Tanbo Zhou
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View article: Background-oriented-schlieren-based optical velocimetry of low-convective-Mach-number turbulent shear layers
Background-oriented-schlieren-based optical velocimetry of low-convective-Mach-number turbulent shear layers Open
Background-oriented schlieren (BOS)-based velocimetry is a potential method for achieving simultaneous measurements of density and velocity in a flow with density gradients. Similar to schlieren velocimetry, BOS velocimetry relies on (1) r…
View article: Optimization of optical systems for background oriented schlieren
Optimization of optical systems for background oriented schlieren Open
Background oriented schlieren (BOS) is a non-intrusive optical method for measuring density gradients in a fluid flow based on variations of the local refractive index. The type of BOS optical system used, i.e. entocentric vs. telecentric,…
View article: Optimization of Optical Systems for Background Oriented Schlieren
Optimization of Optical Systems for Background Oriented Schlieren Open
Background oriented schlieren (BOS) is a non-intrusive optical method for measuring density gradients in a fluid flow based on variations of the local refractive index. The type of BOS optical system used, i.e., entocentric vs. telecentric…
View article: Comparison of Displacement Estimation Techniques for Background Oriented Schlieren of High-speed Compressible Turbulent Flows
Comparison of Displacement Estimation Techniques for Background Oriented Schlieren of High-speed Compressible Turbulent Flows Open
Background oriented schlieren (BOS) is a non-intrusive optical method for measuring density gradients in a fluid flow based on changes of local refractive index.The density gradients can be obtained by observing the displacement betweentwo…
View article: Spectrally filtered ps–ns emission dynamics of atmospheric-pressure nanosecond pulsed plasmas
Spectrally filtered ps–ns emission dynamics of atmospheric-pressure nanosecond pulsed plasmas Open
The temporal dynamics of atmospheric-pressure nanosecond pulsed plasma discharges in a pin-to-pin electrode configuration are studied using streak-camera line imaging of the interelectrode gap with a time resolution as short as ∼25 ps. Dis…