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Lichtenberg figure: high-voltage dielectric breakdown in an acrylic polymer block
Lichtenberg figure: high-voltage dielectric breakdown in an acrylic polymer block
Pieces of Plexiglas®, the windscreen of a German plane shot down during World War II
Pieces of Plexiglas®, the windscreen of a German plane shot down during World War II
Close-up of pressure sphere of the bathyscaphe Trieste, with a single conical window of PMMA set into sphere hull. The very small black circle (smalle
Close-up of pressure sphere of the bathyscaphe Trieste, with a single conical window of PMMA set into sphere hull. The very small black circle (smaller than the man's head) is the inner side of the plastic "window", only a few inches in diameter. The larger circular clear black area represents the larger outer side of the thick one-piece plastic cone "window".
10-meter (33-foot) deep Monterey Bay Aquarium tank has acrylic windows up to 33 centimeters (13 inches) thick to withstand the water pressure.
10-meter (33-foot) deep Monterey Bay Aquarium tank has acrylic windows up to 33 centimeters (13 inches) thick to withstand the water pressure.
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Dichroic filters are created using optically transparent materials.
Dichroic filters are created using optically transparent materials.
Translucency of a material being used to highlight the structure of a mushroom
Translucency of a material being used to highlight the structure of a mushroom
A laser beam bouncing down an acrylic rod, illustrating the total internal reflection of light in a multimode optical fiber
A laser beam bouncing down an acrylic rod, illustrating the total internal reflection of light in a multimode optical fiber
Experimentally measured record low attenuation of silica core optical fiber. At 1550 nm wavelength attenuation components are determined as follows: R
Experimentally measured record low attenuation of silica core optical fiber. At 1550 nm wavelength attenuation components are determined as follows: Rayleigh scattering loss ~ 0.1200 dB/km, infrared absorption loss ~ 0.0150 dB/km, impurity absorption loss ~ 0.0047 dB/km, waveguide imperfection loss ~ 0.0010 dB/km.