采用纳米模板印刷术和自组装单层膜技术制造了芯壳结构的金纳米粒子膜。
The core-shell gold nanoparticle film is fabricated by using nanolithography and self-assembly monolayer technology.
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.
酶电极制作中，先在金电极表面自组装一层半胱胺单层膜，再用戊二醛交联hrp。
For the fabrication of HRP electrode, cysteamine was first self-assembled onto the surface of the gold electrode, and then HRP was immobilized onto the electrode through glutaraldehyde.
实验结果表明，赖氨酸分子在电极表面组装形成的单层膜不很致密，对于呈负电性的活性探针离子具有静电排斥作用。
The experiment results indicated that there is a not very compact Lysine monolayer on the surface of glassy carbon electrode, which has an electrostatic repulsion to the negative REDOX probe.
实验结果表明，赖氨酸分子在电极表面组装形成的单层膜不很致密，对于呈负电性的活性探针离子具有静电排斥作用。
The experiment results indicated that there is a not very compact Lysine monolayer on the surface of glassy carbon electrode, which has an electrostatic repulsion to the negative REDOX probe.
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