研究目的
To review recent electrochemical- and heterogeneous-catalysis studies using SHINERS, highlight its advantages, summarize the flaws and prospects for improving the SHINERS technique, and give insight into its future research directions.
研究成果
SHINERS is a powerful technique for in situ monitoring of catalytic-reaction processes due to its high sensitivity and specificity. Despite some limitations, it offers significant advantages over conventional techniques and has great potential for future research in catalysis.
研究不足
The main limitations include the stability and spatial resolution of SHINERS, especially in diverse catalytic-reaction environments such as strongly alkaline or acidic solutions and high temperatures and pressure conditions. The tolerance of SHINs to different environments needs further improvement.
