PHOTONICS PRAGUE 2002
The
4th International Conference
on
Photonics, Devices and Systems
Prague,
Czech Republic
26-29 May 2002
1: Lasers and photodetectors in
industry, imaging and sensors
2: Physics and simulation of photonic devices
3: Guided wave photonic devices
4:
Testing, reliability and packadging of photonic devices
5: Ultrafast photonic phenomena
6: Photonic crystals and photonic bandgap structures
7: Organic photonic materials and devices
8: Difractive and holographic technologies for photonic systems
9: Non-linear materials, devices and applications
Number |
Name of abstract, authors |
015 |
New
generation of all-optical devices for future communication networks Ivan
GLESK Princeton
University, USA |
143 |
Micro-optical
technologies, optoelectronic devices and proof-of-principle demonstrators:
Towards photonically enhanced computing Hugo
THIENPONT Vrije Universiteit, Brussels, Belgium
|
155 |
Optimum design of CMOS APS imagers Victor
A. SHILIN, Pavel A. SKRYLEV Inst. of
Design Problems in Microelectron., Russian AS,
Moscow Russia
|
156 |
High
density optical recording J.J.M. BRAAT TU Delft, The Netherlands
|
157 |
Photonic
crystal fibres a new class of optical waveguides Anders BJARKLEV, Kristian HOUGAARD,
Jesper RIISHEDE, Stig BARKOU LIBORI, Erik KNUDSEN, Jes BROENG* COM, Technical University of Denmark,
Lyngby, Denmark, *) Crystal Fibre A/S, Birkerod, Denmark |
014 |
An integrated optical pickup for high resolution
digital storage and optical measuring technique Theo TSCHUDI, Lingli WANG*), S. STANKOVIC, M.
HAIN, S. BHATTACHARIA, D. DIAZ1, E. PAWLOWSKI, M. FERSTL2 1 Darmstadt
University of Technology, Germany 2 Heinrich-Hertz-Institut für Nachrichtentechnik, Berlin, Germany
|
Topic
1: Lasers and photodetectors in
industry, imaging and sensors
Number |
Name of abstract, authors |
120 | Highly coherent tunable semiconductor lasers in metrology of length |
Břetislav MIKEL, Bohdan RŮŽIČKA, Ondřej ČÍP, Josef LAZAR, Petr JEDLIČKA |
|
Inst. of Sci. Instrum., Czech AS, Brno, Czech Republic |
|
109 |
Manufacture monitoring of composite materials using three different sensors (optical fibre, piezoelectric and dielectric sensors) |
Michelle SALVIA, Nicole JAFFREZIC-RENAULT, Emmanuel CHAILLEUX1, Ivan KAŠÍK2, Yves JAYET3, Gérard SEYTRE4 |
|
1Ecole Centrale de Lyon, Ecully, France, 2Inst. Radio Eng. And Electronics, Czech AS, Prague, Czech Republic, 3INSA Villeurbanne, France, 4Université Claude Bernard, Villeurbanne, France |
|
048 |
Image
quality influenced by selected image sensor parameters |
Stanislav VÍTEK, Jiří HOZMAN |
|
Czech Technical University, Prague, Czech Republic |
|
121 | Interferometric methods for deformation measurement of civil engineering and machinery structures |
J. NOVÁK, A. MIKŠ | |
Czech
Technical University, Prague, Czech Republic |
|
124 |
Fast sampling multipixel detector for a heterodyne interferometer with angstrom precision |
Oleg
SOLOVIEV, Gleb VDOVIN, Luke KRIEG, Davies de Lima MONTEIRO, Joseph BRAAT,
Paddy FRENCH |
|
Delft University of Technology, The Netherlands | |
123 |
Dedicated
CMOS sensor for dynamic optical profiling |
Davies de LIMA MONTEIRO, Gleb VDOVIN, P.M. SARO |
|
Delft University of Technology, The Netherlands |
|
125 |
2W high brilliance semiconductor lasers with Bragg-grating filtering |
Katrin
PASCHKE, Reiner GÜTHER, Jörg FRICKE, Jürgen SEBASTIAN |
|
Ferdinand-Braun-Institut
für Höchstfrequenztechnik, Berlin, Germany |
|
072 |
Polarization visualization of multifractal objects in inhomogeneous media |
Oleg. V. ANGELSKY, A.G. USHENKO, D.N. BURKOVETS, Yu.A. USHENKO |
|
Chernistry National University, Ukraine | |
074 |
Multifractal approach to rough surfaces characterisation |
Oleg
V. ANGELSKY, Alexander V. KOVALCHUK, D. N. BURKOVETS |
|
Chernistry National University, Ukraine | |
009 |
Photodetection and computer
analysis of a human eye retina image influenced by glaucoma |
František PLUHÁČEK, Jaroslav POSPÍŠIL | |
Palacký University, Olomouc, Czech Republic | |
082 |
Interference technique for characterizing of rough surfaces |
Oleg
V. ANGELSKY, Genady V. DEMYANOVSKII,
Peter P. MAKSIMIAK |
|
Chernistry National University, Ukraine | |
127 |
New technique for non-stationary noise response simulation in CMOS imager sensors |
M. M. GOURARY, S. G. RUSAKOV, S. L. ULYANOV, M. M. ZHAROV, IPPM, B. J. MULVANEY |
|
Russian Academy of Sciences, Moscow, Russia, Motorola Inc., Austin, Texas, USA | |
085 |
Optical porous silicon based sensors with chemically
modified surface for detection of organic vapors |
T.
CHVOJKA, T. HOLEC, I. JELÍNEK, I. NĚMEC, J. JINDŘICH, M. LORENC, J.
KOUTNÍKOVÁ, V. KRÁL, J. DIAN |
|
Charles
University Prague, Czech Republic |
|
090 | Interrelations of fine structure of the vector field and its polarization singularities |
Igor
I. MOKHUN, Oleg V. ANGELSKY |
|
Chernivtsy National University,
Ukraine |
|
148 |
Absorption
of laser radiation by components of disperse layer |
O.N.
