Exact(10)
A titer of 17 mg/L was achieved, corresponding to a color intensity obtained from 10 g/L of beetroot extract.
By numerical optimization, the phosphate adsorption capacity of 245.06 mg/g was achieved, corresponding to 99.9% of the predicted values under statistically optimized conditions (current density: 38.78 mA/cm2, pyrolysis temperature: 584.1 °C, heating rate: 6.91 °C/min).
After a detailed study of residual distortions a spatial resolution of 340μm in the azimuthal and 640μm in the radial direction was achieved, corresponding to a momentum resolution of Δp/p="(1%·p/GeV)2+(2%)2.
For the Kolbe Schmitt synthesis in aqueous potassium hydrogen carbonate solution, a productivity of 225 kg/h at 4 s residence time and 32% yield was achieved, corresponding to a space-time yield of 38,250 kg/(m3 h).
During operation with a batch cathode, a current density of 23.07 ± 1.15 A m−2 was achieved corresponding to a hydrogen production rate of 48.6 ± 7.47 MECH2 m−3 MEC d−1, an ammonium removal rate of 173.4 ± 18.1 g N m−2 d−1 and a COD removal rate of 171.0 ± 16.9 g COD m−2 d−1.
An ethanol concentration of 32 g l-1 was achieved corresponding to 76% of the theoretical ethanol yield based on available sugars.
Similar(50)
The optimum conditions are experimentally verified where an average of 86.54 % of removal is achieved corresponding to percentage error of 1.87 %.
The maximum repelling force is achieved corresponding to a starting point lying on the x-axis with solution inclined at angle ψ 1.
Under such conditions, the maximum shear force of 6.9 kN and an average shear strength of 47 MPa were achieved corresponding to a joint efficiency of 83%.
As the RI value is higher than 1.38, the sensitivity of the sensor increase rapidly as the RI increase and a maximum sensitivity of 1561 nm/RIU can be achieved, corresponding to a resolution of 2.6×10−6.
An ethanol concentration of 21.9 and 21.5 g l-1 were achieved corresponding to a yield of 0.28 g g-1 and 0.27 g g-1 based on total available sugars for the strains KE6-12 and RHD-15, respectively.
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