Sentence examples for characterisation of energy from inspiring English sources

A method for energy and resource balancing has been developed, based on a systematic detection and characterisation of energy and material flows within a manufacturing chain.

Energy systems with high degrees of renewable energy integration require on the one hand energy scenario making and energy system analyses for the optimal design of systems and pathways and on the other hand well-established criteria for decision-making and for characterisation of energy system suitability.

Thus we demonstrate that NMR relaxation measurements have a direct physical interpretation in terms of the characterisation of activation energy of desorption from the surface.

The energy characterisation of the mixed energy recovery system was performed by means of the experimental design technique.

The detailed characterisation of the energies and geometries of the involved transition states will be valuable in the rational engineering of TbSADH to expand its utility in biocatalysis.

Its rationale is to provide a precise characterisation of household energy-related practices allowing for a good understanding of their content together with a clearer picture of how they are formed and sustained over time.

Dynamic characterisation of tensegrity structures.

These numerical models, driven by the boundary conditions in the atmosphere and in the soil, require adequate knowledge of those vegetation and soil characteristics which are determinant in the characterisation of mass and energy transfers.

In this work computational fluid dynamics (CFD) is employed to provide a detailed characterisation of fluid mixing, energy dissipation rate and mass transfer in single well bioreactors from deep square 24-well and 96-well microtitre plates.

Therefore, a thorough identification and characterisation of the main energy consumption processes may lay the foundation for developing novel mechanisms aimed to make a more efficient use of devices' batteries, as well as for planning future network deployments.

We show how recent advances in both cell design (e.g. the emergence of plastic cells) and instrumentation have boosted the implementation of in situ X-ray characterisation methods to the field of energy storage.