The study of lung mechanics is important to futureproof resilience against potential novel
threats to lung health. Medical imaging provides insight to lung function. High-resolution …

A method of tomographic phase retrieval is developed for multi-material objects whose
components each has a distinct complex refractive index. The phase-retrieval algorithm …

Time-resolved X-ray imaging with monochromatic synchrotron radiation enabled in situ
observation of dendritic growth and detachment of the fragmented dendrite arms during …

Aeration of the lung and the transition to air‐breathing at birth is fundamental to mammalian
life and initiates major changes in cardiopulmonary physiology. However, the dynamics of …

We demonstrate interface-specific propagation-based x-ray phase retrieval tomography of
the thorax and brain of small animals. Our method utilizes a single propagation-based x-ray …

High quality real-time imaging of lungs in vivo presents considerable challenges. We
demonstrate here that phase contrast x-ray imaging is capable of dynamically imaging the …

Time-resolved X-ray imaging of dendritic solidification for pure Fe and carbon steels with
sufficient spatial and time resolutions has been developed for the first time by overcoming …

Deformation mechanisms in equiaxed, partially solid Al–15 wt.% Cu are studied in situ by
coupling shear-cell experiments with synchrotron X-ray radiography. Direct evidence is …

X-ray dark-field and bright-field imaging in the Laue geometry has been successfully
demonstrated. Using a Bragg-case asymmetric monochromator that produces an X-ray …

Phase contrast x-ray imaging can provide detailed images of lung morphology with sufficient
spatial resolution to observe the terminal airways (alveoli). We demonstrate that quantitative …