Kinetics of polymerization was also studied by changing important parameters such as temperature and MAO concentration.
Important parameters such as gravity effects are required to be considered in the scaling process.
Important parameters such as qz and particle damping/dumping times are analyzed both experimentally and theoretically.
Certain important parameters, such as the shift factors, are identified by theory and experiments.
Important parameters, such as chromosome coding, chromosome decoding and NSGA-II operators are described in more details as follows.
Ultimately, the important parameters such as the total and effective porosities, clay volume and water and hydrocarbon saturations are obtained.
Other important parameters such as water content and acid value content in the oil are also given in Table1.
The effects of some important parameters such as Fe3O4 loading, initial pH, applied potential and the rotation speed were evaluated.
The effect of important parameters such as the gap between electrodes, the applied voltage and the texturing time were evaluated.
The images were then analyzed using a 'lattice-fringe' algorithm, to determine important parameters such as the fringe length.
The optimum criteria of some important parameters, such as the power output, efficiency and pressure ratio are given.
