Publication | Closed Access
Amplified spontaneous emission III. Intensity and saturation
49
Citations
11
References
1971
Year
EngineeringNuclear PhysicsSpectroscopic PropertyOptical AmplifierExperimental DataRadiation GenerationOptical PropertiesPhotoluminescencePhysicsAtomic PhysicsQuantum ChemistrySolid-state PhysicAb-initio MethodNatural SciencesSpectroscopyApplied PhysicsCondensed Matter PhysicsMu M TransitionOptoelectronicsInversion Density
For pt. II see abstr. A35654 of 1971. A theory is developed to account for the intensity of ASE as a function of the length and diameter of the amplifying medium and of its inversion density. Detailed results are presented from a study of the 3.39 mu m transition in He-Ne which verify the theory. The theory is also shown to fit the experimental data obtained from the 0.337 mu m transition in N2.
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