Sentence examples similar to modes we develop from inspiring English sources

In order to describe the relation between flow rate and particle size in the constant-head operating mode, we developed a semi-empirical model that predicts the flow rate through the system.

To confirm that an additional ATP-producing pathway can indeed lead to an additional optimal growth mode, we developed a simplified metabolic network model [ 16], illustrated in Figure 7A.

Having introduced the concept of a monomass oscillator equivalent to a given mode of vibration, we develop a multimodal multidamper model which is then used to perform numerical evaluations.

We develop the mode sorting method to distinguish modes based on the reciprocity relation of the magneto-electro-elastic media.

Thus, we develop a mode adaptation approach at the FBSs to achieve better performance.

To this end, we develop Transmission Mode Generating Algorithms (TMGAs), and Linear Programming- (LP-) and Convex Programming- (CP-) based optimization schemes for the MIMO networks.

Specifically, we develop two display modes, interactive table and summary text, to facilitate the data presentation and mining operators.

Here, we develop a MIMO mode adaptation technique combining these two approaches to adapt the precoding mode at the FBSs and improve the system performance.

Based on the hypothesis that average clinical presentation differed depending on the mode of transmission, we developed a mathematical model to permit inference on the contribution of each mode to transmission of influenza A virus in households from data from two randomized controlled trials of surgical masks and hand hygiene, in Hong Kong and Bangkok.

To identify the responsible mode of action we developed a mathematical model of IKKβ phosphorylation based on experimental data.

In order to measure raw waveforms, we developed two modes for the WFC, 'chorus burst mode' (65,536 samples/s) and 'EMIC burst mode' (1024 samples/s), for the purpose of the measurement of the whistler-mode chorus waves (typically in a frequency range from several hundred Hz to several kHz) and the EMIC waves (typically in a frequency range from a few Hz to several hundred Hz), respectively.