Journal of Cultural Heritage

Foreword
pp. 1-1(1)
Author: Verges-Belmin V.

LACONA: past, present, and future?
pp. 3-7(5)
Author: Asmus J.F.

Report on session ''Cleaning of stone and ivory''
pp. 9-10(2)
Authors: Bromblet P.; Cooper M.

Laser cleaning as a part of the restoration process: removal of aged oil paints from a Renaissance sandstone portal in Dresden, Germany
pp. 11-16(6)
Authors: Siedel H.; Neumeister K.; Sobott R.J.G.

Diversity of the cleaning procedures including laser for the restoration of carved portals in France over the last 10 years
pp. 17-26(10)
Authors: Bromblet P.; Laboure M.; Orial G.

Laser cleaning in French museums: towards instating a methodology
pp. 27-32(6)
Authors: Chevillot C.; Watelet S.

A review of health hazards linked to the use of lasers for stone cleaning
pp. 33-37(5)
Authors: Verges-Belmin V.; Wiedemann G.; Weber L.; Cooper M.; Crump D.; Gouerne R.

Hazardous emissions and health risk during laser cleaning of natural stones
pp. 38-44(7)
Authors: Kusch H.-G.; Heinze T.; Wiedemann G.

Effect of low and high fluence on experimentally laser-cleaned sandstone and marlstone tablets in dry and wet conditions
pp. 45-49(5)
Authors: Svobodova J.; Slovak M.; Prikryl R.; Siegl P.

Application limits of Q-switched Nd:YAG laser irradiation for stone cleaning based on colour measurements
pp. 50-55(6)
Authors: Esbert R.M.; Grossi C.M.; Rojo A.; Alonso F.J.; Montoto M.; Ordaz J.; Perez de Andres M.C.; Escudero C.; Barrera M.; Sebastian E.; Rodriguez-Navarro C.; Elert K.

Non-laser light divestment in conservation and preservation
pp. 56-58(3)
Author: Asmus J.F.

Two new mechanisms for laser cleaning using Nd:YAG sources
pp. 59-64(6)
Authors: Watkins K.G.; Curran C.; Lee J.-M.

Acoustic monitoring for the laser cleaning of sandstone
pp. 65-71(7)
Authors: Jankowska M.; Sliwinski G.

A variable pulse width Nd:YAG laser for conservation
pp. 72-76(5)
Authors: Salimbeni R.; Pini R.; Siano S.

Short free running Nd:YAG laser to clean different encrustations on Pentelic marble: procedure and evaluation of the effects
pp. 77-82(6)
Authors: Maravelaki-Kalaitzaki P.; Zafiropulos V.; Pouli P.; Anglos D.; Balas C.; Salimbeni R.; Siano S.; Pini R.

Comparative study on the application of the 1^st and the 3^rd harmonic of a Q-switched Nd:YAG laser system to clean black encrustation on marble
pp. 83-91(9)
Authors: Marakis G.; Pouli P.; Zafiropulos V.; Maravelaki-Kalaitzaki P.

The use of added matrix elements such as chemical assists, colorants and controlled plasma formation as methods to enhance laser conservation of works of art
pp. 92-97(6)
Authors: Abraham M.; Madden O.; Scheerer S.

Removal of dye-based ink stains from ivory: evaluation of cleaning results based on wavelength dependency and laser type
pp. 98-105(8)
Authors: Madden O.; Pouli P.; Abraham M.; Fotakis C.

Toward an optimised laser cleaning procedure to treat important palaeontological specimens
pp. 106-110(5)
Authors: Landucci F.; Pecchioni E.; Torre D.; Mazza P.; Pini R.; Siano S.; Salimbeni R.

Report on session ''Cleaning of glass and metals''
pp. 111-111(1)
Author: Romich H.

Laser cleaning of stained glass windows - Final results of a research project
pp. 112-117(6)
Authors: Romich H.; Dickmann K.; Mottner P.; Hildenhagen J.; Muller E.

Excimer laser for fundamental studies in cleaning hewn stone and medieval glass
pp. 118-122(5)
Authors: Hildenhagen J.; Dickmann K.

The Santi Quattro Coronati by Nanni di Banco: cleaning of the gilded decorations
pp. 123-128(6)
Authors: Siano S.; Casciani A.; Giusti A.; Matteini M.; Pini R.; Porcinai S.; Salimbeni R.

Cleaning of corroded iron artefacts using pulsed TEA CO₂- and Nd:YAG-lasers
pp. 129-133(5)
Authors: Koh Y.; Sarady I.

