但是因为HNTs的管内和管外存在浓度差且MO分子直径约为6~8nm小于

However, because there is a concentration difference between the inside and outside of the tube of HNTs and the diameter of MO molecules is about 6~8nm smaller than that of HNTs, MO can enter the inside of HNTs from the orifice of the nanotube with the aqueous solution. MO enters the HNTs from the nanotube tube to avoid the negative charge on the outer tube wall of the HNT, so its diffusion motion is not affected by the same kind of charge on the tube wall.

However, because of the difference in concentration in and outside the tube of HNTs and the diameter of the MO molecules is about 6 to 8nm less than the diameter of HNTs, MO can enter the HNTs from the nanotube port with aqueous solution. Mo enters HNTs from the nanotube port to avoid a negative charge encounter with the outer tube wall of HNT, so its diffusion motion is not affected by the same charge on the tube wall.

However, because there is a concentration difference between the inside and outside of the tube, and the diameter of Mo molecule is about 6 ~ 8nm, which is smaller than the diameter of HNTs, Mo can enter into HNTs with aqueous solution from the nozzle. Mo enters HNTs from the nanotube orifice to avoid the negative charge meeting with the outer wall of hNT, so its diffusion motion is not affected by the same charge on the wall.<br>