本发明公开了一种静电驱动的仿生超分子组装体及其制备方法和用途。
The invention discloses an electrostatic driving bionic super-molecule assembling body, a preparation method thereof and purposes.
这种通过静电驱动所得到的仿生超分子组装体，可以进一步作为模板驱动金属纳米粒子的模板组装。
The bionic super-molecule assembling body which is obtained through electrostatic driving can be further used as a template to drive the template assembling of metal Nano particles.
我们希望构建一种新型的涡轮型组装体，进而研究组装体的超分子的手性识别、传递与放大。
We hope to develop a method to assemble a new class of turbine-like aggregates, and then investigate their applications in molecular recognition, supramolecular chirality transfer and amplification.
本发明是一种分离蛋白质分子的纳米沸石分子筛组装体的制备方法。
The present invention is one kind of nano zeolite molecular sieve assembly for separating protein molecule and its preparation.
螺旋体可以通过组装形成具有程序化功能特性的智能材料、分子器件和机器，因而在化学和材料研究中占有极其重要和特殊的地位。
Helicates are of particular interest because they hold great potential in the construction of smart materials, devices and machines with programmed properties and functions.
螺旋体可以通过组装形成具有程序化功能特性的智能材料、分子器件和机器，因而在化学和材料研究中占有极其重要和特殊的地位。
Helicates are of particular interest because they hold great potential in the construction of smart materials, devices and machines with programmed properties and functions.
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