Moiré fringe, originated from the beating of two sets of lattices, is a commonly observed
phenomenon in physics, optics, and materials science. Recently, a new method of creating …

Mg3Sb2-based thermoelectrics show great promise for next-generation thermoelectric
power generators and coolers owing to their excellent figure of merit (zT) and earth …

Morphology significantly affects material's electronic, catalytic, and magnetic properties,
especially for 2D crystals. Abundant achievements have been made in the morphology …

The sensitivity and the precision of the Geometric Phase Analysis (GPA) method for strain
characterization is a topic widely discussed in the literature and is usually difficult to quantify …

Moiré physics plays an important role in characterization of functional materials and
engineering of physical properties in general, ranging from strain-driven transport …

The atomic-layer misorientation during the growth of a 5 μm thick AlN thin film on a patterned
(0001) sapphire substrate was investigated by the scan rotation approach using a probe …

The use of covalent organic frameworks (COFs) to remove uranium from nuclear
wastewater, especially capture uranium by well-defined nanopores and customizable …

Photonic moiré-like lattices, a readily accessible platform for realizing the spatial localization
of light, attract intensive attention due to their unique flatband characteristics. In this paper, a …

The structural quality of indium-rich Al 0.3 In 0.7 N grown by metal modulated epitaxy (MME),
previously demonstrating x-ray diffraction (XRD) figures of merit∼ 11 times better than the …

Sample thickness is an important parameter in transmission electron microscopy (TEM)
imaging for interpreting image contrast and understanding the relationship between …