ELECTROMAGNETIC WAVES PIERM 28. Progress In Electromagnetics Research M

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1 ELECTROMAGNETIC WAVES PIERM 28 Progress In Electromagnetics Research M

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3 ELECTROMAGNETIC WAVES PIERM 28 Progress In Electromagnetics Research M Chief Editor: Weng Cho Chew EMW Publishing Cambridge, Massachusetts, USA

4 CONTENTS 3D FIELD-CIRCUIT ANALYSIS OF MEASUREMENT PROPERTIES OF CURRENT TRANSFORMERS WITH AXIALLY AND RADIALLY CONNECTED CORES MADE OF DIFFERENT MAGNETIC MATERIALS Elzbieta Lesniewska and Regina Rajchert 1 Introduction A Mathematical Model Computed Results and Experiments Conclusion MODELING SHIELDING EFFECTIVENESS FOR COMPOSITE WALLS OF CONCRETE AND CARBON FILAMENTS Anders Ellgardt and Daniel Månsson 1 Introduction The Maxwell Garnett Mixing Rule Applied to Concrete and Carbon Filament Composites Verification against Measurements Shielding Effectiveness of Carbon Filament Composite Concrete Walls Summary AMPLITUDE-ONLY MEASUREMENTS OF A DUAL OPEN ENDED COAXIAL SENSOR SYSTEM FOR DETERMINATION OF COMPLEX PERMITTIVITY OF MATERIALS Kim Y. Lee, Boon-Kuan Chung, Zulkifly Abbas, Kok Y. You and Ee M. Cheng 1 Introduction Capacitance Model and Modified Capacitance Model Measurement System Results and Discussions Conclusion v

5 DESIGN AND PERFORMANCE OF A K U -BAND ROTMAN LENS BEAMFORMING NETWORK FOR SATELLITE SYSTEMS Ardavan Rahimian 1 Introduction Satellite Rotman Lens Microwave Beamforming Network: Design and Analysis Satellite Rotman Lens Microwave Beamforming Network: Simulation and Discussion Conclusion and Recommendation A SIGNAL MODEL BASED ON COMBINATION CHAOTIC MAP FOR NOISE RADAR Qilun Yang, Yunhua Zhang, and Xiang Gu 1 Introduction FM Radar Signal Based on CCM Analysis of Approximate Infinite Dimension on CCM Performance of CCM and the Corresponding FM Signal Conclusion DIGITIZED NONLINEAR BEAM AND WAVE INTERACTION THEORY OF TRAVELING WAVE TUBE AMPLIFIERS Weifeng Peng, Yulu Hu, Zan Cao, and Zhonghai Yang 1 Introduction The Nonlinear BWI Theory Simulation Results and Discussions Conclusion USE OF JONSCHER MODEL FOR ESTIMATING THE THICKNESS OF A CONCRETE SLAB BY TECHNICAL GPR Taoufik Bourdi, Francois Boone, Jamal Eddine Rhazi and Gerard Ballivy 1 Introduction GPR Modeling of the Effective Dielectric Constant of the Concrete 92 4 Impulse-response Method Principle Estimated Thickness of Concrete vi

6 6 Conclusion DESIGN AND MODELLING OF A 1 N ALL-OPTICAL NONLINEAR MACH-ZEHNDER SWITCH CONTROL- LED BY WAVELENGTH AND INPUT POWER Saeed Karimi, Majid Ebnali-Heidari, and Farnaz Forootan 1 Introduction Physical Model Functional Analysis Numerical Results and Discussions Conclusion WIDEBAND PLANAR SPLIT RING RESONATOR BASED METAMATERIALS Abdolshakoor Rigi-Tamandani, Javad Ahmadi-Shokouh and Saeed Tavakoli 1 Introduction Problem Statement Design of Metamaterial Structures with Three Resonant Frequencies Design of MNG with Improved Bandwidth Result of Permeability Arrangement of Metamaterials in the Unit Cell and Effect of the Dielectric Loss Tangent Experimental Results Conclusion EFFECTS OF ANTENNA DESIGN PARAMETERS ON THE CHARACTERISTICS OF A TERAHERTZ COPLANAR STRIPLINE DIPOLE ANTENNA Truong Khang Nguyen and Ikmo Park 1 Introduction Antenna Design Antenna Characteristics Conclusions vii

