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1 article(s) from Spinde, Katrin

Electrostatic interplay: The interaction triangle of polyamines, silicic acid, and phosphate studied through turbidity measurements, silicomolybdic acid test, and ²⁹Si NMR spectroscopy

Anne Jantschke,
Katrin Spinde and
Eike Brunner

Beilstein J. Nanotechnol. 2014, 5, 2026–2035, doi:10.3762/bjnano.5.211

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Figure 1: ²⁹Si HR NMR spectra of the control stock solution (75 mM SiO₂) in acidic and basic solution.

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Figure 2: Soluble silicic acid concentration at different pH values in the presence (red rhombuses) and absen...

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Figure 3: Absorbance of a 90 mM sodium metasilicate solution with 31.25 µM PAH (red rhombuses) and of a pure ...

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Figure 4: Absorbance of a 90 mM sodium metasilicate solution with 31.25 µM PAH and 180 mM hydrogen phosphate ...

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Figure 5: Absorbance of a 90 mM sodium metasilicate solution with 10 mM allylamine (orange triangles), 10 mM ...

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Figure 6: Absorbance of a 90 mM sodium metasilicate solution with 10 mM TMEDA, ENQ, MEEN, and EN (cf. Table 1) and o...

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Figure 7: Absorbance of a 90 mM sodium metasilicate solution with 180 mM hydrogen phosphate in the presence o...

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Published 06 Nov 2014

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Electrostatic interplay: The interaction triangle of polyamines, silicic acid, and phosphate studied through turbidity measurements, silicomolybdic acid test, and 29Si NMR spectroscopy

Electrostatic interplay: The interaction triangle of polyamines, silicic acid, and phosphate studied through turbidity measurements, silicomolybdic acid test, and ²⁹Si NMR spectroscopy