Does the CTF affect the choice of wavelength of electrons you use? Can you get a CTF that better allows you to see the spatial frequencies you need by using a different wavelength?
If the density is represented in black and white, details of a certain size will appear as a darker colour, and details of a different size can appear as a lighter colour. When these overlap, it garbles the image.
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Great video! My lecturer sadly didn't explain this very well.
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Does the CTF affect the choice of wavelength of electrons you use? Can you get a CTF that better allows you to see the spatial frequencies you need by using a different wavelength?
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17:40, why the wave oscillates more and more rapidly at high frequency?
5:36 Where did EM CTF image came from? how to get it from the power spectra?
a fourier transform
It's a ctf image like in previous video he state that only certain frequency will be shown in image
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17:58 can anyone explain me this. Thanks
If the density is represented in black and white, details of a certain size will appear as a darker colour, and details of a different size can appear as a lighter colour. When these overlap, it garbles the image.