Sentence examples for throughput through from inspiring English sources

The company adds that rather than relying on high screw speeds the 3+ RingExtruder can achieve higher throughput through increased torque and greater free volume.

Due to the limited spectrum resources and the differences of link loads, how to obtain maximum network throughput through cross-layer design under signal-to-interference-and-noise ratio (SINR) model is recognized as a fundamental but hard problem.

We argue that in the case of energy policy, the analysis must go beyond the definition of problems such as access to energy at the level of the individual, and focus on a multi-scale assessment including the household and community levels studying the capacity of the household to increase it energy throughput through exosomatic devices and infrastructure.

This real-time ratio illustrates that large resolutions may increase throughput through parallelisation on the GPU but this only partially offsets the decrease in simulated flow rate due to the necessary shrinking of the time step in the solver with increasing resolution.

In particular, we predict that the optimal arrangement for maximizing throughput through the filter is to have pore radius gradually decreasing with depth, and a slight level of pore interconnectivity, with the precise set-up a function of the particle size, adhesivity and number of filter layers.

These policies can achieve a nearly optimal throughput through selecting sufficiently long frame durations.

Figure 6 Convergence of average throughputs through trials.

As a consequence, we propose to take decisions based on the expected value of the throughputs (through the application of the rate function based on expected channels as will be shown next).

The high-throughput, flow-through nature of our setup will allow the convenient collection of data on large numbers of GUVs, e.g. with varying size, composition, and/or biochemical environment.

Suitable alloy compositions were identified by high throughput screenings through the exemplarily material systems Fe 5Ni 0.3C–(3–15)Mn and Fe 13.5Cr 6Mn 2Cu 0.2C–(0–2)Ni (wt.%) using combinatorial bulk metallurgical methods.

We have analyzed the throughput improvements through power adaptation.