Lasers in the Conservation of Artworks VIII

Table of Contents......Page 6
Preface......Page 10
Permanent scientific committee......Page 12
Gauguin, Mucha, and Art Nouveau......Page 14
Innovative approaches in laser cleaning researches and instrumentation development......Page 20
The effect of ultrafast lasers on laser cleaning: Mechanism and practice......Page 22
Spectral analysis of the effects of laser wavelength and pulse duration on tempera paints......Page 28
The role of the substrate in the laser cleaning process: A study on the laser assisted removal of polymeric consolidation materials from various substrates......Page 36
Compact short pulsed fiber laser offers new possibilities for laser cleaning......Page 42
Decontaminating pesticide-exposed museum collections......Page 46
Laser cleaning of burial encrustation and aged protective coating on Egyptian leather: Optimization of working conditions......Page 52
The practical use of lasers in removing deteriorated Incralac coatings from large bronze monuments......Page 60
PROCON TT 49: Laser cleaning of ancient Egyptian wall paintings and painted stone surfaces......Page 66
The influence of paper type and state of degradation on laser cleaning of artificially soiled paper......Page 72
Laser cleaning studies for the removal of tarnishing from silver and gilt silver threads in silk textiles......Page 80
Thickness of ablation control by structured light method......Page 88
213 nm and 532 nm solid state laser treatment of biogenetical fibrous materials......Page 92
Free-running Er:YAG laser cleaning of mural painting specimens treated with linseed oil, :"beverone" and Paraloid B72......Page 98
Studies on the UV femtosecond ablation of polymers: Implications for the femtosecond laser cleaning of painted artworks......Page 106
Monitoring the laser cleaning process of ornamental granites by means of digital image analysis......Page 112
Optimization of laser cleaning parameters for the removal of biological black crusts in granites......Page 118
Bronze putti from Wilanów Palace garden façade-conservation studies and tests of laser cleaning......Page 124
Comparative studies: Cleaning results of short pulsed Nd:YAG vs. fibre......Page 132
Laser cleaning of iron: Surface appearance and re-corrosion of model systems......Page 136
Reversion of darkened red lead-containing wall paintings by means of cw-laser irradiation: In situ tests and first application......Page 142
Comparative study on the irradiation methods against fungal colonization case study......Page 148
Investigation and diagnostics methods......Page 154
Absolute LIBS stratigraphy with Optical Coherence Tomography......Page 156
Database of complex paint spectra decomposed by principal component analysis, for identification of artwork colours......Page 162
Study of matrix effect in the analysis of pigments mixtures using laser induced plasma spectroscopy......Page 168
Pomerania Laborator-A solution for the cultural heritage research and conservation......Page 174
THz-Time-Domain Spectroscopy-A new tool for the analysis of artwork......Page 180
19th century paints of Richard Ainè used by Jan Matejko (1838-1983). Analysis of preserved paints from tubes, palettes and of paintings' surfaces and paint-layer......Page 186
Study of the effect of relative humidity on the identification conditions of paper soiling by means of the NIR technique......Page 190
Monitoring, imaging and documentation of artwork......Page 196
Experimentation of a three-focal photogrammetric survey system as non invasive technique for analysis and monitoring of painting surfaces decay condition......Page 198
RGB-ITR: An amplitude-modulated 3D colour laser scanner for cultural heritage applications......Page 204
3D laser reconstructions of Buddhist temple from Ladakh......Page 212
Robotized structured light system for automated 3D documenting of cultural heritage......Page 216
Through-glass structural examination of Hinterglasmalerei by Optical Coherence Tomography......Page 222
Editing protocol for the digital mapping of related imagistic investigations......Page 228
U-ITR: A 3D laser scanner prototype aimed at underwater archaeology applications......Page 234