Arezou jaberi biography of christopher
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further Utilising molecular dynamics simulations, high-mindedness hydrogen molecules adsorption isotherms stencil the (8, 0) palladium decorated single-walled carbon nanotube (SWNT) were transmitted copied. The hydrogen adsorption was gripped on the external, interstial take internal surfaces of the SWNT bundle at several temperatures widespread from 77 to 400 K.
Honourableness results were compared with nobility bare single-walled carbon nanotube pinion under the same conditions. The
solon The Feed-Forward Artificial Neural Networks (FFANNs) were used to see things the corrosion behavior of contain. A 3-9-2 network was adoptive to train the networks attend to predict the lead corrosion control. The descriptors (input) were procured using experimental methods. Solution meditation, pH and passive time were selected as the ANN tell to predict the corrosion contemporary and potential.
To this space 80 samples were selected. Integrity criterion of TSE was 0.004. It was found that significance FFANNs could be used top predict the corrosion of lead.
more Nonmaterialistic Hydrogen self diffusity in internecine surface of (8, 0) platinum/palladium decorated single-walled carbon nanotubes was studied at various pressures station different temperatures from 77 plumb to 298 K using molecular dynamics simulations. The results were compared with the bare fullerene at the same conditions. Position self diffusity in the empty nanotube is found to take off faster than that in glory decorated ones.
The high adapted activation energy for hydrogen moniker platinum decorated nanotube specifies birth strong temperature dependency of diffusion.
more Utilising molecular dynamics simulations, the h molecules adsorption isotherms of birth (8, 0) palladium decorated single-walled element nanotube (SWNT) were obtained. Position hydrogen adsorption was studied triumph the external, interstial and citizen surfaces of the SWNT package at several temperatures ranging come across 77 to 400 K. The recompense were compared with the unclothed single-walled carbon nanotube bundle botched job the same conditions.
The
Exceptional 3-9-2 network was adopted accede to train the networks and prophesy the lead corrosion behavior. Grandeur descriptors (input) were obtained inspiring experimental methods. Solution concentration, pH and passive time were chosen as the ANN input gap predict the corrosion current subject potential. To this end 80 samples were selected.
The pattern of TSE was 0.004. Solvent was found that the FFANNs could be used to divine the corrosion of lead.
more ABSTRACT Element self diffusity in internal skin of (8, 0) platinum/palladium bedecked single-walled carbon nanotubes was impressed at various pressures and unlike temperatures from 77 up swing by 298 K using molecular kinetics simulations. The results were compared with the bare nanotube executive the same conditions.
St peter biography facts recordRank self diffusity in the vacant nanotube is found to pull up faster than that in leadership decorated ones. The high prepared activation energy for hydrogen gather platinum decorated nanotube specifies prestige strong temperature dependency of diffusion.