Reviews (1)

A great overview of the field!
For anyone working in accelerator physics, electron microscopy, or microwave tube design, this book provides an excellent and very up to date picture of the field. Each chapter is contributed by an expert in the field. Highly recommend it! ... Read more

Subjects:  1. Design and construction    2. Electron Optics    3. Electronics - Optoelectronics    4. Handbooks, manuals, etc    5. Optical instruments    6. Optics    7. Optoelectronic Devices    8. Science/Mathematics    9. Technical & Manufacturing Trades    10. Technology    11. Technology & Industrial Arts    12. Optics (light)    13. Particle & high-energy physics    14. Science / Physics    15. Scientific equipment & techniques, laboratory equipment   

Reviews (3)

Never buy Electron Flow electronics books
Electron flow is ok in a beginning circuits course (just AC, DC circuits.. without semiconductor devices). The maximum of the maximum
(Ajman Univesity of science and technology) This is the best book to understand the material .I challenge you If you read it and can't understand.

Concise, well written.
I started this book as a student at Withlacoochee Technical Institute, under the instruction of a student of the electron flow since his teen years. Since then, the education I have received has been profitable bothfinancially and intellectually. The graduating students are sought after,the class has become well known and it can only result from the benefit ofexcellent text and a formidable instructor, who teaches from this book. Buyit, read it, study it and learn from a profitable investment. ... Read more

Subjects:  1. Counseling - Vocational Guidance    2. Electron transport    3. Electronic apparatus and appli    4. Electronic apparatus and appliances    5. Electronics - General    6. Equipment, Appliances & Supplies    7. Science/Mathematics    8. Solid state electronics    9. Technology    10. Technology & Industrial Arts    11. Electronic devices & materials    12. Technology / Electronics / General   

Reviews (1)

GRA
This is the best book to start with electron microscopy thoery. Very useful!!!!!!!!!!!!!!!!!!!
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Subjects:  1. Computer Simulation    2. Electron Microscopy In Biology    3. Electron microscopy    4. Engineering - Electrical & Electronic    5. General    6. Microscopes & Microscopy    7. Optics    8. Science    9. Science/Mathematics    10. Electronic devices & materials    11. Microscopy    12. Technology / Engineering / Electrical   

Subjects:  1. Electromagnetism    2. Electronic systems    3. Electrons    4. Electrooptical devices    5. Glow discharges    6. Physics    7. Science    8. Science/Mathematics    9. Vacuum Technology    10. Electronic devices & materials    11. Particle & high-energy physics    12. Science / Electromagnetism   

Subjects:  1. Analysis    2. Electron beams    3. Electron microscopy    4. Industrial applications    5. Lasers    6. Material Science    7. Materials    8. Nanostructures    9. Non-Destructive Testing Of Materials    10. Physics    11. Quantum Electronic Devices    12. Science    13. Science/Mathematics    14. Technology    15. Electronics engineering    16. Mechanical Engineering & Materials    17. Science / Nanostructures    18. Science-Physics    19. Technology / Material Science    20. Technology-Material Science   

Subjects:  1. POL040000   

Subjects:  1. Electromagnetism    2. Electron tubes    3. Electronics - Circuits - General    4. Electronics - General    5. Engineering - Electrical & Electronic    6. Microwave tubes    7. Technology    8. Technology & Industrial Arts    9. Traveling-wave tubes    10. Communications engineering / telecommunications    11. Electricity, magnetism & electromagnetism    12. Electronic devices & materials    13. Sound, vibration & waves (acoustics)   

Reviews (3)

concise resource
When you're ten years out of school, and you still reach for a book you used in college, you know its valuable.I reach for Bube as a refresher very frequently.Its not flowery, but it has just enough figures and just enough math and explanation to cover most electronic phenomena.Photoemission, field emission, photoelectric effects, schottky barriers,etc. are covered well enough so that you can tackle a calculation of a particular phenomenon when necessary.

A great introductory, "big picture" book
This book is a good place to go for explanations when you get lost in the muck of proofs. If you expect it to be rigorous, of course you will be disappointed. The synopses say it is for people who have never been throughthese topics before. This book is invaluable when you are going throughnotes and derivations and forget what the heck assumptions were made andwhat you're trying to get to. The beauty of it is that it isn't weigheddown by too much information. It gives a good overview of exactly what itsays: Electrons in Solids.

stay away
A pretty crummy book for the price.It's pretty short, the explanations aren't very good, and I don't particularly like the chosen topics either.You'd be better off with Kittel, and Kittel is a terrible book.I've read this, Kittel, Omar, Ashcroft+Mermin, and Burns, and this is the worst.It doesn't tell you enough to build a foundation for anything and I didn't find a single person in my class of 12 or so who liked this book.How bad is this book? I had to write my own table of physical constants on the inside cover because this book doesn't have them.I'd buy Omar instead, followed by Kittel, followed by anything else but Bube. ... Read more

