REFERENCES
- M Thumm, State-of-the-art of high-power gyro-devices and free electron masers, Update 1999, Scientific Report FZKA 6224, Forschungszentrum Karlsruhe, Germany, January 1999.
- V L Granatstein, B Levush, B G Danly & R K Parker, A Quarter Century of Gyrotron Research and Development, IEEE Trans Plasma Science, vol 25, pp 1322–1335, 1997.
- M V Kartikeyan, E Borie et al, Conceptual design of a 42 GHz, 200 kW, gyrotron operating in the TE5,2 mode, Int J Electronics, vol 87, pp 709–723, 2000.
- M V Kartikeyan & B Piosczyk, Feasibility Studies on the Design of a 42 GHz 200 kW CW Gyrotron, 1996. FZK Internal Report, unpublished.
- C J Edgcombe, Sources of velocity spread in electron beams from magnetron injection guns, Int. J. Infrared and Millimeter Waves, vol 16, pp 83–97, 1995.
- S E Tsmiring & V E Zapevalov, Experimental study of intense helical electron beams with trapped electrons, Int J Electronics, vol 81, pp 199–205, 1996.
- A N Kuftin, et al. Theory of helical electron beams in gyrotrons, Int J Infrared and Millimeter Waves, vol 14, pp 783–816, 1993.
- S E Tsimring, Limiting current of helical electron beams in gyrotrons, Int J Infrared and Millimeter Waves, vol 14, 817–840, 1993.
- B Piosczyk, in Gyrotron Oscillators—Their Principles and Practice, edited by C J Edgcombe (Taylor & Francis, London, 1993), Ch. 5.
- W B Hermannsfeldt, Numerical design of electron guns and space charge limited transport, systems, Nuclear Instruments and Methods, vol 187, pp 245–253, 1981.
- E Borie, C Grüber, T Westermann, Calculation of MIG guns for gyrotrons using the BFCPIC code, Int J Electronics, vol 78, pp 789–807, 1995.
- Westermann, T, Numerical modelling of the stationary Maxwell-Lorentz system in technical devices, International Journal of Numerical Modelling: Electronic Networks, Devices and Fields, vol 7, pp 43–67, 1994.
- T M Tran, D R Whaley, S Merazzi, & R Gruber, DAPHNE, A 2D axisymmetric electron gun simulation code, 6th EPS-APS Int Confon Physics Computing, Lugano, Switzerland, 1994.
- V K Lygin, V N Manuilov, & S E Tsimring, On methods of integral equations and auxiliary sources in the trajectory analysis of intense electron beams (in Russian), Elektronika SVCh., vol 401, pp 36–38, 1987.
- O S Lamba, B Piosczyk, E Borie, G Dammertz & M Thumm, Design of a 650 kW MIG diode gun for 200 kW, CW, 42 GHz gyrotron, FZK Internal report, unpublished, 1998.
- J M Baird & W Lawson, Magnetron injection gun (MIG) design for gyrotron applications, Int J Electronics, vol 61, pp 969–984, 1986.
- V N Manuilov & S E Tsimring, Synthesis of axially symmetric systems for shaping helical electron beams, Radio Engineering and Electronic Physics, vol 24, pp 111–119, 1979.
- C J Edgcombe, Development in the design of electrodes for magnetron injection sources, Int J Electronics, vol 64, pp 49–61, 1998.
- C J Edgcombe, Synthesis of Electrodes for relativistic Electron Streams, Intl J Infrared and Millimeter Waves, vol 16, pp 1491–1511, 1995.