Photogrammetry is an upcoming technology in biomedical science as it provides a non-
invasive and cost-effective alternative to established 3D imaging techniques such as …

Progress in the fabrication technology of normal incidence multilayer interference mirrors
permits the traditional optical methods of microscopy, astronomy, and lithography to be …

Whole-body image analysis has been extensively applied in the field of entomology to
identify differences in insect morphology. Although various conventional imaging techniques …

The avian respiratory system (the lung-air sac system) is exceptionally structurally complex
and functionally efficient. The capacity of powered (active) flight in birds is largely attributed …

A major drawback of the optical microscope is its limitation to resolve finer details. Many
microscopes have been developed to overcome the limitations set by the diffraction of …

We demonstrate a radiation hydrodynamic simulation of optical vortex pulse-ablated
microcone structures on silicon (Si) substrates. Doughnut-shaped craters were formed by …

This paper reports a new and general 3D reconstruction algorithm by using the light field
reconstruction theory to effectively construct 3D SEM images in a large range. Firstly, a nano …

In the field of integrated circuits, electron beam images can provide process parameter
information such as linewidth and line spacing. However, this size information only accounts …

Scanning electron microscopes (SEMs) are versatile imaging devices for the micro-and
nanoscale that find application in various disciplines such as the characterization of …

Additive manufacturing (3D printing) and computer-aided design (CAD) still have limited
uptake in biomedical and bioengineering research and education, despite the significant …