The Xi'an Laboratory of Loess and Quaternary Geology has developed a small sample 14C dating facility consisting of a Wallac 1220 Quantulus(TM) liquid scintillation spectrometer, and a miniature benzene synthesis line based on the synthesis procedures used at the Australian National University (ANT). This line can produce ca. 0.3-ml benzene samples, which are then measured for 14C activity using 0.3-ml Teflon vials developed by Wallac Oy. The counting performance of the Quantulus(TM) spectrometer using 0.3-ml vials has been evaluated, and a potential age limit of ca. 45,000 BP has been obtained for samples containing up to 250 mg carbon. This dating facility fills the gap between large sample (2.4-6 g carbon) and microsample (<1 mg carbon) ...
We report 24 radiocarbon ages using the benzene liquid scintillation method developed at Shizuoka Un...
ABSTRACT. Unprecedented precision in routine radiocarbon dating of 3 mL of benzene (±13 14C yr for r...
We report 26 radiocarbon age data using the benzene liquid scintillation method developed at Shizuok...
From the 18th International Radiocarbon Conference held in Wellington, New Zealand, September 1-5, 2...
The major work involved is the development of a practical and reliable radiocarbon dating laboratory...
The important problem of contamination of old samples by younger 14C necessitates treatment of organ...
We report here, in part, dates measured on samples from Italy since the construction of a new 14C la...
ABSTRACT. The maximum age that can be determined by 14C dating using the LSC method is primarily lim...
ABSTRACT. Two methods of chemical preparation of radiocarbon samples are implemented in the Zagreb R...
ABSTRACT. International radiocarbon intercalibration studies have revealed that radiometric laborato...
Liquid scintillation counting (LSC) for radiocarbon dating is a less expensive method than accelerat...
International radiocarbon intercalibration studies have revealed that radiometric laboratories using...
Calculations show the possibility of detecting C-14 remaining after 10 or 11 decay half-lives in nat...
In this study, we improved the benzene synthetic system for radiocarbon dating constructed by Inomat...
Two major technological advances in the radiocarbon dating method have recently enhanced its potenti...
We report 24 radiocarbon ages using the benzene liquid scintillation method developed at Shizuoka Un...
ABSTRACT. Unprecedented precision in routine radiocarbon dating of 3 mL of benzene (±13 14C yr for r...
We report 26 radiocarbon age data using the benzene liquid scintillation method developed at Shizuok...
From the 18th International Radiocarbon Conference held in Wellington, New Zealand, September 1-5, 2...
The major work involved is the development of a practical and reliable radiocarbon dating laboratory...
The important problem of contamination of old samples by younger 14C necessitates treatment of organ...
We report here, in part, dates measured on samples from Italy since the construction of a new 14C la...
ABSTRACT. The maximum age that can be determined by 14C dating using the LSC method is primarily lim...
ABSTRACT. Two methods of chemical preparation of radiocarbon samples are implemented in the Zagreb R...
ABSTRACT. International radiocarbon intercalibration studies have revealed that radiometric laborato...
Liquid scintillation counting (LSC) for radiocarbon dating is a less expensive method than accelerat...
International radiocarbon intercalibration studies have revealed that radiometric laboratories using...
Calculations show the possibility of detecting C-14 remaining after 10 or 11 decay half-lives in nat...
In this study, we improved the benzene synthetic system for radiocarbon dating constructed by Inomat...
Two major technological advances in the radiocarbon dating method have recently enhanced its potenti...
We report 24 radiocarbon ages using the benzene liquid scintillation method developed at Shizuoka Un...
ABSTRACT. Unprecedented precision in routine radiocarbon dating of 3 mL of benzene (±13 14C yr for r...
We report 26 radiocarbon age data using the benzene liquid scintillation method developed at Shizuok...