VORTRÄGE |
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Dienstag 17.05.2005 |
Vortrag |
Zeit |
Saal |
Autor(en) und Titel |
Details |
Z1 |
20:00 |
A |
R. Torge |
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Applied Physics at University und Technical University of Wroclaw (Breslau) from 1905-1945. |
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Z2 |
20:30 |
A |
I. Wilk |
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Applied Optics in Wroclaw University of Technology after the year 1945 |
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Mittwoch 18.05.2005 |
Vortrag |
Zeit |
Saal |
Autor(en) und Titel |
Details |
H1 |
09:00 |
A |
H. Kasprzak |
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Optical properties of refractive media of the eye |
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H2 |
09:30 |
A |
C. J. R. Sheppard |
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Three-dimensional microscopy |
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A1 |
11:00 |
A |
C. Pruss, A. Ruprecht, K. Körner, W. Osten, P. Lücke |
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Diffractive Elements for Chromatic Confocal Sensors |
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B1 |
11:00 |
B |
V. Matusevich, A. Kiessling, R. Kowarschik, A.E. Zagorskiy, V.V. Shepelevich |
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Beam self-trapping in a BCT crystal |
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A2 |
11:15 |
A |
A. Kowalczyk |
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Spectral optical tomography in ophthalmology |
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B2 |
11:15 |
B |
K. Pismennaya, O. Kashin, V. Matusevich, A. Kiessling, R. Kowarschik |
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1D beam self-trapping in a SBN crystal |
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A3 |
11:30 |
A |
H. Joost, K.D. Hinsch |
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Tomographic study of acoustic emission by parametric arrays for airborne sound |
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B3 |
11:30 |
B |
V. Matusevich, A. Kiessling, R. Kowarschik |
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Rewritable filter in a photorefractive BCT crystal |
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A4 |
11:45 |
A |
C. Richter, G. Häusler |
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Highly improved measurement speed of white light interferometry |
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B4 |
11:45 |
B |
E. Weidner, A. Kiessling, R. Kowarschik |
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Generation of quasi-steady and steady state PR solitons in an optically active crystal |
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A5 |
12:00 |
A |
B. Wiesner, G. Häusler |
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A new method to reduce the measuring uncertainty and the number of outliers in white-light interferometry |
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B5 |
12:00 |
B |
K. A. BrzdÄ…kiewicz, M. A. Karpierz, A. Fratalocchi, G. Assanto, E. Nowinowski-Kruszelnicki |
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Discrete Spatial Solitons in Nematic Liquid Crystals |
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A6 |
12:15 |
A |
P. Pavlicek, Z. Duan, M. Takeda |
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Spatial coherence profilometry |
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B6 |
12:15 |
B |
M.A.Karpierz, K.A.Brzdąkiewicz, K.Osińska |
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Spatial solitons in nematic liquid crystals |
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A7 |
12:30 |
A |
N. Schön, G. Häusler |
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How to localize 3D-views in space? |
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B7 |
12:30 |
B |
S. Paulekuhn, J. Peuser, M. Schmiedchen, J. Petter, T. Tschudi |
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Fast switching phase modulator based on nematic liquid crystals for phase multiplexing in holographic data-storage-systems |
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H3 |
13:30 |
A |
H. Bartelt |
|
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Optical Fiber Sensor Systems |
