However, the maximum reaction rate (Vmax) obtained for the immobilized GOx (Vmax = 0.72 (± 0.03) μmol min−1 mg−1) was lower than the reaction rate achieved for the free enzyme in solution (Vmax = 64 (± 2) μmol min−1 mg−1), due to diffusional effects.
Similarly, a record efficiency of 22.3% [8] was achieved for Cd-free device by SoloPower, utilizing (Zn,Mg)O/Zn(O,S,OH) as the window/buffer layer.
A theoretical electromechanical sensitivity of 3.5 μC m−2 was achieved for the cantilever free end displacement of several hundreds of nanometres.
Satisfactory quantitative agreement is achieved for the modified free surface drag model based on experimental pressure difference, liquid levels and interfacial shear stress.
Excellent correlation of the present numerical solutions is achieved for the case of free convection micropolar flow neglecting Sort/Dufour effects, with the earlier study by Nazar et al. (2002) [12].
However, significant larger spectral shifting is achieved for NPs in serum-free conditions compared with serum-containing conditions.
Based on the optimized low-temperature carbon electrode (LTCE) with a thickness of 5 μm, power conversion efficiency about 7.29% and good stability are achieved for the hole-conductor-free mesoscopic perovskite solar cells.
hFLSCs coculture improved efficiency of enucleation, but even without these cells enucleation could not be achieved for a completely feeder-free system.
This maximum value of sensitivity is achieved for the rate of Spo0B free dephosphorylation, yet the concentration of all the other species of the phosphorelay is not at all affected by changes in the dynamics of the reaction.
However, higher accuracy (97.8 99.2 %) was achieved for areas that were damage-free, in ∆γ obtained from HH and HV polarization with a coherence filter.
