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The Aqueous Chemistry of Polonium and the Practical Application of its Thermochemistry provides a thermochemical database and derived pH-potential diagrams to give readers a better understanding of polonium behavior. The book provides an introduction to polonium and its physical and chemical properties, as well as a detailed overview of polonium’s chemical thermodynamics. Drawing on the knowledge of expert authors, the book provides key insights for those working with polonium across a range of different fields, from mining industry professionals and analytical chemists, to environmental remediation scientists.
- Provides a unique and detailed review of polonium chemistry
- Presents pH-potential diagrams for polonium and case studies showing their use in practice
- Reviews the practical use of polonium in a range of different applications
Nuclear Chemists and Radiochemists, Environmental Chemists, Mineral Processing Chemists, Mining Industry Professionals, Analytical Chemists, Geochemists, Environmental policy makers, Academics in related fields
- Introduction to Polonium
2. Physical and Chemical Properties of Polonium
2.1. Isotopes of Polonium
2.2. Elemental Polonium
2.3. Oxidation States of Polonium
2.4. Polonium Oxides, Hydroxides and Hydrides
2.5. Polonium Halides
2.6. Polonides, Polonites and the Polonium Compounds with other Chalcogens
2.7. Polonium Nitrates
2.8. Solvent Extraction of Polonium
2.9. Polonium Ion Exchange
2.10. Other Behaviour
3. Chemical Thermodynamics of Polonium
3.1. General Principles
3.2. Thermochemical Properties for Polonium Species
4. The pH-Potential Diagram for Polonium
4.2. The Polonium-Water System
4.3. Construction of pH-Potential Diagrams
5. The Use of pH-Potential Diagrams in Practical Applications
5.2. Derivation of pH-Potential Diagrams
5.3. The Aqueous Speciation of Polonium, Selenium, Tellurium and Lead
5.4. Case Study – Polonium Behaviour during Anode Slimes Processing
5.5. Case Study – Polonium Behaviour during Silver and Gold Electrorefining
5.6. Case Study – Polonium in Seawater
5.7. Case Study – Autodeposition of Polonium
5.8. Case Study – The Mineral Processing of Rare Earth Minerals
- No. of pages:
- © Elsevier 2020
- 13th September 2019
- Paperback ISBN:
- eBook ISBN:
Susan Brown is a Senior Radiochemist within ANSTO’s Minerals business unit, where she leads the radiochemistry group providing radioanalytical expertise and support to projects. Susan has over 30 years’ experience in the field of radiochemistry and has extensive knowledge and understanding of radioactivity and the radioanalytical techniques used for the measurement of naturally occurring radioactivity (NORM). Additionally, Susan has expertise in the deportment of radioactivity in a wide range of mineral processing circuits, waste management, product quality, regulatory and WHS.
ANSTO (Australian Nuclear Science and Technology Organisation), Sydney, Australia
Paul Brown is a Chief Geochemist in the Growth and Innovation group of Rio Tinto in Australia. He previously was a Chief Executive Officer of the Australian Sustainability and Industry Research Centre and a Principal Research Scientist at the Australian Nuclear Science and Technology Organisation. He received both his undergraduate and graduate degrees from the University of Wollongong in Australia.
Rio Tinto, Melbourne, Australia
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