However, the most significant improvement seems to be the application of duplex treatments.
An approach to this challenge might be the application of nanocomposites based on magnesium alloys.
An approach to this challenge might be the application of metal matrix composite (MMC) base on magnesium alloys.
One possibility of 7Li enrichment can be the application of diffusion and electric field assisted separation in liquids or gels.
Better yet, some say, will be the application of techniques already technically feasible to correct the defect genetically even before a child is born, or soon enough afterward to prevent tissue damage.
One potential strategy to prevent the development of drug resistance would be the application of therapeutic strategies that target bacterial virulence.
The next step towards energy saving seems to be the application of similar concepts to Optical Ethernet, both for short and long range links.
One of the safety actions can be the application of runaway criteria to characterize the safe operating regimes where the optimal operating conditions can be found.
A promising approach to face these challenges in nanowaste characterisation might be the application of nanotracers with unique optical properties, elemental or isotopic fingerprints.
One component of an overall management plan can be the application of a decontamination technology followed by creation of a product suitable for beneficial use.
The next step in this research will be the application of this modelling framework to specific experimental set-ups for bone tissue engineering applications.
