electricity

Electricity markets present many risks and opportunities to investors, mainly after the deregulation that took place in the last ten years in many countries.
Flexibility can reduce risk and increase value by adjusting the optimal action to the changing market conditions.

This new book comprises the editor's introductory article, 8 papers plus a subject index covering all papers.
All papers are practical and very accessible with few equations, so that undergraduate students and professionals can take
advantage of this welcome addiction to electricity economics bookshelf.
MBA and graduate students also will learn with the
diversity of topics covered by the book and they will know valuable details from the electricity markets.

The book covers all electricity industry process: generation, transmission and distribution/retailing. Among the topics
analyzed I highlight renewable generation, energy portfolio, exotic options, deregulation, contracts, and even organizational
learning.

The subject index is a rare issue in this kind of book (papers collection) but very important for the readers interested in
specific topics. Thanks Anne, for the good edition!

My son whom we homeschool wanted to learn more about computers. We found this book at the library. He is 7 and this was a easy book for him to understand. It taught him lots of internet terms. There is a question and activity page at the end that requires internet access. He enjoyed doing the activites with his dad.

Physics 212 (Modern Physics) is a required course for Aerospace Engineering Students at KFUPM University in Saudi Arabia. I bought this book instead of Schaum's Outline of Modern Physics (ISBN 0070248303) as it was out of print when I needed to buy it. Only 107 out of 527 pages of this book, which I bought, covers the chapters related to modern physics. Therefore, it does not, to my way of thinking, worth to buy it if Schaum's Outline of Modern Physics (ISBN 0070248303) is on stock. However, if this book, which I did not buy, is out of print. Then I have got another talk.

Schaum's outline Beginning physics II: waves, electromagnetism, optics, and modern physics explains modern physics concepts very well indeed. More importantly, it solves problems clearly. Moreover, it helped me a lot in doing my homeworks problems quickly. Finally, it has a lot of solved problems of different ideas that I did not find in the textbook I used for this course, which was Modern Physics (ISBN 0030015472).

I strongly believe that you can make use of this book not only in your modern physics, but also in freshman physics courses as it covers topics such as waves and electromagnetism, which I had already studied in my freshman year physics courses. So, this book could be helpful for you in more than two physics courses and, in that case, you will hit two birds with one stone if you buy this book. In addition, it is possible that you find Schaum's Outline of Modern Physics (ISBN 0070248303) to be not good. Then, in that event, you know the alternative: Make a beeline to this book.

(Dear readers: Please note that I have rated only the modern physics chapters of this book).

This is a collection of fundamental papers on quantum electrodynamics, starting from the very first, by Dirac, and going to the paper by G. Kallen showing that at least one of the renormalization constants is infinite (this paper has been called "poetry in quantum field theory"). This is invaluable for the historian, but much more, I think, for the student and, yet more, for the researcher. These days the students learn these things in classroom. This is all right, but it is only in the good pioneering papers that you find the reasons for the choices made, motivations for treating the problem and a full explanation of what is being done and why it would be wrong to follow that other, seemingly much more natural, way. As examples, you'll find here four of the greatest papers by Feynman. If you think Feynman wrote well because you read his popular books, wait till you read his scientific works! There is also the monumental paper by Dyson, where the founding pape! rs of Tomonaga, Schwinger and Feynman are made to coalesce into the beautiful formulation that, afterwards, was repeated in all textbooks. My favorite paper is the great "On gauge invariance and vacuum polarization", by Julian Schwinger, a masterpiece of insight, style, and incredible virtuosity, a paper that still gives rise to original research. The preface by Schwinger is a must for understanding the origin and early development of our main tool in theoretical physics: quantum field theory.

This book offers an outstanding review of various techniques of semiconductor device processing. It is the type of book that is an invaluable reference to the device engineer. It's breadth is outstanding.

Including over 180 table and figures, the book is practical and it is easy to use both for studying and handbook. Almost on every page, or every other page, there¡¯s a table or a figure, companied by coherent descriptions, so one can easily understand what is going on. The tables seem to be a compilation of material parameters and constants, useful and convenient for any optoelectronic device modeling, some of which are hard to find on other books. Many simulation results are given along with real device measurements from latest device research projects. If you're using or going to use high-end software for optoelectronic device design and analysis, this is the book for you.

it is aperfectly good book. the language used is simple & down to earth .even a novice can understand it easily . it is like a teacher is sitting with u . complete information about sf6 circit breaker is available . there is simply no need to refer to any book . from design to testing the book is complete in every aspect .it could not have been written better.

This is definitely a great source of learning about a very interesting ability for kids and adults alike.

This book presents basic principals of electricity and magnetism in the order in which they were discovered and used. The reader can easily duplicate most of the original experiments (clear instructions given) and retrace the steps of the curious scientists and inventors who first did them. My main complaint about this book is that it ends all too soon. With proper supplies and preparation it can serve as a foundation for a lab class in electricity for 6th grade and up.

This book is an excellent reference on surface science in general. It is very suitable and useful for graduate students of physics, chemistry, materials science and electrical engineering. The book presents the theory very well, with illustrative examples, and it also contains experimental techniques with real examples. I have examined at least 10-12 surface science books. This is by far the best one!