Jacopo Corsi - Academia.edu (original) (raw)
Papers by Jacopo Corsi
La collezione archeologica del Real Collegio di Moncalieri, 2019
Il Real Collegio Carlo Alberto di Moncalieri conserva ancora oggi una straordinaria raccolta arch... more Il Real Collegio Carlo Alberto di Moncalieri conserva ancora oggi una straordinaria raccolta archeologica formata da centinaia di reperti, riconducibili a epoche e aree geografiche anche molto lontane tra di loro.
La collezione è indissolubilmente legata alla figura di Luigi Bruzza, barnabita e studioso di archeologia, che nella seconda metà del XIX secolo acquisì sul mercato antiquario e tramite donazioni vasi di ogni genere, lapidi con iscrizioni, selci preistoriche, frammenti di intonaco dipinto, monete e molto altro ancora.
La collezione archeologica del Real Collegio di Moncalieri, 2019
Il Real Collegio Carlo Alberto di Moncalieri conserva ancora oggi una straordinaria raccolta arch... more Il Real Collegio Carlo Alberto di Moncalieri conserva ancora oggi una straordinaria raccolta archeologica formata da centinaia di reperti, riconducibili a epoche e aree geografiche anche molto lontane tra di loro.
La collezione è indissolubilmente legata alla figura di Luigi Bruzza, barnabita e studioso di archeologia, che nella seconda metà del XIX secolo acquisì sul mercato antiquario e tramite donazioni vasi di ogni genere, lapidi con iscrizioni, selci preistoriche, frammenti di intonaco dipinto, monete e molto altro ancora.
La collezione archeologica del Real Collegio di Moncalieri, 2019
Il Real Collegio Carlo Alberto di Moncalieri conserva ancora oggi una straordinaria raccolta arch... more Il Real Collegio Carlo Alberto di Moncalieri conserva ancora oggi una straordinaria raccolta archeologica formata da centinaia di reperti, riconducibili a epoche e aree geografiche anche molto lontane tra di loro.
La collezione è indissolubilmente legata alla figura di Luigi Bruzza, barnabita e studioso di archeologia, che nella seconda metà del XIX secolo acquisì sul mercato antiquario e tramite donazioni vasi di ogni genere, lapidi con iscrizioni, selci preistoriche, frammenti di intonaco dipinto, monete e molto altro ancora.
Revue Numismatique, 2018
Summary - The Phocaean colony of Massalia introduced its own coinage around 525 BC. The “heavy” d... more Summary - The Phocaean colony of Massalia introduced its own coinage around 525 BC. The “heavy” drachm, a silver coin weighing around 3.7 g and depicting the head of Artemis and a lion walking right, was probably struck during the 3rd century. In this work, all the main features of this particular denomination such as chronology, finds and mint organization are analysed and discussed. A die link study, based on a corpus of 90 surviving specimens, enables to estimate the original number of dies and therefore to make some hypotheses about the output of the Massalian mint. The reasons for the introduction of this denomination are compared with other cases and discussed.
Résumé - La colonie phocéenne de Massalia introduisit sa propre monnaie vers 525 av. J.-C. La drachme « lourde », une monnaie d’argent pesant environ 3,7 g, avec les représentations d’une tête d’Artémis et d’un lion marchant à droite, fut probablement frappée durant le iiie siècle. Dans cette étude, nous analyserons les principales caractéristiques de cette dénomination, comme la chronologie, les découvertes et l’organisation de l’atelier. Une étude des liaisons de coins, basée sur un corpus de 90 exemplaires qu’il a été possible de recenser, permet d’estimer la quantité originale de coins et de formuler des hypothèses quant à la production de l’atelier de Massalia. Par comparaison avec d’autres cas, les possibles raisons de l’introduction de cette dénomination sont discutées.
