Sentence examples for extended utilization from inspiring English sources
The consequences are that knowledge can be extended, utilization of knowledge can be extended and that the application's evolution can be achieved, almost without programming.
Upconversion photocatalysts have the potential to extended utilization of sunlight and enhance the photocatalytic performance.
Recent studies including cloning and expression and genetic engineering approaches have led to improvements in BPPhy which provide an opportunity for extended utilization of this class of phytases in improving animal nutrition, human health, plant growth promotion, and environmental protection, etc.
Meanwhile, such strategies as hydrogenation and metal/nonmetal doping into TiO2 will be introduced to extend utilization of solar spectrum and/or to provide active sites.
The synthesis procedure offers a general approach to designing various low-cost hybrid materials of almost any shape, and the concept could be extended to utilization areas such as catalysis, functional textiles, and food packaging as well as to electronic applications.
Thus, ILs have been used as excellent tools to functionalize nanomaterials, giving them specific chemical properties for higher selectivity, extraction efficiency and extended re-utilization in preconcentration.
In this paper, an extended MVU (EMVU) method is proposed, extending the utilization of MVU to new samples by approximating the nonlinear mapping between the input space and the output space with a Gaussian process model.
Thermal energy accounts for more than two thirds of total energy utilization at present and therefore it is significant to extend the utilization of nuclear heat for the effective reduction of CO2 emissions in the world.
To get around these problems, this paper extends the utilization of the penalized least squares methods to defect detection in CFRP structures.
The paper demonstrates the possibility of extending the utilization range of the GPS-based navigation system to serve as sensor for formation acquisition and coarse formation keeping.
This not only enhances the photocatalytic and antibacterial activities of TiO2 but also extends its utilization in broad field of energy and environmental applications.
