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I. Fundamentals of colour perception
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Kapitel in diesem Buch
- Frontmatter 1
- Preface 5
- Contents 7
- I. Fundamentals of colour perception 15
-
II. Colour measurement, colour measurement systems and visual colour assessment
- 1. Principles behind measuring coloured surfaces 47
- 2. Measuring geometries 52
- 3. Measuring geometries for special effect pigments 61
- 4. Sample preparation 66
- 5. Recommended colourimetric conditions 68
- 6. Influence of the surface 70
- 7. Special case: optical brighteners and fluorescence 72
- 8. Sources of error in colour measurements 73
- 9. Profiling of measuring instruments and colour management 76
- 10. Non-contact colour measurement 77
- III. Visual colour assessment 79
- IV. Colour-order systems 85
- V. Instrumental colour difference assessment 98
- VI. Definition and application of colour tolerances 117
-
VII. Pigment optics – physical processes
- 1. Colour-generating processes 137
- 2. Reflection, refraction, diffraction, interference 140
- 3. Mie theory 143
- 4. Kubelka-Munk function for opaque layers 149
- 5. Saunderson correction: how surfaces influence the outcome of reflectance measurements 151
- 6. Kubelka-Munk equation for transparent layers 156
- 7. Multi-flux theory 157
- VIII. Practical applications 165
- IX. Measuring the texture of effect finishes 172
-
X. Characterisation of pigments
- 1. Inorganic pigments – characterisation 180
- 2. Organic pigments – characterisation 185
- 3. Characterisation of aluminium pigments 198
- 4. Characterisation of pearlescent pigments and special effect pigments 202
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XI. Recipe prediction
- 1. Recipe prediction for solid colours 224
- 2. Calibration of colourants 226
- 3. Computer-aided correction of colour recipes 228
- 4. Practical colour-recipe prediction of gonioapparent colours 231
- 5. The profitability of colour recipe calculation 237
- 6. Guidelines for formulating and matching object colours 242
- 7. Recipe dosability 250
- 8. Structure of colour mixing systems 251
- 9. Optimisation of colour mixing systems 255
- 10. Colour gamuts and the limits of colour matching 258
- XII. Microscopic analysis of effect pigments 263
- Autors 287
- Index 291
Kapitel in diesem Buch
- Frontmatter 1
- Preface 5
- Contents 7
- I. Fundamentals of colour perception 15
-
II. Colour measurement, colour measurement systems and visual colour assessment
- 1. Principles behind measuring coloured surfaces 47
- 2. Measuring geometries 52
- 3. Measuring geometries for special effect pigments 61
- 4. Sample preparation 66
- 5. Recommended colourimetric conditions 68
- 6. Influence of the surface 70
- 7. Special case: optical brighteners and fluorescence 72
- 8. Sources of error in colour measurements 73
- 9. Profiling of measuring instruments and colour management 76
- 10. Non-contact colour measurement 77
- III. Visual colour assessment 79
- IV. Colour-order systems 85
- V. Instrumental colour difference assessment 98
- VI. Definition and application of colour tolerances 117
-
VII. Pigment optics – physical processes
- 1. Colour-generating processes 137
- 2. Reflection, refraction, diffraction, interference 140
- 3. Mie theory 143
- 4. Kubelka-Munk function for opaque layers 149
- 5. Saunderson correction: how surfaces influence the outcome of reflectance measurements 151
- 6. Kubelka-Munk equation for transparent layers 156
- 7. Multi-flux theory 157
- VIII. Practical applications 165
- IX. Measuring the texture of effect finishes 172
-
X. Characterisation of pigments
- 1. Inorganic pigments – characterisation 180
- 2. Organic pigments – characterisation 185
- 3. Characterisation of aluminium pigments 198
- 4. Characterisation of pearlescent pigments and special effect pigments 202
-
XI. Recipe prediction
- 1. Recipe prediction for solid colours 224
- 2. Calibration of colourants 226
- 3. Computer-aided correction of colour recipes 228
- 4. Practical colour-recipe prediction of gonioapparent colours 231
- 5. The profitability of colour recipe calculation 237
- 6. Guidelines for formulating and matching object colours 242
- 7. Recipe dosability 250
- 8. Structure of colour mixing systems 251
- 9. Optimisation of colour mixing systems 255
- 10. Colour gamuts and the limits of colour matching 258
- XII. Microscopic analysis of effect pigments 263
- Autors 287
- Index 291