The adsorption equilibrium constant of germanium in lignite was determined.
测定了煤对锗的吸附平衡常数。
It is found that the adsorption equilibrium constant on the naked surface (K1) is larger than that on the adsorbed reductant (K2).
添加剂在基体上的吸附平衡常数(K1)大于已吸附了还原剂的表面上的吸附平衡常数(K2)。
Adsorption equilibrium constant has thermodynamic properties. The integral adsorption heat can be acquired from the adsorption equilibrium constants at different temperatures.
吸附平衡常数具有热力学性质，从不同温度的吸附平衡常数可以得到积分吸附热。
Increase of concentration of solution and flow velocity brought about rise of adsorption rate constant and "quasi-equilibrium" adsorption amount.
溶液浓度、流速提高，吸附速率常数及“准平衡”吸附量随之加大。
Increase of concentration of solution and flow velocity brought about rise of adsorption rate constant and "quasi-equilibrium" adsorption amount.
溶液浓度、流速提高，吸附速率常数及“准平衡”吸附量随之加大。
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