Anti-reflection glass (AR)
Anti-reflection glass (AR) is transmittance-enhancing glass. When light travels from an optically thinner medium to an optically denser medium, the reflected light has a half-wave loss. After coating the glass with an AR film, the optical path difference between the light reflected from the front surface of the film and that from the film's front surface is exactly half a wavelength, so the reflected light from the two surfaces of the film cancels out, which is equivalent to increasing the energy of the transmitted light. Moreover, by coating both sides of the glass simultaneously, the reflection effect can be reduced on both surfaces at the same time. Because AR glass uses magnetron sputtering coating technology, the sputtered substances are all transparent optical film systems formed by the movement of nanoscale atoms. It does not affect the performance of the glass itself, and also has a hardening effect, protecting the glass itself, with extremely strong adhesion. It can be regarded as having already formed a whole with the glass.
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