Description
American Institute of Physics Particles And Nuclei Seventeenth International Conference On Particles And Nuclei by Peter D. Barnes
This is the proceedings of the 17th International Conference on Particles and Nuclei, Santa Fe, New Mexico, USA which was concerned with new developments in experimental and theoretical particle physics, nuclear physics, and cosmology, and the intersections of these fields which will help us understand our Universe more completely. The participants reported on new developments in instrumentation, including large-scale facilities, such as accelerators, that will be essential for future work._x000D_ _x000D_
-EM Topology: From Theory to Application. -Simulating the Response of Semi-Shielded Systems: Electromagnetic Topology Technique. -Newest Developments in Nonuniform Transmission-Line Theory. -TEM Field Structure of Electric and Magnetic Fields from a Semi-Infinite Vertical Thin-Wire Antenna Above a Conducting Plane. -Axial Backscattering from a Wide Angular Sector. -Transient Responses of Short-Pulse Signals in Scattering Problems. -Transient Phase-Space Inhomogeneous Green's Function for Modeling High Contrast Scattering. -Dynamical Evolution of the Brillouin Precursor in Rocard-Powles-Debye Model Dielectrics. -Embedding Multiple Wires within a Single TLM Node. -Simulation of Nonlinear Integrated Photonics Devices: A Comparison of TLM and Numerical Time Domain Integral Equation Approaches. -Circuit Based Full-Wave Models for Non-Uniform Line Structures Created with the Method of Partial Elements. -A Novel Methodology Combining Antennas, Propagation and Non-Linear Switching Circuits in Transient Time-Domain Simulation. -Simulation of a Cabin Wireless Lan Antenna Inside an Airbus A340-600 Wide-Body Transport Aircraft. -FDTD Simulation of Electromagnetic Radiation from Vertical Dipoles in Inhomogeneous Air-Lossy Medium Space. -On the Efficient Time-Domain Processing of Aperture Antennas. -Efficient FDTD Parallel Processing on Modern PC CPUs. -A Hybrid Time-Domain Technique that Combines ADI-FDTD and MoMTD to Solve Complex Electromagnetic Problems. -Use of Higher Order Basis in Solution of Electromacnetic Field Problems. -Solving Time Domain Electric Field Integral Equation for Thin-Wire Antennas Using the Laguerre Polynomials. -Fast Time Domain Integral Equation Solver for Dispersive Media. -Analytical-Numerical Calculation of Transient Processes in Nonlinear Networks. -Suppression of Two-Tone Disturbances in Nonlinear Circuits. -Timed Arrays and Their Application to Impulse SAR for 'Through-The-Wall' Imaging. -Antenna-Aperture Synthesis for Hyperband SARAntennas. -Aperture Engineering for Impulse Radiating Antennas. -Antenna Characterization for the JOLT Impulsive Radiator via Low-Voltage Measurements. -A Dual-Polarity Impulse Radiating Antenna. -Effect of Reflector Defocus on the Radiation Patterns of Impulse Radiating Antennas. -A Portable Automated Time-domain Antenna Range: The PATAR(TM) System. -Practical Implementation of PxM Antennas for High-Power, Broadband Applications. -Transmission and Reception by Non-Reflecting UWB Antennas. -Design and Characterization of a Lens TEM Horn. -100 GHz Broadband High Power Antennas. -Partial Dielectric Loaded TEM-Horn Design for UWB Ground Penetrating Impulse Radar Systems. -Antenna Development for Impulse Radar Applications in Civil Engineering. -Analysis of Radiation from a Dielectric Wedge Antenna. -Characterising Impulse Radiating Antennas by an Intuitive Approach. -A Tapered Coplanar Strip Antenna with Improved Matching. -Antipodal Vivaldi antenna for UWB Applications. -Low-Cost Printed Monopole Antennas for Wideband Applications. -Small and Broadband Planar Antennas for UWB Wireless Communication Applications. -Characterisation of UWB Antennas by their Spatio-Temporal Transfer Function Based on FDTD Simulations. -Antenna Effects and Modelling in UWB Impulse Radio. -Resistively Loaded Discones for UWB Communications. -An Ultra Wideband Aperture Coupled Bowtie Antenna for Communications. -Small Patch Antennas for UWB Wireless Body Area Network. -A Marx Type Electromagnetic Pulse Generator. -Fast Volume Breakdown in Argon and Air at Low Pressures. -Modeling the Conductivity of a Sub-Nanosecond Breakdown Gas Switch. -Development of Ultra-Wideband Pulsers at the University of Texas at Dallas. -On the Spectral Variability of Ultra-Wideband High-Power Microwave Sources by Generating Pulse Sequences. -UWB, HPM and EMP Susceptibility of Complex PC Systems. -Coupling and Effects of UWB Pulses on Complex Systems. -Classification of the Destruction Effects in CMOS-Devices afte_x000D_