Most attention has so far been paid to 2D MoS2-based heterojunctions due to its high electron mobility and excellent electrocatalytic HER performance.
The popularity is due to a number of advantages with respect to silicon: high breakdown electrical field, high electron mobility, and excellent thermal stability [3, 4].
Recently, nitrogen and sulfur co-doped graphene quantum dots (S,N-GQDs) are studied due to their broad photoabsorption in wide spectral range, high carrier transport mobility and excellent chemical stability.
Although it has no advantages for digital switches, its high carrier mobility and excellent transconductance make it an ideal material for the radio frequency analog electronics in the logic integrated circuit [83 86].
The unique structure of monolayered graphene was composed of a one-atom-thick two-dimensional crystal of sp2 carbon atoms arranged in a honeycomb lattice, which had been attributed to its extraordinary electronic properties such as high intrinsic mobility and excellent thermal and electrical conductivities.
Among them, carbon nanotube (CNT), possessing one-dimensional nanoscale structure, high aspect ratios, large surface area [2], high mobility [3], and excellent optical and electronic properties, could be beneficial to exciton dissociation and charge carrier transport, which allow them to be useful in photovoltaic devices [4 8].
The unique qualities of SWNCTs, such as one-dimensional nanoscale structure, high aspect ratios, large specific surface area, high charge mobility [1], and excellent optical and electronic properties [2] have led to sustained and ever increasing research efforts over the past few years.
The model generated 4 different profiles (categories) of participants ranging from reduced to excellent potential mobility and low to excellent effective mobility, and characterized the modulating factors.
The new track-based robot can be well applied to various engineering tasks for providing a stable moving platform of high mobility, better trafficability and excellent loading capacity.
Unique coplanar β-conformation of polyfluorene, endowed with long effective conjugated length, is promising to form ordered and oriented structures that can result in improved carrier mobility, polarization emission and excellent spectral stability.
In Steve Smith, David Warner and Glenn Maxwell, they have three of the best all-round fielders in the history of the game – safe hands, accurate rocket arms, foot speed and excellent mobility and lateral movement – and the fielding unit as a whole barely put a foot wrong in the just completed three-match series against South Africa.
