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Full Description
Providing practical information along with experimental evidence, analysis of existing data, and simulations you can run yourself, this is a manual on microwave heating for engineers and non-engineers alike. It aims to enhance the reader's understanding of the different classes of microwave heating cavities and their properties, the field distribution patterns in loaded and unloaded cavities, cross-coupling between feeds in a multiple feed loaded multimode cavity, and empty, coaxially and eccentrically loaded single-mode cavities. It also contains a method for evaluating the field pattern and status of the load being heated inside a microwave heating cavity. The accompanying diskette contains four MATLAB codes for producing a 2D view of the cavity mode for a given frequency and load size.
Contents
Introduction. Microwave Heating Fundamentals. Numerical Techniques. Measurements. Field Studies in Multimode Cavities. Heating Uniformity in Multi-Feed Multimode Loaded Cavities. Single Mode Resonant Cavities. Slotted Feed Cavities. A Thought Process for the Choice of Applicators. Appendix: EMAS Data Flow Diagram. Cavity and Feed Dimensions. Conductivities of Some Commonly Used Materials. Dielectric Properties, Constant and Loss Tangent of Some Materials. Table of Rectangular Waveguide Dimensions. Data and Fittings. System Calibration. Bessel Functions. Rectangular Waveguide Field Equations. MATLAB Routines.
