由于玻璃容器通常用于储存溶液和进行反应，因此人们通常认为它是惰性的，很

Since glass containers are usually used to store solutions and conduct reactions, they are generally considered to be inert, and few people have studied their effects on reactions. Recently, Professor R. Graham Cooks of Purdue University in the United States and others proposed the use of glass to accelerate the Katritzky reaction, and found that the silanol group on the glass surface can promote the deprotonation of the Katritzky reaction, thereby accelerating the progress of the reaction. In addition, the author also studied the effect of glass on the Katritzky reaction kinetics based on the electrospray mass spectrometry characterization of the reaction process, and proved the principle of the interface (gas/liquid interface and solid/liquid interface) to accelerate the reaction.

Because glass containers are commonly used to store solutions and react, they are often considered inert and few studies have studied their effects on reactions. Recently, R. Professor Graham Cooks et al. proposed using glass to accelerate the Katritzky reaction, and found that the silicol group on the glass surface can promote the denaturation of the Katritzky reaction, thus accelerating the reaction. In addition, the authors also studied the effects of glass on Katritzky reaction dynamics based on the electrospray mass spectrometry reaction process, demonstrating the principle of accelerating the reaction of the interface (gas/liquid interface and solid/liquid interface).

Because glass container is usually used to store solution and carry out reaction, people usually think it is inert, and few people study its effect on reaction. Recently, Professor R. Graham cooks of Purdue University proposed to accelerate the katritzky reaction by using glass, and found that the silanol group on the surface of glass can promote the deprotonation of katritzky reaction, thus accelerating the reaction. In addition, the effect of glass on the kinetics of Katritzky reaction was studied by electrospray ionization mass spectrometry (ESI). The principle of accelerating reaction at interface (gas / liquid interface and solid / liquid interface) was demonstrated.<br>