Sentence examples for material is practically from inspiring English sources

The absence of any further signals shows that the material is practically template free.29Si MAS NMR investigations (Fig. 3b) reveals that practically no Si C bonds have cleaved during the synthesis and template removal process.

Even at 5 C the promoting effect of ball-milling results in a remarkable high and stable capacity of 120 mAh g−1 upon cycling, which compares very well with the behavior achieved for Li4Ti5O12 while the pristine material is practically inactive.

Furthermore, for low draw ratio, the material is practically wholly amorphous and its liquid state can be classified as 'fragile' glass forming liquid while for semi-crystalline PET (draw ratio λ=5), it is shown the remaining amorphous phase becomes stronger (m varies from 170 to 60 and mg varies from 81 to 21).

In Cyprus, at present, recycling of waste materials is practically inexistent and almost the entire demolition waste products are disposed in landfill sites, with all possible economic, technical and environmental impacts.

Complete elimination of tin compounds from the synthesized materials is practically impossible, which results in their slow penetration into patient's blood circulation system [ 27].

Now that defense contractors and commercial users have worked out the kinks, the materials are practically begging us to play with them at home.

Among its other properties, graphene is able to conduct electricity as well as copper does and to conduct heat better than any other known material, and it is practically transparent.

(What, for example, is "a preternaturally vital little boy doll"?) Material is repeated, practically verbatim.

The chain-extended UPy-material on the contrary is practically free of crystalline domains and shows clear flexible properties.

The results indicate that the exponent of the power law is probably independent of the material considered, being practically the same for carbon- and glass-fibre-reinforced plastics, and even for an isotropic material such as polycarbonate, prone to extensive plastic yielding before final failure.

It was demonstrated that the iron inclusions were responsible for the existence of these reactive areas whereas the bulk material surface was practically unreactive (insulating).