Journal of Cultural Heritage

Laser cleaning methodologies for stone facades and monuments: laboratory analyses on lithotypes of Siena architecture
pp. 9-19(11)
Authors: Sabatini G.; Giamello M.; Pini R.; Siano S.; Salimbeni R.

Assessment of laser cleaning rate on limestones and sandstones
pp. 21-27(7)
Authors: Laboure M.; Bromblet P.; Orial G.; Wiedemann G.; Simon-Boisson C.

Laser cleaning of stone artefacts: a substitute or alternative method?
pp. 29-35(7)
Authors: Lanterna G.; Matteini M.

Electronic paramagnetic resonance as a tool for studying the blackening of Carrara marble due to irradiation by a Q-switched YAG laser
pp. 37-45(9)
Authors: Eichert D.; Verges-Belmin V.; Kahn O.

Determination of damage thresholds to prevent side effects in laser cleaning of pliocene sandstone of Siena
pp. 47-53(7)
Authors: Siano S.; Fabiani F.; Pini R.; Salimbeni R.; Giamello M.; Sabatini G.

Laser cleaning: a study on greyish alteration induced on non-patinated marbles
pp. 55-60(6)
Authors: Aldrovandi A.; Lalli C.; Lanterna G.; Matteini M.

Investigations on cleaning of black crusted sandstone using different UV-pulsed lasers
pp. 61-64(4)
Authors: Marakis G.; Maravelaki P.; Zafiropulos V.; Klein S.; Hildenhagen J.; Dickmann K.

An initial study into the particulates emitted during the laser ablation of sulphation crusts
pp. 65-70(6)
Authors: Feely J.; Williams S.; Fowles P.S.

Lichen removal from Chinese Spirit Path figures of marble
pp. 71-74(4)
Authors: Leavengood P.; Twilley J.; Asmus J.F.

Laser technology for graffiti removal
pp. 75-78(4)
Author: Chapman S.

Ince Blundell: the preservation of an important collection of classical sculpture
pp. 79-87(9)
Authors: Larson J.H.; Madden C.; Sutherland I.

The Garden Temple at Ince Blundell: a case study in the recording and non-contact replication of decayed sculpture
pp. 89-91(3)
Author: Fowles P.S.

Application of a new laser cleaning procedure to the mausoleum of Theodoric
pp. 93-97(5)
Authors: Pini R.; Siano S.; Salimbeni R.; Piazza V.; Giamello M.; Sabatini G.; Bevilacqua F.

The Church of the Maddalena in Venice: the use of laser in the cleaning of the facade
pp. 99-104(6)
Authors: Armani E.; Calcagno G.; Menichelli C.; Rossetti M.

The St. Orso Priory: the comparison and testing of cleaning methods
pp. 105-110(6)
Authors: Appolonia L.; Bertone A.; Brunetto A.; Vaudan D.

St. Stephen's Church in Vienna: criteria for Nd:YAG laser cleaning on an architectural scale
pp. 111-117(7)
Authors: Calcagno G.; Pummer E.; Koller M.

SMART CLEAN: a new laser system with improved emission characteristics and transmission through long optical fibres
pp. 119-123(5)
Authors: Margheri F.; Modi S.; Masotti L.; Mazzinghi P.; Pini R.; Siano S.; Salimbeni R.

80 W average power of Q-switched ND:YAG laser with optical fibre beam delivery for laser cleaning application
pp. 125-128(4)
Author: Wazen P.

Tests of laser cleaning on archeological metal artefacts
pp. 129-137(9)
Authors: Pini R.; Siano S.; Salimbeni R.; Pasquinucci M.; Miccio M.

Laser characterization and cleaning of nineteenth century daguerreotypes
pp. 139-144(6)
Authors: Golovlev V.V.; Gresalfi M.J.; Miller J.C.; Romer G.; Messier P.

Conservation of the eighteenth century lead statue of George II and the role of laser cleaning
pp. 145-149(5)
Author: Naylor A.

Laser cleaning of stained glass windows. Overview on an interdisciplinary project
pp. 151-154(4)
Authors: Romich H.; Weinmann A.

UV-laser radiation: basic research of the potential for cleaning stained glass
pp. 155-160(6)
Authors: Fekrsanati F.; Hildenhagen J.; Dickmann K.; Troll C.; Drewello U.; Olaineck C.

Biogenic surface layers on historical window glass and the effect of excimer laser cleaning
pp. 161-171(11)
Authors: Drewello U.; Weiszmann R.; Rolleke S.; Muller E.; Wuertz S.; Fekrsanati F.; Troll C.; Drewello R.

Laser removal of contaminants from painted surfaces
pp. 173-180(8)
Authors: de Cruz A.; Wolbarsht M.L.; Hauger S.A.

The effect of Nd:YAG laser radiation on medieval pigments
pp. 181-188(8)
Authors: Pouli P.; Emmony D.C.

Nd:YAG laser effects on inorganic pigments
pp. 189-198(10)
Authors: Sansonetti A.; Realini M.

The laser cleaning of wall paintings
pp. 199-207(9)
Authors: Gaetani C.; Santamaria U.

The effects of UV laser light radiation on artists' pigments
pp. 209-213(5)
Authors: Athanassiou A.; Hill A.E.; Fourrier T.; Burgio L.; Clark R.J.H.

