quantitativeTEM
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multem
multem PublicForked from Ivanlh20/multem
MULTEM is a powerful and advanced collection of C++ routines with CUDA support, designed to perform efficient and accurate multislice simulations for various TEM experiments such as HRTEM, STEM, IS…
C++
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atomic_specimen_creation
atomic_specimen_creation PublicForked from ThFriedrich/atomic_specimen_creation
Set of crystallographic tools for bulk atomic specimen generation in any zone axis from cif-files.
MATLAB
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rt_ppiscs
rt_ppiscs PublicForked from Ivanlh20/rt_ppiscs
Densely connected neural network that can predict real-time ADF STEM PPISCS-thickness values for the most common fcc crystals along their main zone axis orientations, microscope parameters, and rms…
Python
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rmsd_parameterization
rmsd_parameterization PublicForked from ThFriedrich/rmsd_parameterization
Matlab implementation of Cao, H. X., & Peng, L. M. (1999). Parameterization of the temperature dependence of the Debye-Waller factors
MATLAB
Repositories
- atomic_specimen_creation Public Forked from ThFriedrich/atomic_specimen_creation
Set of crystallographic tools for bulk atomic specimen generation in any zone axis from cif-files.
quantitativeTEM/atomic_specimen_creation’s past year of commit activity - multem Public Forked from Ivanlh20/multem
MULTEM is a powerful and advanced collection of C++ routines with CUDA support, designed to perform efficient and accurate multislice simulations for various TEM experiments such as HRTEM, STEM, ISTEM, ED, PED, CBED, ADF-TEM, ABF-HC, EFTEM, and EELS.
quantitativeTEM/multem’s past year of commit activity - rt_ppiscs Public Forked from Ivanlh20/rt_ppiscs
Densely connected neural network that can predict real-time ADF STEM PPISCS-thickness values for the most common fcc crystals along their main zone axis orientations, microscope parameters, and rmsd values
quantitativeTEM/rt_ppiscs’s past year of commit activity - rmsd_parameterization Public Forked from ThFriedrich/rmsd_parameterization
Matlab implementation of Cao, H. X., & Peng, L. M. (1999). Parameterization of the temperature dependence of the Debye-Waller factors
quantitativeTEM/rmsd_parameterization’s past year of commit activity
