High-resolution imaging with compositional and chemical sensitivity is crucial for a wide
range of scientific and engineering disciplines. Although synchrotron X-ray imaging through …

X-ray imaging technologies have developed rapidly in bioimaging due to their unparalleled
qualities such as nano-spatial resolution, three-dimensional panoramic observation, and …

Highlights⿢Recent progress on in situ X-ray imaging of functional nanomaterials is
reviewed.⿢Full field/scanning microscopies and coherent diffractive imaging are …

Heterogeneous catalysts often consist of an active metal (oxide) in close contact with a
support material and various promoter elements. Although macroscopic properties, such as …

Determination of the heterogeneous distribution of metals in alloy/battery/catalyst and
biological materials is critical to fully characterize and/or evaluate the functionality of the …

The rapid developments in X-ray instrumentation and the associated analytical methods
have demonstrated a tremendous impact on a wide range of fundamental and applied …

Spectroscopic full-field transmission X-ray microscopy (TXM-XANES), which offers
electrochemical imaging with a spatial resolution of tens of nanometers, is an extensively …

Resolving chemical species at the nanoscale is of paramount importance to many scientific
and technological developments across a broad spectrum of disciplines. Hard x-rays with …

Introduction Trace elements, particularly metals, play an important role in a large variety of
cellular processes in a biological system. In the context of biological organisms and tissues …

Advances in microscopy such as a spatial resolution in the nanometer range combined with
higher chemical and morphological sensitivities have improved the imaging of functional …