Sentence examples for optimize the function of from inspiring English sources

The primary goal of this investigation is to optimize the function of the implants to serve for immediate loading.

However, it remains unclear how these vibronic effects change or optimize the function of light-harvesting complexes in other words, what is the design principle we could learn?

Tong et al. (2015) believed that intermittent injection could optimize the function of oil water gravity segregation, thereby reducing water cut and significantly improving the production rate of the initial stages compared with continuous injection.

We then sought to optimize the function of the control system, the cultural conditions and the data acquisition system and carried out an experiment on the spacecraft SHENZHOU-II.

These studies are showing that any engineering model will have to incorporate information about 1000s of genes in both the nuclear and organellar genome to optimize the function of the introduced pathway.

To optimize the function of HIF-1α on inducing stem cells, another constitutively active form of HIF-1α (CA5) was constructed with truncation mutant method and its therapeutic potential on critical-sized bone defects was evaluated with calcium-magnesium phosphate cement (CMPC) scaffold in a rat model.

The consideration of service times as fuzzy numbers implies that the function to be optimized has fuzzy coefficients, this is why it is necessary to use fuzzy optimization for the solution of the problem and, in addition, a new technique is proposed in order to optimize the functions of fuzzy profit of queuing models.

The study analysed the roles of various agencies in recruitment, and recommended how to optimize the functioning of each agency's internal functioning and how to strengthen the interaction among them.

Left ventricular (LV) d P/d tmax and several non-invasive indices have been used to optimize the functions of CRT devices, in particular AV delay (AVD) and VV configuration, and recent clinical experience has confirmed the need for, and benefits of their long-term reprogramming, as their optimal stimulation settings might change over time.

Varying the ligand ratio (SP/Phenyl) could be used for optimizing the function of mixed-ligand ion-exchange media.

Optimizing the function of tissue engineered cardiac muscle is becoming more feasible with the development of microfabricated scaffolds amenable to mathematical modeling.