Sentence examples for driven phase from inspiring English sources

Xu, H. et al. The chemically driven phase transformation in a memristive abacus capable of calculating decimal fractions.

The lithiation/delithiation of phosphate electrode materials in lithium ion batteries is often accompanied by an electrochemically driven phase transformation.

This concept is applied to polysiloxanes in an attempt to control morphology in chemically driven phase separation.

A recent trend in designing experimental coatings for AF/fouling-release purposes has been to create surfaces with compositional (chemical) heterogeneity at the nanoscale through the thermodynamically driven, phase segregation of polymer assemblies, followed by crosslinking in situ.

This approach is extended to PMN 0.26PT single crystals to explore the effect of composition on field driven phase transformations and to PMN 0.32PT ceramic specimens to compare with polycrystalline behavior.

For the species gradient driven phase change process, the Clausius Clapeyron equilibrium relation is used to find the vapor mass fraction and subsequently the evaporation mass flux at the interface.

Lee, S.-H., Jung, Y. & Agarwal, R. Size-dependent surface-induced heterogeneous nucleation driven phase-change in Ge2Sb2Te5 nanowires.

Both morphologies were 'locked-in' by network formation and late-stage phase-ripening was prevented by low surface energy associated with topologically driven phase-separation.

Our model decouples the roles of nucleation and surface reaction in the electrochemically driven phase-transformation process by a special activation rate and the mean particle-filling speed of active nanoparticles, which can be extracted from the responses of porous electrodes to identify the dynamics in single composing nanoparticles.

In analogy to the broad Curie range in relaxor ferroelectrics arising from property fluctuations at the nanometer length scale, the continuous field-driven phase transformations in PMN xPT are modeled as a step-like series of discontinuous transformations associated with similar spatial property fluctuations.

The self-assembly process is primarily driven by the density-driven phase evolution and entropic depletion attraction.