Sentence examples for light-driven processes from inspiring English sources

Retinal is critical to vision and many other light-driven processes.

The method, called ultrafast electron diffraction (UED), could help scientists better understand the role of nuclear motions in light-driven processes that naturally occur on extremely fast timescales.

Here, we explore how light-driven processes may be incorporated into nonphotosynthetic microbes to boost metabolic capacity for the production of industrial and fine chemicals.

In other work, LCLS was used to make the first molecular movie of the moment light hits retinal, a sensor that's central to a number of important light-driven processes in animals, microbes and algae, including vision and photosynthesis.

A feasible approach to enable light-driven processes would be to drive H2O oxidation with [Ru bpy 3]3+-type (byp=2,2′-bipyridine) oxidants [Ru bpy 3]3+-typecan be photogenerated from the corresponding [Ru(byp=2,2′-bipyridinesensitizer complexes.

Likewise, no increase in emission intensity was recorded for >30 min after deactivation, indicating that the on-switching of cerFP505 is an exclusively light-driven process on the observed minute-time scale (Figure 2C).

It was found that Zr,CTiO2 sample is more efficient photocatalyst for both visible and ultraviolet light driven processes than either of the pure or single element modified TiO2.

The light-driven repair process is facilitated by two enzyme-bound cofactors, FADH2 and 5,10-methenyltetrahydrofolate.

It is the only existing light-driven growth process in nature and converts 4.2 × 1017 kJ of energy into biomass per year.

Surface-plasmon driven DNA dehybridization is a topic of intense current interest due to its highly promising potential for enabling light-controlled gene therapy: it is also of inherent interest as a light-driven nanoscale actuation process.

We theoretically describe this light-driven frontal photo-polymerization (FPP) process, which is the basis of many commercially important fabrication methods, in terms of an order parameter ϕ x,t) characterizing the extent of monomer-to-polymer conversion, the temporally and spatially evolving optical attenuation μ x,t) of the medium, and the height h(t) of the resulting solidified material.