the color of visible light can be determined by frequency or wavelength.
the color of visible light can be determined by frequency or wavelength.
the color of visible light can be determined by frequency or?
wavelength
plastic (polycarbonate) sunglasses generally absorb uv radiation. uv overexposure to the eyes causes snow blindness, common to areas with reflective surfaces, such as snow or water.









































section::::types of non-ionizing electromagnetic radiation.:visible light.









































light, or visible light, is the very narrow range of electromagnetic radiation that is visible to the human eye (about 400–700 nm), or up to 380–750 nm. more broadly, physicists refer to light as electromagnetic radiation of all wavelengths, whether visible or not.









































high-energy visible light is blue-violet light with a higher damaging potential.









































section::::types of non-ionizing electromagnetic radiation.:infrared.
non-ionizing radiation
visible light imaging









































visible light imaging is an imaging modality that uses visible light.









































section::::in medicine.









































section::::in medicine.:standardization and adoption.









































even prior to specific support in dicom for visible light imaging, the standard could already encapsulate color images, e.g., in jpeg format as secondary capture images









































. the need for standardized communication of digital visible light images from various specialties, and the need for specialty-specific acquisition context metadata and an appropriate controlled terminology









































was recognized









































not long after the dicom standard was introduced and the terminology of visible light imaging was introduced to the standard
visible light imaging