1.   A clear interference pattern is produced.

2.   Our intervention with the lamp has destroyed the interference pattern.

3.   The resulting interference pattern is recorded in the emulsion on the holographic plate.

4.   This process forms gratings in the crystal, a record of the interference pattern.

5.   In the holographic storage experiments, a simpler interference pattern, of light and dark stripes, was recorded onto the photosensitive material in the glass.

6.   Such interference patterns occur whenever two sets of waves cross each other, like ripples from two pebbles dropped into a pond.

7.   Such readings of the same object on the ground could be repeated from slightly different places in orbit, on different satellite passes, producing beneficial interference patterns.

8.   The interference pattern that results is recorded on a photographic plate that can then be used to generate a three-dimensional image of the original.

9.   The light waves from the two sources interfere with each other, and the image of the object is recorded in this interference pattern.

10.   To store data, the interference pattern is recorded within a disc containing chemicals that change form in response to light.