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CFMSs were successfully prepared by the surfactant template
method using cationic surfactants as a template and CES as a
CSDA, and the designed structure has been obtained by simple
control of the charge density of the carboxylate on the surface
of the mesopore. This will provide new families of mesoporous
materials from a variety of cationic surfactants and synthesis
conditions, and open up new routes for the synthesis of
mesoporous silicas with applications in catalysis, adsorption
and separations, biosensors and nanomaterials.
4
5
1
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This work was supported by the National Natural Science
Foundation of China (Grant No. 20425102, 20501015 and
2
0521140450) and the China Ministry of Education. OT and
YS thank the Swedish Science Research Council (VR) and the
Japan Science and Technology Agency (JST) for financial
support.
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