Micrographs were aligned and dose weighted in MotionCor2. Here, they have been sorted into their respective ice thickness bins, 0-50 nm, 50-100 nm, 100-150 nm, 150-200 nm, and 200-500 nm. The obj_icegraph.txt file lists all micrographs collected during the session and the corresponding ice thickness measured by aperture limited scattering.
Micrographs were aligned and dose weighted in MotionCor2. Here, they have been sorted into energy filtered state (with or without 20 eV energy filter) and respective ice thickness bins, 0-50 nm, 50-100 nm, 100-150 nm, 150-200 nm, and 200-500 nm. The zlp_icegraph.txt file lists all micrographs collected during the session and the corresponding ice thickness measured by energy filtration.
Micrographs were aligned and dose weighted in MotionCor2. Here, they have been sorted into detector state (counting or super resolution) and respective ice thickness bins, 0-50 nm, 50-100 nm, 100-150 nm, 150-200 nm, and 200-500 nm. The obj_icegraph.txt or icethickness.txt file lists all micrographs collected during the session and the corresponding ice thickness measured by aperture limited scattering.
These are the raw, unaligned movie frames. The obj_icegraph.txt file in the parent directory lists all micrographs collected during the session and the corresponding ice thickness measured by aperture limited scattering.
These are the raw, unaligned movie frames. The icethickness.txt file in the parent directory lists all micrographs collected during the session and the corresponding ice thickness measured by aperture limited scattering.
