A Wave Theory for Non-imaging Concentrators

Keywords

Radiance, Physics, Optics, Coherence (philosophical gambling strategy), Homogeneous

References

• Radiance Functions of Partially Coherent FieldsJohn T. Foley, Emil Wolf — 1991
• Three different kinds of Fraunhofer approximations: 1. Propagation of the field amplitudeWilliam H. Carter — 1988
• Generalization of Hopkins’s formula to a class of sources with arbitrary coherenceWilliam H. Carter — 1985
• Radiometry as a short-wavelength limit of statistical wave theoryJohn T. Foley, Emil Wolf — 1985
• Analogy between Fresnel diffraction and generalized radianceRoland Winston — 1989
• Generalized radiance and practical radiometryW.T. Welford, Roland Winston — 1987
• Radiometry and coherenceA. Walther — 1968
• Radiometry with sources of any state of coherenceErich W. Marchand, E. Wolf — 1974
• High Collection Nonimaging OpticsRoland Winston — 1989
• On the existence of a radiance function for finite planar sources of arbitrary states of coherenceAri T. Friberg — 1979
• Generalized radiance of uniform Lambertian sourcesR. Winston, X. Ning — 1988
• Coherence and radiometry with quasihomogeneous planar sourcesW. H. Carter, E. Wolf — 1977
• Introduction to Fourier opticsJoseph W. Goodman, Mary E. Cox — 1969
• Introduction to Fourier opticsJoseph W. Goodman — 1968
• Radiometry and CoherenceA. Walther — 1968

Cited by

• Multiplex sensors and the constant radiance theorem.David J. Brady — 2002
• Optimization of a low concentration photovoltaic systemAbraham K. Ishihara, Shahar Ben‐Menahem, Vincent Brac-de-la-Perriere — 2014

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