Major Contributions

1. Development of a novel magnesium stannite tungstate (Mg1-xSnWO6-x) electrocatalyst through hydrothermal and calcination methods, achieving remarkable performance with a low overpotential of 70 mV at 10 mA cm-2 and high Faradaic efficiency of 84% for H2O2 production.

2. Engineering of abundant oxygen vacancies in the catalyst structure through controlled temperature treatment at 700°C, which significantly enhanced the two-electron water oxidation reaction selectivity and stability over 35 hours of operation.

3. Demonstration of superior H2O2 generation performance with a high current density of 360 mA cm-2 and H2O2 production rate of 68.368 μmol cm-2 min-1, establishing a new benchmark for electrochemical H2O2 synthesis.


主要貢獻

1. 通過水熱法和煅燒方法開發出新型鎂錫鎢酸鹽(Mg1-xSnWO6-x)電催化劑，在10 mA cm-2電流密度下實現低過電位70 mV，且過氧化氫生成的法拉第效率高達84%。

2. 通過700°C的溫度控制處理，在催化劑結構中形成豐富的氧空缺，顯著提升了雙電子水氧化反應的選擇性，並維持35小時以上的穩定運行。

3. 展現出優異的過氧化氫產生性能，達到360 mA cm-2的高電流密度和68.368 μmol cm-2 min-1的過氧化氫生成速率，為電化學合成過氧化氫設立新標竿。