Sentence examples for materials by improving from inspiring English sources

Therefore, these materials by improving hydrogen adsorption can facilitate the HER progress.

Recent research is showing that the addition of Recycled Steel Fibres RSFfromrom wasted tyres can decrease significantly the brittle behaviour of cement based materials, by improving its toughness and post-cracking resistance.

The observations and stress calculations show that ion beam assistance can change drastically the propagation of cracks in coated materials: by improving the adhesion film/substrate, it slows down the delamination process, but in the same time enhances the cracks growth in the thickness of the material.

Developing chemical processes to overcome recalcitrance and improve ethanol yields from lignocellulosic materials by improving conversion efficiencies is an ongoing area of research [ 6].

In addition, evolutionary engineering strategies have been successfully applied to S. cerevisiae for optimizing bioethanol production from lignocellulosic materials, by improving, for instance, simultaneous fermentation of xylose and arabinose [ 14], by enhancing the tolerance to high temperature and inhibitors [ 15] and by improving the tolerance to hydrolysates of lignocellulosic biomass [ 16].

The modified TiO2 is used as an efficient material by improving the electronic injection ability and reducing the pohotogenerated charge recombination.

This is done through reducing vehicle weight by using new materials and by improving vehicles' exterior design to achieve lower aerodynamic drag [9].

We suspect that this method could be refined further, perhaps by using a longer plate, or stiffer material, or by improving plate attachment to the arm.

-wrap> In order to address the relationship between the placental abnormality and the delayed parturition observed in Sirh7 KO mice, we analyzed the P4 levels in the ovary, placenta and decidua from d6.5 to d18.5 (Fig. 4A,B, supplementary material Table S1) by improving the method of determining P4 in tissues and organs directly.

This is achieved by improving materials and surfaces with some characteristics that improve resistance to friction and wear.

Alternatively, the future demand for rare earths, in particular for dysprosium, could be reduced by improving material efficiency.