Research and Investigation Leading to Methods of Generating and Detecting Radiation in the 100 to 1000 Micron Wavelength Range of the Spectrum. Technical Progress Report No. 2 (Quarterly Report No. 6) for June 1, 1957 to September 1, 1957

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Work on the present relativistic electron bunching accelerator (S-band rebatron) is concerned with improving the electron bunching, current and beam focusing, and the design of a portable prototype system. Most of the parts for this new machine were fabricated and tested and the construction initiated. A photograph showing the present stage of construction is given. Since an S-band rebatron cannot be scaled directly to X-band, a lower voltage Xband rebatron, followed by a short section of a linear accelerator could solve the problera. An Electronics Associates analog computer was received and is being programmed to explore the design problems. The … continued below

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47 pages

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Coleman, P. D.; Sirkis, M. D.; Becker, R. C.; Kenyon, R. J.; Spuhler, H. A. & Swago, A. W. September 15, 1957.

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Description

Work on the present relativistic electron bunching accelerator (S-band rebatron) is concerned with improving the electron bunching, current and beam focusing, and the design of a portable prototype system. Most of the parts for this new machine were fabricated and tested and the construction initiated. A photograph showing the present stage of construction is given. Since an S-band rebatron cannot be scaled directly to X-band, a lower voltage Xband rebatron, followed by a short section of a linear accelerator could solve the problera. An Electronics Associates analog computer was received and is being programmed to explore the design problems. The numerical work of evaluating the TM and TE modes of teflon dielectric cavities is largely completed. New ideas and further modifications are being tried in Si crystal harmonic multipliers for use as sources for testing components. The new klystrons now being used permit driving the crystals harder, and hence improve the harmonic power. (For preceding period see AECU-3535.) (M.H.R.)

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47 pages

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Other Information: Orig. Receipt Date: 31-DEC-58

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  • September 15, 1957

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Thumbnail image of item number 1 in: 'Research and Investigation Leading to Methods of Generating and Detecting Radiation in the 100 to 1000 Micron Wavelength Range of the Spectrum. Technical Progress Report No. 2 (Quarterly Report No. 6) for June 1, 1957 to September 1, 1957'.
Thumbnail image of item number 2 in: 'Research and Investigation Leading to Methods of Generating and Detecting Radiation in the 100 to 1000 Micron Wavelength Range of the Spectrum. Technical Progress Report No. 2 (Quarterly Report No. 6) for June 1, 1957 to September 1, 1957'.
Thumbnail image of item number 3 in: 'Research and Investigation Leading to Methods of Generating and Detecting Radiation in the 100 to 1000 Micron Wavelength Range of the Spectrum. Technical Progress Report No. 2 (Quarterly Report No. 6) for June 1, 1957 to September 1, 1957'.
Thumbnail image of item number 4 in: 'Research and Investigation Leading to Methods of Generating and Detecting Radiation in the 100 to 1000 Micron Wavelength Range of the Spectrum. Technical Progress Report No. 2 (Quarterly Report No. 6) for June 1, 1957 to September 1, 1957'.

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Coleman, P. D.; Sirkis, M. D.; Becker, R. C.; Kenyon, R. J.; Spuhler, H. A. & Swago, A. W. Research and Investigation Leading to Methods of Generating and Detecting Radiation in the 100 to 1000 Micron Wavelength Range of the Spectrum. Technical Progress Report No. 2 (Quarterly Report No. 6) for June 1, 1957 to September 1, 1957, report, September 15, 1957; United States. (https://digital.library.unt.edu/ark:/67531/metadc1021728/: accessed March 7, 2026), University of North Texas Libraries, UNT Digital Library, https://digital.library.unt.edu; crediting UNT Libraries Government Documents Department.

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