Sentence examples for optimize the interface from inspiring English sources

This work indicates that it is very important to optimize the interface for achieving high-quality InGaAs/InAlAs QW heterostructures.

Then we further optimize the interface of TiO2 microsphere scattering layer through TiCl4 treatment and Mg2+ modified TiCl4 treatment.

It emphasizes the concept of 'top down' powertrain design approach to optimize the interface between the vehicle and the engine.

The following appropriate annealing process can improve carbon quality, optimize the interface of graphene/nanoparticles, as well as improve the conductivity of graphene matrix [20, 27].

The graded Al compositional AlxGa1−xAs buffer layer can not only form continuous internal electric field from buffer layer to active layer but also optimize the interface properties by decreasing the misfit dislocations and stacking faults arising from lattice mismatch.

In order to optimize the interface between a beta source and silicon carbide p-n junction, it is important to account for the specific isotope, angular distribution of the beta particles from the source, the energy distribution of the source as well as the geometrical aspects of the interface between the source and the transducer.

Furthermore, proper annealing process can improve graphene quality and optimize the interfaces of graphene/grain and grain/grain and further improve the conductivity of obtained materials, which would further lead to the improved rate capability.

Compared with the works of Xia and Liu [24, 25], appropriate annealing process can improve the conductivity of the obtained CoFe2O4-GNSs nanocomposites because it can optimize the interfaces of graphene/nanoparticles and strengthen the interactions between CoFe2O4 and GNSs [20, 27].

Due to these treatments, representing a very simple method to simultaneously control perovskite crystallization and optimize the interfaces in PSCs, a maximum power conversion efficiency of 15.68% is achieved, 35% higher than the PSC both without CdSe and MABr treatment (11.57%), indicating better performance.

Our results also indicate that the duration of operational activity is increased by optimizing the interface between the GBFC and the body to minimize inflammatory processes and biofouling.

Moreover, a new hybrid approach by combining of the numerical and metaheuristic models is developed to boost the device performance by optimizing the interface morphology.