Sentence examples for enables versatile from inspiring English sources

Moreover, the solution processes of OPV enables versatile and simple processes, including dip coating, ink jet printing, screen printing, and roll-to-roll method [3, 4].

The reported results substantiate the opportunities offered by defects architectures in anisotropic fluids as a successful bottom-up approach that enables versatile assembling and remote control of nanoparticles.

This floating oscillator-based configuration enables versatile energy harvesting capability, excellent size scalability, self-packaged structure, and operation at frequencies in the sub-10 Hz range.

NPs have strong reactive nature in chemical and biological reactions due to the high surface-to-volume ratio [23], which enables versatile applicability in in vivo imaging and clinical therapeutics.

Conformational flexibility also enables versatile functions for r-proteins beyond translation.

The detached oligonucleotide pool enables versatile downstream processing: if universal 5′- and 3′-end sequences are included in the design of the oligonucleotides, the pool can be reamplified by PCR and used to process many genomic samples.

Analyses were carried out using a net-based computer program created to enable versatile analysis of accident data without endangering personal data privacy.

Next, they demonstrate the ability to photo-pattern the ionogel, and thus enable versatile and scalable fabrication and processing routes, while also retaining similar excellent electrochemical performance.

Finally, the platform incorporates software-defined control, a new software design paradigm we proposed to enable versatile and safe control of field devices from a cloud computing platform.

The DMC-L10 also offers an advanced 2.5 inch Live View LCD which can rotate 270 degrees, enabling versatile shooting options, and making it easy and convenient to shoot from high or low angles.

Recent exciting advances in nanotechnology and materials science have enabled versatile, robust, and large-scale stem cell engineering in vitro through developments of synthetic nanotopographical surfaces mimicking topological features of stem cell niches.