, vepartment of Electric
Networks, Warsaw.

CZECHOSLOVAKIA/Electricity - Semiconductors G-3
Abe Jour : Ref Zhur - Fizikaj, No 2j 1958Y No 3794
Author , :.Horak-Jaromir,,-Machovec Mojmir, Kosek Frantisek
Inst Not Given
Title Zinc Telluride as a Semiconductor
Orig Pub Ceskosl. casop. fYs.; 1957, 7., No 4, 361-368
Abstract An investigation was rmd of the properties of ZnTe as a.
semiconductor. The ZaTe was synthesized in pure nitrogen at
a temperature of 8000C. The conductivity of zinc telluride
was measured in a temperature range from 0 to 1400C using
a'thin copper-zinc telluride-copper layer. Plots are con-
structed for the dependence of logd- on 1/T and the activation
energy L W =- 3.94 x 10-4 (109 6- 1 '109 d-2) (1/T2 -1/Tj) electron
volts is calculated and is found to be on the average 0.25
ev. No photoeffect was observed in zinc telluride. The
theTmal emf was measured with a method described by Frank
(Referat. Zhux Fizika: 1956, No 10., 29o62) with a cu-znTe
contact. It turned out that the value of the thenml emf
was 0.5 mv/deg. The conductivity is of P type. Bibliographyj
Card 1/1 18 titles.
CZECHOSLOVAKTA~Electricity Semiconductors G-3
Abs Jour : Ref Zhur - prizika, No 5, 1958., No liolo
Author : Horak Jarcair: Miachovec 14ojmirp Kosek Frantisek
~s_
Inst : baemi n4-Mchnological Institute., Pardubice., C.-r1fachaslovakia
Title : Zinc Telluride, A Semiconducting Compound
Orig ftb : Chekhoslo fiz. zh,, 1957P TP No 4) 468-475
Abstract : An investij;ation was made of the semiconducting propertues of
single cryeital Of zinc tellurida, obtained bor evaporatiorL of
ZaTe Powder in vacuum. The pro,36amv of making the single
crystals is described and data are given on the tmQeratpA=
dependence of the eonduetivkt~y. W measuring +,be f.,hermaL amf
if was established that the conductivity of ZaTe Ju of the
P-tYPe- No photoconductivity was observed on the Investigated
specimens.
Card : 1/1

A I.

. -7 : . 11 - . '- :.I .. ~ !.... - , - -I ~ I ~- - - ,~ - ;j ~ , ~ ;j . , , I . 11 ~ ~ I .~ :,4! 11 1 !'; 1;;~ i1: . -.1 )I :; .!;I ;J- -_ --:
; '. -'! ; .~ :'. I ---i
K) J.
Measuring the radioactivity of precipitations.
P. 18. (KRIDLA VLASTI.) (Praha, Czechoslovakia) No. 1, J4m.* 1958
SO: Monthly Index of FAst European Accession (EFAI) LC. Vol. 7, No. 5, 1958

CZ/8-52(82)-10-5/39
AU,THORS: Hora'k,, J, Klikorkat J and delikovsk~p A.
TITLE: Zinc Selenides.II (0 s3lenidu zinee'nate'm.Il). Nature
of Luminescence of Zinc Selenide (Charaktar lumini3cence
V
selenidu zinocnat4ho)
PERIODICAL: Chemioke' Listyp 1956, Vol-52(82), Nr 10, pp 1B72 - 1876
(Czechoslovakia)
ABSTRACT: The appearance and disappearance of red luminescence of
zinc selenids, due to reductlion and oxidation media and
an atmosphere o-10 inert gas (nitrogen) and 7acuum were
observed. The possible disturbances of the crystalline
gratln~,; of cubical zinc selenidav4em analysed, and the
disturbances which could form luminescent centr9s In-
Ve3ti-ated. 10 samples of zinc selenide were prepared
at temperatures varying from 120 - 8500c, and the
luminescence under the influence of ca'u-hode rays do-
termined. This luminescence ranges from the yellow
to the infra-red region. The authors calculated that
the vacancies in selenium are the most 112kely lumines-
cent centres in'the cubical crystalline grating of zinc
selenid-1. Active impurities which could cause the
lurhinescence of zinc selenid-9 were also investigated.
A very pure sample was obtained by repeated sublimation
Card 1/3 in vacuum; only Cu could be determined by spectral

CZ/8 - 52) (92 ) -10-5/39
Zinc Selenid-~s.II. Nature of Luminescanoe of Zinc Selenide
analysis. This sample showed inten3lve red luminescence
under the action of electrons. Riehl and Ortmann (Refs.
11 and 13) proved that some metallic ions function as
stabilisers of disturbances. During Investigations of
the luminescence of ZnO and ZnS it was shown that the
luminescent centres are vacancies of oxy6en or sulphur,
and that metallic impurities stabilise to a larger
or lesser degree tl,'Ie aforementioned disturbances in
the crystalline Fratirr,. By applyinG this idea to the
lumine.3cence of ZnSe it can be stated that the lumin-
escence of zinc selenid? is due to the vacancies in
selenium, and that these are stabilised by various
card 2/3 metallic impurities. Zinc selenid,3 was also found to

CZ/ B - $2 (82 ) 10 -113/ 3,9
Zinp, Selenides,II. Nature of Luminescence of Zinc Selenide
be semi-conductor of type N which indicates a Burplus
of cations in the zinc selenide Crating. There are
13 References:3 English, 7 German, 1 Ozech, 1
Japanese and 1 Russian
ASSOCIATION:Katedra anorganicke' chemie, Vysoka skola chemicko-tech-
nologicka't Pardubice (Department of Inoreanic Chemistry
Institute for Chemical Technology, PardUbice)
SUBMIT%Ta,. 16th November
1957
Card -3/3

CZ/8/52(82)/10-27/39
AUTHORS: Klikorka, J. and 6elikovsky, A.
.A?
TITLE: )OiL.Zinc~-Selenide-III.Rectifying effect of Zn/ZtiSe/Al
cell (0 selenidu zine8nat4m.III. Usm6rdovact efekt
bldnkii ZrVZnSe/Al)
PERIODICAL: Chemickel Ll t 1 19581 Vol 52(82), Hr 10, pp 1996-1998
(Czechoslovakia
ABSTRACT: The Zn/ZrLSe/Al cell was examined for rectifying effect.
This cell did not show good rectifying properties. Dia-
gram of cell is given together with its method of
preparation and certain results.
There are 3 figures 1 table and 4 references, 3 of which
are Czech, 1 EnglisL
ASSOCIATION: Vysoka's"kola chemicko-technologicka, Pardubice
(Technical University of Chemical Technology, Pardubice)
Card 1/1 3

Therrad di"MIAtIon ON dac 9XI(L9, PH KlIkof
ka,
cusd AkX 6,eli~o-y'fk fx)ki I f1l,
11 y $2.
is y
-ftW~ZnO prepd. by the d hydruilt of Z140100
In Tre
00
was tem;cmd at temps. from to 14 * 61 a r at normal
11. pcenute and at a pressure of 10-1 tnm.: Pnxn Its lumines-
cence one concludes that In the tainp, range MO-1 10) ver-
domimmMy - cleauntary 0 6 sot out. the To* 4- h-us tL--
malabig W their mwwal lattice poi~tlom; their char" are
cmpwsated by th, etectrons wh" are Idt from the 0 kas*

imermil- ifissocistloo of zinc chalcogivides. "OtEr,
I or an flff"RUotka. (V"" Moll Chem.-JA 677--
-4R,r pr-Mr-T-yi f Raid,
rkem.-4tchmal. Pardubke 1959, 60-M.-Ttle lumiuo7l":ence 4
10 samples of ZnO hTidisted by whode rays was slodied st
attn. pressure and ix mcuo. The &imples wrm pteviously
cat-treated at 400-1460* for 30 m1o. Samphs tonattl at
SOD-1400* exhibited a g(een lufninewcuce (max. kn(cnsity
at 1250*) owing to a dLwxn. of ZnO and escape c4 0. A
similArexplanallon was suggested for behaviorof oditr stmi-
cooductors (ZoS, ZnSe. and ZuTe). Alexej B. lialkovao

