Radiocarbon Dating: An Archaeological PerspectiveElsevier, 2 déc. 2012 - 224 pages Radiocarbon Dating: An Archaeological Perspective provides a review of some of the major advances and accomplishments of the 14C method from an archaeological perspective. The text also provides an introduction to some of the problems and issues involved in the use of 14C data in archaeological studies. The book covers topics in radiocarbon dating, including the elements of the radiocarbon method; definition of major anomalies and the different effects of the 14C method; and sample, sample pretreatment, and measurement techniques. The evaluation of radiocarbon data and the historical development of radiocarbon dating as a method that aids in archaeological studies are also discussed. The text is recommended for archaeologists who want to know more about the theories and principles behind radiocarbon dating, its techniques, and its application in their field. The book will also be good for physicists who want to work with archaeologists and apply their knowledge in radiocarbon dating. |
Table des matières
| 1 | |
Chapter 2 Definition of Major Anomalies | 15 |
Chapter 3 Samples and Sample Pretreatment | 39 |
Chapter 4 Measurement Techniques | 71 |
Chapter 5 Evaluation of Radiocarbon Data | 105 |
Chapter 6 Radiocarbon Dating in Historical Perspective | 147 |
Illustration Credits | 205 |
| 207 | |
Expressions et termes fréquents
accelerator mass accelerator mass spectrometry acid activity age estimates analysis Anderson archaeological archaeological contexts atmosphere atomic Berkeley bone bristlecone pine Broecker calendar calibration charcoal Chicago chronology concentration confidence contamination context conventional Council of Europe count rate counter counting systems Damon decay counting Deevey defined dendrochronological detector earth’s employed exhibited factors field Figure first fossil Geological geophysical H. E. Suess half-life Holocene identified initial International Radiocarbon ions isotope laboratory Libby’s Liquid scintillation counting major marine shell mass spectrometry method natural radiocarbon measurements neutrons Nuclear obtained Olsson organic fractions oxalic acid physical Pleistocene Polach precision pretreatment problem radioactive radiocarbon age Radiocarbon dating radon reflected Research reservoir effects result sample materials sample types Science Scientific screen-wall Section significant significantly solid carbon specific standard statistical studies Stuiver terrestrial tree-ring Tritium typically University of California values Vries effects W. F. Libby W. G. Mook Waterbolk wood