Sentence examples for optimum throughput from inspiring English sources

A basic premise of the WTP design had been that evaporation of the feed to 5 M Na (or higher if possible) was required to achieve optimum throughput.

However, these results indicate that optimum throughput from a filtration perspective is achieved at lower sodium molarities (either 3.5 M for maximum low activity waste (LAW) throughput or 4.9 M for maximum HLW throughput).

First, in order to achieve an optimum throughput and decrease the network congestions in such a scenario, we propose the relay to use the network coding technique to encode the data of both sources instead of the traditional routing.

In this section, we carry out this analysis, and prove that the optimum number of quantization bits scales as Θ log2. With this optimum scaling, the optimum throughput pre-constant scaling is of order Θ log21−1/h).

Accordingly, by optimizing M with respect to the achievable throughput T, as [10]: M opt = R 0 2 ( R 1 + Q ) 1 / 2 n, (8). the optimum throughput will be T opt = R 0 R 1 2 32 ( R 1 + Q ) 1 / 2 n. (9).

Henceforth, the flow rate required for optimum throughput is probably insufficient as it will take hours to complete the analysis.

The feedback-free modules are designed for optimum coupling, throughput and power uniformity on silicon using BPM method and fabricated via the sol gel process of photo patternable precursors.

Therefore, the optimum total throughput at (x,y) can only be proportional to (sqrt {psi (x,y)}); that is, (mathcal {C} propto 1/sqrt {psi }) corresponds to a network in which the objective is to maximize the throughput.

Although Equation 3 may have multiple local optima since its objective is concave (as opposed to strictly concave), each of these solutions is equally good and produces the globally optimum sum throughput value.

For static FFR, it has been proven in [14] that in order to achieve optimum average throughput in the FR zone, the FR zone radius (RFR) should be 0.65 of the normalized radius (R) of the cell.

The above results and discussions confirm that the proposed ECOM schemes can flexibly combine the multicast gain with the multiuser diversity and time diversity via the use of erasure correction coding to achieve optimum achievable throughput in various fading conditions.