Results 141 to 150 of about 1,061,665 (189)
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Analytical Chemistry, 1970
B E Warren London: Addison-Wesley 1969 pp x + 381 price £7 This noncommittal title conceals a most unusual book. It is not an authoritative treatment of the subject; even Prof Warren could scarcely achieve that in a mere 380 pages.
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B E Warren London: Addison-Wesley 1969 pp x + 381 price £7 This noncommittal title conceals a most unusual book. It is not an authoritative treatment of the subject; even Prof Warren could scarcely achieve that in a mere 380 pages.
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Annual Review of Condensed Matter Physics, 2010
X-ray diffraction phenomena have been used for decades to study matter at the nanometer and subnanometer scales. X-ray diffraction microscopy uses the far-field scattering of coherent X-rays to form the 2D or 3D image of a scattering object in a way that resembles crystallography.
Pierre Thibault, Veit Elser
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X-ray diffraction phenomena have been used for decades to study matter at the nanometer and subnanometer scales. X-ray diffraction microscopy uses the far-field scattering of coherent X-rays to form the 2D or 3D image of a scattering object in a way that resembles crystallography.
Pierre Thibault, Veit Elser
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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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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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2015
Compton’s academic career was largely devoted to the study of x-rays and their interaction with matter. X-rays had been discovered in 1895 by William Rontgen while passing an electrical current through an evacuated glass Crookes tube. The tube, he surmised, was emitting invisible rays which could penetrate a heavy black cardboard shield and cause a ...
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Compton’s academic career was largely devoted to the study of x-rays and their interaction with matter. X-rays had been discovered in 1895 by William Rontgen while passing an electrical current through an evacuated glass Crookes tube. The tube, he surmised, was emitting invisible rays which could penetrate a heavy black cardboard shield and cause a ...
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Journal of Chemical Education, 1958
Examines the use of X-ray diffraction in quantitative analysis and the study of polymer structure and properties.
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Examines the use of X-ray diffraction in quantitative analysis and the study of polymer structure and properties.
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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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