Embark on a comprehensive exploration of high-Q dielectric resonators. The book covers various shapes, introducing innovative scattering theories and new perspectives on coupling coefficients. It breaks ground by investigating coupled oscillations in diverse resonator types, shapes, and dielectrics, extending to frequency-detuned resonators and lattice formations. The revolutionary S-matrix methodology is presented with practical applications, including complex structures like optical microcavities. The book concludes by delving into the time domain, exploring pulse scattering and radiation by antenna arrays of dielectric resonators. Primarily targeted at researchers, engineers, and students in electromagnetics, materials science, and physics. This work uniquely combines theoretical depth with practical applications in high-Q dielectric resonators.

Uncovers high-Q dielectric resonator theory, delving into shapes and applications for advanced insights Examines diverse types, shapes, and materials to explore insights into the dielectric resonators coupled oscillations Provides practical scattering insights using S-matrix on optical microcavities, gratings, and structures

Autorentext

Alexander A. Trubin is a distinguished physicist born in 1950 in Moldova. He holds an M.Sc. in physics from Kiev University (1972) and earned his Ph.D. and D.Sc. degrees in antennas and radio electronics from the National Technical University of Ukraine in 1986 and 1999, respectively. Since 1978, he has been a valuable member of the National Technical University of Ukraine's research staff and has served as a professor at the Telecommunication Institute since 2002. His research interests encompass electromagnetic scattering problems, dielectric resonators, optical microresonators, lattices, and antennas, with applications in microwave, infrared, and optical wavelength ranges. Overall, Dr. Trubin's extensive work reflects his dedication to advancing knowledge in these specialized fields.

Inhalt

Natural Oscillations of Isolated Dielectric Resonators.- Dielectric Resonators in Regular Metal Waveguides.- Mutual Coupling Coefficients of Dielectric Resonators in Cut-off Waveguides.- Coupling Coefficients of Dielectric Resonators in Microstrip Lines.- Dielectric Resonators in Open Space.- Coupling Coefficients of Dielectric Resonators in Open Space.- Coupled Oscillations of Dielectric Resonators.- Scattering of Electromagnetic Waves on Systems of Dielectric Resonators in Transmission Lines.- Scattering of Electromagnetic Waves on Systems of Coupled Dielectric Resonators in Open Space.- Antennas on Dielectric Resonators.- Scattering of Electromagnetic Pulses on Systems of Coupled Dielectric Resonators.