CZE-CHOSLOVAKIA/Electrctics - Semiconductors. Iq-
Abs Jour ; Ref Zhur Pizika, No 3, ig6o, 6434
AutLor : Koseh, F., Horak, J., Kaspar, J.
Inst : Technical or Chemical College, Pardubice, Czedioslolinkia
Title : Conductivity of Copper Tungstate
Orig Pub : Collect. Czechal. Chem. Communs, 1959., P.4, No 6, 2034-
2037
Abstract : Sintered specimens of CU~104 were used to investigate the
dependence of the conductivity on the temperature. Frcn,
this dependence, the energy of activation was calculated;
on the basis of the analysis of the lines and the Debye
patterns of certain conducting specimens Of CuW04, t1le
strength of the Cu 0 W bond is evaluated.
Card 1/1
85

~'~e luminescence of cadmium tungstate. J. Kritmim,
1,6,Hor* , and A ' Celikovskk (VXVkA 1kola chetnicEo--
technDi.. Pardubice, Czech.). Galkdm Greaoslov. (Aci".
COM ns. 2S. M-01960).-Radiation intensity vs. wave
length was detd. for CdWO# samples heated In air, 0, Ho N.
and in vacuo. rrom the luminescence intensities and posi-
tions of resulting max. the processes are discussed which lead
to the formation of luminescent samples. The effect of the
le
presence of Cu*+ and htn++ Ions on the huni
terility Was lavatlaW .1 REV

77 7
'7'
Distv. 4B2c
I'a
The conductl3i of 11 t r 51itorka
'k,
rid J. Hor q-
gelikovt a W ca
Far ltibw'e, Czech.). =FI son cacehostm chem. Clawrtuff.f.
25, W-WID60).-The temp. dependence of the cond. of
Ag2XV04 has an expontntial character typical of sernicon.
Zct;g- The cond. does not d"nd on Ilic paitial
sure of the 0
OAS

23070
Z/037/61/000/002/002/003
7 0 6 E133/E435
AUTHORS: Kosek,, F., H�rsk, J. and Ka9par, J,
TITLE: The Semiconducting Properties of Copper Tungstate
PERIODICAL: Ceskoalovenskyo' casopis pro fysiku, 1961, No.2,
pp.13,5-140
TEXT:; The semiconducting properties of tungstates have been
inadoquately studied. So far, the reactions during the formation
of copper tungstate from metallic oxides have been studied and the
diffusion processes at the contact between copper oxide and
tungisten oxide (Rlaf.4; Tamman, G., Westerhold, F., Z.anorg.allg.
Chem,35 (1925),149). Recently, the equilibrium between copper
tungistate and hycLrogen as well as the thermodynamic properties of
copper tungstate Jaave been studied (Ref.5). The electrical
properties of sintered samples of copper tungstate were studied by
the authors. The samples were prepared from sodium tungstate
(Merck) and copper nitrate. From these, tungsten oxide and copper
oxide were prepared. These were mixed and heat-treated at 800*C
for 48 hours in oxygen. Samples 1 and 2 were prepared by this
method while anot'her two samples (3 and 4) were prepared by mixing
the oxides into molten sodium chloride. The malt was held at
Carct 1/ 5

23070
Z/037/61/000/002/002/003
The Semiconducting Properties E133/E435
8200C for 48 hourm. After cooling, the powdered preparation was
extracted in hot distilled water and washed in water several times.
The samples were pressed at 15000 kg/,cm2 into cylindrical shape and
heated in a quartz tube to 5800C for 4 hours in oxygen. After slow
cooling, gold contacts were evaporated onto the samples. These
electrodes proved ohmic between 0 and I Volt. The measurements
on all samples gave identical and reproducible results-. The
conductivity a of the samples was measured at a constant oxygen
pressure of 750 mm Hg in the temperature range from 273 to 8730K.
Fig.1 shows the results for the samples 1 to 4. The samples
sintered at lower partial pressures (about 50 mm Hg) of oxygen
showed higher tonductivity than those sinterod at atmospheri-.
pressure of oxygen. An investigation of the dependence of the.
conductivity upon the partial pressure of oxygen was undertaken
next. The measurements were taken only after equilibrium had
been set up, i.o. after approximately 15 hours. a was found to be
a linear function of the partial pressure of oxygen. It can be
expressed by the equation 1
Card 2/5 a = const x p o 2x

23070
Z/037/61/000/002/002/003
The Semiconducting Properties ... E133/E435
where p 02 is the partial pressure of oxygen. The values of x
vary between 3.48 at 703*K and-4.96 at 856*K. We might speculate
that the conductivity is due to either oxygen vacancies or to
copper (or tungsten) ions or atoms in interstitial positions. In
the monoclinic lattice, the second possibility seems rather
unlikely. Assuming that the conductivity is due to the electrons
from oxygen anions, we can calculate the conductivity as a function
of partial pressure of oxygen and find that the probable mechanism
is given by equation 1:
(1) oxygen molecule -4~-oxygen atom + (oxygen vacancy)+ + e-
(2) oxygen molecule Ftoxygen atom + (oxygen vacancy)" + 2e-
At higher temperatures, a second mechanism (equation 2) might come
into action. This assumption is supported by the fact that the
dependence of log a upon 1/T changes at about 693 to 753*K
(Fig.1). Measurements of the thermoelectric e.m.f. as a function
of temperature supported the assumption that copper tungstate is an
n-type semiconductor. The view that oxygen vacancies determine the
conductivity of copper tungstate is in agreement with
Card 3/5

23070
Z/037/61/000/002/002/003
The Semiconducting Properties ... E133/E435
Landsberg et al (Ref.11) and Pachera and Hauffe (Ref.12).
The luminescent properties of cadmium tungstate also point to
oxygen vacancies as the most likely defects in this substance,
which is isomorphous with CUW04. There are 5 figures and
13 references: 4 Soviet-bloc and 9 non-Soviet bloc),
ASSOCIATION: Vysoka" 8"kola chemickotechnologickS, Pardubice
(School of Chemical Technology, Pardubice)
SUBMITTED: April 28, ig6o
Card 4/5

23071
N Z/037/61/000/002/003/003
~.30
E133/E435
J*
AUTHORS- Cermak ,K. and Horak, J.
TITLEz Photovoltaic Effe_c_t~ ~Ona Thin Film of Cadmium Telluride
W
PERIODICAL: Zeskoslovensk~ casopis pro fysiku, 1961, No.2,
pp.141-148
TEXT. The photovoltaic effect of cadmium telluride has recently
aroused interest because of the possibility of its use in solar
batteries. Various authors reported measurements of the photo-
voltaic effect between cadmium telluride and various thin surface
layers. The present authors studied the photovoltaic effect of
thin films of p-type cadmium telluride evaporated onto a metallic
substrate. The cadmium telluride was evaporated onto a layer of
either tellurium or aluminium and the second contact was formed by
metallic cadmium. The cadmium telluride contained less than
0.001% of Cul Pb and Si. The evaporation was carried out at room
temperature at 10-5 mm HS. The area of the layers was about
0.5 or I cm2 and the thickness 9.6)x and 0.2 ji. The resistivity
of the layer was approximately 10 ohm cm. Three samples were
used for the measurements: a) Te-CdTe-Cd (smaller resistance);
b) Te-CdTe-Cd (larger resistance); c) Al-CdTo-Cd.
Card 1/3

