Indexing TEM diffraction patterns from cubic single crystals
This is the (long overdue) follow-up to the video I created a couple years ago discussing zone axis alignment when performing S/TEM. In this video (as always, filmed raw, unedited, uncensored, and uncut), I cover indexing TEM (parallel beam) diffraction patterns from several common cubic single crystals and answer that all important question: how do I determine the zone axis for the diffraction pattern?
If you did not already see the original video on zone axis alignment when performing S/TEM, I recommend you watch that video first before watching this video: • Zone axis alignment wh...
Thanks for watching! Please like, subscribe, and share and let me know if you have any questions or comments. Video topic requests are always welcome and appreciated; I enjoy making these videos and wish I could make them more frequently, but the demands of my job make it tough to do so; I’m in charge of 3 S/TEMs, 2 dual FIB/SEM systems, and 1 SEM and this keeps me very busy!
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Пікірлер: 27
Hi everyone: as @DW-iq8lt correctly pointed out, from
What you have been doing is truly a great contribution to the TEM community. Thank you! I think it's safe to say that you're the mentor to all TEM-related graduate students.
Dear Dr. Nick,
Hi everyone: there have been quite a few requests about a tutorial for indexing DPs from hexagonal crystals; I'm on winter break until January 2 so my goal is to get this done over the break. Happy holidays, everyone.
I was waiting for this video for a very long time. Great video! thanks
Amazing work! Well done!
Thank you Nick !
Great video! Would love to see one about polycrystalline samples!
Great video. Could you maybe make a tutorial on determining the nature of dislocations (e.g., edge vs. screw)?
Dear Dr. Nicholas your lectures are very helpful. Thank you so much. Please can you upload Matlab code which you used in this lecture video?
FFT of HRTEM can be indexed same way?
BTW, a few slides you mentioned were not recorded successfully (from
Hello, may i get this Matlab code?
May I ask the slide which disappear from 11.40 to 20.40?
you blabber too much, get to the point