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AMurOAMurO
10 May 2012
The significant difference between electrochemical deposition and electroless deposition
is that in the former, the deposition begins at the bottom electrode and
the deposited materials must be electrically conductive, whereas the latter
method does not require the deposited materials to be electrically conductive
and the deposition starts from the pore wall and proceeds inwardly.
is that in the former, the deposition begins at the bottom electrode and
the deposited materials must be electrically conductive, whereas the latter
method does not require the deposited materials to be electrically conductive
and the deposition starts from the pore wall and proceeds inwardly.
AMurOAMurO
10 May 2012
Электростатическое притяжение между наночастицами ZnO и порами стенок затем приводит к формированию трубки.
AMurOAMurO
11 May 2012
Martin and his co -workers have studied the formation of various oxide nanorods and nanotubules by simply filling the templates with colloidal dispersions. Colloidal dispersions were prepared using appropriate sol-gel processing. The filling of the template was to place a template in a stable sol for various periods of time. The capillary force is believed to drive the sol into the pores, when the surface chemistry of the template pores were appropriately modified to have a good wetability for the sol.
AMurOAMurO
13 May 2012
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AMurOAMurO
13 May 2012
Как он может быть костоломом,если он еще никому еще ничего не сломал
