IN 1989 on the eve of the 40th anniversary of the founding of the People’s Republic of China,a large tomb of the Shang Dynasty(17th-11th century B.C.)was ex-cavated in Xingan County,JiangxiProvince.After viewing the ...IN 1989 on the eve of the 40th anniversary of the founding of the People’s Republic of China,a large tomb of the Shang Dynasty(17th-11th century B.C.)was ex-cavated in Xingan County,JiangxiProvince.After viewing the burialobjects the archaeologists concludedthat the history of ancient civiliza-tions south of the Yangtze River willhave to be rewritten.The tomb is located in theCheng Family Village,DayangzhouTownship,and was found by avillager digging for sand.After amonth’s excavation,the layout ofthe ancient burial.site was broughtto light by archaeologists.展开更多
The Shang Dynasty civilization in China is based on the development of the bronze techniques. A large amount of Shang Dynasty bronzes, excavated from Jiangxi, Hubei and Henan Provinces, have become a focus of world at...The Shang Dynasty civilization in China is based on the development of the bronze techniques. A large amount of Shang Dynasty bronzes, excavated from Jiangxi, Hubei and Henan Provinces, have become a focus of world attention. However,the Sha-ng Dynasty center was located at Zhenzhou and Allyang city areas, Henan Province, where no large copper ores have been found so far. Therefore, where did the huge ore material for casting the bronzes come from? It is an unsettled question paid attention by the archaeologists and scicntists. 35 Shang Dynasty bronzes and 21 copper and lead ore materials aged in the Shang-Zhou Dynasty, the Spring-Autumn Period and the modern time, have been measured by the use of mass spectrometry.Based upon lead isotopic ratios, the ore material for casting the bronzes with the middle isotopic ratios of 207Pb/206Pb ranged in 0.8～0.9 could come from the ancient copper mine of Tongling, Jiangxi Province and Tong Lushan, Hubei Province and that with the high isotopic ratios (＞0.9) could be from the northern part of the Shang Empire, called "Gongfang" in the historical records, e.g. today’s Hebei and LiaoningProvinces. The others with the low isotopic ratios (＜0.8) might originate from poly-metalic deposits, with the high isotopic ratios of 238U/204 Pb in the ore flux or in the magma.展开更多
文摘IN 1989 on the eve of the 40th anniversary of the founding of the People’s Republic of China,a large tomb of the Shang Dynasty(17th-11th century B.C.)was ex-cavated in Xingan County,JiangxiProvince.After viewing the burialobjects the archaeologists concludedthat the history of ancient civiliza-tions south of the Yangtze River willhave to be rewritten.The tomb is located in theCheng Family Village,DayangzhouTownship,and was found by avillager digging for sand.After amonth’s excavation,the layout ofthe ancient burial.site was broughtto light by archaeologists.
文摘The Shang Dynasty civilization in China is based on the development of the bronze techniques. A large amount of Shang Dynasty bronzes, excavated from Jiangxi, Hubei and Henan Provinces, have become a focus of world attention. However,the Sha-ng Dynasty center was located at Zhenzhou and Allyang city areas, Henan Province, where no large copper ores have been found so far. Therefore, where did the huge ore material for casting the bronzes come from? It is an unsettled question paid attention by the archaeologists and scicntists. 35 Shang Dynasty bronzes and 21 copper and lead ore materials aged in the Shang-Zhou Dynasty, the Spring-Autumn Period and the modern time, have been measured by the use of mass spectrometry.Based upon lead isotopic ratios, the ore material for casting the bronzes with the middle isotopic ratios of 207Pb/206Pb ranged in 0.8～0.9 could come from the ancient copper mine of Tongling, Jiangxi Province and Tong Lushan, Hubei Province and that with the high isotopic ratios (＞0.9) could be from the northern part of the Shang Empire, called "Gongfang" in the historical records, e.g. today’s Hebei and LiaoningProvinces. The others with the low isotopic ratios (＜0.8) might originate from poly-metalic deposits, with the high isotopic ratios of 238U/204 Pb in the ore flux or in the magma.