23071
Z/037/61/000/002/003/003
Photovoltaic Effect ... E133/E435
All the cells showed non-linear d.c. characteristics both In the
dark and under illumination. The maximum resistance occurs when
the cadmium contact is positive. This in in agreement with the
assumption of a p-type layer of CdTe which is also in agreement
with the thermoelectric and photoelectric e.mj~ls,, The samples
were highly unstable. From a.c. measurements of the resistance and
capacity, it seems established that a barrier layer of the Schottky
type exists in the cells. The internal resistance ford from
measurements of the photoelectric a.m.f. was 4,,65 x 10 ohm for
sample (a). The photoelectric current has beon found linearly
proportional to the absorbed radiative energy within the full
spectral range. The photovoltaic e.m.f. increases linearly with
absorbed energy up to about 10 MV but shown a tendqtncy to saturate
at higher energies,, Samples studied by the present authors did
not show a maximum in their photosensitivity within the range of the
wavelengths investigated, while commercial CdTe cells do show a
maximum within this range. There are 7 figures and 11 references:
3 Soviet-bloc and 8 non-Soviet-bloc,
Card 2/3

23071
Z/037/61/000/002/003/003
Photovoltaic Effect ... E133/8435
ASSOCIATION: Katedrafysiky, katedra anorganicke chemie,
VysokA skola chemicko-technologickito, Pardubice
(Chair of Physics, Chair of Inorganic Chemistry,
School of Chemical Technology, Pardubice)
SUBMITTED: July 29, 1960
Card 3/3

HORAKI J.; KOSEK, Jr.
Photovoltaic effect of zinc telluride. . Coll QZ Chem 28 no.1:173-
130 Ja 163.
1. Institut fur allgemsine nnd anorganisehe Chamie txtd Physikalischas
Institut, Technische Hoc6chule fur Chemie, Pardubice.

HORAK, JaroslaV..;inz., CSc.
Contribution to the problem of the future yield of Czedhoel*vak
forests. Les cas 9 no. 12: 1105-1124 D 163#
1. Vedecka labDrator biogeocenologie a typologia I~sap
Vysoka skola zemadelska, Bjrw.

HORU,Jaroslav
Cupulometric findings in patients with chronic otit U media and
positive fistula syndrome. Gesk. otolar. 9 no.4.218-222 Ag '60.
i. Otolaryngologicka klin. Urlovy university Y Praze, proda. akademik
Antonin Precechatel.
(OTITIS MIDIA diae.)
(VETIBUI" APPAROUS phys iol. )
OUR dis. )

HORAK Jaroolav
Cuprulametric findings tn patients treated with stroptoWain. Cook.
otolar 10 no.5:270-275 0 161,
1. ORL k3,inika fak. vaeob. lek. University Karlovyj prodn. prof'. Mr.
K. Sedlacek.
(STREPTOWCIN toxiiol) (COCHM phfLrmac0l)
(ACOUSTIC NERVE pharmacol)

TE'DJAUCA, J.; *.
1 rij lirie.13 (-,f th~) L r 1, f! -1 r ~e:fj't '~' 0 t. h"I WI'l, !: ' .~ !z (:i. , ". ~~, r ", I . .
traum. ceclin. 7~1 n,-l.-5z'4-Z',2-',':,-" (" I r~~' 4
1. 11 crijijrCl(-ka ~. L nilvt lokarstvi Yar.lovy
--az, (
llniVeT'Oitj- V P~ , cr6lnont.~ yrn% ri--. J. lImUka).

HORAK, Jaroslav
V40tibular recruitment. Cesk. otolaryn. 11 no.41240-243 Ag 162.
1. Klinika nemoci usnich, noanich a krcaich fak. vseob. lek. Karlovy
university v Praze, prednosta prof. dr. K. Sedlacak.
(VESTIBULAR FUNCTION TESTS)

HORA, X) J.
Subjective cupulometry in vertige. Cask. otol&r. 3.1 no-5:287-290 '62 -
1. Otolaryngologicka klinika fakulty vseobecneho lakaretvi Univorsity
Karlovy v Praze, prednosta prof. dr. K. Sedlacolr.
(TMITIGO)

CEPICKA, Jan; TaIMEK,
Cm.tribution of psychiatry and otorhinclaryngologyt the
problem of congenital syphiliso Acta Unly, Carole W4.1
(Praha) 10 no.W65-170 1164
1. Psychiatricka klinika faMty vseobemeho lekarstvi Uhl-
versity Karlovy v Prate (prednostat prof. MUDr. Vl, Vondracekp
Dr8c.); Klinika usnihop noisniho lekarBtvi fakulty vasobacnaho
lekarstvi University Karlovy v Pra2mg(prednostat prof, MUDr.
K.SedlacekL

HOW Aaroilav, Inz.
Mapting of the Commission of Glass and Ceramic IndU3t;ry of the
International Trade Union of Chemical Industry, Sklitr a k,3ram.Lk
15 no.2:35-36 F 165.
1. Chariman of the Commission of Glassand Ceram.4c Industry of
the International Trade Union of Chemical IndusLry.

H (3) C7 ECH/3-59-9-20/39
AUTHOR: florafk, JI-and Koldovsk~, M.
TITLE: Artificial Radioactivity of the Atmosphere (Unreld'
radioaktivita ovzdugf)
PERIODICAL: Krofdla Vlasti, 1959, Nr 9, pp 16 azid 17 (CSR)
ABSTRACT: Authors explain, for the benefit of Civil Defense wor-
kers, the origin of artificial radioactivity and the
method to measure the amount of radioactivity. There
are 2 photos and 3 diagrams,
Card 1/1

FWm I DOOK UPIDITAT101 CUCK15120
metcorologis Pro sportoral letce (*teorolou for Sports Flyers) Prm,~, Es;o
-J$!-' 1960. 241 P. 4t000 copies Printed. (Series: Wtolce vv~j=,
-- 5)
Ed.: XAxvI Ulenj- Assistant Mtoras Tor Ch. 21 Mo4mir Prolop, Doctor; Ch, 51
Thceretical pt.iXoj1m(r Prokop, Doctor, &M 1~ Cer=xb, Chi. 4, 6, nrd 7z
014~1.b Kosty" Doctor,, Chu.; I %Dd 13; DW.10r; Chs.: 8 and 9i
Jaroslav KoWek, Doctor; Ch.: 10: Mien Xollo"ky and JIH Uor%X; Cha.: U-1k:
AH Nrchtgott, Doctorj Resp. td.t JiFL KLk.
PURTOU: This book to intended for sports plane and glider pilots.
COVER=: The book, composed to wet the made of the ae~lubs or Swit :pm
-poluPrici a sxmid~ (Val= for Cooperation With the Army), alecumsoo the
princip.l. types of veather pbwmns luely to be tDcounterol in f2ilgln. -be
m Urewnt of meteorological elegenta is described. Mateorojo.Eical jjwt=w~
of porticulAr Interest to g]4d~r pilotat via., conTectloo, turtulrnce, Nuntalo
currents, etc., are treated in sow d~tAU, Synoptle m;4 ud weather roports
am briefly described. Reviev questIons accosipany each chapter, Wo joirsione.11-
ties - -.tLc-d. The- are 42 "r--e-: T Soviet, 21 xnalloh, 6 Cmcb,
4 Gqrma. and 2 PoUsh.
C-1j4*-:

39205
S126.1/621000/(K)4/006/009
AUTHOR: Vokoun, Josef and Hor~kh~r__ 1004/1204
TITLE: Dosing device for small amounts of liquids
PERIODICAL: Referativnyy zhurnal. otdcl'ayy vypusk. 32. lzmeritel'naya teklinika. no. 4. 1962, 31.
abstract 32.4.218 P. Czech. patent, class, 59 a, 5; 42 e, 9. no. 95602, June 1.5, 1960
TEXT ~ A device for dosage of small amounts of fiquids (0 to 0.5 CM3) with an accuracy of � 0.00 1 cm3 is des-
cribed. At the beginning of the operation cycle, pistons (P) I and 2 (cf. figure) rcmain in their initial positions,
to the left and to the right of the opening 7 of the inlet channel 8 at a preciscly determin:d distance from a
calibrated edge 9 located in a plane A perpendicular to the axis of the tube 3. This distance i5 established by
means of a measuring screw 4 with a stop 5 pressed to it firmly. When P I is displaced in relation to P 2,
which is kept in the initial position by the spring 6, the distance between the ends of both P pistons decreases
and the excess of liquid passes into the channel 8. When the end of P I passes over the edge 9. the removal of
the excess liquid stops and the amount of liquid which remained in the tube 3 corresponds to the predetermined
dose. Further displacement of P I causes a displacement of P 2, which compmses the spring 6; as a result the
dose of the liquid flows into the opened channel 10, after which the ends of P I and P 2 %hill touch one another
The device may be used in pharmaceutical, chemical and food industries, for lubrication, injection of fuel into
combustion chambers, etc.
[Abstracter's note: Complete translation.]
Card 1/2

Dosing device fot...
S/263/62/000/004t'006,'009
1004)1204
1/
11
t, I
/0
/9 j
. . /" ' I
EAt~lj
Figure
Card 2/2

HORAK, Jiri, akademik
Meeting of the Permanent Council of the International Union of
Anthropological and Ethnological Sciences in Prague. Vestnik CSAV
71 no.5:54&551 162.

.1. and LY V. 1. por. -gyn. KI. a Ust. arg. KC, PC.
-V-z-Nih-menarche ke vzr)iku karcinomu rodi&l. r h C' r 4, 1.-1 t: on I.? o t 1." e t. n
:nenarche and genital carcinoma 6SL. GY~;AEK. 1955, 2 (10(i-
io8) Graphs I Tables 2
;s
an exact mathematical analysis of the -age of mi-narche cX2,0PiO wonion
-ian
ted for carcinoma oF the corpus or cervix uteri or for ovat
-orn the obstetrical service. The nwivirchal are m. tho
~,f I.ooo control cases fi
group is significantly higher than in the control serit's. explar'ldon ;s
;,!red for this fact, but its importance for the detcction of carly j1,vniL%! oarein: mix
emphasized. 11ohan - Val.
a~sk6 Me2ii-ft!i (X, 5, 16)

0 55
C.
AK-J.-,--S-- -N!
1915. HOR TA J. and NIALEK J. 1. florodnickLA a Gynekol. KIN.. 3
la-rio-vy-U-niv. , Praha. *Pomgry leukocytd a lyrnfacy1d v pr6b6hu spontdnid.
ho porodu, The relation of leUcocyles and lyinphocytec du- '.50
'.50
S.L9K.6E,S. 1956, 115/13 (359-362)
ring spontaneous delivery CA
Graphs 8 1.,ral
It was found that the number of leucocytes increases two days prior to deliver,,
At the beginning of delivery the number of white cells reaches a value of 15,000 to
25,000 and drops to normal during labour. The number of lymphocytes decre3sea
to as little as 5% during tabour. The retation of leucocytes and lymphocytea is
illustrated by several graphs. The authors think it of practical value that the in.
crease of leucocytes and the relative decrease of I mphocytes make it possible to
y
ascertain the biological commencement of the delivery sooner that it can be esta.

cznHosLoVAKIA/Human and Animal EhysioloC7 (Normal and T-3
PatholoC;ical)i Blood* Formed Elcmnts.
Abs Jour ; Rof Zhur - Biols., No 16, 1958, 7h650
Author : Stastny, Jiri; Malek, Jiri- Horak, Jiri
4~ Inst
Title Quantitative Changes of Lcultocytea and Lymphocytes in
PatholoGdeal Breeds.
Orig Pub Casopo lekaru ceskyeh, 1956, 95, No 13, 362-365.
Abstract No abstracts
4
P44zz,
Card 1/1
CZECEIOSLOVAKIA/Humn and Animal Physiology Blood. V-3
Abs Jour Ref Zhur - Biol., No 2., 1958, 8486
Author -Tiri Malek, Jiri Horak and jiri Stastny
Inst
Title The Relationship of Biological Processes Connected with
Birth to the White Blood Cell Fraction.
Orig Pub casop. lekaru ces%ych, 1956, 95) Ho 16, 434-438
Abstract The daily cycle of fluctuations in the number of.'-leukocy-
tea, eosinophils and lymphocytes was studied in 205 partu-
rient 'women and their newborn infants. whose births were
both normal and Pathological. The lymphocytic reaction
'Was more marked than -the general leukocytic one.
Card 1/1
FRIEDBERGER, V.; LANGER, L.; BOREK, Z.; HORAK, J.
Problems.of maAsIve hemorrhage Into the alimentary tract.
Rozhl, chir, 43 no.8:557-565 Ag 164.
1. Il chirurgicka klinika fakulty vaeobecneho 1ekarstvi
Kariovy.Upiversityv Praze, (prednosta prof. d:r. J. Uiatka).

STASTNT, Jiri, MUDr.; HORAK, Jiri, MUDr.
Effect of hydrogenated ergot alkaloidB on mammary gla:ad In the f1rot
dayn of mermerium. Cenk. gyn. 22(37] no.1/2:131-136 Jan 58.
1. nor.-gyn. kliniks, KU v Praze, prednosta prof. Dr K. Klaus.
J. S., Praha 2, Apolinarska 18.
(F,RGM A LKA LO MS. off .
1notation In early puerperium Wz))
(PiEMRrum,
eff. of tWdrogenated ergot alkaloids on laotation
in narly puerperiwa (Gz))
(IACTATION. off. of drugs on
hydrogenated ergot alkaloids in early puerperium (Gs))

TPJTKA, V.; FANTOVIA, B.; HOW. J.; STASTUY. J.
Follow-up of fee to of antibiotic therapy of g7necological
inflam-tions by means of a clinical investigation method. Cask. kyu.
23[371 no-7:555-558 Oct 58.
1. 1. gyn. klinika MJ v Prazep prednosta prof. dr Kaxel Mum.
(GYNECOLOGICAL DISFAS , ther.
antibiotics in inflomm-. follow-up (Cz))
(ANTIBIOTICS, ther. use.
gynecol. inflamm., follow-up (Cz))

HORAK, Jiri
Sexual-gynecological problems in women after abdominal hysterectomy
and supravaginal amputation of the uterus. Cesk. gyn. 26 (401
no.5:378-382 A .161.
1. 1 gyn. por. klin. KU Praha, prednosta prof. 14UDr. Karel Klaus,
Dr. Be.
(HYSTEREGTOMY) (SEX BEHAVIOR)

HOW., Josef
Bezpecnost prace v zemedelstvi. (Safety of Work in Agricultum lst od. illus.)
Prague, S2N, 1957. 101 p. Vol. 13 of the series Knihovnicka zemedelce (Little
Library for Farmers).
Practical notes on Law No. 51 of Oct. 27, 1954 on the "Safety of Work in the
Individual Collective Farms and Independent Farmers," and on other regulations
concerning the safety and protection at work in agriculture.
Bibliograficky katalog, CSR, Ceske knihy, No. 34. 1 Oct 57. P. 740.