X-ray fluorescence (XRF) is a well-known technique for the analysis of ancient metals. Thanks to ... more X-ray fluorescence (XRF) is a well-known technique for the analysis of ancient metals. Thanks to the availability of portable instruments (p-XRF), it is extensively used for the chemical characterization of coins directly in museums. In this work, the potentialities of the technique have been investigated, through its application to a case study concerning the Cisalpine Gaul coinage.More than two hundreds drachmas have been analysed to discriminate different productions on the base of minor elements. Major elements, on the other hand, have been used to trace alloy changes through the centuries. As concerns the quantification of the silver content (fineness), XRF and neutron diffraction results have been compared, in order to check the presence of surface enriched layers.
Nuclear Instruments and Methods in Physics Research Section B: Beam Interactions with Materials and Atoms, 2015
ABSTRACT The first part of this study reports on the wide campaign for the extension of the databa... more ABSTRACT The first part of this study reports on the wide campaign for the extension of the database of both trace and minor elements concentration in diopside by means of l-PIXE measurements and of luminescence spectra in diopside and wollastonite by means of l-IL measurements. Diopside and wollastonite are actually two of the most common lapis lazuli-forming minerals. For this former part of the study, we ana- lysed rocks of known provenance at the microbeam line of the LNL laboratories in Legnaro (PD) of the Istituto Nazionale di Fisica Nucleare (INFN). The latter part of the paper is dedicated to the non-invasive Ion Beam Analyses (IBA) characterisation of six pieces of the ‘‘Collezione Medicea’’. The collection is exhibited at the Museum of Natural History (University of Firenze) and belonged to the Medici family. It includes artworks made of lapis lazuli man- ufactured in the 16 th and 17 th centuries but there is not precise information about the provenance of the used raw material. Results on the artworks show, as expected, that the Chilean provenance of the material used for the analysed artworks has to be excluded. Lapis lazuli used for five of the analysed artworks can be ascribed to the Afghan quarry district, while one object cannot be attributed only on the base of diopside and wollastonite analysis.
Nuclear Instruments and Methods in Physics Research Section A: Accelerators, Spectrometers, Detectors and Associated Equipment, 2013
The Italian Neutron Experimental Station (INES) located at the ISIS pulsed neutron source 23 (Did... more The Italian Neutron Experimental Station (INES) located at the ISIS pulsed neutron source 23 (Didcot, United Kingdom) provides a thermal neutron beam mainly used for diffraction analysis. 24 A neutron transmission imaging system was also developed for beam monitoring and for aligning 25 the sample under investigation. Although the time-of-flight neutron diffraction is a consolidated 26 technique, the neutron imaging setup is not yet completely characterized and optimized. In this 27 paper the performance for neutron radiography and tomography at INES of two scintillator screens 28 read out by two different commercial CCD cameras is compared in terms of linearity, signal-to-29 noise ratio, effective dynamic range and spatial resolution. In addition, the results of neutron 30 radiographies and a tomography of metal alloy test structures are presented to better characterize 31 the INES imaging capabilities of metal artifacts in the cultural heritage field.
In Notizie del “Notiziario della Soprintendenza per i Beni Archeologici della Toscana”, 7, 2011, pp. 383-386., 2012
Quaderni della Soprintendenza Archeologica del Piemonte 29, Dec 2014
Progetto grafico e impaginazione LineLab.edizioni -Alessandria
Introduction X-ray computed tomography (CT) is now used in the cultural heritage field because it... more Introduction
X-ray computed tomography (CT) is now used in the cultural heritage field because it is non-invasive and it can give a large amount of information on the inner structure of the object under study. Until recently mainly medical CT scanners or micro-CT setups have been used, limiting the analysis to relatively small artworks or requiring multiple acquisition and difficult image-joining for objects larger than detector dimensions.
Results
To overcome the limitations of ordinary CT devices, a facility for the X-ray tomography of large size artefacts has recently been designed and installed in a protected area of the Fondazione Centro Conservazione e Restauro “La Venaria Reale”, a Centre for Preservation and Restoration. This facility, based on a X-ray source, a linear X-ray detector and a high precision mechanical system, has been and will be used to gather information on materials, manufacturing techniques and conservative conditions of artworks undergoing the restoration process.
