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Zhu W: Efficient Uranium Reduction
Extraction

Efficient Uranium Reduction Extraction

Material Design and Reaction Mechanisms

CHAPTER 1 BACKGROUND OF URANIUM CHEMISTRY 1.1 Introduction of uranium in nuclear industry 1.2 Coordination and species of uranium &nbsp; CHAPTER 2 INTRODUCTION OF URANIUM REDUCTION EXTRACTION 2.1 Introduction of uranium extraction 2.2 Introduction of uranium reduction extraction 2.3 Key factors to influence the uranium reduction extraction 2.4 The practical situation that requires uranium extraction &nbsp; CHAPTER 3 URANIUM REDUCTION EXTRACTION BY MODIFIED NANO ZERO-VALENT IRON 3.1 Introduction of nano zero-valent iron 3.2 Material design for promoted stability and reductive ability 3.3 Uranium extraction performance 3.4 Reaction mechanism 3.5 Conclusion and future perspectives &nbsp; CHAPTER 4 URANIUM REDUCTION EXTRACTION BY COMMERCIAL IRON POWDER 4.1 Introduction of alternative abundant reductant-commercial iron powder 4.2 Ultrasound Enhancement Of Uranium Extraction By Commercial Iron Powder 4.3 Microbial Sulfurization Enhanced Commercial Iron Powder Extraction Of Uranium 4.4 Conclusion and Perspectives &nbsp; CHAPTER 5 PHOTOCATALYTIC URANIUM REDUCTION EXTRACTION BY CARBON-SEMICONDUCTOR HYBRID MATERIAL 5.1 Introduction of photocatalytic uranium reduction extraction 5.2 Motivated material design of carbon-semiconductor hybrid material 5.3 Band engineering of carbon-semiconductor hybrid material 5.4 Assembly of carbon-semiconductor hybrid material for facile recycle use 5.5 Conclusion and perspectives &nbsp; CHAPTER 6 PHOTOCATALYTIC URANIUM REDUCTION EXTRACTION BY SURFACE RECONSTRUCTED SEMICONDUCTOR 6.1 Introduction 6.2 Design Of Hydrogen-Incorporated Semiconductor-Hydrogen-Assis 6.3 Hydrogen-Incorporated Vacancy Engineering 6.4 Conclusions &nbsp; CHAPTER 7 ENHANCED PHOTOCATALYTIC URANIUM REDUCTION EXTRACTION BY ELECTRON ENHANCEMENT 7.1 Introduction 7.2 Plasmonic enhancement of uranium extraction 7.3 Enhanced by co-catalysis 7.4 Conclusion and perspectives &nbsp; CHAPTER 8 PHOTOCATALYTIC URANIUM REDUCTION EXTRACTION IN TRIBUTYL PHOSPHATE-KEROSENE SYSTEM 8.1 Introduction of tributyl phosphate-kerosene system-spent fuel reprocessing 8.2 Material design-self oxidation of red phosphorus 8.3 Uranium extraction in tributyl phosphate-kerosene system 8.4 Reaction mechanism-self oxidation cycle 8.5 Conclusion and perspectives &nbsp; CHAPTER 9 PHOTOCATALYTIC URANIUM REDUCTION EXTRACTION IN FLUORIDE-CONTAINING SYSTEM 9.1 Introduction of photocatalytic uranium reduction extraction 9.2 Simultaneously constructing U(VI) constraint sites and water oxidation sites to promote the purification of fluorine-containing uranium wastewater 9.3 Advanced photocatalytic heterojunction with plasmon resonance effect for uranium extraction from fluoride-containing uranium wastewater &nbsp; CHAPTER 10 ELECTROCHEMICAL URANIUM REDUCTION EXTRACTION: DESIGN OF ELECTRODE MATERIALS 10.1 Introduction of electrocatalytic uranium reduction extraction 10.2 Edge-site confinement for enhanced electrocatalytic uranium reduction extraction 10.3 Facet-dependent electrochemical uranium extraction in seawater over Fe3O4 catalysts 10.4 Heterogeneous interface enhanced electrocatalytic uranium reduction extraction 10.5 Surface hydroxyl enhanced electrochemical extraction of uranium 10.6 Charge-separation engineering for electrocatalytic uranium reduction extraction 10.7 Conclusion And Perspectives &nbsp; CHAPTER 11 ELECTROCHEMICAL URANIUM EXTRACTION FROM SEAWATER-REPRODUCED VACANCY 11.1 Introduction of electrocatalytic uranium extraction from seawater 11.2 High-selective site oxygen vacancy 11.3 Conclusion &nbsp; CHAPTER 12 ELECTROCHEMICAL URANIUM EXTRACTION FROM NUCLEAR WASTEWATER OF FUEL PRODUCTION 12.1 Introduction of nuclear wastewater of fuel production: ultrahigh concentration of fluoride 12.2 Material design-ion pair sites 12.3 Uranium extraction performance 12.4 Reaction mechanism-coordination and crystallization 12.5 Conclusion &nbsp; CHAPTER 13 PERSPECTIVES AND EMERGING DIRECTIONS 13.1 Application in real situation 13.2 Criteria of performance evaluation 13.3 Device of uranium reduction extraction

