Sentence examples for capacity transition from inspiring English sources

Owing to their high specific capacity, transition metal chalcogenides (TMCs) based materials attract enormous attentions for energy storage, yet the performance decay observed in TMCs anodes are strongly depended on the host material and working conditions.

The results of theoretical analysis concluded that the various parameters such as heat capacity curve, transition profile, half widths and sharpness of the transition are in good agreement with the experimental measurements for binding of thionine determined through DSC.

The capacity to transition from a stationary epithelial cell to a motile mesenchymal cell (a process known as the Epithelial-Mesenchymal Transition or EMT) is crucial to this process, but leaves organisms vulnerable to cancer (Hofman and Vouret-Craviari 2012).

These results shed considerable light on the effect of ring buckling on the load-carrying capacity of transition junctions.

Payload capacity and transition ability are very important in climbing-robot applications for heavy industries and construction industries.

This research offers possibility to improve the lithium ion storage capacity of transition metal oxides through advisablely controlling the architecture and composition of anode materials.

The hydrogen storage capacity of transition metal decorated terphenyl linkers was investigated using density functional theory based M05-2X, M06 and wB97XD methods.

The hydrogen storage capacity of transition metal Sc atoms decorated porous boron fullerene B40 is investigated by the pseudopotential density functional method.

The hydrogen storage capacity of transition metal Ti atoms decorated porous fullerene C24B24 is investigated by the pseudopotential density functional method.

The results of this study also offer possibilities of improving the lithium storage capacity of transition metal oxides by controlling both architecture and composition.

The hydrogen storage capacity of transition metal (TM) decorated boron (B) doped graphene surface through spill over mechanism have been studied using first principle calculations.