Chemistry in nuclear technology

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Hauptverfasser: Peterson, Sigfred (VerfasserIn), Wymer, Raymond G. (VerfasserIn)
Format: Buch
Sprache:English
Veröffentlicht: Reading, Mass. [u.a] Addison-Wesley 1963
Schriftenreihe:Addison-Wesley series in nuclear science and engineering
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Datensatz im Suchindex

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adam_text CHEMISTRY INNUCLEAR TECHNOLOGY by SIGFREDPETERSON and RAYMONDGWYMER Oak Ridge National Laborato-y A •• ADDISON-WESLEYPUBLISHINGCOMPANY,INC READING,MASSACHUSETTS • PALOAITO • LONDON CONTENTS CHAPTER 1 INTRODUCTION 1-1 Nuclear reactors 1 1-2 Fuel for the nuclear rcactor 5 1-3 The recovery of spent reactor fuel 8 1-4 Chemistry of nonfuel reactor materials 9 CHAPTER 2 GENERAL CHEMICAL FUNDAMENTALS 2-1 The periodic table and structural chemistry 12 2-2 Solubility 18 2-3 Reversibility and chemical equilibria 19 2-4 Acid, base, and water ionization 21 2-5 Complex formation 25 2-6 Distribution equilibrium 26 2-7 Oxidation and reduction 28 2-8 Inorganic chemical nomenclature 30 2-9 Electromotive force and oxidation-reduction reactions 30 2-10 Thermodynamic representation of chemical forces 35 CHAPTER 3 RADIOACTIVITY AND NUCLEAR REACTIONS 3-1 Elementary properties of nuclei 41 3-2 Modes of radioactive decay 43 3-3 Rates of radioactive decay 49 3-4 Nuclear reactions 54 3-5 Nuclear fission 59 3-6 Nonfission reactions in nuclear reactors 62 CHAPTER 4 RADIOCHEMISTRY 4-1 Introduction 73 4-2 Adsorption 74 4-3 Radiochemical precipitation 75 4-4 Solvent extraction 77 4-5 Ion exchange 78 4-6 Gas radiochemistry 82 4-7 Oxidation-reduction 83 4-8 Analytical radiochemistry 84 4-9 Detection and measurement of radioactivity 85 CHAPTER 5 THE FISSION PRODUCTS 5-1 Fission-product yields 93 vii Vlll CONTENTS 5-2 Estimation of fission-product activities and energies 98 5-3 Chemical and radioactive properties of the fission products 106 5-4 Selection of important fission products 113 CHAPTER 6 THE CHEMISTRY OF THORIUM AND PROTACTINIUM 6-1 Thorium and its compounds 117 6-2 The chemistry of thorium solutions 121 6-3 Protactinium 125 CHAPTER 7 URANIUM AND ITS COMPOUNDS 7-1 Uranium metal 131 7-2 Uranium hydride 133 7-3 Oxides 133 7-4 Fluorides 134 7-5 Chlorides, bromides, and iodides 138 7-6 Uranium oxyhalides 140 7-7 Uranium sulfides, selenides, and tellurides 140 7-8 Uranium compounds with other nonmetals 141 7-9 Organic compounds of uranium 142 CHAPTER 8 URANIUM SOLUTION CHEMISTRY 8-1 The oxidation states of uranium in aqueous solution 146 8-2 Uranium(IV) solutions 147 8-3 Uranium(VI) solutions 149 8-4 Solvent extraction of uranium(VI) 156 8-5 Nonaqueous uranium solutions 161 CHAPTER 9 THE TRANSURANIUM ELEMENTS 9-1 Importance of the transuranium elements 164 9-2 The general nature of the transuranium elements 165 9-3 Neptunium 166 9-4 The chemistry of plutonium in solution 168 9-5 Plutonium and its compounds 172 9-6 Americium 173 9-7 Curium 175 9-8 Transcurium elements 176 CHAPTER 10 RECOVERY OF URANIUM AND THORIUM FROM ORES 10-1 Sources of uranium and thorium 182 10-2 Processing of uranium ores 184 10-3 Uranium refining and chemical conversion 192 10-4 Thorium production 197 CONTENTS IX CHAPTER 11 DISSOLUTION OF NUCLEAR FUELS 11-1 Nuclear fuel elements 203 11-2 Cladding removal 205 11-3 Dissolution of uranium metal fuel 210 11-4 Dissolution of uranium-aluminum alloy fuel 212 11-5 Dissolution of zirconium-alloy fuel 214 11-6 Dissolution of uranium oxide fuel 215 