|
H4 |
14:00 |
A |
T. Pustelny |
|
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Some problems concerning the light propagation in the aspect of optoelectronic sensors |
|
A8 |
16:30 |
A |
P. Erichsen, F. Peter |
|
|
MTF test equipment for control of image quality in the production line of camera lenses |
|
B8 |
16:30 |
B |
F. Krogmann, W. Mönch, H. Zappe |
|
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Adaptive Micro-Lenses based on electro-wetting |
|
A9 |
16:45 |
A |
E. Langenbach |
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Accuracy of optical radius measurements |
|
B9 |
16:45 |
B |
D. Dietrich, K.-H. Brenner, J. Bähr |
|
|
Refractive beam-shaping element fabricated by silver-sodium ion-exchange in glass |
|
A10 |
17:00 |
A |
G. Seitz |
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Absolute interferometeric measurement of non rotational symmetric surface errors - a new evaluation concept |
|
B10 |
17:00 |
B |
F. Brechtefeld, K. Mantel |
|
|
Is a right-handed negative refracting material possible ? |
|
A11 |
17:15 |
A |
I. Harder, J. Schwider, N. Lindlein |
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DUV-Shearing Interferometer with reduced spatial and temporal coherence |
|
B11 |
17:15 |
B |
T. R. Woliński, A. W. Domański, P. Lesiak, M. Koźlik |
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Polarimetric fiber optic strain sensing based on highly birefringent fibers |
|
A12 |
17:30 |
A |
S. Reichelt, H. Zappe |
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Mach-Zehnder / Twyman-Green hybride interferometer for micro-lens testing |
|
B12 |
17:30 |
B |
M. Pfeffer |
|
|
Optomechanical Aspects of Plastic Optics |
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A13 |
18:00 |
A |
B. H. Kleemann, J. Erxmeyer, K. Heidemann |
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Echelles vs. lamellar ridge gratings for lline narrowing of DUV excimer lasers |
|
B13 |
18:00 |
B |
K.-H. Brenner |
|
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Fabrication of asymmetric laser beam shaping elements |
|
A14 |
18:15 |
A |
A. J. Antonczak, K. M. Abramski |
|
|
Frequency Control of Microchip Lasers |
|
B14 |
18:15 |
B |
C. Glasenapp, H. Zappe |
|
|
A parallel, grey-scale direct-writer for micro-optics and microstructures |
|
A15 |
18:30 |
A |
C. BrĂĽggemann |
|
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Measuring the bending of diode laser bars |
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B15 |
18:30 |
B |
P. Lesiak, T. R. Woliński |
|
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Influence of longitudinal strain on polarization mode dispersion compensation by using highly birefringent fibers |
|
A16 |
18:45 |
A |
C. Heinisch, S. Lichtenberg, V. M. Petrov, J. Petter, T. Tschudi |
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Spectral Bragg filter with a synthesized transfer function |
|
B16 |
18:45 |
B |
B. Gänswein |
|
|
Optical Coatings: Standadization on DIN and ISO-Level |
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|
Donnerstag 19.05.2005 |
Vortrag |
Zeit |
Saal |
Autor(en) und Titel |
Details |
H5 |
08:30 |
A |
R. Schuhmann |
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Innovative intraocular lens implants |
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H6 |
09:00 |
A |
R. Naskręcki |
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Time resolved optical spectroscopy - from milisecond to attosecond |
|
A17 |
10:00 |
A |
C. Rühl, F. Wolfsgruber, H. Koch, G. Häusler |
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A simple and efficient optical 3D-Sensor based on "Photometric Stereo" |
|
B17 |
10:00 |
B |
J. Strzelecki, K. Chalasinska-Macukow |
|
|
Influence of Gabor Wavelet Transform on Fingerprints Identification |
|
A18 |
10:15 |
A |
I. Scheele, S. Krey |
|
|
Measurement of aspheric surfaces with 3D-Deflectometry |
|
B18 |
10:15 |
B |
H. Wagner, A. Wiegmann, R. Kowarschik, F. Zöllner |
|
|
3-D measurement of human face by stereophotogrammetry |
|
A19 |
10:30 |
A |
B. Schäfer, K. Mann, G. Marowsky, C. P. Hauri, J. Biegert, U. Keller |
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|
Characterisation, wavefront reconstruction and propagation of ultra-broadband laser pulses from Hartmann-Shack measurements |
|
B19 |
10:30 |
B |
M. Widlicka , W. ĹšrĂłdka , H. Kasprzak |
