Sentence examples for systems and practical from inspiring English sources
The thriving notion of "ecological city", with systemic and integral objectives, evaluation systems and practical technologies, holds potential for guiding sustainable development in communities, meanwhile supporting the dynamic involvement of cultures.
The dynamics of small contracting pores are relevant to a number of natural systems and practical applications, from fission pores in cell membranes to the fabrication of nanopores in sensors for DNA sequencing.
The revised curriculum included clinical chemistry, hematology, microbiology, parasitology, bacteriology, mycology, virology, immunology, molecular biology, quality management systems and practical training in the use and quality control of health laboratory instrumentation.
These include data privacy concerns, the need to integrate the data with existing disease surveillance systems, and practical issues pertaining to the collection, specialized training and personnel available for data collection.
The EU funded Welfare Quality® project aimed to accommodate societal concerns and market demands, to develop reliable on-farm monitoring systems, product information systems, and practical species-specific strategies to improve animal welfare.
By choosing an appropriate parameters and switching speed, variable structure system can realize a high gain feedback system and practical differentiator can be composed.
The article presents the control system concept, modeling of multiple motors in parallel connection, controller design, simulation of the closed-loop system and practical results.
Simulations based on a hard disk drive system and practical experiments on a rotary robotic servo system are provided to evaluate the effectiveness of the proposed method.
IAH is an important determinant of the compliance of the respiratory system, and practical consequences for mechanically ventilated patients are important [ 8].
The sensitivity evaluation of our system and practical application for imaging through human epidermis provides a distinct advantage for future studies to determine the impact of skin barrier disruption on NP skin penetration and establish a model to understand the penetration of nanoparticulate substances.
Therefore, the personnel training for the biomedical engineering profession must include training in practical medical skills, the acquisition of medical knowledge, electronics, information systems, machinery, and practical engineering skills such as programming and electronic operations.
