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Detailed entries for one subject from the INDEX TO HOW TO DO IT INFORMATION.
Click on a see also (sa) or tracing (xx) to view detailed entries about a related subject.
The entries are in alphabetical order by magazine name and then in chronological sequence.
To obtain a copy of any magazine article contact your local public library or the publisher.

xx   LASER

Exploring personal holography. How to build a versatile, personal holographic setup for under $1000, including the cost of the laser. Use it to produce eight of the most common types of holograms.

Lasergrams. Description of how J.J. Owen creates unique photographic images using a low-power laser.
DARKROOM PHOTOGRAPHY Jan-Feb 1986 (v.8#1) pg. 58

Using lasers to make holograms. Includes construction of a holography assembly table which allows long exposures without vibration.
ELECTRONICS NOW May 1997 (v.68#5) pg. 20

Making better holograms. Making a dual-beam hologram using both one and two lasers.
ELECTRONICS NOW Jun 1997 (v.68#6) pg. 65

Laser light on film. Description of a technique for producing laser-generated patterns on color or b&w film and printing the results on Cibachrome.
PHOTOGRAPHIC Jan 1987 (v.15#9) pg. 12

Holographic film developer formula is based on the process of intra-emulsion diffusion-transfer which conserves the silver content in order to realize gains in diffraction efficiency and reductions of intermodulation noise.
PHOTOMETHODS Feb 1979 (v.22#2) pg. 32

Working with holography. How GMC photographers have shortened setup time for photographing holograms in a repeatable and accurate fashion.
PHOTOMETHODS Apr 1982 (v.25#4) pg. 26

A guide to creating holograms. Includes tips on constructing a "Big Beam" from wood and inner tubes which isolates the hologram setup from vibration. Also demonstrates the Michaelson Interferometer.
PHOTOMETHODS Aug 1986 (v.29#8) pg. 39

Do-it-yourself laser holography.
POPULAR ELECTRONICS [1] Jan 1970 (v.32#1) pg. 27

Make your own holograms. Part 1. How holograms are made and construction of a laser.
POPULAR ELECTRONICS [2] Aug 1992 (v.9#8) pg. 31

Make your own holograms. Part 2. Make an isolation table, setting up the optical bench, exposure, developing and viewing.
POPULAR ELECTRONICS [2] Sep 1992 (v.9#9) pg. 43

Laser-diode holography. Part 1.
POPULAR ELECTRONICS [2] Oct 1999 (v.16#10) pg. 41

Laser-diode holography. Part 2.
POPULAR ELECTRONICS [2] Nov 1999 (v.16#11) pg. 72

Make holograms at home using this kit from Metrologic Instruments. Est. cost: $200.
POPULAR SCIENCE Jan 1971 (v.198#1) pg. 84

How to make holograms and experiment with them or with ready-made holograms. Photographs made using laser light. Article includes details for building all equipment (except the laser).
SCIENTIFIC AMERICAN Feb 1967 (v.216#2) pg. 122

How to make reasonably good holograms using helium-neon laser and a set-up that minimizes vibrations in the reflecting system.
SCIENTIFIC AMERICAN Jul 1971 (v.225#1) pg. 110

Speckle interferometry experiment assists in measuring the amplitude of movement of a vibrating object. The process is simpler than conventional holography.
SCIENTIFIC AMERICAN Feb 1972 (v.226#2) pg. 106

How to make and view holograms (without a camera) using a cardboard tube, a drop of mercury, a piece of film, and a helium-neon laser.
SCIENTIFIC AMERICAN Feb 1980 (v.242#2) pg. 158

Experiments with "rainbow" holograms which can be observed in ordinary light. Includes details of a setup for making your own film holograms.
SCIENTIFIC AMERICAN Sep 1986 (v.255#3) pg. 114

How to generate Denisyuk holograms and view them in white light.
SCIENTIFIC AMERICAN May 1989 (v.260#5) pg. 134