39127
Author
Teule, J.M.; Ullenius, U.; Larsson, I.; Hesterman, W.; van den Brink, O.F.; Heeren, R.M.A.; Zafiropulos, V.
Corporate Author
ICOM Committee for Conservation
Author Affiliation
Laser Training and Conservation Centre, Art Innovation; Ullenius Ateljeer; Ullenius Ateljeer; Hesterman Restauratie Atelier voor Schilderijen; Akzo Nobel Chemical Research; FOM-Institute for Atomic and Molecular Physics (AMOLF); Foundation for Research an
Title Of Article Chaper
Controlled laser cleaning of fire-damaged paintings
Title Of Journal Book
ICOM Committee for Conservation, ICOM-CC : 13th Triennial Meeting, Rio de Janeiro, 22-27 September 2002 : preprints
Volume
1
Pages
252-256
Collation
5 p. : ills.
Reference Bibliography
Includes bibliographic references
Publisher
ICOM-CC; James & James
Publisher City
London
ISBN
1-902916-30-1
Language Of Text
English
Literature Type
Monograph
Literature Level
Analytic
Abstract
Modern technology, such as lasers, can offer valuable tools to support conservators and restorers in their work. In Europe, and innovative laser restoration tool for non-contact cleaning of painted art objects has been developed. This laser workstation has proven to be a valuable tool to solve the problem of fire-damaged paintings. Soot deposit, often a serious problem for conservators, can easily be removed from the surfaces using an ultraviolet (UV) laser. Since only low laser energies are needed for efficient removal, the effect of the UV laser light on the residual material is minimal. European research supports the viability of the UV laser technique as an additional tool in conservation practice. The ability to gradually remove the damaged top layers of a painting with minimal impact on the remaining material opens new possibilities for conservators. -- SCMRE
Keywords
laser; cleaning; painting; conservation; fire; damage; varnish; removal; process; control -- SCMRE
pub_id
39127