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Titlebook: Examining the Submicron World; Ralph Feder,J. Wm. McGowan,Douglas M. Shinozaki Book 1986 Plenum Press, New York 1986 Design.Image.Nation.e

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發(fā)表于 2025-3-21 17:36:04 | 只看該作者 |倒序瀏覽 |閱讀模式
書目名稱Examining the Submicron World
編輯Ralph Feder,J. Wm. McGowan,Douglas M. Shinozaki
視頻videohttp://file.papertrans.cn/319/318222/318222.mp4
叢書名稱Nato ASI Subseries B:
圖書封面Titlebook: Examining the Submicron World;  Ralph Feder,J. Wm. McGowan,Douglas M. Shinozaki Book 1986 Plenum Press, New York 1986 Design.Image.Nation.e
描述An Institute like ours cannot help but lend credence to the notion of the late Derek J. de Solla Price of Yale University that "the scientific revolution was largely the improvement, invention and use of a series of instruments . . . . that expanded the reach of science in innumerable directions". Most of science today and in years gone by depends on the experimental observation of struc- ture on the small scale with microscopes, and on the large scale with telescopes. The first instruments to expand the observational range of the human eye were simple optical systems, designed in the case of microscopes and telescopes to magnify the image. The big breakthrough in the 17th century was not when Galileo first turned his telescope to the heavens, but when improvements in lens-grinding techniques allowed eyeglass makers to make the first telescope. Early microscopy revealed new and previously unsuspected microstruc- tures in biological and non-biological materials and thus helped to enlarge on the understanding of the relationship between structure and properties. The natural inclination of all microscopists, the desire to observe ever smaller structures, was satisfied by the construct
出版日期Book 1986
關鍵詞Design; Image; Nation; evolution
版次1
doihttps://doi.org/10.1007/978-1-4613-2209-2
isbn_softcover978-1-4612-9297-5
isbn_ebook978-1-4613-2209-2
copyrightPlenum Press, New York 1986
The information of publication is updating

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Applications and Limitations of Sims,han 10 nm can be achieved with sensitivities down to 1 x 10. atoms/cm. for the important dopant elements. The lateral resolution of the technique under ideal circumstances can be better than 0.5 μm. Practical and theoretical limitations in three-dimensional depth profiling are discussed.
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Electron Spectroscopies for Studying Chemical Bondings at Surfaces,hniques that has just recently grazed the area of 10 microns lateral resolution. The situation is even worse if one realizes that most of the corresponding instruments are still one or two orders of magnitude above that last figure. This could summarize the unfortunate (?) present status of the grou
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Scattered Electrons in Biological Structure Determination, particularly favourable place. The wavelength of the particle at an energy of 100 keV is about 0.0037 nm, offering the promise of high spatial resolution. Its cross-section of interaction with matter is sufficiently small to penetrate a specimen 100 nm thick with ease, but large enough to interact
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Energy Deposition by X-Rays and Electrons,ew the nature of the interaction of these particles with matter. Our discussion will not break new ground; in fact, it will remain rather elementary. A general bibliograpy for further study will be provided, however..
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Synchrotron Radiation and the Submicron World: Selected Activities at the Daresbury Laboratory, UK,t the use of SR has become an accepted technique for the study of macromolcules such as proteins, partially ordered materials such as muscles and polymers, and other materials in both crystalline and amorphous forms. This review outlines the principles of SR production and indicates how SR is being
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