Spartially, Temporally and Spectrally Adapted Light for Applications

Beschreibung

Contents: OPTO-THERMAL SIMULATION OF LASER-EXCITED REMOTE PHOSPHOR SYSTEMS INTELLIGENT PHOTOELECTRIC SURFACE OF LIGHT EMITTING MODULES DERMATOSCOPIC MEASUREMENT SYSTEM HIGH-RESOLUTION LED VEHICLE HEADLIGHTS HAND-HELD PROJECTION AND MEASUREMENT SYSTEM FOR SURGICAL INTERVENTIONS IMAGING IN SCATTERING MEDIA FEASIBILITY STUDY OF REAR END AUTOMOTIVE LAMP DESIGN WITH DIFFRACTIVE OPTICS THERMODYNAMIC CHARACTERIZATION OF LED LIGHTING SYSTEMS ADDITIVE MANUFACTURING OF REFLECTORS FOR MINIATURIZED OPTICAL SYSTEMS LASER LCOS HIGH-RESOLUTION HEADLAMP DEVELOPMENT OF INTEGRATED μLED PLATFORMS AND THEIR APPLICATIONS IN LIFE SCIENCES FEMTOSECOND WRITING OF WAVEGUIDES LASER PRECISION MACHINING OF POLYMER-BASED OPTICS OPTICAL VISUALIZATION OF DYNAMIC STRESS WAVES IN TRANSPARENT SOLIDS AGEING BEHAVIOR OF LEDS DRIVEN BY PWM INCLUDING POWER SUPPLY AND ELECTROSTATIC DISCHARGE

Autor*in

Roland Lachmayer

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Laser Optics Tailored Light

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