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Signal Enhancement of Low-Dose Cryogenic 4D-STEM Data for Mapping of Beam Sensitive Materials
2022
Microscopy and Microanalysis
Recent advances in cryogenic scanning nanobeam electron diffraction (cryo-NBED) methods have allowed extraction of the crystalline-domain morphology in organic materials such as polymer thin films and organic semiconductors [1] . Nonetheless, mapping such morphology in beam sensitive systems with suppressed crystallinity such as semicrystalline copolymer membranes used for fuel cell applications presents a new challenge [2] .
doi:10.1017/s1431927622002215
fatcat:sogf65zv2rgmdceve5fsus45bq