Elemental bioaccumulators in air pollution studies M. Carmo Freitas Application of Radioanalytical Techniques to Environmental Studies Pages: 171 - 181
Determination and speciation of minor and trace elements in volcanic exhalations by NAA M. BichlerK. PoljancF. Sortino Application of Radioanalytical Techniques to Environmental Studies Pages: 183 - 194
Improved detection limits for trace elements on aerosol filters using Compton suppression counting and epithermal irradiation techniques S. R. BiegalskiS. Landsberger Application of Radioanalytical Techniques to Environmental Studies Pages: 195 - 204
Ombrotrophic peat bogs as monitors of trends in atmospheric deposition of pollutants: Role of neutron activation analysis in studies of peat samples E. SteinnesO. Njåstad Application of Radioanalytical Techniques to Environmental Studies Pages: 205 - 213
Size-spectra and growth of particles bearing As, Se, Sb, and Zn in Washington, DC, area aerosol by instrumental neutron activation analysis J. M. OndovF. Divita Jr.A. Suarez Application of Radioanalytical Techniques to Environmental Studies Pages: 215 - 228
Resonance neutrons for determination of elemental content of moss, lichen and pine needles in atmospheric deposition monitoring V. M. NazarovM. V. FrontasyevaV. V. Nikonov Application of Radioanalytical Techniques to Environmental Studies Pages: 229 - 238
Radioanalytical studies of iodine behaviour in the environment G. J. EvansK. A. Hammad Application of Radioanalytical Techniques to Environmental Studies Pages: 239 - 247
Atmospheric trace elements collected with use of passive sorption sampling An. A. KistE. B. Bertman Application of Radioanalytical Techniques to Environmental Studies Pages: 249 - 254
Elemental abundances in nature — Fortuity or conformity to natural laws? A. A. Kist Application of Radioanalytical Techniques to Environmental Studies Pages: 255 - 263
Elemental characterization of coal ash and its leachates using sequential extraction techniques S. LandsbergerJ. F. CerbusS. Larson Application of Radioanalytical Techniques to Environmental Studies Pages: 265 - 274
A preliminary screening technique for selected metals at waste sites J. B. ShapiroW. D. JamesE. A. Schweikert Application of Radioanalytical Techniques to Environmental Studies Pages: 275 - 280
Ceramic glaze analysis by simultaneous in-beam PGAA and XRFS D. L. Anderson Application of Radioanalytical Techniques to Environmental Studies Pages: 281 - 287
Characterization of household plastics for heavy metals using neutron activation analysis S. LandsbergerD. L. Chichester Application of Radioanalytical Techniques to Environmental Studies Pages: 289 - 297
Determination of total PCB and dioxin by activation analysis H. FörsterW. GörnerP. Strempel Application of Radioanalytical Techniques to Environmental Studies Pages: 299 - 305
An environmental pollution study of Indian metropolitan cities and Industrial surroundings by INAA A. N. GargN. L. ChutkeA. L. Aggarwal Application of Radioanalytical Techniques to Environmental Studies Pages: 307 - 320
Validation of methods for the determination of aluminium in fish gills by INAA and ICP-MS K. HeydornZ. AlfassiP. Solgaard Radioanalytical Methods: Data Quality, Method Validation and Use of Standard Reference Materials Pages: 321 - 329
Validation of NAA data for a background soils characterization project D. E. VanceL. Robinson Radioanalytical Methods: Data Quality, Method Validation and Use of Standard Reference Materials Pages: 331 - 337
CLP-type data validation guidelines for neutron activation analysis C. M. Johnson Jr.T. L. RuckerE. L. Tan Radioanalytical Methods: Data Quality, Method Validation and Use of Standard Reference Materials Pages: 339 - 344
Methodologies for the practical determination and use of method detection limits T. L. Rucker Radioanalytical Methods: Data Quality, Method Validation and Use of Standard Reference Materials Pages: 345 - 350
Multielement comparison of instrumental neutron activation analysis techniques using reference materials R. T. RatnerW. G. Vernetson Radioanalytical Methods: Data Quality, Method Validation and Use of Standard Reference Materials Pages: 351 - 359
Methods for preparing comparative standards and field samples for neutron activation analysis of soil D. C. GlasgowF. F. DyerL. Robinson Radioanalytical Methods: Data Quality, Method Validation and Use of Standard Reference Materials Pages: 361 - 370
Intercomparison of moss reference material by different multi-element techniques M. V. FrontasyevaF. GrassE. Steinnes Radioanalytical Methods: Data Quality, Method Validation and Use of Standard Reference Materials Pages: 371 - 379