In this paper we face the problem of assessing similarities in the composition of different metallic alloys, using the laser-induced breakdown spectroscopy technique. The possibility of determining the degree of similarity through the use of artificial neural networks and self-organizing maps is discussed. As an example, we present a case study involving the comparison of two historical brass samples, very similar in their composition. The results of the paper can be extended to many other situations, not necessarily associatedwith cultural heritage and archeological studies, where objects with similar composition have to be compared
International audienceArtificial neural networks were applied to process data from on-site LIBS anal...
Due to the rising demand and use of light metal alloys, e. g. primary and secondary aluminium in the...
Selection of characteristic lines is a critical work for both qualitative and quantitative analysis ...
In this paper we exploit Artificial Neural Networks (ANN) to model the functional relationship betwe...
We deal with the determination of the composition of bronze alloys measured through Laser-Induced Br...
In this paper, the determination of composition of certified samples of austenitic steel alloys was ...
For sorting scrap metal materials, the ultimate goal is to separate some scrap metal from other scra...
[Abstract]: In this work, the capability of linear correlation statistics for chemical mapping by la...
Spectra of 27 steel samples were acquired by Laser-Induced Breakdown Spectroscopy (LIBS) for steel c...
Principal component analysis (PCA) combined with artificial neural networks was used to classify the...
Laser induced breakdown spectroscopy (LIBS) was tested to examine its applicability to remote and in...
Metal artworks are subjected to corrosion and oxidation processes due to reactive agents present in ...
In this study, eight different painted stainless steel 304L specimens were laser-cleaned using diffe...
In this paper Laser Induced Breakdown Spectroscopy has been applied for determining the elemental co...
In this paper Laser Induced Breakdown Spectroscopy has been applied for determining the elemental co...
International audienceArtificial neural networks were applied to process data from on-site LIBS anal...
Due to the rising demand and use of light metal alloys, e. g. primary and secondary aluminium in the...
Selection of characteristic lines is a critical work for both qualitative and quantitative analysis ...
In this paper we exploit Artificial Neural Networks (ANN) to model the functional relationship betwe...
We deal with the determination of the composition of bronze alloys measured through Laser-Induced Br...
In this paper, the determination of composition of certified samples of austenitic steel alloys was ...
For sorting scrap metal materials, the ultimate goal is to separate some scrap metal from other scra...
[Abstract]: In this work, the capability of linear correlation statistics for chemical mapping by la...
Spectra of 27 steel samples were acquired by Laser-Induced Breakdown Spectroscopy (LIBS) for steel c...
Principal component analysis (PCA) combined with artificial neural networks was used to classify the...
Laser induced breakdown spectroscopy (LIBS) was tested to examine its applicability to remote and in...
Metal artworks are subjected to corrosion and oxidation processes due to reactive agents present in ...
In this study, eight different painted stainless steel 304L specimens were laser-cleaned using diffe...
In this paper Laser Induced Breakdown Spectroscopy has been applied for determining the elemental co...
In this paper Laser Induced Breakdown Spectroscopy has been applied for determining the elemental co...
International audienceArtificial neural networks were applied to process data from on-site LIBS anal...
Due to the rising demand and use of light metal alloys, e. g. primary and secondary aluminium in the...
Selection of characteristic lines is a critical work for both qualitative and quantitative analysis ...