Sentence examples for efficient approaches to improve from inspiring English sources
Thus, introducing the diffuse excess electron together with π-electron are proposed to be efficient approaches to improve their electro-optical properties.
Taken together, searching for efficient approaches to improve the clinical response without severe toxicity is the ultimate purpose of tumor therapy.
These results provide evidence that the efficient transduction of gp96 into APCs can significantly enhance the outcome of gp96-based immunotherapy, and therefore provide a basis for more efficient approaches to improving the immunoregulatory and adjuvant functions of this unique T cell adjuvant.
The results also suggest that spatially varying electrode porosities and active particle sizes provides an efficient approach to improve the power-to-energy density of Li+ batteries.
The results indicated that implanting heat shock proteins from thermophiles to S. cerevisiae would be an efficient approach to improve its thermo-tolerance.
These primary studies indicated that the incorporating fluorine atom on rigidity skeleton central units is an efficient approach to improve photovoltaic performance of A-D-A type SMs.
Changing the local rheology or the nanotextured surface of substrates has proved an efficient approach to improve cell lineage differentiation, to control cell migration properties and to understand environmental sensing processes.
We demonstrate a facile and efficient approach to improve the notoriously poor conductivity of Co3O4 nanowire arrays by effectively introducing functionalized carbon nanotubes (fCNTs) to generate a 3D nanostructure for high-performance supercapacitor.
Thus, the results substantiated that the manipulation of intracellular cofactor could be an efficient approach to improve the EPT of MFCs, and implied metabolic engineering is of great potential for EPT improvement.
The conducting functionalized AZO coating is a facile and efficient approach to improve the electrochemical performance of LCO at a high cut-off voltage of 4.5 V vs. Li+/Li for large-scale application of high energy density lithium ion batteries.
