MOF-derived NiO/N-MWCNTs@PVDF film and MXene/Carbon/Ecoflex electrode for enhanced hybrid nanogenerator towards environmental monitoring

Electrospun nanofibers synthesis enhancing the activity of energy storage devices/electrochemical and biosensor applications

“…This can be attributed to the impact of randomness and porosity, leading to a non-Gaussian widening of the stress probability density function under tensile strain. The mean load on an aligned fiber triggers a subtle transition from the focused forces in a single pore to interactions among multiple pores [69].…”

Adsorption and Sensing Performances of a TiO2 Cluster-Doped Graphene Monolayer toward SOF2 and SO2F2

“…5 Using a gas sensor to detect the decomposition components of SF 6 is a common method for realizing online monitoring of the partial discharge in GIS. 6,7 Currently, 8,9 the literature reports various gas-sensing materials, such as Pt-modified MoS 2 monolayer, Pt-doped WSe 2 , Au-doped MoSe 2 nanosheet, Ag 2 O-MoSe 2 , and other composite gas-sensing materials. 10−17 There are also sensors for adsorbing SF 6 decomposition gas.…”

“…Currently, , the literature reports various gas-sensing materials, such as Pt-modified MoS 2 monolayer, Pt-doped WSe 2 , Au-doped MoSe 2 nanosheet, Ag 2 O-MoSe 2 , and other composite gas-sensing materials. − There are also sensors for adsorbing SF 6 decomposition gas. − Graphene is an ideal two-dimensional structure composed of hexagonal lattices with a theoretical specific surface area of 2600 m 2 /g . Its unique structure, outstanding electrical conductivity, and mechanical properties have attracted much attention. − Theoretical studies show that pristine graphene has a very low sensitivity to most gases due to the weak interaction of gas molecules on its surface, limiting its practical application as a gas sensor.…”