Sentence examples for mobility and charge from inspiring English sources
Then, the determination of the step height and length of the micelle zone give a direct access to micelle mobility and charge ratio.
Key to understanding and controlling the assembly and the capacitance is a thorough understanding of surface particle mobility and charge screening, which requires an in-situ approach.
They prepared Hall bar structures of different sizes (W =0.5 to 5 μm, L =8 to 25 μm) by e-beam lithography, and maximum current density, mobility, and charge carrier density are measured.
And we found that the hole effective mass apparently decrease after Fe, Cu, Zn, Mo, and Ag doping, which could lead to increase of hole mobility and charge transfer enhancement.
The incorporation of porous structured silica nanoplates leads to the creation of a continuous and interconnected conductive network, and weakens the anionic and cationic interactions of the IL and Li salts, thereby improving ionic mobility and charge carrier concentration.
Several experimental variables were analyzed (type of enhancing solution, concentration, zeta potential, initial and final pH of the anolyte and catholyte, constants of chelation equilibriums (log β) and precipitation (pKs), ionic mobility and charge density passed) and the main mechanisms of their action were critically analyzed.
Because the majority of the German population currently lacks experiences with electric mobility, constructs assessing electric mobility and charging options are mostly built through public media and comparison to vehicles with an internal combustion engine.
The time-resolved (or transient) ion beam induced current response of a photodetector is largely influenced by high-injection effects such as space-charge screening that perturb the electric-field distribution leading to drastic alterations in carrier velocity distributions, local mobilities and charge collection characteristics.
Simple electronic structure models are used to address two significant challenges in organic materials chemistry, the design of chromophores for strong electro-optic response (and low-energy optical absorption), and the prediction of relative mobilities and charge injection barriers for conductive oligomers.
Recent theoretical and experimental work has established that carrier mobilities and charge transport mechanisms in 2D MoS2 depend strongly on carrier densities.
Variations in carrier mobilities and charge transport mechanisms in CVD MoS2 have been variously attributed to trapped charges at sulfur vacancies, trapped charges at the interface of MoS2 and oxide dielectrics, extrinsic disorder from adsorbates, grain boundaries, and other defects within the films.
