Acceleration from start up until 0.27s per turn. Rotating on an air cushion and propelled by a linear motor.
New Philips iCT without the heavyweight gantry installed at the radiology department of the university hospital in Munich.
@Matt MrTornado Actually radiation exposure is less with a faster scanner as the scan times are shorter. Keep in mind that certain exams will require a greater exposure than others. Modern CT scanners employ a dynamic exposure reduction technique on the fly rather than relying on pre-programmed exposure protocols. This further reduces dosage by as much as 80% in some cases.
The best bit about all the spinning stuff on there, is the stuff you can't see.
4 pound lumps of white hot tungsten metal at 4000 F spinning at 15,000 rpm while simultaneously energised to 150,000 Volts while consuming as much electricity as a 100 homes - all while the entire machine spins at nearly 300 rpm.
But don't worry. It's perfectly safe.
I wished I could travel through time with this. Maybe you could add a Flux Capacitor and Time Circuits at the sides of the CT scanner and make it spin it faster than this, then as it hits 88,000rpm and opening up a portal, crossed your fingers and jump right thru......
The next thing you know, someone will find your body parts splattered all over the wall in the same dimension as they possibly know that time travel is impossible with our current technologies and resources.
Amen.
WOW that thing spins fast. I don't think I've seen a CT gantry spin at that speed before. Since this is 256 slice and has a deeper tunnel than some other CT's, does this mean the radiation exposure is greater than other machines?
oh my god .. that thing just scared the crap out of me.. i would rather get back in that clausophobic tunnel from the mri than getting in that thing with the spinny aroundy thingy right there..
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