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Background oriented schlieren in a density stratified fluid
Lilly Verso
*
,
Alex Liberzon
*
Corresponding author for this work
School of Mechanical Engineering
Research output
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Contribution to journal
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Article
›
peer-review
22
Scopus citations
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Keyphrases
Non-intrusive
100%
Density Measurement
100%
Density-stratified Fluid
100%
Background Oriented Schlieren
100%
Light Source
50%
Aberrations
50%
Remapping
50%
Stratified Media
50%
Index of Refraction
50%
Field Density
50%
Fluid Density
50%
Measurement Method
50%
Accurate Reconstruction
50%
Density Field
50%
Stratified Flows
50%
Flow Experiment
50%
Digital Imaging
50%
Water Glass
50%
Schlieren Method
50%
Stratified Fluid
50%
Synthetic Schlieren
50%
Transparent Liquid
50%
Multimedia Imaging
50%
Two-step Calibration
50%
Background Pattern
50%
Air Lead
50%
Engineering
Schlieren
100%
Light Source
50%
Index of Refraction
50%
Fluid Density
50%
Opposite Side
50%
Stratified Flow
50%
Schlieren Method
50%
Earth and Planetary Sciences
Density Measurement
100%
Stratified Fluid
100%
Measurement Method
50%
Stratified Flow
50%