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Statistical physics (The Manchester physics series)
There is a newer edition of this item:
- ISBN-100471566586
- ISBN-13978-0471566588
- PublisherJohn Wiley & Sons, Incorporated
- Publication dateJanuary 1, 1971
- LanguageEnglish
- Print length394 pages
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Product details
- Publisher : John Wiley & Sons, Incorporated (January 1, 1971)
- Language : English
- Paperback : 394 pages
- ISBN-10 : 0471566586
- ISBN-13 : 978-0471566588
- Item Weight : 1.23 pounds
- Best Sellers Rank: #8,186,893 in Books (See Top 100 in Books)
- #6,774 in Quantum Theory (Books)
- #440,472 in Unknown
- Customer Reviews:
About the author
![F. Mandl](https://m.media-amazon.com/images/I/01Kv-W2ysOL._SY600_.png)
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It is especially valuable to a self-learner
The book does not cover modern stat mechanics methods used to model phase transitions
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Reviewed in the United States on April 17, 2019
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I have completed the first chapter and exercises thus far. I have to say that the presentation of the first law of T.D. is very simple, but the exerices are much more challenging than the chapter contents and examples. I have broswed the other chapters and read subsections, and so far the book seems to be written very well and to the point. One of the best things about this book is the Hints for solving problems (which is really a small solution appendix). I would already have carried forward several errors if not for this material. Even if you've taken an introductory sequence in the past, it is good to lay aside your assumptions and allow Mandl to navigate you through without prior prejudice.
Top reviews from other countries
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This book is very well bound for a paperback and has helpful size of fonts. It is in black and white text and graphs.
* What is the book's target audience?
This book is aimed at undergraduate physics and associated sciences.
* Whats is the book's pitch then?
Statistical physics is a method to the study of physical properties of macroscopic systems, this being collections of a very large number of atoms or molecules to get around what would otherwise be an insurmountable computation in numbers of using classical mechanics equations. This gets around such as using, say, 10^23 coordinates equations in classical mechanics.
The book has a structure - showed by the flow diagram - covering the principles of thermodynamics, using physical models to clarify these topics.
There is a slim requirement of prior knowledge of the following; conservation of kinetic and potential energies, simplified atomic physics, basic forms of electrical theory in an involved formal descriptions, forms of state equations, and understanding and exposure to simplified differential and partial differential equations theory, general power series with some in the form of Taylor series, and the comprehension of calculus limits in equations. Plus some exposure of tensor analysis would be nice. And of course some statistical theory, say a- level will do.The first few chapters are explanatory and have a reduced math contact and many, many graphs that are easier and helpful to absorb and take in. The graphs include forms such as possessing rapidly increasing, with a sharp peak with a long decay, such of the form taken with Boltzmann / Maxwell and Maxwell velocity equations graphing and black body equations.
The mathematical content become steeper the further you read through the book, say after chapter 4. A lot of the mathematical graphs use combined exponential series in the greek forms of multiple products and sums. These are really tasty to grasp!
* Comment
I accidentally met a retired physics tutor on a walk. He had used this very book on a university degree course. And he discovered his students were broadly resistant to the way this book describes its topic area. He said it was too involved at its level of tutoring.
* Summary
I have enjoyed reading this book, after the 'Concepts of Thermal Physics' (below). The mathematical format of this book is deeper to grasp. Once you grasp the format it's really helpful and explanatory to study this in this way.
Concepts in Thermal Physics Paperback – 1 Oct 2009
by Stephen J. Blundell (Author), Katherine M. Blundell (Author)
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