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Showing posts with the label Light-induced Spectroscopy

Applications in Light-induced Spectroscopy with violet LED lamp: Autofluorescence by Etcheverry in Journal of Clinical Case Reports Medical Images and Health Sciences.

Applications in Light-induced Spectroscopy with violet LED lamp: Autofluorescence by Etcheverr y in Journal of Clinical Case Reports Medical Images and Health Sciences. Abstract Introduction Materials and methods LED lamp construction and its photometric/radiometric characterization Results and discussion Converging lens design: a) Schematic drawing from lens data sheet; b) drawing the profile using the Blender 2.76 program; c) Application of spin tool to obtain the solid of revolution of the profile drawn in b); d) simulated lens with better definition than c), which was exported to Zemax; e) system of lens-LED in Zemax, and analysis of the emission on a detector surface located at 20 cm of the LED; f) photograph of the real lens.  number of incident rays (n), wavelength, source-surface distance, and power, were specified. A scheme of the design process can be seen in Fig.3. Blender 2.76 program; c) Application of spin tool to obtain the solid of revolution of the profile drawn in...