http://www.loc.gov/mods/v3 http://www.loc.gov/standards/mods/v3/mods-3-2.xsd
Conservation, Restoration, and Maintenance of Indoor and Outdoor Monuments
Front Cover; Microclimate for Cultural Heritage: Conservation, Restoration, andMaintenance of Indoor andOutdoor Monuments; Copyright; Contents; Preface to the First Edition (1998); Preface to the Second Edition (2014); Foreword to the First Edition (1998); Reviews to the First Edition (1998); IL NUOVO CIMENTO VOL. 22, NO. 1, P. 121 (1999); 2 STUDIES IN CONSERVATION VOL. 45, NO.2, P. 143 (2000); 3 AGRICULTURAL AND FOREST METEOROLOGY 111, P. 309 (2002); Foreword; Acknowledgments; Credits; The Author; PART I -- ATMOSPHERIC PHYSICS APPLIED TO MICROCLIMATE ANALYSIS AND CONSERVATION
Chapter 1 -- Microclimate, Air and Temperature1.1. MICROCLIMATE; 1.2. AIR, WATER VAPOUR, PERFECT AND REAL GASES; 1.3. TEMPERATURE; 1.4. MECHANISMS OF TEMPERATURE DEGRADATION; 1.5. TEMPERATURE IN A BUILDING, A ROOM; 1.6. TEMPERATURE IN A SHOWCASE; 1.7. IS IT POSSIBLE TO COMBINE PEOPLE COMFORT, CONSERVATION NEEDS AND SUSTAINABILITY?; 1.8. MONITORING AIR TEMPERATURE TO STUDY AIR-SURFACE INTERACTIONS AND FOR ENVIRONMENTAL DIAGNOSTICS; References; Chapter 2A -- Theoretical Grounds for Humidity; 2A.1. PARTIAL PRESSURE OF WATER VAPOUR; 2A.2. DERIVATION OF THE LATENT HEAT
2A.3. MIXING RATIO OF WATER VAPOUR AND DRY AIR2A.4. SPECIFIC HUMIDITY; 2A.5. ABSOLUTE HUMIDITY; 2A.6. RELATIVE HUMIDITY; 2A.7. DEW POINT: THE TEMPERATURE OF CONDENSATION; 2A.8. FROST POINT: THE TEMPERATURE OF FREEZING; 2A.9. WET BULB TEMPERATURE: THE TEMPERATURE OF EVAPORATION; 2A.10. THE PSYCHROMETRIC CHART; References; Chapter 2B -- Humidity and Conservation; 2B.1. AIR-SURFACE INTERACTIONS AND ENVIRONMENTAL DIAGNOSTICS; 2B.2. THE EQUILIBRIUM MOISTURE CONTENT AND DIMENSIONAL CHANGES IN WOOD; 2B.3. MECHANISMS OF HUMIDITY DEGRADATION IN PAPER AND PARCHMENT; 2B.4. BIOLOGICAL HABITAT
2B.5. METALS, PIPE ORGANS AND OTHER MATERIALS2B.6. WHAT IS THE BEST MICROCLIMATE FOR CONSERVATION? THE EUROPEAN STANDARD EN15757: 2010; 2B.7. KEEPING CONSTANT RELATIVE HUMIDITY IN ROOMS AND SHOWCASES; 2B.8. CONDENSATION ON COLD SURFACES; References; Chapter 3 -- Parameters to Describe Air Masses and Vertical Motions; 3.1. EQUIVALENT TEMPERATURE; 3.2. ADIABATIC GRADIENTS IN TROPOSPHERE; 3.3. POTENTIAL TEMPERATURE; 3.4. EQUIVALENT-POTENTIAL TEMPERATURE; 3.5. VIRTUAL TEMPERATURE; References; Further Reading; Chapter 4 -- Radiation and Light
4.1. THE EMISSION OF RADIATION FROM BODIES AND THE EFFECTS OF THE ABSORBED ENERGY4.2. RADIOMETRIC TEMPERATURE; 4.3. ANGULAR DISTRIBUTION OF RADIANT EMISSION OF BODIES; 4.4. ATTENUATION OF LIGHT IN THE ATMOSPHERE; 4.5. DAILY AND SEASONAL CYCLES OF SOLAR RADIATION ON A SURFACE; 4.6. WHAT IS THE COLOUR OF NATURAL LIGHT?; 4.7. EXHIBITION LIGHTING AND ELECTRIC LIGHT SOURCES; 4.8. OPTICAL FILTERS AND OPTICAL FIBRES; 4.9. DETERIORATION OF WORKS OF ART CAUSED BY LIGHT; References; Further reading; Chapter 5 -- Physics of Drop Formation and Micropore Condensation
Microclimate for Cultural Heritage : Conservation, Restoration, and Maintenance of Indoor and Outdoor Monuments