The rules aim to capture off-balance sheet items and repurchase agreements, or "repos," which are like derivatives but are often accounted for as cashlike assets.
So other technologies are needed and growing demand, driven chiefly by wider use of intermittent renewable-energy sources, is sparking plenty of new ideas.It's got potentialThe most widely used form of bulk-energy storage is currently pumped-storage hydropower (PSH), which uses the simple combination of water and gravity to capture off-peak power and release it at times of high demand.
Finally, Figure 10 confirms the ability of the proposed method to capture off-fibre lower conduction velocities when solving the bidomain problem.
These data also show the ability of the proposed method to capture off-fibre conduction velocities at relatively coarse spatial resolution and demonstrate visually that no boundary effects are present.
In July, as the war in northern Spain flared up, Royal Oak, along with the battleship rescued the steamer Gordonia when Spanish nationalist warships attempted to capture her off Santander.
Others are not so sure that the LSE's only goal is to capture the off-exchange market for equity derivatives in London.
Existing graph-theory metrics such as density, average node degree, distance or betweenness, fail to capture trade-offs between isolation and replication.
We suggest a mathematical formulation to capture trade-offs between project scope decisions (such as project scheduling and resource allocations) and effectiveness.
The objective of the MEETA model is to capture trade-offs between different aspects of the farm system – those that are not captured by the LCA analysis.
The objectives of the paper are: (i) to describe the relevant components of a UK farm system growing cereal crops; (ii) to present a bio-economic model designed to capture trade-offs between net energy production, GHG emissions and profitability associated with this farm system; (iii) to measure these trade-offs by maximising/minimising different objectives within the MEETA model.
Table II presents the different planar technologies evaluated for cell expansion and specific characteristics of each candidate, generated using information from literature, vendor communications, as well as advice sought from industrial experts so as to capture trade-offs in surface area, cost, equipment, and labor requirements.
