Research progress on the application of radiation technology in crytalline porous materials

Crystalline porous materials are a type of solid material that possess both long-range ordered crystal structures and permanent nanopores. In recent years, there has been an increasing amount of literature on the synthesis and modification of crystalline porous materials through radiation technology, indicating that radiation technology has great potential for precise structural control and functionalization of crystalline porous materials. The process of synthesizing crystalline porous materials using radiation technology does not require the addition of catalysts, which can directly accelerate the synthesis and trigger various chemical reactions. In response to these aspects, this paper mainly summarizes the advantages of radiation technology over traditional solvothermal synthesis methods and its reaction and modification mechanisms, as well as the resulting functional or structural changes. Finally, it elaborates on the research progress of radiation-induced damage to crystalline porous materials.