In this paper the results of the tomography of the first analyzed large artistic object are presented, giving an idea of the wealth of information obtained from the CT scan. The presented artwork is the writing cabinet called “doppio corpo”, a masterpiece of furniture more than 3 m high, inlaid for Savoy Residences by Pietro Piffetti, the most famous cabinet-maker in Piedmont in the XVIII century. The artwork is now housed in the Quirinale Palace, the official residence of the Italian President in Rome.
Conclusions
The CT analysis permitted us to obtain valuable information about the conservative conditions, the presence of previous interventions, the distribution of various materials and the dimensions and arrangement of several wooden pieces, thus allowing for interesting hypotheses about the building technique of this masterpiece.
Introduction X-ray imaging is a very powerful tool which can be exploited in several fields. In ... more Introduction
X-ray imaging is a very powerful tool which can be exploited in several fields. In the last few years, its use in archaeology has grown consistently. One of the most recent and interesting applications of computed X-ray tomography (CT) is the analysis of soil blocks, coming from excavations, in order to seek for finds of different kinds and materials possibly contained therein. For this purpose, both medical and industrial CT scanners have been employed. In this paper, the application of a CT instrument specifically designed and developed for the analysis of Cultural Heritage materials is presented. We analysed a soil block extracted from a necropolis in the Italian region of Abruzzo and probably dating back to the VI-IV century B.C., which was found to contain a bronze belt.
Results
Thanks to the versatility of the CT equipment we designed, a complete scan has been obtained in less than four hours and has delivered extremely useful information in a completely non-invasive way. The CT dataset and images allowed a virtual extraction of the find to be performed before the actual stratigraphic recovery that, in this case, was simplified thanks to the merging of the archaeological evidences and with information coming from scientific analyses. The information provided by the tomography consisted in: the distribution, shape and dimensions of fragments composing the artefact; indications about its general conditions; the recognition of repairs done in the past and the presence of different materials (although not precisely identified).
Conclusions
The use of CT has great potential for the work of both archaeologists and restorers. The indirect extraction of an artefact from an archaeological excavation, which entailed moving a soil block to the laboratory, allowed one to reconstruct almost all its parts and to collect information about materials. CT analysis has been particularly useful for determining both its conditions and its repairs before the actual recovery, thereby facilitating the restoration process.
The recovery and conservation of an historical piece like the one presented here can help archaeological and conservation studies, enrich a museum collection and contribute to the dissemination of acquired cultural information.
The Cisalpine Gaul's coinage has been produced by different tribes settled in northern Italy betw... more The Cisalpine Gaul's coinage has been produced by different tribes settled in northern Italy between the 4th and the 1st century B.C. During this wide chronological period several types of silver drachms have originated, nowadays classified by numismatists in different typologies. To verify the presence of a debasement along the years and to investigate the exchange ratios among different drachmas, the rich collection of the Hungarian National Museum in Budapest has been analysed. Measurements have been performed at the Budapest Neutron Centre with the Prompt Gamma Activation Analysis (PGAA), a bulk technique which enables overcoming of surface enriched layers and alterations. This technique allows silver and copper to be quantified, while to check the presence of tin and other minor elements X-ray fluorescence (XRF) has been used. Results show that the silver content falls from 94% of the first emissions up to 50% of the Cenomans' and Insubres' tribes late typologies. This strong debasement takes place between the III and the II century B.C. and could be related to the military efforts in the decades around the second Punic war. At the same time, we observe the transition from a binary silver– copper alloy to a ternary one, made of silver, copper and tin.
