Sentence examples for more complex energy from inspiring English sources
The committee has also postponed action on more complex energy bills dealing with electricity deregulation, the overhaul of electricity grids and the renewal of liability insurance for nuclear power plants.
Despite the allure and potential of the country's new shale fields, Argentina's energy industry displays serious woes, making the conflict with YPF "just the tip of the iceberg of a much more complex energy problem," a report by Barclays says.
However, for larger molecules with a more complex energy hypersurface, it can be difficult to find a global minimum with only one population.
A more complex energy network increases the chance of unexpected events like 'unknown unknowns', 'black swans', 'systemic risks' or 'normal accidents'.
The results presented herein provide a basis toward probing the viscoelasticity of macromolecular conformational transitions on more complex energy landscapes, such as during protein folding.
As the design of current and future hardware is becoming more and more complex, energy prediction or estimation is as elusive as that of time performance.
Although several approaches, such as Extended Exergy Accounting and Exergonomics, have been proposed to include pollution costs in the energy system optimization, environmental impacts of energy systems are much more complex, as energy systems affect the entire eco-systems services in the areas they are installed.
Instead, they are in line with a more complex free energy landscape involving multiple pathways.
Using this technique, we show that protein L exhibits a more complex unfolding energy landscape than previously detected using the conventional technique.
In Britain such a project would be a folly and a bigger waste of money (and political capital) than Concorde or the Millennium Dome.On railways the wheel is not the problem and it should not be replaced with more complex and energy-consuming maglev systems that require vast additional investments.
In addition, more complex free-energy calculation methods have also been used to predict binding sites and identify energetically favorable binding site residues, including computational solvent mapping [23] and grand canonical Monte Carlo simulations [24].
