Therefore, at the same interval, more apatite was deposited on CaCl2 incorporated polyurethane nanofibers than on the pristine one.
For both O3 and NO2 adsorption systems, it was found that the adsorption on the N-doped nanoparticle is more favorable in energy than that on the pristine one.
The results of this table indicate that the adsorption of NO2 molecule on the N-doped TiO2/ZnO nanocomposite gives rise to the more stable complexes than the adsorption on the pristine one.
The results also indicate that the adsorption of the O3 molecule on the N-doped TiO2/WSe2 nanocomposite is more energetically favorable than the adsorption of O3 on the pristine one, representing that the N-doped nanocomposites are more sensitive than the undoped ones.
As can be seen from this table, the adsorption energies of N-doped nanocomposites (configurations D and E) are more negative than those of undoped ones (configuration F), indicating that the adsorption of O3 molecule on the N-doped nanocomposite is more favorable in energy than that on the pristine one.
It can also be expected that the distortion of diffraction spots is more significantly than the pristine one (not shown here), demonstrating a nanoindentation load effect on the plastic deformation intensity.
Water flux decline and protein deposition were substantially minimized on the patterned MD membrane in comparison with the pristine one.
The functionalized carbon support was characterized and compared with pristine one by thermal and spectroscopic analysis, and loading of platinum (Pt) catalysts on modified support was performed by gas reduction.
"The real concern would be the marine environment, as the area is a relatively pristine one for sea turtles, dugongs and three species of endemic coastal dolphin.
The membranes (both the pristine one and just after modification) were also tested several times.
The diffraction peak intensity is lower in the doped samples than in the pristine one.
