Reports on Progress in Physics · 1956 · 502 citations · 38 references
EngineeringPhysical OpticsPhysicsWave OpticOptical PropertiesApplied PhysicsDiffractionDiffraction TheoryFourier AnalysisElectron DiffractionIonosphereComputational ElectromagneticsFresnel TypeFourier ExpansionPhysical SignificanceDiffractive Optic
In Part I the `Fourier' approach to diffraction theory is outlined in such a way as to emphasize its physical significance. Particular attention is paid to diffraction phenomena of the Fresnel type, and to diffraction from screens which alter both the phase and the amplitude of the incident wave. The `Fourier' approach is extended to deal with problems of `random' diffraction, for which purpose the use of auto-correlation functions is introduced and explained in physical terms.
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Mathematical Analysis of Random Noise
S. O. Rice · Bell System Technical Journal · 1944 · 5.4K citations
Large Deviations, Engineering Noise Control, Engineering +13
Mathematical Analysis of Random Noise
S. O. Rice · Bell System Technical Journal · 1945 · 2.9K citations
Mathematical Analysis of Random Noise-Conclusion
S. O. Rice · Bell System Technical Journal · 1945 · 783 citations
Engineering, Entropy, Noise +5
The concept of degree of coherence and its application to optical problems
F. Zernike · Physica · 1938 · 727 citations