作者还通过向不同体积（0.3 mL、1.2 mL）的溶液中加入相同数量

The author also proved the existence of acceleration effects at the gas/liquid interface and the solid/liquid interface by adding the same number of glass microspheres to solutions of different volumes (0.3 mL, 1.2 mL). Regardless of whether glass microspheres are added, the concentration of the reactant is 50 μM. The result shows that the signal intensity ratio of the product of 0.3 mL bulk reaction to the spectrum signal intensity of the reaction material is 1.8 times that of 1.2 mL bulk reaction, indicating the acceleration effect of the gas/liquid interface on the reaction . The reaction rate of adding glass microspheres in a plastic bottle is faster than that without adding glass microspheres, which shows the acceleration effect of the solid/liquid interface on the reaction.

The authors also demonstrated the existence of the gas/liquid interface and the solid/liquid interface acceleration effect by adding the same number of glass microspheres to solutions of different volumes (0.3 mL, 1.2 mL). Whether or not glass microspheres are added, the reaction concentration is 50 μM, and the results show that the product and reaction material spectral signal strength ratio of 0.3 mL on body reaction is 1.8 times higher than that of 1.2 mL onomatic reaction, indicating the acceleration effect of gas/liquid interface on the reaction. Adding glass microspheres to plastic bottles reacts faster than not adding glass microspheres, which indicates the accelerated effect of the solid/liquid interface on the reaction.

By adding the same amount of glass microspheres into different volumes (0.3 ml, 1.2 ml) of solution, the existence of gas / liquid interface and solid / liquid interface acceleration effect was proved. No matter whether glass microspheres were added or not, the reactant concentration was 50 μ m. The results showed that the mass spectrum signal intensity ratio of product to reactant in 0.3 ml bulk reaction was 1.8 times of that in 1.2 ml bulk reaction, indicating the acceleration effect of gas / liquid interface. However, the reaction rate with glass microspheres in plastic bottle is faster than that without glass microspheres, which indicates the acceleration effect of solid / liquid interface.<br>