Related studies have shown that prediction performance by this kind of single flat model can be improved by the utilization of some hierarchical structures.
The utilization of the small micropores within the hierarchical porous Au architectures could be altered by salt concentrations, leading to the salt concentration-dependent interfacial capacitances.
Regardless of the alleged "causes" of this excessive demand, there was consensus about the need to organize the emergency medical services in order to channel health care delivery toward a more rational and hierarchical utilization of the health resources [ 7- 9].
A potential solution lies in the utilization of hierarchical material foundations, with molecular, fibrillar and other interactions designed across all length- and time-scales with engineered, predictive, and repeatable outcomes.
And the behaviors of passengers with different social relation structures get micro-simulated with the utilization of hierarchical structure of personal contact network model, which clearly exhibits spatial clustering features of individual distributions.
By the utilization of the structure/composition of the peanut skin, hierarchical porous carbons with high surface area and sheet-like structure are successfully achieved through combined carbonization and activation with or without hydrothermal pretreatment.
Of outstanding importance is the fact, that the synergistic advantage of the hierarchical pore network ensures remarkable sulfur utilizations as well as cycle stabilities at low electrolyte amounts down to 4 μl mg−1sulfur (coin cell).
The performance of the proposed risk management system was tested on a full-scale simulator of PWR nuclear power plant and demonstrated that the fast solution time derived from utilization of hierarchical and modularized Living PSA models is strongly supportive for instantaneous risk assessment as well as for daily risk management at NPPs.
The method provided in this work can be used for the evaluation of the hierarchical porous structures of cellulose materials without additional modified information, which is helpful to the utilization of cellulose in various fields.
The agent-based susceptible-exposed-infectious-removed (SEIR) model is used to describe dynamics of influenza transmission mechanism and passenger social relation structure is captured and quantified by utilization of hierarchical network of personal contact.
