Optomechatronical Measurement Systems
Type | lecture |
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Term | Wintersemester 2024/25 |
Dates | See TUMonline |
Description
Principles of Optomechatronics, Interaction of Optics,
Electronics and Mechanics, Optomechatronical Systems,
Measurement Technology at Interfaces, Properties of Optical
Radiation, Geometrical, Wave and Beam Optics, Laser Radiation and Gaussian Optics, Interference, Diffraction, Refraction,
Speckles, Laser Scattering, Principles of Signal Processing,
Correlation Analysis, Electronic Speckle Pattern Correlation
ESPC, Electronic Speckle Pattern Interferometry ESPI, Thin Film
Interferometry, Thin Film Stress Measurement, Detection of
Interface Reactions, Optical Biochemical Sensors, Bio-optomechatronical Systems, Optical Transducers,
Optomechanical Sensor Arrangements, Compact Environmental
Sensor System, Ambient-sensitive Detection, Optical Waveguide
Micro-Sensors, Fiber Temperature Probe, Surface Acoustic Wave
Sensors, Optoacoustic Measurement Techniques.
Electronics and Mechanics, Optomechatronical Systems,
Measurement Technology at Interfaces, Properties of Optical
Radiation, Geometrical, Wave and Beam Optics, Laser Radiation and Gaussian Optics, Interference, Diffraction, Refraction,
Speckles, Laser Scattering, Principles of Signal Processing,
Correlation Analysis, Electronic Speckle Pattern Correlation
ESPC, Electronic Speckle Pattern Interferometry ESPI, Thin Film
Interferometry, Thin Film Stress Measurement, Detection of
Interface Reactions, Optical Biochemical Sensors, Bio-optomechatronical Systems, Optical Transducers,
Optomechanical Sensor Arrangements, Compact Environmental
Sensor System, Ambient-sensitive Detection, Optical Waveguide
Micro-Sensors, Fiber Temperature Probe, Surface Acoustic Wave
Sensors, Optoacoustic Measurement Techniques.
Links
Lecture | Tutorial |
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Wed., 9:45-11.15, N0507 Dr.-Ing. Martin Jakobi | Wed., 11.30 - 12.15, N0507 Dr.-Ing. Martin Jakobi |