Light and radiation measurement technology - Prüfungsnummer 9958403

Contents of the lecture:

1. Introduction
   
   • Radiation quantities, wavelength ranges, applications
   • metrology, traceability, thermal / non-thermal radiation sources
   • radiation sources, Planck's radiation law
2. Reference light and radiation sources
   
   • Calculable primary radiation sources
     
     • Cavity radiator
     • Synchrotron radiation source
   • Standard light sources: Tungsten ribbon lamps, spectral lamps
   • LED, laser
3. Light and radiation sensors
   
   • Basics: photon detectors, thermal receivers
   • Primary receivers: cryoradiometers, trap receivers
   • The human eye, V(λ) adaptation
   • Characterization of light and radiation sensors
     
     • Properties of radiation sensors: linearity, spectral sensitivity
     • sensitivity, homogeneity, ageing, geometry
4. Receiver system and applications
   
   • Illuminance/irradiance measurement
   • Luminous flux/radiant power measurement
   • Luminous intensity/irradiance measurement
   • Luminance/radiance measurement
   • Radiation thermometer
     
     • Imaging methods, thermographic camera
     • Spatially resolved measurements
     • Measurement of photometric material parameters
5. Excursion to the Center for Applied Energy Research e.V. in Würzburg

Dozent: Prof. Dr. Jürgen Hartmann
Stand: 03.09.2024