Results 241 to 250 of about 45,573,897 (286)

Extracellular matrix-inspired single-network gels with tunable tissue-like toughness and viscoelasticity for high-fidelity organ phantoms.

open access: yesJ Mater Chem B
Park J   +11 more
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Changes of C-S-H gel in strong chloride solution

Advances in Cement Research, 1995
C-S-H paste was investigated after 28 months' immersion in strong chloride solution with Mg2+. In the outer, altered layer, about 3 mm thick, C-S-H gel became very compact and highly decalcified with a CaO—SiO2 molar ratio (C/S) of 0·48. New phases, brucite and basic magnesium chlorides, were formed, the latter principally in microcracks.
W. Kurdowski, S. Duszak
openaire   +1 more source

Review of Synthesis and Properties of Tobermorite, C‐S‐H(I), and C‐S‐H Gel

Journal of the American Ceramic Society, 1975
The investigation and characterization of tobermorites and the synthetic hydrates C‐S‐H(I) and C‐S‐H gel are reviewed, with particular attention to the application of X‐ray diffractometry, ir spectrophotometry, electron microscopy, and differential thermal analysis.
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Formation of ASR gel and the roles of C-S-H and portlandite

Cement and Concrete Research, 2004
Abstract Experimental investigations of the reactions between silica, alkali hydroxide solution, and calcium hydroxide show that alkali–silicate–hydrate gel (A-S-H) comparable to that formed by the alkali–silica reaction (ASR) in concrete does not form when portlandite or the Ca-rich, Si-poor C-S-H of ordinary portland cement (OPC) paste is available
Xiaoqiang Hou   +2 more
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