No comments about Centrifugal Pump Clinic, Second Edition, Revised and Expanded (Mechanical Engineering (Marcell Dekker)).

No comments about Interactive Aerospace Engineering and Design (Mcgraw-Hill Series in Aeronautical and Aerospace Engineering).

No comments about Theory of Vortex Sound.

No comments about The Physics and Technology of Ion Sources.

No comments about Fundamentals of Noise and Vibration Analysis for Engineers.

No comments about Mechanical and Structural Vibrations.

2 comments about A Treatise on Analytical Dynamics.

1. This is the best text I've ever read about classical mechanics. The real foundation for quantum physics can be found here. Not to miss if you like the subject.



2. This book is like a better written update of Whittaker's classic book. Like Whittaker, Pars presents most of his material from a differential rather than variational point of view, which I consider an advantage. The treatise is not up to date on the latest developments with chaos theory but has a wealth of other material presented in great detail. Pars' book stands out from the numerous other books on dynamics.

2 comments about Photons and Atoms: Introduction to Quantum Electrodynamics.

1. Although I am a physicist and possess many books, for a long time my collection contained only a single book related to physics: Photons and Atoms. It is the most pedagogical text to be found on the fundamental aspects of the quantized interaction of matter with light. It's concise, clear, and convincing. The reader is never left mystified about any technical detail: no assumptions or approximations are left unexplained or swept under the rug. Yet, in spite of the high technical level the text is full of insights and simple intuitive pictures as well. Worth mentioning are also the exercises in each Chapter, which are remarkably useful and rewarding, Moreover, the solutions are given and display the same clarity of style and insightful remarks as the main text. The main emphasis of the book is on the nonrelativistic formulation of QED, but, of course, there is also a chapter devoted to the relativistic version that includes a description of how to take in a proper fashion the non-relativistic limit. Also questions of gauge, such as concerning the often confusing choice between "p.A" and "r.E" are treated, and it is, e.g., explicitly shown how in numerical problems the two are not always equivalent, as approximations made are not necessarily gauge invariant. Is there anything bad to say about this book? Almost not: for a while I had the impression that this book was the only one without any typographical errors, but in the meantime I have discovered 2. To be a bit more serious, maybe there is something: the book focuses on fundamental issues and, hence, if you expect ---especially given the title of the book---to read about problems such as spontaneous emission or laser-induced ionization of atoms, then you will be disappointed. In that case, you will have to check out the companion volume: atom-photon interactions. But hey, that's not such a bad book either.



2. The subjects are laied out according to logical progression with rich exercises which are quite helpful to review my own understanding. However some subjects treated as complinent shoud be a part of the main text in my opinion, since I must have left the main text some time to read through the compliment.

2 comments about Microphone Arrays: Signal Processing Techniques and Applications (Digital Signal Processing).

1. This book provides, for the first time, a single complete reference on microphone arrays. Top researchers in this field contributed articles addressing their specific topics of study. The results cover the current state of the art in microphone array research, development, and technological application. Part I concerns the problem of enhancing the speech signal acquired by an array of microphones. Part II is devoted to the source localization problem. Part III details some specific applications of microphone array technology available today. Part IV presents expert summaries of current open problems in the field, as well as personal views of what the future of microphone array processing might hold. The individual chapters selected for the book were designed to be tutorial in nature with a specific emphasis on recent important results. They are of utility to a large audience, from the student or practising engineer just approaching the field to the experienced researcher. Table of Contents: Pt. I: Speech Enhancement ch. 1 Constant Directivity Beamforming ch. 2 Superdirective Microphone Arrays ch. 3 Post-Filtering Techniques ch. 4 Spatial Coherence Functions for Differential Microphones in Isotropic Noise Fields ch. 5 Robust Adaptive Beamforming ch. 6 GSVD-Based Optimal Filtering for Multi-Microphone Speech Enhancement ch. 7 Explicit Speech Modeling for Microphone Array Speech Acquisition Pt. II: Source Localization ch. 8 Robust Localization in Reverberant Rooms ch. 9 Multi-Source Localization Strategies ch. 10 Joint Audio-Video Signal Processing for Object Localization and Tracking Pt. III: Applications ch. 11 Microphone-Array Hearing Aids ch. 12 Small Microphone Arrays with Postfilters for Noise and Acoustic Echo Reduction ch. 13 Acoustic Echo Cancellation for Beamforming Microphone Arrays ch. 14 Optimal and Adaptive Microphone Arrays for Speech Input in Automobiles ch. 15 Speech Recognition with Microphone Arrays ch. 16 Blind Separation of Acoustic Signals Pt. IV: Open Problems and Future Directions ch. 17 Future Directions for Microphone Arrays ch. 18 Future Directions in Microphone Array Processing Index



2. This book is a must-have for researchers in the area of microphone array.

1 comments about Engineering Noise Control: Theory and Practice.

1. I have spent a number of years in the acoustics field and this book is the bible of industrial acoustics.
   
   Having said that, this is not the "easiest" book to read and understand. It is aimed for those pursuing advanced studies in acoustics and acoustic control, with the assumption the reader has a thorough understanding of the fundamentals of math and physics.
   
   The first few chapters in the book do give a brief introduction to sound (from a physics standpoint) and calculating sound levels for various sources. Anyone familiar with this information will recognize the information has not been significantly altered from Beranek's texts. Some information is given for current health & safety legislation but this is rather specific to the US. The initial chapters will not be adequate for someone new to the field of acoustics.
   
   The "meat" of the book gives substantial treatment to noise control methods, noise in rooms, design of abatement equipment (both indoor and outdoor), industrial applications etc. however again the primary approach is from a mathematical/physics development. This does not mean one cannot immediately use the information effectively. The simple truth is noise abatement is not a "simple" field and the book doesn't attempt to "simplify" the complicated material.
   
   The new edition of this book gives a good (if brief) description of the emerging field of active noise control. The primary limitation of this area is not the author's fault - there isn't enough practical data for active noise control at present.
   
   One downfall of this book as a text is that very very few examples are provided for a student, and in the new version no chapter questions are included. For a student, I would recommend acquiring the 2nd edition of the text for the chapter questions.
   
   Overally, an excellent resource for the experienced practioneer or advanced student.