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Magnesium silicate hydrate

Ti-Sphere AA-1512-LL, Ti-Sphere AA-1515. See Titanium dioxide Tissue transglutaminase. See Transglutaminase Tisyn . See Aluminum silicate Tital. See Magnesium silicate hydrate Titan Castor No. 75. See Sulfated castor oil Titanate. See Titanium Titania Titania. See Titanium dioxide Titanic (IV) acid. See Titanium hydroxide Titanic acid anhydride Titanic anhydride ... [Pg.4432]

Magnesium sulfide MgzOsSis H2O Magnesium silicate hydrate MgzOsPz (anhyd.)... [Pg.7145]

Anti-blocking agents Magnesium silicate hydrate ... [Pg.430]

Chrysotile. This is a magnesium silicate hydrate very similar to talc, chemically. [Pg.14]

A second class of silicate mineral called asbestos is a serpentine mineral, chrysotile. It is a magnesium silicate hydrate, Mg6[Si40n(0H)6]H20, with a chemical composition similar to talc, Mg3Si40io(OH)2. There is at least a plausible argument that chrysotile should not have been included with other minerals named asbestos from chemical, health, and legal considerations. There is small doubt that the amphiboles are much more likely to cause difficulties. A study of two cement pipe plants in New Orleans revealed some interesting results. In one... [Pg.15]

Synthetic magnesium silicate hydrates (M-S-IT) are gel-like solids and show a water loss related to loosely bound water up to 270"C (Nied et al. 2015) similarly as C-S-H, as shown in Figure 5.14. In contrast to C-S-H, a second weight loss between 270 and 700°C is visible, which is related to the dehydroxylation of hydroxyl groups, 2 =OH + H20(g), in the M-S-H. [Pg.195]

Nied, D., K. Enemark-Rasmussen, E. L Hopital, J. Skibsted and B. Lothenbach (2015). Synthesis, structural characterisation and solubility of magnesium-silicate-hydrates (M-S-H) . Cement and Concrete Research submitted. [Pg.211]

Zhang, T, L. J. Vandeperre and C. R. Cheeseman (2014). Formation of magnesium silicate hydrate (M-S-H) cement pastes using sodium hexametaphosphate . Cement and Concrete Research 65 8-14. [Pg.211]

Figure 6.17 C H CP/MAS NMR spectra (7.1 T, v, = 5.0 kHz and dl = 4.0 s) of (a) a synthetic sample of calcium monocarbonate hydrate (x p = 2.5 ms), (b) a C-S-H sample including X-Seed (BASF) in the synthesis procedure (Xcp = 2.5 ms) and (c) a synthesised magnesium-silicate-hydrate sample, shaken in a polyethylene (PE) container for I year, then washed with ethanol and freeze-dried (xcp = 1.5 ms). The spectra employed 20,000 to 40,000 scans. Figure 6.17 C H CP/MAS NMR spectra (7.1 T, v, = 5.0 kHz and dl = 4.0 s) of (a) a synthetic sample of calcium monocarbonate hydrate (x p = 2.5 ms), (b) a C-S-H sample including X-Seed (BASF) in the synthesis procedure (Xcp = 2.5 ms) and (c) a synthesised magnesium-silicate-hydrate sample, shaken in a polyethylene (PE) container for I year, then washed with ethanol and freeze-dried (xcp = 1.5 ms). The spectra employed 20,000 to 40,000 scans.

See other pages where Magnesium silicate hydrate is mentioned: [Pg.200]    [Pg.852]    [Pg.1753]    [Pg.197]    [Pg.456]    [Pg.2468]    [Pg.3892]    [Pg.5254]    [Pg.6185]    [Pg.289]    [Pg.385]    [Pg.431]    [Pg.432]    [Pg.439]    [Pg.319]    [Pg.519]   
See also in sourсe #XX -- [ Pg.197 ]




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Silicates hydrated

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