2034 results:
1931. Christian Schulz - Dr.-Ing. Christian Schulz  
Dr.-Ing. Christian Schulz Postdoc, Microwave Systems Address: Ruhr-University Bochum Faculty of Electrical Engineering and Information Technology Microwave Systems Universitätsstraße 150 …  
1932. Prof. Dr.-Ing. Jürgen Oehm  
 
1933. PINK - PINK  
PINK RADAR-BASED MODULAR ELECTRONIC SYSTEM WITH HIGHEST PRECISION FOR INDUSTRIAL TEST AND CALIBRATION TASKS The PINK project aims to explore the introduction of innovative radar sensor technology…  
1934. Optical waveguides and optical mems - (Kopie 9)  
(Kopie 9) [Translate to English:] Principle of the planar interferometer and SEM photo of realized systems (etch depth in silica: 100 um, sidewall roughness (Ra) < 10 nm, angle of sidewall 89…  
1935. Optical waveguides and optical mems  
Assembled interferometer device with fibre coupling / sensor chip, interferometer and GRIN-lens in relation to a ball pen M. Hoffmann, S. Dickhut, E.Voges: Fiber Ribbon Alignment…  
1936. Optical waveguides and optical mems  
Principle view of a laser tracker system (single system; at least 3 systems needed for 3D trilateration of a moving tool center point (TCP)  
1937. Optical waveguides and optical mems  
All figures: © Martin Hoffmann (Lehrstuhl für Hochfrequenztechnik, Universität Dortmund), Dissertationsschrift M. Hoffmann, P. Kopka, E. Voges: Thermo-optical digital switch…  
1938. Optical waveguides and optical mems  
Principle of an adiabatic waveguide switch with thermooptic switching realized in SiON technology  
1939. Optical waveguides and optical mems  
Transmission characteristics of an un-annealed PECVD SiON waveguide including coupling loss to singlemode fibres at both ends M. Hoffmann, H. Bezzaoui, E. Voges: Micromechanical…  
1940. Optical waveguides and optical mems  
Principle (left) and photograph (right) of a high-index waveguide with large evanescent field and almost circular field distribution  
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