The synthesis and elaboration of me

The synthesis and elaboration of mesoporous ceramics has
been the focal point of much research over the last decade. The
hexagonal phase of mesoporous silica (named MCM-41 by its
inventors) can be thought of as a glass honeycomb with highly
uniform, nanometer scale pore diameter and wall thickness.3
This morphology results in huge amounts of surface area
(commonly 900–1000 m2 g21) in a very compact volume.
Being silica-based, MCM-41 is amenable to vitrification
processing. Excellent chemical specificity can be imparted to
this interface by coating the glass honeycomb with a suitably
functionalized self-assembled monolayer. Self-assembled
monolayers on mesoporous supports (SAMMS) have thus
proven to be superior sorbent materials for heavy metals,
oxometallate anions and caesium.4 In this manuscript we
describe the synthesis of silanes that incorporate the CMPO
features, as well as the deposition of monolayers composed of
these silanes within mesoporous silica (MCM-41).

結果 (中文) 1:

合成及介孔陶瓷拟订了过去十年，一直很多研究的重点。的六方相的介孔氧化硅 (名为 MCM 41 由其发明家） 可以被认为是玻璃蜂窝与高度均匀，纳米尺度孔隙直径和墙 thickness.3这个形态结果中数量巨大的表面积(通常 900-1000 m2 g21) 在一个非常紧凑的体积。基于硅的 MCM 41 是，服从玻璃化冷冻保存处理。优秀的化学专一性可以传授给此接口由涂层玻璃蜂窝与适当官能化自组装单分子层。自组装单分子膜对介孔支持 (SAMMS) 因而有被证明是对重金属离子吸附剂选材精良含阴离子和 caesium.4 在这份手稿我们描述包含 CMPO 的硅烷的合成功能，以及单分子膜的沉积组成的这些硅烷内介孔二氧化硅 (MCM-41)。

結果 (中文) 3:

介孔陶瓷的合成与制备近十年来一直是多研究的焦点。这个介孔二氧化硅（命名为MCM-41的六方相发明家）可以被认为是一个高度均匀，纳米级孔径和壁厚，3这种形态的结果，在大量的表面积（一般1000平方米的900–G21）在一个非常紧凑的体积。在硅基介孔分子筛MCM-41进行玻璃化冷冻，处理.良好的化学特异性可以传授给此界面通过适当的涂层的玻璃蜂窝功能化自组装单层膜。自组装介孔载体膜（SAMMS）因此被证明是优于重金属吸附材料，金属氧酸盐阴离子和铯4在这篇文章中我们。描述：将硅烷CMPO合成功能，以及由单层组成的单层膜这些硅烷在介孔二氧化硅（MCM-41）。