...水岩化学作用；斜坡演化；失稳；滑坡 [gap=2298]Key words：engineering geology；clay mineral；chemical water-rock interaction；slope evolution；failure；landslide ...
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There is a mass wasting tendency since slope was formatted. As an important part of exogenic rock action, chemical water-rock interaction (CWRI) promotes slope evolution throughout the whole mass wasting processes.
斜坡自形成起即有逐渐变低并被最终夷平的趋势,水-岩化学作用作为岩体表生演化过程中的一个重要环节,贯穿整个斜坡演化过程,对斜坡失稳起促进作用。
参考来源 - 生态护坡的局限性及副作用研究·2,447,543篇论文数据，部分数据来源于NoteExpress
Thus the results of modeling of water-rock interaction are conducive to revealing the evolution mechanism of the groundwater chemical environment in the study area.
可见水-岩作用模拟结果有助于揭示研究区地下水化学环境的演化机制。
The ways of quantitative methods for the chemical damage of water-rock interaction are approached. The division into districts of the chemical damage levels in rock is proposed.
探讨了岩石水化学损伤定量方法的研究途径，提出并分析了岩石水化学损伤的层次分区性。
The rock failure mechanics with chemical damage is a new analysis method proposed by author. The method may explain and quantitatively analyze the mechanical effects of water and rock interaction.
重点讨论了考虑化学损伤的破坏力学方法，认为此方法可以解释并定量分析水-岩反应的力学效应。
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