Titlebook: Radiocarbon After Four Decades; An Interdisciplinary R. E. Taylor,Austin Long,Renee S. Kra Conference proceedings 1992 Springer Science+Bus

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Radiocarbon and Astrophysical-Geophysical Phenomenaand W F Libby. The Director of the Physico-Technical Institute, Professor Boris P Konstantinov, showed me this paper on 10 July 1965. Naturally, he was very excited by this paper. In the early 1960s, Professor Konstantinov proposed and realized some special experiments to check the possibility of an

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Sample Treatment Strategies in Radiocarbon Datingbetween the “radiocarbon date” and the basic assumptions upon which this date rests. The importance of this link was recognized from the beginning (Libby 1954), but as radiocarbon dating became more routine, sample pretreatment and subsequent conversion to a medium suitable for .C detection has, mor

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The History of AMS, its Advantages over Decay Counting: Applications and Prospects employed in nuclear physics research, and later, small tandem accelerators specifically designed for AMS, to directly detect long-lived cosmogenic radioisotopes in the presence of vastly larger quantities of their stable isotopes. Some early work was carried out using cyclotrons and even combinatio

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esents discussions of every aspect of this dating technique, as well as chronicles of its development and views of future advancements and applications. All of the 64 authors played major roles in establishment, development or application of this revolutionary scientific tool. The 35 chapters provid

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The History of Dendrochronology and Radiocarbon Calibrationportance. This chapter presents a brief historical overview of the development of superlong Holocene tree-ring calendars and the calibration of the radiocarbon time scale derived from tree-ring measurements, with a synopsis of the actual stage of research.

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