🎯 Key Takeaways for quick navigation: 00:06 *Electron microscopes commonly have fluorescent screens for live viewing, and film canisters for recording images, which are later digitized and processed. CCD cameras and direct detectors are also used, with direct detectors offering advantages in reducing noise and enabling faster readout.* Made with HARPA AI
Hi Greg, great video. Question: towards the end of the video you mention that samples sometimes shift within the vitreous ice during the 1-2 sec exposure. What causes this shift? Thanks!
🎯 Key Takeaways for quick navigation:
00:06 *Electron microscopes commonly have fluorescent screens for live viewing, and film canisters for recording images, which are later digitized and processed. CCD cameras and direct detectors are also used, with direct detectors offering advantages in reducing noise and enabling faster readout.*
Made with HARPA AI
love your work
Hi Greg, great video. Question: towards the end of the video you mention that samples sometimes shift within the vitreous ice during the 1-2 sec exposure. What causes this shift? Thanks!
The electrons literally move them.
beam induced motion. this will be corrected later in the downstream process.
Grant*
thanks a lot
3:10 8:20