Geological and geochemical characteristics of water-rock interaction in the processes of uranium mineralization in Zhuguang-Xiazhuang uranium ore-concentrated district;

Based on the weak layer specimen taken from the dam site zone of Bapanxia hydropower station,the water-rock interaction tests are carried out in the saturated condition.

In this paper,a mathematical model is set up for reliability analysis of stochastic modeling for water-rock interaction (WRI).

In this paper,a linear programming model of water rock interaction is established and is applied to the analysis and appraisal of complex hydrogeology condition of Xiluodu power station as an example from geochemistry.

t is a new method of studying the water-rock reactions by modeling the reactions and calculating the amount of mineral dissolution between groundwater and rock by the means of liner programming.

Based on the comprehensions of Ordos Basin\' topography,landform,physiognomy,geotectonic cycle,rock-type,lithology and other characters,the chemical thermo-dynamics,mass action and mass conservation equations were used to simulate the water-rock reaction of groundwater in Ordos Cretaceous Basin by applying of hydrogeochemical integrated method and modeling technique.

In this paper,as an example of Baihetan hydropower station engineering,a linear programming model of water-rock reaction is established,and complex hydrogeology condition in the dam area is quantitatively analyzed and evaluated from geochemistry aspect.

Study on of the mechanism water-rock interaction of mine water from abandoned mines during infiltration through coal rock;

Analysis on the Water-rock Interaction of Stilling Basin Slope of Nuozhadu Hydropower Station;

Experimental research on the time effect of water-rock interaction of the Mesozoic red bed in the Longquan area