While at higher fluences, a more homogeneous distribution of implanted nitrogen appears, as shown in Fig. 3 c,d).
While at higher pressure, MOF-520 showed much better hydrogen adsorption performance due to its high specific surface area and pore volume.
While at higher concentration (1000 mg/L), the biosurfactant tended to aggregate into large irregular shaped vesicles ranging from 100 to 300 nm in diameters.
While at higher concentration (1000 mg/L), the biosurfactant aggregated into large irregular shaped vesicles of 100 300 nm in diameters.
While at higher concentration (25 μM for HCT116 or 50 μM for SW1116), a marked increase of subdiploid peak was observed, indicating the increase of apoptotic cells.
the two models are in good agreement, while at higher concentrations the results may differ.
At low silica concentrations, particle addition increases the long-range cubic order while at higher concentrations particle addition promotes disorganization.
Proline content was found to be increased upto 60 ppm while at higher concentrations it gradually decreased.
At low Reynolds numbers, Re, the tracers move upward continuously, while at higher Re the tracers have a looping motion.
At low flow coefficients, cavitation surge is observed while at higher flow coefficients alternate blade cavitation and rotating cavitation are identified.
Interestingly, while at higher polymerization charges the sheet resistance kept decreasing for PEDOT:Hep and PEDOT:DBS, it remained constant and even slightly increased for PEDOT Cl.
