值得一提的是，该玻璃微球可以重复使用，也仍然会加速反应的进行。最后，作

It is worth mentioning that the glass microspheres can be reused and still accelerate the reaction. Finally, the author calculated the reaction rate constant based on the ratio of the mass spectrum signal intensity of the raw material and the product. The results showed that as the initial reactant concentration decreased, the apparent rate constant of the reaction gradually increased, which was consistent with the acceleration effect of the gas/liquid interface.

It is worth mentioning that the glass microsphere can be reused and will still speed up the reaction. Finally, the author calculates the reaction rate constant by the mass spectrometry signal strength ratio of raw material to product, and the results show that with the decrease of the concentration of the initial reactant, the apparent rate constant of the reaction gradually increases, which is consistent with the acceleration effect of the gas/liquid interface.

It is worth mentioning that the glass microspheres can be reused, and still accelerate the reaction. The results show that the apparent rate constant increases with the decrease of initial reactant concentration, which is consistent with the acceleration effect of gas / liquid interface.<br>