Analytical chemistry is a cornerstone of modern chemistry and many of the traditional techniques remain in use, albeit now mostly in automated form. The cognitive and practical skills developed in analytical work has ensured its inclusion in all chemistry programs worldwide. While laboratory work by its nature incorporates the cognitive and psychomotor learning domains, it does not always fully include the affective domain. This can be often attributed to repetition of laboratory activities -- 'we've done this before' -- and so it is useful to have access to a range of more diverse activities to engage and challenge students.This book is a laboratory manual which focuses on chemical analysis, providing teachers with a rich source of novel experiments. It features approximately 60 practical activities which have been extensively beta-tested, and do not require access to specialist equipment. There are worked examples for students and well-developed appendices for instructors and technicians. While not aligned with any specific curriculum, the activities are drawn from content across the nations including AP Chemistry, A-level Chemistry, BTEC National Diploma, Irish Leaving Certificate, Scottish Advanced Higher, International Baccalaureate, Abitur, and Matura. It is suitable for high school, community college, and early undergraduate students, and will be especially useful for those preparing for competitions such as the International Chemistry Olympiad and World Skills as it contains more unusual applications of well-known techniques.

Chemical Analysis For Schools & Colleges: A Lab Manual

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Modern Crop Protection Compounds

Understanding failures and disasters using case studies and simple engineering techniques Decoding Disasters provides illustrated failure case histories on a multitude of technologies and shows how engineering analysis can explain and help professionals understand them. For each case, the analysis technique is included so that the reader can adapt and apply it to their own situation. Different techniques are developed to show how the methods can be applied in various disciplines. This book guides readers to determine what likely occurred in each case with a minimum amount of data and without speculating. Each example in this book states the problem, theorizes a conceptual cause, verifies the cause by analysis (i.e. a mathematical model) and actual data, shows the use of the various engineering equations, and documents a solution. In this comprehensive guide, readers will learn about: <ul> <li>Viewing disasters not solely as a matter of emergency response, but also more holistically as social constructs between natural extremes, human populations, and the built environment</li> <li>Economic, environmental, and human impacts of disasters</li> <li>How growth calculations can evaluate the past and present and be applied to likely future events</li> <li>Disasters stemming from shortcuts in the design process to meet the demands and needs of society</li> </ul> This book is an excellent learning resource not only for practicing engineers, but also government and regulatory officials who can enact changes to prevent future repeat failures.

An Engineering Approach to Understanding Technical Failures and Natural Catastrophes

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Multifaceted Ligands for Diverse Applications

Terpyridines

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Principles of Nutritional Immunology in Health and Disease

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Global Nexus Handbook, Multi-Volume

Molecular Collisions and Gaseous Kinetics covers elastic collisions, inelastic collisions leading to energy transfer and electronic transitions, reactive collisions, and photoinduced dynamics. Collisions with surfaces, thermal rates of those phenomena, as well as transport and relaxation phenomena mediated by molecular collisions are also discussed. A final chapter on many-atom scattering theory serves as an introduction to more advanced descriptions. The treatment is based on the quantal theory of scattering and its semiclassical limits, introduces realistic intermolecular forces, and includes computational aspects needed to calculate cross-sections and compare them with experimental data. It is motivated by a need to cover these subjects starting from the electronic structure and atomic conformation of molecules. The chapters provide an introduction to experimental methods where appropriate, and connect theory to applications for specific physical systems to obtain results that can be compared to experimental data.

Efficient Uranium Reduction Extraction

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