Sentence examples for extensive potential to from inspiring English sources

The later PDE approach has more extensive potential to nonlinear problems and error analysis despite its kind of relative complexity.

It has been reported that Listeria-specific CD8 T cells are present during initial days after primary immune response, and their extensive potential to proliferate after antigen reencounter indicates that memory T cells undergo rapid differentiation [ 22, 23].

SNPs residing in transcribed RNAs have extensive potential to affect function, because the RNA transcript consists of a single-stranded nucleic acid, which folds onto itself to yield an assembly of structures that determine the RNA's biology.

SiC nanowires are considered to have extensive potential applications due to the excellent mechanical, electrical, and optical properties [ 1, 2].

Electrodeposited PtNi catalysts were subjected to extensive potential cycling between 20 mV and 1.3 V at various Cl− concentrations and the cyclic voltammograms (CV) response and the oxygen reduction reaction (ORR) activity of the catalysts were determined at different intervals.

Supercapacitors have raised considerable research interest in recent years due to their extensive potential application in next-generation energy storage.

Due to its extensive potential applications, model management has attracted many research interests and gained great progress.

The electrochemical stability of the N-doped carbon catalyst is still unclear with some groups claiming the N-doped C is stable thermally and chemically [34], electrochemically in both acidic [35] and alkaline medium [36], and the loss of electrochemical performance under extensive potential cycling is only related to the delamination of the catalyst layer (mechanical instability) [37].

Vermicompost has an extensive potential for use on agricultural crops to replace or, alternatively, combine with inorganic fertilizers.

Ordered mesoporous carbon is expected to have an extensive potential in a range of applications because of the uniform pore size, large specific surface area, and large pore volume [12].

Therapeutic approaches targeting these molecules and the selective estrogen receptor modulators and aromatase inhibitors have been demonstrated to have higher efficacy than conventional therapy agents in the treatment of breast cancer, and to have an extensive potential.