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Journal of the Society of Motion Picture and Television Engineers ( Volume: 56, Issue: 4, April 1951)
A Rapid-Action Shutter with No Moving Parts
SMPTE • Journal Article • [Active]
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Level 1 — direct dependents (docs that cite this doc)
- Progress Committee Report[Active]
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Level 1 — direct references (docs this doc cites)
- 1. Faraday Michael , Experimental Researches in Electricity , vol. 3 , Bernard Quaritch , London, England , 1855 .EXTERNAL
- 2. Anderson J. A. Smith S. , “General characteristics of electrically exploded wires,” Astrophys. J. , vol. 64 , pp. 295 , 1926 . (Magneto-optic shutter. A cell containing water is placed between crossed nicols. A small coil of wire connected in series with the wire to be exploded is wound around the cell. The coil is so designed that with the maximum current a rotation of the plane of polarization of about 20° is produced. With a suitable resistance in the circuit it follows that the shutter is open only near the maximum of the first half cycle. Photographs of an early stage of the explosions are reproduced and discussed briefly.).EXTERNAL
- 3. Beams J. W. Allison F. , “Differences in the time lags of the Faraday Effect behind the magnetic field in various liquids,” Phys. Rev. , vol. 29 , pp. 161 – 164 , Jan. 1927 .EXTERNAL
- 4. Allison F. , “Effect of wave length on the differences in the lags of the Faraday Effect behind the magnetic field for various liquids,” Phys. Rev. , vol. 30 , pp. 66 – 70 , July 1927 .EXTERNAL
- 5. Sobolev N. N. , “Controlled optical shutter,” J. Exptl. Theoret. Phys. (USSR) , vol. 17 , pp. 655 – 660 , 1947 .EXTERNAL