1) molecular self-assembly
分子自组装
1.
Molecular Self-assembly and its Application for Sensors;
分子自组装及其在传感器中的应用
2.
A new method based on the molecular self-assembly was proposed for the carbon fiber surface modification.
提出了一种新的碳纤维表面改性方法——分子自组装,即在表面金属化的碳纤维上进行有机分子的自组装。
3.
In order to gain a controlled interface between carbon fiber and epoxy matrix at molecular level,a new method based on the molecular self-assembly was proposed for the carbon fiber surface modification.
为了在分子水平上对增强体表面、界面相进行有目的的控制,采用一种新的碳纤维表面改性方法─分子自组装。
2) self-assembly
['selfə'sembli]
分子自组装
1.
Waterborne poly(epoxy-ester) nano-emulsion modified by acrylic was prepared using self-assembly technique.
利用分子自组装技术采用两嵌段聚合物或共聚物制备出了水性丙烯酸改性环氧聚酯纳米乳液。
2.
Recently, Atomic force microscope (AFM) has become a powerful technique in self-assembly field owing to its many advantages.
原子力显微镜(AFM)以其分辨率高、样品无需特殊制备、实验可在大气环境中进行等优点被广泛应用于分子自组装这种自下而上的微细加工技术的研究中。
3.
The worm-like mesopores relies on the self-assembly of the surfactants aggregates and the interaction between the inorganic precursors, followed by extraction with ethanol to remove the template molecules.
以正硅酸乙酯(TEOS)为硅源、十六烷基三甲基溴化铵(CTAB)为模板剂,在酸性溶液的条件下,利用模板剂与硅源水解后生成的聚集体之间相互作用,通过分子自组装,萃取除去模板剂而形成蠕虫状的介孔SiO2材料。
3) molecular self assembly
分子自组装
1.
Lipid microtubules are fabricated by molecular self assembly method from biologically derived lipid,and the helical characteristics of lipid microtubules are primarily summarized on the basis of many investigations.
金属钯的分层沉积特征可尝试用于标志自组装膜的脂类双层数 ;同时 ,自组装脂类螺旋带的研究可用于揭示脂类分子自组装的本质 ,并在生物矿化和生物膜力学研究方面有重要意
2.
The organic inorganic ordered biomimic nanocomposite films were prepared by means of molecular self assembly method.
利用分子自组装法在玻璃表面制备未聚合与聚合 (丙烯酸十二醇酯 /二氧化硅 )有机 -无机有序交替的层状纳米复合薄膜 ,并对其摩擦学行为进行了探讨 。
4) Self-assembled monolayers
自组装单分子膜
1.
Self-assembled monolayers (SAMs) present an ideal model for the studies of electrochemical electron transfer kinetics.
综述了自组装单分子膜作为模型体系在电化学电极过程中长程电子转移方面应用的一些重要研究成果。
2.
Determination of the surface pK_a of self-assembled monolayers (SAMs) at aqueous buffer/gold interfaces, and the shift of pK_a values with the change of electrode potentials by direct observation of counter anion by Fourier transform-surface enhanced Raman scattering (FT-SERS) measurements, namely, FT-SERS titration, is reported here.
本文报道了采用原位傅立叶变换-表面增强拉曼散射(Fouriertransform-surfaceenhancedRamanscattering,FT-SERS)光谱技术测定在缓冲溶液和金电极界面上自组装单分子膜(self-assembledmonolayers,SAMs)的表面电离常数及其随电极电位改变的研究之初步结果。
3.
This article introduces the concepts of molecular ordered films including LB films, self-assembled monolayers, and molecular deposition films and their characterizations of structure, thickness,property and microtribology.
介绍了LB膜、自组装单分子膜(SAMs)、分子沉积(MD)膜等分子有序膜的基本概念和薄膜结构、厚度、性质以及微摩擦学行为的表征技术,并指出LB膜层间是物理吸附,热力学稳定性差;SAMs以化学键为驱动力,重现性较差;而分子沉积膜具有成膜不受基底形状和大小限制等优点,决定了它在微电子器件润滑方面具有更大的应用前景。
5) supramolecular self-assembly
超分子自组装
1.
Application of pyrazolyl ligands in supramolecular self-assembly;
吡唑类配体在超分子自组装中的应用
2.
Synthesis of ammonium aluminium carbonate hydroxide with fibre shape via solid state reaction and its supramolecular self-assembly characters;
纤维状碱式碳酸铝铵的低热固相合成及其超分子自组装特征
3.
Studies on Supramolecular Self-Assembly of Mesoporous Silica via Pyrene Fluorescence Spectrum;
超分子自组装形成介孔二氧化硅过程的芘荧光探针光谱表征研究
6) SAMs
自组装单分子膜
1.
Hole Oxidation on TiO_2 Films in Aqueous Solutions Studied by Using OTS SAMs as a Probe;
以OTS自组装单分子膜为探针研究TiO_2液相空穴氧化机理(英文)
2.
The anticorrosion and inhibiting mechanism for the self-assembled monolayers (SAMs) of 3-amino-1,2, 4-triazole (ATA) on the surface of brass had been investigated by electrochemical method, as well as its adsorption behavior.
3-氨基-1,2,4-三氮唑(ATA)是一种环境友好型金属处理剂,以其在黄铜表面制备了自组装单分子膜(SAMs),用电化学方法研究ATASAMs对黄铜的缓蚀作用及其吸附行为。
3.
A highly sensitive immunosensor by means of covalent coupling of anti-immunologloblin G (anti-IgG ) onto a gold or a silver electrode which is modified by SAMs has been prepared and its potentiometric response to the immunoglobulin G (IgG) was investigated.
用自组装单分子膜(SAMs)技术在金片、银丝、金丝等不同的基底上固定IgG抗体，分别制备了电位型无标记IgG免疫传感器。
补充资料：分子自组装
分子式：
CAS号：
性质：在平衡条件下自发组合，以共价键或非共价键连结形成结构确定、分子有序、稳定的分子聚集体。可产生具有热力学极小值的结构，这些结构不仅坚固，而且自身具有对抗外界不纯物质结合的能力。分子自组装在生命系统中普遍存在，是形成各种复杂生物结构的基础。
CAS号：
性质：在平衡条件下自发组合，以共价键或非共价键连结形成结构确定、分子有序、稳定的分子聚集体。可产生具有热力学极小值的结构，这些结构不仅坚固，而且自身具有对抗外界不纯物质结合的能力。分子自组装在生命系统中普遍存在，是形成各种复杂生物结构的基础。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条