本论文主要的目的是采用简单的方法制备新的烷基硫醇保护的纳米粒子。
In this dissertation, we have tried to find new methods to design and construct novel alkanethiolate –protected nanomaterials.
本文介绍了金属原子在烷基硫醇自组装单分子膜表面的再沉积行为，从理论上分析了其作用机理，归纳出了金属在自组装单层膜表面的再沉积规律。
In this paper, using alkanethiol self_assembled monolayers (SAMs) on gold as model interface, the behavior of deposited metal on SAMs surface and the interaction mechanism were analyzed.
本文介绍了金属原子在 烷基硫醇自组装单分子膜表面的再沉积行为，从理论上分析了其作用机理，归纳出了金属在自组装单层膜表面的再沉积规律。
In this paper, using alkanethiol self_assembled monolayers (SAMs) on gold as model interface, the behavior of deposited metal on SAMs surface and the interaction mechanism were analyzed.
以三氯化磷与正丁基硫醇经硫代烷基化反应，得到的化合物被双氧水氧化即可得到该产品。
It is obtained by the reaction of the compound, which is prepared through the Thio-alkylation of PCl_3 with n-butane thiol, and hydrogen peroxide.
以三氯化磷与正丁基硫醇经硫代烷基化反应，得到的化合物被双氧水氧化即可得到该产品。
It is obtained by the reaction of the compound, which is prepared through the Thio-alkylation of PCl_3 with n-butane thiol, and hydrogen peroxide.
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