The present report publishes the chronological data of 45 specimens tested by the ^14C Laboratory of the Archaeological Science and Techniques Experiment and Research Center, IA,CASS. from March 2000 to March 2001. Th...The present report publishes the chronological data of 45 specimens tested by the ^14C Laboratory of the Archaeological Science and Techniques Experiment and Research Center, IA,CASS. from March 2000 to March 2001. These specimens came from the following sites:Yuhuangmiao (6 pieces) and Hulugou (2) in Jundushan, Beijing; Hujiayu in Yuanqu county (1) and Pujidu in Yongji county (1), Shanxi; Xianerta in Hulun Buir (6) and Xinglongwa in Aohan league (4), Inner Mongolia;Anzhangzi in Harqin left Wing Mongolian Automous County, Liaoning (1); Ganfanguo (1) and Gukuangdong (1) in Lingjiang county, Jilin; Yushan in Changshou county, Jiangsu (1); Yinshan in Shaoxing city, Zhejiang (2); Yantai city, Shandong (1); Fengxiansi in Luoyang city, Henan (1);Nanyuedamiao in Hengyang county, Hunan (5); Yangputou in Kunming city (2) and Luohanshan in Qujing county (2), Yunnan ; Duogang in Baicheng (8), Xinjiang.展开更多
The present report publishes the chronological data of 40 specimens dated by the 14^C Laboratory of Archaeological Science and Techniques Experiment and Research Center, IA, CASS, from November 2001 to October 2002. T...The present report publishes the chronological data of 40 specimens dated by the 14^C Laboratory of Archaeological Science and Techniques Experiment and Research Center, IA, CASS, from November 2001 to October 2002. These specimens come from the following sites: Tianmushan in Jiangyan (1 piece) and Beichuodun in Kunshan (2), Jiangsu; the Huangdi Temple in Jinyun, Zhejiang(1); Guzhendu in Qixia, Shandong (1); Xipo in Lingbao (2), Luohe in Luoyang (4), the Shang City in Yanshi (4) and Yinxu (the Yin Ruins) in Anyang (1), Henan; a Chu tomb inJiangling, Hubei (1); Piyang-Dongga in Ngari Zanda, Xizang (2); Yuntang-Qizhen in Fufeng (9) and Duanjing Village in Binxian County (1), Shanxi; Lajia in Minhe, Qinghai (4); Niya in Minfeng (1), Yingpan in Yuli (4), A'ai in Kuqa (1) and Langan Township in Yutian (1), Xinjiang.展开更多
The present report publishes the chronological data of 55 specimens dated by the ^14C Laboratory of the Archaeological Science and Techniques Experiment and Research Center, IA, CASS, from October 2002 to October 2003...The present report publishes the chronological data of 55 specimens dated by the ^14C Laboratory of the Archaeological Science and Techniques Experiment and Research Center, IA, CASS, from October 2002 to October 2003. These specimens came from the following sites: the Shang city-site in Yuanqu, Shanxi (3 pieces); Xinglonggou in Aohan (3) and Xichacun in Qingshuihe (2), Inner Mongolia; Zhidanyuan in Shanghai (1); Xiasun (2) and Kuahuqiao (1) in Xiaoshan, Zhejiang; Bijicun in Mengcheng, Anhui (1) ; Xiamen in Fujian (1) ; Zengpiyan in Guilin, Guangxi (31) ; Shuangyantang in Wushan Chongqing (6); Xiaoxiangpingpo in Qujing, Yunnan (1); Linzhi (1) and Langkazi (1) in Xizang; and Qiongkeke in Nileke, Xinjiang (1).展开更多
The present report publishes the chronological data of specimens tested by the ^14C Laboratory of the Archaeological Science and Techniques Experiment and Research Center, IA, CASS, in cooperation with the Institute o...The present report publishes the chronological data of specimens tested by the ^14C Laboratory of the Archaeological Science and Techniques Experiment and Research Center, IA, CASS, in cooperation with the Institute of Biophysics, CAS, from 1998 to 2001. These specimens, totaling 230 pieces, come from the following 11 archaeological sites: Erlitou in Yanshi County, Henan (28); Nanzhai in Yichuan County, Henan (10) ; Nianzipo in Changwu County, Shaanxi (21) ; Shang city in Yanshi, Henan (25) ; Shang city in Zhengzhou City, Henan (20+10) ; Xiaoshuangqiao in Zhengzhou City, Henan (5); Yinxu in Anyang City, Henan (43); Zhangjiapo in Chang' an City, Shaanxi (9+12); Mawangcun in Chang'an City, Shaanxi (10) ; Liulihe in Fangshan County, Beijing (25+6) ; and Jin Marquis tomb at Beizhaocun in Quwo County, Shanxi (6).展开更多
