Sentence examples for modification methods were from inspiring English sources

The effects of the different modification methods were evaluated in terms of the engineering properties of materials and the sustainability features of mix production.

Several chemical modification methods were developed for the introduction of functional groups to nylon surfaces using amide-selective reactions without cleaving the polymer chains.

Moreover, five material modification methods were adopted to enhance the thermal durability, which were the modification of composition and microstructure of hydrates, extra new binders, the revisement of porosity and pore distribution, the increase of anti-crack property, and the supplement of hydrophobic performance, respectively.

The optimum moisture content and three wheat straw modification methods were explored to improve cellulase production.

These crop modification methods are not dangerous.

The investigated modification methods are a deep cryogenic treatment and a surface coating.

Site-directed mutagenesis, gene fusion technology, and post-translational modification methods are employed to effectuate the site-specific membrane immobilization.

Both chemical and physical surface modification methods are discussed with several examples, applications, and a brief description of underlying theory.

Since standard DNA and RNA aptamers themselves are not inherently fluorescent, modification methods are required for rationally converting non-fluorescent aptamers into fluorescent reporters or for selecting fluorescent aptamers directly from random-sequence DNA libraries by in vitro selection.

Three different modification methods are demonstrated to include GOTMS in the polyamide structure via suitable molecular design, and all resultant organic inorganic membranes show improved separation performance as compared to the original TFC membrane without GOTMS.

Several chemical surface modification methods are used, such as acid etching, anodization, and coatings, to improve mechanical properties, biocompatibility, increase surface roughness, and to promote osseointegration and bone regrowth.