Sentence examples for energy linkage from inspiring English sources

"There could truly be a fabulous energy linkage between the United States and Russia," said Jeffrey Valkar, director of the American Business Center, a promotion office financed by the United States government, in the island's capital, Yuzhno-Sakhalinsk.

The existence of the Scorer parameter peak at the height of 8000 m and the continuous decrease in (l^{2}) from 2000 to 5000 m in the case of Tohoku (Fig. 3d) indicated that the synoptic condition was preferable for the wave trapping below this layer (relatively small wave energy linkage to the upper atmosphere).

CPS can be used to (i) quantitatively evaluate and compare the potential environmental and financial benefits of material and energy linkages; (ii) solve general design, retrofit, or operational problems; (iii) help to identify complex and often counter-intuitive solutions; and (iv) evaluate what-if scenarios.

ATP is formed by an inorganic phosphate molecule held in high-energy linkage with a molecule of adenosine diphosphate (ADP).

This cycle takes the three-carbon pyruvic acid produced in glycolysis and uses its carbon atoms to form carbon dioxide (CO2) while transferring its hydrogen atoms to special carrier molecules, where they are held in high-energy linkage.

Compared with the energy price linkage method, the results show that the market netback value mechanism has a greater impact on the total social surplus.

Electricity pricing for the first tier, the second tier and the third tier should be based respectively on cost, the integration of energy price linkage and the market netback value mechanism.

The differences among the PE models are mainly due to differences in the design of scenarios, the presence or absence of biofuel trade, and the structural way in which agricultural and energy market linkages are modeled.

Energy for RNA synthesis comes from high-energy phosphate linkages contained in the nucleotide precursors of RNA.

A dynamic climate-economy CGE model based on the GTAP framework is used to analyse how sensitive simulation results are to alternative values assumed by several types of elasticity of substitution in energy-related linkages.

Scores for automatically matching experimental to virtual spectra were ranked based on mass error, bond dissociation energy, penalties for linkage discrepancies, or violating hydrogen rearrangement rules.