The blends with low POM contents were ductile (similar to the mechanical behavior of neat PBSU) if the POM crystallized into tiny less connected crystals.
This route, christened State Route 25A, connected Crystal Springs to State Route 4 (now US 6) just east of Tonopah.
During the oxidation of greigite, Fe2+ migrated outwards and reacted with the excess H2S in the system to form FeS, which in turn recrystallized to mackinawite and was oxidized to greigite and pyrite, thereby connecting the crystal surfaces.
It was found that the interfacial layer was composed of a silicon single crystal, connected coherently to epitaxial SiGe nanolaminates.
Single crystals of NiTi (with 50.0at% Ni) were prepared in a self-designed unidirectional solidification furnace with a graphite mold shell connected with a crystal selector.
The design assumes there is a 32.768 kHz crystal connected at XlN/XOUT, and uses Timer A to count seconds based on that input signal.
Physicist Bertram Batlogg of Lucent Technologies in Murray Hill, New Jersey, and colleagues connected a tiny crystal slab of pure buckyballs a few millimeters long to two electrodes and passed a current through it.
Figure 4 presents the HAADF image of a 10-nm-thick SiGe epitaxial layer with an interface composed of a silicon crystal connected coherently to the superlattice of the SiGe layer.
The change of state of stress of the transmitters connecting adjacent crystals caused by substantial increase of interlamellar distance was observed.
The TES-DBC derivative with thienyl (DTTES-DBC), the smallest side group, formed well-connected crystal domain with well-ordered molecular assemblies which facilitate fast charge carrier transport.