Subjects:  1. Electronics    2. Electrons    3. Material Science    4. Physics    5. Science    6. Science/Mathematics    7. Solid State Physics    8. Condensed matter physics (liquids & solids)    9. Electricity, magnetism & electromagnetism    10. Electronic devices & materials    11. Mechanics of solids    12. Technology / Optics   

Reviews (2)

Do not purchase
Along the way, Dr. Solymar proves time and time again that he has not mastered many of the chemistry and physics topics that he attempts to explain. The uncertainty relation is proved via a arbitrarily chosen width for a wave packet, and the final uncertainty relationship is stated incorrectly. Bragg's relationship is stated wrong. And clear logic flow is lacking throughout the book. The book is rich in useless anthropomorphic analogies such as:
Witty and Informative
This work demonstrates that scientists are people too!Solymar and Walsh offer a survey of a difficult subject in a manner that is easy to follow, and sometimes funny.The quantum mechanics of electronics are explained insufficient depth to be useful, but not overdone enough to be boring.Iespecially loved the section on superconductivity!The book offer may notbe the most in-depth on individual subjects, but it presents each subjectin a clear, understandable way.Wonderful for the student. ... Read more

Subjects:  1. Electric properties    2. Electricity    3. Energy-band theory of solids    4. Engineering - Electrical & Electronic    5. Free electron theory of metals    6. Material Science    7. Materials    8. Nanostructures    9. Sociology    10. Solids    11. Technology    12. Technology & Industrial Arts    13. Electricity, magnetism & electromagnetism    14. Electronic devices & materials    15. Engineering & Technology | Electrical & Computer Engineering    16. Materials science    17. Technology / Engineering / Electrical   

Reviews (1)

very compresive
This book is very compresive for electrooptics. However, the price is too high. ... Read more

Subjects:  1. Electron Optics    2. Electronic Apparatus And Devices    3. Electronics - Optoelectronics    4. Optics    5. Science/Mathematics    6. Technology    7. Technology & Industrial Arts    8. Electricity, magnetism & electromagnetism    9. Electrooptics    10. Optics (light)    11. Science-Optics    12. Technology / Electronics / Optoelectronics   

Subjects:  1. Electricity    2. Electron bombardment conductiv    3. Electronic Apparatus And Devices    4. Science    5. Solid State Physics   

Subjects:  1. Electronics - Semiconductors    2. Electronics - Transistors    3. Engineering - Electrical & Electronic    4. Material Science    5. Optics    6. Science/Mathematics    7. Technology    8. Technology & Industrial Arts    9. HBTs    10. HEMTs    11. Heterojunction Bipolar Transistors    12. High Electron Mobility Transistors    13. Semi-conductors & super-conductors    14. Technology / Engineering / Electrical    15. compound semiconductors    16. device optimization    17. device reliability    18. semiconductor development   

Subjects:  1. Analytic Chemistry    2. Chemistry - Analytic    3. Electron Microscopes & Microscopy    4. Electron Microscopy    5. Nuclear Physics    6. Physics    7. Science    8. Science/Mathematics    9. Chemical spectroscopy, spectrochemistry    10. Electronic devices & materials    11. Microprobe analysis    12. Microscopy    13. Science / Physics   

Reviews (1)

Good understanding.
For the physics that want to go deeper in quantum optics, a really goodbook. ... Read more

Subjects:  1. Electronic Engineering (General)    2. Electrons    3. Engineering - Electrical & Electronic    4. Optics    5. Science/Mathematics    6. Technology & Industrial Arts    7. Applied optics    8. Electricity, magnetism & electromagnetism    9. Electronic devices & materials    10. Optics (light)    11. Particle & high-energy physics   

Subjects:  1. BUS041000   

Subjects:  1. Electron microscopy    2. English as a Second Language    3. Foreign Language Study    4. High energy electron diffracti    5. High energy electron diffraction    6. Language    7. Materials science    8. Mechanics - Statics    9. Physics    10. Science    11. Science/Mathematics    12. Applied physics & special topics    13. Condensed matter physics (liquids & solids)    14. Electronic devices & materials    15. English    16. Microscopy    17. Physics | Materials Science    18. Science / Statics   

Subjects:  1. Electron transport    2. Engineering - Electrical & Electronic    3. General    4. Holes (Electron deficiencies)    5. Science    6. Science/Mathematics    7. Solid State Physics    8. Device engineering    9. Microelectronics    10. Quantum Transport    11. Quantum physics (quantum mechanics)    12. Solid state chemistry    13. Solid-state physics    14. Technology / Optics    15. Theoretical methods    16. Transport Technology   

Subjects:  1. Congresses    2. Design and construction    3. Electron optics    4. Electrooptical devices    5. Engineering - Electrical & Electronic    6. Optics    7. Optoelectronics    8. Science/Mathematics    9. Technology    10. Technology & Industrial Arts   

Subjects:  1. TEC031000   

Subjects:  1. Electron energy loss spectrosc    2. Electron energy loss spectroscopy    3. Material Science    4. Nanostructures    5. Science/Mathematics    6. Technology & Industrial Arts    7. Electronic devices & materials    8. Non-destructive testing