论文信息 - An ideal achromatic fourier processor

An ideal achromatic fourier processor

Abstract Paraxial solutions for the dispersive lens powers that are needed to achromatize the image in a spatially-coherent achromatic Fourier processor are derived using diffraction theory. The operational features of a specific processor layout are illustrated with a paraxial ray trace.

G. M. Morris | G. Morris

[1] Pierre Chavel. Optical noise and temporal coherence , 1980 .

[2] E. Leith,et al. White light optical processing and holography. , 1977, Applied optics.

[3] F.T.S. Yu. A new technique of incoherent complex signal detection , 1978 .

[4] R H Katyl,et al. Compensating optical systems. Part 3: achromatic fourier transformation. , 1972, Applied optics.

[5] Jean-Pierre Goedgebuer,et al. Spatially coherent white light correlator , 1978 .

[6] G. M. Morris,et al. Diffraction theory for an achromatic Fourier transformation. , 1981, Applied optics.

[7] Gordon L. Rogers. Noncoherent Optical Processing , 1977 .

[8] J. Goedgebuer,et al. Fourier holograms recorded and decoded in polychromatic light , 1979 .