A fluorescent dyed polymer sheet receives excitation energy from ultraviolet wavelengths from 200 nanometers to 370 nanometers and converts to visible light wavelengths. This conversion allows for use of existing ultraviolet light sources to produce visible light for visualizing, photographing, documenting...
A first angle-to-area converter receives visible light in the first portion and decreases the angle of the visible light to a desired angle. A second angle-to-area converter receives UV energy in the second portion and decreases the angle of the UV energy to a desired angle. A phosphor ...
ultraviolet-visible light detector 英 [ˌʌltrəˈvaɪələt ˈvɪzəbl laɪt dɪˈtektə(r)] 美 [ˌʌltrəˈvaɪələt ˈvɪzəbl laɪt...
Ultraviolet-visible light full spectrum spectrophotometer Product serial number Service Hotline:025-83209816 Product Inquiry Back to List Product description The UV-Visible full-spectrum spectrophotometer breaks through the limitations of traditional detection, allowing users to obtain highly accurate results an...
(redirected fromVisible-Light/Ultraviolet Experiment) AcronymDefinition VUEVoices in Urban Education VUEVirtual University Education VUEVirtual University Enterprises VUEVivendi Universal Entertainment VUEVisual User Environment(HPUX) VUEViolent Unknown Event(film) ...
In contrast, BBPDs address the requirement for ultraviolet–visible light detection, which covers the spectral range from UVC to visible (UV–Vis), i.e., 230–800 nm. Si-based devices are currently the most common material for broadband photodetection devices. Si-based UV detectors (∼1.1 ...
1. radiation lying in the ultraviolet range; wave lengths shorter than light but longer than X rays Adjective 1. having or employing wavelengths shorter than light but longer than X-rays; lying outside the visible spectrum at its violet end; ...
The meaning of ULTRAVIOLET is situated beyond the visible spectrum at its violet end —used of radiation having a wavelength shorter than wavelengths of visible light and longer than those of X-rays. How to use ultraviolet in a sentence.
1), revolutionizing solid-state lighting due to their remarkable efficiency and versatility. The potential of GaN-based optoelectronics extends far beyond lighting, fostering innovation across various applications, including displays, visible-light communications, sensors and photolithography2,3,4,5. ...
The present invention provides photocatalysts showing excellent sensitivity not only in ultraviolet light region but also in visible light region. The ultraviolet and visible light-