Thermal Oxidation. Diffusion. Ion Implantation.Deposition. Harold G. Parks Lithography and Pattern Transfer The University of Arizona, Tucson 23.2 Testing Built-In Self-Test- Scan. Direct Access Testing ng· Joint TestAction

Gennady Sh. Gildenblat 22.1 Physical Properties The Pennsylvania State University Energy Bands- Electrons and Holes. Transport Properties.Hall Boris Gelmont Effect. Electrical Breakdown. Optical Properties and University of Virginia

21.1 MATLAB Environment 21.2 Example 1: Signal Analysis Delores M. Etter 21.3 Example 2: Filter Design and Analysis

39.1 Passive Microwave Devices Characterization of Passive Elements.Transmission Line Sections Discontinuities. Impedance Transformers. Terminations. Artenuators' Microwave Resonators Tuning Michael B.Steer Elements. Hybrid Circuits and Directional Couplers .Filters. North Carolina State University Ferrite Components Passive Semiconductor Devices

38.1 Wire Short Dipole. Directivity. Magnetic Dipole.Input Impedance. Arbitrary Wire Antennas. Resonant Half-Wavelength N.J.Kolias Antenna. End Loading. Arrays of Wire Antennas. Analysis of General Arrays. Arrays of Identical Elements Equally Spaced Raytheon Company

37.1 Space Propagation Matthew N.O. Sadiku Propagation in Simple Media. Propagation in the Atmosphere Temple University 37.2 Waveguides Kenneth Demarest Waveguic

34.1 Introduction 34.2 Design Entry 34.3 Synthesis 34.4 Verification Timing Analysis. Simulation.Analog Simulation.Emulation 34.5 Physical Design

33.1 Introduction Motivation .Requirements 33.2 Heat Transfer Fundamentals Avram Bar-Cohen 33.3 Chip Module Thermal Resistance Definition. Internal Resistance. External Resistance.Total

96.1 Introduction 96.2 Types of Operating Systems 96.3 Distributed Computing Systems 96.4 Fault-Tolerant Systems 96.5 Parallel Processing 96.6 Real-Time Systems 96.7 Operating System Structure 96.8 Industry Standards 96.9 Conclusions

100.1 Models Classes of Systems to Be Modeled • Two Major Approaches to Modeling • Forms of the Model • Nonuniqueness • Approximation of Continuous Systems by Discrete Models 100.2 Dynamic Response