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2012
X-rays are an electromagnetic radiation of short wavelength, and can be produced by the sudden deceleration of rapidly moving electrons at a target material. If an electron falls through a potential difference of V volt, it acquires an energy eV electron-volt (eV), where e is the charge on an electron.
Mark Ladd, Rex Palmer
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X-rays are an electromagnetic radiation of short wavelength, and can be produced by the sudden deceleration of rapidly moving electrons at a target material. If an electron falls through a potential difference of V volt, it acquires an energy eV electron-volt (eV), where e is the charge on an electron.
Mark Ladd, Rex Palmer
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X-Ray Diffraction Studies of Muscle
Annual Review of Physiology, 1981X-ray diffraction, whose traditional and most successful application is in crystallography, has in recent years been applied to studying the remarkable geometrical order of the contractile proteins of muscle. We summarize here some recent achievements in this field, emphasizing conclusions of biologi cal interest and indicating areas of uncertainty ...
Wray, J., Holmes, K.
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1966
Since X-rays are electromagnetic waves it is to be expected that they will show the phenomenon of diffraction, and in fact they do. It has already been mentioned that in seeking to find the nature of X-rays attempts were made to produce diffraction effects with slits and that these were eventually successful.
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Since X-rays are electromagnetic waves it is to be expected that they will show the phenomenon of diffraction, and in fact they do. It has already been mentioned that in seeking to find the nature of X-rays attempts were made to produce diffraction effects with slits and that these were eventually successful.
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2014
One of the most classical techniques for structure analysis is X-ray diffraction (XRD). Many variants of diffraction experiments have been developed. They can for example be classified into techniques for the examination of X-ray scattering in the wide angle or small angle range.
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One of the most classical techniques for structure analysis is X-ray diffraction (XRD). Many variants of diffraction experiments have been developed. They can for example be classified into techniques for the examination of X-ray scattering in the wide angle or small angle range.
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1979
In this chapter an outline of crystal structure analysis will be described. It is not the purpose of this chapter to give the details of the method but to explain a basic idea of X-ray diffraction.2) Emphasis will be laid on anomalous scattering of X-rays and its application for the determination of absolute configuration of dissymmetric molecules.
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In this chapter an outline of crystal structure analysis will be described. It is not the purpose of this chapter to give the details of the method but to explain a basic idea of X-ray diffraction.2) Emphasis will be laid on anomalous scattering of X-rays and its application for the determination of absolute configuration of dissymmetric molecules.
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X-RAY ABSORPTION AND DIFFRACTION | X-Ray Diffraction | Powder
2005S. Garcia-Granda, J.M. Montejo-Bernardo
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2015
Abstract Chapter 9 illustrates the intensities of X-ray diffracted beams and considers atomic scattering factors, the structure factor equation, and its applications. Next, it analyses the broadening of diffracted beams and the Scherrer equation.
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Abstract Chapter 9 illustrates the intensities of X-ray diffracted beams and considers atomic scattering factors, the structure factor equation, and its applications. Next, it analyses the broadening of diffracted beams and the Scherrer equation.
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