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. 2021 Apr 15;14(8):1981. doi: 10.3390/ma14081981

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© 2021 by the authors.

Licensee MDPI, Basel, Switzerland. This article is an open access article distributed under the terms and conditions of the Creative Commons Attribution (CC BY) license (https://creativecommons.org/licenses/by/4.0/).

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(A) Conversion degree of glucose X [%]; (B) selectivity to gluconate ions S_GLC [%] of different catalysts: 5% Pd/SiO₂ (); 5% Au/SiO₂ (); 5% Pd-0.2% Au/SiO₂ (); 5% Pd-0.5% Au/SiO₂ (); 5% Pd-1% Au/SiO₂ (); 5% Pd-2% Au/SiO₂ (); 5% Pd-5% Au/SiO₂ (), and 1% Pt-4% Pd-5% Bi/C (Degussa) (×) as a function of time. Reaction conditions: T = 60 °C, m_cat = 1g, C₀ = 1 mol·dm⁻³, pH = 9, V_O₂ = 1 dm³·min⁻¹.

Inline graphic — (A) Conversion degree of glucose X [%]; (B) selectivity to gluconate ions S_GLC [%] of different catalysts: 5% Pd/SiO₂ (); 5% Au/SiO₂ (); 5% Pd-0.2% Au/SiO₂ (); 5% Pd-0.5% Au/SiO₂ (); 5% Pd-1% Au/SiO₂ (); 5% Pd-2% Au/SiO₂ (); 5% Pd-5% Au/SiO₂ (), and 1% Pt-4% Pd-5% Bi/C (Degussa) (×) as a function of time. Reaction conditions: T = 60 °C, m_cat = 1g, C₀ = 1 mol·dm⁻³, pH = 9, V_O₂ = 1 dm³·min⁻¹.