110.2 Catastrophic Failure Models 110.3 The Bathtub Curve 110.4 Mean Time To Failure(MTTF) 110.5 Average Failure Rate 110.6 A Posteriori Failure Probability 110.7 Units for Failure Rates

108.2 Physical Variables 108.3 Transducers 108.4 Instrument elements 108.5 Instrumentation System 108.6 Modeling Elements of an

45.1Introduction 45.2 Background Discussion Modeling as a Transfer Function. Some Issues Involved i

49.1 Introduction 49.2 Mechanical Characteristics Applications. Structure of Ferroelectric and Piezoelectric Materials 49.3 Ferroelectric Materials K. F.Etzold Electrical Characteristics

53.1 Introduction Terry P. Orlando 53.2 General Electromagnetic Properties Massachusetts Institute of 53.3 Superconducting Electronics Technology 53.4 Types of Superconductors 53.1 Introduction The fundamental idea behind all of superconductorsu' properties is that superconductivity is quantum

57.1 Introduction 57.2 Classification of Magnetooptic Effects David Young Faraday Rotation or Magnetic Circular Birefringence.Cotton- Rockwell Semiconductor Systemns Mouton Effect or Magnetic Linear Birefringence. Kerr Effects

Overview of Pulsed Radars. Critical Subsystem Design and Josh T.Nessmith Technology. Radar Performance Prediction.Radar Georgia Tech Research Institute Waveforms. Detection and Search Estimation and Tracking

Ray Theory. Wave Equation for Dielectric Materials. Modes in Slab California Polytechnic State University Waveguides. Fields in Cylindrical Fibers. Modes in Step-Index Fibers. Modes in Graded-Index Fibers. Attenuation. Dispersion Allen H. Cherin and Pulse Spreading Lucent Technologies

R. Ramakumar Oklahoma State University 60.1 Distributed Power Generation Allen M.Barnett Photovoltaics- Wind-Electric Conversion. Hydro AstroPower, Inc. Geothermal. Tidal Energy. Fuel Cells.Solar-Thermal-Electric

59.1 Introduction 59.2 Fossil Power Plants Fuel Handling Boiler.Turbine.Generator. Electric System· Condenser Stack and Ash Handling·Cooling and Feedwater System 59.3 Nuclear Power Plants