… by the (111) face of the hard-sphere crystal, and the results … lattice gas model [7]. Freezing
on walls patterned on the atomic scale has been investigated for triangular and square lattices…

… the anisotropy of lattice mismatches that develop between the nucleating crystal face and the
… We present a model that gives qualitative predictions for the shape of crystals grown on a …

… AFM image size is 3 × 0.8 μm 2 and covers the same area of the crystal face. Scale bars for
(a)–(c) are identical. Key for (e): blue squares – fully coordinated Zn 2 dimers; red squares – …

… layer deposited on various WC crystal faces with an epitaxial relationship, owing to small
differences between the lattice parameters of WC (hexagonal) and VC (cubic) crystals [13]. In …

… on a cleaved face of MoS 2 , even though there exists substantially large lattice mismatch,
as is … any layered materials regardless of their crystal structures and of their lattice constants. …

… lattice-parameter mismatch between the GaAs substrate and the Ga)nl_xP epitaxial layer on
crystal … : (i) The crystal morphology and substrate/epitaxial-layer interface were found to be …

… Here we point out that the energy of the configuration is independent of the size of the crystal.
The interaction energy between a misfit dislocation and the surface dislocation of opposite …

… If a parallel array of dislocations having colinear Burgers vector (b) exists at the inter face, …
They are thought to stem from periodic increases or decreases in crystal growth rather than …

… lattice mismatch into three subgroups: (i) small lattice mismatch with f < 5%, (ii) moderate
lattice mismatch … The produced clausthalite PbSe crystal structure have a face-centered cubic (…

… for the onset of plastic deformation depending on the lattice mismatch. To preserve at most a
2D … Both types of dislocations pertain to a face-centered cubic crystal. Obviously, a coherent …