The isolated boron atoms on the BGNs surface act as the electrocatalytic sites by transferring charges to neighbor carbon atoms, and the hierarchical microstructure provides multidimensional electron transport pathways for charge transfer and therefore enhances the electrocatalytic ability.
These results are exploited to investigate the Schechter essential spectrum of a multidimensional neutron transport operator.
The performance of a multidimensional finite-volume transport scheme is evaluated on the cubed-sphere geometry.
Building on Zalesak's multidimensional flux-corrected transport (FCT) algorithm, we construct a new positivity-preserving limiter for the density, total energy, and pressure.
The multidimensional nature of transport within such a fuel cell is discussed and plots of streamlines, gas mole fractions, and water content of the membrane are presented.
The multidimensional nature of transport within the fuel cell is described and plots of flow streamlines, gas mole fractions and membrane water content are shown.
High performance computing has made possible the development of high resolution, multidimensional, multicomponent reactive transport models that can be used to analyze complex geochemical environments.
We present an advancement in the evolution of MPDATA (multidimensional positive definite advection transport algorithm).
