光电化学

Photoelectrochemical cells have promising applications in solar energy conversion.
光電化學細胞在太陽能轉換方面有著很大的應用前景。
They developed a new photoelectrochemical sensor for detecting heavy metals in water.
他們研發了一種新的光電化學传感器，用於檢測水中的重金屬。
The efficiency of the photoelectrochemical cell can be improved by optimizing its material composition.
通過優化材料組成，可以提高光電化學電池的效率。
This study investigates the photoelectrochemical properties of graphene-based materials for solar fuel production.
這項研究探討了基於石墨烯的材料的光電化學性質，以生產太陽能燃料。
A novel photoelectrochemical process was proposed to degrade organic pollutants in wastewater.
提出了一種新型的光電化學過程來降解廢水中的有機污染物。
The photoelectrochemical reaction occurs when light is absorbed by a semiconductor, generating electron-hole pairs.
當光被半導體吸收時，產生電子-空穴對，從而發生光電化學反應。
The development of efficient photoelectrochemical catalysts is crucial for realizing artificial photosynthesis.
開發高效的光電化學催化劑對於實現人工光合作用至關重要。
In this experiment, we will demonstrate the principle of a photoelectrochemical cell using a simple setup.
在這個實驗中，我們將使用簡單的裝置演示光電化學電池的原理。
The stability and durability of photoelectrochemical devices are major challenges that need to be addressed.
光電化學設備的穩定性和耐用性是需要解決的主要挑戰。
Researchers have made significant progress in understanding the fundamental mechanisms underlying photoelectrochemical processes.
研究人員在理解光電化學過程中基本機制方面取得了重大進展。