I. Today's Presentation and References |
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II. Additional Information |
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Visual Sample Plan (Pacific Northwest Lab) |
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BAASS (Argonne National Lab) |
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Surfer/Grapher (Golden Software) |
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ArcView 3.x or 9.x (ESRI) |
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Decision Support Tools (DST) |
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CLU-IN Field Analytic Technologies: X-Ray Fluorescence |
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Control Chart |
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SW-846 Method 6200: Field Portable X-Ray Fluorescence Spectrometry for the Determination of Elemental Concentrations in Soil and Sediment |
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Example Adaptive XRF Lead Program Decision Logic for 500 ppm Action Level |
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XRF Case Studies: |
Use of Field Portable X-Ray Fluorescence (FPXRF) and the Triad Approach To Investigate the Extent of Lead Contamination at a Small Arms Training Range, Fort Lewis, WA |
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Case Study for the Use of a Decision Support Tool: Using Visual Sampling Plan to Optimize Sampling Strategies and Manage Uncertainty at the Ross Metals Site, Rossville, Tennessee |
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Triad Case Study: Rattlesnake Creek |
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EPA ORD Innovative Technology Verification Reports Feb 2006 (Bench Top Units): |
Oxford ED2000 XRF Analyzer |
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Rigaku ZSX Mini II XRF Analyzer |
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Rontec PicoTAX XRF Analyzer |
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Xcalibur ElvaX XRF Analyzer |
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EPA ORD Innovative Technology Verification Reports Feb 2006 (Handheld Units): |
Innov-X XT400 Series XRF Analyzer |
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Niton XLi 700 Series XRF Analyzer |
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Niton XLt 700 Series XRF Analyzer |
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Oxford X-Met 3000TX XRF Analyzer |
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Ingersoll uncertainty calculator 2006: |
Estimation of Analytical Measurement Uncertainty: RIM Procedure A06-05 |
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Environmental Analytical Measurement Uncertainty Estimation: Nested Hierarchical Approach |
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QC-based Uncertainty Calculator R2 |
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QC-based Uncertainty SOP R2 |
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Estimation of Analytical Measurement Uncertainty |
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Instrument Information: |
Compton Normalization |
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Reclaiming Military Bases from Tungsten Takeover |
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Advances in Field-Portable XRF |
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Periodic Table X-ray Energy Reference |
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NIST-Standard-Reference-Materials: |
8704, Buffalo River Sediment |
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2709, San Joaquin Soil, Baseline Trace Element Concentrations |
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2710, Montana Soil, Highly Elevated Trace Element Concentrations |
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2711, Montana Soil, Moderately Elevated Trace Element Concentrations |
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Soil Sampling Information: |
A Rationale for the Assessment of Errors in the Sampling of Soils |
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Guidance for Obtaining Representative Laboratory Analytical Subsamples from Particulate Laboratory Samples |
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Gy Sampling Theory in Environmental Studies. 1. Assessing Soil Splitting Protocols |
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Gy Sampling Theory in Environmental Studies. 2. Subsampling Error Estimates |
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Improving Laboratory Performance Through Scientific Subsampling Techniques |
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Superfund Program Representative Sampling Guidance, Volume 1: Soil |
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Demonstration of Method Applicability Examples: |
Remedial Investigation and Feasibility Study for Many Diversified Interests Superfund Site Houston, Texas: Data Evaluation Summary Report On-Site Remedial Investigation |
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Remedial Action Rockwool Industries, Inc. Superfund Site Belton, Texas EPA ID No. txd066379645: Demonstration of Methods Applicability Report |
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Memorandum: Fort Lewis Agreed Order RI Demonstration of Method Applicability Sampling and Analysis Plan Addendum, Former Small Arms Ranges |
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Applicability of X-Ray Fluorescence (XRF) For Rattlesnake Creek |
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III. Rebroadcast of Other Internet Seminars and Training
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