Geoarcheometric and geophysical methodologies applied to the study of cultural heritage: "St. Agata la Vetere" in Catania (Sicily, Italy)

Journal of Cultural Heritage

Volumn 5, Issue 3, 2004, Pages 263-271

  Barone, G ^a   Branca, C ^a   Gresta, S ^b   Imposa, S ^b   Leone, A ^c   Majolino, D ^a  

^a UNIVERSITY OF MESSINA   (Italy)

^b UNIVERSITY OF CATANIA   (Italy)

^c Assessorato Regionale LLPP   (Italy)

Author keywords

Buried structures; Electrical tomography; Geoarchaeometric investigations; Ground penetrating radar; Materials alteration

Indexed keywords

EID: 4644261853     PISSN: 12962074     EISSN: None     Source Type: Journal    
DOI: 10.1016/j.culher.2004.01.002     Document Type: Article

References (17)

1. G. Rasà Napoli Guida alle chiese di Catania, novembre edition Catania 1984
2. S. Barbera, G. Anfuso, Recuperare Catania, Gangemi edition, Catania.
3. L. Lazzaroni M.L. Tabasso Il restauro della pietra Cedam 1986
4. G. Barone S. Galli S. Ioppolo D. Majolino N.F. Neri G. Pugliesi M. Triscari Tecnologia del costruito nel 700: malte e rivestimenti pittorici nella chiesa di S.Cristoforo Minore di Catania (Sicilia Proceedings of AIAR February 2004 (in press)
5. L. Margani A. Salemi Materiali e tecniche costruttive della tradizione siciliana, Istituto dipartimentale di architettura e urbanistica dell;Universitá di Catania, 1988, p. 93, tavv. 16 Tre studi su Catania con il metodo statistico per componenti; indagine tipologica sulle strutture murarie; analisi delle malte 1988
6. G. Biscontin G. Driussi S. Volpin Il degrado degli intonaci: Aspetti chimici e fisici L'intonaco: storia cultura e tecnologia, in proceedings of the Studies Conference 1985 Libreria Progetto edition Padova
7. 521-590 A. Bacchiorini M. Collepardi G. Frigione Malte e Calcestruzzi in Manuale materiali per l'ingegneria, Aimat 1996 , 521-590
8. P.K. Mehta Sulfate attack on concrete. A critical review, Materials Science of concrete III The American Ceramic Society 1993 105-130
9. C.D. Lawrence Physiochemical and mechanical properties of Portland cements, in: P.C. Hewlett Lea's chemistry of cement and concrete 1998 Arnold Publisher 343-419
10. G.W. Scherer Crystallisation in pores, cement and concrete research 298 1999 1347-1358
11. T. Imai T. Sakayama T. Kanemori Use of ground penetrating radar and resistivity surveys for archaeological investigation Geophysics 52 1987 137-150
12. B.K. Sternberg J.W. McGill Archaeological studies in southern Arizona using ground-penetrating radar J. Appl. Geophys. 33 1995 209-225
13. M. Tohge F. Karube M. Kobayashi A. Tanaka K. Ishii The use of ground penetrating radar to map an ancient village buried by volcanic eruptions J. Appl. Geophys. 40 1998 49-58
14. C.J. Vaughan Ground-penetrating radar surveys used in archaeological investigations Geophysics 51 1986 595-604
15. L. Galinowsky RADAN 3.0 Geophysical Survey Systems, North Salem, NH 1990
16. R.D. Barker A simple algorithm for electrical imaging of the subsurface First Break 10 1992 53-62
17. A.G. Hassaneen H.H. Seisa M.A. Abd Alla F.A. Shaaban Electric tomography at the Mit Rahina archaeological sites, SW Giza, Egypt Proceedings of the Eighth General Scientific Meeting, National Research Institute of Astronomy and Geophysics 2000