Sentence examples for processes deriving from from inspiring English sources

The processes were studied in three groups: processes deriving from the heterogeneous photocatalysis (using TiO2), oxidation systems based on Fenton-type reactions (homogeneous photocatalysis) and processes based on the application of ozone (ozone catalysis).

These processes deriving from internal capabilities and good innovation management practices address also other types of innovation, apart from the technological one.

In addition to butanol, the bacteria can produce various useful fatty acids that existing processes derive from plant and animal oils.

insights about ongoing ecological and ecosystem processes derived from contemporary field research at the field stations, will produce the synergistic understanding crucial for biological diversity conservation in California.

The difference between the two processes derives from the distinct behaviour of iron and of mercury when those metals are used as cathodes (negative terminals).

Engineering design in mechanics is a complex activity taking into account both objective modeling processes derived from physical analysis and designers' subjective reasoning.

Much of our understanding of the molecular mechanisms underlying these processes derives from studies leveraging gene deletion, RNAi, and overexpression approaches.

The incorporation of a synthetic zeolite containing biocide cations in epoxy formulations to prevent biofilm formation and the biodegradation processes derived from its presence was studied.

Investment sources for these processes derive from government financing on a pay-as-needed basis for military and other national projects or from capital raised by equity financing—either by public or risk-sharing private investors or by loans from normal venture sources such as banks and insurance companies.

The model is based on simulations of hydrological processes, derived from two sources: (I) environmental sub-models including radiation, rock cover and runoff-contributing area and (II) climatic factors including rainfall depth, surface temperature and evaporation rate.

These synthetic models gives the technical criteria to predict extraordinary rise of piezometric surface and therefore allows increasing the confidence of stakeholders in the risk assessment and improving the subsurface infrastructure design to mitigate damage processes derived from groundwater interaction.