Abstract
We show that it is possible to make a hologram with true-height contours by using dispersion compensation provided by holographic gratings in the reference and picture beams. Holograms can be made with either a short-pulse, mode-locked laser or a tunable dye laser with 2N + 1 frequencies each spaced by Δν frequency. Experiments are presented to illustrate the high-contrast contours obtained with consecutive exposures from a tunable dye laser. Fine-scale vernier and coarse contours are obtained at intervals c/[2(2N + 1)Δν] and c/(2Δv), respectively.
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