Field Studies of Radon in Rocks, Soils, and Water focuses on the principal sources of indoor radon and detecting radon through geochemical and hydrological studies of ground water
Field Studies of Radon in Rocks, Soils, and Water focuses on the principal sources of indoor radon and detecting radon through geochemical and hydrological studies of ground water
Preface Part 1: Studies of Radon in Rocks and Soil Section 1: Techniques for Measuring Radon in Soil Methods of Characterization of Ground for Assessment of Indoor Radon Potential at a Site, /by Allan B. Tanner Abstract Introduction The Emanation Process Permeability Diffusion Models of the Soil Regime Near a House Radon Measurement Methods Short Term Meteorological Effects Seasonal Effects Acknowledgments References Cited Appendix A. Derivation of the Radon Availability Number (RAN) Appendix B. Derivation of the Relations among Permeability, Flow Rate, and Pressures in the Hemispherical Geometry of the Sampling Hole Appendix C. Derivation of Relations among Permeability, Flow Rate, and Pressures for Radial Flow into a Cylindrical Sampling Hole Simple Techniques for Soil Gas and Water Sampling for Radon Analysis, /by G.M. Reimer Abstract Introduction Soil Gas Sampling Technique Water Sample Collecting Technique References Cited A Preliminary Evaluation of Environmental Factors Influencing Day to Day and Seasonal Soil Gas Radon Concentrations, /by Sigrid Asher Bolinder, Douglass E. Owen, and R. Randall Schumann Abstract Introduction The Importance of Time Scales Previous Studies Site Description Methods Discussion Summary References Cited Derivation of Radon Migration Rates in the Surficial Environment by Use of Helium Injection Experiments, /by G.M. Reimer Abstract Introduction Study Setting Results Discussion Conclusions Acknowledgments References Cited Section 2: Geologic Field Studies Radon in Sheared Metamorphic and Igneous Rocks, /by Linda C.S. Gundersen Abstract Introduction Methods Boyertown, Pennsylvania Brookneal Zone, Virginia Glen Gardner, New Jersey Montgomery County, Maryland Discussion and Conclusions Acknowledgments References Cited The Geology and Geochemistry of Soils in Boyertown and Easton,
Preface Part 1: Studies of Radon in Rocks and Soil Section 1: Techniques for Measuring Radon in Soil Methods of Characterization of Ground for Assessment of Indoor Radon Potential at a Site, /by Allan B. Tanner Abstract Introduction The Emanation Process Permeability Diffusion Models of the Soil Regime Near a House Radon Measurement Methods Short Term Meteorological Effects Seasonal Effects Acknowledgments References Cited Appendix A. Derivation of the Radon Availability Number (RAN) Appendix B. Derivation of the Relations among Permeability, Flow Rate, and Pressures in the Hemispherical Geometry of the Sampling Hole Appendix C. Derivation of Relations among Permeability, Flow Rate, and Pressures for Radial Flow into a Cylindrical Sampling Hole Simple Techniques for Soil Gas and Water Sampling for Radon Analysis, /by G.M. Reimer Abstract Introduction Soil Gas Sampling Technique Water Sample Collecting Technique References Cited A Preliminary Evaluation of Environmental Factors Influencing Day to Day and Seasonal Soil Gas Radon Concentrations, /by Sigrid Asher Bolinder, Douglass E. Owen, and R. Randall Schumann Abstract Introduction The Importance of Time Scales Previous Studies Site Description Methods Discussion Summary References Cited Derivation of Radon Migration Rates in the Surficial Environment by Use of Helium Injection Experiments, /by G.M. Reimer Abstract Introduction Study Setting Results Discussion Conclusions Acknowledgments References Cited Section 2: Geologic Field Studies Radon in Sheared Metamorphic and Igneous Rocks, /by Linda C.S. Gundersen Abstract Introduction Methods Boyertown, Pennsylvania Brookneal Zone, Virginia Glen Gardner, New Jersey Montgomery County, Maryland Discussion and Conclusions Acknowledgments References Cited The Geology and Geochemistry of Soils in Boyertown and Easton,
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