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Original Articles

Computer Aided Study of Some Re-entrant Cavity Structures for Klystrons

, MIETE, , MIETE, , MIETE, , FIETE & , FIETE
Pages 339-344 | Published online: 02 Jun 2015

REFERENCES

  • Harry C Hoyt, Numerical studies of the shapes of drift tubes and linac cavities, IEEE Trans NS, vol NS-12, pp 153–155, 1965.
  • Harry C Hoyt, Dennis D Simmonds & Walter F Rich, Computer designed 805 MHz proton linac cavities, Rev Sci Instr, vol 37, pp 755–762, June 1966.
  • O C Zienkiewicz & Y K Cheung, Finite Elements in the Solution of Field Problems, The Engineer, vol 224, pp 507–510, Sept 1965.
  • A Konrad, Linear accelerator cavity field calculation by the finite clement method, IEEE Trans NS, vol NS-20, pp 802–808, 1973.
  • G Y Philippou & G S Gupta, Finite element analysis of angularly dependent modes in a general RF periodic cavity, Electronics Letters, vol 17, pp 588–589, Aug 1981.
  • J B Davies, F A Fernandez & G Y Philippou, Finite clement analysis of all modes in cavities with circular symmetry, IEEE Trans MTT, vol 30, pp 1975–1980, Nov 1982.
  • A Konrad, On the reduction of the number of spurious modes in the vectorial finite-element solution of three- dimensional cavities and waveguides, IEEE Trans MTT, vol MTT-34, pp 224–226, Feb 1986.
  • P S Kooi, M S Leong & A L Satya Prakash, Finite-element analysis of the shielded cylindrical dielectric resonator, Proc IEE, vol 132, Pt H, pp 7–16, Feb 1985.
  • O C Zienkiewicz, The finite element method, Tata Mc Graw Hill, New Delhi, 1979.
  • M V K Chan & P P Silvester, Finite elements in electrical and magnetic field problems, Wiley, Chichester, 1980.
  • K Helbach & R F Holsinger, SUPERFISH—A computer program for the evaluation of RF cavities with cylindrical symmetries, Part Accel, vol 7, pp 213–222, 1976.
  • K Helbach, R F Holsinger, W E Jule & D A Swenson, Properties of the cylindrical RF cavity evaluation code SUPERFISH, Proc Proton linear accelemtor confg, Chalk Park, Canada, Sept 14–17, 1976.
  • J Warren, et al, POISSON/SUPERFISH Reference manual, LANL Report LA-UR-87-126, Jan 1987.
  • G A Loew, R H Miller, R A Early & K L Bane, Computer calculations of traveling-wave periodic structure properties, IEEE Trans NS, vol NS-26, pp 3701–3704, 1979.
  • T Weiland, TBCI and URMEL-New Computer codes for' wake field and cavity mode calculations, IEEE Trans NS, vol NS-30, pp 2489–2491, 1983.
  • U Lanstroer, U Van Rienen & T Weiland, URMEL and URMEL-T user guide, DESY M-87-03, Feb 1987.
  • T Weiland, Computer modeling of two- and three- dimensional cavities, IEEE Trans NS, vol NS-32, pp 2738–2742, Oct 1985.
  • J E Rowe, Nonlinear electron-wave interaction phenomena, Academic Press, New York, 1965.
  • O P Gandhi, Microwave engineering applications, Pergamon Press, New York, 1981.
  • Aruna Sharma, et al, Analytical approach for design of multicavity klystron tube, Research Report, No. CEERI-MWTA/ RR-41/89, CEERI, Pilani, India, Sept 1989.
  • T G Lee, J V Lebacqz & G T Konrad, A fifty megawatt klystron for the Stanford linear collider IEDM Tech Digest, pp 144–147, 1983.

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