Sentence examples for wavelength radiation from inspiring English sources

They found a strong relationship between the outgoing long wavelength radiation (infrared energy) and temperature; however, this relationship varies substantially across the planet.

Both resists were selected because they may be cured with 365-nm wavelength radiation in an air atmosphere.

But in 1968, rocket measurements found high amounts of shorter wavelength radiation that clashed with a thermal spectrum and threatened the big bang hypothesis.

Yet most photonic crystals have problems: Some work only with long wavelength radiation, such as microwaves, and others require exotic techniques to build.

The apparatus is based on dual wavelength radiation thermometry and is designed to measure temperature from 1500 to 3000 K.

Aquatic photosynthetic organisms are exposed to solar ultraviolet (UV) radiation while they harvest longer wavelength radiation for energetic reasons.

The device consists of two intrinsic regions including: (i) quantum ring based absorption region which is responsible for absorption longer wavelength radiations and (ii) avalanche multiplication region for multiplying the generated carriers in absorption layer.

The dust absorption increases with photon energy, so long-wavelength radiation (radio and far-infrared) can penetrate dust freely, near-infrared rather well, and ultraviolet relatively poorly.

Heat-mirror glass, which has a transparent coating that admits the short-wavelength radiation from the sun but tends to reflect the longer-wavelength radiation from within occupied spaces, was introduced in 1984; when combined with double glazing, its insulating value approaches that of a wall.

While optical instruments can detect the dust when it obscures more distant objects or when it is illuminated by very nearby stars, infrared telescopes are able to register the long-wavelength radiation that the cool dust clouds themselves emit.

For, while the yellow colour of a bulb suggests that it is giving off most of its light at that easily visible frequency, the physics he had been taught predicted that a heated object should emit mostly shorter-wavelength radiation, which is invisible.