The weak O2 adsorbability drives the solution growth model to form Li2O2 toroid, while the strong one drives the surface growth model to thin film.
The solution model is used to improve the design of the micro-reformer.
Wagner's classical solution model is shown to represent the results well.
The associated solution model was applied to describe the short range ordering in a liquid.
The solution model is used to improve the design of both the micro reformer and the fuel cell.
Subsequently, the solution model is applied to capture the uncertainty in client demand, order-picking time, and travel time for the capacity plans of the warehouses.
In this study, a solution model is proposed to obtain input ground motion datasets compatible with given design spectra based on meta-heuristic harmony search algorithm.
Every problem with data from a known source model is well formulated in the sense that the solution model is similar to the source model, in terms of the FP/FN/LD values.
The substitutional solution model (SSM) was used to describe all liquid phase.
Substitutional solution model (SSM) was used to describe the Gibbs energies for all liquid phases.
