avatar
w*0
1
如何测量产生的铝沉淀(Al(OH)3)或Kaolinite的悬浮物大小,因为悬浮物的大小可能
会随时间变化。还有Al(OH)3的沉淀的形状问题对结果有无影响?
谢谢!
avatar
m*e
2
应该有什么电子显微镜之类的可以拍下来再分析的吧,瞎猜的
avatar
a*h
3
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.

【在 w*0 的大作中提到】
: 如何测量产生的铝沉淀(Al(OH)3)或Kaolinite的悬浮物大小,因为悬浮物的大小可能
: 会随时间变化。还有Al(OH)3的沉淀的形状问题对结果有无影响?
: 谢谢!

avatar
w*0
4
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.

avatar
a*h
5
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

avatar
j*w
6
以前做过与这个比较相近的,是测c60.
你可以试试这个:http://www.malvern.co.uk/labeng/industry/protein/zetasizer_for_proteins.htm
这个可以测size 随着pH变化,或者离子强度变化等等。因为pH 或者离子强度会影响胶
体的双电层,导至胶体之间的作用力变化了,一般是会电斥变化。一般可以测量等电点
(zeta potential) 可以判断电斥力的变化趋势。

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

avatar
a*h
7
alunimum precipitate can be craystalline or amorphous in different
environment conditions.
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