Laser characterization and cleaning of 19th century daguerreotypes II
pp. 134-139(6)
Authors: Golovlev V.V.; Gresalfi M.J.; Miller J.C.; Anglos D.; Melesanaki K.; Zafiropulos V.; Romer G.; Messier P.

Laser cleaning methodology for the preservation of the Porta del Paradiso by Lorenzo Ghiberti
pp. 140-146(7)
Authors: Siano S.; Salimbeni R.; Pini R.; Giusti A.; Matteini M.

Laser and chemical cleaning tests for the conservation of the Porta del Paradiso by Lorenzo Ghiberti
pp. 147-151(5)
Authors: Matteini M.; Lalli C.; Tosini I.; Giusti A.; Siano S.

Laser cleaning of tarnished silver and copper threads in museum textiles
pp. 152-156(5)
Authors: Degrigny C.; Tanguy E.; Le Gall R.; Zafiropulos V.; Marakis G.

Experimental study on the effect of wavelength in the laser cleaning of silver threads
pp. 157-161(5)
Authors: Lee J.-M.; Yu J.-E.; Koh Y.-S.

Report on session ''Cleaning of organic materials: paper, parchment, textile, wood''
pp. 163-164(2)
Author: Kautek W.

The application of laser technology to the conservation of a Haida totem pole
pp. 165-173(9)
Authors: Cooper M.; Solajic M.; Usher G.; Ostapkowicz J.

Nd:YAG laser with wavelengths from IR to UV (, 2, 3, 4) and corresponding applications in conservation of various artworks
pp. 174-178(5)
Authors: Hildenhagen J.; Dickmann K.

Diagnostics of parchment laser cleaning in the near-ultraviolet and near-infrared wavelength range: a systematic scanning electron microscopy study
pp. 179-184(6)
Authors: Kautek W.; Pentzien S.; Conradi A.; Leichtfried D.; Puchinger L.

Laser cleaning of paper using Nd:YAG laser running at 532 nm
pp. 185-187(3)
Authors: Kolar J.; Strlic M.; Muller-Hess D.; Gruber A.; Troschke K.; Pentzien S.; Kautek W.

Experimental investigations of stained paper documents cleaned by the Nd:YAG laser pulses
pp. 188-193(6)
Authors: Ochocinska K.; Kaminska A.; Sliwinski G.

Positive findings for laser use in cleaning cellulosic supports
pp. 194-200(7)
Authors: Perez C.; Barrera M.; Diez L.

Report on session ''Removal of surface treatments''
pp. 201-201(1)
Author: Zafiropulos V.

Er:YAG laser: an innovative tool for controlled cleaning of old paintings: testing and evaluation
pp. 202-208(7)
Authors: Bracco P.; Lanterna G.; Matteini M.; Nakahara K.; Sartiani O.; de Cruz A.; Wolbarsht M.L.; Adamkiewicz E.; Colombini M.P.

Controlled UV laser cleaning of painted artworks: a systematic effect study on egg tempera paint samples
pp. 209-215(7)
Authors: Teule R.; Scholten H.; van den Brink O.F.; Heeren R.M.A.; Zafiropulos V.; Hesterman R.; Castillejo M.; Martin M.; Ullenius U.; Larsson I.; Guerra-Librero F.; Silva A.; Gouveia H.; Albuquerque M.-B.

Uncovering of scalar oxidation within naturally aged varnish layers
pp. 216-222(7)
Authors: Theodorakopoulos C.; Zafiropulos V.

Study of the effects of laser radiation on epoxy resins and epoxy systems on stone, ceramic, and glass surfaces
pp. 223-229(7)
Authors: Scheerer S.; Abraham M.; Madden O.

Initial results on laser cleaning at the Victoria & Albert Museum, Natural History Museum and Tate Gallery
pp. 230-236(7)
Authors: Sokhan M.; Gaspar P.; McPhail D.S.; Cummings A.; Cornish L.; Pullen D.; Hartog F.; Hubbard C.; Oakley V.; Merkel J.F.

Report on session ''Interaction with polychromies and discoloration''
pp. 237-237(1)
Author: Watkins K.G.

Laser yellowing: myth or reality?
pp. 238-244(7)
Authors: Verges-Belmin V.; Dignard C.

Laser cleaning: is there specific laser esthetics?
pp. 245-248(4)
Author: Delivre J.

