Sentence examples for by further optimizing from inspiring English sources

"This is already a good design, but we are confident that it can be improved by further optimizing the phosphorus anode," said Cui.

By further optimizing the molecular design and methods for preparation, handling and assembling of carbon nanomaterials, performance of the PV devices can be further improved.

By further optimizing the nanomaterials׳ properties and device structure, the PENG׳s open circuit (OC) voltage can be elevated to over 37 V.

By further optimizing the microstructure of the Ba0.9Co0.7Fe0.2Nb0.1O3−δ electrode by using polyvinyl butyral as a pore former and adjusting the sintering temperature, the maximum power density was improved from 682 to 955 mW cm−2 at 650 °C.

Taken together these results demonstrate the possible fabrication of low cost, easy-to-use cholesterol amperometric biosensors, whose sensitivity can be enhanced by further optimizing the molecular architectures of the LbL films.

Electrothermal simulation results show that a reduction in the range of 4 5% of the peak of the junction temperature rise over ambient can be achieved with a negligible increase in design complexity and area, and that up to 7% can be obtained by further optimizing the distribution of base ballast resistors.

Our lab has been a pioneer in the field by using and further optimizing the tool; thus, allowing us to publish this past July an article (Zafra et al, Nat Biotech, "Optimized base editors enable efficient editing in cells, organoids and mice").

For the SVM, to account for noise in the data, we used the default parameters (e.g. cost and class weights) without further optimizing them by a grid search approach on the training data (i.e. cross-training).

The maximum contributory factors identified by PBD for PYT production were further optimized by a BBD of experiments (29 runs) generated by DES employing three chosen levels for each variable.

In the optimization stage each generated rule is further optimized by a) greedily adding attributes to the original rule and b) by independently growing a new rule undergoing a growth and pruning phase, as described above.

Driven by the need to further optimize the technology, we further focused on the investigation of the processes underlying the sol-gel transitions on the surfaces.