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As a highly coherent interface, TB produces neither modulus mismatch nor coherency stress in the neighboring lattice.
The evolution of semi-coherent interface into coherent interface is analyzed on the basis of the minimum energy principle.
Thus, we conclude that ZrH x is forced to adopt the hexagonal symmetry of the yttrium trihydride to maintain the coherent interface at the fully hydrogenated state.
This suggests that the fcc ZrH x lattice is expanded in order to maintain a coherent interface with the slightly larger lattice of the fcc YH2 phase.
When the adjacent crystallites across a coherent interface exhibit strain mismatch as a result of elastic or plastic anisotropies, internal stresses are induced to maintain compatibility.
When a sufficiently large strain gradient is induced across a coherent interface, compensating dislocations are formed which locally relieve the compatibility stresses.
According to the crystallographic analysis of the interface, four possible coherent interface structures were identified.
First-principles calculations were used to understand the interface configuration through a coherent interface model.
HA crystal forms coherent interface with the CNT, resulting in a strong interfacial bond.
This paper presents an analytical performance characterization and topology comparison from a latency perspective for the scalable coherent interface (SCI).
Shared Memory in a LAN-like Environment (SMiLE) provides such an infrastructure for SCI (Scalable Coherent Interface) based clusters.
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