Sentence examples for material is reused from inspiring English sources

Text reuse is defined as the activity whereby pre-existing written material is reused during the creation of a new text, either intentionally or un-intentionally.

It is more akin to some of the plagiarism behaviours described by Walker (1998, p.103) such as "illicit paraphrasing" where material is reused without any source acknowledgement or even "sham paraphrasing" where text is directly copied but includes a source acknowledgement.

An on-site quarry operation produced basalt for the concrete mixes, though some material was reused from existing excavation if it was of sufficiently high quality.

In some, like the great Basilca Cistern near Hagia Sophia called by the Turks the Yerebatan (Underground) Palace, old material was reused; in others, like the even more impressive Binbirdirek (Thousand and One Columns) cistern, new columns of unusually tall and slender proportions and new capitals of cubic form were designed specially.

Some of the building material was reused by Capuchin monks who were granted permission to use the stone for maintaining their monasteries.

The second trick is to ensure that materials are reused and recycled.

If materials were reused endlessly and toxins eliminated, economic growth could contribute to the environment, instead of damaging it.

Recovered materials are reused in new electronic parts and gold and silver is melted down to be sold as ingots for jewelers and precious metals investors.

The second example present a family house, which has been rebuilt form foundations, whilst some of the original materials were reused in the new structure.

Every reason to believe that in the case of the mosaic of San Giovenale - at least in regard to the black tesserae (technically more difficult to obtain) - raw materials were reused collecting it from a nearby site.

Reactive transport simulations for a noise protection dam and a road dam (a typical German autobahn), in which secondary materials are reused as base layers, were performed to predict the breakthrough of a conservative tracer (i.e., a salt) and sorbing contaminants (e.g., PAHs like naphthalene and phenanthrene or heavy metals) at the groundwater table.