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Advanced Chromatic Monitoring

Prologue Section I: Basic Chromatic Principles Overview of Chromatic Monitoring Introduction Monitoring and Chromaticity Examples of Basic Chromatic Parameters Effect of Different Chromatic Processor Profiles Chromaticity with Discrete Rather Than Continuous Signals Various Chromatic Representations Chromatic Trend Mapping Chromatic Parameter-Based Calibration Graphs Secondary Chromatic Monitoring Summary and Recent Developments Appendix 1A: ADDITIONAL CHROMATIC MAPS: HSV, LAB References Section II: Chromatic Monitoring of Liquids and Biological Tissue General Overview of Liquid Chromatic Monitoring Introduction Camera-Based Systems Options Additional Monitoring Options Further Options Illustrative Examples of Chromatic System Evolution Summary Reference Optical Chromaticity for Petroleum Discrimination Introduction Chromatic Monitoring System Chromatic Analysis of Petroleum Spectra Chromatic Maps of Various Fuels Summary Acknowledgements Reference PC-Based Chromatic Monitoring of E coli in Urine Introduction Chromatic System Chromatic Maps and Processing Chromatic Analysis Results References Chromatic Monitoring of Honey Samples Introduction Portable Computer-Based Chromatic Monitoring System Test Results Chromatic Interpretation of Test Results Transmission R:B Map Polarisation R:B Map Fluorescence G:B Map Quantification of Performance Overview and Summary Acknowledgements Appendix 5A: FORMULAE FOR SENSITIVITY, SPECIFICITY, POSITIVE PREDICTED VALUE, NEGATIVE PREDICTED VALUE References Mobile Phone Chromatic Monitoring of Jaundice In Vivo Introduction Chromatic Monitoring Unit Chromatic Procedures Primary Chromatic Processing Secondary Chromatic Processing Conclusions References Optical Chromatic Monitoring of High-Voltage Transformer Insulating Oils Introduction Chromatic Optical Transmission System Structure and Outputs Chromatic Processing Summary Chromatic Optical Fluorescence System Structure and Outputs Chromatic Mapping and Calibration Summary Chromatic Combination of Transmission and Fluorescence Parameters Summary and Overview Acknowledgements References Section III: Chromatic Monitoring of Mechanical Vibrations Mechanical Machining Monitoring Introduction Test System Chromatic Results Static Tests Dynamic Tests Chromatic Results Implications Static Performance Dynamic Performance Overview and Summary References Chromasonics: Monitoring Rail-Track Faults Introduction Chromasonics Principles of Operation Monitoring System RAIL-DEFECT Detection Normal Track Signal Plus Squat Normal Track Signal Plus Horizontal Crack Normal Track Signal Plus Defective Weld Worn Track Signatures Overview and Summary References Section IV: Environmental Applications Optical Chromatic Monitoring of Marine Waters Introduction Inherent Optical Properties of Water Chromatic Processing Chromatic Monitoring System Examples of Test Results Summary and Overview Acknowledgements References Chromatic Analysis of Wind Power Generation Introduction Wind Speed Data Data Analysis Chromatic Analysis Statistical Analysis with Chromatic Parameters Results of Test Data Analysis Summary and Overview References Chromatic Comparison of Environmental Factors of High-Voltage Circuit Breaker Gases Introduction Data Normalisation Chromatic Analysis Interpretation Summary References Chromatic Line of Sight Particle Monitoring Introduction Chromatic Monitoring System Chromatic Test Results Summary References Section V: Advanced Chromatic Monitoring Introduction to Advanced Chromatic Analysis Introduction Properties and Adaptability of Chromatic Processors Chromatic Processor Properties Adaptation of Processor Locations and Widths Normalised Chromaticity of Two-Dimensional Signals Normalised Chromaticity of a Rotated Signal Summary and Overview References Chromatic Monitoring of Spatial Dimensions Introduction Laser Detection And Ranging System Monitoring Multispectral Domiciliary Healthcare Monitoring Wireless Chromatic System Advanced Chromatic Information Processing Chromatic Monitoring of Groups of Zebrafish (Danio rerio)Overview and Summary References Optical Acoustic Monitoring of High-Voltage Transformers Introduction Chromatic Monitoring System Chromatic Monitoring Principles Test Results and Their Chromatic Interpretation Continuous Transformer Operation Tap Changer Operation SUMMARY AND OVERVIEW Acknowledgements References Chromatic Monitoring of Arc Electrodes Introduction Instrumentation Test Results Mass Loss of Plug Contact Time-Resolved Spectra Chromatic Processing Wavelength Domain Chromatic Processing Time Domain Chromatic Processing Summary References Chromatic Monitoring of Alternating Current Partial Discharges Introduction Data Analysis Data Processing and Chromatic Analysis Chromatic Maps Single Quarter Cycle Analysis Multiple Quarter Cycles Analysis Summary and Overview References Transmission Line Fault Diagnosis Using Chromatic Monitoring Introduction Methodology Pre-Processing Chromatic Parameter Selection Chromatic Processing Fault Location Identification of Fault Type Summary and Overview References Chromatic Analysis of High-Voltage Transformer Oils Data Introduction Primary Chromatic Analysis of Dissolved Gases Primary Chromatic Analysis of Acidity, Water and Dielectric Strength Primary Optical Chromatic Analysis Secondary Chromatic Processing Summary References Chromatic Assessment of High-Voltage Circuit Breaker Gases Introduction to Current Interruption Chromatic Interpretation of Conventionally Measured Circuit Breaker Parameters Introduction to Current Interruption Parameters Chromatic Analysis Method Examples of Chromatic Analysis Application Summary and Overview Comparison of High-Voltage Arc-Quenching Gases: Test Data Introduction to Arc-Quenching Test Data Chromatic Analysis Interpretation of Chromatic Monitoring Results Summary and Overview Comparison of High-Voltage Arc-Quenching Gases: Theoretical Data Introduction to Arc-Quenching Computations Chromaticity of Thermal Storage Temperature Variations Chromatic Comparison of Different Forms of Thermal Losses Summary and Overview Appendix 21A: Circuit Breaker Operational Parameters References Epilogue

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