Sentence examples for fluctuation and can from inspiring English sources

The later has shown that the integration of maintenance and production planning can reduce the total maintenance and production cost and the removal of periodicity constraint is directly affected by the demand fluctuation and can also reduce the total maintenance and production cost.

If the target neuron fires but more than 50% the neurons in the filtering window do not fire, it denotes that the target neuron has sharp intensity fluctuation and can not capture most of the other neurons in the filtering window; therefore, it is detected as noise or speckle.

This method can provide a rough profile of population demographic fluctuation, and can be used as a model selection tool.

Spectral scanning over a stack of frames is subjected to long-term fluctuation and can result in spectral and spatial distortions.

In the aggregate, these areas can generate $81 billion through 2026 ($15 billion per year from 2020 to 2026, with some fluctuations) and can more than offset the losses in premiums expected through 2050.

We show that through process optimization, the batch-operation of fixed bed CLC reactors is void of significant exhaust gas temperature fluctuations and can reach high thermal efficiencies with in-situ CO2 capture.

Acoustic isolation and suitable design of optical system make the present system very sensitive to laser beam geometrical fluctuations and can be an interesting step toward the active correction of the small perturbations of the input beam of gravitational wave interferometric detectors.

It is highly responsive to metabolic fluctuations and can have effects on cardiac contractility.

This is a consequence of the dynamical correlation between the X coupling and splitting fluctuations, and can be related to the discussion of Figure 33.

PCA filters the most concerted global protein changes from random fluctuations and can be used to delineate and characterise motions linked to biological function.

These results suggest that T. obscurus has a much stronger ability to maintain body fluid homeostasis against salinity fluctuations and can survive in FW. Figure 3 shows the time course of changes in serum Na+ concentration following exposure of T. obscurus and T. niphobles to low salinities.