Shriver and Atkins' Inorganic Chemistry

The author team brings together chemical educators and researchers who are at the forefront of their fields to produce a text which combines authoritative coverage with a clear and lucid writing style
Basic chemical principles are set out clearly in 'Foundations' and are fully developed throughout the text, culminating in the cutting-edge research topics of the 'Frontiers'
A completely repackaged Part 2 divides the descriptive chemistry into Essentials and Details, making it easier for the reader to draw out the key principles, before exploring the reactions exemplifying these principles in more depth
An increased number of worked examples, problems, and exercises, further aid students' understanding
Contextual examples illustrating the impact of inorganic chemistry on everyday life, and a refreshed full-colour text design, increase the student's interest in and engagement with the text to make their learning more effective
The Online Resource Centre offers additional resources for both lecturers and students, enhancing the value of the text as a teaching and learning tool
New to this edition

The introduction of a new chapter on periodic trends provides an accessible outline for students of the major trends exhibited by the chemical elements, before the descriptive chemistry is covered in detail throughout the rest of Part 2
Additional worked examples actively engage students and test their understanding
Major revision of chapter 10, 'Hydrogen', to introduce technologically relevant nuclear properties, renewable hydrogen production, and complexes of transition metals with hydrido or dihydrogen ligands
Increased coverage of 'green chemistry'
A new approach to presenting the descriptive chemistry chapters in Part 2 splits the content into 'Essentials' and 'Details', providing students with a summary of the key reactions of each group before drilling down into more detail, resulting in a greater focus on periodicity and the highlighting of key trends
Expanded use of contextual examples shows the relevance of inorganic chemistry to real-life situations, and encourages students to engage fully with the subject
Extensive cross-referencing between the descriptive chemistry chapters and the new periodic trends chapter enables students to place each group of elements in context
Key terms are highlighted within each chapter and explained fully at their initial occurrence, aiding comprehension of difficult concepts and allowing students to recognise them more readily
The inclusion of a new 'brief illustration' feature provides the reader with an introduction and cross reference to key pieces of descriptive chemistry in Parts 2 and 3, and guides students' reading directly to the further information available
Notes on good practice highlight common pitfalls for students to look out for and offer guidance on issues including terminology, use of units, and nomenclature
The full colour text design and artwork has been modernised and refreshed, to continue to stimulate and engage students
Shriver and Atkins' Inorganic Chemistry fifth edition represents an integral part of a student's chemistry education. With the same broad coverage as its predecessors - making it the ideal companion for the duration of an undergraduate degree programme - the fifth edition extends from the foundational concepts of inorganic chemistry to the forefront of contemporary research.

The book seeks not just to impart knowledge, but to engage and enthuse its readers. Its unique 'Frontiers' chapters cover materials science, nanotechnology, catalysis, and biological inorganic chemistry, and have been fully updated to reflect advances in these key areas of contemporary research and industrial application. Further, examples throughout show the relevance of inorganic chemistry to real-life situations, to encourage students to engage fully with the subject.

Inorganic chemistry spans a huge range of elements, whose characteristic similarities and differences students must be familiar with. Inorganic Chemistry rises to this challenge by setting out the key trends exhibited within the periodic table, and by the elements comprising each Group. These trends and behaviours are illuminated with illustrative examples, placing the content in a clear, relevant context.

The Online Resource Centre contains 3D rotating molecular models, illustrations from the book in electronic format, web links, and additional questions. A solutions manual is available at no cost to adopters.


Readership: Undergraduates at all stages of their bachelors or masters chemistry degree programmes. This text is also a valuable reference for postgraduates and researchers.


Peter Atkins, University of Oxford, Tina Overton, University of Hull, Jonathan Rourke, University of Warwick, Mark Weller, University of Southampton, and Fraser Armstrong, University of Oxford





Contributors:
Michael Hagerman, Associate Professor, Union College, USA.



Part 1. Foundations
1: Atomic structure
2: Molecular structure and bonding
3: The structures of simple solids
4: Acids and bases
5: Oxidation and reduction
6: Molecular symmetry
7: An introduction to coordination compounds
8: Physical techniques in inorganic chemistry
Part 2. The elements and their compounds
9: Periodic trends
10: Hydrogen
11: The group 1 elements
12: The group 2 elements
13: The group 13 elements
14: The group 14 elements
15: The group 15 elements
16: The group 16 elements
17: The group 17 elements
18: The group 18 elements
19: The d-block elements
20: d-Metal complexes: electronic structure and properties
21: Coordination chemistry: reactions of complexes
22: d-Metal organometallic chemistry
23: the f-block elements
Part 3. Frontiers
24: Solid state and materials chemistry
25: Nanomaterials, nanoscience, and nanotechnology
26: Catalysis
27: Biological inorganic chemistry