According to the results of CV, EIS, and the Tafel polarization, the MoS2/nGO CE demonstrated the superior electron transfer performance at the electrode electrolyte interface and provided a lower energy barrier for the redox reactions.
Considerable effort has been made to incorporate biologically active molecules into the conducting polymer films in order to improve their long term performance at the soft tissue interface of devices, and the development of functionalized conducting polymers that can be modified with biomolecules would offer important options for device improvement.
The use of epoxy bonded fibre reinforced polymer (FRP) materials as strengthening technique for existing masonry structures is becoming in the last years more and more widespread, but some topics, as the effect of the mortar joints on the bond performance at the reinforcement/masonry substrate interface, still represents an open question.
Further analysis of the C-V data can lead to deeper physical insights of the device performance, such as the interface trap density (D it) at the nanotube and gate dielectric interface.
Nevertheless, one must stress that although many experiments concerning the in vivo studies of calcium orthophosphate coatings, films and layers have indicated a stronger and faster fixation, as well as more bone ingrowth at the interface, the clinical performance of such coatings, films and layers is still far from the perfection.
Understanding the interface between polymer and biomass in composite products is important for developing high performance products, as the quality of adhesion at the interface determines composite properties.
High-performance electrode materials play a crucial role at the interface of implantable neural electrode.
More importantly, active metal ions are also concentrated at the interface, which improves the catalytic performance.
The enhanced sensing performance is attributed to the micro-Schottky junction built at the interface of ZnO and rGO.
Anchor bolts installed at the interface between ferrocement and concrete substrate improve bonding and overall performance.