|
|
The influence of the IOP on the geometrical and biomechanical properties of the linear model of the eye globe - effect of the optical self-adjustment. |
|
A20 |
10:45 |
A |
K. Szwedowicz, W. v. Amstel, S. Bäumer |
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|
Extended height resolution in 3D Deflectometry |
|
B20 |
10:45 |
B |
J. Bauer, H. Podbielska |
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Pattern recognition of thermovision images for biometrics |
|
A21 |
11:15 |
A |
J. Schwider |
|
|
Talbot- versus Shack-Hartmann Sensor: global aberration measurement in the presence of mid-frequency waviness |
|
B21 |
11:15 |
B |
W. Nowak, H. Kasprzak, A. Hachol |
|
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The method of measurement and analyse of the pupil response to the light |
|
A22 |
11:30 |
A |
S. Lowitzsch, J. Kaminski, G. Häusler |
|
|
Shape reconstruction of 3d-objects from noisy slope data |
|
B22 |
11:30 |
B |
D. Szczęsna, H. Kasprzak |
|
|
Numerical modeling of imaging of the eye pupil through the cornea |
|
A23 |
11:45 |
A |
G. Häusler, M. Knauer, J. Kaminski, K. Veit, R. Seßner, W. Malcherek, M. Hornauer |
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|
Full field measurement of progressive lenses within seconds |
|
B23 |
11:45 |
B |
J. Bauer, E. Boerner, H. Podbielska |
|
|
Pattern recognition of laser transillumination images for diagnosis of finger joints diseases |
|
A24 |
12:00 |
A |
R. Dorn, J. Pfund, M. Beyerlein, J. Lamprecht, N. Lindlein, J. Schwider, R. Kaiser, H. Lapsien |
|
|
Fast, comprehensive and reliable testing of micro-optical elements and systems |
|
B24 |
12:00 |
B |
T. Fricke-Begemann, M.A. Bader, J. Ihlemann, C. Kappel, J. Meinertz, A. Selle |
|
|
Two-photon fluorescence: large area excitation and enhanced sensitivity using waveguide structures |
|
A25 |
12:15 |
A |
N. Lindlein |
|
|
Miscellaneous about the simulation and evaluation of foci |
|
B25 |
12:15 |
B |
C. Glasenapp, H. Zappe |
|
|
Micro-array scanner for flexible, parallel, and hyperspectral fluorescence detection |
|
A26 |
12:30 |
A |
R. Riesenberg, A. Wuttig |
|
|
Pinhole-arrays and lenseless holographic micro-imaging |
|
B26 |
12:30 |
B |
A. Ulatowska-JarĹĽa , U. Bindig, H. Podbielska , I. Holowacz , G. MĂĽller, H. J. Eichler , J. Beuthan, I. Gersonde |
|
|
Sol-gel coatings for fiberoptics appliances |
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Freitag 20.05.2005 |
Vortrag |
Zeit |
Saal |
Autor(en) und Titel |
Details |
H7 |
08:30 |
A |
C. Radzewicz, K. Banaszek, A. Dragan, W. Wasilewski |
|
|
Can quantum entanglement increase optical channel capacity? |
|
H8 |
09:00 |
A |
W. Osten |
|
|
Resolution enhanced technologies in optical metrology |
|
A27 |
10:00 |
A |
G. Ehret, B. Bodermann, W. Mirandé |
|
|
Comparison of dark field microscopy with alternating grazing incidence illumination and bright field microscopy |
|
B27 |
10:00 |
B |
P. R. Kaczmarek, A. Waz, K. M. Abramski |
|
|
Laser Fiber Vibrometry at 1550nm Telecommunication Wavelength |
|
A28 |
10:15 |
A |
W. Vollrath, A. Bold, A. Bösser, M. Heiden, G. Hoppen, I. Paulus |
|
|
Ultra high resolution DUV water immersion microscope objective |
|
B28 |
10:15 |
B |
M. Horn, G. Schweiger |
|
|
Optical temperature sensor based on whispering gallery modes |
|
A29 |
10:30 |
A |
B. Bodermann, G. Ehret, W. Mirandé |
|
|
Comparison of different microscope imaging models for different structure geometries on the basis of rigorous diffraction calculation |
|
B29 |
10:30 |
B |
P. Langehanenberg, B. Kemper, S. Knoche, C. Denz, G. v. Bally |
|
|
Application of Digital Image Correlation Techniques in Spatial Phase Shifting Interferometry |
|
A30 |
10:45 |
A |
D. Carl, A. Höink, B. Kemper, J. Schnekenburger, G. v. Bally |
|
|
Digital holographic multi-focus quantitative phase contrast microscopy |
|
B30 |
10:45 |
B |
K. Patorski, A. Styk |
|
|
Studies of the influence of average intensity changes in phase shifted interferograms on phase shift histogram distribution |
|
A31 |
11:00 |
A |
W. Michaelis, D. Bergmann, E. Buhr |
|
|
Application of digital image sensors in microscopy fpr traceable measurements of 2-dimensional structures: Problems and potential solutions |
|
B31 |
11:00 |
B |
S. Lichtenberg, C. Heinisch, V.M. Petrov, J. Petter, T.Tschudi |
|
|
Gas refractive index measurements using dynamic phase-shift keyed gratings |
