The Gran Potenza clay and the Pomici di Avellino pyroclastics, respectively the clay sediments and temper of the typical ceramic manufacture in Benevento area (Italy). were mixed in different proportion and fired at 850 degrees, 900 degrees and 950 degrees C. These experimental replicas were compared with historical ceramic products of Benevento. The similarities and/or differences between archaeological materials and replicas (in terms of amount of temper, firing temperature, pore system, etc.) have been discussed. The whole data confirm the wide utilization of the local available clayey raw material and the Pomici di Avellino, and give a new contribution on the petrophysical modifications of volcanic-rich ceramic pastes that occur in the ...
The objective of this work is to draw attention to the applications of mineralogical-geochemical arc...
Altres ajuts: FCT (SFRH / BD /11020/2002)In cases where the provenance of raw materials used in the ...
This work proposes a new analysis procedure aiming to study the effects of ceramic firing conditio...
The Gran Potenza clay and the Pomici di Avellino pyroclastics, respectively the clay sediments and t...
The features of two clayey raw materials from the Bay of Naples and their fired products were invest...
Archaeometric investigation on ancient ceramic collected from excavations in NW Peloponnese demonstr...
The production of glazed ceramics in Italy started in 13th century, following Islamic tradition and ...
We performed petrophysical analyses on 34 clayey samples of different geological origin within the C...
The effect on ceramic products of firing conditions in the presence of abundant organic matter is as...
The influence of firing conditions on the chemical composition of the major pyrometamorphic phases o...
Archaeological excavations carried out in the sites of Rione Terra and Via Fascione in Pozzuoli (anc...
Ceramic building materials (CBM) are interesting archaeological items for gathering the material cul...
Abstract—In cases where the provenance of raw materials used in the manufacture of local archeologic...
This paper presents the results of a preliminary archaeometric study on 14 potsherds collected in th...
The addition of temper in the pottery production is attested since prehistoric times and is still a ...
The objective of this work is to draw attention to the applications of mineralogical-geochemical arc...
Altres ajuts: FCT (SFRH / BD /11020/2002)In cases where the provenance of raw materials used in the ...
This work proposes a new analysis procedure aiming to study the effects of ceramic firing conditio...
The Gran Potenza clay and the Pomici di Avellino pyroclastics, respectively the clay sediments and t...
The features of two clayey raw materials from the Bay of Naples and their fired products were invest...
Archaeometric investigation on ancient ceramic collected from excavations in NW Peloponnese demonstr...
The production of glazed ceramics in Italy started in 13th century, following Islamic tradition and ...
We performed petrophysical analyses on 34 clayey samples of different geological origin within the C...
The effect on ceramic products of firing conditions in the presence of abundant organic matter is as...
The influence of firing conditions on the chemical composition of the major pyrometamorphic phases o...
Archaeological excavations carried out in the sites of Rione Terra and Via Fascione in Pozzuoli (anc...
Ceramic building materials (CBM) are interesting archaeological items for gathering the material cul...
Abstract—In cases where the provenance of raw materials used in the manufacture of local archeologic...
This paper presents the results of a preliminary archaeometric study on 14 potsherds collected in th...
The addition of temper in the pottery production is attested since prehistoric times and is still a ...
The objective of this work is to draw attention to the applications of mineralogical-geochemical arc...
Altres ajuts: FCT (SFRH / BD /11020/2002)In cases where the provenance of raw materials used in the ...
This work proposes a new analysis procedure aiming to study the effects of ceramic firing conditio...