инфрацрвено

инфрацрвено

The long wave, electromagnetic radiation of radiant heat emitted by all hot objects. On the electromagnetic spectrum, it can be found between microwave radiation and visible light. Water vapor, ozone, and carbon dioxide are capable of absorbing or transmitting infrared radiation. Also referred to as IR.

0 0

Improve it

Add an image

Part of Speech: noun
Synonym(s):
Blossary:
Industry/Domain: Weather
Category: General weather
Company:
Product:
Acronym-Abbreviation:

Collect to Blossary

Other Languages:

Related terms

инфрацрвено зрачење

Optometry; Optometry

Optical radiation with a wavelength longer than that of visible radiation.

инфрацрвено зрачење

Geography; Physical geography

Form of electromagnetic radiation with a wavelength between 0.7 and 100 micrometers (µm). Also called longwave radiation.

водена пареа (H2O)

Weather; General weather

Water in gaseous form. It is one of the most import constituents of the atmosphere. Due to its molecular content, air containing water vapor is lighter than dry air. This ...

Фаренхајтова температурна скала

Weather; General weather

A temperature scale where water at sea level has a freezing point of +32 degrees F (Fahrenheit) and a boiling point of +212 degrees F. More commonly used in areas that observe the ...

радар

Weather; General weather

Acronym for RAdio Detection And Ranging. An electronic instrument used to detect distant objects and measure their range by how they scatter or reflect radio energy. Precipitation ...

радиационо ладење

Weather; General weather

The cooling of the earth's surface and the adjacent air. Although it occurs primarily at night, it is whenever the earth's surface suffers a net loss of heat due to the ...

замрзнати врнежи

Weather; General weather

Precipitation that reaches the ground in a frozen state. Examples include snow, snow pellets, snow grains, ice crystals, ice pellets, and hail.

резолуција

Weather; General weather

In relation to radar, it is the ability to read two distinct targets separately. The clearer the resolution, the nearer the two objects can be to each other and still be ...