KOZAKOV |
|
Chernivtsy National University, Ukraine |
|
163 |
Vortices,
their networks and field structure. Relationships and informative aspects
Oleg
V. ANGELSKY, Roman O. BRANDEL, Igor I. MOKHUN Chernivtsy
National University, Ukraine
|
177 | Monitoring of laser welding processes by optical emission spectroscopy |
Jaroslav BRNUCKO, František UHEREK, M. MICHALKA, D. CHORVAT | |
International Laser Center, Bratislava, Slovakia |
Poster presentation Topic 1
Number |
Name of abstract, authors |
081 |
Phase elements by means of a lithographic system employing a spatial filter modulator |
Ivo AUBRECHT, Miroslav MILER, Jan PALA | |
Inst. Radio Eng. and Electronics AS, Prague, Czech Republic | |
099 |
Generation of
quasi-diffraction-free beams and the inverse problem: detection of Čerenkov
radiation |
M.
LAUB1, M. MILER2 |
|
1Czech Technical University, Prague, Czech Republic, 2Inst. Radio Eng. and Electronics, Acad. Sci., Prague, Czech Republic |
027 |
Peculiarities
in electroluminescence of quantum dot laser heterostructures Innokenty I. NOVIKOV,
Nikita Yu. GORDEEV, Leonid Ya. KARACHINSKY, Peter S. KOP'EV,
Victor M.USTINOV1, Sergey V. ZAITSEV2 1A.F.Ioffe
Phys.-Techn. Inst. of Russian Acad. Sci.,
St.Petersburg, Russia 2Nova Crystals, Inc., San Jose, USA |
060 |
Investigation of the
sensitivity of PCS fibers to changes of light absorption coefficient of
the cladding Miroslav
CHOMÁT, Jan MRÁZEK, Vlastimil MATĚJEC, Ivan KAŠÍK, Jana SKOKÁNKOVÁ Inst.
Radio Eng. and Electronics, Acad. Sci., Prague, Czech Republic |
128 |
An optical sensor with a
PCS sensing fiber for the detection of hydrocarbons in flowing water Miroslav
CHOMÁT, Daniela BERKOVÁ, Vlastimil MATĚJEC, Gabriela KUNCOVÁ, Ivan KAŠÍK
Inst.
Radio Eng. and Electronics, Czech AS, Prague, Czech Republic |
001 |
Measuring parameters and
characteristics of a fibre-optic spectrometer using white-light spectral
interferrometry Petr
HLUBINA1, Igor GUROV, Vladimir CHODUNOV 2 1Silesian
University, Opava, Czech Republic 2 Inst. Fine Mechanics and Optics, Saint-Petersburg, Russia
|
068 |
Optical properties of thin layers and condition of the reactive sputtering
for passivation of SQWSCH lasers
Beata
STANCZYK, Andrzej JAGODA, L. DOBRZAŃSKI, A. MALAG,
S. WRÓBEL, A.E. KOWALCZYK Institute
of Electronic Materials Technology, Warszaw, Poland |
117 |
Light-scattering from waveguide structures with sinusoidal boundary
modulated by a weak random perturbation Igor.
I. MOKHUN1, Miroslav MILER2, 1Chernivtsy
University, Ukraine, 2 Inst. Radio Eng. and Electronics, Czech AS, Prague, Czech Republic |
069 |
AlN
mirror coating for high power (AlGa)As laser diodes
Andrzej
JAGODA,
L.
DOBRZAŃSKI, A. MALAG, Beata STANCZYK,
S. WRÓBEL, A.E. KOWALCZYK Institute of Electronic Materials
Technology, Warszaw, Poland |
073 |
Wavelet-analysis
of multifractal images Oleg.
V. ANGELSKY1, A.G. USHENKO1,
Dmitry N. BURKOVETS1, Genady V. DEMIDOVSKY2 1Chernivtsy
National University, Ukraine 2Ltd.
Chernivtsy, Ukraine |
031 |
Eye-safe
intracavity optical parametric oscillator in diode pumped passively
Q-switched Nd:YAG slab laser W.
ZENDZIAN, J.K. JABCZYŃSKI, J. KWIATKOWSKI, Military
University of Technology, Warsaw,
Poland |
118 |
Testing
of security applications of optical JTC Miloš
KLÍMA Czech
Technical University, Prague, Czech Republic |
122 |
Ray method for measurement of static deformation of rough surfaces Antonín
MIKŠ, J. NOVÁK Czech
Technical University, Prague, Czech Republic |
129 |
An optical fiber sensor for the measurement of
electric current Dalwoo
KIM, Choong Soo LIM, and Kijang OH Research
Inst.of Industrial Science and Technology, Pohang, Korea |
039 |
Mode-locking of diode and
flashlamp pumped Nd:YAG lasers using semiconductors saturable absorbers Andrej
DOMBROVSKÝ, Václav KUBEČEK,
Karel ZVONÍČEK, Jean-Claude DIELS, Andreas STINTZ Czech
Technical University, Prague, Czech Republic |
033 |
Ultralow-pump-threshold
laser diode pumped Cr:LiSAF laser Václav
KUBEČEK, Jean-Claude DIELS, Raphael QUINTERO Czech
Technical University, Prague, Czech Republic |
077 |
Sensitivity of an AIG fiber with the germanium
oxide-doped silica core to refractive-index changes of the optical
cladding
Ivan
KAŠÍK, Vlastimil MATĚJEC, Miroslav CHOMÁT, Daniela BERKOVÁ, Gabriela
KUNCOVÁ Inst.