11-7 Dissolution of thorium-uranium oxide fuel 218 11-8 Dissolution of advanced gas-cooled reactor fuels 218 CHAPTER 12 PROCESSING OF IRRADIATED REACTOR FUELS 12-1 Radiation effects 222 12-2 Solvent extraction from aqueous systems 227 12-3 Redox Process 231 12-4 Purex Process 234 12-5 Thorex Process 237 12-6 TBP-25 Process 240 12-7 Ion exchange 240 12-8 Precipitation 243 12-9 Fluoride volatility processing 246 12-10 Pyroprocessing 250 - CHAPTER 13 RADIOCHEMICAL PROCESSING PLANT,- 13-1 The layout of the radiochemical plant 260 13-2 The remotely operated processing area 262 13-3 Shielding of radiochemical plants 264 13-4 Processing of high-level alpha activity 268 13-5 Control of criticality 269 13-6 Maintenance of radiochemical plants 273 13-7 Economic considerations in radiochemical plants 276 CHAPTER 14 DISPOSAL AND TREATMENT OF RADIOACTIVE WASTES 14-1 Sources of radioactive wastes 280 14-2 Limitations on radioactive waste discharge 281 14-3 General principles of radioactive waste disposal 285 14-4 Disposal of high-level liquid wastes 287 14-5 Gaseous radioactive wastes 291 14-6 Treatment and disposal of low- and intermediate-level liquid wastes 293 14-7 Solid radioactive wastes 295 14-8 Ultimate disposal of high-level wastes 297 14-9 Utilization of fission-product wastes 298 X CONTENTS CHAPTER 15 ISOTOPE SEPARATION 15-1 Introduction 302 15-2 Principles of gaseous diffusion 303 15-3 Gaseous diffusion plants 308 15-4 Electromagnetic separation 308 15-5 Chemical exchange 310 15-6 Distillation 312 15-7 Heavy water production 313 15-8 Thermal diffusion 321 15-9 Miscellaneous isotope separation methods 322 15-10 Comparison of methods 323 CHAPTER 16 FLUID REACTOR FUELS 16-1 Aqueous fuel and blanket solutions 329 16-2 Aqueous fuel and blanket slurries 331 16-3 Radiation effects on aqueous homogeneous reactor systems 333 16-4 Materials of construction for aqueous react r systems 338 16-5 Chemical processing of aqueous reactor fuel 339 16-6 Molten salt systems 341 16-7 Liquid metal fuel systems 343 CHAPTER 17 CHEMISTRY OF REACTOR MATERIALS 17-1 Graphite 348 17-2 Water 349 17-3 Organic coolant-moderators 350 17-4 Beryllium 354 17-5 Zirconium and hafnium 355 17-6 Some useful nuclear poisons 357 APPENDIX A Table of Atomic Weights 1961 362 APPENDIX B Physical Constants and Conversion Factors 363 APPENDIX C Rapid Slide-Rule Calculation of Radii active Decay 364 ANSWERS TO SELECTED PROBLEMS 365 INDEX 367
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publishDate 1963
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series2 Addison-Wesley series in nuclear science and engineering
spellingShingle Peterson, Sigfred
Wymer, Raymond G.
Chemistry in nuclear technology
Génie nucléaire
Radiochimie
Nuclear engineering
Radiochemistry
Radiochemie (DE-588)4138529-9 gnd
subject_GND (DE-588)4138529-9
title Chemistry in nuclear technology
title_auth Chemistry in nuclear technology
title_exact_search Chemistry in nuclear technology
title_full Chemistry in nuclear technology by Sigfred Peterson ; Raymond G. Wymer
title_fullStr Chemistry in nuclear technology by Sigfred Peterson ; Raymond G. Wymer
title_full_unstemmed Chemistry in nuclear technology by Sigfred Peterson ; Raymond G. Wymer
title_short Chemistry in nuclear technology
title_sort chemistry in nuclear technology
topic Génie nucléaire
Radiochimie
Nuclear engineering
Radiochemistry
Radiochemie (DE-588)4138529-9 gnd
topic_facet Génie nucléaire
Radiochimie
Nuclear engineering
Radiochemistry
Radiochemie
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