De Nummis Gallicis. Mélanges de numismatique celtique offerts à Louis-Pol Delestrée, Dec 2013
Authors: Jacopo Corsi, Federico Barello
Il progetto neu ART. Studi e applicazioni., Nov 2013
Authors: Paola Buscaglia, Jacopo Corsi, Marco Nervo, Chiara Ricci
Il progetto neu ART. Studi e applicazioni., Nov 2013
Authors: Alessandro Re, Rosa Brancaccio, Jacopo Corsi, Giorgio Cotto, Giovanni Dughera, Walter Fe... more Authors: Alessandro Re, Rosa Brancaccio, Jacopo Corsi, Giorgio Cotto, Giovanni Dughera, Walter Ferrarese, Novella Grassi, Alessandro Lo Giudice, Stefano Lusso, Paolo Mereu, Giorgia Mila, Marco Nervo, Nadia Pastrone, Chiara Ricci, Roberto Sacchi, Lorenzo Visca, Lorenzo Zamprotta
IOP Conference Series Materials Science and Engineering, Jan 2012
Authors: A Re, F Albertin, C Bortolin, R Brancaccio, P Buscaglia, J Corsi, G Cotto, G Dughera, E ... more Authors: A Re, F Albertin, C Bortolin, R Brancaccio, P Buscaglia, J Corsi, G Cotto, G Dughera, E Durisi, W Ferrarese, M Gambaccini, A Giovagnoli, N Grassi, A Lo Giudice, P Mereu, G Mila, M Nervo, N Pastrone, F Petrucci, F Prino, L Ramello, M Ravera, C Ricci, A Romero, R Sacchi, A Staiano, L Visca, L Zamprotta
Quaderni della Soprintendenza Archeologica del Piemonte 28, Dec 2013
Authors: Ivana Angelini - Federico Barello - Elisa Barzagli - Jacopo Corsi - Pierluigi Debernardi... more Authors: Ivana Angelini - Federico Barello - Elisa Barzagli - Jacopo Corsi - Pierluigi Debernardi - Alessandro Lo Giudice
Quaderni della Soprintendenza Archeologica del Piemonte 27, Dec 2012
Authors: Angelo Agostino - Federico Barello - Jacopo Corsi - Alessandro Lo Giudice
La collezione archeologica del Real Collegio di Moncalieri, 2019
Il Real Collegio Carlo Alberto di Moncalieri conserva ancora oggi una straordinaria raccolta arch... more Il Real Collegio Carlo Alberto di Moncalieri conserva ancora oggi una straordinaria raccolta archeologica formata da centinaia di reperti, riconducibili a epoche e aree geografiche anche molto lontane tra di loro.
La collezione è indissolubilmente legata alla figura di Luigi Bruzza, barnabita e studioso di archeologia, che nella seconda metà del XIX secolo acquisì sul mercato antiquario e tramite donazioni vasi di ogni genere, lapidi con iscrizioni, selci preistoriche, frammenti di intonaco dipinto, monete e molto altro ancora.
La collezione archeologica del Real Collegio di Moncalieri, 2019
Il Real Collegio Carlo Alberto di Moncalieri conserva ancora oggi una straordinaria raccolta arch... more Il Real Collegio Carlo Alberto di Moncalieri conserva ancora oggi una straordinaria raccolta archeologica formata da centinaia di reperti, riconducibili a epoche e aree geografiche anche molto lontane tra di loro.
La collezione è indissolubilmente legata alla figura di Luigi Bruzza, barnabita e studioso di archeologia, che nella seconda metà del XIX secolo acquisì sul mercato antiquario e tramite donazioni vasi di ogni genere, lapidi con iscrizioni, selci preistoriche, frammenti di intonaco dipinto, monete e molto altro ancora.
La collezione archeologica del Real Collegio di Moncalieri, 2019
Il Real Collegio Carlo Alberto di Moncalieri conserva ancora oggi una straordinaria raccolta arch... more Il Real Collegio Carlo Alberto di Moncalieri conserva ancora oggi una straordinaria raccolta archeologica formata da centinaia di reperti, riconducibili a epoche e aree geografiche anche molto lontane tra di loro.