Radio Eng. and Electronics, Czech AS. Prague, Czech Republic |
079 |
Superhighspeed laser system for plasma diagnostics Yu. G. KALININ, A. V. KOREL´SKIY, Jelena V. KRAVTCHENKO,
A. Yu. SHASHKOV RRC "Kurchatov Institute", Moscow, Russia |
028 |
The self-imaging
phenomenon and its applications Jiří
KYVALSKÝ Palacky
University, Olomouc, Czech Republic |
037 |
10 W cw Nd-doped double-clad fibre laser operating at 1.06 mm A.
ZAJAC, M. SKÓRCZAKOWSKI, J. ŚWIDERSKI, G. ADAMSKI Military
University of Technology, Warsaw, Poland |
151 |
Accuracy
improvement of unflat object size measurements in laser scanning systems Viktor V. TARASOV, Yuri G. YAKUSHENKOV "Cyclone" State institute, Moscow, Russia
|
152 |
Automatic
stand for metrological certification of high-accuracy angular measuring
devices Yuri B. PARVULYUSOV, Valery A. ILYUHIN,
Yuri G. YAKUSHENKOV Moscow State University of Geodesy and
Cartography (MIIGAiK), Russia
|
167 |
Analysis of optical wedge to perform small-angle
beam deviation Dagmar SENDERÁKOVÁ Comenius University, Bratislava, Slovakia
|
176 |
Correction of CCD sensor noise Martin
NEKOLA, M. BERNAS Czech
Technical University, Prague, Czech Republic
|
Topic 2: Physics and simulation of photonic devices
Number |
Name of abstract, authors |
006 |
Semiconductor laser physics and simulation Mauro
PEREIRA TU Berlin, Germany |
002 |
White-light
spectral interferometry with the equalization wawelenght, determination
used to measure group velocity dispersion in optical samples Petr
HLUBINA Silesian
University, Opava, Czech Republic |
024 |
Optical
bistability in a bulk heavily doped Er:Yb:glass
laser M.
FROMAGER, K. AIT-AMEUR, Université de Caen, France, F.
SANCHEZ, Université d’Angers, France, G. MARTEL, Université
de Rouen, Mont-Saint-Aignan, France |
054 |
Non-destructive
imaging and characterisation of optical fibre Bragg gratings N.
M. DRAGOMIR, G. W. BAXTER, Victoria University, Melbourne,
Australia, P. M. FARREL, Altamar Networks, Doncaster, Australia, A.
ROBERTS, School of Physics, University of Melbourne, Australia |
067 |
Thermal
behavior of Bragg gratings formed in germanosilicate fiber Mário
J. N. LIMA, António L. J. TEIXEIRA, University of Aveiro, Portugal,
O. FRAZAO, INESC Porto, Portugal, Paulo S. B. ANDRÉ, J.
R. FERREIRA da ROCHA, University
of Aveiro, Portugal |
040 |
Improvement of the FD BPM
performance with Douglas and spline-functions interpolation schemes Marcel MIČAN, Ľubomír ŠUMICHRAST Slovak University of Technology, Bratislava, Slovakia |
086 |
Multiplication
of the baseband frequency of an optical modulated signal using a Mach-Zehnder
modulator Rogério
Nunes NOGUEIRA, Paulo ALMEIDA University
of Aveiro, Portugal |
061 |
Precise
characterization of fiber Bragg gratings for photonic communications
systems Rogério NOGUEIRA1, Ilda ABE1,2,
Hypolito KALINOWSKI2, J.
FERREIRA da ROCHA1, J. Lemos PINTO1, 1
Universidade de Aveiro, Portugal 2
CEFET/PR Curitiba, Brasil |
112 |
Explicit
finite-difference time-domain for nonlinear analysis of waveguide modes Mohammed
M. SHABAT, Nafez M. BARAKAT,
Islamic University of Gaza, Palestinian Authority, Samia AL-AZAB, Ain
Shams University, Egypt , D. JÄGER, Gerhard-Mercator University, Duisburg,
Germany |
113 |
Nonlinear
magnetostatic surface waves guided by a ferrite-ferroelectric
structure Z.I.
AL-SAHHAR, Al-Aqsa University, Gaza, Palestinian Authority,
Mohammed M. SHABAT, Islamic University of Gaza, Palestinian
Authority, D. JÄGER, Gerhard-Mercator University, Duisburg, Germany |
043 |
Scattering parameters
characterization of microwave photonics networks Laurent
ABBAL SUPAERO,Toulouse,
France |
029 |
Simulation of human
visual perception properties using human visual model J.
DUŠEK, K. ROUBÍK Czech
Technical University, Prague, Czech Republic |
023 |
Generation
of non-gaussian fundamental modes in low power end-pumped
NdYVO4 microchip laser Gilles
MARTEL, C. LABBE, Université de Rouen, France, F. SANCHEZ,
Université d'Angers, France M. FROMAGER, K. AIT-AMEUR,
Université de Caen, France
|
Number |
Name of abstract, authors |
055 |
Analysis
of Bragg grating written in high birefringence fibre optics Ilda
ABE, Rogério NOGUIERA, Universidade de Aveiro, Portugal, Bárbara W.
DIESEL, André S. EHLKE, Juliane TOSIN, Centro Federal de Educação
Tecnológica do Paraná, Curitiba, Brazil, Paulo S. ANDRÉ, João L.
PINTO, Universidade de Aveiro, Portugal, Hypolito J. KALINOWSKI, Centro
Federal de Educação Tecnológica do Paraná, Curitiba, Brazil |
|
075 |
Temperature
dependence of the multilayer films properties composed of magneto-optical
and dielectrical materials José Luis ARCE-DIEGO, Luis M.
