Ionic liquids are facile to be designed with varying the cation or anion, which enables the specific ionic liquid to be effectively designed to be a functional monomer for the preparation of MIP.
In this paper, we argue that open multi-agent systems can be effectively designed and implemented as electronic institutions, for which we provide a comprehensive computational model.
However, for less stable workplaces additional challenges have to be solved before valid intervention studies can be effectively designed.
The presented results can be effectively utilized for designing UHPC thickness and health monitoring of structures strengthened with UHPC.
These identified dominant bacterial cultures of T. halophilus, L. pobuzihii, S. carnosus and B. indicus could be effectively utilised for designing starter culture and optimizing fermentation technology for industrialisation of ngari production.
Recent efforts to characterize the spectrum of genetic lesions found in non-small cell lung carcinoma (NSCLC) have provided important insights into the molecular basis of this disease and have also revealed a wide array of tyrosine kinases that might be effectively targeted for rationally designed therapies.
The comparison of the finite element computation results with the design equations has shown that the design equations can be effectively used for process design of forming processes in forming of doubly curved plates over a wide range of input curvatures.
The outcomes help to understand the effect of natural convection in order to be effectively utilized for the design and optimization of shell-and-tube LHTES systems.
The suggested computational scheme, together with the simple analytic model, can be effectively utilized for calibrating and designing the TOF sensors.
The obtained results showed that the presented methodology can be effectively used for ejector design for numerous applications.