La collezione è indissolubilmente legata alla figura di Luigi Bruzza, barnabita e studioso di archeologia, che nella seconda metà del XIX secolo acquisì sul mercato antiquario e tramite donazioni vasi di ogni genere, lapidi con iscrizioni, selci preistoriche, frammenti di intonaco dipinto, monete e molto altro ancora.
Revue Numismatique, 2018
Summary - The Phocaean colony of Massalia introduced its own coinage around 525 BC. The “heavy” d... more Summary - The Phocaean colony of Massalia introduced its own coinage around 525 BC. The “heavy” drachm, a silver coin weighing around 3.7 g and depicting the head of Artemis and a lion walking right, was probably struck during the 3rd century. In this work, all the main features of this particular denomination such as chronology, finds and mint organization are analysed and discussed. A die link study, based on a corpus of 90 surviving specimens, enables to estimate the original number of dies and therefore to make some hypotheses about the output of the Massalian mint. The reasons for the introduction of this denomination are compared with other cases and discussed.
Résumé - La colonie phocéenne de Massalia introduisit sa propre monnaie vers 525 av. J.-C. La drachme « lourde », une monnaie d’argent pesant environ 3,7 g, avec les représentations d’une tête d’Artémis et d’un lion marchant à droite, fut probablement frappée durant le iiie siècle. Dans cette étude, nous analyserons les principales caractéristiques de cette dénomination, comme la chronologie, les découvertes et l’organisation de l’atelier. Une étude des liaisons de coins, basée sur un corpus de 90 exemplaires qu’il a été possible de recenser, permet d’estimer la quantité originale de coins et de formuler des hypothèses quant à la production de l’atelier de Massalia. Par comparaison avec d’autres cas, les possibles raisons de l’introduction de cette dénomination sont discutées.
X-ray fluorescence (XRF) is a well-known technique for the analysis of ancient metals. Thanks to ... more X-ray fluorescence (XRF) is a well-known technique for the analysis of ancient metals. Thanks to the availability of portable instruments (p-XRF), it is extensively used for the chemical characterization of coins directly in museums. In this work, the potentialities of the technique have been investigated, through its application to a case study concerning the Cisalpine Gaul coinage.More than two hundreds drachmas have been analysed to discriminate different productions on the base of minor elements. Major elements, on the other hand, have been used to trace alloy changes through the centuries. As concerns the quantification of the silver content (fineness), XRF and neutron diffraction results have been compared, in order to check the presence of surface enriched layers.
Nuclear Instruments and Methods in Physics Research Section B: Beam Interactions with Materials and Atoms, 2015
ABSTRACT The first part of this study reports on the wide campaign for the extension of the databa... more ABSTRACT The first part of this study reports on the wide campaign for the extension of the database of both trace and minor elements concentration in diopside by means of l-PIXE measurements and of luminescence spectra in diopside and wollastonite by means of l-IL measurements. Diopside and wollastonite are actually two of the most common lapis lazuli-forming minerals. For this former part of the study, we ana- lysed rocks of known provenance at the microbeam line of the LNL laboratories in Legnaro (PD) of the Istituto Nazionale di Fisica Nucleare (INFN). The latter part of the paper is dedicated to the non-invasive Ion Beam Analyses (IBA) characterisation of six pieces of the ‘‘Collezione Medicea’’. The collection is exhibited at the Museum of Natural History (University of Firenze) and belonged to the Medici family. It includes artworks made of lapis lazuli man- ufactured in the 16 th and 17 th centuries but there is not precise information about the provenance of the used raw material. Results on the artworks show, as expected, that the Chilean provenance of the material used for the analysed artworks has to be excluded. Lapis lazuli used for five of the analysed artworks can be ascribed to the Afghan quarry district, while one object cannot be attributed only on the base of diopside and wollastonite analysis.
