Investigations of the Surface Processes on Exposed Limestones

Author:

Maravelaki Pagona,Bertoncello R.,Biscontin G.,Battaglin G.,Zendri E.,Tondello E.

Abstract

ABSTRACTDifferent decay mechanisms, according to the exposure to rain actions, have been identified on a series of Istria stone samples derived from the Venetian buildings. Enquiries have been carried out on these samples by means of porosity measurements and chemical analysis in depth. In order to identify the decay mechanisms and their.kinetics, simulation tests have been,performed on exposed samples of Istria stone for a period of 19 months. These specimens have been analysed by several techniques in order to verify the chemical dissolution of limestone provoked by the rain action. The initial chemical attack on the exposed samples has been pointed out by XPS and RBS micro-analytical techniques.

Publisher

Springer Science and Business Media LLC

Subject

General Engineering

Reference10 articles.

1. 10. Calvelli G. , Ceccato D. , Mittner P. , Schiavuta E. , Zannoni A. , Argese E. , Baldo A. , A. Rigo,Multielemental pixe analysis of the aerosols and high sensitivity measurements of the S02levels in the city of Venice, in Physics in environmental and biomedical research, edited by Onori S. , Tabet E. , (World Scientific, 1986), pp. 83–86.

2. 9. Feldman L. C. , Mater J. W. , in Fundamentals of surface and thin films analysis, edited by Feldman L. C. , Mater J. W. , (Elsevier Science Publishers, New York, 1986).

3. The analytical form of the Shirley-type background

4. High-Resolution X-Ray Photoemission Spectrum of the Valence Bands of Gold

5. 3. Reddy M. M. , Acid rain damage to carbonate stone: a quantitative assesment based on theaqueous geochemistry of rainfall runoff from stone, Earth surface processes and landforms, 13, (1988), pp. 335–354.

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