40SCH; Joeef; BRET p Jiri; HORAK, Josef
Contribution to roentgenological diagnoois of cyoto of the spleen.
Ces's-6. rentgenol. 16 no.3tl65-170 Je 162.
1. Rentgenove oddeleni Ustredni vojenske nemocnice v Fraze, pradn.
dr. F. Sykora. (SPLEIQ4 dis) (CYSTS radiog)

HORAK, Josef; SBUK, Josef
Our experiences with bl2igrafln in hysterosalpingoffraphy. Cesk.
rentgenol. 15 no./+:277-279 161.
1. Rentgenologicke a gynekologicke oddeleni Ustrodni vojenske nemocnice,
Praha-Stresovice.
(HysTERoaALFn4GOGWHY)

FRYBA p L.; HORAK p Ji,. I
Fractionated sialograpby. Cesk. rentgen. 17 4o.2:228--131 Mr 163.
1.
1. Stomatolggicke oddeleni Ustredni vojenake nemoenice v Praze,
vedcuoi MUDt. L. Fryba Relit6nologicke dddeleni Ustredni vo;~epske
nemocnice ir Praze, yedouci MUDr. F. Sykora.
(#ALIVA.RY GLANDS) (CONTUST HEDIA) (RAPIOGRAPEIY)

PODESVA, S.; KYRS, M.; HORAK, J.
Mechanism of sorption of cesium on manganese(IV)-hydroxide.
Coll Cz Chem 28 no. 12:3257-3263 D 163.
1. Militarak4demie A. Zapotocky, Brno und Inatitut fur
Kernforschung, Rez bei Prag.

LEO f~.labor;.t. Irri ~)f the meU,od (~I' I.O.Ceivilit., 4
f-i"'biric-I f7ror." !amyl soi i .-Iv cy at
I 'rIA I ei5-j
T ~l tt, of V i'-I 1-m! , F O,e)w i ce . Frf~ zp~ I i.o.6

HORAK.J.; CKAC,,A.
Discovery and determination of molybdates and tungstates by
pyrogalloloulfonic acid. CoU Cz Chem 29 no.ltl88-196 Ja'64
1. Institut fur analytische Chemiev P~zkyne-Universltatp Hmoo

Josef; RUZICKA, Vlastimil, doo.
HORAKP
Study on kinetics of catalTtic debydrogenation of ethanol on COPper
catalyst. Sbor cheat tech no.3,.part 1:329-364 '59.
1. Natedra organicke technologie, Vysoka sko]A ohemiako-technologicka,,
Praha.

177
Distrt 4J.F.2e(jj/493d
vRezctf~u of PhOSPI-ama aM of Phoa,-;!jgrOu3 461 wizb
dldehydau 1. Rnacti3n of phzsP&ne MCI be=ajdabyde
V. Etlxl fuld. y koi.t
-L. lj('i MT, axi,:ed -h, Ct'l

j

P:,., ;r-m -1.' 4 P pa~~
:~ixt sz.0t.!a, Lpt ~ r i Li t 26 ' dis id i mm
dr)du;.-i and !,rr-ygtd from ,Ik mi ROM 1.5
t I -T- " 5S N 1 1) , "vqe,," Pli" ll-;O.,~
wic-prod-act . 1 IC' epe . 'm h
C1,171"4 lilt
iLpparpntly a cychc mcvw~ of BLH and bmk.-hy,lrDxT1,.nlEy~r
Dhogphme. , 2305 J-11 bend; and 110) cm.' -:CIDC~.
no OH b~gids. In a medium of alc H(n. the aa., toolc
ld reaction to
parl I
ac' m. 4&-3

mptime, m- 107--l V RtOlf. and 66 70 15Q
hL
p
benzy1pi,v4phint, m 7r,-4 %laOR adex BLIA
with Mi. in PrOH and BuOH Wled to gh,e cryst. (:ompds.
and yieldad Lnstead, sly products, prummaWy UKO-pm-
voxyl3e=yl)pho&plAnc mad bis(a-buwxyllenxyf)phcaphJnle.

ETTEL,'V.; HORAK, J.
Reacti6n of phosphines and phosphoria acids on aldebydes. Part
2: New derivates of dibezylphosphoric acid and of tribenzy-phos-
phiue oiide. CoU Cz Chem 26 no.g-.1949-1957 161.
1. Instttut fur organische Technologiet Technische Hochschule
fur Cbbmie., Prag.

MXL,, V. - HORAX, J.
Reaction of phospines and hypophosphorcus acids on aldehydes-
Part-3: Reaction of phoophinee and OWpopboupbProum acids with
chloral, Coll Ca Chem 26 no.WO87-2089 161.
1. Institut Aw organische Technologiey Technische Eoclzchule
fur Chemie, Frag.

HORAXP J.; ETTEL, V.
Reaction of phosphine and bypophasphorous. acids with aldetlqdea. Part 4:
Kinetic study of the interreaction of phosphine vith formaldewe and
benz&3.debyde. Coll Cs Chem.,26, rLo.912401-2409 161.
1. Institut fur organische Technologie, Tecbniache Sochecimle hir
Chamie, Preg.
(Phosphine) (*rphosphorous acida) (Formaldebyde)
Penzaldebrde)

HORAK; J.; ETTEL, V.
Reae-tion of phosphine.and-bypophasphamus aalds.with aidebydes.
Part 5: Research on interreaction of hypophomphorous acids with
form1dabyde and..benzaldWWde. Coll Cz -Ch".26 no,912410-2417 161*
1. Institut fur organische Technologie, Teclinlacha Hochschule fur
Chemie, Pxag.
(Phosphine) (Hy-pophosphorous acids) (Formaldebyde)
(Benzaldebyde)

C ZE UITOSLOVAKTA
110paK, J.
.L k, Ii SI
Institu-14,e of Organic Technology of the Tec'nical -Ti gher
School of Chemistry (Institutu ffir or"pnivehe Technologie,
C-
Technioche 11oclisuhule fUr Cheillie), P11a,',1110
Prague, Collection of Czechoslovak Chemical Coitimunications,
No 9,"1963, pp 2326-2335
"On Reactions of Trichloimethansulfenylehl-oi,ide and its
Derivatives I. Solvolysis of Trielilor,,noth,-ansi-LI-feiayl-
chloride."

SUTORY,, Karel, MUDr.; KYORI.M, Ludek; HOMU, Jose-f.; XIUBKOVA.. Nguur.
Evaluation of the test with Lugol solution, Vnitrni lek. 11
no.6t545-553 Je'65.
1. Vnitmi oddelani okreani nemocnice v Novara Meste na
Morava (prednoBtat MUDr. Karel Sutory).

HORAIKI Josef
Loose laying of cables in carrying channels according to the
Czechoslovak patent 101 980. Elektrotechnik 18 tio.D17-19
J.i '63.
1. Vedouci technologie, Zavody prunyslove automatizace, montatmi
zavad, Praha.

