AbstractWe present a detailed description of the layered structure developing in the walls of Egyptian Late Bronze Age glass-making vessels, and in similar vessels successfully replicated in laboratory experiments. The analyses show that this layered discolouration and change in ceramic composition is due to the interaction of the glass batch with the vessel during firing. The formation of this visually striking and easy to recognise pattern is due to the chloride content of primary glass batches and does not occur in vessels used to re-melt existing glass. Thus, we argue that these discolourations can be used as a reliable and easy field guide to identify glassmaking waste among Late Bronze Age ceramic assemblages, hopefully increasing the...
Chemical analysis of a visually opaque, turquoise-blue ingot from the Late Bronze Age royal capital ...
Materials associated with a secondary workshop of early Byzantine date (4th-5th centuries) were une...
First millennium AD glass production was divided between a relatively small number of workshops that...
We present a detailed description of the layered structure developing in the walls of Egyptian Late ...
AbstractWe present a detailed description of the layered structure developing in the walls of Egypti...
Lisht is one of a few New Kingdom sites with known glass-working debris. Here, we present evidence f...
There is very little known about ancient glass-making practice from the Late Bronze Age (LBA), despi...
Paper examines the likely characteristics by which a glass workshop might be identified archaeologic...
Four polychrome glass fragments, excavated from tomb KV35 in the Valley of the Kings, attributed to...
The present study focuses on the primary glass production during Late Bronze Age mainly in Egypt and...
This paper re‐analyses a considerable corpus of glass from the Late Bronze Age site of Nuzi, found n...
Chemical analysis of a visually opaque, turquoise-blue ingot from the Late Bronze Age royal capital ...
International audienceOur recent LA-ICP-MS analyses of glass ingots from the Uluburun shipwreck alon...
AbstractEighty-seven glass fragments from Roman and Late Antique layers at Tell Basta/Bubastis in th...
This paper presents direct archaeological evidence for the primary production of glass at the LBA si...
Chemical analysis of a visually opaque, turquoise-blue ingot from the Late Bronze Age royal capital ...
Materials associated with a secondary workshop of early Byzantine date (4th-5th centuries) were une...
First millennium AD glass production was divided between a relatively small number of workshops that...
We present a detailed description of the layered structure developing in the walls of Egyptian Late ...
AbstractWe present a detailed description of the layered structure developing in the walls of Egypti...
Lisht is one of a few New Kingdom sites with known glass-working debris. Here, we present evidence f...
There is very little known about ancient glass-making practice from the Late Bronze Age (LBA), despi...
Paper examines the likely characteristics by which a glass workshop might be identified archaeologic...
Four polychrome glass fragments, excavated from tomb KV35 in the Valley of the Kings, attributed to...
The present study focuses on the primary glass production during Late Bronze Age mainly in Egypt and...
This paper re‐analyses a considerable corpus of glass from the Late Bronze Age site of Nuzi, found n...
Chemical analysis of a visually opaque, turquoise-blue ingot from the Late Bronze Age royal capital ...
International audienceOur recent LA-ICP-MS analyses of glass ingots from the Uluburun shipwreck alon...
AbstractEighty-seven glass fragments from Roman and Late Antique layers at Tell Basta/Bubastis in th...
This paper presents direct archaeological evidence for the primary production of glass at the LBA si...
Chemical analysis of a visually opaque, turquoise-blue ingot from the Late Bronze Age royal capital ...
Materials associated with a secondary workshop of early Byzantine date (4th-5th centuries) were une...
First millennium AD glass production was divided between a relatively small number of workshops that...