The experimental measurements of the rheological properties of selected archaeological glasses are presented, and compared to the experimental values obtained on synthetic analogues. The data, measured both by monitored hot stage and high-temperature rheometer, allow for the first time to asses the physical and working properties of protohistoric glasses. A preliminary interpretation of the compositional evolution of Bronze Age glasses is proposed, based on their rheological properties. The data indicate that the mean compositions of most common ancient glasses are close to the compositions having the best working properties
The glass finds from two Bronze Age settlements located in Veneto (Northen Italy) have been investig...
Glass is one of the materials more widely developed throughout History. In the last decades, it has ...
International audienceDue to the good chemical stability of chemical bonds forming silicates, glass ...
Early vitreous materials include homogeneous glass, glassy faience, faience and glazed stones. These...
Analyzing the chemical composition of archaeological glasses can provide an insight into their prove...
In glass archaeology, "production indicators" are those remains which testify to specific operations...
A systematic archaeometric investigation of the protohistoric glass materials from the Como area has...
This article reviews the crystalline material present in representative Bronze Age glasses and glass...
Vitreous materials were known in the Near.East and Egypt from the 4th millennium BC; faience became ...
A systematic archaeometric investigation of the protohistoric glass materials (i.e.beads from Early ...
This work was dedicated to the study of the influence of composition and thermal history on the phys...
Within the frame of a project aimed to systematically characterize Bronze Age glasses in Northern It...
Knowledge of glass trading in protohistoric Southern Italy has been limited by a lack of archeometri...
Projecte fet en col.laboració amb Vrije Universiteit BrusselsThe chemical composition of ancient gla...
Knowledge of glass trading in protohistoric Southern Italy has been limited by a lack of archeometri...
The glass finds from two Bronze Age settlements located in Veneto (Northen Italy) have been investig...
Glass is one of the materials more widely developed throughout History. In the last decades, it has ...
International audienceDue to the good chemical stability of chemical bonds forming silicates, glass ...
Early vitreous materials include homogeneous glass, glassy faience, faience and glazed stones. These...
Analyzing the chemical composition of archaeological glasses can provide an insight into their prove...
In glass archaeology, "production indicators" are those remains which testify to specific operations...
A systematic archaeometric investigation of the protohistoric glass materials from the Como area has...
This article reviews the crystalline material present in representative Bronze Age glasses and glass...
Vitreous materials were known in the Near.East and Egypt from the 4th millennium BC; faience became ...
A systematic archaeometric investigation of the protohistoric glass materials (i.e.beads from Early ...
This work was dedicated to the study of the influence of composition and thermal history on the phys...
Within the frame of a project aimed to systematically characterize Bronze Age glasses in Northern It...
Knowledge of glass trading in protohistoric Southern Italy has been limited by a lack of archeometri...
Projecte fet en col.laboració amb Vrije Universiteit BrusselsThe chemical composition of ancient gla...
Knowledge of glass trading in protohistoric Southern Italy has been limited by a lack of archeometri...
The glass finds from two Bronze Age settlements located in Veneto (Northen Italy) have been investig...
Glass is one of the materials more widely developed throughout History. In the last decades, it has ...
International audienceDue to the good chemical stability of chemical bonds forming silicates, glass ...