Analysis and Visualization of Various Electromagnetic Field Antenna Types
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The article describes comprehensive analysis methodologies for various electromagnetic field antenna types, including radiation pattern visualization and output impedance calculation techniques. Additionally, it covers performance evaluation metrics such as gain and directivity characteristics. Through detailed examination of these parameters using computational electromagnetics approaches (like Method of Moments or Finite Element Analysis), we can better understand antenna operating principles. The analysis typically involves implementing impedance calculation algorithms using matrix solvers for boundary element methods, while radiation patterns are generated through far-field transformation codes. These analytical results provide fundamental insights for further research and practical antenna design applications, where key functions might include impedance matching optimization routines and pattern synthesis algorithms.
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