The photograph of a map is to be stored in microfilm, by using a lens with an aperture stop F#/1.2 and the focal length

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The photograph of a map is to be stored in microfilm, by using a lens with an aperture stop F#/1.2 and the focal length

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The Photograph Of A Map Is To Be Stored In Microfilm By Using A Lens With An Aperture Stop F 1 2 And The Focal Length 1
The Photograph Of A Map Is To Be Stored In Microfilm By Using A Lens With An Aperture Stop F 1 2 And The Focal Length 1 (132.02 KiB) Viewed 55 times
The photograph of a map is to be stored in microfilm, by using a lens with an aperture stop F#/1.2 and the focal length f= 100 mm. The highest spatial frequency on the map is 1 line/mm. Derive the maximum possible reduction ratio using this hardware. The wavelength of the illuminating light is a = 0.550 um, and the camera is assumed to be diffraction limited. Can you suggest ways of improving the resolution in the reduced image?
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