A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Do cement nanotubes exist?
Using atomistic simulations, this work indicates that cement nanotubes can exist. The chemically compatible nanotubes are constructed from the two main minerals in ordinary Portland cement pastes, namely calcium hydroxide and a calcium silicate hydrate called tobermorite. These results show that such nanotubes are stable and have outstanding mechanical properties, unique characteristics that make them ideally suitable for nanoscale reinforcements of cements.
Do cement nanotubes exist?
Using atomistic simulations, this work indicates that cement nanotubes can exist. The chemically compatible nanotubes are constructed from the two main minerals in ordinary Portland cement pastes, namely calcium hydroxide and a calcium silicate hydrate called tobermorite. These results show that such nanotubes are stable and have outstanding mechanical properties, unique characteristics that make them ideally suitable for nanoscale reinforcements of cements.
Do cement nanotubes exist?
Manzano, H. (author) / Enyashin, A.N. (author) / Dolado, J.S. (author) / Ayuela, A. (author) / Frenzel, J. (author) / Seifert, G. (author)
Advanced Materials, Weinheim ; 24 ; 3239-3245
2012
7 Seiten, 5 Bilder, 1 Tabelle, 59 Quellen
Article (Journal)
English
Nanoröhre , Mineral , Calciumhydroxid , mechanische Eigenschaft , Tobermorit , Nanogefüge , Hydratisieren , Calcium , Nanoröhrchen , Zusammenbruch , Mikroriss , Silicate , bewehrter Beton , Reaktion , Zementpaste , poröser Werkstoff , Aluminate , Kohlenstoffnanoröhrchen , nanokristalliner Verbundwerkstoff , Nanohärteeindruck
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