X-ray ptychography, a powerful scanning lensless imaging technique, has become attractive
for nondestructively imaging internal structures at nanoscale. Stage positioning overhead in …

We report our experiences with conducting ptychography simultaneously with the X-ray
fluorescence measurement using the on-the-fly mode for efficient multi-modality imaging …

With the increasing importance of nanotechnology, the need for reliable real-time imaging of
mesoscopic objects with nanometer resolution is rising. For X-ray ptychography, a scanning …

Ptychographic x-ray diffraction microscopy is a lensless imaging technique with a large field
of view and high spatial resolution, which is also useful for characterizing the wavefront of an …

Nondestructive imaging with both a large field of view and a high spatial resolution is crucial
to understand complex materials and processes in science and technology. X-ray …

A method for nondestructively visualizing multisection nanostructures of integrated circuits
by X-ray ptychography with a multislice approach is proposed. In this study, tilt-series …

X-ray ptychography is a rapidly developing coherent diffraction imaging technique that
provides nanoscale resolution on extended field-of-view. However, the requirement of …

Ptychography is a diffraction-based X-ray microscopy method that can image extended
samples quantitatively while remove the resolution limit imposed by image-forming optical …

The smaller pixel size and high frame rate of next-generation photon counting pixel
detectors opens new opportunities for the application of X-ray coherent diffractive imaging …

Hard X-ray lens-less microscopy raises hopes for a non-invasive quantitative imaging,
capable of achieving the extreme resolving power demands of nanoscience. However, a …