
(a) Virtual scanning electron microscope images reveal that electron beam heating deforms 3D deposits during growth. (b) The temperature profile (units of Kelvin) along the deposit (left) strongly influences (right) the precursor molecule surface coverage (units of percent surface coverage), which is the source for growth. (c) Including the beam heating effect in 3D simulations reproduces deformation found in real deposits confirming the distortion mechanism.
Scientific Achievement
Electron beam heating was found to cause a common structural deformation observed during focused electron beam deposition.
Significance and Impact
Structurally accurate deposits are now possible with knowledge of the distortion mechanism