The main research interests of the laboratory lie on the studies of electromagnetic wave phenomena and applications in microwave， millimeter and optical wave engineering. Such as： wave propagation，scattering and radiation in various media and structures; new numerical and analytical methods for analyzing the wave phenomena; new antennas and guiding structures for applications in electronic engineering.
Preface Chapter I Nonuniform Dielectric Waveguides and Applications Effect of Transition Waveguides on Dielectric Waveguide Directional Couplers Transitions in Open Millimetre-Wave Waveguides Substrate-Mounted Non-Radiative Dielectric Guide for Low-Loss Millimetre-Wave Integrated Circuits Analysis of Coupling Between Two Parallel Dielectric Waveguides Network Analysis of Eigenvalue Problem for Multilayer Dielectric Waveguide Consisting of ArbitraryNumber of Layers E-plane Waveguide Filters with Partially Filled Dielectrics for Wide Bandwidth Mode Matching Analysis of Propagation Characteristics for Dielectric Ridge Guide with Triangular and Trapezoidal Profiles Chapter II Engineerlized Method and Applications Hybrid-Mode Analysis of Planar Transmission Lines with Arbitrary Metallization Cross Sections Transverse Scattering Matrix Formulation for a Class of Waveguide Eigenvalue Problems Network Representation and Transverse Resonance for Layered Chirowaveguides Scattering Characteristics of Rectangular Coaxial Line Discontinuities Simple Method for Analysing Finlines with Extremely Narrow Slotwidth and Thick Fins Microwave Transmission and Reflection of Stratified Lossy Dielectric Segments Partially Filling Waveguide Improved Perturbation Analysis for a New Omnidirectional Periodic Dielectric ROd Leaky-Wave Antennafor Millimeter-Wave Application Capacitance Extraction for Multiconductor Transmission Lines in Multilayered Dielectric Media Using theNumerical Greens Function Analysis of Loss and Dispersion Characteristics for Groove Guides with Arbitrary Groove Profiles by anEquivalent Active Transmission Line Method Chapter III Edge-element Method and Applications Coupling of Edge-Element and Mode-Matching for Multistep Dielectric Discontinuity in GuidingStructures An Efficient High-Order Mixed-Edge Rectangular-Element Method for Lossy Anisotropic DielectricWaveguides 3-D High-Order Edge-Element Analysis of 3-D Discontinuity Problems in Guiding Wave Structures Finitc-Elcmcnt Analysis of Dispersion and Loss Characteristics of Groove Guide with Arbitrary Shapes Chapter IV Antennas and Leaky Wave Structures Characteristics and Design Consideration of Leaky-Wave NRD-Guides for Use as Millimeter-Wave Antenna A Novel Leaky NRD Guide with a Double-Layer Dielectric Slab Leaky Wave Antenna Based on Image NRD Guide with Staircase-Shaped Dielectric Slab Properties of Guided Modes on Open Structures Near the Cutoff Region Using a New Version of ComplexEffective Dielectric Constant Radiation and Leakage Characteristics of Transverse Slot in NRD-Guidc Operating in LSE00 Mode A Millimeter-Wave Omnidirectional Circular Dielectric Rod Grating Antenna A Millimeter-Wave Omnidirectional Dielectric Rod Metallic Grating Antenna Mutual Coupling Calibration of DBF Array with Combined Optimization Method Efficient and Simple Analytical Exprcssion for Slot Antenna Problems 177A New Method for Reflection and Radiation Analysis of Dielectric Rod Antenna Excited with the HE11Mode Mode-Matching Analysis of a New Omnidirectional Circular Rod Antenna with Double Dielectric Gratingsfor Millimeter-Wave Application Chapter V Dielectric Periodic Structures and Application A Simple and Accurate Method for Analysis of Dielectric Periodic Structures The Effect of Radiation on Transmission of Quasi-Periodic Multi-Layer Planar Dielectric Gratings Numerical Analysis for the Transmission Characteristics of Different Kinds of Optical Fiber Gratings Dispersion Analysis of Birefringent Dielectric Grating Structure for Application in Pressure and Temperature Measurements A Systematic Investigation on Diffraction Characteristics of Dielectric Periodic Structure with Arbitrary Grating Profiles Investigation into Effects of Dielectric Loss on Frequency Selective Characteristics of Dielectric Periodic Structures A New Dielectric Grating Antenna with Large Leakage Constant for Millimeter-Wave Applications Chapter VI NRD Guides and Groove Guides Spectral-Domain Greens Function of Magnetic Type for NRD Guides and H-Guides Modal Analysis of Open Groove Guide with Arbitrary Groove Profile Scattering Properties of Discontinuities in NRD Guide A Double-Slab Leaky-Wave NRD Antenna A Novel Leaky-Wave Antenna Based on NRD Guide with Wedged Cross-Section Chapter Ⅶ Left-handed Materials and Applications Paper list
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