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Digital Library /STP / STP1226-EB
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Overview PDF
Description
Table of Contents
Design of Pharmacokinetic and Bioavailability Studies of Lead in an Immature Swine Model
Weis CP, Poppenga RH, Thacker BJ, Henningsen GM, Curtis A
Estimating the Contribution of Lead-Based Paint to Soil Lead, Dust Lead, and Childhood Blood Lead
Marcus AH, Elias RW
HUD National Survey: Findings on the Lead Paint Hazard in Homes
Clickner RP, Rogers JW
Comprehensive Abatement Performance Study: Part I Study Design and Characterization of Soil-Lead and Dust-Lead Levels
Kinateder JG, Kumar P, Buxton BE, Rust SW, Schwemberger JG, Lim BS, Dewalt FG, Constant P
The Design of the HUD Lead-Based Paint Abatement Demonstration in Public Housing
Eberle RF
Imputing Lead Sources from Blood Lead Isotope Ratios
Rabinowitz MB
Literature Review of Sources of Elevated Soil-Lead Concentrations
Burgoon DA, Brown SF, Menton RG
Pathways of Lead Contamination for the Brigham and Women's Hospital Longitudinal Lead Study
Menton RG, Burgoon DA, Marcus AH
The Lead Paint Abatement and Repair & Maintenance Study in Baltimore
Farfel MR, Lim BS
A Summary of Studies Addressing the Efficacy of Lead Abatement
Burgoon DA, Rust SW, Schultz BD
An Evaluation of Airborne and Surface Lead Concentrations from Preliminary Cleaning of a Building Contaminated with Deteriorated Lead-Based Paint
Sussell AL, Weber A, Wild D, Wall D, Ashley K
Comprehensive Abatement Performance Study, Part II: Comparison of Encapsulation/Enclosure and Removal Methods for Lead-Based Paint Abatement
Buxton BE, Rust SW, Kinateder JG, Schwemberger JG, Lim BS, Constant P, Dewalt FG
Lead-Based Paint as a Major Source of Childhood Lead Poisoning: A Review of the Evidence
Jacobs DE
Performance Evaluations of Measurement Methods Used for Lead-Based Paint Contaminated Media: Current Status
Harper SL, Gutknecht WF, Beard ME
The U.S. Environmental Protection Agency's Environmental Response Team's Use of Field-Portable X-Ray Fluorescence Instruments for Analyzing Pb in Soils
Bernick MB, Prince G, Singhvi R
An Examination of an XRF Method Used for the Determination of Lead in Urban Soil and Dust Samples
Vincent HA, Boyer DM
Sampling and Analysis of Lead in Dust and Soil for the Comprehensive Abatement Performance Study (CAPS)
Dewalt G, Constant P, Buxton BE, Rust SW, Lim BS, Schwemberger JG
Investigation of Adhesive Lift Sampling Technology Used for the Evaluation of Lead in Surface Dust
Demyanek ML, Dunmyre GR, Casuccio GS
Scanning Electron Microscopy/X-Ray Fluorescence Characterization of Lead-Rich Post-Abatement Dust
Mamane Y, Willis RD, Stevens RK, Miller JL
Analysis of Lead in Urban Soils by Computer Assisted SEM/EDX--Method Development and Early Results
Johnson DL, Hunt A
Comparability and Traceability of Chemical Measurements
Watters RL, DeVoe JR
Components of a Quality Assurance Program for Analytical Laboratories
Hartwig EC
Preparation and Evaluation of Lead-Contaminated Dust Method Evaluation Materials
Binstock DA, Estes ED, Neefus JD, Williams EE, Gutknecht WF, Harper SL, Beard ME
Development of NIST Standard Reference Materials for Lead in Blood, Paint, Household Dust, Soil, and Simulated Bone
Pella PA, DeVoe JR, Marlow AF
Quality Assurance Double-Blind Sample Applications in the Determination of Lead in Urban Dusts and Soils
Vincent HA, Boyer DM, Elias RW
The National Lead Laboratory Accreditation Program
Scalera JV
The A2LA Laboratory Accreditation Process
Unger PS
The American Industrial Hygiene Association Environmental Lead Laboratory Accreditation Program (ELLAP)
Peters RH, Hurley HA
Author Index
Subject Index
Committee: E06
Paper ID: STP1226-EB
DOI: 10.1520/STP1226-EB
 ASTM International is a member of CrossRef.
0-8031-1884-8
978-0-8031-1884-3
STP1226-EB
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