RADIOCARBON, THE CALIBRATION CURVE AND SCYTHIAN CHRONOLOGY

机译：radiocarbon，校准曲线和scythian年表

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Interpretation of Radiocarbon dates can be rather complex. For example, variations in the natural ~(14)C content cause the ~(14)C clock rate to vary throughout time, causing the need for calibration of the ~(14)C timescale. For the Scythian epoch, there is a problematic range in the ~(14)C calibration curve. Radiocarbon dates of around 2450 BP always calibrate to ca. 800-400 BC, no matter the measurement precision. In order to establish reliable chronologies, both state-of-the-art scientific and archaeological dating methods need to be employed. This includes high precision ~(14)C dating and AMS, enabling dating of small samples such as from museum collections or other precious materials.

机译：解释无线电碳日期可以是相当复杂的。例如，天然〜（14）C含量的变化导致〜（14）C时钟速率随着时间的变化而变化，导致需要校准〜（14）C Timescale。对于Scythian时期，〜（14）C校准曲线中存在有问题的范围。约2450 bp左右的radiocarbon日期总是校准到ca. 800-400 BC，无论测量精度。为了建立可靠的时间顺序，需要采用最先进的科学和考古约会方法。这包括高精度〜（14）C约会和AMS，使诸如来自博物馆收集或其他珍贵材料等小型样品的约会。

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《NATO Advanced Research Workshop on Impact of the Environment on Human Migration in Eurasia》|2004年||共17页
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J. van der Plicht;
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中图分类 X22-53;
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chronology; radiocarbon; calibration curve; archaeology; Scythian; environment;

机译：年表;radiocarbon;校准曲线;考古学;斯科迪安;环境;

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机译：放射性碳，校准曲线和Scythian年代

RADIOCARBON, THE CALIBRATION CURVE AND SCYTHIAN CHRONOLOGY

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