This comparative account reveals higher CS of GO over ZrO2 (Fig. 15) which prompted to investigate the effect of GO concentration on the CS of ZrO2 in the respective NCs.
c Effect of GO concentration on the fluorescence intensity of FAM-apt in the absence (curve a) and in the presence (curve b) of 1 × 106 CCRF-CEM cells.
While GO is a well-known material for its implication in the field of energy production and storage, this accounts of higher CS of GO over ZrO2 which prompted to investigate the effect of GO concentration on the CS of ZrO2 in the respective nanocomposites (NCs).
The effect of pH on the GO adsorption becomes significant at high GO concentrations and low salinities.
Figure 6d shows the dependence of birefringence on GO concentration under the electric field of 20 V/mm.
The impacts of GO concentration and ion strength (IS) on Cu transport in laboratory packed columns were investigated.
By investigating the effect of graphene oxide (GO) concentration and the ratio of GO/CNTs on the electrochemical performance of the electrodes, the rGO100-CNT50-Co3S4 elechosen was choptimum optimum electrode.
They also showed, however, that altered hormone levels in association with oral contraceptive pills or hormone replacement therapy are reflected in the fluid after several days, suggesting that there is some diffusion and concentration going on as well.
GO concentration was fixed at 0.025 wt%.