HORAKO J.
Some sources of raw materials for glass in Moravia, p. 247) SICUR A
KERAMIK (Ministerstvo lehkeho prx=Wslu) Prahap Vol. 4, Ho. 9, Sept.
1954
SOURCE: East European Accessions List (VAL) Library of Congresss
Vol. 9., No. 12j, December 195~

HORAK, J.
Declaration of the Scientific-Technical Council and workers of the
research institutes of the Ministry of Light Industry, r,. 215"43
SKLAR A KERAMIK (Ministerstvo lehkeho prumyslu) Praha, Vol. 4.,
No. 10t Oct. 1954
SOURCE: East European Accessions List (EEAL) Library of Congress,
Vol, 5,, No. 12j December 195~

He -u~ ,i .
Peduction of working hours in the Moravia Glassworks in t~yjov. D.162.
(Sklar A Kermik, Vol. 7, No. 6) June 1957) Praha, Czechoslovaki'a)
SO: Monthly List of East European Accessions (ERAL) LC. Vol. (-, No- 9, Sept- 1957. Uncl.

CZBCHOSLOVAKIA/Cher3ical Technology. Chemical Products and 'Mair H-1-S
Applicntion. Ceramics. Glass. Binding Haterials. Concrete
Abs Jour 1bf Zhur - Khim.,. No 24, 1958, No 82425
Author Horak J.
Inst
Title Operational Problems of Glass Decolorization
Orig Pub Skalr a keramik) 19581 01 No 3., 76-78
Abstract Experiments conducted at the Moraviya Glass pLant Ociyev,
CDR) on the docolorization of cut glaue (CC.) nr(~ dascriba(i.
CG is being produced in crucibles of appxoxiimtoly 120 kg
capacity from a raix contzining (in kg): 75 - uand) 12 dolojaitej
25-98% Ila C03) 5-80~851,t CO 0 and 0.5 - sulfate. 110 gr
of KNO
3 P~us 40 gr of ;~52 , plus 30 gr af decolorizinG agont
(D) consistin3 of 2.6 k,-, o borax plus 92 i~:r of borm
solenide plus 6 gr CaO are also -dded. IRrom the abovc batch,
98.5 kg of CG are dot-nined. The avernr5o lif.--, of a crucible
is approx. 6 melts. It has been asted frori actual experience
Card 1/2
38

CZECHOSLOVAKIA / Chemical Technology. Chemical Products H
and Their Application. Ceramics. Glass. Bind-
ing Materials, Concrete.
Abs Jour: Ref Zhur-Khimiya, No 12, 1959, 43145.
Author : Horak_"
Inst : -Ni5t given,
Title : Homogeneity of Colorless Glass and its Effect on
the Quality of Glass Containers,
Orig Pub: Sklar a keramik, 1958, 8, No 9, 262-264; No 10,
311-312.
Abstract: The deciding effects on the quality of glass con-
tainers has chemical composition of glass, shape
of a container, wall thickness, internal stresses,
and homogeniety of glass. Colorless glass used in
the manufacture of glass containers contains (in
%): 70-74 sio2 up to 3 of A1203 and Fe203, 9-12 of
Card 1/4
H-22
CZECHOSLOVAKIA / Chemical Technology. Chemical Products H
and Their Application. Ceramics. Glass, Bind-
ing Materials. Concrete.
Abs Jour; Ref Zhur-Khimiya, No 12, 1959, 43145,
Abstract: CaO and MgO, and 14-16 of alkaline oxidis. For
the evaluation of glass homogeniety (GH), it is
being done with the aid of polarized light. For
the determination of products' uniformity, ring
samples immersed in benzene or chlorbenzene are
used. The described method permits an orientation
determination of GH with five gradations of the GH
degree proposed. However, the presented classifi-
cation suffers in accuracy and in the subjective-
ness. The product uniformity may also be deter-
mined through chemical analyses of samples obtained
from various portions, and also through the control
of glass density determined by the Nayt and Daff's
method. In the latter instance, densities of the
Card 2/4'
CZECHOSLOVAKIA / Chemical Technology. Chemical Products H
and Their Application, Ceramics. Glass. Bind-
ing Materials. Concrete.
Abs Jour: Ref Zhur-Khimiya, No 12, 1959, 43145.
Abstract: samples are compared to those of the standards.
Reasons for chemical heterogeniety of glass are in-
crease in the water content and variations in the
chemical composition of raw materials, as well as
an improper charge etc. The above may reveal rea-
sons and effects on the infraction of QH. It is
shown on the examples from practice, that the main
reason of heter.)geniety of glass consists in the
transgression of the glass-mass composition as the
results of not maintaining appropriate conditions
in the storage of raw materials, weighing, and mix-
ing. Effect of moisture content of raw materials
on the products' quality was investigated. Water
Card 3/4
H-23
CZECHOSLOVAKIA / Chemical technology. Chemical Products H
and Their Applicatiohi Ceramics, Glass, Bind-
ing Materials4 Concretd.
Abs Jouri Ref Zhur-Khimiya, No 12, 1959, 43145.
Abstract: content of sand must be of caustic 1%.
Dependancy of GH on temperature and charge of the
furnace, the hight of charge in a bath and glass
production method are indicated, Bibliography in-
cludes 14 titles. -- L. Sedov.
Card 4/4

IIORAX, Josef, inz.; MWL, Antonin
Ufact of internal stress on the heat resistance of irhito
packing glass. Mar a keramik.12 no.3172-73 Mr 162.
1. Sklarny Hnravia, narodni podnik, Kyjov (for 11orak).
2. Obalove a lisovano aklop narodni podnik, Dubi u
Teplic (for Kraal).

Z/039/60/021/02/003/037
E192/E535
AUTHOR: HorAk, Ju'lius
TITLE. Directiona__ ouplers Made of Waveguides Perpendicular
to Each Other q~
PERIODICALt Slaboproudy' obzor, 1960, Vol 21, No 2, Pp 72-78
ABSTRACT: Directional couplers are very often used in waveguide
techniques. By means of the couplers it is possible to
take some of the power from the main waveguide into a
branching waveguide. The main parameters of the direction-
al couplers are: the coupling loss and the directivity.
The coupling is defined by
V = 10 log P,
P4
where P I is the power at the input (see Fig 1) and P4 is
the power at the output 4, it being assumed that the
direction of the propagation in the main waveguide is from
I to 2 (see Fig 1) * The directivity is defined by
Card 1/4 S = 10 1-0 P4 (2)
P4 LI/C

Z/039/60/021/02/003/037
E192/E535
Directional Couplers Made of Waveguides Perpendicular to Each Other
where P14 is the power at the output. 4 when the
propagation direction in the main waveguide is front 2 to 1.
The directivity can be achieved by several. methods. In
the following it is shown that comparatively simple
wideband directional couplers can be obtained by combining
2 waveguides perpendicularly to each other and by
providing the coupling hnle between them (Fig 1). The
functioning of this system is investigated analytically.
A rectangular waveguide shown in Fig 2 its considered. It
is assumed that when the electromagnetic wave propagates
in the z direction, the field is given by Eq!j (3):, for the
propagation direction -z, the field components are
expressed by Eqs (4). The excitation of electromagnetic
field bv a hole can be investigated on the basis of the
Bethe t4pory (Ref 1). According to this theory a small
coupling hole between two waveguides can be regarded as
dipoles which excite the electromagnetic waves propagating
Card 2/4 in both directions from the hole, Under the assumption