|
A32 |
11:15 |
A |
J. Winterot, R. Wartmann, J. Thirase |
|
|
Special requirements to the optics of stereo microscopes for fluorescens applications |
|
B32 |
11:15 |
B |
Th. Kinder, Th. MĂĽller-Wirts, K.-D. Salewski, J.-U. GĂĽnther |
|
|
Measurement of the frequency linewidth of single-mode lasers by means of a quadrature signal interferometer |
|
H9 |
11:45 |
A |
B. Dörband, H. Müller |
|
|
Ernst Abbe – Innovator of Applied Optics and Social Reformer |
|
H10 |
12:15 |
A |
E. Heybrock |
|
|
Promotion of Innovation in Optical Technologies: A Triad of Research, Economics and Education |
|
A33 |
13:45 |
|
V. V. Krishnamachari, H. Deitmar, O. Grothe, C. Denz |
|
|
A photorefractive novelty filter module for commercial microscope systems: Design, development and applications. |
|
B33 |
13:45 |
B |
J. Hahn, V.M. Petrov , J. Petter, M.P. Petrov, T. Tschudi |
|
|
Measuring the pressure of light with an adaptive holographic interferometer |
|
A34 |
14:00 |
A |
U. Spöri, C. Wagner, D. Baddeley, H. Mathée, C. Cremer |
|
|
Nanometry of Bio-Molecular Complexes using PSF Reconstruction in SMI Microscopy |
|
B34 |
14:00 |
B |
A. El Jarad, G. GĂĽlker, K. Hinsch |
|
|
A combination of ESPI, microscopic ESPI and Digital Speckle Correlation to study salt-induced deterioration in porous materials |
|
A35 |
14:15 |
A |
A. Rohrbach |
|
|
Imaging of interactions with Photonic Force Microscopy |
|
B35 |
14:15 |
B |
A. Popiołek-Masajada, J. Masajada |
|
|
The unique properties of the interference field produced by three plane wave interference and their meaning for optical vortex interferometer |
|
A36 |
14:30 |
A |
M. Pluta, W. Grill, E. Tverdovsky |
|
|
On Acoustic Field Focusing Caustics caused by Material Anisotropy and Inhomogenity |
|
B36 |
14:30 |
B |
A. Bresan, M. Schnieper, M. Pfeffer |
|
|
Optical Properties of Diffractive Anti-Reflective Gratings on Curved Surfaces: Fabrication and Testing |
|
A37 |
14:45 |
A |
X. Liu, K.-H. Brenner |
|
|
New treatment of light propagation in absorbing media |
|
B37 |
14:45 |
B |
M. Amberg, S. Sinzinger |
|
|
Efficient Coupling Mechanisms for Planar Integrated Optical Systems |
|
A38 |
15:00 |
A |
R. Shi, M. Matthae, R. Danz, R. Wartmann |
|
|
Design aspects of planapochromatically corrected microscope objectives for reflected light applications |
|
B38 |
15:00 |
B |
D. Wohlfeld |
|
|
Fabrication of integrated structures for coupling VCSEL to fibre |
|
A39 |
15:15 |
A |
A. Grjasnow, R. Riesenberg, A. Wuttig |
|
|
Lensless coherent imaging by multi-plane interference detection |
|
B39 |
15:15 |
B |
A. W. Domański |
|
|
Compensation analysis of polarization mode dispersion for partially coherent light |
|
A40 |
15:30 |
A |
S. Ziolkowski, K.-H. Brenner |
|
|
Polarisation properties of a perfect high-NA focusing lens |
|
B40 |
15:30 |
B |
J. Kobelke, H. Bartelt, J. Kirchhof, S. Unger, K. Schuster, K. Mörl, K. Oh |
|
|
Doped Photonic Crystal Fibres - Enhanced possibilities for modification of propagation and for improved application of microstructured fibres |
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POSTER |
Vortrag |
Autor(en) und Titel |
Details |
P1 |
|
J. Kaminski, C. Rühl, F. Wolfsgruber, G. Häusler, H. Koch , R. Lampalzer, E.-B. Häußler, P. Kaudewitz, F. Klämpfl, A. Görtler |
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|
A simple and efficient Photometric Stereo sensor for dermatological applications ("UV-Laser Therapy") |
|
P2 |
|
M. Sierakowski, A. W. Domański, M. Olszewski |
|
|
Fiber-Optic Colorimeter |
|
P3 |
|
U. Trutschel, U. Langbein, M. Markert, M. Duguay, S. Mittler |
|
|
Plasmonic Field Excitations in metal-clad Fiber Geometries |
|
P4 |
|
S. Brantzen, B. Menges, F. Völklein, U. Langbein |
|
|
Thermo-optical detection of surface plasmon resonance |
|
P5 |
|
J. Gettkant, D. Dirksen, G. v. Bally |
|
|
A Portable Electronic Speckle Pattern Interferometer with Integrated Topometric Surface Analysis |
|
P6 |
|
G. Bischoff, T. Rottmann, Z. Böröcz, D. Dirksen, G. v. Bally |
|
|
A Mobile True Color Topometric Sensor for Medical and Art Conservation Applications |
|
P7 |
|
W. Mönch, J. Dehnert, H. Zappe |
|
|
Polymer Fabry-PĂ©rot filters for organic solvent detection |
|
P8 |
|
J. Roths, C. Sudan, R. Kuttler, C. Gerz |
|
|
High Precision, Low-Cost Interrogation System for Fiber Bragg Grating Sensors |
|
P9 |
|
