Mirror Reflection Green. Mirrors are most efficient at reflecting light of green wavelengths, so they give off a tiny bit more green light than other colours. Most common mirrors reflect light from the green part of the spectrum better than from other parts, making the mirror's true. To prove that a mirror is green, place two mirrors so that they are in front of each other. In fact, our mirrors reflect green light, so they often make the objects in them have a greenish tinge. Mirrors appear green due to selective reflection and absorption of light by the reflective coating, combined with the slight inherent green. Most mirrors reflect green light stronger than other colors because they have an underlying layer of silica glass, the atoms of which reflect green wavelengths more than other colors,. But most mirrors we use aren't perfect. This greenish tint is imperceptible. That image you see, which looks like it stretches to infinity, is what they call an endless reflection. The silica glass substrate reflects a bit more green light than other wavelengths, giving the reflected mirror image a greenish hue.
from adcitymag.livejournal.com
To prove that a mirror is green, place two mirrors so that they are in front of each other. Most common mirrors reflect light from the green part of the spectrum better than from other parts, making the mirror's true. Most mirrors reflect green light stronger than other colors because they have an underlying layer of silica glass, the atoms of which reflect green wavelengths more than other colors,. Mirrors are most efficient at reflecting light of green wavelengths, so they give off a tiny bit more green light than other colours. This greenish tint is imperceptible. Mirrors appear green due to selective reflection and absorption of light by the reflective coating, combined with the slight inherent green. The silica glass substrate reflects a bit more green light than other wavelengths, giving the reflected mirror image a greenish hue. But most mirrors we use aren't perfect. That image you see, which looks like it stretches to infinity, is what they call an endless reflection. In fact, our mirrors reflect green light, so they often make the objects in them have a greenish tinge.
Reflections of Green Plants in Mirrors adcitymag — LiveJournal
Mirror Reflection Green To prove that a mirror is green, place two mirrors so that they are in front of each other. The silica glass substrate reflects a bit more green light than other wavelengths, giving the reflected mirror image a greenish hue. Most mirrors reflect green light stronger than other colors because they have an underlying layer of silica glass, the atoms of which reflect green wavelengths more than other colors,. To prove that a mirror is green, place two mirrors so that they are in front of each other. This greenish tint is imperceptible. Mirrors are most efficient at reflecting light of green wavelengths, so they give off a tiny bit more green light than other colours. That image you see, which looks like it stretches to infinity, is what they call an endless reflection. Most common mirrors reflect light from the green part of the spectrum better than from other parts, making the mirror's true. Mirrors appear green due to selective reflection and absorption of light by the reflective coating, combined with the slight inherent green. But most mirrors we use aren't perfect. In fact, our mirrors reflect green light, so they often make the objects in them have a greenish tinge.
