Sentence examples for a versatile capability from inspiring English sources

Resonant waveguide grating (RWG) techniques offer a versatile capability for sensing at surfaces, for instance for label-free detection of the immobilization of biomolecules in the context of biochips or for sensing a minute amount of analyte.

This simple preparation method can be performed in most laboratories and is applicable to many different probe molecules, showing a very powerful and versatile capability in the field of single-molecule sensing.

We conclude that the new generations of micro-computed tomography equipment have versatile capability for a non-invasive and -destructive characterisation of foams.

This technology is proving to be a versatile sensory capability for various industrial tasks, such as part identification, quality inspection, and robot guidance.

Recently ICP phenomenon had been drawn significant attentions in biomedical and environmental research field as well as fundamental electrokinetic society, since its versatile capability of controlling charged species.

The studies above delineated the versatile capability of graphene hybrid materials in differentiation of various types of stem cells, especially hMSCs.

It must be noted that the efficiency of a photocatalyst used in the environmental purification is determined not only by the quantum yield and rate of photodestruction of the pollutants but also by the versatile capability to effectively absorb both UV and visible irradiation as well as the need for a post-treatment removal of the catalyst.

Due to their versatile capabilities, Trichoderma communities essentially contribute to a healthy environment but represent also a resource for biomolecules.

The performance of GESA-SOFIE was demonstrated for various operating conditions and the facility's versatile capabilities were shown.

The versatile capabilities of Silver nanoparticles should be researched further to improve upon those applications that are being used today and to discover new applications of the scientifically promising silver nanoparticles.

Finally, owing to its versatile capabilities such as robust control of the surface morphology, control of the stoichiometry and ultra-low loading of noble catalyst, it can be expected that the pulsed laser deposition (PLD) technique will emerge as a fabrication tool for on chip miniature-sized sensors in the near future.