For each kind of TCM, there are three types of curves on the standard chart, namely normalized rate curve, normalized rate integral curve and normalized rate integral derivative curve defined as Eqs.
Firstly, the actual production data are used to draw the log normalized rate vs log time curve [log (q/△p] versus log t ca), log normalized rate integration versus log time curve [log (q/△p i vs log t ca] and log normalized rate integration derivation versus log time curve [log (q/△p id vs log t ca].
After transforming ΔEp to a normalized rate constant, the coverage can be calculated assuming the blocking model.
As the amount of G3M1 was 19 µg/ml, the normalized rate constant reached 556/s/g, which could be compatible to some noble metal catalysts.
Each method constructs three structures considering important inputs: normalized rate of penetration, depth of cut, specific energy, and cation exchange capacity to diagnose effective bit cleaning in shale formations of the Southern Oil Field in Iran.
The log log plots of normalized rate versus material balance time of two fractured horizontal wells completed in the Cardium and Bakken formations show three distinct regions of quarter, half and unit slopes.
For 560 nm long boric-acid fabricated nanotube arrays, a photoconversion efficiency of 7.9% is achieved upon a 320 400 nm illumination at an intensity of 98 mwith2, withydrogenen generated by water photoelectrolysis at the power-time normalized rate of 1708-μmol/h 1708-μmol/hW).
The resulting Bi/NG shows a superior catalytic activity towards the reduction of 4-nitrophenol (4-NP) with a high normalized rate constant (32.1 min−1·mg−1), which is 2.9 times and 18.5 times higher than that of Bi/C and unsupported Bi NPs, respectively.
Normalization of HLM data with the average levels of each CYP in native HLM, indicates that carbofuran metabolism is primarily mediated by CYP3A4percentntotalal normalized rate (% TNR) = 77.5), although CYP1A2 and 2C19 play ancillary roles (% TNR = 9.0 and 6.0, respectively).
In addition, we find that the normalized rate of approach is the same for volume and enthalpy recovery at 97°C in the limit of a linear temperature jump, but it differs between the two properties for a nonlinear jump even though the times required to reach equilibrium are the same.
Normalized rate constant.
