根据催化剂的表征结果，催化剂有着比较稳定的化学性质，因此不会在微波照射

According to the characterization results of the catalyst, the catalyst has relatively stable chemical properties, so it will not be transformed into other substances under microwave irradiation. However, because the microwave irradiation makes the reaction more violent, the catalyst particles will inevitably cause a small amount of fragmentation when they collide with each other. These fragmented catalysts may lose their catalytic effect.

According to the characterizing results of the catalyst, the catalyst has a relatively stable chemical properties, so it will not be converted into other substances under microwave exposure. However, because microwave exposure makes the reaction more intense, so the catalyst particles inevitably cause a small amount of fragmentation between collisions with each other, these broken catalysts may lose catalytic action.

According to the characterization results of the catalyst, the catalyst has relatively stable chemical properties, so it will not be converted into other substances under microwave irradiation. However, due to the intense reaction caused by microwave irradiation, a small amount of broken catalyst particles will inevitably be caused when they collide with each other, and these broken catalysts may lose their catalytic effect.<br>