VILLAVERDE-CASTANEDO, David
PEREDA-CUBIAN University
of Cantabria, Santander, Spain |
|
066 |
Double
heterojunction bipolar phototransistor model Michal
HORÁK Brno
University of Technology, Czech Republic |
|
013 |
Possibilities and
limitations of A2MX4 and AMX3
crystals growth Malgorzata
SUCHANSKA, S. KALUŽA, R. BELKA, M. PLAZA Kielce
University of Technology, Poland |
|
130 |
Rate
equations for ruby and alexandrite Q-switched lasers Jan
ŠULC, Helena JELÍNKOVÁ Czech
Technical University, Prague, Czech Republic |
|
020 |
Experiments on
non-diffracting beams Jaroslav
WAGNER Palacký
University, Olomouc, Cezch Republic |
|
083 |
Optical
diffraction by Sierpinski´s carpets
Alexander P. MAKSIMYAK, Vasyl V. RYUKHTIN Chernivtsy National University, Ukraine |
|
022 |
Dynamics of vectorial neodymium-doped fiber laser passively Q-switched by
a polymer based saturable absorber Gilles
MARTEL, R. BOUTABET,
C. LOISAU, T. CHARTIER, J.-M. NUNZI CORIA,
Mont St. Aignan, France |
|
017 |
WDM in SDH network - introducing and
interworking Ivan RADOS, Tanja SUNARIC, Pero TURALIJA HPT.d.o.o.
Mostar, Bosna and Herzegovina |
|
018 |
Dispersive optical bistability in unidirectional
ring cavity Fedor
ŠROBÁR Inst.
Radioeng. Acad. Sci, Prague, Czech Republic |
|
032 |
Revival of the angular
momentum of nondiffracting vortex beams after interaction with
nontransparent objects Zdeněk
BOUCHAL Palacký
University, Olomouc, Czech Republic |
|
011 |
Polarization
effects in laser diodes with quantum wells Belarussian State University, Minsk, Belarus |
|
166 |
Superradiance
as a transition phase from spontaneous to stimulated emission in
low-dimensional semiconductor heterostructures Leonid
Ya. KARACHINSKY, Nikita Yu. GORDEEV, Innokenty I. NOVIKOV,
Georgy G. ZEGRYA A.F.Ioffe Physico-Techn. Instit. of Russian AS, St.Petersburg,
Russia |
Topic 3: Guided wave photonic devices
Number |
Name of abstract, authors |
131 |
Nonlinear
electromagnetic waves in a nonlinear dielectric film bounded by a ferrite
cover Khitam
ELWASSEFI, Mohammed M. SHABAT, Islamic University, Gaza, Palestinian
Authority, D. JÄGER, Gerhard Mercator Universität, Duisburg, Germany |
|
005 |
Magneto-optical phenomena
in systems with prism coupling Martin
FOLDYNA, Jaromir PISTORA, Dalibor CIPRIAN, Technical
University, Ostrava, Czech Republic |
|
160 |
Exchangeable grating coupler for integrated-optic waveguides Miroslav
SKALSKÝ, Miroslav MILER, Jiří ČTYROKÝ Inst.
Radio Eng. and Electronics, Czech AS. Prague, Czech Republic
|
|
171 |
Functionalized photopolymers for integrated optical circuit applications L. MAGER1, F. GILLOT1, A.
FORT1, C. CARRE2 1 IPCMS/GONLO/MOON CNRS UMR
7504, Strasbourg
, France 2 ENSC, UMR CNRS 7525 Mulhouse, France |
|
173 |
All-optical
triode derived from tandem wavelength conversion in semiconductor lasers Yoshinobu
MAEDA Toyota
Technological Institute, Nagoya, Japan
|
Number |
Name of abstract, authors |
102 |
Fabrication
of Bragg grating structures in amorphous chalcogenide semiconductor thin
films Janis TETERIS University of
Latvia, Riga, Latvia |
057 |
Influence
of the temperature changes on the field distribution of the optical fiber
above the normalised frequency critical value Vladimír
VAŠINEK Technical
University Ostrava, Czech Republic |
132 |
Modelling
the gain and photon statistics of single and double pass Er
N.
N. PUSCAS, I. M. POPESCU University ''Politehnica'' of Bucharest, Romania
|
004 |
Magneto-optics of systems
containing non-coherent propagation in thick layers Kamil
POSTAVA1,2, O. ZIVOTSKY 2, Miroslav FOLDYNA2,
T.
YAMAGUCHI1, Jaroslav PISTORA1,2 Shizuoka
University, Hamamatsu, Japan Technical
University Ostrava, Czech Republic |
133 |
Carbon
layers for integrated optics Václav
PRAJZLER1, Ivan HÜTTEL2, Josef SCHRÖFEL1,
Pavla NEKVINDOVÁ2,
Jan GUROVIČ1, František ČERNÝ1 1Czech
Technical University, Prague, Czech Republic 2Institute
of Chemical Technology, Prague, Czech Republic |
Topic 4: Testing, reliability and packadging of photonic devices
Number |
Name of abstract, authors |
105 |
Spatial-temporal characterization of noise in web cameras
Javier
ALDA, José Manuel LÓPEZ-ALONSO University
Complutense of Madrid, Spain |
106 |
Principal component analysis in an image acquisition system. Bad pixel
extraction
Javier
ALDA, José Manuel LÓPEZ-ALONSO University
Complutense of Madrid, Spain |
149 |
Tight integration of imaging, motion and data acquisition techniques for the fiber optic alignment in single and arrayed photonics devices Ignazio E.M. PIACENTINI National
Instruments, Milano, Italy
|
170 |
Comparison of strain sensitivity of bare and integrated into sensor structure fibre Bragg grating Solomija
LEBID, Detlef HOFMANN, Frank BASEDAU Federal
Institute for Materials Research and Testing, Berlin, Germany
|
Number |
Name of abstract, authors |
Topic 5: Ultrafast photonic phenomena
Number |
Name of abstract, authors |
063 |
Ultrafast
exciton recombination in PbS quantum dots V.G. SAVITSKI,
N.N. POSNOV, A.M. MALYAREVICH, K.V. YUMASHEV,
International Laser Centre, Minsk, Belarus A.A. LIPOVSKII,
St.-Petersburg State Technical University, Russia |
096 |
Spectral
theory for femtosecond supercontinuum generation in microstructure fiber
with arbitrary dispersion Yuri A.
