Sentence examples for material loadings from inspiring English sources

LiNi1/3Co1/3Mn1/3O2 (NCM) and LiFePO4 (LFP) electrodes of different active material loadings are prepared.

The motivation is to model lithium-ion polymer cells having higher active material loadings and competitive energy densities and specific energies to liquid lithium-ion batteries.

To develop a comprehensive process signature for Sinking EDM (S-EDM) it is necessary to describe the relationship between the applied material loadings and resulting modifications in the workpiece rim zone.

Cells with different electrode thickness, initial salt concentrations, and higher active material loadings were examined using the mathematical model to understand better the transport processes in the plasticized polymer electrolyte system.

The results are used for the simulation of mass transport, and charge transfer processes at different active material loadings in various power sources, such as batteries, fuel cells and supercapacitors.

These raw material loadings correspond to an estimated annual ethanol production of 200,000 m, assuming C6 fermentation only.

Given the different capacities and active material mass loadings of the individual electrodes, the current effectively applied to the cells are also reported in A g−1 and C-rate with respect to both anode and cathode (see Table 1 ). Figure 3a displays the voltage profiles of the full-cells during the first charge/discharge cycles at a very low current (i.e., 0.1 mA cm−1).

This method of preparation of the SZ-SiO2 materials for loadings up to 41 wt.% Zr resulted in the formation of nanocrystalline zirconia in the silica host, with the zirconium also present as polydispersed nanoparticles of ZrO2 on the surface at the higher loadings.

Variables describing loadings, material, and geometrical properties are treated as random.

The load-bearing capacity of structures can be influenced by variations in parameters, such as initial geometric defects, multi-parameter loadings, material specifications and temperature.

The obtained results reveal that the magnetoelectric field inside the crack is dependent on the material properties, applied loadings, the dielectric permeability of crack interior, and the ratio of the crack length and the layer width.