Sentence examples for storage and diffusion from inspiring English sources

The observed enhancement of the electrochemical performance may be ascribed to the presence of micropores and mesopores of particles in materials, which provides enough space for storage and diffusion of the electrolyte.

The excellent performances are ascribed to unique hierarchical porous architecture with large surface area and the N-doping-induced defects, which both can facilitate the storage and diffusion of Na+ and inhibit the restacking of graphene during cycling.

Based on theoretical prediction, the wide interlayer spacing and large amount of pyridinic-N as well as uniform honeycomb-like pores are favorable for Li-ion storage and diffusion.

In summary, the correction of the oxygen consumption rate with the compartment model for O2 storage and diffusion described here greatly enhances the accuracy of plate based respirometry, and widens the operating conditions of these instruments.

One of the most remarkable icefish features is an exceptionally high mitochondrial density in the heart and skeletal muscle, which improves oxygen storage and diffusion in cells (O'Brien and Mueller 2010).

Icefish mitochondria were indeed found to be structurally different from that of red-blooded notothenioids, displaying a particularly high lipid-to-protein ratio (O'Brien and Mueller 2010), suggesting a major role of lipids in facilitating oxygen storage and diffusion in cells in the absence of oxygen-carrying proteins (Sidell 1998).

Furthermore, the CVD grown few-layer graphene offers good electron conductivity, while the enlarged (002) spacing (0.35 0.41 nm) of graphene layers provide more space for sulfur storage and Li+ diffusion.

The rational use of 2D nanomaterials can supply large surface area for lithium storage and shorten Li+ diffusion length.

Theoretical calculation predicts that Zn3V3O8 can act as a host for Li storage, and a possible diffusion way of Li-ions within the crystal structure is calculated via first principle methods.

Spatial anisotropies are typically introduced by the placement of symmetrically or asymmetrically located responsive components enabling either interactions with the environment manifested by dimensional or color changes, energy storage and transfer, or diffusion.

These drugs must be chemically stable during patch storage and during transdermal diffusion when the patch is on the patient's body.