Sentence examples for relative drain from inspiring English sources

For point-loading applications, transistors with lower channel width are optimal for relative drain current change even though their absolute current output is less.

This >10-fold drop in IFN-γ production in the tumor-draining relative to the vaccine-draining lymph node suggested that the most active, tumor-specific CD4+ T-cells had already trafficked into the tumor.

Table 1 shows the relative difference in drain current values in terms of the average root mean square (RMS) errors (absolute and normalized) between the simulated and measured data when the glucose is varied from 2 to 50 mM.

Univariate and multivariate analyses indicate that MTM streams are characterized by deeper maximum channel depths, smaller width-to-depth ratios, increased bedrock exposure along the streambed, and increased frequency of very fine silt and sand deposition relative to channels draining unmined catchments.

Littoral vegetation was a significant source to the soil C pool relative to C sources draining from watersheds.

IFN-γ-producing T-cells responding to the gB496 503 peptide as detected by ELISPOT were generally present in similar relative amounts in spleen, draining lymph nodes, vagina, and spinal cord over the first 9 days after infection with either HSV-2/gD or HSV-2/gD-Δ7-15 HSV-2/gD-Δ7-15 HSV-2/gD-Δ7-15 HSV-2/gD-Δ7-15

As shown in Figure 5a, the 0.3 V bias is achieved by shifting the conduction and valence bands upwards relative to those at the drain.

Our particle swarm optimization-based proposed algorithm predicts the link lifetime and node lifetime, available bandwidth based on the parameters such as relative mobility of nodes, energy drain rate and link capacity, respectively.

C. Priyadharshini et al., [21] have proposed a new algorithm, which utilizes the network parameters related to dynamic nature of nodes through energy drain rate and relative mobility estimation rate to predict the node lifetime and link lifetime.

Although sediment delivery and hydrologic response from MTM operations remain highly variable and poorly resolved, the inherent close coupling between hillslopes and headwater channels is expected to result in geomorphic differences in stream channels draining MTM landscapes relative to unmined landscapes.

The goal of eco-epidemiology is to develop a WoE ecological approach that can be used to determine the relative contributions of down-the-drain chemicals and all other stressors to environmental impacts observed in receiving environments.