一、序80年代初以来,我国用环氧化灌处理低渗性软弱破碎带和泥化夹层(k=10~(-6)～10~(-8)cm/s)取得突破性进展。我部与中科院广化所合作研究的中化798浆材及灌浆技术曾成功地用于龙羊峡G_4伟晶岩劈理带2530m高程以下部位的补强加固。但这一成功实例若以通常的均质体粒间渗透理论(诸如Maag、Karol、 First, since the early 1980s, China has made breakthroughs in the treatment of low-permeability weak-fracture zones and muddy intercalations (k = 10 -6 to 10 -8 cm / s) with epoxidation irrigation. Our department and the Chinese Academy of Sciences Guanghua research cooperation in the 798 slurry and grouting technology has been successfully used in Longyangxia G_4 pegmatite cleavage zone below 2530m elevation reinforcements. However, if this successful example is based on the usual theory of homogeneous intergranular penetration (such as Maag, Karol,