Radiocarbon

Elmore, David

• Vol 22, No 3 (1980) - Articles
  Radiocarbon dating with tandem electrostatic accelerators.
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• Vol 28, No 2A (1986) - Articles
  The chemical preparation of AgCl for measuring (super 36) Cl in polar ice with accelerator mass spectrometry.
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• Vol 31, No 3 (1989) - Articles
  Depth profiles of nitrogen and chlorine in pure materials through AMS of the neutron activation products (super 14) C and (super 36) Cl.
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• Vol 31, No 3 (1989) - Articles
  AMS of (super 41) Ca using the CaF (sub 3) negative ion.
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• Vol 31, No 3 (1989) - Articles
  A (super 36) Cl profile in Greenland ice from AD 1265 to 1865.
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• Vol 34, No 3 (1992) - Articles
  Prime Lab: A Dedicated AMS Facility at Purdue University
  Abstract  PDF
• Vol 38, No 1 (1996) - Articles
  The (super 36) Cl/ (super 36) Cl method for determining exposure time and erosion rates of surfaces.
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• Vol 38, No 1 (1996) - Articles
  Cosmogenic (super 10) Be exposure-age dating of the post-Wisconsin deglaciation of Indiana.
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• Vol 38, No 1 (1996) - Articles
  Tracing the environmental effect of nuclear-waste disposal to the Ob River system in central Siberia, Russia using accelerator mass spectrometry.
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• Vol 38, No 1 (1996) - Articles
  A server-based code for in-situ-produced nuclides that incorporates irregular geometries.
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• Vol 38, No 1 (1996) - Articles
  Using cosmogenic radionuclide concentrations to determine glacial erosion across alpine valleys.
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• Vol 38, No 1 (1996) - Articles
  Application of (super 36) Cl surface exposure age dating to central Andean volcanology and glaciology.
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• Vol 38, No 1 (1996) - Articles
  Plans for calibration of the cosmic ray flux over the past 500,000 years using volcanic rock.
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• Vol 43, No 2A (2001) - Articles
  Prime Lab Sample Handling And Data Analysis For Accelerator-Based Biomedical Radiocarbon Analysis
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