Sentence examples for manipulation and optimization from inspiring English sources

The present findings not only can be extended to investigate thermo-acoustic responses generated by arbitrary sources, and also it can provide important design guidelines for the manipulation and optimization of thin line array thermo-acoustic devices.

However, development of novel, effective metal oxide semiconductors for chemical sensor applications is still an existing challenge that requires suitable manipulation and optimization of materials with a careful selection of appropriate working electrode.

Given that secondary metabolism includes the synthesis, metabolism and catabolism of endogenous compounds by the specialized proteins, this review intends to draw attention to the manipulation and optimization of post-biosynthetic events that follow the formation of core metabolite structures in biosynthetic pathways.

The workhorse organism Escherichia coli has emerged to be a useful heterologous host for the reconstitution, manipulation, and optimization of polyketide biosynthesis in recent years.

In the context of the latter, Biochemical Systems Theory is proposed as a highly advantageous default framework for model design, diagnostics, manipulation, and system optimization.

Finally, the sole triggering of a video clip to be displayed does not encompass probe manipulation and image optimization skills as commercially available systems do, which is another field of further technical development for the system.

We present a layout conversion flow comprising time-efficient geometric manipulations and discrete optimization algorithms, while generating manually drawn layout quality.

Flexibility in input data manipulation and capability of optimization of the major operating variables are the other advantages of the software.

Locomotion and manipulation optimization is essential for the performance of tetrahedron-based mobile mechanism.

This paper discusses recent work on building component interfaces and implementations in parallel numerical toolkits for mesh manipulations, discretization, linear algebra, and optimization.

Therefore, the success of nanofluid technology depends very much on how well we can address issues like effective means of microscale manipulation, interplays among physics at different scales and optimization of microscale physics for the optimal megascale properties.