High-speed camera users demand cameras that work accurately under the harshest environmental conditions, making reliability and operational capability crucial considerations in scientific cameras. This video shows a combustion analysis application, using a pco.dimax high-speed camera, at the Robert Bosch GmbH in Stuttgart.
This video displays the results of a helmet’s tangential strain from impact.
This video displays the results of a helmet’s displacement from impact.
This video shows the digital image correlation (DIC) results of the principle strain in a helmet’s impact.
The video displays a helmet impact at 3,333 fps without digital image correlation (DIC).
Mach disks, or “shock diamonds,” are the result of standing shockwaves caused by abrupt pressure changes, usually only seen in the under expanded flow of gas from a jet engine. As the winner of the “Excellent Slow Motion Award” at ICHSIP 31 in Osaka, Japan, this video sequence shows the liftoff of a pressurized PET drink bottle from a toy rocket captured with a Phantom Camera at 50,000 fps, and slowed for viewing by factor of 2,000.
High-speed infrared imaging is found to be a new diagnostic tool for studying ICEs. This Telops webinar offers a brief overview of optical engines, infrared (IR) narrowband imaging, and the investigation of a 4-cycle diesel ICE using high-speed IR imaging.
Nothing wakes you up like a good “cup o’ Jo”! Or maybe an ice cold glass of water? Compare the difference between the two with high speed infrared imaging from the X6900sc.
Nothing could beat the feeling of shooting a watermelon and tannerite with an AR15.
Champagne anyone? Prolong the party with this video using the high speed infrared capabilities of the X6900sc.
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