Hi,
I am working on indexing of spot and Kikuchi patterns in transmission mode in a SEM using the technique called on-axis Transmission Kikuchi Diffraction (TKD). Given the low acceleration voltage in SEM, it is almost crucial that we use electron diffraction pattern simulated via dynamical electron diffraction.
Currently, there exist some Python packages that can perform the spot and Kikuchi patterns separately, however, not all of them have a built-in dynamical electron diffraction simulation. Therefore, I would like to ask, if it is possible that, given a list of crystal orientation defined in Euler angles, to feed the list of orientations into Recipro and obtain the corresponding diffraction pattern at the given acceleration voltage, detector distance, and size of the reciprocal space in an automated way?
Thank you for the help in advance and hope that you can help me out on this ^^
Hi,
I am working on indexing of spot and Kikuchi patterns in transmission mode in a SEM using the technique called on-axis Transmission Kikuchi Diffraction (TKD). Given the low acceleration voltage in SEM, it is almost crucial that we use electron diffraction pattern simulated via dynamical electron diffraction.
Currently, there exist some
Pythonpackages that can perform the spot and Kikuchi patterns separately, however, not all of them have a built-in dynamical electron diffraction simulation. Therefore, I would like to ask, if it is possible that, given a list of crystal orientation defined in Euler angles, to feed the list of orientations into Recipro and obtain the corresponding diffraction pattern at the given acceleration voltage, detector distance, and size of the reciprocal space in an automated way?Thank you for the help in advance and hope that you can help me out on this ^^