Recently, reconstruction integrating view registration (RIVR) has been demonstrated as an
improved method to significantly enhance the accuracy of three-dimensional (3D) …

Tomographic measurements involve two steps: view registration (VR) to determine the
orientation of the projections and the subsequent tomography reconstruction. Therefore, the …

Three-dimensional and three-component (3D3C) velocity measurements have long been
desired to resolve the 3D spatial structures of turbulent flows. Recent advancements have …

Consistent research efforts have been invested to deal with particles' Mie scattering
interference in Rayleigh measurements. This work reports an alternative learning-based …

The plasma jet wind tunnel, as a ground simulation device for studying the electromagnetic
properties of near-space vehicle sheaths, can help people conduct several studies, such as …

Three-dimensional plasma diagnosis is crucial for understanding the distribution of the
physical parameters of inhomogeneous plasma. Optical emission spectroscopy (OES) can …

3D (three dimensional) flame measurements based on tomography consist of two steps:
view registration (VR) to determine the orientations of the projections, and the subsequent …

Spatial resolution is a key parameter that determines the smallest resolved scale in
volumetric computed tomography. However, the evaluation process is typically confined …

Towards a calibration-free 3D flame measurement, this paper demonstrates a reduced order
tomographic reconstruction method without the need to calibrate view angles. First, time …

The conventional denoising method in Rayleigh imaging in a general sense requires an
additional hardware investment and the use of the underlying physics. This work …