SHPOLYANSKIY, Sergei A. KOZLOV State Inst. of
Fine Mechanics and Optics, St. Petersburg, Russia |
064 |
Generation of high repetition rate pulse trains in a
fibre laser through a twin-core fibre
Pavel PETERKA,
P. HONZÁTKO, J. KAŇKA, Vlastimil MATĚJEC,
Ivan KAŠÍK Inst.
Radio Eng. and Electronics, Czech AS. Prague, Czech Republic |
Number |
Name of abstract, authors |
Topic 6: Photonic crystals and photonic bandgap structures
Number |
Name of abstract, authors |
007 |
Photonics crystals Mario
BERTOLOTTI Universita
"La Sapienza", Rome, Italy |
047 |
One
dimensional finite photonic crystals
as open cavities : Classical and quantum properties S.SEVERINI,
N.MATTIUCCI, A. SETTIMI, C.SIBILIA, G.D’AGUANNO, M.CENTINI ,
M.BERTOLOTTI, Universita’ di Roma “ La Sapienza”, Roma, Italy M.SCALORA,
C.M. BOWDEN, US Army Aviation and Missile Command, Huntsville, USA |
035 |
Amplification
of light upon reflection from planar films, gratings, and 2D photonic
crystals Jean
Pol VIGNERON, Virginie LOUSSE, Amand A. LUCAS Université
Notre-Dame de la Paix, Namur, Belgium |
095 |
Scattering of light by a
slab photonic material B.J.
HOENDERS, M. DOOSJE, J. KNOESTER University
of Groningen, The Netherlands |
042 |
Nonlinear transmission
and light localization in
photonic crystal waveguides Sergei
F. MINGALEEV, Yuri S. KIVSHAR Bogolyubov
Inst. for Theor. Physics, AS, Kiev, Ukraine |
036 |
Electromagnetic
reflection from the surface of a non-linear photonic crystal film Virginie
LOUSSE, Jean Pol VIGNERON Université
Notre-Dame de la Paix, Namur, Belgium |
065 |
Metal
doped photonic crystals Alexander
MOROZ Utrecht
University, The Netherlands |
080 |
Surface
contribution to the optical transmittance of a two-dimensional photonic
crystal L.PILOZZI,
D.SCHIUMARINI, N.TOMASSINI, A.D’ANDREA, Istituto di Metodologie Avanzate
Inorganiche, CNR, Monterotondo
Scalo (Roma), Italy |
008 |
Nonlinear
reflectivity control in
nonlinear one dimensional
finite photonic crystals A.BOSCO,
E.FAZIO, C.SIBILIA, G.D’AGUANNO, M.CENTINI, M.BERTOLOTTI Universita’
di Roma “ La Sapienza”, Roma, Italy Y.DUMIEGE
, A.LEVENSON, Laboratoire de Photonique et de Nanostructures -CNRS,
Marcoussis, France A.FIORE,
Ecole Polytechnique Federale de Lausanne, Switzerland M.SCALORA,
US Army Aviation and Missile Command, Huntsville, USA |
059 |
Fabrication and
characterisation of microstructure fibers with silica cores Vlastimil MATĚJEC, Ivan KAŠÍK, Miloš HAYER, Jiří KAŇKA, Pavel PETERKA, Pavel HONZÁTKO, Inst. Radio Eng. and Electronics, Acad. Sci. Prague, Czech
Republic |
168 |
Synthesis,
spectroscopy and fluorescence dynamics of rare earth doped single crystal
fluoride for 1.5 µm laser operation Madjid
DIAF, E. BOULMA, Z. CHOUAHDA University of Annaba, Algeria
|
Number |
Name of abstract, authors |
108 |
Spectral
and luminescence properties of Nd3+
ions in SrWO4 and BaWO4 crystals O.
K. ALIMOV, A. V. KOMYAKOVA, P. G. ZVEREV, I. S. VORONINA, N. M. POLOZKOV,
L. I. IVLEVA, T. T. BASIEV, V. V. OSIKO Laser
Materials and Technol. Res. Center of GPI, Moscow, Russia |
101 |
Photonic
band gap of opals and inverse opals A.D’ANDREA,
L. PILOZZI, D. SCHIUMARINI, N.TOMASSINI Istituto
di Metodologie Avanzate Inorganiche - CNR, Monterotondo Scalo (Roma),
Italy |
134 |
Tunability
effects in photonic band gap structures infiltrated with liquid crystals A.
D´ORAZIO, M. De SARIO, V. PETRUZELLI, F. PRUDENZANO, F. RENNA Politecnico
di Bari, Italy |
110 |
Supercontinuum generation
in photonic crystal fibers using tunable near-infrared femtosecond pulses
in 1.1 - 1.5 um region Ignác
BUGÁR, D. CHORVAT, Jr., Int. Laser Center, Bratislava, Slovakia, A. B.
FEDOTOV, A. N. NAUMOV, A. M. ZHELTIKOV, Lomonosov Moscow State University,
Russia, L. A. MELNIKOV, Saratov State University, Russia, V. I. BELOGLAZOV,
N. B. SKIBINA, Technol.
and Equip. for Glass Structures Inst., Saratov, Russia |
Topic 7: Organic photonic materials and devices
Number |
Name of abstract, authors |
010 |
Holographics storage, optical computing and
information processing using organic and biological materials D.V.G.L.N.
RAO University of
Masachussets, Boston, USA |
|
044 |
The dynamic of exciton states and optical
bistability in organic crystal Bogdan
M. NITSOVICH, C. Yu. ZENKOVA, O.V. DEREVYANCHUK Chernivtsy
National University, Ukraine |
|
172 |
Channel guide behavior of optical beams upon initiating photopolymerization K.D. DORKENOO1, L. MAGER1,
O. CRÉGUT1, A. FORT1, C.
CARRE2 1 IPCMS/GONLO/MOON CNRS UMR
7504, Strasbourg
, France 2 ENSC, UMR CNRS 7525 Mulhouse, France
|
Number |
Name of abstract, authors |
097 |
Inverted
top emitting organic diodes on semiconductors David VAUFREY, Jacques TARDY,
Ecole Centrale de
Lyon, Ecully, France |
Topic 8: Difractive and holographic technologies for photonic systems
Number |
Name of abstract, authors |
025 |
The
phase aperture: A new laser component? K.
