引用本文:
Han Ming DING, Li Ping WANG, Yong Kui SHAN, Ming Yuan HE. Deposition of Layer-by-layer Inorganic-organic Nano-hybrid Ultrathin Films onto SBA-15[J]. Chinese Chemical Letters,
2003, 14(8): 851-855.
Citation: Han Ming DING, Li Ping WANG, Yong Kui SHAN, Ming Yuan HE. Deposition of Layer-by-layer Inorganic-organic Nano-hybrid Ultrathin Films onto SBA-15[J]. Chinese Chemical Letters, 2003, 14(8): 851-855.
Citation: Han Ming DING, Li Ping WANG, Yong Kui SHAN, Ming Yuan HE. Deposition of Layer-by-layer Inorganic-organic Nano-hybrid Ultrathin Films onto SBA-15[J]. Chinese Chemical Letters, 2003, 14(8): 851-855.
Deposition of Layer-by-layer Inorganic-organic Nano-hybrid Ultrathin Films onto SBA-15
摘要:
Deposition of inorganic-organic nano-hybrid ultrathin films onto mesoporous silicate materials has been proven possible by using layer-by-layer assembly method. In combination with sol-gel method, titania, subsequently dye molecules (or polymer) were successfully fabricated onto the inner wall of SBA-15. Their structures were preliminarily characterized by FTIR and solid-state UV-Vis spectroscopy, thermal analysis, and BET surface area measurements, respectively.
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关键词:
- Mesoporous silicate
- / titania
- / dye
- / polymer
- / layer-by-layer
English
Deposition of Layer-by-layer Inorganic-organic Nano-hybrid Ultrathin Films onto SBA-15
Abstract:
Deposition of inorganic-organic nano-hybrid ultrathin films onto mesoporous silicate materials has been proven possible by using layer-by-layer assembly method. In combination with sol-gel method, titania, subsequently dye molecules (or polymer) were successfully fabricated onto the inner wall of SBA-15. Their structures were preliminarily characterized by FTIR and solid-state UV-Vis spectroscopy, thermal analysis, and BET surface area measurements, respectively.
-
Key words:
- Mesoporous silicate
- / titania
- / dye
- / polymer
- / layer-by-layer
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