
f-Block Chemistry
a chronical of 500 days
$125.11
- Paperback
144 pages
- Release Date
29 May 2020
Summary
Unlocking the Secrets of f-Block Chemistry
The Oxford Chemistry Primers series offers focused introductions to key chemistry topics, updated for today’s students, lecturers, and researchers. This series provides a rigorous yet accessible approach, ideal for those seeking a foundation for advanced study or research. Cutting-edge examples and applications demonstrate the relevance of chemistry to current research and industry.
Learning features, including end-of-chapter questi…
Book Details
ISBN-13: | 9780198825180 |
---|---|
ISBN-10: | 0198825188 |
Series: | Oxford Chemistry Primers |
Author: | Helen C. Aspinall |
Publisher: | Oxford University Press |
Imprint: | Oxford University Press |
Format: | Paperback |
Number of Pages: | 144 |
Edition: | 1st |
Release Date: | 29 May 2020 |
Weight: | 266g |
Dimensions: | 245mm x 190mm x 9mm |
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What They're Saying
Critics Review
[The text is] extremely clear and easy to follow. I really like the fact that applications are brought in. Even when they are referred to in later chapters, it gives the learner the possibility to see the ‘point’ of learning the material and why it is important. * Dr Charlotte Willans, University of Leeds *Although this is a Primer and meant to be a good summary of the material concerned, I consider it to be excellent for most undergraduate module needs, and I would have no hesitation in adopting this text for my current short course within a module at FHEQ Levels 6 & 7. * Dr Chris Amodio, University of Surrey *
About The Author
Helen C. Aspinall
Helen C. Aspinall is Professor of Chemistry at the University of Liverpool. She completed her BSc and PhD at UCL, and then continued her postdoctoral research at Columbia University in New York and then Queen Mary College in London. Her research is largely based around chemistry of lanthanide elements. Her teams have developed new lanthanide-based catalysts and, through collaboration with materials scientists at Liverpool, developed precursors for the growth of thin films of lanthanide (and other metal) oxides.
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