Major Contributions

1. Development of an innovative Cu-TCPP@SNF nanocomposite membrane that combines 2D metal-organic frameworks (Cu-TCPP) with silk nanofibers (SNFs), achieving remarkable stability in electrolyte solutions and enhanced ion transport efficiency through shortened ion pathways.

2. Achievement of exceptional power density performance, reaching ~29.5 W/m² under a 5M/0.01M NaCl gradient, surpassing existing advanced membranes, and demonstrating stable operation for over a week in high-concentration saline solutions.

3. Creation of a unique membrane structure featuring abundant one-dimensional ion pathways across the membrane while maintaining minimal layer separation, resulting in lower membrane resistance and higher ion permeability compared to conventional 2D lamellar membranes.


主要貢獻

1. 開發創新的Cu-TCPP@SNF奈米複合薄膜，結合二維金屬有機骨架(Cu-TCPP)與絲蛋白奈米纖維(SNFs)，實現在電解質溶液中的卓越穩定性，並通過縮短離子傳輸路徑提高離子傳輸效率。

2. 達到優異的功率密度表現，在5M/0.01M氯化鈉梯度下可達~29.5 W/m²，超越現有先進薄膜，並在高濃度鹽溶液中展現超過一週的穩定運作。

3. 創造獨特的薄膜結構，具有豐富的一維離子傳輸通道，同時保持最小層間距離，相較於傳統二維層狀薄膜，實現更低的薄膜電阻和更高的離子滲透性。