Sentence examples for drop limit from inspiring English sources

Furthermore, such a strategy was also found to result in better tandem SMB performances over the entire region of a pressure drop limit.

In addition to the natural power, other factors such as economic factor, thermal stability limit, voltage drop limit, system stability, etc. [14], should also be taken into account so as to find out an optimal solution.

It involves optimization of microchannel widths and flow rate distribution for various zones of the power map under the operational constraints of maximum pressure drop limit for the heat sink.

Optimization results for piping network design criteria revealed that minimum overall cost occurred when the velocity limit at primary line was 1.85 m/s and the velocity limits at secondary line and plot take-off both at 3.00 m/s considering a pressure drop limit of 100 Pa/m.

In the absence of surfactants, a robust hydrate "shell" develops around the water drop limiting transport of hydrate former to the free water which remains trapped inside the hydrate layer.

India is dropping limits on exports to promote economic growth, the government said, ending a decades-long attempt to be economically self-sufficient.

The selected HEX accomplishes with the specific pressure drops limits on both exhaust gas and working fluid side.

As a result, the optimal column length leading to the highest throughput occurred at the boundary between the product-concentration limiting region and the pressure-drop limiting region.

Today, Adidas, Puma and Vans also fuel the market, dropping limited, or "quickstrike," runs of retro models at choice boutiques around the country.

The results showed that the use of a larger particle size caused the productivity to be limited by the constraint on X2 product concentration, and a maximum productivity was attained by choosing the particle size such that the effect of the X2-concentration limiting factor could be balanced with that of pressure-drop limiting factor.

It was confirmed that if the adsorbent particle size corresponding to the boundary between a mass-transfer limiting region and a pressure-drop limiting region is adopted, the (m−)_SMB can lead to 82% higher throughput and 73% lower desorbent usage than the (m+)_SMB.