Sentence examples for dynamic pumps from inspiring English sources

The importance of assuring correct similar characteristics of both main and auxiliary pumps in systems incorporating dynamic pumps is emphasized.

One is a tracheocardiogram (TrCG), which is a front-line screening device designed to evaluate the health of the heart by measuring the dynamic pumping forces.

It can be seen that the capacity of a positive displacement pump remains essentially constant while the capacity of a dynamic pump increases with decreasing system pressure.

In the case of a properly sized dynamic pump, the additional critical equipment component oil flow required because of wear will be automatically available.

Packet contention in the proposed architecture is resolved using the first available algorithm (FAA) and the dynamic pump-wavelength selection algorithm (DPSA).

In this paper, we propose a bufferless synchronous optical packet switch (OPS) architecture named the Limited-range wavelength conversion with Dynamic Pump-wavelength Selection (LDPS) architecture.

LDPS is equipped with a dedicated limited-range wavelength converters (LRWCs, and a shared pool of parametric wavelength converters (PWCs) with dynamic pump-wavelength selection (DPS).

It is documented that pumping rate fluctuations induce a temporally oscillating risk pattern at the well, thus suggesting that the selection of a dynamic pumping regime has a clear influence on the temporal evolution of risk at the well.

The performance of the proposed architecture is compared to two well-known conventional architectures; namely, the LRWC architecture that uses dedicated LRWCS for each input wavelength, and the DPS architecture that uses a shared pool of dynamic pump-wavelength converters (PWCs).

Pumps based on their principle of operation are primarily classified into positive displacement pumps (reciprocating, rotary pumps), roto-dynamic pumps (centrifugal pumps), and others.

By applying a high-speed live imaging technology to the embryonic heart of zebrafish, it was demonstrated that the embryonic zebrafish heart is a dynamic suction pump, rather than a peristaltic pump as previously proposed.