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“构造附加静水压力”概念认为，地壳任一点静水压力部分是由重力所附加的静水压力和由构造作用力所附加的静水压力叠合而成的。构造叠加致使同一地壳深度的水平面上静水压力值不相等，这种压力梯度是流体及油气长距离水平运移的主要原因。建立岩石矿床形成深度的构造校正测算方法，得出胶东“玲珑－ 焦家式”金矿成矿深度仅３ ｋｍ 左右的数据，进而测得大别超高压变质带含柯石英榴辉岩形成深度仅≥３２ ｋｍ ，它们可能是壳内构造物理化学过程的产物； 逐步形成构造通过影响物理化学环境的方式影响成岩成矿地球化学过程， 即构造物理化学成矿的新认识， 探讨应用构造物理化学场结构分析与界面成矿的观点进行预测未知区隐伏矿床。
The concept of “constructing additional hydrostatic pressure” holds that the hydrostatic pressure at any point in the crust is superimposed by the hydrostatic pressure added by gravity and the hydrostatic pressure added by the tectonic force. The tectonic superimposition results in unequal hydrostatic pressure on the horizontal plane. The pressure gradient is the main reason for long-distance fluid and oil migration. The tectonic correction calculation method for the depth of formation of rock deposits is established, and the data of the mineralization depth of the “Delicate-Jiaojia” gold deposit in Jiaodong is only about 3 km. The depth of formation of the coesite eclogite in the Dabie UHP metamorphic belt Only ≥32 km, they may be the product of physical and chemical processes in the crust; and the gradual formation of tectonics affects the diagenetic and mineralization geochemical processes by influencing the physicochemical environment, that is, the new understanding of physicochemical mineralization is constructed, and the application of structural and physical chemistry Field structure analysis and the perspective of the interface mineralization to predict the hidden zone of unknown area.