DBpedia 2015-10

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Background-oriented_schlieren_technique abstract "Background-oriented schlieren (BOS) is a novel technique for flow visualization of density gradients in fluids using the Gladstone–Dale relation between density and refractive index of the fluid.BOS simplifies the visualization process by eliminating the need for the use of expensive mirrors, lasers and knife-edges. In its simplest form, BOS makes use of simple background patterns of the form of a randomly generated dot-pattern, an inexpensive strobe light source and a high speed digital camera.In its initial stages of implementation, it is mostly being used as a qualitative visualization method. Further research into developing the technique will enable quantitative visualization of fluid flows, in various applications including cryogenic flows, supersonic and hypersonic flows, biomedical device flow visualization etc.".
Background-oriented_schlieren_technique thumbnail Shockwave_pattern_around_a_T-38C_observed_with_Background-Oriented_Schlieren_photography_(2).jpg?width=300.
Background-oriented_schlieren_technique wikiPageExternalLink eserv.php?pid=UQ:8810&dsID=SreekanthRughuna.pdf.
Background-oriented_schlieren_technique wikiPageExternalLink 2529612236q71278.
Background-oriented_schlieren_technique wikiPageExternalLink x73629584517570m.
Background-oriented_schlieren_technique wikiPageID "14582368".
Background-oriented_schlieren_technique wikiPageLength "1751".
Background-oriented_schlieren_technique wikiPageOutDegree "19".
Background-oriented_schlieren_technique wikiPageRevisionID "681294266".
Background-oriented_schlieren_technique wikiPageWikiLink Biomedical.
Background-oriented_schlieren_technique wikiPageWikiLink Category:Fluid_dynamics.
Background-oriented_schlieren_technique wikiPageWikiLink Cryogenic.
Background-oriented_schlieren_technique wikiPageWikiLink Cryogenics.
Background-oriented_schlieren_technique wikiPageWikiLink Density.
Background-oriented_schlieren_technique wikiPageWikiLink Digital_camera.
Background-oriented_schlieren_technique wikiPageWikiLink Flow_visualization.
Background-oriented_schlieren_technique wikiPageWikiLink Fluid.
Background-oriented_schlieren_technique wikiPageWikiLink Fluids.
Background-oriented_schlieren_technique wikiPageWikiLink Gladstone–Dale_relation.
Background-oriented_schlieren_technique wikiPageWikiLink Gradient.
Background-oriented_schlieren_technique wikiPageWikiLink Gradients.
Background-oriented_schlieren_technique wikiPageWikiLink Hypersonic.
Background-oriented_schlieren_technique wikiPageWikiLink Hypersonic_speed.
Background-oriented_schlieren_technique wikiPageWikiLink Knife-edges.
Background-oriented_schlieren_technique wikiPageWikiLink Laser.
Background-oriented_schlieren_technique wikiPageWikiLink Lasers.
Background-oriented_schlieren_technique wikiPageWikiLink Medical_research.
Background-oriented_schlieren_technique wikiPageWikiLink Mirror.
Background-oriented_schlieren_technique wikiPageWikiLink Schlieren.
Background-oriented_schlieren_technique wikiPageWikiLink Shadowgraph.
Background-oriented_schlieren_technique wikiPageWikiLink Strobe.
Background-oriented_schlieren_technique wikiPageWikiLink Strobe_light.
Background-oriented_schlieren_technique wikiPageWikiLink Supersonic.
Background-oriented_schlieren_technique wikiPageWikiLink Supersonic_speed.
Background-oriented_schlieren_technique wikiPageWikiLink Synthetic_schlieren.
Background-oriented_schlieren_technique wikiPageWikiLink File:Shockwave_pattern_around_a_T-38C_observed_with_Background-Oriented_Schlieren_photography_(2).jpg.
Background-oriented_schlieren_technique wikiPageWikiLinkText "Background Oriented Schlieren".
Background-oriented_schlieren_technique wikiPageWikiLinkText "Background-oriented schlieren technique".
Background-oriented_schlieren_technique hasPhotoCollection Background-oriented_schlieren_technique.
Background-oriented_schlieren_technique wikiPageUsesTemplate Template:Fluiddynamics-stub.
Background-oriented_schlieren_technique subject Category:Fluid_dynamics.
Background-oriented_schlieren_technique hypernym Technique.
Background-oriented_schlieren_technique type Software.
Background-oriented_schlieren_technique type Dynamic.
Background-oriented_schlieren_technique type Mechanic.
Background-oriented_schlieren_technique comment "Background-oriented schlieren (BOS) is a novel technique for flow visualization of density gradients in fluids using the Gladstone–Dale relation between density and refractive index of the fluid.BOS simplifies the visualization process by eliminating the need for the use of expensive mirrors, lasers and knife-edges.".
Background-oriented_schlieren_technique label "Background-oriented schlieren technique".
Background-oriented_schlieren_technique sameAs m.03d8lwf.
Background-oriented_schlieren_technique sameAs Q4839632.
Background-oriented_schlieren_technique sameAs Q4839632.
Background-oriented_schlieren_technique wasDerivedFrom Background-oriented_schlieren_technique?oldid=681294266.
Background-oriented_schlieren_technique depiction Shockwave_pattern_around_a_T-38C_observed_with_Background-Oriented_Schlieren_photography_(2).jpg.
Background-oriented_schlieren_technique isPrimaryTopicOf Background-oriented_schlieren_technique.