Synthesis and characterization of dispersible geopolymer nanoaggregates

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    May 2022 | Volume 9 | Article 751085 Dispersible Geopolymer Nanoaggregates washing. By modifying the chemistry of geopolymerization, the authors report a unique synthetic approach to produce highly dispersible aluminosilicate particles ‒ dispersible geopolymer particles or simply "DGP" here after. Zeta potential of DGP-W remained highly negative (absolute value > 40 mV), and the particle sizes remained unaffected (320 ± 31 nm) in the pH range of 12.0-5.7, indicating that the particles are stable in this pH region and do not undergo agglomeration. To test the tolerance of the DGP aggregates to high pressures, both . . .

     

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