1)molecular switch分子开关
1.The Research of Fluorescence Chemosensor and the Molecular Switch Based on the Benzo-Crown Ethers苯并冠醚的离子传感及其分子开关的研究
2.Research of fluorescent molecular switches is one of the hot topics of Superamolecular Chemistry,many kinds of molecular switches designed and studied in recent years are summarized according to the mode of their switching,some fluorescent molecular switches which can perform special characters are introduced in this article.荧光分子开关是超分子化学领域的研究热点之一 ,本文根据开关动作完成的方式对近年来研究的各类荧光分子开关进行了简要的归类总结 ,并介绍了一些具有特殊功能的荧光分子开关器件 。
3.The research advancement of fullerene-derivative in molecular wire,molecular switch and molecular memory is summarized,and prospect for progress on molecular device is given too.介绍了富勒烯衍生物分子器件在分子导线,分子开关和分子储存器的研究进展,展望了分子器件发展前景。
英文短句/例句
1.Structural Analysis for Molecular Switches of Ras P21;ras P21分子开关的结构分析
2.Halogen Bonding Supramolecular Architecture and Fluorescent Molecule Switch Behavior;卤键超分子体系以及荧光分子开关行为
3.PRDM16--the Molecular Switch Controlling the Development of Brown and White Adipose TissuesPRDM16——控制BAT和WAT发育的分子开关
4.The Research of Fluorescence Chemosensor and the Molecular Switch Based on the Benzo-Crown Ethers苯并冠醚的离子传感及其分子开关的研究
5.Research on Molecular Switches Based on FRET and Organic Small Molecular Assembly with Gold Nanoparticles;基于FRET的分子开关以及有机小分子和纳米金组装研究
6.Novel Strategies for Biosensors Based on Smart Surface Switches;基于表面分子开关的生物传感器新方法研究
7.Design, Synthesis and Research of Photochromism Molecular Switches;光致变色分子开关的设计、合成及性质的研究
8.NOR and OR Molecular Logic Gates Based on Double-control Fluorescent Switch基于双控荧光开关的NOR和OR分子逻辑门
9.Electromechanical switches for use in electronic equipment Part 6: Sectional specification for sensitive switchesGB/T13419-1998电子设备用机电开关第6部分:微动开关分规范
10.Electromechanical switches for use in electronic equipment--Part 5: Sectional specification for pushbutton switchesGB/T16514-1996电子设备用机电开关第5部分:按钮开关分规范
11.Electromechanical switches for use in electronic equipment--Part 2: Sectional specification for rotary switchesGB/T17209-1998电子设备用机电开关第2部分:旋转开关分规范
12.Electromechanical switches for use in electronic equipments--Part 3: Sectional specification for in-line package switchesGB/T15461-1995电子设备用机电开关第3部分:成列直插封装式开关分规范
13.Study on the Cytotoxicity of the Two-photon Nucleic Acid Molecular Light Switch MVEC in Vitro;双光子核酸分子光开关MVEC体外细胞毒性的研究
14.Study on the Nucleic Acids Molecular "Light Switches" and the Novel Methods for DNA Determination;核酸分子“光开关”及核酸光谱分析新方法研究
15.Principal Component Analysis on the Key Metabolism Factors for Bloom of Phyllostachys heteroclada and Neosinocalamus affinis水竹和慈竹开花代谢关键因子主成分分析
16.Electromechanical switches for use in electronic equipment--Part 2:Blank detail specification: for rotary switchesGB/T17210-1998电子设备用机电开关第2部分:空白详细规范旋转开关
17.Characterization of Retrotransposon Elements and Development of Related Molecular Markers in Citrus;柑橘反转录转座子基因的特征分析及其相关分子标记的开发
18.Electromechanical switches for use in electronic equipment--Part 1: Generic specificationGB/T9536-1995电子设备用机电开关第1部分:总规范
相关短句/例句
molecular switches分子开关
1.Research progress on in molecular switches of calixarenes;杯芳烃分子开关的研究进展
2.1,2-diarylethenes are promising molecules to be used as photochromic memory materials and molecular switches due to their excellent thermal stability and fatigue resistance.它们作为新一代的光存储材料以及分子器件中光电微观性质控制的分子开关,引起了人们的重视。
3)unimolecular switch单分子开关
4)photochemical molecular lock光分子开关
5)molecular light switch分子光开关
1.The UV-Vis spectra of molecular light switch ruthenium Complex [Ru(phen)2(phehat)]2+ can be computed and theoretical explained by using the TDDFT method.运用TDDFT方法,分子光开关钌配合物[Ru(phen)2(phehat)]2+的UV-Vis光谱得以计算和理论解释。
6)molecule switching element分子开关元件
延伸阅读
高分子分子设计分子式：CAS号：性质：指根据需要合成具有指定性能或功能的高分子材料。一般包括：(1)研究组成、结构和性能(或功能)之间的关系，找出定性、定量关系。这里所指的结构不仅包括分子结构、大分子结构，还包括超分子结构以及通过填充、共混、复合等形成的复杂结构。对聚集态的研究和设计显得格外重要。(2)按需要合成具有指定链结构的高聚物。这里的链结构包括定链节单元、定聚合度、定枝化度和定向、定序、定交联点等。(3)研究在加工成型时，按需要产生一定的聚集态结构、高次结构以及与成型条件、工艺参数的内在联系和相互关系。(4)高分子材料科学和现代信息处理技术相互结合，开发高分子材料分子设计软件、计算机辅助合成路线选择软件、计算机辅助材料选择的专家系统以及建设高分子材料数据库等。此外，正在推进分子和原子一级水平设计和合成高分子材料的研究。
