Matches in DBpedia 2016-04 for { <http://wikidata.dbpedia.org/resource/Q2094972> ?p ?o }
Showing triples 1 to 20 of
20
with 100 triples per page.
- Q2094972 subject Q7235717.
- Q2094972 subject Q8351658.
- Q2094972 subject Q8905944.
- Q2094972 abstract "The alkali–carbonate reaction is a process suspected for the degradation of concrete containing dolomite aggregate.Alkali from the cement might react with the dolomite crystals present in the aggregate inducing the production of brucite, (MgOH)2, and calcite (CaCO3). This mechanism was tentatively proposed by Swenson and Gillott (1950) and may be written as follows:CaMg(CO3)2 + 2 NaOH → CaCO3 + Na2CO3 + Mg(OH)2Brucite (Mg(OH)2), could be responsible for the volumetric expansion after de-dolomotisation of the aggregate, due to absorption of water.".
- Q2094972 wikiPageExternalLink cct_dur_AAR.asp.
- Q2094972 wikiPageWikiLink Q167741.
- Q2094972 wikiPageWikiLink Q17011919.
- Q2094972 wikiPageWikiLink Q171917.
- Q2094972 wikiPageWikiLink Q2166525.
- Q2094972 wikiPageWikiLink Q22657.
- Q2094972 wikiPageWikiLink Q3238502.
- Q2094972 wikiPageWikiLink Q419250.
- Q2094972 wikiPageWikiLink Q45190.
- Q2094972 wikiPageWikiLink Q485742.
- Q2094972 wikiPageWikiLink Q6000723.
- Q2094972 wikiPageWikiLink Q7235717.
- Q2094972 wikiPageWikiLink Q8351658.
- Q2094972 wikiPageWikiLink Q8905944.
- Q2094972 comment "The alkali–carbonate reaction is a process suspected for the degradation of concrete containing dolomite aggregate.Alkali from the cement might react with the dolomite crystals present in the aggregate inducing the production of brucite, (MgOH)2, and calcite (CaCO3).".
- Q2094972 label "Alkali–carbonate reaction".