Titlebook: Computer Simulation Tools for X-ray Analysis; Scattering and Diffr Sérgio Luiz Morelh?o Textbook 2016 Springer International Publishing Swi

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書(shū)目名稱Computer Simulation Tools for X-ray Analysis影響因子(影響力)




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Low Correlated Systems: Gases and Dilute Solutions,f the already scattered waves by the distribution has negligible effects. In other words, the scattered radiation is composed by photons that interacted once with the sample. Under these conditions, the scattered intensity, often called the kinematic intensity, is proportional to the form factor squ

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Complex Systems,he other extreme are the crystalline systems where the correlations between the scattering units are constant, resulting in understanding the long-range order in macroscopic scales. Between these two extreme situations are the systems with arbitrary correlations, which are complex systems where ther

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Crystals,d) form of matter occurred simultaneously with the demonstration that X-radiation was an electromagnetic radiation. One of the most important areas of applied physics, X-ray crystallography, was started by the diffraction of X-rays in a NaCl crystal (Bragg and Bragg?1913;?Max von Laue?1913). To it w

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Applications of Kinematic Diffraction,and nanotechnology. The validity of the Kinematic Theory in crystals, as summarized by?(4.14), makes the practical applications of this tool a lot easier. Applications of kinematic diffraction are divided into three major types of experimental methods. The first, and probably the most widely used wo

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Dynamical Diffraction,e the diffraction curves in perfect single crystals?. Here are some frequently asked questions on X-ray crystallography. In this chapter, the simplest approach of dynamical diffraction, known as Darwin–Prins dynamical theory (Warren?1990;?Als-Nielsen and McMorrow?2001), will be revisited. Although r

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Worked Examples,his reason, we have prepared this chapter with a few simple examples to show in detail all the steps that are necessary for analyzing intensity data. After downloading the original data files from . and saving them in the same directory of your computer together with some of the MatLab routines give

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https://doi.org/10.1007/978-94-010-2836-3e owe our current knowledge on the atomic structure of materials and proteins, including the structure of the double helix of deoxyribonucleic acid (DNA) (Franklin and Gosling?1953;?Watson and Crick?1953;?Wilkins et?al.?1953).