在这个方程中，k是稠度系数。
随着浓度的上升，稠度系数上升，流变指数下降。
The consistency coefficient increased with rise in concentration, while the flow behavior index decreased.
随着温度的升高，稠度系数K减小，流变指数增大，更趋向牛顿流体。
With increase of temperature, the consistency index K declined, the flow index n increased and the ginger paste trend to Newton fluid.
在驱油过程中，驱油剂的稠度系数沿渗流方向呈指数规律减小，而幂指数则以线型规律递增。
In chemical flooding, consistency coefficient of the oil displacement agent declines exponentially, the power law exponent increases linearly in the direction of percolation flow.
计算分析了注浆压力差随稠度系数、流变参数、裂隙高度的变化情况以及裂隙高度对最大扩散半径的影响。
It was shown that the grouting pressure difference was related to the rheological parameters, consistency coefficient and gap width of grouting. The penetration radius was also affected by gap width.
计算分析了注浆压力差随稠度系数、流变参数、裂隙高度的变化情况以及裂隙高度对最大扩散半径的影响。
It was shown that the grouting pressure difference was related to the rheological parameters, consistency coefficient and gap width of grouting. The penetration radius was also affected by gap width.
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