Adaams, M., Davis, D., Tatcham, M., Fishner, M. (2005). Key Mechanisms of The Nonlinear Amplification: Physics and Applications. , 1(2), 3-11.
M. Adaams; D. Davis; M. Tatcham; M. Fishner. "Key Mechanisms of The Nonlinear Amplification: Physics and Applications". , 1, 2, 2005, 3-11.
Adaams, M., Davis, D., Tatcham, M., Fishner, M. (2005). 'Key Mechanisms of The Nonlinear Amplification: Physics and Applications', , 1(2), pp. 3-11.
Adaams, M., Davis, D., Tatcham, M., Fishner, M. Key Mechanisms of The Nonlinear Amplification: Physics and Applications. , 2005; 1(2): 3-11.

Key Mechanisms of The Nonlinear Amplification: Physics and Applications

Iraqi Journal of Applied Physics
Article 1, Volume 1, Issue 2, 2005, Pages 3-11
Authors
M. Adaams; D. Davis; M. Tatcham; M. Fishner
Abstract
This review discusses the physical mechanisms of absorptive and dispersive nonlinearity in amplifiers resulting from interband and intraband electron transitions, with as assessment of the relative strengths and response times of these nonlinearities. Where appropriate, the potential applications of these nonlinearities in optical networks are also indicated.
Keywords
Nonlinear amplification; Semiconductor lasers; optical bistability; Wavelength conversion
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