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...s://pubs.acs.org/doi/book/10.1021/bk-1982-0176 |title=Nuclear and Chemical Dating Techniques: Interpreting the Environmental Record |date=1982-01-29 |publish {{Main article|Samarium–neodymium dating}} ...

{{Short description|Radiometric dating method used in geochronology}} ...ssium–calcium dating''', abbreviated '''K–Ca dating''', is a [[radiometric dating]] method used in [[geochronology]]. It is based upon measuring the ratio o ...

{{Short description|Dating by measuring unpaired electrons}} ...ts formation.<ref name=":4">{{cite journal|title = Electron spin resonance dating of the Pleistocene coral reef tracts of Barbados|doi=10.1016/0033-5894(88)9 ...

{{Short description|Geochronological radiometric dating method using radioactive decay of hafnium-182}} ...m–tungsten dating''' is a [[Geochronology|geochronological]] [[radiometric dating]] method utilizing the [[radioactive decay]] system of [[isotopes of hafniu ...

{{Short description|Gochronological dating method utilizing the radioactive decay system of lutetium–176}} '''Lutetium–hafnium dating''' is a [[Geochronology|geochronological]] dating method utilizing the [[radioactive decay]] system of [[lutetium]]–176 to [[ ...

This method is widely used in [[radiometric dating]], where the sample is ionized under vacuum. The ions being produced at the ...

{{Short description|Dating technique to study geological history using nuclear decay of the mineral mo ...Williams, M. L., Jercinovic, M. J., & Terry, M. P. (1999). Age mapping and dating of monazite on the electron microprobe: Deconvoluting multistage tectonic h ...

| [[Carbon]] || 14 || 5,730 || [[Radiocarbon dating]] of organic matter, water [[Category:Radiometric dating]] ...

...15.7 [[Million years]], or Myr), which can be used in iodine-xenon (I-Xe) dating. The production of ¹²⁹Xe stopped within about 100 Myr after the ...d below, the age of Earth's formation cannot be deduced directly from I-Xe dating. The major problem is the Xe closure time, or the time when the early Earth ...

...eybe has a longstanding history of [[Archaeology|archaeological]] research dating back to the 1930s when Paolo Graziosi carried out the first professional ar ...2021|title=Improved ostrich eggshell and ungulate tooth enamel radiocarbon dating methods reveal Later Stone Age occupation in arid MIS 2 southern Somalia|ur ...

...ogically speaking, is very hard to analyze using traditional [[radiometric dating]] techniques. The use of diffusion chronometry on past eruptions can help i ...

...re often investigated by [[Petrology|petrological]] methods, [[radiometric dating]] techniques and [[Thermodynamics|thermodynamic]] [[Modeling and simulation {{Main|Geochronology|Radiometric dating|}} ...

...g a nuclear material's age is critical to nuclear forensic investigations. Dating techniques can be utilized to identify a material's source as well as proce ...complicate or invalidate the use of chronometric measurements. Special age-dating relationships exist, including the commonly employed ²³⁴U/<sup>2 ...

...t provenance, reworking and transport processes in the Indus River by U–Pb dating of detrital zircon grains|journal=Global and Planetary Change|date=2011|doi Examples of geochemical methods include zircon U-Pb dating (plus [[Hafnium|Hf]] isotope), zircon [[fission track]], apatite fission tr ...

...amining their inherent [[radioisotope]]s, most commonly the [[uranium–lead dating|uranium–lead ratio]]. Zircon is a common [[Accessory mineral|accessory]] or ...ical studies from the 2000s mainly due to the advancement in [[radiometric dating]] techniques.<ref>{{cite journal|last1=Davis|first1=Donald W.|last2=William ...

...tration of isotope existed. The most widely known example is [[radiocarbon dating]] used to determine the age of carbonaceous materials. ...