Sentence examples for variable efficiency from inspiring English sources

Several studies, highlighted recently in two articles [3], [9] have shown that use of the Cre-loxp system in eukaryotic cells carries with it numerous potential confounders such as variable efficiency of Cre expression and/or recombination, variability in germline recombination, and, contrary to the previously mentioned assumption, Cre mediated toxicity [10] [14].

In particular, RESs show a high degree of unpredictability while EH devices provide an extremely variable efficiency.

A variable efficiency function is defined to capture the regime dependence of heat release effects in these models.

The influence that the shear lag phenomenon may have on the strength of tubular connections has been addressed in design provisions with variable efficiency factors that affect the tube net area.

ESM adds several important aspects of battery modeling, including temperature effects, rate-based variable efficiency, and operational modeling of capacity fade and we demonstrate that addition of these factors can significantly alter optimal system design, levelized cost of electricity (LCOE), and other factors.

This hypothesis suggests that the Cre recombinase excised the GFP cassettes present in the multicopy transgene insertion site at variable efficiency.

The decomposition establishes a common modelling basis, and provides for variable efficiencies in the operation of the steam turbines.

The approach using binary variables was the most promising method to model variable efficiencies in terms of computational costs and results.

Both suggestions have been implemented into the optimization model DER CAM to simulate investment decisions of CHP micro-turbines and CHP fuel cells with variable efficiencies.

However, cultured cells are usually nonciliated and the empirical methods that are used to induce ciliogenesis in these cells have variable efficiencies.

The model embeds two mechanisms, variable C-rates and variable efficiencies, so that batteries may be scheduled at high-power (high C-rate) operations to capture additional grid revenues, only if economical against the cost of degradation effects.