The adsorption behaviors of indole and pepsin were determined respectively under simulated in vivo condition. 模擬體內環境測定了球形活性炭對小分子物質吲哚及大分子物質胃蛋白酶的吸附能力。
As the thermal treatment temperature of Ti-MMT increased, the adsorption of arsenate in water obviously decreased. 隨著對鈦柱撐蒙脫石熱處理溫度升高，材料對水體中砷酸根的吸附能力呈明顯下降趨勢。
For the reason of higher adsorption capacity, study on the synthesized adsorbents has been paid a high attention recently. 人工合成高效吸附劑由於磷吸附容量大，其相關研究成為近年來的重要發展方向。
It is the reason of the adsorption capacity degression that the residual adsorption capacity is relatively more in the desorption process by water. 洗滌脫附過程中殘留吸附容量較大是活性炭吸附容量下降的根本原因。
