REFERENCES (SECTION 4) (1) Skowron, J. F. , "The Continuous-Cathode (Emitting Sole) Crossed-Field Amplifier", Proc. IEEE, Vol. 61, No. 3, pp. 330-356, March 1973. (2) Branch, G.M. and Mihran, T. G. , "Analytical Designs of a Space-Borne Magnetically-Focused Klystron Amplifier”, NASA Contractor Report CR-72461, General Electric Co., Tube Department, Schenectady, New York; October 1968. (3) Nelson, R.B., Abraham, W.G., Lien, E. , et al. , "Research and Experimental Study for the Development of a 1000-Watt CW Space Environment S-Band Power Amplifier", NASA Contractor Report CR-66648, Varian Associates, Palo Alto, California; September 1968. (4) Lien, E. L. , "Advances in Klystron Amplifiers", Microwave J., Vol. 16, No. 12, pp. 33-39; December 1973. (5) TWT’s, Tech. Brochure, Hughes Aircraft Co., Electron Dynamics Div., Torrance, California; 1972. (6) McCune, E. and Misuhara, A., "X-Band PPM-Focused Wide-Band Klystron”, Paper presented at the Electron Devices Meeting, Washington, D. C. ; December 1972. (7) Mendel, J.T., "Magnetic Focusing of Electron Beams”, Proc. IRE, Vol. 43, No. 3, pp. 327-331; March 1955. (8) Detweiler, H. K. , "Characteristics of Magnetically Focused Large-Signal Traveling-Wave Amplifiers", Tech. Report No. RADC-TR-68-433, University of Michigan, Electron Physics Lab. , Ann Arbor, Michigan; October 1968. (9) Detweiler, H. K. and Rowe, J. E. , "Electron Dynamics and Energy Conversion in O-Type Linear Beam Devices”, Advances in Microwaves, Vol. 6, p. 29, Academic Press, New York; 1971. (10) Slater, J. C. , Microwave Electronics, Van Nostrand, New York; 1950.
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