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Tomography, three-dimensional reconstruction

Grangeat P. Mathematical framework of cone beam three-dimensional reconstruction via the first derivative of the Radon transform.. Math. Methods in Tomography, V.1947 of Springer Lecturre Notes in Math-cs, Springer-Verlag, Berlin, 1991, p.66-97. [Pg.220]

D. F. (2002). Three-dimensional reconstructions of extracellular matrix polymers using automated electron tomography./. Struct. Biol. 138, 130-135. [Pg.430]

Figure 2.10 Snapshot from three-dimensional reconstruction of an electron tomography tilt series of the system MDMO-PPV/PCBM the light gray clusters represent the PCBM-rich phase. (Reprinted with permission from Ref [2]. Copyright 2007, American Chemical Society.)... Figure 2.10 Snapshot from three-dimensional reconstruction of an electron tomography tilt series of the system MDMO-PPV/PCBM the light gray clusters represent the PCBM-rich phase. (Reprinted with permission from Ref [2]. Copyright 2007, American Chemical Society.)...
Figure 9.4 Three-dimensional reconstructed electron tomography of semiconducting polymer/insulating polymer composite film. (In order to obtain a well-resolved 3D result with enough and accountable P3BTdomain in each 2D cross section to figure out its distribution in the Z direction, here we used P3BT with 50wt% in PS matrix and film thickness 80-100nm.) All... Figure 9.4 Three-dimensional reconstructed electron tomography of semiconducting polymer/insulating polymer composite film. (In order to obtain a well-resolved 3D result with enough and accountable P3BTdomain in each 2D cross section to figure out its distribution in the Z direction, here we used P3BT with 50wt% in PS matrix and film thickness 80-100nm.) All...
Wigmore SJ, Redhead DN, Yan XJ et al (2001) Virtual hepatic resection using three-dimensional reconstruction of helical computed tomography angioportograms. Ann Surg 233 221-226... [Pg.292]

Figure 5.22. The three dimensional reconstruction of the fiber by electron tomography [87] shows the overall shape of the fiber (D) and the cross sections indicating the strands are in close contact throughout their length (E). (From Kiibel et al. [86], (2001) American Chemical Society, and Kubel [87] used with... Figure 5.22. The three dimensional reconstruction of the fiber by electron tomography [87] shows the overall shape of the fiber (D) and the cross sections indicating the strands are in close contact throughout their length (E). (From Kiibel et al. [86], (2001) American Chemical Society, and Kubel [87] used with...
Chesler DD (1971) Three-dimensional activity distribution from multiple positron scintigraphs. JNucl Med 12 347-348 Chesler DA (1973) Positron emission tomography and three-dimensional reconstruction technique. In Tomographic Imaging in Nuclear Medicine. Freedman GS, Ed. The Society of Nuclear Medicine, New York,1973, pp 176-83... [Pg.30]

In this paper, discontinuities in cylindrical specimens were studied by ultrasonic reflection tomography. The aim was threefold. First, to localize discontinuities from circular C-scan images. Second, to reconstruct quantitative cross-sectional images from circular B-scan profiles (i.e., reflection tomograms). Finally, to obtain three-dimensional information (i.e., discontinuity location, dimension and type) by stacking these reflection tomograms in multiple planes, in the third dimension. [Pg.200]

FIGURE 19.2 Procedure for three-dimensional-transmission electron microscopic (3D-TEM) observation, composed of TEM measurements and computerized tomography to reconstruct a 3D image. (From Kohjiya, S., Kato, A., Shimanuki, J., Hasegawa, T., and Ikeda, Y., Polymer, 46, 4440, 2005. With permission.)... [Pg.545]

Diffuse Raman tomography has been demonstrated, with reconstruction of low-definition three-dimensional maps of phantoms and of canine bone tissue [38, 39], Spatial priors (i.e. independent information on the location and... [Pg.53]


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