Nuclear Instruments and Methods in Physics Research Section A: Accelerators, Spectrometers, Detectors and Associated Equipment, 2013
The Italian Neutron Experimental Station (INES) located at the ISIS pulsed neutron source 23 (Did... more The Italian Neutron Experimental Station (INES) located at the ISIS pulsed neutron source 23 (Didcot, United Kingdom) provides a thermal neutron beam mainly used for diffraction analysis. 24 A neutron transmission imaging system was also developed for beam monitoring and for aligning 25 the sample under investigation. Although the time-of-flight neutron diffraction is a consolidated 26 technique, the neutron imaging setup is not yet completely characterized and optimized. In this 27 paper the performance for neutron radiography and tomography at INES of two scintillator screens 28 read out by two different commercial CCD cameras is compared in terms of linearity, signal-to-29 noise ratio, effective dynamic range and spatial resolution. In addition, the results of neutron 30 radiographies and a tomography of metal alloy test structures are presented to better characterize 31 the INES imaging capabilities of metal artifacts in the cultural heritage field.
In Notizie del “Notiziario della Soprintendenza per i Beni Archeologici della Toscana”, 7, 2011, pp. 383-386., 2012
Quaderni della Soprintendenza Archeologica del Piemonte 29, Dec 2014
Progetto grafico e impaginazione LineLab.edizioni -Alessandria
Introduction X-ray computed tomography (CT) is now used in the cultural heritage field because it... more Introduction
X-ray computed tomography (CT) is now used in the cultural heritage field because it is non-invasive and it can give a large amount of information on the inner structure of the object under study. Until recently mainly medical CT scanners or micro-CT setups have been used, limiting the analysis to relatively small artworks or requiring multiple acquisition and difficult image-joining for objects larger than detector dimensions.
Results
To overcome the limitations of ordinary CT devices, a facility for the X-ray tomography of large size artefacts has recently been designed and installed in a protected area of the Fondazione Centro Conservazione e Restauro “La Venaria Reale”, a Centre for Preservation and Restoration. This facility, based on a X-ray source, a linear X-ray detector and a high precision mechanical system, has been and will be used to gather information on materials, manufacturing techniques and conservative conditions of artworks undergoing the restoration process.
In this paper the results of the tomography of the first analyzed large artistic object are presented, giving an idea of the wealth of information obtained from the CT scan. The presented artwork is the writing cabinet called “doppio corpo”, a masterpiece of furniture more than 3 m high, inlaid for Savoy Residences by Pietro Piffetti, the most famous cabinet-maker in Piedmont in the XVIII century. The artwork is now housed in the Quirinale Palace, the official residence of the Italian President in Rome.
Conclusions
The CT analysis permitted us to obtain valuable information about the conservative conditions, the presence of previous interventions, the distribution of various materials and the dimensions and arrangement of several wooden pieces, thus allowing for interesting hypotheses about the building technique of this masterpiece.
Introduction X-ray imaging is a very powerful tool which can be exploited in several fields. In ... more Introduction
X-ray imaging is a very powerful tool which can be exploited in several fields. In the last few years, its use in archaeology has grown consistently. One of the most recent and interesting applications of computed X-ray tomography (CT) is the analysis of soil blocks, coming from excavations, in order to seek for finds of different kinds and materials possibly contained therein. For this purpose, both medical and industrial CT scanners have been employed. In this paper, the application of a CT instrument specifically designed and developed for the analysis of Cultural Heritage materials is presented. We analysed a soil block extracted from a necropolis in the Italian region of Abruzzo and probably dating back to the VI-IV century B.C., which was found to contain a bronze belt.
Results
Thanks to the versatility of the CT equipment we designed, a complete scan has been obtained in less than four hours and has delivered extremely useful information in a completely non-invasive way. The CT dataset and images allowed a virtual extraction of the find to be performed before the actual stratigraphic recovery that, in this case, was simplified thanks to the merging of the archaeological evidences and with information coming from scientific analyses. The information provided by the tomography consisted in: the distribution, shape and dimensions of fragments composing the artefact; indications about its general conditions; the recognition of repairs done in the past and the presence of different materials (although not precisely identified).
