The results showed that agave had a more accessible surface area (amount of adsorbed large dye: orange dye) and higher relative accessibility (ratio of adsorbed large to small dye: orange to blue dye) than poplar and switchgrass, especially for samples of AAL and ASL, in strong agreement with the sugar release results presented above.
Theoretical calculations predicted that CNS were a promising candidate for hydrogen storage as they had a more accessible surface than CNTs [13,14].
We attributed β 1(Br), β 2(Br), β 3(Br), and β 4(Br) components to the following bromine forms: (1) physisorbed, (2) physisorbed or intercalated in micropores, (3) chemisorbed on a more accessible surface, and (4) chemisorbed in tight micropores, correspondingly.
The results may be presumably attributed to the better imprinting expression on L- 001) TiO2 with more accessibL- 001face imprinting sites and enhanced PEC catalytic activity, withh was beneficial for the fast PEC oxidation of the adsorbed temorete molecules accessibler amplified the PEC enantiosurfacevimprinting
Nitrogen adsorption analysis revealed that the porous carbon materials have high surface area of up to 3101 m2 g-1 and high pore volume of 1.84 cm3 g-1, which can provide more accessible surface and sites for gas adsorption and electrochemical energy storage.
New nanoporous silica (KIT-6 dried or calcined) incorporated with isolated Ti materials with different Si/Ti ratios (Si/Ti = 200, 100, and 50) synthesized has shown that Ti-KIT-6 (calcined, Si/Ti = 200, 100, and 50) were better in activity than the Ti-KIT-6 (dried, Si/Ti = 200, 100, and 50) materials, due to the presence of more accessible surface reaction Ti species.
The improved capacitance performance of N-Li4Ti5O12 narraybe array was ascribed to the more amount of TiN and more accessible nanotube surface area, which contributed to the improved conductivity and fast diffusion of electrolyte ions on the surface of electrode.
The enhanced kinetic behavior of the as-fabricated cathode is actually originated from the nano-dimensional sheet-like morphology, which facilitates Li+ migration due to the shortened diffusion distance, and simultaneously increased exchangeable Li+ amount considering more accessible active surface.
Relevant amino-acid residues (with more than 40% accessible surface area) in L1, L2, L3, H1, H2 and H3 were chosen as docking partners on the crystal structure of 7C8.
Sesquiterpene products identified in these mixtures are shown in Figure 2. In general, replacement of F95, F96, or F198 in the aromatic triad compromises the generation of epi-isozizaene (18), generally more so for F96 and F198, which each contribute more solvent-accessible surface area to the active site contour than does F95.
The large gigapores also make the binding sites on the diffusion pore surfaces more accessible, thus increasing the loading capacity of large protein molecules that can be hindered sterically if only diffusion pores are present.
