Control of morphology and helicity of chiral mesoporous silica
H Jin, Z Liu, T Ohsuna, O Terasaki, Y Inoue… - Advanced …, 2006 - Wiley Online Library
Advanced Materials, 2006•Wiley Online Library
Chiral ordered mesoporous silica has been synthesized by using a chiral surfactant (N‐
myristoyl‐L‐alanine sodium salt) as a template, 3‐aminopropyltriethoxysilane as a co‐
structure directing agent, and tetraethoxylsilane as an inorganic source. The helicity and the
morphology of the mesoporous silica are determined by the stirring rate during the chiral
surfactant self‐assembly (see Figure), providing new insight into the chiral self‐assembly of
molecules.
myristoyl‐L‐alanine sodium salt) as a template, 3‐aminopropyltriethoxysilane as a co‐
structure directing agent, and tetraethoxylsilane as an inorganic source. The helicity and the
morphology of the mesoporous silica are determined by the stirring rate during the chiral
surfactant self‐assembly (see Figure), providing new insight into the chiral self‐assembly of
molecules.
Abstract
Chiral ordered mesoporous silica has been synthesized by using a chiral surfactant (N‐myristoyl‐L‐alanine sodium salt) as a template, 3‐aminopropyltriethoxysilane as a co‐structure directing agent, and tetraethoxylsilane as an inorganic source. The helicity and the morphology of the mesoporous silica are determined by the stirring rate during the chiral surfactant self‐assembly (see Figure), providing new insight into the chiral self‐assembly of molecules.
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