This MRI technique exploits the susceptibility differences between tissues and uses the phase image to detect these differences.
The atomic structure of the SiGe/Si interface was not apparent, however, and thus, the SiGe/Si interface could not be identified using the phase contrast image formation.
In this work, the problem of multispectral multifocus image fusion is addressed using the phase information of the source image pixels at different orientations.
The equality of VVF and cavitation occurrence probability (COP), whose distribution can be measured with cavitation images acquired using the phase-locked imaging technique in an open-water test, is found and becomes the base of a methodology developed for examining model predictability of cavitation.
The procedure used for calculating the phase image, the Bragg filtered image and numerical moiré image using the GPA are as described by Hÿtch and co-workers [24, 26].
This additional aperture could give us the possibility to achieve an image reconstruction using the phase-closure technique.
First, coherence of synchrotron X-rays increased the image quality using the phase-contrast approach (Hwu et al. 2002).
It uses the phase values of the Doppler image as well as texture information.
The phase images were viewed using a Nikon Plan Apo 100X objective (Nikon Instruments), and the images were captured using a Photometrics Coolsnap HQ2 camera (Photometrics, Tuscon, AZ) and Metamorph image software (Molecular Devices, Sunnyvale, CA).
The phase images were used to calculate the temperature increments according to the PRF method, and the thermal dose was also calculated.
