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Total Internal Reflection
Description:
When light travels from a more optically dense medium to a less optically dense medium and the angle of incidence exceeds a certain value, called critical angle, all the light is reflected back to the more optically dense medium. No light enters the less dense medium, except a very thin layer near the surface which is referred to as an evanescent wave. This effect is called total internal reflection. In this photograph a diode laser beam (635 nm) is totally internally reflected at the interface between a transparent acrylic slab and air. The acrylic slab is specially formulated to scatter some light and make the beam path visible from the side.
Credit:
GIPhotoStock/Science Source
Unique identifier:
SS2299985
Legacy Identifier:
BM0961
Type:
Image
Size:
4500px × 2972px (~38 MB)
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635 nm
acrylic
angle of incidence
beam
coherent
critical angle
demonstration
density experiment
diode
diode laser beam
education
effect
geometry
laser
light
monochromatic
monochromatic light
observation
optical
optical phenomenon
optics
photonics
ray
red laser
reflect
reflection
refractive index
Science
scientific
tir
total internal reflection
visible
wavelength