Controlled laser cleaning of painted artworks using accurate beam manipulation and on-line LIBS-detection
pp. 215-220(6)
Authors: Scholten J.H.; Teule J.M.; Zafiropulos V.; Heeren R.M.A.

Near-UV and visible pulsed laser interaction with paper
pp. 221-224(4)
Authors: Kolar J.; Strlic M.; Muller-Hess D.; Gruber A.; Troschke K.; Pentzien S.; Kautek W.

An investigation into the effect of wavelength in the laser cleaning of parchment
pp. 225-232(8)
Authors: Sportun S.; Cooper M.; Stewart A.; Vest M.; Larsen R.; Poulsen D.V.

Near-UV laser interaction with contaminants and pigments on parchment: laser cleaning diagnostics by SE-microscopy, VIS-, and IR-spectroscopy
pp. 233-240(8)
Authors: Kautek W.; Pentzien S.; Rollig M.; Rudolph P.; Kruger J.; Maywald-Pitellos C.; Bansa H.; Grosswang H.; Konig E.

An initial investigation into the cleaning of new and naturally aged cotton textiles using laser radiation
pp. 241-246(6)
Authors: Sutcliffe H.; Cooper M.; Farnsworth J.

Laser cleaning applied in the restoration of a medieval wooden panel chamber at Pirna
pp. 247-258(12)
Authors: Wiedemann G.; Schulz M.; Hauptmann J.; Kusch H.-G.; Muller S.; Panzner M.; Wust H.

Laser divestment for natural history museum collections
pp. 259-262(4)
Author: Asmus J.F.

Laser cleaning of fossil vertebrates: a preliminary report
pp. 263-267(5)
Authors: Landucci F.; Pini R.; Siano S.; Salimbeni R.; Pecchioni E.

Micro-Raman spectroscopy for standard and in situ characterisation of painting materials
pp. 269-272(4)
Authors: Perardi A.; Zoppi A.; Castellucci E.

Soft and hard modelling methods for deconvolution of mixtures of Raman spectra for pigment analysis. A qualitative and quantitative approach
pp. 273-276(4)
Authors: Coma L.; Breitman M.; Ruiz-Moreno S.

Application of micro-Raman spectroscopy to the study of an illuminated medieval manuscript
pp. 277-279(3)
Authors: Bicchieri M.; Nardone M.; Sodo A.

Self-calibrated quantitative elemental analysis by laser-induced plasma spectroscopy: application to pigment analysis
pp. 281-286(6)
Authors: Borgia I.; Burgio L.M.F.; Corsi M.; Fantoni R.; Palleschi V.; Salvetti A.; Squarcialupi M.C.; Tognoni E.

LIBS-spectroscopy for monitoring and control of the laser cleaning process of stone and medieval glass
pp. 287-292(6)
Authors: Klein S.; Hildenhagen J.; Dickmann K.; Stratoudaki T.; Zafiropulos V.

LIBS spectra of polychromes with a low cost CCD camera based detector
pp. 293-296(4)
Authors: Martin M.; Castillejo M.; Torres R.; Silva D.; Guerra-Librero F.

Laser-induced breakdown spectroscopy and Raman microscopy for analysis of pigments in polychromes
pp. 297-302(6)
Authors: Castillejo M.; Martn M.; Silva D.; Stratoudaki T.; Anglos D.; Burgio L.; Clark R.J.H.

Prediction system of surface damage
pp. 303-309(7)
Authors: Lee J.-M.; Watkins K.G.

Chromatic modulation technique for in-line surface monitoring and diagnostic
pp. 311-316(6)
Authors: Lee J.-M.; Watkins K.G.

Incorporation of laser ablation into a proton probe system to study laser ablation of corrosion products, and enhance the probe's analytical capabilities
pp. 317-324(8)
Authors: Abraham M.; Northover P.; Grime G.

Holographic applications in evaluation of defect and cleaning procedures
pp. 325-329(5)
Authors: Tornari V.; Bonarou A.; Zafiropulos V.; Fotakis C.; Doulgeridis M.

Diagnostic of the conservation state of antique Italian paintings on panel carried out at the Laboratorio di Restauro dell'Opificio delle Pietre Dure in Florence, Italy with ESPI-based portable instrumentation
pp. 331-335(5)
Authors: Albrecht D.; Franchi M.; Lucia A.C.; Zanetta^a P.M.; Aldrovandi A.; Cianfanelli T.; Riitano P.; Sartiani O.; Emmony D.C.

Fibre optic projected fringes for monitoring marble surface status
pp. 337-343(7)
Authors: Schirripa Spagnolo G.; Ambrosini D.; Paoletti D.; Accardo G.

Experiments on stony monument monitoring by laser-induced fluorescence
pp. 345-348(4)
Authors: Pantani L.; Ballerini G.; Cecchi G.; Edner H.; Lognoli D.; Johansson T.; Raimondi V.; Svanberg S.; Tiano P.; Tomaselli L.; Weibring P.

On field validation of non-invasive laser scanning vibrometer measurement of damaged frescoes: experiments on large walls artificially aged
pp. 349-356(8)
Authors: Castellini P.; Esposito E.; Legoux V.; Paone N.; Stefanaggi M.; Tomasini E.P.