Phase reconstructive

Figure 9. Phase reconstruction of image reported in Figure 6 using the reference of image reported in Figure 8. The phase map is shown in (a), which includes a laterally averaged line-scan of 15 pixels, (b) A surface map of the two particles shape is displayed. The surface plot has been heavily noise filtered through Gaussian smoothing to better display the particles shape.

When a phase reconstruction is performed, the pdf of noisy phase signal y is given by the following distribution 24... 

Great progress is being made in this important area. Two-dimensional images with micron to subnanometer resolution have been reconstructed from diffraction data using phase reconstruction in a process known as lensless... 

From earlier studies it is known that the lifting of the hex phase reconstruction of Pt 100) by CO adsorption proceeded through the nucleation and growth of islands of (1x1) phase in which the local CO coverage was... 

This is a microscope that largely depends on the principle of digital in-line holography. As discussed earUer, the hologram is recorded as interference patterns due to the interference between a reference wave and diffracted wave from the object. Iterative phase reconstruction is... 

Kistler, D.J., and F.L. Wightman. 1992. A model of head-related transfer functions based on principal components analysis and minimum-phase reconstruction. Journal of the Acoustical Society of America 91(3) 1637-1647. 

FIGURE 11.7 3D reconstructions of PEM fuel cell electrodes 3D solid (a) and pore (b) phase of electrode, which includes the ionomer and primary pores magnified views of the solid (c) and pore (d) phase reconstructions of the electrode. The cube dimensions in images (a) and (b) are 3.25 pm x 3.25 pm x 3.25 pm, and the porosity of the reconstructed electrode cube is 43% [68]. 

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