Three kinds of assembled one-dimensional carbon nitride architectures were realized in large scale by a simple solvothermal technique.
Various clean complicated micro-pattern designs based on n-octadecyltrichlorosilane (OTS) self-assembled monolayer (SAM) on silicon substrates have been realized in large area by using vacuum ultraviolet (VUV) light irradiation at the wavelength of 172 nm.
In view of the excellent catalytic activities and the huge application potential, more than 20 microbial lipases have been realized in large-scale commercial production.
Parametric amplifiers can be realized in a large number of systems, both in optics and in electronics.
Whereas previously the essential characteristic of an equilibrium state was always that it is stationary, in Boltzmann's new view it is conceived as the macrostate (i.e., a region in phase space) that can be realized in the largest number of ways.
Such materials can be realized in an unexpected large compositional range (up to at least 90% ZrO2 volume concentration) and be easily further joined to both W and Cu-alloys by an electrical field assisted technology.
Consequently, the potential of this new method can best be realized in combination with larger sets of ecotoxicity data.
However, all three included studies demonstrate a positive outcome which may be a reflection of the relatively small, combined, sample size that overshadows the true effect which may be realized in a single, large-scale, multicenter, randomized trial.
Even more savings can be realized in agriculture, by far our largest investment of water resources, and in outdoor water use at home.
