Examples of 'spontaneous emission' in a sentence
Meaning of "spontaneous emission"
spontaneous emission - This phrase is a term used in physics to describe the emission of particles or radiation without external stimulation or excitation
How to use "spontaneous emission" in a sentence
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spontaneous emission
Spontaneous emission is taking place in all directions.
Excitation of carriers will increase spontaneous emission.
The spontaneous emission process of atoms is completely a random process.
Radioactivity is the spontaneous emission of radiation.
The light is constituted by a reverse amplified spontaneous emission.
The fiber produces spontaneous emission when pumped.
Spontaneous emission light.
And it follows that the spontaneous emission rate is.
Spontaneous emission in free space depends upon vacuum fluctuations to get started.
Where we have used the spontaneous emission rate.
The spontaneous emission is not uniform within the bandwidth of the amplifier.
Where kf is the rate of spontaneous emission of radiation and.
Laser source with integral filtering of the amplified spontaneous emission.
He noted that controlling spontaneous emission is desirable for semiconductor processes.
Radioactivity is a phenomenon of the spontaneous emission of.
See also
Rate of spontaneous emission.
The process starts slowly with spontaneous emission.
Radioactivity is the spontaneous emission of waves or particles from decaying atomic nuclei.
This is the process of spontaneous emission.
Radioactivity is the spontaneous emission of radiation or particles from the decay of nuclei.
This is probably the result of gain saturation due to amplified spontaneous emission.
The accumulation of noise due to spontaneous emission being amplified in the optical amplifiers.
Since the field is treated classically it can not deal with spontaneous emission.
Noise accumulation coming from spontaneous emission in the optical amplifiers being amplified.
The invention therefore limits propagation and amplification of amplified spontaneous emission noise.
Measurement of the amplified spontaneous emission loss in an iodine photodissociation laser amplifier.
This method generally begins by an excited atom first generating a photon through spontaneous emission.
The following spontaneous emission step creates molecules in the electronic ground state.
We call this process spontaneous emission.
The effect of spontaneous emission cancellation of such systems embedded in different reservoirs are investigated.
These amplifiers are the origin of amplified spontaneous emission noise that disturbs the pulses.
Spontaneous emission can not be explained by classical electromagnetic theory and is fundamentally a quantum process.
The accumulation of noise coming from the amplification of spontaneous emission in the optical amplifiers.
Spontaneous emission below the lasing threshold produces similar properties to an LED.
Receive a detected optical signal carrying amplified spontaneous emission ASE noise.
Spontaneous emission of particles or high-energy electromagnetic radiation from the nuclei of unstable atoms.
The relation between induced emission and spontaneous emission is given by the Einstein coefficients.
However, such amplification is limited by a high rate of amplified spontaneous emission.
At the frequencies of the photonic bandgap, spontaneous emission of light is completely inhibited.
Finally, those quantum dots are located into micropillars to control their spontaneous emission.
Spontaneous emission is a stochastic process, which means that the output power and polarization fluctuate.
Some experimentally verified effects of vacuum fluctuations include spontaneous emission and the Lamb shift.
Moreover, spontaneous emission is negligibly slow at NMR frequencies.
This is radiative recombination, also called spontaneous emission.
Abstract, Spontaneous emission of light is not an intrinsic property of an emitter.
Figure 6 also shows the broad amplified spontaneous emission spectrum.
The Spontaneous emission is therefore a cooperative phenomena, the confined plasmon is superradiant.
This waveguide structure was used to reflect rubidium atoms with a spontaneous emission probability below 1 %.
The impact of amplified spontaneous emission ( ASE ) generated between each pulse emission ; and.
SLD 's are semiconductor high-gain devices that generate amplified spontaneous emission.
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