On the basis of a review of major research achievements over the past ten years, this paper discusses some challenging issues in current studies of ancient Chinese metallurgy, with a focus on the beginnings of bronze metallurgy in China, regional bronze technologies during the Shang dynasty, early developments of iron technology, emergence of lost-wax casting technology, manufacturing techniques of gold objects, and Qin metallurgy. It will also offer some observations on future directions for the study of ancient Chinese metallurgy. © 2015 Elsevier Ltd
China is widely accepted as the birthplace and shrine of the blast furnace, with bloomery iron techn...
In the course of Chinese civilization, which lasted more than 5,000 years, casting production has ma...
In recent years, several research groups have concluded that traditional ‘provenance studies’ of met...
Bronzes from ancient civilizations provide insight into the cultures of 4000 years ago.\ud There is ...
It has long been known that leaded bronze, an alloy consisting primarily of copper with the addition...
China can claim a history rich in over 5,000 years of artistic, philosophical and political advancem...
The Bronze Age China presents to us a significant contrast to the rest of Eurasia in two aspects, th...
In this thesis I focus on mining and smelting in China during the Shang and Western Zhou periods (c....
This project examines the bronze casting technology of the late Shang Dynasty (1200-1046 BCE). Despi...
The purpose of this thesis is to review the English language material concerning the beginning of br...
Abstract Research into ancient Chinese metallurgy has flourished over recent years with the acc...
Iron objects excavated from the Dongheishan site provided a chance to systematically study the iron ...
Understanding of the origin and development of bronze technology in eastern Asia remains unresolved....
This paper surveys of the chemical composition of the copper alloy coinage in China from the Qin Dyn...
Piece mould casting technology, as a hall mark of the central plains of China during the Bronze Age,...
China is widely accepted as the birthplace and shrine of the blast furnace, with bloomery iron techn...
In the course of Chinese civilization, which lasted more than 5,000 years, casting production has ma...
In recent years, several research groups have concluded that traditional ‘provenance studies’ of met...
Bronzes from ancient civilizations provide insight into the cultures of 4000 years ago.\ud There is ...
It has long been known that leaded bronze, an alloy consisting primarily of copper with the addition...
China can claim a history rich in over 5,000 years of artistic, philosophical and political advancem...
The Bronze Age China presents to us a significant contrast to the rest of Eurasia in two aspects, th...
In this thesis I focus on mining and smelting in China during the Shang and Western Zhou periods (c....
This project examines the bronze casting technology of the late Shang Dynasty (1200-1046 BCE). Despi...
The purpose of this thesis is to review the English language material concerning the beginning of br...
Abstract Research into ancient Chinese metallurgy has flourished over recent years with the acc...
Iron objects excavated from the Dongheishan site provided a chance to systematically study the iron ...
Understanding of the origin and development of bronze technology in eastern Asia remains unresolved....
This paper surveys of the chemical composition of the copper alloy coinage in China from the Qin Dyn...
Piece mould casting technology, as a hall mark of the central plains of China during the Bronze Age,...
China is widely accepted as the birthplace and shrine of the blast furnace, with bloomery iron techn...
In the course of Chinese civilization, which lasted more than 5,000 years, casting production has ma...
In recent years, several research groups have concluded that traditional ‘provenance studies’ of met...