Lucas Braddock Chen
Biographic Data
| ID | 9038864 |
|---|---|
| NAME | Lucas Braddock Chen |
| GIVEN NAMES | Lucas Braddock |
| FAMILY NAME | Chen |
| SIGNATURE | CHEN L B |
| VERIFIED | No |
| TOTAL WORKS | 3 |
| TOTAL CITATIONS | 0 |
| WORKS AS AUTHOR | 3 |
| WORKS AS EDITOR | 0 |
| FIRST PUBLICATION YEAR | 2020 |
| LATEST PUBLICATION YEAR | 2021 |
| H-INDEX | 0 |
Sumerian Arsenic Copper and Tin Bronze Metallurgy (5300-1500 BC)
Copper was one of the first metals to be utilized since 8000 BC. Arsenic copper became popular due to its lower melting point and decreased metal porosity, allowing for the creation of longer metal blades. Tin bronze began appearing around 3500 BC, and its superior recyclability and malleability made it the favorite metal alloy until the prevalence of iron. Bronze alloy was limited by its requirement of tin, which was more difficult to acquire th…
A Novel Method of Archaeological Bronze Identification - Electromagnetic Signatures vs Chemical Composition
Bronze metallurgy was a significant step in human technology and civilization as societies evolved from the Neolithic to the Bronze period and acquired the ability to shape different metals into useful tools. The technology to work with copper and bronze was independently developed across the world and, due to different smelting techniques and local ore chemistry, metal ware developed in different regions of the world at various time periods have…
Archaeometallurgical Analysis of Bronze Artifacts
Bronze has been utilized by human civilization for the past five millennia, and societies across the globe have mined, extracted, and purified copper and tin to create bronze alloys. Due to the different mineral composition of ores and the varying techniques involved with metal smelting, bronze artifacts from around the world often have very different chemical compositions. The determination of chemical composition is often invasive and expensive…
No prominent works on this page.
Archaeometallurgical Analysis of Bronze Artifacts
Bronze has been utilized by human civilization for the past five millennia, and societies across the globe have mined, extracted, and purified copper and tin to create bronze alloys. Due to the different mineral composition of ores and the varying techniques involved with metal smelting, bronze artifacts from around the world often have very different chemical compositions. The determination of chemical composition is often invasive and expensive…
Sumerian Arsenic Copper and Tin Bronze Metallurgy (5300-1500 BC)
Copper was one of the first metals to be utilized since 8000 BC. Arsenic copper became popular due to its lower melting point and decreased metal porosity, allowing for the creation of longer metal blades. Tin bronze began appearing around 3500 BC, and its superior recyclability and malleability made it the favorite metal alloy until the prevalence of iron. Bronze alloy was limited by its requirement of tin, which was more difficult to acquire th…
A Novel Method of Archaeological Bronze Identification - Electromagnetic Signatures vs Chemical Composition
Bronze metallurgy was a significant step in human technology and civilization as societies evolved from the Neolithic to the Bronze period and acquired the ability to shape different metals into useful tools. The technology to work with copper and bronze was independently developed across the world and, due to different smelting techniques and local ore chemistry, metal ware developed in different regions of the world at various time periods have…
Archaeology (3 works) · Bronze (3 works) · Bronze Age (3 works) · Copper (3 works) · Materials Science (3 works) · Metallurgy (3 works) · Smelting (3 works) · Chemical composition (2 works) · Chemistry (2 works) · Geography (2 works)