7 DESIGN OF PLANAR EBG STRUCTURES USING CU- CKOO SEARCH ALGORITHM FOR POWER/GROUND NOISE SUPPRESSION Priya Ranjan Pani, Raj Kumar Nagpal, Rakesh Malik and Nisha Gupta 1 Introduction Planar EBG Design Cuckoo Search Algorithm Results Conclusion ADAPTIVE DETECTION IN COMPOUND-GAUSSIAN CLUTTER WITH INVERSE GAUSSIAN TEXTURE Sijia Chen, Lingjiang Kong, and Jianyu Yang 1 Introduction Signal Model IG-CG Detector Performance Assessment Conclusions MODEL SELECTION FOR INVESTIGATION OF THE FIELD DISTRIBUTION IN A REVERBERATION CHAMBER Xiaoming Chen 1 Introduction AIC and MDL Candidate Distribution Set Measurements and Results Conclusion SEMICONDUCTOR QUANTUM DOT LASERS AS PULSE SOURCES FOR HIGH BIT RATE DATA TRANSMISSION Mohamed Nady Abdul Aleem, Khalid F. A. Hussein and Abd-El-hadi A. Ammar 1 Introduction Multi Population Rate Equations Model Numerical Results Conclusions viii

8 MULTICONDUCTOR REDUCTION METHOD FOR MO- DELING CROSSTALK OF COMPLEX CABLE BUNDLES IN THE VICINITY OF A 60 DEGREE CORNER Jian Yan, Zhuo Li, Liangliang Liu, and Changqing Gu 1 Introduction Derivation and Validation of the p.u.l. Parameters of MTL in the Vicinity of a 60 Degree Corner Presentation of the Reduction Method Validation of the Reduction Method for Crosstalk Prediction through Numerical Simulations Conclusions STUDIES ON THE DYNAMICS OF TWO BILATERALLY COUPLED PERIODIC GUNN OSCILLATORS USING MELNIKOV TECHNIQUE Bishnu C. Sarkar, Manoj Dandapathak, Suvra Sarkar and Tanmoy Banerjee 1 Introduction Mathematical Model of BCPGO System Analytical Approach Using Melnikov Method Numerical Analysis Conclusion BEHAVIOR OF ELECTROMAGNETIC WAVES AT DIELECTRIC FRACTAL-FRACTAL INTERFACE IN FRACTIONAL SPACES Muhammad Omar and Muhammad J. Mughal 1 Introduction Parallel Polarization Perpendicular Polarization Results and Simulations Conclusion APERTURE BEAM EXPANSION BY USING A SPECTRAL 2D-GPOF METHOD Massimiliano Casaletti and Stefano Maci 1 Introduction Formulation Examples of Aperture Field Expansion ix

9 4 Conclusion DESIGN OF A WIRELESS POWER TRANSFER SYSTEM FOR HIGH POWER MOVING APPLICATIONS Saeed Hasanzadeh and Sadegh Vaez-Zadeh 1 Introduction WPT Model System Analysis WPT System Design Design Evaluation Conclusions THE CURRENTS INDUCED BY A HIGH-FREQUENCY WAVE INCIDENT AT A SMALL ANGLE TO THE AXIS OF STRONGLY ELONGATED SPHEROID Ivan V. Andronov 1 Introduction Problem Formulation and Main Equations Representation of the Incident Field in the Boundary Layer The Total Field and Induced Currents Effect of Elongation and Angle of Incidence Conclusion x