m******e 发帖数: 432 | 1 只记得有一篇Science文章(Science 2002, 297, 2243 Efficient Photochemical
Water Splitting by a Chemically Modified n-TiO2)。记得这篇文章还被argue了。
绝大多数人都在导电玻璃上生长半导体材料做工作电极。谢谢你的指教先! |
d*****3 发帖数: 3702 | 2 Graig Grimes @ PSU,
Check his papers
【在 m******e 的大作中提到】 : 只记得有一篇Science文章(Science 2002, 297, 2243 Efficient Photochemical : Water Splitting by a Chemically Modified n-TiO2)。记得这篇文章还被argue了。 : 绝大多数人都在导电玻璃上生长半导体材料做工作电极。谢谢你的指教先!
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m******e 发帖数: 432 | 3 Thank you very much! Actually I got a few more references using metal
susbtrates with semiconductors as the working electrodes. I am just suprised
why the numbers of references are much less those using FTO glass as
substrates
【在 d*****3 的大作中提到】 : Graig Grimes @ PSU, : Check his papers
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d*****3 发帖数: 3702 | 4 If you think about device configuration, you probably will see the
advantages of using transparent substrate.
suprised
【在 m******e 的大作中提到】 : Thank you very much! Actually I got a few more references using metal : susbtrates with semiconductors as the working electrodes. I am just suprised : why the numbers of references are much less those using FTO glass as : substrates
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N******y 发帖数: 110 | 5 偶不是做这个的,原来听说ITO这种词第一感觉是人家是透光的。。。
【在 m******e 的大作中提到】 : 只记得有一篇Science文章(Science 2002, 297, 2243 Efficient Photochemical : Water Splitting by a Chemically Modified n-TiO2)。记得这篇文章还被argue了。 : 绝大多数人都在导电玻璃上生长半导体材料做工作电极。谢谢你的指教先!
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m******e 发帖数: 432 | 6
【在 N******y 的大作中提到】 : 偶不是做这个的,原来听说ITO这种词第一感觉是人家是透光的。。。
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m******e 发帖数: 432 | 7 Thank all of you for your inputs!
【在 m******e 的大作中提到】
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