The present report publishes the chronological data of 50 specimens tested by the^14C Laboratory of the Archaeological Science and Techniques Experiment and Research Center, IA, CASS, from March 1999 to March 2000. Th...The present report publishes the chronological data of 50 specimens tested by the^14C Laboratory of the Archaeological Science and Techniques Experiment and Research Center, IA, CASS, from March 1999 to March 2000. These specimens come from the following sites: Dashanqian in Harqin Banner, Liaoning (10 pieces); Wanfabozi in Tonghua County, Jilin (2); Qiaonan in Yilan County, Heilongjiang (2); Dongyuan in Funing County, Jiangsu (2); Hexi in Zhangqiu County, Shandong (7);Xishan in Zhengzhou City, Henan (15); Panlongcheng in Wuhan City, Hubei (2); Ganquancun in Chengdu City, Siehuan (1); the ancient ruins of Jiaohe in Turpan City, Xinjiang (2); Jafanerike in Qiemo County, Xinjiang (4) ; and Dongfangrongcun in Haikou City, Hainan (3).展开更多
Vertisols,which are mainly developed on fiuvial and lacustrine deposits and basalt,are extensively distributed in China. 66 samples of them for radiocarbon dating were collected across 5 provinces and 1 autonomous reg...Vertisols,which are mainly developed on fiuvial and lacustrine deposits and basalt,are extensively distributed in China. 66 samples of them for radiocarbon dating were collected across 5 provinces and 1 autonomous region, ranging from warm-temperate to subtropical and tropical zones in China.The soil organic matter was dated via surfaCe horizon, black soil horizon and dark-colour horizon of the vertisols,whereas carbonate through calcareous concretions and dispersed carbonate in soil profile using radiocarbon method. The present article elucidates the dates of genetic horizons,and of surfaCe and buried vertisols as well. 14C dating indicates that the surface vertisols were formed during the end of the late Pleistocene,ca.15600 years ago.Correlation between depth of sampling and measured 14C age shows that age characteristics of the vertisols of China are close to those of West Germany,Italy,Turnisia,Australia and Argeentia. However, two buried vertisols developed on fluvial and lacustrine deposits were formed during different geological periods.The buried soils in warm-temperate zone were formed in the mid Holocene, while those in subtropics were buried at 12930 years B.P.,and formed in the end of the late Pleistocene.展开更多
There is presented the review of publications connecting with creation of matrices for the immobilization of long-lived radionuclides and radioactive waste for storage and disposal, as well as for the transmutation. T...There is presented the review of publications connecting with creation of matrices for the immobilization of long-lived radionuclides and radioactive waste for storage and disposal, as well as for the transmutation. This paper substantiates the practicability and feasibility of obtaining the carbon matrces by carbonization of imidoderivatives.展开更多
文摘The present report publishes the chronological data of 45 specimens tested by the ^14C Laboratory of the Archaeological Science and Techniques Experiment and Research Center, IA,CASS. from March 2000 to March 2001. These specimens came from the following sites:Yuhuangmiao (6 pieces) and Hulugou (2) in Jundushan, Beijing; Hujiayu in Yuanqu county (1) and Pujidu in Yongji county (1), Shanxi; Xianerta in Hulun Buir (6) and Xinglongwa in Aohan league (4), Inner Mongolia;Anzhangzi in Harqin left Wing Mongolian Automous County, Liaoning (1); Ganfanguo (1) and Gukuangdong (1) in Lingjiang county, Jilin; Yushan in Changshou county, Jiangsu (1); Yinshan in Shaoxing city, Zhejiang (2); Yantai city, Shandong (1); Fengxiansi in Luoyang city, Henan (1);Nanyuedamiao in Hengyang county, Hunan (5); Yangputou in Kunming city (2) and Luohanshan in Qujing county (2), Yunnan ; Duogang in Baicheng (8), Xinjiang.
文摘The present report publishes the chronological data of 40 specimens dated by the 14^C Laboratory of Archaeological Science and Techniques Experiment and Research Center, IA, CASS, from November 2001 to October 2002. These specimens come from the following sites: Tianmushan in Jiangyan (1 piece) and Beichuodun in Kunshan (2), Jiangsu; the Huangdi Temple in Jinyun, Zhejiang(1); Guzhendu in Qixia, Shandong (1); Xipo in Lingbao (2), Luohe in Luoyang (4), the Shang City in Yanshi (4) and Yinxu (the Yin Ruins) in Anyang (1), Henan; a Chu tomb inJiangling, Hubei (1); Piyang-Dongga in Ngari Zanda, Xizang (2); Yuntang-Qizhen in Fufeng (9) and Duanjing Village in Binxian County (1), Shanxi; Lajia in Minhe, Qinghai (4); Niya in Minfeng (1), Yingpan in Yuli (4), A'ai in Kuqa (1) and Langan Township in Yutian (1), Xinjiang.
