Uploaded December 2024 | Updated September 2026, 4 days ago
Holmarc schlieren system contains, Two aluminized parabolic mirrors overcoated with silicon monoxide and mounted in gimbal mounts, pointed LED light Source, Knife edge adjuster and a 5MP USB 2.0 digital camera.
The Schlieren Imaging System's sensitivity to changes and lack of flow interference make it useful for fluid dynamics research. The research of optical media and variations in the material's refractive index is another application for them. Schlieren systems have most frequently been used to visualize a variety of objects, including heat emitted from a system, striations in blown glass, human and animal breathing, and shock waves from an aircraft in flight.
Read More at holmarc.com/schlieren_imaging_system_with_independent_mounting.php
#image #Schlieren #imaging #fluiddynamics #research #holmarc #mirror #mounts #gimbal #camera #refractiveindex #shockwave #aircraft #aeronautics #visualization
Holmarc schlieren system contains, Two aluminized parabolic mirrors overcoated with silicon monoxide and mounted in gimbal mounts, pointed LED light Source, Knife edge adjuster and a 5MP USB 2.0 digital camera.
The Schlieren Imaging System's sensitivity to changes and lack of flow interference make it useful for fluid dynamics research. The research of optical media and variations in the material's refractive index is another application for them. Schlieren systems have most frequently been used to visualize a variety of objects, including heat emitted from a system, striations in blown glass, human and animal breathing, and shock waves from an aircraft in flight.
Read More at holmarc.com/schlieren_imaging_system_with_independent_mounting.php
#image #Schlieren #imaging #fluiddynamics #research #holmarc #mirror #mounts #gimbal #camera #refractiveindex #shockwave #aircraft #aeronautics #visualization