Z/039/60/021/02/003/037
E192/E535
Directional Couplers Made of Waveguides Perpendicular to Each Other
that the wave in the main waveguide propagates in the
direction p (see Fig 3) the propagation constants for the
secondary waveguide which is perpendicular to the main
one, are given by Eqs (5). In these A + is the
propagation coristatit for the wave which propagates in -the
direction z while A is the propagation constant
for the direction -z. The quantities to be determined in
these equations are the so-called polarization coefficients,
These depend on the shape of the coupling hole, The
coefficients for circular, rectangular and cross-nhaped
holes are indicated in Table 1. Thus it is found that. the
propagation constants for the case of the circular hole
are given by Eqs (8), while for the cross-sbaped hole they
are expressed by Eqs (9). The coupling loss for the
circular wavegulde can be expressed by Eq (11) and the
directivity by Eq (12). The functions F 9 and F H In
these equations are defined by Eqs (10). Eqs (11) and (12)
Card 3/4 were used to design a directional coupler for the wave ~~c

Z/039/60/021/02/003/037
E192/E535
Directional Couplers Made of Waveguides Perpendicular to Each Other
length of 6 cm, The results are indiciited in Figs 5 and
6. It was found however that coupling losses of about
20 dB could riot be obtained by means of a circular hale.
For this purpose a cross-shaped hole was emjiloyed~ The
coupling loss and the directivity of this type of
coupler are indicated in Figs 9 and 10, In special cases;
it is possible to employ couplers based on 2 cross-shaped
holes. A coupling system at 20 dB with two cros8-shaped
holes is illustrated in Fig 17. On the basis of the
theory and some experimental results it is concluded that
it is possible to design a directional coupler in such a
manner that the coupling loss over the whole bandwidth
of the waveguide will be practically constant and the
directivity will be higher than 10 dB.
There are 18 figures, 1 table and 11 references, 2 of
which are Czech and 9 English.
ASSOCIATION: TESLA Pardubice,
Pardubice)
SUBMITTED. October 1, 1959
Card 4/4
n.p. (TESLA State Factory of

87982
Z/039/61/022/001/oo5/oo6
E192/E382
AUTHOR: Horak, Julius
TITLE: __~owr Transfer Through a Cut-off Attenuator
PERIODICAL: Slaboproudj obzor, 1961, Vol. 22, No. 1,
PP. 31 - 36
TEXT: The work is devoted to the investigation of the
characteristic of,a reflection-type waveguide attenuator.
In the analysis it is assumed that the walls of the wave-
guides are ideally conducting and the medium inside the
waveguides is lossless. The propagation constant for the
waveguide is given by:
2vr k2
k
where Xk is the critical wavelength for the guide and
X is the wavelength of the source.
Card 1/8

67982
Z/039/61/022/001/005/oo6
E192/E382
Power Transfer Through a Cut-off Attenuator
When Xk> X , the waveguide is overcritical and y is an
imaginary quantity so that the wave propagaton without
attenuation. In the undercritical case when Xk 7_
Card 7/8 Lk

87982
Z/039/61/022/001/005/oo6
E192/E382
Power Transfer Through a Cut-off Attenuator
ASSOCIATION: Tesla Pardubice n.p. - Vjzkum a
V~voj radiotechniky
(Tesla Pardubice State Enterprise -
Department of Radioengineering Research)
SUBMITTED: July 27, 1959
OL
Card 8/8

3516o
-37
UT IOrL:' julius, n,
aJ
h !,-~O 10L 'z1 aboproud olozor, 5, r-,~ 'I
y
article describes
ec.ete-r for di rE!ct freq-.onny r4 -
ba.'Id, twpe L..LL, devolo-ped by the
Hes ea ~ch and Developmen,, Flau- ~n `ro6inek. The .L-;,.
u_
1-:1 "OVO dve"s;0" 0' tnu ',l'-TV 222 11-12
t he
~'ne de2i -m of t, b"
C r, U described in --'ef. 2 (1-roc.
VIO 0-'.centiOrl tilrit it io, considerabl-,,
tolurLuice 1:3 reducod to a mjnjz-,~I:, I,y
pistor. to a scale on the dicum. 'I"his drLui~ tur.,13
I.Grl -,I'. the c-nvity. To kee-~ t.he
!laced 4 no-
the CLvity -;ae
U4.rd

Cavity Ila%
Coupled to calvi ty bi. a r.o c1
a '-' 0 r a d 0 z a 1.1 e. a
s cz
e ZI 7.' _11
ed oi,.
are li-SoteQ. It ',.-as found t,e electr`c-,
~.'LL
c a v i v, av r E.. c
..ibrLtior, curve oj~
PrE;.-30r-, s ~rle sc 1e of 7,he d.-ur-,t rt,.cC;.szitcj-
r
as dimenz-ors, -,
13 1'.
crease ir. production. co:3ts is offset by tnf. S _4L-1 I.C..
sccnl
a" 10
-bloc. '--he r~,fvrences jo z-,jc -nj:1
~31__'Ows:
57
b~r 1Q,;ic3, 21A;
I Hadi -: ton Laboratory Sej?jcis, Y 0 rk 1
ASSOCI~'TM.': In
S L~'_ 1; du b i -- e , n.
inek Far('ubice,
~.Iard 2/3

3/0 J 9/62/02
CavitY wavemeters tj) ')9 1 /:)5c.
ztylci I)evel or
.,!no
july 4, !961
Card 5/3

HOIUK2 J.; ZBIRMMI M.
Reactions of tr,t, r-lorinfithanesulfenyl. ctjorRa
.i and its derivativou.
A. 3. 6011 Cz Chfm 29 no,qs2194-2205 S '64.
1. Teohnischs Hochschulle fur Ghemie, l,rag,.ie,,

V
SURNAIIE, Given Names
Countx7: c:-eclfioslovakia
Academic Degrees: /not given/
Affiliation: /not given/
-0 3,
Source: 3x-a-U, i.,. lava, Geo;-rafici~,y Casopis, Vol XIII, 1961, r)E) 253-231
Data: 'IfIlermixiology for Kaps, Particularly Historical 1-11aps. A LiscuB.:3ion
',;eld 4n -i-,e historical Institute of the Czechoslovak AcadeL--y of
- U--
Sciences, 15, November 1960.11
Aut-*,,ors: --C)R,~K, J.V.
-i~~
VITTIS, J.

!'0!-'K 0 K.
The manufacture of gypsum ani gypsurr, prr-fabricutc-d pnrtn froll. Opave. p. 411
A 191i ")
" rllnt',~~rstvo ntlivellnictvi) Vol. 34, N'(). 11, Mov.
(
Praha, %echonlovakia
SOU'll"E: East European List (EFAL) Library of
nongress, 1101. .112 "0. 1, Tanuary 1957
It I I

K.
PMar and chamber mining with sciapers in the J. Stetku Mine at Chrustenice.
P- 73. (RudY, Vol. 5, No. 3, Mar 195?, Praha, Cz"hoslovakJA)
, n
SO: Monthly List of East European Accessions MEAL) LG, Vol. 6, No. -' , " ug 1057, Uncl.

TECH'~'-:Hk ',Y
UD
nerirdicals: R" Y Vol. 6, no. 9, Sept. 1.59
HCRAK', K. Main problems of prospecting, irdnifig, and ore dres-sini, L'I
Barrandium. p. 298.
Mionthly List of East European Access-.Lcns (KEAI) LC Vol. r9l no.
May 1959, 'Unclass.

