THREE DIMENSIONAL GRAPHENE BASED MATERIALS FOR HEAVY METAL REMOVAL AND RECOVERY FROM WATER

E = E GBM+cluster − (E GBM + E cluster ) (1) where E GBM+cluster is the mean equilibrium potential energy of the graphene-based material (GBM = graphene-based materials = monolayers

Three-dimensional reduced graphene oxide decorated with iron oxide nanoparticles as efficient active material for high performance capacitive deionization electrodes.. Yolanda

For this purpose, a wide set of commercial activated carbons (Chapter 4) and zeolites (Chapter 6) were tested in dynamic adsorption tests in order to determine the relation of

Here we present the theoretical foundation of the strong coupling phenomenon between quantum emitters and propagating surface plasmons observed in two-dimensional metal surfaces..

Int. Fernandez, “Simulation and design of a three-stage metal hydride hydrogen compressor based on experimental thermodynamic data,” Int. Sandrock, “Hydrogen-metal systems,”

In this paper we analyze a finite element method applied to a continuous downscaling data assimilation algorithm for the numerical approximation of the two and three dimensional

NECESSARY AND SUFFICIENT CONDITIONS FOR THE APPEARANCE OF A HETEROCLINIC CONTOUR Necessary and sufficient conditions for the continuous counterpart of (1) in the three-dimensional

19 Additionally, it was proved that doping porous carbon materials (e.g. graphene or CNT) with heteroatoms like nitrogen can generate effective active sites and further enhance the