X. Liu, K.-H. Brenner |
|
|
Integrated fibre resonator for atom detection using deep UV-lithography |
|
P10 |
|
M. Schulz |
|
|
Traceable Multiple Sensor System for High Accuracy Form Measurement |
|
P11 |
|
G. Statkiewicz, T. Martynkien, W. Urbanczyk |
|
|
Polarization properties of photonic bandgap birefringent holey fiber |
|
P12 |
|
E. ĹšwiÄ…tek-Najwer, M. ZajÄ…c |
|
|
Elliptic zone plate – investigation of imaging properties |
|
P13 |
|
G. K. Rurimo, S. Quabis, G. Leuchs, M. Schardt, S. Malzer, G. Dohler |
|
|
Focusing beams of polarization order number +1 onto a quantum well heterostructure |
|
P14 |
|
D. Boroday |
|
|
Heat resistance of heat-retention lagging materials’ optical measurement method for orbital spaceship "Buran" |
|
P15 |
|
A. Schröter, G. Häusler |
|
|
The “spectral radar” as an optical profiler |
|
P16 |
|
R. Gross, X. Laboureux, G. Häusler |
|
|
Inspection of micro-drills with “white light interferometry” |
|
P17 |
|
G. Khan, K. Mantel, N. Lindlein, J. Schwider |
|
|
Testing aspherical surfaces in interferometric setup: Analysis and removal of alignment errors |
|
P18 |
|
J. Winter, A. Bösel, K.-D. Salewski, U. Lübbert |
|
|
Single-mode-frequency-tuning of an ECDL in Littrow configuration using an acousto-optic-modulator (AOM) |
|
P19 |
|
P. Seitz, E. Stelzer, A. Rohrbach |
|
|
Scanning functionalized, structured surfaces with optically trapped probes |
|
P20 |
|
C. HĂĽlsmann, C. Steigerwald, S. F. Herrmann, K. D. Hinsch |
|
|
Interferometric alignment-method in holographic flow measurements |
|
P21 |
|
V. Eichhorn, H. Helmers |
|
|
Phase-Shifting Electronic Speckle Pattern Interferometry (ESPI) with Unresolved Speckle |
|
P22 |
|
J. M. Chicharro, A. BayĂłn, F. Salazar |
|
|
Measurement of the variation of Young modulus on internal stress in ferromagnetics by speckle interferometry |
|
P23 |
|
S. Drobczyński, H. Kasprzak |
|
|
Imaging polarimetry with carrier frequency for the linearly birefringent media |
|
P24 |
|
R. Börret, E. Krumpen, J. Burger |
|
|
Development of an automatic adjustment process for an a commercially available Interferometer |
|
P25 |
|
M. Wurm, B. Bodermann, W. Mirandé |
|
|
Evaluation of Scatterometry Tools for Critical Dimension Metrology |
|
P26 |
|
D. Knyazev, S. Sosnovsky/, V. Zorin, L. Bolotine, F. Guillemin |
|
|
Evaluation of Meta-tetra (Hydroxyphenil)chlorin incorporation into lipid bilayer |
|
P27 |
|
W. Michalski |
|
|
Preliminary studies of influence of CTL-1106 biostimulation laser beam on soft human tissues |
|
P28 |
|
S. Knoche, B. Kemper, P. Langehanenberg, M. Noll, K. Irion, G. v. Bally |
|
|
Elasticity difference detection of silicon models and biological tissue by spatial phase shifting endoscopic Electronic-Speckle-Pattern Interferometry |
|
P29 |
|
R. Thien, B. Kemper, G. v. Bally |
|
|
Microscope Holographic Double-Exposure Interferometer for the Analysis of Living Cells |
|
P30 |
|
D. Siedlecki, H. Kasprzak, B.K. Pierscionek |
|
|
Novel eye schematic model and its application in radial gradient index intraocular lens design |
|
P31 |
|
M. Greve, B. Bodermann, H. R. Telle, P. Baum, E. Riedle |
|
|
Gated heterodyne coherent anti-Stokes Raman scattering for high-contrast molecule-specific imaging |
|
P32 |
|
H. Kress, E. Stelzer, G. Griffiths, A. Rohrbach |
|
|
Radiation pressure control in photonic force microscopy and application to biophysical membrane binding studies |
|
P33 |
|
M. Amberg, K. Ramser, J. Enger, M. Goksör, E. Eriksson, D. Hanstrop, S. Sinzinger |
|
|
Integrated Micro-Optics for Microfluidic Systems |
|
P34 |
|
S. Somalingam, R. Bräutigam, K. Kaur, T. Tschudi |
|
|
Improvement of switching dynamics of nematic liquid crystals for phase modulation and integrated optic applications |
|
P35 |
|
E. F. Plinski, D. A. Wojaczek, J. S. Witkowski, A. Izworski |
|
|
The information system in investigations of the laser signature phenomenon |
|
P36 |
|
R. Heming, J. Jahns, M. Gruber, L. Wittig, E. Kley |
|
|
Combination of binary and analog lithography to fabricate efficient planar-integrated free-space optical interconnects |
|
P37 |
|
M. Mrozowicz, K. Chalasinska-Macukow |
|
|
Model of multi-bit addressable photorefractive memory. |
|
P38 |
|
A. Waz, P. R. Kaczmarek, K. M. Abramski |
|
|
Coherent detection of scattered laser beams |
|
P39 |
|
W. Horn, G. Berger, C. Denz, I. Földvári |
