Numerical analyses indicated the optimized curing temperature and time as 40 °C and 180 min, respectively.
Results indicated the optimized groundwater yield could be sustained by intensive reservoir supply and maintain suitable ecological water demand simultaneously.
Additionally, satisfactory results are observed on the wavy grid, indicating the optimized schemes with cell-centered finite difference method are promising.
Similarly, the vector v n indicates the optimized weight vector for non-chemical names.
The vector v c indicates the optimized weight vector for chemical names when operations of insertions and deletions of edit distance are weighted from 0.0 to 1.0.
For example, and indicate the ST-optimized ComboT scores for the NN and NI pairs, respectively, while means the difference between the two.
The results indicate that the optimized PGS slurry (PGS-optimal slurry), made with the neat PGS SF USZ BXF200-L (by weight) = 100:6:0.4:2, w/c = 0.44, where the neat PGS SF USZ BXF200-Lf a ratio of PG:SG:CM = 50:20:30 (by weight), had met major technical requirements for oil well cementing operation.
Analysis of the fate of DTCs and CTCs during and after treatment can give information on the presence and load of minimal residual disease at distant sites and indicate the need for optimized treatment.
These validation results indicate the transferability of the optimized parameters for organic molecules with varying sizes, shapes, and functional groups.
The optimization results are also verified by experiments, and the experimental results indicate that the optimized DPF has larger filtration efficiency, better emission performance and regeneration performance, smaller pressure drop, lower wall temperature and temperature gradient, and lower microwave energy consumption.
