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pipeline:cter:sxcter

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pipeline:cter:sxcter [2018/02/21 14:29]
moriya
pipeline:cter:sxcter [2018/06/09 00:23]
moriya
Line 95: Line 95:
 || 3 || Microscope voltage [kV] || || 3 || Microscope voltage [kV] ||
 || 4 || Pixel size [A] || || 4 || Pixel size [A] ||
-|| 5 || B-factor [A^2] ||+|| 5 || B-factor [A%%^%%2] ||
 || 6 || Total amplitude contrast [%], which can include estimated Volta phase shift || || 6 || Total amplitude contrast [%], which can include estimated Volta phase shift ||
 || 7 || Astigmatism amplitude [um] || || 7 || Astigmatism amplitude [um] ||
Line 103: Line 103:
 || 11 || Standard deviation of astigmatism amplitude [um] || || 11 || Standard deviation of astigmatism amplitude [um] ||
 || 12 || Standard deviation of astigmatism angle [degrees] || || 12 || Standard deviation of astigmatism angle [degrees] ||
-|| 13 || Coefficient of variation of defocus [um] || +|| 13 || Coefficient of variation of defocus [%] || 
-|| 14 || Coefficient of variation of astigmatism amplitude [um] ||+|| 14 || Coefficient of variation of astigmatism amplitude [%] ||
 || 15 || Frequency at which the signal drops by 50% due to estimated error of defocus alone [1/A] || || 15 || Frequency at which the signal drops by 50% due to estimated error of defocus alone [1/A] ||
 || 16 || Frequency at which the signal drops by 50% due to estimated error of defocus and astigmatism [1/A] || || 16 || Frequency at which the signal drops by 50% due to estimated error of defocus and astigmatism [1/A] ||
Line 160: Line 160:
 || 3 || Microscope voltage [kV] || || 3 || Microscope voltage [kV] ||
 || 4 || Pixel size [A] || || 4 || Pixel size [A] ||
-|| 5 || B-factor [A^2] ||+|| 5 || B-factor [A%%^%%2] ||
 || 6 || Amplitude contrast [%] || || 6 || Amplitude contrast [%] ||
 || 7 || Astigmatism amplitude [um] || || 7 || Astigmatism amplitude [um] ||
Line 168: Line 168:
 || 11 || Standard deviation of astigmatism amplitude [um] || || 11 || Standard deviation of astigmatism amplitude [um] ||
 || 12 || Standard deviation of astigmatism angle [degrees] || || 12 || Standard deviation of astigmatism angle [degrees] ||
-|| 13 || Coefficient of variation of defocus [um] || +|| 13 || Coefficient of variation of defocus [%] || 
-|| 14 || Coefficient of variation of astigmatism amplitude [um] ||+|| 14 || Coefficient of variation of astigmatism amplitude [%] ||
 || 15 || Mean difference between the experimental rotational averages calculated with and without considering astigmatism. The subtraction is only performed at frequencies where the CTF model has a local minimum or maximum. || || 15 || Mean difference between the experimental rotational averages calculated with and without considering astigmatism. The subtraction is only performed at frequencies where the CTF model has a local minimum or maximum. ||
 || 16 || Frequency at which the signal drops by 50% due to estimated error of defocus alone [1/A] || || 16 || Frequency at which the signal drops by 50% due to estimated error of defocus alone [1/A] ||
pipeline/cter/sxcter.txt · Last modified: 2019/04/02 10:28 by lusnig