The specificity, sensitivity, and reproducibility of real-time PCR were evaluated respectively.
Effects of nominal coolant to mainstream flowrate ratio and equivalence ratio are evaluated respectively.
The physical chemical properties in terms of particle size, size distribution, zeta potential and morphology were evaluated, respectively.
Moreover, the coupling length dependences of the transmittances, the optical transmission bandwidths, and fabrication sensitivities are evaluated, respectively.
AC impedances, cycling performance, cyclic voltammetry tests as well as compatibilities between electrolytes and positive/negative electrodes are evaluated, respectively.
Furthermore, the effects of flow rates, substrate concentration, residence time, and recycling number on the reaction rate and conversion rate are evaluated, respectively.
The macro-level Bayesian spatial model with conditional autoregressive prior and the micro-level Bayesian spatial joint model were developed and empirically evaluated, respectively.
The effects of three major design parameters (i.e. building aspect ratio, azimuth and site coverage) on solar potential are evaluated, respectively.
In addition, the performances of conventional strictly linear equalizer, WL equalizer, Volterra equalizer, and cascaded WL and Volterra equalizer are experimentally evaluated, respectively.
Based on the calculated results, the basket material was fabricated by compression moulding, and its mechanical behaviour, thermal behaviour, and irradiation resistant behaviour were evaluated, respectively.
The effects of MTs on high temperature property, low temperature property and water stability property of asphalt mixtures were evaluated respectively through some indexes, such as dynamic stability, splitting strength at low temperature and freeze thaw splitting strength ratio.
