References
- Baron, D.A and Buffler, C.R. 1979.US Patent 4.140.888 Dual-feed Microwave Oven.
- Berg, L.E. and Risman, P.1993. US Patent 5.237.139 Microwave Oven, a Method for Excitation of the Cavity of a Microwave Oven, and a Wave Guide Device for Carrying out the Method.
- Fritz, K. 1990 US Patent 4.952.763. System for Heating Objects with Microwaves.
- Goudet, G. and Chavance, P. 1955. Ondes Centimetriques : Li gnes, Circuits, A ntennes, Editions Chi ron.Paris.
- Guy, A.W., Lehrmann, J.F., Stonebridge, J.B. and Sorensen, C.C. 1978. Development of a 915 MHz Direct Contact Applicator for Therapeutic Heating of Tissues. IEEE Transactions on MTT, 26. p. 550–563.
- See also others references in Special Issue of Microwaves in Medicine 1978.
- Roussy, G. and Pearce, J. 1995. Foundations and Industrial Applications of Microwaves and Radio Frequency Fields. Physical and Chemical Process. John Wiley and Sons.
- Roussy, G. and Willmann, B. 2002. A Quick and Efficient Method for Determining the Scattering Matrix of Low Loss Microwave Circuits. IEEE Microwaves and Wireless Components Letters. 12 p. 140–141.
- Thuleen, R.A. 1979. US Patent 4.133.997. Dual Feed, Horizontally Polarized Microwave Oven.
- Toshiba Corporation. Magnetron Impedance Probe E4430.
- Vacheron, P. and Ceppi, D. 1987. “B urgi to” Oven Test Report from Compagnie Industrielle Radio-electrique (n°8648), now, Alcatel Space Switzerland S.A, Gals (BE).