Sentence examples for conductive framework from inspiring English sources

The enhanced k and σ values is attributed to the fact that the Cu deposits serve not only as interconnecting points but also as fillers, forming stereo conductive framework for thermal transport and electronic conduction.

Compared to the conventional LiFePO4 electrodes with carbon black as a conductive agent, the graphene sheets can establish a more effective conductive framework due to their layered structure and excellent electronic conductivity, leading to better electrochemical rate performance.

This creates an electrically conductive framework suitable for smothering with materials normally used to make cathodes.For the nickel-metal hydride version of the battery, that material is a substance called nickel oxyhydroxide.

In this study, excellent activity of NiMo3S4|Ni3S2 seamlessly grown on 3D conductive framework has been demonstrated.

TiO2 nanotubes decorated with PPy provide a highly ordered conductive framework for Li+ ion diffusion and reaction with sulfur.

This strategy provides buffer space, which is constructed by carbon porous continuous conductive framework throughout the entire electrode, to resist local stress and intense volume variation.

Additionally, the second shell consists of PPy nano-particles serve as conductive frameworks and generate sufficient electrical conduction paths.

However, considering their poor electronic conductivity, various transition metal hydroxides and oxides combined with electrically conductive frameworks, such as a carbon cloth (CC) and Ni foam, have attracted increasing attention [31, 32, 33].

The paper reported the synthesis of lithium titanate LTO -graphene hybrid contitanate LTO -grapheneonductive frameworks (G@LTO@G).

The hybrid electrodes with open conductive frameworks exhibited significantly improved electrochemical performance, suggesting a new method for preparing MXene-based composites for energy storage application.

Three-dimensional (3D) flexible electrodes of stringed hollow nitrogen-doped (N-doped) carbon nanospheres as graded sulfur reservoirs and conductive frameworks were elaborately designed via a combination of the advantages of hollow structures, 3D electrodes and flexible devices.