Sentence examples for mixture and can from inspiring English sources

Moreover, the magnetically separable Fe@Pd/C catalyst was easily separated from reaction mixture and can be recycled for further reaction.

The results were consistent for the considered substrate mixture and can also be considered relevant in a broader context, as a first processing step to produce building blocks for synthesis of primary energy vectors.

In the laboratory, the Superpave gyratory compaction (SGC) method is widely accepted because it applies both shear and compression simultaneously to the mixture and can best simulate the field compaction.

When the yield stress is the main factor providing stability in the mixture, a change in the water content will mainly affect the yield stress, making the stability of the yield stress the most important factor determining the robustness of the mixture and can be improved by lowering the paste volume.

As a result, it does not need to enrich the mixture and can maintain stoichiometry.

This characteristic represents a satisfactory bound on the error of the solution for a given mixture, and can be thought of as the result of a basis matrix that contains genes that together form a complete but parsimonious set of robust markers for the cell types of interest.

Liquid fuels are complex mixtures and can be significantly variable; therefore, the need for reference fuel has been discussed as has the possible deterioration of fuels when stored in poor conditions.

Collectively, these strategies can enable validation of interactions between a specific protein kinase and an inhibitor in complex mixtures and can yield the identification of inhibitor targets.

Zeolites have shown promising results for the separation of CO2 from gas mixtures and can potentially be used for the PSA process.

This simulation is used to show the AVIVA algorithm is suitable for different kinds of mixtures, and can achieve a better separation performance with faster convergence in a noisy environment.

We anticipate that a mixture-based approach to measurement assurance is highly generalizable to many types of mixtures and can be extended to the wide variety of genome-scale measurements, including but not limited to proteomic and metabolomic measurements.