infrared wave

When infrared waves strike an object, they release their energy as heat.

We can only lose heat by emitting it as infrared waves.

Want to learn more about what infrared waves are and how infrared technology is used?

Infrared waves cannot be seen by the eye.

However, infrared waves are absorbed by molecules such as water vapor in the atmosphere.

Infrared waves have other interesting properties, like the ability to invisibly illuminate things at night.

They weren't after my fish, only the fish-flavored infrared waves that were emanating from it.

Infrared waves: Most objects at room temperature let off infrared radiation.

This laser usually emits infrared waves at a wavelength of about 1064 nanometers.

Some European companies have experimented with "shopping window marketing" via free Infrared waves in the late 90s.

Infrared waves are given off by all warm objects and produce heat in all objects they strike.

Another snazzy feature is Laser Link, which uses infrared waves to transfer images.

Infrared Waves: detailed explanation of infrared light.

These are stable, refractory, and reflective, and they have been proposed as coatings for use in infrared wave mirrors.

Hot things also radiate heat in the form of electromagnetic waves, like radio waves, infrared waves, light, etc.

The result was a very thin but durable sheet of material that was very good at reflecting the infrared waves that created heat.

The claim of emitting infrared is not false, as all materials emit "far infrared waves" at room temperature, in other words, heat radiation.

It was a perfect reflector of certain infrared wave lengths while simultaneously it fluoresced in just those wave bands.

The photons of microwaves have higher energies, followed by infrared waves, UV rays, and X-rays.

At wavelengths of two centimeters to one millimeter, the energy is much longer than light or infrared waves, and thus able to pass through clothing and similar material.

There are wet saunas, dry saunas, smoke saunas, steam saunas, and those that work with infrared waves.

The CIRS is a remote sensing instrument that measures the infrared waves coming from objects to learn about their temperatures, thermal properties, and compositions.

The system works like this: As a customer enters an aisle, the cart passes through infrared waves transmitted by the trigger that tell the cart where it is located.

The heat was dry but intense; through his VISOR, La Forge could see the pale rippling infrared waves reflected by the sand.

The principle of Alexander Graham Bell's photophone led to development of devices capable of transmitting/decoding infrared waves in systems ranging from military communications through remote control systems for televisions and computers.