| Ch. 1: |
Microstructure Technology
for Optical Component Fabrication (E.-Bernhard Kley, Lars-Christian
Wittig, Andreas Tünnermann) |
| Ch. 2: |
Microlithographic
Pattern Generation for Optics (Bernd Schnabel) |
| Ch. 3: |
Modeling of Free-Space
Microoptics (Uwe D. Zeitner, Peter Schreiber, Wolfgang
Karthe) |
| Ch. 4: |
Modeling of Photonic
Waveguides and Circuits (Reinhard März) |
| Ch. 5: |
Modeling of Waveguide-Optical
Devices by the Method of Lines (Reinhold Pregla) |
| Ch. 6: |
Microoptics Using
the LIGA Technology (Ines Frese) |
| Ch. 7: |
Modular Fabrication
Concept for LIGA-Based Microoptics (Jürgen Mohr,
Arndt Last, Ulrike Wallrabe) |
| Ch. 8: |
Fabrication of Optical
Waveguides in Dielectrics by Femtosecond Laser Pulses
(Stefan Nolte, Matthias Will, Jonas Burghoff, Andreas
Tünnermann) |
| Ch. 9: |
Integrated Planar
Erbium-Doped Waveguide Amplifiers: Technological and Optical
Considerations (Matthias Brinkmann, Steffen Reichel, Joseph
S. Hayden) |
| Ch. 10: |
Two-Dimensional Photonic
Crystal Waveguides (Cecile Jamois, Ulrich Gösele,
Ralf Boris Wehrspohn, Christian Hermann, Ortwin Hess,
Lucio Claudio Andreani) |
| Ch. 11: |
Interferometric Measurement
of Microlenses Including Cylindrical Lenses (Norbert Lindlein,
Jürgen Lamprecht, Johannes Schwider) |
| Ch. 12: |
The Integrated Microlens:
The Development of Vertical and Horizontal Integration
(Masahiro Oikawa) |
| Ch. 13: |
Planar-Integrated
Free-Space Optics: From Components to Systems (Matthias
Gruber, Jürgen Jahns) |
| Ch. 14: |
Microoptical Structures
for Semiconductor Light Sources (Werner Späth) |
| Ch. 15: |
Microoptic Sensors
(Albrecht Brandenburg) |
| Ch. 16: |
Fiber-Optic Gyros
and MEMS Accelerometers (Andreas Rasch, Eberhard Handrich,
Günter Spahlinger, Martin Hafen, Sven Voigt, Michael
Weingärtner) |
| Ch. 17: |
Microoptical Applications
in Spectrally Encoded Fiber Sensor Systems (Hartmut Bartelt) |
| Ch. 18: |
Microoptical Beam
Shaping for Supershort-Pulse Lasers (Rüdiger Grunwald,
Volker Kebbel) |
