A simple model, based on incoherent superpositions of suitably shifted and tilted lowest order Gaussian beams, is used to describe J(0)-correlated partially coherent sources, whose intensity profile is Gaussian. Such a model also provides a generalization of the J(0)-correlated source and turns out to be effective in completely characterizing the propagation features of the radiated beam, such as its propagated optical intensity; The closed-form expression for the M-2 quality factor is also given, together with a possible experimental setup for the synthesis of such sources.

Borghi, R. (1999). Superposition scheme for J(0)-correlated partially coherent sources. IEEE JOURNAL OF QUANTUM ELECTRONICS, 35(6), 849-856 [10.1109/3.766826].

Superposition scheme for J(0)-correlated partially coherent sources

BORGHI, Riccardo
1999

Abstract

A simple model, based on incoherent superpositions of suitably shifted and tilted lowest order Gaussian beams, is used to describe J(0)-correlated partially coherent sources, whose intensity profile is Gaussian. Such a model also provides a generalization of the J(0)-correlated source and turns out to be effective in completely characterizing the propagation features of the radiated beam, such as its propagated optical intensity; The closed-form expression for the M-2 quality factor is also given, together with a possible experimental setup for the synthesis of such sources.
Borghi, R. (1999). Superposition scheme for J(0)-correlated partially coherent sources. IEEE JOURNAL OF QUANTUM ELECTRONICS, 35(6), 849-856 [10.1109/3.766826].
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11590/147235
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