文摘The present report publishes the chronological data of 55 specimens dated by the ^14C Laboratory of the Archaeological Science and Techniques Experiment and Research Center, IA, CASS, from October 2002 to October 2003. These specimens came from the following sites: the Shang city-site in Yuanqu, Shanxi (3 pieces); Xinglonggou in Aohan (3) and Xichacun in Qingshuihe (2), Inner Mongolia; Zhidanyuan in Shanghai (1); Xiasun (2) and Kuahuqiao (1) in Xiaoshan, Zhejiang; Bijicun in Mengcheng, Anhui (1) ; Xiamen in Fujian (1) ; Zengpiyan in Guilin, Guangxi (31) ; Shuangyantang in Wushan Chongqing (6); Xiaoxiangpingpo in Qujing, Yunnan (1); Linzhi (1) and Langkazi (1) in Xizang; and Qiongkeke in Nileke, Xinjiang (1).
文摘The present report publishes the chronological data of specimens tested by the ^14C Laboratory of the Archaeological Science and Techniques Experiment and Research Center, IA, CASS, in cooperation with the Institute of Biophysics, CAS, from 1998 to 2001. These specimens, totaling 230 pieces, come from the following 11 archaeological sites: Erlitou in Yanshi County, Henan (28); Nanzhai in Yichuan County, Henan (10) ; Nianzipo in Changwu County, Shaanxi (21) ; Shang city in Yanshi, Henan (25) ; Shang city in Zhengzhou City, Henan (20+10) ; Xiaoshuangqiao in Zhengzhou City, Henan (5); Yinxu in Anyang City, Henan (43); Zhangjiapo in Chang' an City, Shaanxi (9+12); Mawangcun in Chang'an City, Shaanxi (10) ; Liulihe in Fangshan County, Beijing (25+6) ; and Jin Marquis tomb at Beizhaocun in Quwo County, Shanxi (6).
文摘The present report publishes the chronological data of 50 specimens tested by the^14C Laboratory of the Archaeological Science and Techniques Experiment and Research Center, IA, CASS, from March 1999 to March 2000. These specimens come from the following sites: Dashanqian in Harqin Banner, Liaoning (10 pieces); Wanfabozi in Tonghua County, Jilin (2); Qiaonan in Yilan County, Heilongjiang (2); Dongyuan in Funing County, Jiangsu (2); Hexi in Zhangqiu County, Shandong (7);Xishan in Zhengzhou City, Henan (15); Panlongcheng in Wuhan City, Hubei (2); Ganquancun in Chengdu City, Siehuan (1); the ancient ruins of Jiaohe in Turpan City, Xinjiang (2); Jafanerike in Qiemo County, Xinjiang (4) ; and Dongfangrongcun in Haikou City, Hainan (3).
文摘Vertisols,which are mainly developed on fiuvial and lacustrine deposits and basalt,are extensively distributed in China. 66 samples of them for radiocarbon dating were collected across 5 provinces and 1 autonomous region, ranging from warm-temperate to subtropical and tropical zones in China.The soil organic matter was dated via surfaCe horizon, black soil horizon and dark-colour horizon of the vertisols,whereas carbonate through calcareous concretions and dispersed carbonate in soil profile using radiocarbon method. The present article elucidates the dates of genetic horizons,and of surfaCe and buried vertisols as well. 14C dating indicates that the surface vertisols were formed during the end of the late Pleistocene,ca.15600 years ago.Correlation between depth of sampling and measured 14C age shows that age characteristics of the vertisols of China are close to those of West Germany,Italy,Turnisia,Australia and Argeentia. However, two buried vertisols developed on fluvial and lacustrine deposits were formed during different geological periods.The buried soils in warm-temperate zone were formed in the mid Holocene, while those in subtropics were buried at 12930 years B.P.,and formed in the end of the late Pleistocene.
文摘There is presented the review of publications connecting with creation of matrices for the immobilization of long-lived radionuclides and radioactive waste for storage and disposal, as well as for the transmutation. This paper substantiates the practicability and feasibility of obtaining the carbon matrces by carbonization of imidoderivatives.
