stimulated emission

To make these three properties occur takes something called stimulated emission.

As a result, stimulated emission is possible even when not a lot of items are in the excited state.

Gas flows through mirror area where stimulated emission takes place.

Thus stimulated emission at frequencies away from is reduced by this factor.

This is rare, but occurs in lasers due to stimulated emission.

Under certain conditions, stimulated emission can provide a physical mechanism for optical amplification.

Albert Einstein was the first to have the idea of stimulated emission that could produce a laser.

The process that causes the amplification is stimulated emission.

The stimulated emission amplifies the microwaves on each pass through the beam.

Thus absorption and stimulated emission are reverse processes proceeding at somewhat different rates.

Other isomers have also been investigated as possible media for gamma-ray stimulated emission.

Stimulated emission is one of the fundamental processes that led to the development of the laser.

Laser is an acronym for light amplification by stimulated emission of radiation.

How about 'gravity amplification by stimulated emission of radiation'?

This stimulated emission process leads to a dominant light field with a particular wavelength, direction, and phase.

Also, those excited ions aligned with the signal field produce more stimulated emission.

A transition from the higher to a lower energy state, however, produces an additional photon; this is the process of stimulated emission.

The laser is an extremely important application and is discussed above under stimulated emission.

The gain medium in which the scatterers lie will allow for stimulated emission to occur.

This process, as with other stimulated emission processes, allows all-optical amplification.

The gain medium is a material with properties that allow it to amplify light by stimulated emission.

The following species have been observed in stimulated emission from astronomical environments:

'Optical amplifiers' amplify light through the process of stimulated emission.

The medium amplifies the light by stimulated emission.

This process is known as stimulated emission.