Conclusions
The use of CT has great potential for the work of both archaeologists and restorers. The indirect extraction of an artefact from an archaeological excavation, which entailed moving a soil block to the laboratory, allowed one to reconstruct almost all its parts and to collect information about materials. CT analysis has been particularly useful for determining both its conditions and its repairs before the actual recovery, thereby facilitating the restoration process.
The recovery and conservation of an historical piece like the one presented here can help archaeological and conservation studies, enrich a museum collection and contribute to the dissemination of acquired cultural information.
The Cisalpine Gaul's coinage has been produced by different tribes settled in northern Italy betw... more The Cisalpine Gaul's coinage has been produced by different tribes settled in northern Italy between the 4th and the 1st century B.C. During this wide chronological period several types of silver drachms have originated, nowadays classified by numismatists in different typologies. To verify the presence of a debasement along the years and to investigate the exchange ratios among different drachmas, the rich collection of the Hungarian National Museum in Budapest has been analysed. Measurements have been performed at the Budapest Neutron Centre with the Prompt Gamma Activation Analysis (PGAA), a bulk technique which enables overcoming of surface enriched layers and alterations. This technique allows silver and copper to be quantified, while to check the presence of tin and other minor elements X-ray fluorescence (XRF) has been used. Results show that the silver content falls from 94% of the first emissions up to 50% of the Cenomans' and Insubres' tribes late typologies. This strong debasement takes place between the III and the II century B.C. and could be related to the military efforts in the decades around the second Punic war. At the same time, we observe the transition from a binary silver– copper alloy to a ternary one, made of silver, copper and tin.
De Nummis Gallicis. Mélanges de numismatique celtique offerts à Louis-Pol Delestrée, Dec 2013
Authors: Jacopo Corsi, Federico Barello
Il progetto neu ART. Studi e applicazioni., Nov 2013
Authors: Paola Buscaglia, Jacopo Corsi, Marco Nervo, Chiara Ricci
Il progetto neu ART. Studi e applicazioni., Nov 2013
Authors: Alessandro Re, Rosa Brancaccio, Jacopo Corsi, Giorgio Cotto, Giovanni Dughera, Walter Fe... more Authors: Alessandro Re, Rosa Brancaccio, Jacopo Corsi, Giorgio Cotto, Giovanni Dughera, Walter Ferrarese, Novella Grassi, Alessandro Lo Giudice, Stefano Lusso, Paolo Mereu, Giorgia Mila, Marco Nervo, Nadia Pastrone, Chiara Ricci, Roberto Sacchi, Lorenzo Visca, Lorenzo Zamprotta
IOP Conference Series Materials Science and Engineering, Jan 2012
Authors: A Re, F Albertin, C Bortolin, R Brancaccio, P Buscaglia, J Corsi, G Cotto, G Dughera, E ... more Authors: A Re, F Albertin, C Bortolin, R Brancaccio, P Buscaglia, J Corsi, G Cotto, G Dughera, E Durisi, W Ferrarese, M Gambaccini, A Giovagnoli, N Grassi, A Lo Giudice, P Mereu, G Mila, M Nervo, N Pastrone, F Petrucci, F Prino, L Ramello, M Ravera, C Ricci, A Romero, R Sacchi, A Staiano, L Visca, L Zamprotta
Quaderni della Soprintendenza Archeologica del Piemonte 28, Dec 2013
Authors: Ivana Angelini - Federico Barello - Elisa Barzagli - Jacopo Corsi - Pierluigi Debernardi... more Authors: Ivana Angelini - Federico Barello - Elisa Barzagli - Jacopo Corsi - Pierluigi Debernardi - Alessandro Lo Giudice
Quaderni della Soprintendenza Archeologica del Piemonte 27, Dec 2012
Authors: Angelo Agostino - Federico Barello - Jacopo Corsi - Alessandro Lo Giudice