infrared astronomy

Infrared astronomy is not the only beneficiary of the new system.

Its mission is infrared astronomy with a 68 cm telescope.

It is also found in military field, remote sensing and infrared astronomy research.

Infrared astronomy is a powerful tool in the study of those distant rocks.

Infrared astronomy enables us to see the processes through which new stars are formed.

Infrared astronomy enables scientists to make discoveries beyond the range of visible light.

Infrared astronomy soon caught up, unmasking the hot, tangled regions.

This began a new area of infrared astronomy.

Wright takes an interest in infrared astronomy and cosmology.

Becklin is internationally recognized for his expertise and research in infrared astronomy.

The greatest advantage of infrared astronomy, however, comes when looking at objects well beyond the Solar System.

It is used in detectors for infrared astronomy.

After 1930, new emulsions from Kodak and other manufacturers became useful to infrared astronomy.

It will employ infrared astronomy methods to identify asteroids against the cold of outer space.

Color-color diagrams are often used in infrared astronomy to study star forming regions.

Infrared astronomy began at Minnesota under a severe competitive disadvantage: the lack of a nearby observatory.

Many of those used in infrared astronomy are cooled with liquid nitrogen so as to reduce the image noise caused by heat.

The field was mostly neglected by traditional astronomers though until the 1960s, with most scientists who practiced infrared astronomy having actually been trained physicists.

She then turned to infrared astronomy.

In infrared astronomy, the problem can be much worse: due to the longer wavelengths involved, the sky and the telescope themselves are a source of light.

High altitudes are needed for infrared astronomy, so as to rise above infrared-absorbing water vapor in the atmosphere.

His scientific work on Infrared astronomy as a professor at Cornell University is notable.

Progress in infrared astronomy and submillimeter astronomy has revealed the constituents of other star systems.

"My subject is infrared astronomy.

Space telescopes do not suffer from this handicap, and so outer space is considered the ideal location for infrared astronomy.