AIT-AMEUR, M. FROMAGER Université de Caen, France |
046 |
Properties of chalcogenide vitreous semiconductors in diffractive and holographic technologies applications A.V.
STRONSKI1, M. VLČEK2 1Inst.
for Physics of Semiconductors, Nat. Acad.Sci, Kiev, Ukraine, 2Pardubice
University, Czech Republic
|
093 |
Holographic
technologies and elements with the use of amorphous chalcogenide thin
films Vladimir
V. VLASOV Uzhgorod
National University, Ukraine |
056 |
Holographic neuro predictor for fractal Brownian motion
Alexander
V. PAVLOV, Ravil Z. ZAKIROV S.I.Vavilov
State Optical Institute, St. Petersburg, Russia |
135 |
Deformable
mirrors with thermal actuators Gleb
VDOVIN, Mikhail LOKTEV Delft
University of Technology, The Netherlands |
070 |
Dynamic hologram amplification with incoherent optical pumping
O. ORMACHEA, D.V. GORBACH, Alexei L. TOLSTIK Belarusian
State University,
Minsk, Belarus
|
098 |
Modification of holographic diffractive doublets for
collimation of highly elliptical outgoing beams from edge emmiting diode
lasers Jan
PALA, Miroslav MILER, Ivo AUBRECHT Inst.
Radio Eng. and Electronics, Czech AS. Prague, Czech Republic |
147 |
Technology of spatial light modulators based on viscoelastic layers Serhat SAKARYA, Gleb VDOVIN, Lina SARRO TU
Delft, The Netherlands
|
Number |
Name of abstract, authors |
051 |
Holographic
couplers: A conctrete design and experimental example |
|
C.T.
MEDRANO1, I. ARIAS2, A. BLESA1, I. PLAZA1 1Universidad
de Zaragoza, Spain 2Universidad
de Salamanca, Spain |
050 |
Digital
holography at 10.6 mm
Enrico
ALLARIA1, Stefano BRUGIONI1, Sergio De NICOLA2,
Pietro FERRARO2, Simonetta GRILLI2, Riccardo MEUCCI1 1Istituto
Nazionale di Ottica Applicata, Firenze, Italy, 2Istituto
di Cibernetica CNR, Pozzuoli, Italy |
136 |
Techniques
for encoding composite diffractive optical elements Svetlana
N. KHONINA, Victor V. KOTLYAR,
Victor A. SOIFER Image
Processing Systems Institute, Russian Academy of Sciences, Samara,
Russia |
144 |
Noncontact three dimensional surface profiling using reflected-light holographic confocal microscopy Irena
CHYTKOVÁ, Zdeněk HARNA Brno University of Technology, Czech Republic
|
145 |
System for optical tomography Radomír
MALINA, Martin ANTOŠ Brno
University of Technology, Czech Republic
|
Topic 9: Non-linear materials, devices and applications
Number |
Name of abstract, authors |
041 |
Application
of the quaternions theory to the analysis of a semimagnetic semiconductor
microcavity David
PEREDA CUBIÁN, José Luis ARCE DIEGO1, Robert FREY2 1University
of Cantabria, Santander,
Spain, 2Université
Paris-Sud, Orsay, France |
|
078 |
Measurement
of Raman gain coefficient in standard single mode optical fibres for DWDM
photonic simulation purposed Paulo
Sérgio de BRITO ANDRÉ1,2, Hypolito José KALINOWSKI3,
Luis Mario BORGHESI Junior3, Joao Lemos PINTO1,2
1
Inst.de Telecom, Aveiro, Portugal, 2Universidade
de Aveiro, Portugal, 3Centro
Federal de Educacao Tecnológica, Curitiba, Brazil |
|
137 |
Optical
spectroscopic properties of the Er:LiNbO3 and Er:Yb:LiNbO3
proton exchange planar waveguides Pavel
ČAPEK1, Pavla NEKVINDOVÁ2, Anna MACKOVÁ3,
Vratislav PEŘINA3, Josef SCHRÖFEL1, Volkmar
DIELROLF4, Christian SANDMANN4, Jarmila ŠPIRKOVÁ2 1Czech
Technical University, Prague, Czech Republic, 2Institute
of Chemical Technology, Prague, Czech Republic, 3Institute
of Nuclear Physics, Acad. Sci., Řež, Czech Republic, 4Lehigh
University, Bethlehem, USA |
|
052 |
Nonlinear
TM surface waves along a single interface of antiferromagnet -
superconductor structure M.S.
