在岩体微观损伤力学研究领域，存在多种破坏矿物胶体的微观影响因素，在这其

In the field of rock mass micro-damage mechanics, there are many micro-influencing factors that damage mineral colloids. Among them, the impact of heavy metal intrusion is the most direct and the most damaged. The hydrolysis and replacement of rock mass microstructure is the main cause of fission damage. However, because domestic and foreign scholars have carried out less research in this area, and the hydrolysis process is relatively long and complicated, the process and mechanism of hydrolysis failure after heavy metal ion intrusion are studied. So far there has been no major progress.

In the field of rock micro-damaged forces, there are many micro-influence factors that destroy mineral collage, among which the influence of heavy metal intrusion is the most direct and the most destructive. Hydrolycrystion and replacement of rock microstructures is the main cause of fission damage, but due to the lack of research carried out by domestic and foreign scholars in this area, coupled with the relatively long and complex process of hydrolysalization, there has not been much progress in the study of hydrolysal damage process and structure after the invasion of heavy metal ions.

In the field of micro damage mechanics of rock mass, there are many micro influencing factors that destroy mineral colloid, among which the influence of heavy metal intrusion is the most direct and the most destructive. The hydrolysis displacement of rock microstructure is the main cause of fission failure. However, due to the lack of research in this field by scholars at home and abroad, and the relatively long and complex hydrolysis process, the research on the hydrolysis failure process and mechanism after heavy metal ions intrusion has not made great progress.<br>