HORAK, K.; AMA, J.
Reverse and zero reactance of electric circuits.
p. 474. SOVETSKA VEDA: ENERGEMA. (Ceskoslovenska
akademia ved. Technicka sekce) Praha. Vol. It,
no. 4, 1956.
SOURCE: East European Accessions Lipt, (E&AL),
Library of Congress. Vol.';', no. 12,
December 195~4

HORAK, K.
HORAK, K. 400 kv, electric lines in the USSR* P. 614, Vol 4', noe 5.,
1956 SOVETSKk VEDA: ENERCETIYA
Praha,, Czechoslovakia
SOURCE: East European Accessiorls List (FEAL) Vol. 6, Wo. 4--k,ril 1957

HORJkK, K.
Study of electrical engineering in our tochnical universities.
(Supplement) p. T1. BLEKTROTECHNICKY OI,4ZOR. (Mnis'%-,erttvo
strojirenstvi a MinisterBtvo paliv a energetiky) Prahao
Vol. 45, No. 1. Jan. 1956
SOURCES: EEAL - W Vol. 5, No. 10 Oct. 1956

ii(DaAK, E.
0. 'e.eisser and F. Schulz's Elektroenergeti.ka (Electric Power); a book review.
P. 607- (117,1EKTROTECHINICKY UBZUR) (Priaha, Czechoslovalda) Vol. ~:6, no. 11, Niov. 11457
SO: 1,1onthly Index of East European Accession (E---AI) IC Vol. 7, NO. 5, iMay 1953

RUIAK, K.
Notes on articles written by J. Sedlak concernina the resistance oC lonG
eleatric-power lines; also remarks by J. Sedlak, p. 1~80,
ELMRCTECIMICKY CBZOR. (Ministeretvo to-Oceho strojiranstvi a Cji;1koslovanake
vedecka, technicka. spolecnost pro elektrotechnil-u. pri 3*vkosl*venskO akademii
ved) Praha, Czechoslovakia. Vol. 48, no. 9, Sept. 1959.
llonthly list of East European Accessions I) W, vol. 9, no. 1, -Tan. 1960.
Uncl.

Matrix symbols for designing tied-in electric netwarks.
El tech cas 13 no.9:564,568 162.

IIORAKJ, Karel., inz.
Calcualtion of a comp2icated network system by meano of a digital
computer. El tech ob2or 51 no.12:642-651 D 162.
1. Vysoka skola dopravni.

HORAK, L.
Some interesting geologic profiles at construction sites in Pragme and
its suburbs. p. 180.
(Casopis Pro Mineralogii A Geologii, Vol. 2. no. 2, 1057. Pmha, Czech-
oslovakia)
SO: Monthly List of East European Accessions (EEEAL) LC, Vol. (, no. 10, October 1957. Uncl.

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Pngup Prektidw IAw. No 14t 20 July 1965p pp "2-545
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a/o35/6P./ooo/011/046/079
AO01/A101
AUTHOR: Horhk, Ladislav
TITLE: Railroad transition curve
PERIODICAL: Beferativnyy zhurnal, Astronomiya i Geoaeziya, no. 11, 1962, 12 -
13, abstract 110101 ("Geod. a kaftogr. obzor", 1S62, v. 8/5o,
no. 5, 84-88, Czech)
TEXT: The author recommends the following method of calculating a rail-
road transition curve having the shape of a cubic parabola
P x3 x3
To secure a smooth transition of a railroad way into a circular curve, it is ne-
cessary that the center of the latter would be located on the common normal to
it and to the transition curve. Curvature of transition ourve Is the same for
all radii of the curves; curves with different radii, e.g. r, and 1-2 (see Fig-
ure 1) are joined with the transition curve at points ZO, and Z02 located at
Ca~d 1/5

-9/035/62/000/011/o46,/079
Railroad transition curve A001/A101
distances 11 = np, and 12 = IIP2 = ?1,/r2 from the be-ginning ZP of the transi-
tion curve. Here w - r1 - 11.8 nV2, where n - 10V and V is velocity. The ordi-
nate of the end ZO of the transition curve is determined from -the expression:
k 12 13
and tangent of angle formed by the tangent with the ahacissa axis, is the
first derivative of the transition curve equation:
y X2 X2 tg
'~_rl I ~i~ ~
For the end ZO of the transition curve and tg 12. The coordi-
2-W
nates of center S of the curve located on the normal at the point of joining
the transition and circular curves have the values x. - I - r - sinA, Y. = k +
+ r - COSA. Radius P of the transition curve curIvature is determined from the
expression: (1+y 12)3/2
71
Card 2/5

Railroad transition curve
S/035/62/000/011/046/079
A001A101
where Y" = L- is the second derivative of the transition curve equation,
Ir r1 and for point ZO the radius r In order to eliminate
x - X - COS3 V P - COS3 il. *
bending of the curve at point ZO, caused by the difference in curvature radii of
the transition and circular curves, values of curvature radii ) are presented In
the tables proposed by the author. Circular curves wittl the given radius r are
Joined into a single transition curve in spots nearest to the maximum value of
radius p, but in no case at the point of transition curve calculated for the ta-
bular value of radiuz r. The transition curve length along the axis of railway
is equal to l + 13 1 + 15
10 ~0_2 ~07
r
(Figure 2); polar angle the angle In the beginning ZP of the transition cLave
between the main tangent and d1rectiou to the end ZO of the transition curve, is
.determined from the expression:
tg k = 1 12
1
Card 3/5

Railroad transition curve
S/035/62/000/011/046/079
AOOI/AlOl
the length of secant d between individual points of the transition curve Is
equal to
d = V(kTkl)r + (12-11)
angleT between the common tangent t' to both curves and secant in direction to
ZP is equal to difference k- S; the projection length of the tangent onto the
abscissa axis k 12 2r 1
-0 - tg~ rr 7- - 3
distance between point T and ZP: b = 1 St = ~ 1; distance between point T
St k 3
and ZO: z.=-~~ ~~ the length of the tangent to The whole curve with
0 , in ; Q~
two-sided transition curves of the same length: to S + ys , tg 2 ; the total
length of the whole curve with transition curves: do 21 0 + r - arc ~L-2?,.)
where ~.C is external angle of extreme tangents. The tables proposed by the
author do not call for any calculations while performing a railroad surveying.
To survey the junction of circular and transition curves one has to calculate
card 4/5

Railroad transition curve
S/035/62/ooo/oll/046/079
A001/AlOl
the position of the center of the circular curve on the common normal, lengths
of tangents and the length of the circular curve along the axis of railway. These
tables can be used also for a detailed surveying of transitIon curves.
[Abstracter's note: Complete translation]
Figure I
N. Modrinskiy
Card 5/5
Figure

SKALNIK, Jan; MWBAL, JaroelAvj__~qW,.-I&4q3Ay . ..........._
Reflex epilepsy orig*nating in the intestinal tract. Cook. neurol.
25 no.4t230-242 J1 162.
1. Neurologicka klin4ka lakarake fakulty University J. Ev. Purlqne
v Brne, prednoota prof. MUDr. K. Popak.
(EPIUPSY etiol) (INTESTRM die) (RUUM CONDITIMD)

KIIJANO K.; HORAKI L.
Law postbalbar ulcer. Ceirk. gastroelit. ryz. 17 fto-3~-185-188
Ap 163.
1. Chirurgicke oddeleni nemoonice ve Svitavachp vedcrual
MDr. L. Vemola.
(FMIC ULCER HEMMIRHAGE) (DUODENAL ULCER)

HORAK, Ludvik
New technologicaltrends IV aircrart,constrvation. Tech praca
16 no.3:177-1?8 Mr 164,
1. Strojirny prvni petilatky, Kunovice.

HOIdJC, Lubonifr
Czechoslovakia
Chair of Geology of the Facul*y of Hatm.-al Sciences
of Charles University -- Prague (Katr:.~dra re-ologia
C>
na pl--Irodovdeckd fakultZi University Karlovy -
Praha)
Prague, ~asopis pro mine ralo_&# _R__go qlp ii7 Ro 4, 1962,
404-405
New In-ooimation on the Structure of tli-*,! Skryje-
L
Tyrovice Cambrium."