Hexaaluminate compounds were effective in maintaining large surface area.
It maintains large permanent bases throughout Europe and Asia.
Consequently, high-κ gate dielectric materials, including Al2O3[4], ZrO2[3], Y2O3[5], and HfO2[6], have been studied to reduce the electron tunneling and maintain the large capacitance.
By connecting alternate layers in parallel, large capacitances can be realized with the MLC.
Large capacitances are used for possible heavy load usage.
These capacitances were almost maintained even after the specific surface area was reduced by the sheet-restacking process, indicating that the large capacitance is derived from the defects introduced in the graphene structure.
One farad is an extremely large capacitance.
Li, L. et al. Very large capacitance enhancement in a two-dimensional electron system.
A large capacitance change indicates a more sensitive diaphragm, which is desired in pressure sensor design.
Besides large capacitance, the electrode also exhibits greatly improved rate capability and cycle performance.
