Radioanalytical ChemistryBernd Kahn Springer Science & Business Media, 8 nov 2007 - 473 páginas This work is a comprehensive and much-needed tool for the teaching and practice of radioanalytical chemistry. It encompasses a concise theoretical background, laboratory work, and data interpretation. It also contains chapters on the most current and visible applications of radioanalytical techniques. Its emphasis on the practical aspects on laboratory setup and operation make it a valuable tool for training professionals and students alike. |
Índice
7 | |
AnalyticalChemistryPrinciples | 39 |
Radioanalytical Chemistry Principles and Practices | 64 |
Sample Collection and Preparation | 77 |
AppliedRadioanalyticalChemistry | 93 |
Preparation for Sample Measurement | 121 |
AppliedRadiationMeasurements | 134 |
RadionuclideIdentification | 163 |
MethodsDiagnostics | 244 |
Laboratory Design and Management Principles | 261 |
LaboratorySafety | 292 |
Automated Laboratory and Field Radionuclide Analysis Systems | 318 |
Chemistry Beyond the Actinides | 338 |
Mass Spectrometric Radionuclide Analyses | 362 |
and Guides ASTM 2005 | 410 |
437 | |
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Términos y frases comunes
acid activity added addition alpha particles amount analysis analytical applied atoms background beta particles calculated calibration carrier Chapter chemical collection column common concentration container count rate counter decay deposition described designed detection detector determine discussed distribution effect efficiency electron elements emitted energy example facility FIGURE filter fission fraction gamma rays half-life identified indicate initial interest ionization isotopes laboratory levels limits liquid mass material measurement method needed nuclear observed occur operation peak performed period precipitate preparation present problems procedures proportional pulse radiation radioactive radioanalytical chemistry radionuclide range ratio reaction recorded reduce relative removed reported response safety sample scintillation selected separation shown solid solution specific spectral spectrometer stable standard steps studies surface Table techniques Test tracer typically uncertainty usually volume yield