They are also of interest for harsh-environment silicon-based MEMS applications: one-week operation test at high-temperature, up to 450 °C, showed a high electrical resistance stability.
Heating and sensing is typically performed using Pt(100 nm)/Ti(10 nm) thin films covered by 150 nm of Al2O3 to ensure high-temperature electrical stability, a key point to perform reproducible nanocalorimetric measurements.
Because of their porous structure [2], high surface area, high electrical conductivity, thermal stability [3], and excellent chemical stability, CSs have been widely used as anode material for lithium-ion battery [4], cathode materials for field emission [5], catalyst support materials [6], and adsorbents [7].
The selection criterions of the alternative electrode for water electrolysis include low hydrogen over-potential, high electrocatalytic activity, high electrical conductivity, electrochemical stability, and reasonable cost.
The excellent combination of properties of CNTs like nanosize diameter, high electrical conductivity, chemical stability, and integrated structures makes the fabulous electron emitters [31].
ITO has good transparence characteristics in the visible region of the electromagnetic spectrum while maintaining high electrical conductivity, thermal stability, and oxidation resistance [4, 9].
The light graphene membrane as current collector with high electrical conductivity and stability contributes to the high energy density of LIBs.
Due to their advantages of high electrical conductivity, chemical stability and high surface area, these carbon materials have been proven to be competitive with Pt as CE used in flat DSCs [18].
