Phthalocyanines (Pcs) are of great technological and fundamental importance in various systems such as dyes, pigments, nonlinear optical materials, photodynamic reagents for cancer therapy, liquid cry
Phthalocyanines (Pcs) are of great technological and fundamental importance in various systems such as dyes, pigments, nonlinear optical materials, photodynamic reagents for cancer therapy, liquid cry
Since Fujishima and Honda discovered the photocatalytic splitting of water on TiO2 e1ectrodes in 1972, TiO2 has attracted great attention for its widespread applications in solar cells, photocatalysts
Since Fujishima and Honda discovered the photocatalytic splitting of water on TiO2 e1ectrodes in 1972, TiO2 has attracted great attention for its widespread applications in solar cells, photocatalysts
Highly ordered Si nanotube (SiNT) arrays with controllable pore diameters, lengths and wall thicknesses have been prepared by a multi-step template replication and CVD approach. We chose cytochrome c
Highly ordered Si nanotube (SiNT) arrays with controllable pore diameters, lengths and wall thicknesses have been prepared by a multi-step template replication and CVD approach. We chose cytochrome c
Hierarchical assembly and growth of one-dimensional nanostructures is essential for the success of bottom-up approaches toward future nanodevices.[1] In recent years, we have demonstrated that a varie
Hierarchical assembly and growth of one-dimensional nanostructures is essential for the success of bottom-up approaches toward future nanodevices.[1] In recent years, we have demonstrated that a varie
The ability to synthetically tune the structure, size, and shape of inorganic materials is an important goal in current material synthesis and device fabrication at the mesocale. Micro- and nanostruct
The ability to synthetically tune the structure, size, and shape of inorganic materials is an important goal in current material synthesis and device fabrication at the mesocale. Micro- and nanostruct
制备了一种含肉桂酸基团的Bola型两亲分子HDC(4-(10-羟基癸氧基)-10-羟基癸氧基肉桂酸酯).该分子在空气/水界面形成多分子层Langm uir膜结构.紫外光照可使膜中H D C 分子发生光致二聚,也可使H D C与1,16-十六碳二醇形成的混和膜中HDC ...
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制备了一种含肉桂酸基团的Bola型两亲分子HDC(4-(10-羟基癸氧基)-10-羟基癸氧基肉桂酸酯).该分子在空气/水界面形成多分子层Langm uir膜结构.紫外光照可使膜中H D C 分子发生光致二聚,也可使H D C与1,16-十六碳二醇形成的混和膜中HDC 分子发生二聚.光照前后膜中分子倾角分别为58.8°和53.2°.从实验结果推测了分子排列模型,认为HDC 分子在LB膜中有序排列,这来源于分子间π-π相互作用和疏水亚甲基链的Z 型构象堆积.
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