Yellowing effect and discoloration of pigments: experimental and theoretical studies
pp. 249-256(8)
Authors: Zafiropulos V.; Balas C.; Manousaki A.; Marakis Y.; Maravelaki-Kalaitzaki P.; Melesanaki K.; Pouli P.; Stratoudaki T.; Klein S.; Hildenhagen J.; Dickmann K.; Luk'Yanchuk B.S.; Mujat C.; Dogariu A.

Evaluation of the chemical and physical changes induced by KrF laser irradiation of tempera paints
pp. 257-263(7)
Authors: Castillejo M.; Martin M.; Oujja M.; Santamaria J.; Silva D.; Torres R.; Manousaki A.; Zafiropulos V.; van den Brink O.F.; Heeren R.M.A.; Teule R.; Silva A.

Laser irradiation of medieval pigments at IR, VIS and UV wavelengths
pp. 264-270(7)
Authors: Chappe M.; Hildenhagen J.; Dickmann K.; Bredol M.

Studies towards a thorough understanding of the laser-induced discoloration mechanisms of medieval pigments
pp. 271-275(5)
Authors: Pouli P.; Emmony D.C.; Madden C.E.; Sutherland I.

Laser interaction with polychromy: laboratory investigations and on-site observations
pp. 276-286(11)
Authors: Gordon Sobott R.J.; Heinze T.; Neumeister K.; Hildenhagen J.

Report on session ''Non-cleaning applications'' (Analysis)
pp. 287-288(2)
Author: Dickmann K.

Non-divestment laser applications in art conservation
pp. 289-293(5)
Author: Asmus J.F.

A topographical assessment and comparison of conservation cleaning treatments
pp. 294-302(9)
Authors: Gaspar P.; Hubbard C.; McPhail D.; Cummings A.

Characterisation of lustre and pigment composition in ancient pottery by laser induced fluorescence and breakdown spectroscopy
pp. 303-308(6)
Authors: Lazic V.; Colao F.; Fantoni R.; Palucci A.; Spizzichino V.; Borgia I.; Brunetti B.G.; Sgamellotti A.

Raman laser fibre optic strategy for non-destructive pigment analysis. Identification of a new yellow pigment (Pb, Sn, Sb) from the Italian XVII century painting
pp. 309-313(5)
Authors: Ruiz-Moreno S.; Perez-Pueyo R.; Gabaldon A.; Soneira M.-J.; Sandalinas C.

Study of Raman spectra of pigment mixtures
pp. 314-316(3)
Authors: Breitman M.; Ruiz-Moreno S.; Perez-Pueyo R.

Optical and structural properties of gemmological materials used in works of art and handicraft
pp. 317-320(4)
Authors: Sodo A.; Nardone M.; Ajo D.; Pozza G.; Bicchieri M.

New applications of Scanning Laser Doppler Vibrometry (SLDV) to non-destructive diagnostics of artworks: mosaics, ceramics, inlaid wood and easel painting
pp. 321-329(9)
Authors: Castellini P.; Esposito E.; Marchetti B.; Paone N.; Tomasini E.P.

A novel hyper-spectral imaging apparatus for the non-destructive analysis of objects of artistic and historic value
pp. 330-337(8)
Authors: Balas C.; Papadakis V.; Papadakis N.; Papadakis A.; Vazgiouraki E.; Themelis G.

Laser cleaning of inorganic encrustation on excavated objects: evaluation of the cleaning result by means of multi-spectral imaging
pp. 338-342(5)
Authors: Pouli P.; Zafiropulos V.; Balas C.; Doganis Y.; Galanos A.

Low-cost sensor system for online monitoring during laser cleaning
pp. 343-346(4)
Authors: Hildenhagen J.; Dickmann K.

Structural evaluation of restoration processes with holographic diagnostic inspection
pp. 347-354(8)
Authors: Tornari V.; Bonarou A.; Zafiropulos V.; Fotakis C.; Smyrnakis N.; Stassinopulos S.

A novel approach for high selective micro-sampling of organic painting materials by Er:YAG laser ablation
pp. 355-361(7)
Authors: Colombini M.P.; Andreotti A.; Lanterna G.; Rizzi M.

Application of laser welding to the restoration of the ostensory of the martyr St. Ignatius from Palermo
pp. 362-366(5)
Authors: Innocenti C.; Pieri G.; Yanagishita M.; Pini R.; Siano S.; Zanini A.

The laser recording and virtual restoration of a wooden sculpture of Buddha
pp. 367-371(5)
Authors: Fowles P.S.; Larson J.H.; Dean C.; Solajic M.