A hybrid interface was developed using nano iron oxide and carbon nanotubes and this architecture offered an improved performance for the detection of hydrogen peroxide.
We report on the advantages and disadvantages of each interface and suggest a hybrid interface combining the best of both.
Hybrid interface automata (HIA), which extend from interface automata and is not input-enabled, are introduced to model CPS.
Computer simulations of hybrid interface damage and metal penetration were confronted with experimental data.
The three subunits intertwine, thereby stabilizing the TRM conformation in the hybrid interface.
The TRM interacts with a hybrid interface including AFF4 and Tat.
Inorganic/organic hybrid interfaces present a versatile avenue for improving inorganic electronic devices.
Finally, the original interface predictions could be further improved by interface post-prediction (contact analysis of the docking solutions).
The formed ZnO CPCP hybrids can improve the interface contact between bottom contacts and active layer in inverted solar cells, resulting in improved performance.
Enright, R. Fedkiw, J. Ferziger, I. Mitchell, A hybrid particle level set method for improved interface capturing, J. Comput.
