"'The Fundamentals of Radiation Thermometers' starts by giving a thorough introduction to the basics of thermometry and the fundamental thermal radiation laws, providing clear explanations that will be useful for any undergraduate studying thermodynamics. Having established a solid set of foundations, the book then describes what is needed to make world-leading temperature measurements, providing design considerations when building radiation thermometers and reminding the reader of techniques that will help to attain optimum performance. Clearly written and meticulous, this book provides a wealth of information that can be utilised by any radiation thermometrist - from new scientists taking their first steps in this field to those with more experience. This is a great book that I wish had been available when I first started!"
-Martin Dury, National Physical Laboratory

"Coates and Lowe aim to provide a firm theoretical background for radiation thermometry and radiation thermometer design and they manage to perform this task successfully and to a very high standard. Diverse areas of physics and engineering are pulled together cohesively, in addition to the authors' own contributions which are specific to radiation thermometry. Assembling this information would otherwise be a huge task even for the most experienced of radiation thermometer users, designers or researchers to do themselves.
Providing a theoretical basis for radiation thermometers and thermometry, this book explores the link between the local measurements and traceability back to the SI in addition to a survey of the techniques for reducing measurement uncertainty and dealing with the variety of challenges found when using these devices to make measurements outside the controlled conditions of a lab.
This text will be of great use to many professionals and academics. In particular, workers at the National Measurement Institutes will find this book provides suf