HAMADA1, Mohammed M. SHABAT2, M.M. Abd ELAAL3, 1
Al-Aqsa
University, Palestinian Authority, 2
Islamic
University, Gaza, Palestinian Authority, 3
Ein Shams
University, Egypt |
|
062 |
Raman
laser for multiple wavelength satellite laser ranging Karel
HAMAL, Josef BLAŽEJ, Ivan PROCHÁZKA, Czech Technical University, Prague,
Czech Republic, Fu Min YANG, Jingfu HU, Shangai Astronomical Observatory,
People Republic of China |
|
089 |
Simulation
and evaluation of frequency coupling coefficients in the nonlinear
dispersive regime of single mode fibres Hypolito
José KALINOWSKI, Centro Federal de Educacao Tecnológica, Curitiba,
Brazil, Paulo Sérgio de
BRITO ANDRÉ, Inst.de Telecom, & Universidade de Aveiro, Portugal |
|
138 |
Properties
of the APE waveguides fabricated in Er:LiNbO3 and (Er+Yb)LiNbO3 Pavla
NEKVINDOVÁ1, Anna MACKOVÁ2, Vratislav PEŘINA2,
Jarmila ČERVENÁ2, Pavel ČAPEK3,
Josef SCHRÖFEL3, Volkmar DIELROLF4,
Christian SANDMANN4, Jarmila ŠPIRKOVÁ1 1
Institute of
Chemical Technology, Prague, Czech Republic, 2
Institute of
Nuclear Physics, Acad. Sci., Řež, Czech Republic, 3
Czech Technical
University, Prague, Czech Republic, 4
Lehigh
University, Bethlehem, USA |
|
104 |
Polarization
instability in anisotropic interferometer with resonant medium Oleg
G. ROMANOV, A.L. TOLSTIK1, L. WENKE2 1
Dept. Laser
Physics and Spectroscopy, Belarusian Accad. Sci, Minsk, Belarus, 2
Fridriech
Schiller University, Jena, Germany |
|
091 |
Coherent and incoherent
solitons in dense resonant media Oleg
KHASANOV, T.SMIRNOVA, Olga FEDOTOVA, D.GORBACH, R.VLASOV, A.AFANASIEV Inst.
of Physics of Solids and Semiconductors, Belarus National AS, Minsk,
Belarus |
|
003 |
Passively
mode locked Yb-doped double-clad fiber laser Francois
SANCHEZ, H. LEBLOND, M. SALHI, Université d’Angers, France, A. HIDEUR,
T. CHARTIER, Marc BRUNEL, Université de Rouen, France |
|
034 |
TM
nonlinear electromagnetic waves in semiconductor superlattices waveguiding
systems A.B. Abu-SHABAB, Mohammed M. SHABAT, Islamic
University, Gaza, Palestinian Authority |
|
125 |
Development
of a silicon-based modal liquid crystal wavefront corrector Mikhail
LOKTEV, Gleb VDOVIN, P.M. SARRO1, Alexander NAUMOV2 1
Delft
University of Technology, The Netherlands 2
Physical Optics
Corp., Torrance, USA |
|
021 |
Multiwave stimulated
Raman scattering with quasi-phase matching Nikolai
S. MAKAROV, Saint-Petersburg State Institute of Fine Mechanics and Optics,
Russia, Victor G. BESPALOV, S. I. Vavilov State Optical Institute,
Saint-Petersburg, Russia |
|
087 |
Multi-wavelength
conversion based on reflective semiconductor optical amplifiers António
TEIXEIRA, Mário LIMA, Paulo ANDRÉ, Felipe OLIVEIRA, Fernando JESUS, José
R.F. Da ROCHA, Universidade de Aveiro, Portugal |
|
088 |
Copper
selenide-dopped glasses: nonlinear optical properties and laser
applications K.V.
YUMASHEV, P.V. PROKOSHIN, S.A.ZOLOTOVSKAYA, Int- Laser Center, Minsk,
Belarus, V.S.GURIN, Phys-.Che.Res. Inst., Minsk, Belarus, A.A.ALEXEENKO,
Gomel State University, Belarus |
|
165 |
Study
of fabrication and properties of few modes planar lithium glass waveguides Linda
SALAVCOVÁ1, Pavla NEKVINDOVÁ1, Jarmila ČERVENÁ2,
Anna LANGROVÁ3, Jarmila ŠPIRKOVÁ3 1Inst. Chem.Technol, Prague, Czech Republic 2Inst. Nuclear Physics, Czech AS, Řež, Czech Republic 2Inst. Geology, Czech AS, Prague |
Number |
Name of abstract, authors |
107 |
Laser amplifier on LiF:F2-
color center laser T.T.
BASIEV, M.E. DOROSHENKO, S.B. KRAVTSOV, P.G. ZVEREV, Vadim V. SKORNYAKOV Laser
Materials and Technol. Res. Center of GPI, Moscow, Russia |
|
139 |
Diode
pumped passively Q-swithed nanosecond Raman laser on BAWO4
crystal converter Helena
JELÍNKOVÁ, Pavel ČERNÝ, Jan ŠULC1, Jan Karol JABCZYNSKI,
Waldemer ZENDZIAN2 1Czech
Technical University, Prague, Czech Republic 2Military
University of Technology, Warsaw, Poland |
|
140 |
Erbium
bulk doping and localized doping into various cuts of lithium niobate and
sapphire: a comparative study Pavla
NEKVINDOVÁ1, Anna MACKOVÁ2, Vratislav PEŘINA2,
Jarmila ČERVENÁ2, Pavel ČAPEK3,
Josef SCHRÖFEL3, Volkmar DIELROLF4,
Christian SANDMANN4, Jarmila ŠPIRKOVÁ1 1
Institute of
Chemical Technology, Prague, Czech Republic 2
Institute of
Nuclear Physics, Acad. Sci., Řež, Czech Republic 3
Czech Technical
University, Prague, Czech Republic, 4
Lehigh
University, Bethlehem, USA |
|
049 |
Inteferometric
characterization of uniaxial crystals Sergio
De NICOLA, Pietro FERRARO, Andrea FINIZIO, Paolo De NATALE, Simonetta
GRILLI, Giovanni PIERATTINI Istituto
de Cibernetica CNR, Pozzuoli, Italy |
|
114 |
Observation
of enhancement of nonlinear optical response in molecular pic J-aggregates
with increasing of exciton absorption linewidth Alexander
I. PLEKHANOV, R.V. MARKOV, Inst. of Automat. and Electrometry, RAS,
Novosibirsk, Russia, V.V. SHELKOVNIKOV, Novosibirsk Inst. of Organ.
Chemistry, RAS, Russia, J. KNOESTER, University of Groeningen, The
Netherlands |
|
103 |
Interaction
of cavity solitons in condition of symmetry-breaking instability Oleg.
