This article gives an overview of the background-oriented schlieren (BOS) technique, typical
applications and literature in the field. BOS is an optical density visualization technique …

We present a new numerical method for reconstruction of instantaneous density volume
from 3D background-oriented schlieren (3DBOS) measurements, with a validation on a …

A novel application of the adaptive Fourier–Hankel (AFH) Abel algorithm to reconstruct the
radial density distribution of axisymmetric jets is presented. The fluid is imaged using the …

The development of a tomographic background oriented schlieren implementation system
utilizing up to four plenoptic cameras is presented. A systematic set of experiments was …

Backgroung Oriented Schlieren (BOS) is a Schlieren-like method that can be used as a 3D
quantitative method for measuring density in 3D flows. This can be done providing that there …

Efforts from a collaboration involving NASA's Langley, Glenn, and Ames Research Centers
to construct and test a tomographic background-oriented schlieren system in preparation for …

Onera has been working for several years on the measurement of three-dimensional and
instantaneous flow fields in order to improve the characterization of various types of complex …

To realize three-dimensional (3D) instantaneous diagnoses for flow fields, many
multidirectional optical computerized tomographic (optical CT) techniques based on laser …

View Video Presentation: https://doi. org/10.2514/6.2022-3475. vid This paper details efforts
by researchers at NASA Langley Research Center to prepare for an upcoming high-speed …

Within the last decade, tomographic background oriented schlieren has become an
advanced flow diagnostic used to reconstruct three-dimensional density and/or refractive …