… in the imaging of functional materials under the … in diffraction imaging in terms of both
acquisition methodology (ie using white beam or monochromatic sources, tomography or imaging) …

… of the X-ray sources on which they are based in the near future, and a discussion of the
evolution of the field of nanobeam Bragg diffraction imaging conclude this review article. …

… imaging is the use of coherent diffraction imaging (CDI), also termed “coherent diffraction
microscopy” or “lensless imaging… and oversampled far-field diffraction pattern produced when a …

… At the very beginning was the dyeing of glass, a first application of nanoparticular functional
materials (see picture). Today diverse perspectives for the increasing complexity of technical …

… imaging methods. Of these, coherent diffraction imaging has proven highly successful at
imaging the structure in nano materials (Miao et al., Nature 400:342, 1999). In addition, this …

… While these are precisely the strengths of optical methods, optical spatial resolution has
generally been restricted by the diffraction limit. Thus, a major materials science (and …

… Crystalline defects are critical to the properties of the material in both desired and undesired
ways. In nanoscale functional materials, a small number of defects can change the material …

… cost, largely by developing new Earth-abundant functional materials. This is true for energy
… materials limitations drive research for better performing, but inexpensive, functional materials…

… In particular, we recorded diffraction signals of the state when cells have started to
actively contract and striation patterns are observed in fluorescence microscopy images. In …

… The structure and morphology of any functional material can be directly correlated with its
properties, including organic solids such as polymers and metal–organic frameworks 1,2,3 . …