Sentence examples for configurations the development from inspiring English sources
In comparison to the flat sheet and inner-selective hollow fiber configurations, the development of outer-selective hollow fiber membranes is much slower although it may be more attractive for real PRO applications.
Because of the variety of APPJ source configurations, the development of a numerical model that can well describe and simulate the fluid-dynamics and spatial distribution of chemical reactive species of an APPJ is considered a crucial step to approach the needs of the industrial and biomedical fields.
The effect of documented risk factors, however, cannot explain the preponderance of certain lesion types, stent designs, and implantation configurations for the development of these complications.
Moreover, the fermentation of gases requires specific reactor configurations and the development of the respective technology, which can be used for an industrial application.
Therefore, the primary focus of this study was on the carbon dioxide separation performance of different module configurations and the development of a validated model that could be used for further design and optimization studies.
Furthermore, small changes could be implemented very quickly and this enabled us to experiment with different reactor configurations during the development process.
These cases as well as others described in the literature underline the relevance of a distinct genetic HLA configuration for the development of these diseases.
In such a configuration, the further development of university-industry-government relations in one of the regions might impede the trans-regional innovation system, but a trans-regional mechanism of political authority across Northern Italy is failing.
This type of configuration management governs the development of strategic and tactical plans that will optimize the useful life of the facility and is based on traditional life cycle management concepts.
Utilizing this PANI/GO-H2SO4 nanocomposite as the electrodes in a symmetric configuration resulted in the development of devices with remarkable performance including a maximum energy density of 40 Wh kg−1 and a power density up to 15.3 kW kg−1 with an excellent cycle life (only 4.3% loss after 5000 cycles).
The low cost and flexibility of fabrication, facile integration and miniaturization, and reproducible performance of such on/off valves make this configuration promising for the development of low cost microfluidic devices for point-of-care diagnostics, food analysis, and environmental monitoring.