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Non-volatile volume holograms in bismuth tellurite crystals with nanosecond laser pulses |
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P41 |
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P. Kurzynowski, W. A. WoĹşniak |
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Superposition rule for the magneto-optic effects in isotropic media |
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P42 |
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C. am Weg, M. Schmiedchen, T. Tschudi |
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Adaptive liquid crystal lens arrays for Integral Imaging |
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P43 |
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Cz. Prokopowicz, A. Kolodziejczyk, G. Mikula, M. Makowski, M. Sypek, A. Kowalik |
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Linear zone plate operating in the non-paraxial zone of diffraction. |
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P44 |
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R. GĂĽther |
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Optimization of SHG for high-brightness semiconductor laser diode radiation with large aberrations |
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P45 |
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G. Kloos |
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Design and evaluation of adaptive optical systems |
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P46 |
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A. C. Wei, T. Seiler, M. Gruber |
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Practical realization of reflective metallic coatings for planar-integrated free-space optics |
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P47 |
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C. Heinisch, S. Lichtenberg, V. M. Petrov, J. Petter, T. Tschudi |
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Coupled-wave theory of reflective phase-shift keyed Bragg grating |
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P48 |
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U. Berg, N. Lindlein, J. Schwider |
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Tailoring the directional characteristic of a ground glass screen with a DOE |
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P49 |
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A. Matusevich, K. Pismennaya, V. Matusevich, A. Kiessling, R. Kowarschik |
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Photorefractive properties of a SBN crystal |
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P50 |
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S. Glaubrecht, N. Lindlein, J. Schwider |
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Implementation of rigorous differential diffraction theory |
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P51 |
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G. K. Rurimo, S. Quabis, G. Leuchs |
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A pupil mask to reduce the lateral spot size of a highly focused radially polarized light field |
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P52 |
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W. M. Saj, J. Pniewski, T. Antosiewicz, T. Szoplik |
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Plasmonic waveguides on silver nanorods and nanoplates |
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P53 |
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A. Strauss, S. Brueckner, U. Roepke, H. Bartelt |
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Thermal Poling of Silica |
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P54 |
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J. MĂĽller, S. Quabis, G. Leuchs |
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Polarization dependent light transmission through circular apertures of sub-wavelength dimensions |
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P57 |
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T. Czyszanowski, W. Nakwaski |
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Optical phenomena in semiconductor laser devices modeled with the help of vectorial and scalar models |
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