By M. Willert-Porada
This publication is meant to supply non-specialists an summary of the cutting-edge in microwave and excessive frequency undefined, dimension, and modelling in addition to to provide the experts perception into the main complicated R&D themes of microwave and excessive frequency various disciplines. It offers not just with the applying of radiation of three hundred MHz to three hundred GHz frequency to synthesis, heating or ionisation of subject but additionally with iteration, transmission, and detection of microwave and radio frequency radiation. the themes have been chosen from contributions of the eighth overseas convention on Microwave and excessive Frequency Heating, organised via AMPERE and held in September 2001 in Bayreuth, Germany. The papers have been referred via significant experts within the respective box.
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5 kW 24 GHz compact gyrotron system for microwave processing of materials 29 facility has also a microprocessor based sub-system for control over parameters in the power and water supply lines that are of vital importance for the operation of the gyrotron system. This device secures the start-up of the gyrotron system in accordance with a pre-set algorithm, and automatic shut-off of the main power supplies in case of failure in the water-cooling and/or AC power source. Materials processing On the whole, the results of an investigation into processing of materials on the developed gyrotron system have proved its potential to extend markedly the field of application of the millimeter-wave radiation.
ITG-Conference Vacuumelectroncis and Displays, Garmisch-Partenkirchen, 103-108. , G. Denisov, A. Eremeev, M. Glyavin, V. Holoptsev, I Plotnikov, V. 5 kW 24 GHz compact gyrotron system for microwave processing of materials, this book. 5 kW 24 GHz Compact Gyrotron System for Microwave Processing of Materials Yu. Bykov, G. Denisov, A. Eremeev, M. Glyavin, V. Holoptsev, I. Plotnikov, V. 45 GHz). , one may highlight several specific features of the mm-wave processing. Since the power absorbed in the unit volume of material is, at least, proportional to the frequency even materials of very low loss such as high pure alumina can be heated effectively with mm-waves.
With this technique, several filters were developed and manufactured and their electrical specifications experimentally verified with measurements performed by Automatic Network Analyzers and in anechoic chambers. For instance, the same structure previously analysed with the monomode approach is simulated with the GAM technique and results are also represented in Figure 3. An excellent agreement can be observed now between simulation and measurements in all the frequency band. From such figure, it can be stated that this proposed analysis is extremely accurate.