Flash X-ray Blog
We make the instruments for you to make the science
Increased orders and on-time deliveries continue as expected
Keep your research on schedule despite supply chain challenges. Scandiflash deliveries remain on schedule so you can run experiments on time.
Scandiflash 2.0: A refreshed identity and new website
Sometimes looking like the leader you are means rethinking and refreshing the way you present your company, products and services.
Behind helmet blunt trauma (BHBT) studied with X-ray cinematography
A study of 6,000 cases reveals that, even if 70% of injured patients were wearing bullet-proof helmets and other individual protective equipment, 50% was found to have suffered brain injuries.
Material impact studies of a ricochet phenomena
High-speed flash X-ray cinematography catpures ricochet phenomena at 820 m/s A bullet traveling 820 m/s impacts an inclined aramid composite plate. 6 X-ray images capture the event with a 50 microsecond time interval between them.A ricochet phenomena under ballistic...
How to set up high-speed flash X-ray cinematography
A schematic image of the setup showing the Multi Anode tube, sample (projectile and ballistic protection plate), scintillator screen, mirror and high speed camera.With the right setup, high-speed flash X-ray cinematography can be used to investigate ballistic impact...
How fast X-ray pulses capture dynamic events
If you want to capture dynamic events that are happening super fast and can’t be seen by the human eye, then you’re going to need really fast pulses of X-rays.
The discovery of X-rays
Wilhelm Conrad Röntgen first discovered X-rays in 1895 when he found that, if he worked in a dark room with a discharge tube that was enclosed in a sealed, thick black carton to exclude all light, a paper plate covered on one side with barium platinocyanide placed in the path of the rays became florescent.
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SE-754 50 Uppsala
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