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X-Ray Imaging Applications

In X-ray transiUuinination recordings, only liiie-of-sight information is obtained. In order to obtain three-dimensional data it is possible to make the transilluminations in many different directions (projections) and then to use the mathematics of tomographic reconstruction [5.35, 5.36]. [Pg.83]

A large amount of data on the structure of complex organic molecules has been obtained in X-ray diffraction studies on crystalhne samples [5.45]. Recently, X-ray pulses have been used for tirne-resolved diffraction studies, allowing dynamic processes to be investigated [5.46]. [Pg.84]

The principle of XPS is very simple, as illustrated hi Fig. 5.15. Using a characteristic X-ray line from an X-ray tube an electron is ejected from an iimer shell in a sample atom, and its kinetic energy is then the difference between the photon energy hv and the binding energy of the electron  [Pg.86]

By analysing the emitted electrons it is possible to determine the binding energies of electrons in different shells. This has been done for most [Pg.86]


Tao S, Gu ZH, Nathan A (2002) Fabrication of Gd202S Tb based phosphor films coupled with photodetectors for X-ray imaging applications. J Vac Sci Technol A Vac Surf Films 20 1091-1094... [Pg.728]

Galperin A. et al. Radiopaque iodinated polymeric nanoparticles for X-ray imaging applications. Biomaterials. 2007, 28, 4461-4468. [Pg.267]


See other pages where X-Ray Imaging Applications is mentioned: [Pg.79]    [Pg.82]   


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