The phrase "a possibility of engineering" is correct and usable in written English.
It can be used when discussing potential outcomes or opportunities related to engineering.
Example: "There is a possibility of engineering a more efficient energy system if we invest in research and development."
Alternatives: "an opportunity for engineering" or "a chance for engineering".
We demonstrate a possibility of engineering recombination time τ in nano-objects by changing the local optical environment.
The results demonstrate a possibility of engineering the magnetostriction-to-anisotropy ratio by patterning in epitaxial TbDyFe2 magnetostrictive materials.
The use of a common thioredoxin fold with a high affinity for glutathione in glutaredoxin (Grx) and glutathione peroxidase (GPx) suggests a possibility of engineering Grx into GPx and vice versa.
The dI/dV maps further showed that both effects could be localized within the corresponding GNR units even if they are bonded to structurally and electronically different neighbors, which suggests a possibility of engineering complex GNR-based electronic nanostructures with nanoscale modulation of properties.
This Bouligand-mimetic alignment strategy can open up a promising possibility of engineering and develop a series of reinforced architectures via simple industrial melt process, satisfying special functionalities and applications unavailable with the other processing technologies.
This study offers a possibility of using genetic engineering to acquirie a functional snake venom protein with therapeutic potential.
This result shows that there is a possibility of band gap engineering through the surface manipulation of pSiC for applications in sensors and optoelectronics.
The optical energy gap obtained from the transmittance spectra is about 3.43 3.64 eV, which demonstrates a possibility of the band gap engineering with a BeO ZnO alloy using a PLD method with a single BZO target.
We employ a computational approach in this study to study the possibility of engineering an aerosol size distribution to minimize the effect of inter-subject variability.
Our findings thus suggest the possibility of engineering a ZIKV LAV that produces sufficient viremia to elicit protective immunity while minimizing organ dissemination through reduced EC infectivity.
Advances in genome-wide deep-sequencing, gene discovery and genome editing platforms have brought the possibility of engineering a C3 to C4 conversion closer than ever before.
