The mineral morphology of the aluminum oxides or Kaolinite can be determined using XRD (X-ray defraction). The particle size can be analyzed using gravity sedimentation.
Thanks. But could I measure the change of particle size during the process? I found the with the change of pH, the size of aluminum precipitates become larger with the sedimentation.
determined
【在 a***h 的大作中提到】 : The mineral morphology of the aluminum oxides or Kaolinite can be determined : using XRD (X-ray defraction). The particle size can be analyzed using : gravity sedimentation.
a*h
5 楼
Laser particle size analyzer may able do the job since it is non destructive . But I don't have direct experience. You may consult some body in nanotechnology field.
found
【在 w*0 的大作中提到】 : Thanks. : But could I measure the change of particle size during the process? I found : the with the change of pH, the size of aluminum precipitates become larger : with the sedimentation. : : determined
【在 w*0 的大作中提到】 : Thanks. : But could I measure the change of particle size during the process? I found : the with the change of pH, the size of aluminum precipitates become larger : with the sedimentation. : : determined
a*h
7 楼
alunimum precipitate can be craystalline or amorphous in different environment conditions.