B. ROMANOV, D.A. KHMELNITSKY Dept.
Laser Physics and Spectroscopy, Belarusian Accad. Sci, Minsk, Belarus |
|
092 |
Photon
echo peculiarities in dense resonant media
Oleg
KHASANOV, T.SMIRNOVA, G.RUSETSKY, Olga
FEDOTOVA, Inst.
Physics of Solids and Semiconductors, Belarus National AS, Minsk, Belarus |
|
026 |
Two-photon absorption in InGaAsP
waweguides Leonid
Ya. KARACHINSKY, N. Yu.
GORDEEV., P.S. KOP´EV, I.I.
NOVIKOV, A,V. LIUTETSKIY, N. A. PIKHTIN, I.S. TARASOV, N.V. FETISOVA, S.V.
ZAITSEV Ioffe
Physico-Technical Institute, St. Petersburg, Russia |
|
164 |
Planar glass optical waveguides containing transition metal ions Pavlína
NEBOLOVÁ1, Martin MIKA1, Anna MACKOVÁ2,
Gabriela KUNCOVÁ3, Anna LANGROVÁ4, Karel MACH5,
Jarmila ŠPIRKOVÁ1 1Inst. Chem.Technol, Prague, Czech Republic 2Inst. Nuclear Physics, Czech AS, Řež, Czech Republic 3Inst. Chem. Process Fundamentals, Czech AS, Prague, Czech Republic 4Inst. Geology, Czech AS, Prague, Czech Republic 4Heyrovsky
Inst. of Physical Chemistry, Czech AS, Prague |
Number |
Name of abstract, authors |
111 |
Silicon
nanocrystals microcavity D.
AMANS, S. CALLARD, A. GAGNAIRE, Jacques JOSEPH, Ecole Centrale de Lyon,
Ecully, France, G. LEDOUX, F. HUISKEN, Max-Planck-Institut für Strömungsforschung,
Göttingen, Germany |
|
016 |
Electroluminescent investigation of quantum dot
laser heterostructures Leonid
Ya. KARACHINSKY Ioffe Physico-Technical Institute, St. Petersburg, Russia |
|
162 |
Igor
I. MOKHUN1, Oleg V.ANGELSKY1, Roman O. BRANDEL2,
Valeryi M. BURSHTEIN2 1Chernivtsy National University, Ukraine 2Defis, Ltd, Ukraine |
Number |
Name of abstract, authors |
094 |
The
transformation of falling radiation into cylindrical polariton Mikhail
LIBENSON, Dimitry SMIRNOV Saint-Petersburg
State Inst. of Fine Mechanics and Optics, Russia |
045 |
Influence of weak
reflections from dielectric interfaces on properties of optical trap Petr JÁKL,
Mojmír ŠERÝ, Jan JEŽEK, Alexadr JONÁŠ, Miroslav LIŠKA, Pavel ZEMÁNEK Inst.
of Scientific Instruments, Acad. Sci.. Brno, Czech Republic |
053 |
Spatial structure of
chromatin in hybrid cells produced by laser induced fusion studied by
optical microscopy Jan JEŽEK,
Stanislav PALŠA, Emilie LUKÁŠOVÁ, Stanislav KOZUBEK, Petr JÁKL,
Alexandr JONÁŠ, Miroslav LIŠKA, Pavel ZEMÁNEK Inst.
of Sci. Instrum., Acad.Sci., Brno, Czech Republic |
142 |
Measurement of local photoluminescence and optically
induced photocurrent in semiconductor structures Markéta
BENEŠOVÁ, Pavel DOBIS, Pavel TOMÁNEK Brno
University of Technology, Czech Republic |
143 |
Photoluminescence
scanning near-field optical microscopy Dana KOŠŤÁLOVÁ, Lubomír GRMELA, Pavel
TOMÁNEK Brno University of Technology, Czech Republic
|
172 |
Exciton
dynamics in CdTe quantum dots Y. VIALE,
P. GILLIOT, B. HÖNERLAGE, R. LÉVY IPCMS, Université Louis Pasteur, Strasbourg I, France
|
Topic 11: Photonics in education
Number |
Name of abstract, authors |
076 |
Software
package for the analysis modeling and representation of polarization
dependent properties in photonic devices and networks José L. ARCE-DIEGO, David PEREDA-CUBIAN,
Bernardo REINO1, Čestmír VLČEK, Jan MASCHKE, Z. ZAORÁLEK2 1University of Cantabria, Spain,
2Military Academy Brno, Czech Republic |
|
038 |
Multimedia approach to
education in Photonics Malgorzata SUCHAŃSKA, J. CIOSMAK, Radoslaw BELKA Kielce University of Technology, Poland |
|
115 |
A new method for testing of objectives for miniature CCD cameras Marcin LEŚNIEWSKI Warsaw University of Technology, Poland |
|
116 |
Russian-American textbook "Coherent Photonics" Alexander
LARKIN Coherent
Photonic Center, Moscow, Russia |
|
119 |
Education
of photonic methods of information processing Miloš KLÍMA, Petr PÁTA, Jan KAISER Czech Technical University, Prague, Czech Republic |
|
Number |
Name of abstract, authors |
141 |
Diffraction
efficiency of relief gratings with various profiles Miroslav HRADIL1, Miroslav
MILER2 1
Palacký University, Olomouc, Czech Republic 2Inst.
of Radio Eng. and Electronics, Czech AS, Prague, Czech Republic |
071 |
Laboratory practical work on optical data processing E.
A. MELNIKOVA, Alexei L. TOLSTIK Belarusian
State University, Minsk, Belarus
|
146 |
Study of quantum-well lasers and integral and
optical elements within the framework of specialization in semiconductor
quantum electronics engineering |
150 |
Tests
for control of a would-be optician engineer’s knowledges and skills Andrey
N. ANDREEV, Yuri B. PARVULYUSOV, Inna S. SVESHNIKOVA, Yuri G. YAKUSHENKOV Moscow State University of Geodesy and Cartography, Russia |