Templated halide perovskite films show <001>-oriented grains with high- and low-angle grain boundaries, edge dislocations producing compressive and tensile strain, and associated stacking faults, observed via tailored low-dose electron microscopy.
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Atomic Structure of Grain Boundaries, Dislocations and Associated Strain in Templated Co-evaporated Photoactive Halide Perovskites
Templated halide perovskite films show <001>-oriented grains with high- and low-angle grain boundaries, edge dislocations producing compressive and tensile strain, and associated stacking faults, observed via tailored low-dose electron microscopy.