In this work, an innovative optimization method is proposed to optimize the secondary-reflector profile of a generic linear Fresnel configuration.
Whereas the primary recovery process is limited by the reservoir properties and characteristics (e.g., pressure and depth), minimizing the costs associated with the enhanced recovery techniques, is tantamount to optimizing the secondary recovery stage.
The contribution of the secondary branches maintains a great proportion to the well production, so in the hydraulic fracture network simulation and in the actual fracturing design, only concerning the stimulated results of the main fractures without optimizing the secondary fractures may finally result an inefficient stimulated reservoir area and a low level of production.
The contribution of the secondary branches maintains a great proportion to the well production, so in the hydraulic fracture network simulation and in the actual fracturing design, only concerning the stimulated results of the main fractures without optimizing the secondary fractures may finally result an inefficient stimulated reservoir area and a low level of production. .
Identification of criteria associated with failure could help the physician to optimize the timing of secondary support, mainly intubation.
Methods which optimize the contribution of secondary (non-periosteal) osteoprogenitors may be translatable to clinical practice and play a future role in improving the union rates of high energy and open fractures.
In the work, Stackelberg game was used to optimize the utilities of the secondary users and the primary users.
To optimize the production of valuable secondary metabolites, understanding the shift from primary to secondary metabolism during the transition phase will play a key role.
To allow peptides to access the intracellular targets, two approaches have been developed recently: (1) conjugation to the cell-penetrating peptides such as HIV-tat, oligoarginine, and Pep-1 and (2) chemical modifications to stabilize the secondary structures and optimize the physicochemical properties.
Multi objective genetic algorithm is used to optimize the gains of primary and secondary controllers for minimization of integral of absolute error (IAE), maximum overshoot and settling time.
