Description
Book Synopsis: No single volume has been entirely devoted to the properties of magnetic lenses, so far as I am aware, although of course all the numerous textbooks on electron optics devote space to them. The absence of such a volume, bringing together information about the theory and practical design of these lenses, is surprising, for their introduction some fifty years ago has created an entirely new family of commercial instruments, ranging from the now traditional transmission electron microscope, through the reflection and transmission scanning microscopes, to columns for micromachining and microlithography, not to mention the host of experimental devices not available commercially. It therefore seemed useful to prepare an account of the various aspects of magnetic lens studies. These divide naturally into the five chapters of this book: the theoretical background, in which the optical behaviour is described and formulae given for the various aberration coefficients; numerical methods for calculating the field distribution and trajectory tracing; extensive discussion of the paraxial optical properties and aberration coefficients of practical lenses, illustrated with curves from which numerical information can be obtained; a complementary account of the practical, engineering aspects of lens design, including permanent magnet lenses and the various types of superconducting lenses; and finally, an up-to-date survey of several kinds of highly unconventional magnetic lens, which may well change the appearance of future electron optical instruments very considerably after they cease to be unconventional.
Details
Looking to unlock the full potential of electron optics? Look no further than the Magnetic Electron Lenses (Topics in Current Physics, 18) book. This comprehensive volume is the first of its kind, entirely devoted to the properties of magnetic lenses. With the introduction of magnetic lenses revolutionizing commercial instruments over fifty years ago, this book is a must-have for anyone in the field.
Discover the theoretical background behind magnetic lenses and gain a deep understanding of their optical behavior. With formulas provided for various aberration coefficients, you'll be equipped with the knowledge to optimize your lens designs. No need to waste time on tedious calculations - this book also presents numerical methods for field distribution and trajectory tracing, making your design process smooth and efficient.
Practical lens properties and aberration coefficients come to life with extensive discussions accompanied by informative curves. Gain valuable numerical information to enhance your lens designs and achieve the highest level of optical performance. The engineering aspects of lens design are also covered, including detailed insights on permanent magnet lenses and various types of superconducting lenses.
But that's not all! This book goes above and beyond by providing an up-to-date survey of highly unconventional magnetic lenses. Be at the forefront of the future of electron optics with a comprehensive understanding of the latest developments that are sure to shape the industry. Don't miss out on this invaluable resource that will elevate your knowledge of magnetic lenses to new heights.
Ready to dive into the world of magnetic lenses? Get your copy of Magnetic Electron Lenses (Topics in Current Physics, 18) today and stay one step ahead in the field of electron optics!
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